# The Mu computer's level-2 language, also called Mu. # http://akkartik.name/post/mu-2019-2 # # To run: # $ ./translate_subx init.linux [0-9]*.subx mu.subx # $ ./a.elf < prog.mu > prog.elf # == Goals # 1. Be memory safe. It should be impossible to corrupt the heap, or to create # a bad pointer. (Requires strong type safety.) # 2. Do as little as possible to achieve goal 1. The translator should be # implementable in machine code. # - minimize impedance mismatch between source language and SubX target # (e.g. programmer manages registers manually) # - checks over syntax # (e.g. programmer's register allocation is checked) # - runtime checks to avoid complex static analysis # (e.g. array indexing always checks bounds) # == Language description # A program is a sequence of function and type definitions. # # Function example: # fn foo n: int -> _/eax: int { # ... # } # # Functions consist of a name, optional inputs, optional outputs and a block. # # Function inputs and outputs are variables. All variables have a type and # storage specifier. They can be placed either in memory (on the stack) or in # one of 6 named registers. # eax ecx edx ebx esi edi # Variables in registers must be primitive 32-bit types. # Variables not explicitly placed in a register are on the stack. # # Function inputs are always passed in memory (on the stack), while outputs # are always returned in registers. Outputs can't be named; they use the # dummy value '_'. # # Blocks mostly consist of statements. # # Statements mostly consist of a name, optional inputs and optional outputs. # # Statement inputs are variables or literals. Variables need to specify type # (and storage) the first time they're mentioned but not later. # # Statement outputs, like function outputs, must be variables in registers. # # Statement names must be either primitives or user-defined functions. # # Primitives can write to any register. # User-defined functions only write to hard-coded registers. Outputs of each # call must have the same registers as in the function definition. # # There are some other statement types: # - blocks. Multiple statements surrounded by '{...}' and optionally # prefixed with a label name and ':' # - { # ... # } # - foo: { # ... # } # # - variable definitions on the stack. E.g.: # - var foo: int # - var bar: (array int 3) # There's no initializer; variables are automatically initialized. # The type of a local variable is either word-length (4 bytes) or starts with 'ref'. # # - variables definitions in a register. E.g.: # - var foo/eax: int <- add bar 1 # The initializer is mandatory and must be a valid instruction that writes # a single output to the right register. In practice registers will # usually be either initialized by primitives or copied from eax. # - var eax: int <- foo bar quux # var floo/ecx: int <- copy eax # # Still todo: # global variables # union types # # Formal types: # A program is a linked list of functions # A function contains: # name: (handle array byte) # inouts: linked list of vars <-- 'inouts' is more precise than 'inputs' # data: (handle var) # next: (handle list) # outputs: linked list of vars # data: (handle var) # next: (handle list) # body: (handle block) # A var-type contains: # name: (handle array byte) # type: (handle type-tree) # # A statement can be: # tag 0: a block # tag 1: a simple statement (stmt1) # tag 2: a variable defined on the stack # tag 3: a variable defined in a register # # A block contains: # tag: 0 # statements: (handle list stmt) # name: (handle array byte) -- starting with '$' # # A regular statement contains: # tag: 1 # operation: (handle array byte) # inouts: (handle list operand) # outputs: (handle list var) # # A variable defined on the stack contains: # tag: 2 # name: (handle array byte) # type: (handle type-tree) # # A variable defined in a register contains: # tag: 3 # name: (handle array byte) # type: (handle type-tree) # reg: (handle array byte) # == Translation: managing the stack # Now that we know what the language looks like in the large, let's think # about how translation happens from the bottom up. One crucial piece of the # puzzle is how Mu will clean up variables defined on the stack for you. # # Assume that we maintain a 'functions' list while parsing source code. And a # 'primitives' list is a global constant. Both these contain enough information # to perform type-checking on function calls or primitive statements, respectively. # # Defining variables pushes them on a stack with the current block depth and # enough information about their location (stack offset or register). # Starting a block increments the current block id. # Each statement now has enough information to emit code for it. # Ending a block is where the magic happens: # pop all variables at the current block depth # emit code to restore all register variables introduced at the current depth # emit code to clean up all stack variables at the current depth (just increment esp) # decrement the current block depth # # Formal types: # live-vars: stack of vars # var: # name: (handle array byte) # type: (handle type-tree) # block: int # stack-offset: int (added to ebp) # register: (handle array byte) # either usual register names # or '*' to indicate any register # At most one of stack-offset or register-index must be non-zero. # A register of '*' designates a variable _template_. Only legal in formal # parameters for primitives. # == Translating a single function call # This one's easy. Assuming we've already checked things, we just drop the # outputs (which use hard-coded registers) and emit inputs in a standard format. # # out1, out2, out3, ... <- name inout1, inout2, inout3, ... # => # (name inout1 inout2 inout3) # # Formal types: # functions: linked list of info # name: (handle array byte) # inouts: linked list of vars # outputs: linked list of vars # body: block (linked list of statements) # == Translating a single primitive instruction # A second crucial piece of the puzzle is how Mu converts fairly regular # primitives with their uniform syntax to SubX instructions with their gnarly # x86 details. # # Mu instructions have inputs and outputs. Primitives can have up to 2 of # them. # SubX instructions have rm32 and r32 operands. # The translation between them covers almost all the possibilities. # Instructions with 1 inout may turn into ones with 1 rm32 # (e.g. incrementing a var on the stack) # Instructions with 1 output may turn into ones with 1 rm32 # (e.g. incrementing a var in a register) # 1 inout and 1 output may turn into 1 rm32 and 1 r32 # (e.g. adding a var to a reg) # 2 inouts may turn into 1 rm32 and 1 r32 # (e.g. adding a reg to a var) # 1 inout and 1 literal may turn into 1 rm32 and 1 imm32 # (e.g. adding a constant to a var) # 1 output and 1 literal may turn into 1 rm32 and 1 imm32 # (e.g. adding a constant to a reg) # 2 outputs to hardcoded registers and 1 inout may turn into 1 rm32 # (special-case: divide edx:eax by a var or reg) # Observations: # We always emit rm32. It may be the first inout or the first output. # We may emit r32 or imm32 or neither. # When we emit r32 it may come from first inout or second inout or first output. # # Accordingly, the formal data structure for a primitive looks like this: # primitives: linked list of info # name: (handle array byte) # mu-inouts: linked list of vars to check # mu-outputs: linked list of vars to check; at most a singleton # subx-name: (handle array byte) # subx-rm32: enum arg-location # subx-r32: enum arg-location # subx-imm32: enum arg-location # subx-imm8: enum arg-location # subx-disp32: enum arg-location # subx-xm32: enum arg-location # subx-x32: enum arg-location # arg-location: enum # 0 means none # 1 means first inout # 2 means second inout # 3 means first output # == Translating a block # Emit block name if necessary # Emit '{' # When you encounter a statement, emit it as above # When you encounter a variable declaration # emit any code needed for it (bzeros) # push it on the var stack # update register dict if necessary # When you encounter '}' # While popping variables off the var stack until block id changes # Emit code needed to clean up the stack # either increment esp # or pop into appropriate register # The rest is straightforward. == data Program: _Program-functions: # (handle function) 0/imm32 _Program-functions->payload: 0/imm32 _Program-types: # (handle typeinfo) 0/imm32 _Program-types->payload: 0/imm32 _Program-signatures: # (handle function) 0/imm32 _Program-signatures->payload: 0/imm32 # Some constants for simulating the data structures described above. # Many constants here come with a type in a comment. # # Sometimes the type is of the value at that offset for the given type. For # example, if you start at a function record and move forward Function-inouts # bytes, you'll find a (handle list var). # # At other times, the type is of the constant itself. For example, the type of # the constant Function-size is (addr int). To get the size of a function, # look in *Function-size. Function-name: # (handle array byte) 0/imm32 Function-inouts: # (handle list var) 8/imm32 Function-outputs: # (handle list var) 0x10/imm32 Function-body: # (handle block) 0x18/imm32 Function-next: # (handle function) 0x20/imm32 Function-size: # (addr int) 0x28/imm32/40 Primitive-name: # (handle array byte) 0/imm32 Primitive-inouts: # (handle list var) 8/imm32 Primitive-outputs: # (handle list var) 0x10/imm32 Primitive-subx-name: # (handle array byte) 0x18/imm32 Primitive-subx-rm32: # enum arg-location 0x20/imm32 Primitive-subx-r32: # enum arg-location 0x24/imm32 Primitive-subx-imm32: # enum arg-location 0x28/imm32 Primitive-subx-imm8: # enum arg-location -- only for bit shifts 0x2c/imm32 Primitive-subx-disp32: # enum arg-location -- only for branches 0x30/imm32 Primitive-subx-xm32: # enum arg-location 0x34/imm32 Primitive-subx-x32: # enum arg-location 0x38/imm32 Primitive-next: # (handle function) 0x3c/imm32 Primitive-size: # (addr int) 0x44/imm32/68 Stmt-tag: # int 0/imm32 Block-stmts: # (handle list stmt) 4/imm32 Block-var: # (handle var) 0xc/imm32 Stmt1-operation: # (handle array byte) 4/imm32 Stmt1-inouts: # (handle stmt-var) 0xc/imm32 Stmt1-outputs: # (handle stmt-var) 0x14/imm32 Vardef-var: # (handle var) 4/imm32 Regvardef-operation: # (handle array byte) 4/imm32 Regvardef-inouts: # (handle stmt-var) 0xc/imm32 Regvardef-outputs: # (handle stmt-var) # will have exactly one element 0x14/imm32 Stmt-size: # (addr int) 0x1c/imm32 Var-name: # (handle array byte) 0/imm32 Var-type: # (handle type-tree) 8/imm32 Var-block-depth: # int -- not available until code-generation time 0x10/imm32 Var-offset: # int -- not available until code-generation time 0x14/imm32 Var-register: # (handle array byte) -- name of a register 0x18/imm32 Var-size: # (addr int) 0x20/imm32 List-value: # (handle _) 0/imm32 List-next: # (handle list _) 8/imm32 List-size: # (addr int) 0x10/imm32 # A stmt-var is like a list of vars with call-site specific metadata Stmt-var-value: # (handle var) 0/imm32 Stmt-var-next: # (handle stmt-var) 8/imm32 Stmt-var-is-deref: # boolean 0x10/imm32 Stmt-var-size: # (addr int) 0x14/imm32 # A live-var is a var augmented with information needed for tracking live # variables. Live-var-value: # (handle var) 0/imm32 Live-var-register-spilled: # boolean; only used if value is in a register, and only during code-gen 8/imm32 Live-var-size: # (addr int) 0xc/imm32 # Types are expressed as trees (s-expressions) of type-ids (ints). Type-tree-is-atom: # boolean 0/imm32 # if is-atom? Type-tree-value: # type-id 4/imm32 Type-tree-value-size: # int (for static data structure sizes) 8/imm32 Type-tree-parameter-name: # (handle array byte) for type parameters 8/imm32 # unless is-atom? Type-tree-left: # (addr type-tree) 4/imm32 Type-tree-right: # (addr type-tree) 0xc/imm32 # Type-tree-size: # (addr int) 0x14/imm32 # Types # TODO: Turn this data structure into valid Mu, with (fake) handles rather than addrs. Type-id: # (stream (addr array byte)) 0/imm32/write # initialized later from Primitive-type-ids 0/imm32/read 0x100/imm32/size # data 0/imm32 # 0 reserved for literals; value is just the name # Not to be used directly, so we don't include a name here. "int"/imm32 # 1 "addr"/imm32 # 2 "array"/imm32 # 3 "handle"/imm32 # 4 "boolean"/imm32 # 5 0/imm32 # 6 reserved for constants; they're like literals, but value is an int in Var-offset # Not to be used directly, so we don't include a name here. "offset"/imm32 # 7: (offset T) is guaranteed to be a 32-bit multiple of size-of(T) # 0x20 "byte"/imm32 # 8 0/imm32 # 9 reserved for array-capacity; value is in Type-tree-size. # Not to be used directly, so we don't include a name here. 0/imm32 # 10 reserved for type parameters; value is (address array byte) in Type-tree-value2. # Not to be used directly, so we don't include a name here. "stream"/imm32 # 11 "slice"/imm32 # 12 "code-point"/imm32 # 13; smallest scannable unit from a text stream "grapheme"/imm32 # 14; smallest printable unit; will eventually be composed of multiple code-points, but currently corresponds 1:1 # only 4-byte graphemes in utf-8 are currently supported; # unclear how we should deal with larger clusters. "float"/imm32 # 15 # 0x40 0/imm32 # 16 reserved for literal strings; value is just the name # Not to be used directly, so we don't include a name here. # TODO: move this up next to literal ints # Keep Primitive-type-ids in sync if you add types here. 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 0/imm32 Primitive-type-ids: # (addr int) 0x44 # == Type definitions # Program->types contains some typeinfo for each type definition. # Types contain vars with types, but can't specify registers. Typeinfo-id: # type-id 0/imm32 Typeinfo-fields: # (handle table (handle array byte) (handle typeinfo-entry)) 4/imm32 # Total size must be >= 0 # During parsing it may take on two additional values: # -2: not yet initialized # -1: in process of being computed # See populate-mu-type-sizes for details. Typeinfo-total-size-in-bytes: # int 0xc/imm32 Typeinfo-next: # (handle typeinfo) 0x10/imm32 Typeinfo-size: # (addr int) 0x18/imm32 # Each entry in the typeinfo->fields table has a pointer to a string and a # pointer to a typeinfo-entry. Typeinfo-fields-row-size: # (addr int) 0x10/imm32 # typeinfo-entry objects have information about a field in a single record type # # each field of a type is represented using two var's: # 1. the input var: expected type of the field; convenient for creating using parse-var-with-type # 2. the output var: a constant containing the byte offset; convenient for code-generation # computing the output happens after parsing; in the meantime we preserve the # order of fields in the 'index' field. Typeinfo-entry-input-var: # (handle var) 0/imm32 Typeinfo-entry-index: # int 8/imm32 Typeinfo-entry-output-var: # (handle var) 0xc/imm32 Typeinfo-entry-size: # (addr int) 0x14/imm32 == code Entry: # . prologue 89/<- %ebp 4/r32/esp (new-segment *Heap-size Heap) # if (argv[1] == "test') run-tests() { # if (argc <= 1) break 81 7/subop/compare *ebp 1/imm32 7e/jump-if-<= break/disp8 # if (argv[1] != "test") break (kernel-string-equal? *(ebp+8) "test") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 # (run-tests) # syscall(exit, *Num-test-failures) 8b/-> *Num-test-failures 3/r32/ebx eb/jump $mu-main:end/disp8 } # otherwise convert Stdin (convert-mu Stdin Stdout Stderr 0) (flush Stdout) # syscall(exit, 0) bb/copy-to-ebx 0/imm32 $mu-main:end: e8/call syscall_exit/disp32 convert-mu: # in: (addr buffered-file), out: (addr buffered-file), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # initialize global data structures c7 0/subop/copy *Next-block-index 1/imm32 8b/-> *Primitive-type-ids 0/r32/eax 89/<- *Type-id 0/r32/eax # stream-write c7 0/subop/copy *_Program-functions 0/imm32 c7 0/subop/copy *_Program-functions->payload 0/imm32 c7 0/subop/copy *_Program-types 0/imm32 c7 0/subop/copy *_Program-types->payload 0/imm32 c7 0/subop/copy *_Program-signatures 0/imm32 c7 0/subop/copy *_Program-signatures->payload 0/imm32 # (parse-mu *(ebp+8) *(ebp+0x10) *(ebp+0x14)) (populate-mu-type-sizes *(ebp+0x10) *(ebp+0x14)) #? (dump-typeinfos "=== typeinfos\n") (check-mu-types *(ebp+0x10) *(ebp+0x14)) (emit-subx *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) $convert-mu:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-empty-input: # empty input => empty output # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) (check-stream-equal _test-output-stream "" "F - test-convert-empty-input") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-skeleton: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-skeleton/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-skeleton/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-skeleton/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-skeleton/3") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-skeleton/4") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-skeleton/5") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-skeleton/6") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-skeleton/7") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-multiple-function-skeletons: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream "}\n") (write _test-input-stream "fn bar {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check first function (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-multiple-function-skeletons/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-multiple-function-skeletons/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-multiple-function-skeletons/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-multiple-function-skeletons/3") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-multiple-function-skeletons/4") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-multiple-function-skeletons/5") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-multiple-function-skeletons/6") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-multiple-function-skeletons/7") # check second function (check-next-stream-line-equal _test-output-stream "bar:" "F - test-convert-multiple-function-skeletons/10") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-multiple-function-skeletons/11") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-multiple-function-skeletons/12") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-multiple-function-skeletons/13") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-multiple-function-skeletons/14") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-multiple-function-skeletons/15") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-multiple-function-skeletons/16") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-multiple-function-skeletons/17") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-arg: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo n: int {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-arg/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-arg/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-arg/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-arg/3") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-arg/4") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-arg/5") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-arg/6") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-arg/7") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-function-with-redefined-name: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream "}\n") (write _test-input-stream "fn foo {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-function-with-redefined-name: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo defined more than once" "F - test-function-with-redefined-name: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-function-with-redefined-name: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-function-with-redefined-name-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream "}\n") (write _test-input-stream "sig foo\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-function-with-redefined-name-2: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo defined more than once" "F - test-function-with-redefined-name-2: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-function-with-redefined-name-2: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-function-with-redefined-name-3: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "sig foo\n") (write _test-input-stream "fn foo {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-function-with-redefined-name-3: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo defined more than once" "F - test-function-with-redefined-name-3: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-function-with-redefined-name-3: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-function-with-inout-in-register: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo x/eax: int {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-function-with-inout-in-register: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: function inout 'x' cannot be in a register" "F - test-function-with-inout-in-register: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-function-with-inout-in-register: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-function-with-addr-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo -> _/eax: (addr int) {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-function-with-addr-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: output cannot have an addr type; that could allow unsafe addresses to escape the function" "F - test-function-with-addr-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-function-with-addr-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-function-with-addr-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo a: (addr addr int) {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-function-with-addr-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: inout 'a' cannot contain 'addr' anywhere in the type except the first word; that could allow unsafe addresses to escape the function" "F - test-function-with-addr-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-function-with-addr-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-function-with-addr-inout-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo a: (addr array addr int) {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-function-with-addr-inout-2: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: inout 'a' cannot contain 'addr' anywhere in the type except the first word; that could allow unsafe addresses to escape the function" "F - test-function-with-addr-inout-2: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-function-with-addr-inout-2: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-function-with-addr-inout-3: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo a: (addr array (addr int) 3) {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-function-with-addr-inout-3: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: inout 'a' cannot contain 'addr' anywhere in the type except the first word; that could allow unsafe addresses to escape the function" "F - test-function-with-addr-inout-3: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-function-with-addr-inout-3: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-function-with-addr-inout-4: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo a: (array (addr int) 3) {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-function-with-addr-inout-4: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: inout 'a' cannot contain 'addr' anywhere in the type except the first word; that could allow unsafe addresses to escape the function" "F - test-function-with-addr-inout-4: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-function-with-addr-inout-4: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return # 'main' is an exception test-function-main-with-addr-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn main a: (addr addr int) {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # 'lookup' is an exception, but only in signatures test-signature-lookup-with-addr-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "sig lookup h: (handle _T) -> _/eax: (addr _T)\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-arg-and-body: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo n: int {\n") (write _test-input-stream " increment n\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-arg-and-body/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-arg-and-body/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-arg-and-body/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-arg-and-body/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-arg-and-body/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-arg-and-body/5") (check-next-stream-line-equal _test-output-stream " ff 0/subop/increment *(ebp+0x00000008)" "F - test-convert-function-with-arg-and-body/6") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-arg-and-body/7") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-arg-and-body/8") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-arg-and-body/9") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-arg-and-body/10") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-arg-and-body/11") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-arg-and-body/12") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-distinguishes-args: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo a: int, b: int {\n") (write _test-input-stream " increment b\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-distinguishes-args/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-distinguishes-args/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-distinguishes-args/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-distinguishes-args/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-distinguishes-args/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-distinguishes-args/5") (check-next-stream-line-equal _test-output-stream " ff 0/subop/increment *(ebp+0x0000000c)" "F - test-convert-function-distinguishes-args/6") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-distinguishes-args/7") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-distinguishes-args/8") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-distinguishes-args/9") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-distinguishes-args/10") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-distinguishes-args/11") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-distinguishes-args/12") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-return-literal: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo -> _/eax: int {\n") (write _test-input-stream " return 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-return-literal/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-return-literal/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-return-literal/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-return-literal/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-return-literal/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-return-literal/5") (check-next-stream-line-equal _test-output-stream " c7 0/subop/copy %eax 0/imm32" "F - test-convert-function-with-return-literal/6") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000001:break/disp32" "F - test-convert-function-with-return-literal/7") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-return-literal/8") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-return-literal/9") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-return-literal/10") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-return-literal/11") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-return-literal/12") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-return-literal/13") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-return: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo -> _/eax: int {\n") (write _test-input-stream " var y: int\n") (write _test-input-stream " return y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-return/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-return/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-return/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-return/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-return/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-return/5") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-return/6") # y (check-next-stream-line-equal _test-output-stream " 8b/-> *(ebp+0xfffffffc) 0x00000000/r32" "F - test-convert-function-with-return/7") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-return/8") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000001:break/disp32" "F - test-convert-function-with-return/9") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-return/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-return/11") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-return/12") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-return/13") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-return/14") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-return/15") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-return-float: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo -> _/xmm0: float {\n") (write _test-input-stream " var y: float\n") (write _test-input-stream " return y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-return/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-return/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-return/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-return/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-return/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-return/5") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-return/6") # y (check-next-stream-line-equal _test-output-stream " f3 0f 10/-> *(ebp+0xfffffffc) 0x00000000/x32" "F - test-convert-function-with-return/7") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-return/8") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000001:break/disp32" "F - test-convert-function-with-return/9") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-return/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-return/11") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-return/12") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-return/13") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-return/14") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-return/15") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-return-register: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo -> _/eax: int {\n") (write _test-input-stream " var y/eax: int <- copy 3\n") (write _test-input-stream " return y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-return-register/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-return-register/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-return-register/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-return-register/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-return-register/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-return-register/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-function-with-return-register/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 3/imm32" "F - test-convert-function-with-return-register/7") (check-next-stream-line-equal _test-output-stream " 8b/-> %eax 0x00000000/r32" "F - test-convert-function-with-return-register/8") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-convert-function-with-return-register/9") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000001:break/disp32" "F - test-convert-function-with-return-register/10") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-return-register/11") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-return-register/12") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-return-register/13") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-return-register/14") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-return-register/15") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-return-register/16") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-function-with-output-without-register: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo -> _: int {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-function-with-output-without-register: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: function output '_' must be in a register, in instruction 'fn foo -> _: int {" "F - test-function-with-output-without-register: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-function-with-output-without-register: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-function-with-outputs-in-conflicting-registers: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo -> _/eax: int, _/eax: int {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-function-with-outputs-in-conflicting-registers: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: outputs must be in unique registers" "F - test-function-with-outputs-in-conflicting-registers: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-function-with-outputs-in-conflicting-registers: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-function-with-named-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo -> x/eax: int {\n") (write _test-input-stream " return 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-function-with-named-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: function outputs cannot be named; rename 'x' in the header to '_'" "F - test-function-with-named-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-function-with-named-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-return-with-wrong-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo -> _/eax: int {\n") (write _test-input-stream " var x/eax: boolean <- copy 0\n") (write _test-input-stream " return x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-return-with-wrong-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: return: 'x' has the wrong type" "F - test-return-with-wrong-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-return-with-wrong-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-missing-return: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo -> _/eax: int {\n") (write _test-input-stream " var x/eax: boolean <- copy 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-missing-return: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: final statement should be a 'return'" "F - test-missing-return: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-missing-return: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-missing-return-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo -> _/eax: int {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-missing-return-2: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: final statement should be a 'return'" "F - test-missing-return-2: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-missing-return-2: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-early-exit-without-return: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo -> _/eax: int {\n") (write _test-input-stream " break\n") (write _test-input-stream " return 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-early-exit-without-return: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo has outputs, so you cannot 'break' out of the outermost block. Use 'return'." "F - test-early-exit-without-return: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-early-exit-without-return: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-return-with-too-few-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo -> _/eax: int {\n") (write _test-input-stream " return\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-return-with-too-few-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: return: too few inouts" "F - test-return-with-too-few-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-return-with-too-few-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-return-with-too-many-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo -> _/eax: int {\n") (write _test-input-stream " return 0, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-return-with-too-many-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: return: too many inouts" "F - test-return-with-too-many-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-return-with-too-many-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-return-unavailable-value: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo -> _/eax: int, _/ecx: int {\n") (write _test-input-stream " var x/eax: int <- copy 0\n") (write _test-input-stream " var y/ecx: int <- copy 0\n") (write _test-input-stream " return y, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-return-unavailable-value: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: return: 'x' is no longer available" "F - test-return-unavailable-value: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-return-unavailable-value: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-return-literal-to-float: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo -> _/xmm0: float {\n") (write _test-input-stream " return 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-return-literal-to-float: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: return: cannot copy literal '0' to float" "F - test-return-literal-to-float: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-return-literal-to-float: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-return-with-duplicate-values: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo -> _/eax: int, _/ecx: int {\n") (write _test-input-stream " var x/eax: int <- copy 0x34\n") (write _test-input-stream " return x, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-return-with-duplicate-values/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-return-with-duplicate-values/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-return-with-duplicate-values/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-return-with-duplicate-values/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-return-with-duplicate-values/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-return-with-duplicate-values/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-return-with-duplicate-values/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0x34/imm32" "F - test-convert-return-with-duplicate-values/7") (check-next-stream-line-equal _test-output-stream " 8b/-> %eax 0x00000000/r32" "F - test-convert-return-with-duplicate-values/8") (check-next-stream-line-equal _test-output-stream " 8b/-> %eax 0x00000001/r32" "F - test-convert-return-with-duplicate-values/9") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-convert-return-with-duplicate-values/10") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000001:break/disp32" "F - test-convert-return-with-duplicate-values/11") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-return-with-duplicate-values/12") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-return-with-duplicate-values/13") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-return-with-duplicate-values/14") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-return-with-duplicate-values/15") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-return-with-duplicate-values/16") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-return-with-duplicate-values/17") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-return-with-duplicate-values-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo -> _/eax: int, _/ecx: int {\n") (write _test-input-stream " var x/ecx: int <- copy 0x34\n") (write _test-input-stream " return x, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-return-with-duplicate-values-2/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-return-with-duplicate-values-2/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-return-with-duplicate-values-2/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-return-with-duplicate-values-2/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-return-with-duplicate-values-2/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-return-with-duplicate-values-2/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-return-with-duplicate-values-2/6") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 0x34/imm32" "F - test-convert-return-with-duplicate-values-2/7") (check-next-stream-line-equal _test-output-stream " 8b/-> %ecx 0x00000000/r32" "F - test-convert-return-with-duplicate-values-2/8") (check-next-stream-line-equal _test-output-stream " 8b/-> %ecx 0x00000001/r32" "F - test-convert-return-with-duplicate-values-2/9") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-convert-return-with-duplicate-values-2/10") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000001:break/disp32" "F - test-convert-return-with-duplicate-values-2/11") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-return-with-duplicate-values-2/12") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-return-with-duplicate-values-2/13") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-return-with-duplicate-values-2/14") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-return-with-duplicate-values-2/15") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-return-with-duplicate-values-2/16") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-return-with-duplicate-values-2/17") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-stmt-with-unknown-var: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " x <- copy 0x34\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-stmt-with-unknown-var: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: unknown variable 'x'" "F - test-stmt-with-unknown-var: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-stmt-with-unknown-var: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-stmt-with-invalid-identifier: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " 1 <- copy 0x34\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-stmt-with-invalid-identifier: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: invalid identifier '1'" "F - test-stmt-with-invalid-identifier: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-stmt-with-invalid-identifier: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-stmt-with-deref-var: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " *x <- copy 0x34\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-stmt-with-deref-var: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: output '*x' should write to a register, and therefore cannot be dereferenced" "F - test-stmt-with-deref-var: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-stmt-with-deref-var: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-function-with-literal-arg: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo a: int, b: int -> _/eax: int {\n") (write _test-input-stream " var result/eax: int <- copy a\n") (write _test-input-stream " result <- add 1\n") (write _test-input-stream " return result\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-literal-arg/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-literal-arg/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-literal-arg/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-literal-arg/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-literal-arg/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-literal-arg/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-function-with-literal-arg/6") (check-next-stream-line-equal _test-output-stream " 8b/-> *(ebp+0x00000008) 0x00000000/r32" "F - test-convert-function-with-literal-arg/7") (check-next-stream-line-equal _test-output-stream " 05/add-to-eax 1/imm32" "F - test-convert-function-with-literal-arg/8") (check-next-stream-line-equal _test-output-stream " 8b/-> %eax 0x00000000/r32" "F - test-convert-function-with-literal-arg/9") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-convert-function-with-literal-arg/10") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000001:break/disp32" "F - test-convert-function-with-literal-arg/11") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-literal-arg/12") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-literal-arg/13") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-literal-arg/14") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-literal-arg/15") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-literal-arg/16") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-literal-arg/17") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-literal-arg-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo a: int, b: int -> _/ebx: int {\n") (write _test-input-stream " var result/ebx: int <- copy a\n") (write _test-input-stream " result <- add 1\n") (write _test-input-stream " return result\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-literal-arg-2/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-literal-arg-2/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-literal-arg-2/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-literal-arg-2/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-literal-arg-2/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-literal-arg-2/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ebx" "F - test-convert-function-with-literal-arg-2/6") (check-next-stream-line-equal _test-output-stream " 8b/-> *(ebp+0x00000008) 0x00000003/r32" "F - test-convert-function-with-literal-arg-2/7") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %ebx 1/imm32" "F - test-convert-function-with-literal-arg-2/8") (check-next-stream-line-equal _test-output-stream " 8b/-> %ebx 0x00000003/r32" "F - test-convert-function-with-literal-arg-2/9") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-convert-function-with-literal-arg-2/10") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000001:break/disp32" "F - test-convert-function-with-literal-arg-2/11") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-literal-arg-2/12") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-literal-arg-2/13") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-literal-arg-2/14") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-literal-arg-2/15") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-literal-arg-2/16") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-literal-arg-2/17") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-call-with-literal-arg: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn main -> _/ebx: int {\n") (write _test-input-stream " var result/eax: int <- do-add 3 4\n") (write _test-input-stream " return result\n") (write _test-input-stream "}\n") (write _test-input-stream "fn do-add a: int, b: int -> _/eax: int {\n") (write _test-input-stream " var result/eax: int <- copy a\n") (write _test-input-stream " result <- add b\n") (write _test-input-stream " return result\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "main:" "F - test-convert-function-call-with-literal-arg/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-call-with-literal-arg/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-call-with-literal-arg/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-call-with-literal-arg/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-call-with-literal-arg/4") (check-next-stream-line-equal _test-output-stream "$main:0x00000001:loop:" "F - test-convert-function-call-with-literal-arg/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-function-call-with-literal-arg/6") (check-next-stream-line-equal _test-output-stream " (do-add 3 4)" "F - test-convert-function-call-with-literal-arg/7") (check-next-stream-line-equal _test-output-stream " 8b/-> %eax 0x00000003/r32" "F - test-convert-function-call-with-literal-arg/8") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-function-with-local-var-in-reg/9") (check-next-stream-line-equal _test-output-stream " e9/jump $main:0x00000001:break/disp32" "F - test-convert-function-call-with-literal-arg/10") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-call-with-literal-arg/11") (check-next-stream-line-equal _test-output-stream "$main:0x00000001:break:" "F - test-convert-function-call-with-literal-arg/12") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-call-with-literal-arg/13") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-call-with-literal-arg/14") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-call-with-literal-arg/15") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-call-with-literal-arg/16") (check-next-stream-line-equal _test-output-stream "do-add:" "F - test-convert-function-call-with-literal-arg/17") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-call-with-literal-arg/18") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-call-with-literal-arg/19") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-call-with-literal-arg/20") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-call-with-literal-arg/21") (check-next-stream-line-equal _test-output-stream "$do-add:0x00000002:loop:" "F - test-convert-function-call-with-literal-arg/22") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-function-call-with-literal-arg/23") (check-next-stream-line-equal _test-output-stream " 8b/-> *(ebp+0x00000008) 0x00000000/r32" "F - test-convert-function-call-with-literal-arg/24") (check-next-stream-line-equal _test-output-stream " 03/add *(ebp+0x0000000c) 0x00000000/r32" "F - test-convert-function-call-with-literal-arg/25") (check-next-stream-line-equal _test-output-stream " 8b/-> %eax 0x00000000/r32" "F - test-convert-function-call-with-literal-arg/26") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-convert-function-call-with-literal-arg/27") (check-next-stream-line-equal _test-output-stream " e9/jump $do-add:0x00000002:break/disp32" "F - test-convert-function-call-with-literal-arg/28") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-call-with-literal-arg/29") (check-next-stream-line-equal _test-output-stream "$do-add:0x00000002:break:" "F - test-convert-function-call-with-literal-arg/30") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-call-with-literal-arg/31") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-call-with-literal-arg/32") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-call-with-literal-arg/33") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-call-with-literal-arg/34") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-call-with-literal-string-arg: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " string-func \"abc\"\n") (write _test-input-stream "}\n") (write _test-input-stream "sig string-func in: (addr array byte)\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) # no errors # not bothering checking output # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-call-with-null-addr: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " bar 0\n") (write _test-input-stream "}\n") (write _test-input-stream "sig bar in: (addr int)\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) # no errors # not bothering checking output # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-call-with-signature: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn main -> _/ebx: int {\n") (write _test-input-stream " var result/eax: int <- do-add 3 4\n") (write _test-input-stream " return result\n") (write _test-input-stream "}\n") (write _test-input-stream "sig do-add a: int, b: int -> _/eax: int\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "main:" "F - test-convert-function-call-with-signature/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-call-with-signature/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-call-with-signature/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-call-with-signature/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-call-with-signature/4") (check-next-stream-line-equal _test-output-stream "$main:0x00000001:loop:" "F - test-convert-function-call-with-signature/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-function-call-with-literal-arg/6") (check-next-stream-line-equal _test-output-stream " (do-add 3 4)" "F - test-convert-function-call-with-signature/6") (check-next-stream-line-equal _test-output-stream " 8b/-> %eax 0x00000003/r32" "F - test-convert-function-call-with-literal-arg/8") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-function-with-local-var-in-reg/9") (check-next-stream-line-equal _test-output-stream " e9/jump $main:0x00000001:break/disp32" "F - test-convert-function-call-with-literal-arg/10") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-call-with-signature/7") (check-next-stream-line-equal _test-output-stream "$main:0x00000001:break:" "F - test-convert-function-call-with-signature/8") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-call-with-signature/9") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-call-with-signature/10") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-call-with-signature/11") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-call-with-signature/12") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-local-var-in-mem: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " increment x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-local-var-in-mem/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-local-var-in-mem/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-local-var-in-mem/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-local-var-in-mem/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-local-var-in-mem/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-local-var-in-mem/5") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-local-var-in-mem/6") (check-next-stream-line-equal _test-output-stream " ff 0/subop/increment *(ebp+0xfffffffc)" "F - test-convert-function-with-local-var-in-mem/7") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-local-var-in-mem/8") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-local-var-in-mem/9") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-local-var-in-mem/10") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-local-var-in-mem/11") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-local-var-in-mem/12") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-local-var-in-mem/13") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-local-var-in-mem/14") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-invalid-literal: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " increment 1n\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-invalid-literal: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: variable '1n' cannot begin with a digit (or do you have a typo in a number?)" "F - test-convert-invalid-literal: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-invalid-literal: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-valid-literal-with-metadata: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: int <- copy 1/abc\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # no errors # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-local-var-in-mem-has-no-initializer: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: int <- copy 0\n") (write _test-input-stream " increment x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-var-in-mem-has-no-initializer: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: var x: variables on the stack can't take an initializer" "F - test-var-in-mem-has-no-initializer: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-var-in-mem-has-no-initializer: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-function-with-local-var-with-compound-type-in-mem: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (addr int)\n") (write _test-input-stream " copy-to x, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-local-var-with-compound-type-in-mem/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-local-var-with-compound-type-in-mem/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-local-var-with-compound-type-in-mem/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-local-var-with-compound-type-in-mem/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-local-var-with-compound-type-in-mem/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-local-var-with-compound-type-in-mem/5") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-local-var-with-compound-type-in-mem/6") (check-next-stream-line-equal _test-output-stream " c7 0/subop/copy *(ebp+0xfffffffc) 0/imm32" "F - test-convert-function-with-local-var-with-compound-type-in-mem/7") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-local-var-with-compound-type-in-mem/8") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-local-var-with-compound-type-in-mem/9") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-local-var-with-compound-type-in-mem/10") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-local-var-with-compound-type-in-mem/11") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-local-var-with-compound-type-in-mem/12") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-local-var-with-compound-type-in-mem/13") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-local-var-with-compound-type-in-mem/14") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-local-var-in-reg: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: int <- copy 3\n") (write _test-input-stream " x <- increment\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-local-var-in-reg/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-local-var-in-reg/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-local-var-in-reg/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-local-var-in-reg/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-local-var-in-reg/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-local-var-in-reg/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-function-with-local-var-in-reg/6") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 3/imm32" "F - test-convert-function-with-local-var-in-reg/7") (check-next-stream-line-equal _test-output-stream " 41/increment-ecx" "F - test-convert-function-with-local-var-in-reg/8") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-function-with-local-var-in-reg/9") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-local-var-in-reg/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-local-var-in-reg/11") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-local-var-in-reg/12") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-local-var-in-reg/13") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-local-var-in-reg/14") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-local-var-in-reg/15") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-local-var-in-same-reg: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: int <- copy 3\n") (write _test-input-stream " var y/ecx: int <- copy x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-local-var-in-same-reg/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-local-var-in-same-reg/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-local-var-in-same-reg/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-local-var-in-same-reg/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-local-var-in-same-reg/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-local-var-in-same-reg/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-function-with-local-var-in-same-reg/6") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 3/imm32" "F - test-convert-function-with-local-var-in-same-reg/7") # optimization: skip the second copy (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-function-with-local-var-in-same-reg/8") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-local-var-in-same-reg/9") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-local-var-in-same-reg/10") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-local-var-in-same-reg/11") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-local-var-in-same-reg/12") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-local-var-in-same-reg/13") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-local-var-in-same-reg/14") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-local-var-in-same-reg-dereferenced: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: (addr int) <- copy 0\n") (write _test-input-stream " var y/ecx: int <- copy *x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-local-var-in-same-reg-dereferenced/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-local-var-in-same-reg-dereferenced/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-local-var-in-same-reg-dereferenced/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-local-var-in-same-reg-dereferenced/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-local-var-in-same-reg-dereferenced/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-local-var-in-same-reg-dereferenced/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-function-with-local-var-in-same-reg-dereferenced/6") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 0/imm32" "F - test-convert-function-with-local-var-in-same-reg-dereferenced/7") (check-next-stream-line-equal _test-output-stream " 8b/-> *ecx 0x00000001/r32" "F - test-convert-function-with-local-var-in-same-reg-dereferenced/8") # don't optimize this away (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-function-with-local-var-in-same-reg-dereferenced/9") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-local-var-in-same-reg-dereferenced/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-local-var-in-same-reg-dereferenced/11") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-local-var-in-same-reg-dereferenced/12") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-local-var-in-same-reg-dereferenced/13") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-local-var-in-same-reg-dereferenced/14") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-local-var-in-same-reg-dereferenced/15") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-float-var-in-wrong-register: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: int <- copy 0\n") (write _test-input-stream " var y/eax: float <- convert x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-float-var-in-wrong-register: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: float var 'y' should be in a floating-point register" "F - test-float-var-in-wrong-register: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-float-var-in-wrong-register: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-non-float-var-in-wrong-register: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/xmm5: int <- copy 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-non-float-var-in-wrong-register: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: non-float var 'x' should be in an integer register" "F - test-non-float-var-in-wrong-register: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-non-float-var-in-wrong-register: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-function-with-allocate: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: (addr handle int) <- copy 0\n") (write _test-input-stream " allocate x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-allocate/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-allocate/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-allocate/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-allocate/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-allocate/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-allocate/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-function-with-allocate/6") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 0/imm32" "F - test-convert-function-with-allocate/7") (check-next-stream-line-equal _test-output-stream " (allocate Heap 0x00000004 %ecx)" "F - test-convert-function-with-allocate/8") # 4 = size-of(int) (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-function-with-allocate/9") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-allocate/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-allocate/11") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-allocate/12") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-allocate/13") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-allocate/14") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-allocate/15") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-initializer-in-hex: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: int <- copy 10\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-initializer-in-hex: output should be empty") (check-next-stream-line-equal _test-error-stream "literal integers are always hex in Mu; start '10' with a '0x' to be unambiguous, converting it to hexadecimal as necessary." "F - test-initializer-in-hex: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-initializer-in-hex: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-function-with-second-local-var-in-same-reg: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: int <- copy 3\n") (write _test-input-stream " var y/ecx: int <- copy 4\n") (write _test-input-stream " y <- increment\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-second-local-var-in-same-reg/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-second-local-var-in-same-reg/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-second-local-var-in-same-reg/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-second-local-var-in-same-reg/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-second-local-var-in-same-reg/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-second-local-var-in-same-reg/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-function-with-second-local-var-in-same-reg/6") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 3/imm32" "F - test-convert-function-with-second-local-var-in-same-reg/7") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 4/imm32" "F - test-convert-function-with-second-local-var-in-same-reg/8") (check-next-stream-line-equal _test-output-stream " 41/increment-ecx" "F - test-convert-function-with-second-local-var-in-same-reg/9") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-function-with-second-local-var-in-same-reg/10") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-second-local-var-in-same-reg/11") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-second-local-var-in-same-reg/12") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-second-local-var-in-same-reg/13") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-second-local-var-in-same-reg/14") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-second-local-var-in-same-reg/15") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-second-local-var-in-same-reg/16") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-read-clobbered-reg-var: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) # bytes of args in call to convert-mu 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: int <- copy 3\n") (write _test-input-stream " var y/ecx: int <- copy 4\n") (write _test-input-stream " x <- increment\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-read-clobbered-reg-var: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: register ecx reads var 'x' after writing var 'y'" "F - test-read-clobbered-reg-var: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-read-clobbered-reg-var: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-overlapping-int-fp-registers: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) # bytes of args in call to convert-mu 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: int <- copy 3\n") (write _test-input-stream " var y/xmm0: float <- convert x\n") (write _test-input-stream " x <- increment\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # no errors (check-next-stream-line-equal _test-error-stream "" "F - test-overlapping-int-fp-registers: error message") # don't bother checking the generated code # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-function-call: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn main -> _/ebx: int {\n") (write _test-input-stream " var result/ebx: int <- foo\n") (write _test-input-stream " return result\n") (write _test-input-stream "}\n") (write _test-input-stream "fn foo -> _/ebx: int {\n") (write _test-input-stream " var result/ebx: int <- copy 3\n") (write _test-input-stream " return result\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "main:" "F - test-convert-function-call/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-call/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-call/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-call/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-call/4") (check-next-stream-line-equal _test-output-stream "$main:0x00000001:loop:" "F - test-convert-function-call/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ebx" "F - test-convert-function-call-with-literal-arg/6") (check-next-stream-line-equal _test-output-stream " (foo)" "F - test-convert-function-call/6") (check-next-stream-line-equal _test-output-stream " 8b/-> %ebx 0x00000003/r32" "F - test-convert-function-call-with-literal-arg/8") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-convert-function-call-with-literal-arg/27") (check-next-stream-line-equal _test-output-stream " e9/jump $main:0x00000001:break/disp32" "F - test-convert-function-call-with-literal-arg/10") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-call/7") (check-next-stream-line-equal _test-output-stream "$main:0x00000001:break:" "F - test-convert-function-call/8") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-call/9") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-call/10") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-call/11") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-call/12") (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-call/13") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-call/14") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-call/15") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-call/16") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-call/17") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-convert-function-call/18") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ebx" "F - test-convert-function-call-with-literal-arg/6") (check-next-stream-line-equal _test-output-stream " bb/copy-to-ebx 3/imm32" "F - test-convert-function-call/19") (check-next-stream-line-equal _test-output-stream " 8b/-> %ebx 0x00000003/r32" "F - test-convert-function-call-with-literal-arg/8") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-convert-function-call-with-literal-arg/27") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000002:break/disp32" "F - test-convert-function-call-with-literal-arg/10") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-call/20") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-convert-function-call/21") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-call/22") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-call/23") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-call/24") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-call/25") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-call-with-inout-with-compound-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var x: (addr int)\n") (write _test-input-stream " g x\n") (write _test-input-stream "}\n") (write _test-input-stream "fn g a: (addr int) {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "f:" "F - test-convert-function-call-with-inout-with-compound-type/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-call-with-inout-with-compound-type/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-call-with-inout-with-compound-type/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-call-with-inout-with-compound-type/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-call-with-inout-with-compound-type/4") (check-next-stream-line-equal _test-output-stream "$f:0x00000001:loop:" "F - test-convert-function-call-with-inout-with-compound-type/5") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-call-with-inout-with-compound-type/6") (check-next-stream-line-equal _test-output-stream " (g *(ebp+0xfffffffc))" "F - test-convert-function-call-with-inout-with-compound-type/7") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-call-with-inout-with-compound-type/8") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-call-with-inout-with-compound-type/9") (check-next-stream-line-equal _test-output-stream "$f:0x00000001:break:" "F - test-convert-function-call-with-inout-with-compound-type/10") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-call-with-inout-with-compound-type/11") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-call-with-inout-with-compound-type/12") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-call-with-inout-with-compound-type/13") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-call-with-inout-with-compound-type/14") (check-next-stream-line-equal _test-output-stream "g:" "F - test-convert-function-call-with-inout-with-compound-type/15") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-call-with-inout-with-compound-type/16") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-call-with-inout-with-compound-type/17") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-call-with-inout-with-compound-type/18") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-call-with-inout-with-compound-type/19") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-call-with-inout-with-compound-type/20") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-call-with-inout-with-compound-type/21") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-call-with-inout-with-compound-type/22") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-call-with-inout-with-type-parameter: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var x: (addr int)\n") (write _test-input-stream " g x\n") (write _test-input-stream "}\n") (write _test-input-stream "fn g a: (addr _) {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # no error; types matched (check-stream-equal _test-error-stream "" "F - test-convert-function-call-with-inout-with-type-parameter: error stream should be empty") # don't bother checking the generated code; that's in the test 'test-local-clobbered-by-fn-output' below # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-function-call-with-incorrect-inout-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " g x\n") (write _test-input-stream "}\n") (write _test-input-stream "fn g a: foo {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-function-call-with-incorrect-inout-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn f: call g: type for inout 'x' is not right" "F - test-convert-function-call-with-incorrect-inout-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-function-call-with-incorrect-inout-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 5d/pop-to-ebp c3/return test-convert-function-call-with-inout-with-incorrect-compound-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var x: (addr int)\n") (write _test-input-stream " g x\n") (write _test-input-stream "}\n") (write _test-input-stream "fn g a: (addr bool) {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-function-call-with-inout-with-incorrect-compound-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn f: call g: type for inout 'x' is not right" "F - test-convert-function-call-with-inout-with-incorrect-compound-type: error message") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-function-call-with-inout-with-multiple-type-parameters: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var x: (addr int)\n") (write _test-input-stream " var y: (addr int)\n") (write _test-input-stream " g x, y\n") (write _test-input-stream "}\n") (write _test-input-stream "fn g a: (addr _), b: (addr _) {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # no errors (check-stream-equal _test-error-stream "" "F - test-convert-function-call-with-inout-with-multiple-type-parameters: error stream should be empty") # don't bother checking the generated code # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-type-parameter-matches-rest-of-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var x: (addr array int)\n") (write _test-input-stream " g x\n") (write _test-input-stream "}\n") (write _test-input-stream "fn g a: (addr _) {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # no errors (check-stream-equal _test-error-stream "" "F - test-type-parameter-matches-rest-of-type: error stream should be empty") # don't bother checking the generated code # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-function-call-with-inout-with-incompatible-type-parameters: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var x: (addr int)\n") (write _test-input-stream " var y: (addr boolean)\n") (write _test-input-stream " g x, y\n") (write _test-input-stream "}\n") (write _test-input-stream "fn g a: (addr _T), b: (addr _T) {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-function-call-with-inout-with-incompatible-type-parameters: output should be empty") (check-next-stream-line-equal _test-error-stream "fn f: call g: type for inout 'y' is not right" "F - test-convert-function-call-with-inout-with-incompatible-type-parameters: error message") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-function-call-with-too-few-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn f {\n") (write _test-input-stream " g\n") (write _test-input-stream "}\n") (write _test-input-stream "fn g a: int {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-function-call-with-too-few-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn f: call g: too few inouts" "F - test-convert-function-call-with-too-few-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-function-call-with-too-few-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 5d/pop-to-ebp c3/return test-convert-function-call-with-too-many-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " g x\n") (write _test-input-stream "}\n") (write _test-input-stream "fn g {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-function-call-with-too-many-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn f: call g: too many inouts" "F - test-convert-function-call-with-too-many-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-function-call-with-too-many-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 5d/pop-to-ebp c3/return test-convert-function-call-with-incorrect-output-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var x/eax: int <- g\n") (write _test-input-stream "}\n") (write _test-input-stream "fn g -> _/eax: foo {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-function-call-with-incorrect-output-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn f: call g: type for output 'x' is not right" "F - test-convert-function-call-with-incorrect-output-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-function-call-with-incorrect-output-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 5d/pop-to-ebp c3/return test-convert-function-call-with-too-few-outputs: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn f {\n") (write _test-input-stream " g\n") (write _test-input-stream "}\n") (write _test-input-stream "fn g -> _/eax: int {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-function-call-with-too-few-outputs: output should be empty") (check-next-stream-line-equal _test-error-stream "fn f: call g: too few outputs" "F - test-convert-function-call-with-too-few-outputs: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-function-call-with-too-few-outputs: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 5d/pop-to-ebp c3/return test-convert-function-call-with-too-many-outputs: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var x/eax: int <- g\n") (write _test-input-stream "}\n") (write _test-input-stream "fn g {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-function-call-with-too-many-outputs: output should be empty") (check-next-stream-line-equal _test-error-stream "fn f: call g: too many outputs" "F - test-convert-function-call-with-too-many-outputs: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-function-call-with-too-many-outputs: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 5d/pop-to-ebp c3/return test-convert-function-call-with-missing-output-register: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " x <- g\n") (write _test-input-stream "}\n") (write _test-input-stream "fn g -> _/eax: int {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-function-call-with-missing-output-register: output should be empty") (check-next-stream-line-equal _test-error-stream "fn f: call g: output 'x' is not in a register" "F - test-convert-function-call-with-missing-output-register: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-function-call-with-missing-output-register: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 5d/pop-to-ebp c3/return test-convert-function-call-with-incorrect-output-register: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var x/ecx: int <- g\n") (write _test-input-stream "}\n") (write _test-input-stream "fn g -> _/eax: int {\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-function-call-with-incorrect-output-register: output should be empty") (check-next-stream-line-equal _test-error-stream "fn f: call g: register for output 'x' is not right" "F - test-convert-function-call-with-incorrect-output-register: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-function-call-with-incorrect-output-register: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 5d/pop-to-ebp c3/return test-convert-function-with-local-var-dereferenced: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: (addr int) <- copy 0\n") (write _test-input-stream " increment *x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-local-var-dereferenced/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-local-var-dereferenced/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-local-var-dereferenced/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-local-var-dereferenced/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-local-var-dereferenced/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-local-var-dereferenced/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-function-with-local-var-dereferenced/6") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 0/imm32" "F - test-convert-function-with-local-var-dereferenced/7") (check-next-stream-line-equal _test-output-stream " ff 0/subop/increment *ecx" "F - test-convert-function-with-local-var-dereferenced/8") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-function-with-local-var-dereferenced/9") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-local-var-dereferenced/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-local-var-dereferenced/11") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-local-var-dereferenced/12") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-local-var-dereferenced/13") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-local-var-dereferenced/14") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-local-var-dereferenced/15") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-dereference-of-var-on-stack: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (addr int)\n") (write _test-input-stream " increment *x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-dereference-of-var-on-stack: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: cannot dereference var 'x' on stack" "F - test-dereference-of-var-on-stack: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-dereference-of-var-on-stack: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-function-with-byte-operations: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: byte <- copy 0\n") (write _test-input-stream " var y/ecx: byte <- copy 0\n") (write _test-input-stream " y <- copy-byte x\n") (write _test-input-stream " var z/edx: (addr byte) <- copy 0\n") (write _test-input-stream " y <- copy-byte *z\n") (write _test-input-stream " copy-byte-to *z, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-byte-operations/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-byte-operations/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-byte-operations/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-byte-operations/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-byte-operations/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-byte-operations/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-function-with-byte-operations/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-function-with-byte-operations/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-function-with-byte-operations/8") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 0/imm32" "F - test-convert-function-with-byte-operations/9") (check-next-stream-line-equal _test-output-stream " 8a/byte-> %eax 0x00000001/r32" "F - test-convert-function-with-byte-operations/10") (check-next-stream-line-equal _test-output-stream " 81 4/subop/and %ecx 0xff/imm32" "F - test-convert-function-with-byte-operations/11") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %edx" "F - test-convert-function-with-byte-operations/12") (check-next-stream-line-equal _test-output-stream " ba/copy-to-edx 0/imm32" "F - test-convert-function-with-byte-operations/13") (check-next-stream-line-equal _test-output-stream " 8a/byte-> *edx 0x00000001/r32" "F - test-convert-function-with-byte-operations/14") (check-next-stream-line-equal _test-output-stream " 81 4/subop/and %ecx 0xff/imm32" "F - test-convert-function-with-byte-operations/15") (check-next-stream-line-equal _test-output-stream " 88/byte<- *edx 0x00000000/r32" "F - test-convert-function-with-byte-operations/16") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %edx" "F - test-convert-function-with-byte-operations/17") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-function-with-byte-operations/18") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-function-with-byte-operations/19") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-byte-operations/20") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-byte-operations/21") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-byte-operations/22") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-byte-operations/23") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-byte-operations/24") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-byte-operations/25") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # variables of type 'byte' are not allowed on the stack test-byte-values-on-stack: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: byte\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-byte-values-on-stack: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: var 'x' of type 'byte' cannot be on the stack" "F - test-byte-values-on-stack: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-byte-values-on-stack: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return # variables of type 'byte' are not allowed in esi or edi test-byte-values-in-unsupported-registers: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/esi: byte <- copy 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-byte-values-in-unsupported-registers: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: var 'x' of type 'byte' cannot be in esi or edi" "F - test-byte-values-in-unsupported-registers: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-byte-values-in-unsupported-registers: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return # variables of type 'byte' _can_ be function args. They then occupy 4 bytes. test-copy-byte-var-from-fn-arg: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo x: byte, y: int {\n") (write _test-input-stream " var a/eax: byte <- copy x\n") (write _test-input-stream " var b/eax: int <- copy y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-copy-byte-from-fn-arg/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-copy-byte-from-fn-arg/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-copy-byte-from-fn-arg/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-copy-byte-from-fn-arg/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-copy-byte-from-fn-arg/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-copy-byte-from-fn-arg/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-copy-byte-from-fn-arg/6") (check-next-stream-line-equal _test-output-stream " 8b/-> *(ebp+0x00000008) 0x00000000/r32" "F - test-copy-byte-from-fn-arg/7") (check-next-stream-line-equal _test-output-stream " 8b/-> *(ebp+0x0000000c) 0x00000000/r32" "F - test-copy-byte-from-fn-arg/8") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-copy-byte-from-fn-arg/9") (check-next-stream-line-equal _test-output-stream " }" "F - test-copy-byte-from-fn-arg/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-copy-byte-from-fn-arg/11") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-copy-byte-from-fn-arg/12") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-copy-byte-from-fn-arg/13") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-copy-byte-from-fn-arg/14") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-copy-byte-from-fn-arg/15") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-compare-register-with-literal: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: int <- copy 0\n") (write _test-input-stream " compare x, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-compare-register-with-literal/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-compare-register-with-literal/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-compare-register-with-literal/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-compare-register-with-literal/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-compare-register-with-literal/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-compare-register-with-literal/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-compare-register-with-literal/6") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 0/imm32" "F - test-convert-compare-register-with-literal/7") (check-next-stream-line-equal _test-output-stream " 81 7/subop/compare %ecx 0/imm32" "F - test-convert-compare-register-with-literal/8") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-compare-register-with-literal/9") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-compare-register-with-literal/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-compare-register-with-literal/11") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-compare-register-with-literal/12") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-compare-register-with-literal/13") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-compare-register-with-literal/14") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-compare-register-with-literal/15") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-compare-byte-with-literal: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: byte <- copy 0\n") (write _test-input-stream " compare x, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # no errors; output is identical to test-convert-compare-register-with-literal # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-unknown-variable: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " compare x, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-unknown-variable: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: unknown variable 'x'" "F - test-unknown-variable: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-unknown-variable: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-function-with-local-var-in-block: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " increment x\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-local-var-in-block/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-local-var-in-block/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-local-var-in-block/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-local-var-in-block/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-local-var-in-block/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-local-var-in-block/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-local-var-in-block/6") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-convert-function-with-local-var-in-block/7") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-local-var-in-block/8") (check-next-stream-line-equal _test-output-stream " ff 0/subop/increment *(ebp+0xfffffffc)" "F - test-convert-function-with-local-var-in-block/9") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-local-var-in-block/10") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-local-var-in-block/11") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-convert-function-with-local-var-in-block/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-local-var-in-block/13") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-local-var-in-block/14") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-local-var-in-block/15") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-local-var-in-block/16") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-local-var-in-block/17") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-local-var-in-block/18") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-local-var-in-mem-after-block: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " {\n") (write _test-input-stream " var y: int\n") (write _test-input-stream " }\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " increment x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-local-var-in-mem-after-block/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-local-var-in-mem-after-block/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-local-var-in-mem-after-block/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-local-var-in-mem-after-block/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-local-var-in-mem-after-block/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-local-var-in-mem-after-block/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-local-var-in-mem-after-block/6") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-convert-function-with-local-var-in-mem-after-block/7") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-local-var-in-mem-after-block/8") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-local-var-in-mem-after-block/9") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-local-var-in-mem-after-block/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-convert-function-with-local-var-in-mem-after-block/11") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-local-var-in-mem-after-block/12") (check-next-stream-line-equal _test-output-stream " ff 0/subop/increment *(ebp+0xfffffffc)" "F - test-convert-function-with-local-var-in-mem-after-block/13") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-local-var-in-mem-after-block/14") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-local-var-in-mem-after-block/15") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-local-var-in-mem-after-block/16") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-local-var-in-mem-after-block/17") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-local-var-in-mem-after-block/18") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-local-var-in-mem-after-block/19") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-local-var-in-mem-after-block/20") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-local-var-in-named-block: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " $bar: {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " increment x\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-local-var-in-named-block/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-local-var-in-named-block/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-local-var-in-named-block/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-local-var-in-named-block/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-local-var-in-named-block/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-local-var-in-named-block/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-local-var-in-named-block/6") (check-next-stream-line-equal _test-output-stream "$bar:loop:" "F - test-convert-function-with-local-var-in-named-block/7") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-local-var-in-named-block/8") (check-next-stream-line-equal _test-output-stream " ff 0/subop/increment *(ebp+0xfffffffc)" "F - test-convert-function-with-local-var-in-named-block/9") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-local-var-in-named-block/10") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-local-var-in-named-block/11") (check-next-stream-line-equal _test-output-stream "$bar:break:" "F - test-convert-function-with-local-var-in-named-block/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-local-var-in-named-block/13") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-local-var-in-named-block/14") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-local-var-in-named-block/15") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-local-var-in-named-block/16") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-local-var-in-named-block/17") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-local-var-in-named-block/18") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-unknown-variable-in-named-block: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " $a: {\n") (write _test-input-stream " compare x, 0\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-unknown-variable-in-named-block: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: unknown variable 'x'" "F - test-unknown-variable-in-named-block: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-unknown-variable-in-named-block: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-always-shadow-outermost-reg-vars-in-function: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: int <- copy 3\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-always-shadow-outermost-reg-vars-in-function/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-always-shadow-outermost-reg-vars-in-function/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-always-shadow-outermost-reg-vars-in-function/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-always-shadow-outermost-reg-vars-in-function/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-always-shadow-outermost-reg-vars-in-function/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-always-shadow-outermost-reg-vars-in-function/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-compare-register-with-literal/6") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 3/imm32" "F - test-always-shadow-outermost-reg-vars-in-function/8") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-compare-register-with-literal/9") (check-next-stream-line-equal _test-output-stream " }" "F - test-always-shadow-outermost-reg-vars-in-function/12") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-always-shadow-outermost-reg-vars-in-function/13") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-always-shadow-outermost-reg-vars-in-function/14") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-always-shadow-outermost-reg-vars-in-function/15") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-always-shadow-outermost-reg-vars-in-function/16") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-always-shadow-outermost-reg-vars-in-function/17") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-shadow-local: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: int <- copy 3\n") (write _test-input-stream " {\n") (write _test-input-stream " var y/ecx: int <- copy 4\n") (write _test-input-stream " }\n") (write _test-input-stream " x <- increment\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-shadow-local/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-shadow-local/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-shadow-local/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-shadow-local/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-shadow-local/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-shadow-local/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-shadow-local/6") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 3/imm32" "F - test-shadow-local/7") (check-next-stream-line-equal _test-output-stream " {" "F - test-shadow-local/8") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-shadow-local/9") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-shadow-local/10") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 4/imm32" "F - test-shadow-local/11") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-shadow-local/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-shadow-local/13") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-shadow-local/14") (check-next-stream-line-equal _test-output-stream " 41/increment-ecx" "F - test-shadow-local/15") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-shadow-local/16") (check-next-stream-line-equal _test-output-stream " }" "F - test-shadow-local/17") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-shadow-local/18") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-shadow-local/19") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-shadow-local/20") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-shadow-local/21") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-shadow-local/22") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-shadow-name: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: int <- copy 3\n") (write _test-input-stream " {\n") (write _test-input-stream " var x/edx: int <- copy 4\n") (write _test-input-stream " }\n") (write _test-input-stream " x <- increment\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-shadow-name/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-shadow-name/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-shadow-name/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-shadow-name/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-shadow-name/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-shadow-name/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-shadow-name/6") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 3/imm32" "F - test-shadow-name/7") (check-next-stream-line-equal _test-output-stream " {" "F - test-shadow-name/8") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-shadow-name/9") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %edx" "F - test-shadow-name/10") (check-next-stream-line-equal _test-output-stream " ba/copy-to-edx 4/imm32" "F - test-shadow-name/11") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %edx" "F - test-shadow-name/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-shadow-name/13") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-shadow-name/14") (check-next-stream-line-equal _test-output-stream " 41/increment-ecx" "F - test-shadow-name/15") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-shadow-name/16") (check-next-stream-line-equal _test-output-stream " }" "F - test-shadow-name/17") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-shadow-name/18") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-shadow-name/19") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-shadow-name/20") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-shadow-name/21") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-shadow-name/22") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-shadow-name-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: int <- copy 3\n") (write _test-input-stream " {\n") (write _test-input-stream " var x/edx: int <- copy 4\n") (write _test-input-stream " var y/ecx: int <- copy 5\n") (write _test-input-stream " }\n") (write _test-input-stream " x <- increment\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-shadow-name-2/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-shadow-name-2/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-shadow-name-2/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-shadow-name-2/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-shadow-name-2/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-shadow-name-2/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-shadow-name-2/6") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 3/imm32" "F - test-shadow-name-2/7") (check-next-stream-line-equal _test-output-stream " {" "F - test-shadow-name-2/8") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-shadow-name-2/9") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %edx" "F - test-shadow-name-2/10") (check-next-stream-line-equal _test-output-stream " ba/copy-to-edx 4/imm32" "F - test-shadow-name-2/11") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-shadow-name-2/12") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 5/imm32" "F - test-shadow-name-2/13") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-shadow-name-2/14") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %edx" "F - test-shadow-name-2/15") (check-next-stream-line-equal _test-output-stream " }" "F - test-shadow-name-2/16") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-shadow-name-2/17") (check-next-stream-line-equal _test-output-stream " 41/increment-ecx" "F - test-shadow-name-2/18") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-shadow-name-2/19") (check-next-stream-line-equal _test-output-stream " }" "F - test-shadow-name-2/20") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-shadow-name-2/21") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-shadow-name-2/22") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-shadow-name-2/23") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-shadow-name-2/24") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-shadow-name-2/25") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-do-not-spill-same-register-in-block: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: int <- copy 3\n") (write _test-input-stream " var y/ecx: int <- copy 4\n") (write _test-input-stream " y <- increment\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-do-not-spill-same-register-in-block/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-do-not-spill-same-register-in-block/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-do-not-spill-same-register-in-block/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-do-not-spill-same-register-in-block/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-do-not-spill-same-register-in-block/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-do-not-spill-same-register-in-block/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-do-not-spill-same-register-in-block/6") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 3/imm32" "F - test-do-not-spill-same-register-in-block/7") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 4/imm32" "F - test-do-not-spill-same-register-in-block/8") (check-next-stream-line-equal _test-output-stream " 41/increment-ecx" "F - test-do-not-spill-same-register-in-block/9") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-do-not-spill-same-register-in-block/10") (check-next-stream-line-equal _test-output-stream " }" "F - test-do-not-spill-same-register-in-block/11") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-do-not-spill-same-register-in-block/12") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-do-not-spill-same-register-in-block/13") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-do-not-spill-same-register-in-block/14") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-do-not-spill-same-register-in-block/15") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-do-not-spill-same-register-in-block/16") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-spill-different-register-in-block: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: int <- copy 3\n") (write _test-input-stream " var y/ecx: int <- copy 4\n") (write _test-input-stream " y <- increment\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-spill-different-register-in-block/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-spill-different-register-in-block/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-spill-different-register-in-block/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-spill-different-register-in-block/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-spill-different-register-in-block/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-spill-different-register-in-block/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-spill-different-register-in-block/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 3/imm32" "F - test-spill-different-register-in-block/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-spill-different-register-in-block/8") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 4/imm32" "F - test-spill-different-register-in-block/9") (check-next-stream-line-equal _test-output-stream " 41/increment-ecx" "F - test-spill-different-register-in-block/10") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-spill-different-register-in-block/11") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-spill-different-register-in-block/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-spill-different-register-in-block/13") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-spill-different-register-in-block/14") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-spill-different-register-in-block/15") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-spill-different-register-in-block/16") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-spill-different-register-in-block/17") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-spill-different-register-in-block/18") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-branches-in-block: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo x: int {\n") (write _test-input-stream " {\n") (write _test-input-stream " break-if->=\n") (write _test-input-stream " loop-if-addr<\n") (write _test-input-stream " increment x\n") (write _test-input-stream " loop\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-branches-in-block/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-branches-in-block/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-branches-in-block/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-branches-in-block/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-in-block/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-branches-in-block/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-in-block/6") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-convert-function-with-branches-in-block/7") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-in-block/8") (check-next-stream-line-equal _test-output-stream " 0f 8c/jump-if-< break/disp32" "F - test-convert-function-with-branches-in-block/9") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000002:break/disp32" "F - test-convert-function-with-branches-in-block/10") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-in-block/11") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-in-block/12") (check-next-stream-line-equal _test-output-stream " 0f 83/jump-if-addr>= break/disp32" "F - test-convert-function-with-branches-in-block/13") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000002:loop/disp32" "F - test-convert-function-with-branches-in-block/14") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-in-block/15") (check-next-stream-line-equal _test-output-stream " ff 0/subop/increment *(ebp+0x00000008)" "F - test-convert-function-with-branches-in-block/16") (check-next-stream-line-equal _test-output-stream " e9/jump loop/disp32" "F - test-convert-function-with-branches-in-block/17") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-in-block/18") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-convert-function-with-branches-in-block/19") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-in-block/20") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-branches-in-block/21") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-branches-in-block/22") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-branches-in-block/23") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-branches-in-block/24") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-branches-in-block/25") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-branches-in-block-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo x: int {\n") (write _test-input-stream " {\n") (write _test-input-stream " break-if->=\n") (write _test-input-stream " loop-if-float<\n") (write _test-input-stream " increment x\n") (write _test-input-stream " loop\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-branches-in-block/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-branches-in-block/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-branches-in-block/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-branches-in-block/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-in-block/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-branches-in-block/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-in-block/6") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-convert-function-with-branches-in-block/7") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-in-block/8") (check-next-stream-line-equal _test-output-stream " 0f 8c/jump-if-< break/disp32" "F - test-convert-function-with-branches-in-block/9") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000002:break/disp32" "F - test-convert-function-with-branches-in-block/10") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-in-block/11") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-in-block/12") (check-next-stream-line-equal _test-output-stream " 0f 83/jump-if-addr>= break/disp32" "F - test-convert-function-with-branches-in-block/13") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000002:loop/disp32" "F - test-convert-function-with-branches-in-block/14") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-in-block/15") (check-next-stream-line-equal _test-output-stream " ff 0/subop/increment *(ebp+0x00000008)" "F - test-convert-function-with-branches-in-block/16") (check-next-stream-line-equal _test-output-stream " e9/jump loop/disp32" "F - test-convert-function-with-branches-in-block/17") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-in-block/18") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-convert-function-with-branches-in-block/19") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-in-block/20") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-branches-in-block/21") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-branches-in-block/22") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-branches-in-block/23") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-branches-in-block/24") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-branches-in-block/25") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-branches-in-named-block: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo x: int {\n") (write _test-input-stream " $bar: {\n") (write _test-input-stream " break-if->= $bar\n") (write _test-input-stream " loop-if-addr< $bar\n") (write _test-input-stream " increment x\n") (write _test-input-stream " loop\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-branches-in-named-block/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-branches-in-named-block/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-branches-in-named-block/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-branches-in-named-block/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-in-named-block/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-branches-in-named-block/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-in-named-block/6") (check-next-stream-line-equal _test-output-stream "$bar:loop:" "F - test-convert-function-with-branches-in-named-block/7") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-in-named-block/8") (check-next-stream-line-equal _test-output-stream " 0f 8c/jump-if-< break/disp32" "F - test-convert-function-with-branches-in-named-block/9") (check-next-stream-line-equal _test-output-stream " e9/jump $bar:break/disp32" "F - test-convert-function-with-branches-in-named-block/10") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-in-named-block/11") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-in-named-block/12") (check-next-stream-line-equal _test-output-stream " 0f 83/jump-if-addr>= break/disp32" "F - test-convert-function-with-branches-in-named-block/13") (check-next-stream-line-equal _test-output-stream " e9/jump $bar:loop/disp32" "F - test-convert-function-with-branches-in-named-block/14") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-in-named-block/15") (check-next-stream-line-equal _test-output-stream " ff 0/subop/increment *(ebp+0x00000008)" "F - test-convert-function-with-branches-in-named-block/16") (check-next-stream-line-equal _test-output-stream " e9/jump loop/disp32" "F - test-convert-function-with-branches-in-named-block/17") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-in-named-block/18") (check-next-stream-line-equal _test-output-stream "$bar:break:" "F - test-convert-function-with-branches-in-named-block/19") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-in-named-block/20") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-branches-in-named-block/21") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-branches-in-named-block/22") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-branches-in-named-block/23") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-branches-in-named-block/24") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-branches-in-named-block/25") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-var-in-nested-block: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo x: int {\n") (write _test-input-stream " {\n") (write _test-input-stream " {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " increment x\n") (write _test-input-stream " }\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-var-in-nested-block/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-var-in-nested-block/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-var-in-nested-block/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-var-in-nested-block/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-var-in-nested-block/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-var-in-nested-block/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-var-in-nested-block/6") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-convert-function-with-var-in-nested-block/7") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-var-in-nested-block/8") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:loop:" "F - test-convert-function-with-var-in-nested-block/9") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-var-in-nested-block/10") (check-next-stream-line-equal _test-output-stream " ff 0/subop/increment *(ebp+0xfffffffc)" "F - test-convert-function-with-var-in-nested-block/11") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-var-in-nested-block/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-var-in-nested-block/13") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:break:" "F - test-convert-function-with-var-in-nested-block/14") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-var-in-nested-block/15") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-convert-function-with-var-in-nested-block/16") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-var-in-nested-block/17") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-var-in-nested-block/18") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-var-in-nested-block/19") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-var-in-nested-block/20") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-var-in-nested-block/21") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-var-in-nested-block/22") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-multiple-vars-in-nested-blocks: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo x: int {\n") (write _test-input-stream " {\n") (write _test-input-stream " var x/eax: int <- copy 0\n") (write _test-input-stream " {\n") (write _test-input-stream " var y: int\n") (write _test-input-stream " x <- add y\n") (write _test-input-stream " }\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-multiple-vars-in-nested-blocks/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-multiple-vars-in-nested-blocks/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-multiple-vars-in-nested-blocks/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-multiple-vars-in-nested-blocks/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-multiple-vars-in-nested-blocks/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-multiple-vars-in-nested-blocks/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-multiple-vars-in-nested-blocks/6") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-convert-function-with-multiple-vars-in-nested-blocks/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-function-with-multiple-vars-in-nested-blocks/8") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-function-with-multiple-vars-in-nested-blocks/9") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-multiple-vars-in-nested-blocks/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:loop:" "F - test-convert-function-with-multiple-vars-in-nested-blocks/11") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-multiple-vars-in-nested-blocks/12") (check-next-stream-line-equal _test-output-stream " 03/add *(ebp+0xfffffff8) 0x00000000/r32" "F - test-convert-function-with-multiple-vars-in-nested-blocks/13") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-multiple-vars-in-nested-blocks/14") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-multiple-vars-in-nested-blocks/15") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:break:" "F - test-convert-function-with-multiple-vars-in-nested-blocks/16") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-function-with-multiple-vars-in-nested-blocks/17") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-multiple-vars-in-nested-blocks/18") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-convert-function-with-multiple-vars-in-nested-blocks/19") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-multiple-vars-in-nested-blocks/20") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-multiple-vars-in-nested-blocks/21") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-multiple-vars-in-nested-blocks/22") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-multiple-vars-in-nested-blocks/23") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-multiple-vars-in-nested-blocks/24") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-multiple-vars-in-nested-blocks/25") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-branches-and-local-vars: # A conditional 'break' after a 'var' in a block is converted into a # nested block that performs all necessary cleanup before jumping. This # results in some ugly code duplication. # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " break-if->=\n") (write _test-input-stream " increment x\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-branches-and-local-vars/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-branches-and-local-vars/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-branches-and-local-vars/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-branches-and-local-vars/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-and-local-vars/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-branches-and-local-vars/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-and-local-vars/6") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-convert-function-with-branches-and-local-vars/7") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-branches-and-local-vars/8") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-and-local-vars/9") (check-next-stream-line-equal _test-output-stream " 0f 8c/jump-if-< break/disp32" "F - test-convert-function-with-branches-and-local-vars/10") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-branches-and-local-vars/11") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000002:break/disp32" "F - test-convert-function-with-branches-and-local-vars/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-and-local-vars/13") (check-next-stream-line-equal _test-output-stream " ff 0/subop/increment *(ebp+0xfffffffc)" "F - test-convert-function-with-branches-and-local-vars/14") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-branches-and-local-vars/15") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-and-local-vars/16") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-convert-function-with-branches-and-local-vars/17") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-and-local-vars/18") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-branches-and-local-vars/19") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-branches-and-local-vars/20") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-branches-and-local-vars/21") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-branches-and-local-vars/22") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-branches-and-local-vars/23") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-conditional-loops-and-local-vars: # A conditional 'loop' after a 'var' in a block is converted into a nested # block that performs all necessary cleanup before jumping. This results # in some ugly code duplication. # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " loop-if->=\n") (write _test-input-stream " increment x\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-conditional-loops-and-local-vars/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-conditional-loops-and-local-vars/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-conditional-loops-and-local-vars/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-conditional-loops-and-local-vars/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-conditional-loops-and-local-vars/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-conditional-loops-and-local-vars/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-conditional-loops-and-local-vars/6") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-convert-function-with-conditional-loops-and-local-vars/7") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-conditional-loops-and-local-vars/8") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-conditional-loops-and-local-vars/9") (check-next-stream-line-equal _test-output-stream " 0f 8c/jump-if-< break/disp32" "F - test-convert-function-with-conditional-loops-and-local-vars/10") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-conditional-loops-and-local-vars/11") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000002:loop/disp32" "F - test-convert-function-with-conditional-loops-and-local-vars/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-conditional-loops-and-local-vars/13") (check-next-stream-line-equal _test-output-stream " ff 0/subop/increment *(ebp+0xfffffffc)" "F - test-convert-function-with-conditional-loops-and-local-vars/14") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-conditional-loops-and-local-vars/15") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-conditional-loops-and-local-vars/16") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-convert-function-with-conditional-loops-and-local-vars/17") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-conditional-loops-and-local-vars/18") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-conditional-loops-and-local-vars/19") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-conditional-loops-and-local-vars/20") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-conditional-loops-and-local-vars/21") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-conditional-loops-and-local-vars/22") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-conditional-loops-and-local-vars/23") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-unconditional-loops-and-local-vars: # An unconditional 'loop' after a 'var' in a block is emitted _after_ the # regular block cleanup. Any instructions after 'loop' are dead and # therefore skipped. # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " loop\n") (write _test-input-stream " increment x\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-unconditional-loops-and-local-vars/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-unconditional-loops-and-local-vars/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-unconditional-loops-and-local-vars/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-unconditional-loops-and-local-vars/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-unconditional-loops-and-local-vars/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-unconditional-loops-and-local-vars/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-unconditional-loops-and-local-vars/6") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-convert-function-with-unconditional-loops-and-local-vars/7") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-unconditional-loops-and-local-vars/8") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-unconditional-loops-and-local-vars/9") (check-next-stream-line-equal _test-output-stream " e9/jump loop/disp32" "F - test-convert-function-with-unconditional-loops-and-local-vars/10") # not emitted: ff 0/subop/increment *(ebp+0xfffffffc) (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-unconditional-loops-and-local-vars/11") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-convert-function-with-unconditional-loops-and-local-vars/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-unconditional-loops-and-local-vars/13") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-unconditional-loops-and-local-vars/14") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-unconditional-loops-and-local-vars/15") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-unconditional-loops-and-local-vars/16") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-unconditional-loops-and-local-vars/17") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-unconditional-loops-and-local-vars/18") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-branches-and-loops-and-local-vars: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " break-if->=\n") (write _test-input-stream " increment x\n") (write _test-input-stream " loop\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-branches-and-loops-and-local-vars/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-branches-and-loops-and-local-vars/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-branches-and-loops-and-local-vars/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-branches-and-loops-and-local-vars/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-and-loops-and-local-vars/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-branches-and-loops-and-local-vars/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-and-loops-and-local-vars/6") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-convert-function-with-branches-and-loops-and-local-vars/7") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-branches-and-loops-and-local-vars/8") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-branches-and-loops-and-local-vars/9") (check-next-stream-line-equal _test-output-stream " 0f 8c/jump-if-< break/disp32" "F - test-convert-function-with-branches-and-loops-and-local-vars/10") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-branches-and-loops-and-local-vars/11") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000002:break/disp32" "F - test-convert-function-with-branches-and-loops-and-local-vars/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-and-loops-and-local-vars/13") (check-next-stream-line-equal _test-output-stream " ff 0/subop/increment *(ebp+0xfffffffc)" "F - test-convert-function-with-branches-and-loops-and-local-vars/14") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-branches-and-loops-and-local-vars/15") (check-next-stream-line-equal _test-output-stream " e9/jump loop/disp32" "F - test-convert-function-with-branches-and-loops-and-local-vars/16") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-and-loops-and-local-vars/17") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-convert-function-with-branches-and-loops-and-local-vars/18") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-branches-and-loops-and-local-vars/19") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-branches-and-loops-and-local-vars/20") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-branches-and-loops-and-local-vars/21") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-branches-and-loops-and-local-vars/22") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-branches-and-loops-and-local-vars/23") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-branches-and-loops-and-local-vars/24") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-nonlocal-branches-and-loops-and-local-vars: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " a: {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " {\n") (write _test-input-stream " var y: int\n") (write _test-input-stream " break-if->= a\n") (write _test-input-stream " increment x\n") (write _test-input-stream " loop\n") (write _test-input-stream " }\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/6") (check-next-stream-line-equal _test-output-stream "a:loop:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/7") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/8") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/9") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:loop:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/10") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/11") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/12") (check-next-stream-line-equal _test-output-stream " 0f 8c/jump-if-< break/disp32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/13") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/14") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/15") (check-next-stream-line-equal _test-output-stream " e9/jump a:break/disp32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/16") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/17") (check-next-stream-line-equal _test-output-stream " ff 0/subop/increment *(ebp+0xfffffffc)" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/18") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/19") (check-next-stream-line-equal _test-output-stream " e9/jump loop/disp32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/20") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/21") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:break:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/22") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/23") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/24") (check-next-stream-line-equal _test-output-stream "a:break:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/25") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/26") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/27") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/28") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/29") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/30") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars/31") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # non-local conditional branch from a block without a local variable, # unwinding a local on the stack (write _test-input-stream "fn foo {\n") (write _test-input-stream " a: {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " {\n") (write _test-input-stream " break-if->= a\n") (write _test-input-stream " }\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/6") (check-next-stream-line-equal _test-output-stream "a:loop:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/7") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/8") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/9") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:loop:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/10") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/11") (check-next-stream-line-equal _test-output-stream " 0f 8c/jump-if-< break/disp32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/12") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/13") (check-next-stream-line-equal _test-output-stream " e9/jump a:break/disp32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/14") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/15") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/16") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:break:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/17") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/18") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/19") (check-next-stream-line-equal _test-output-stream "a:break:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/20") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/21") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/22") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/23") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/24") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/25") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-2/26") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # non-local unconditional branch from a block without a local variable, # unwinding a local on the stack (write _test-input-stream "fn foo {\n") (write _test-input-stream " a: {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " {\n") (write _test-input-stream " break a\n") (write _test-input-stream " }\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/6") (check-next-stream-line-equal _test-output-stream "a:loop:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/7") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/8") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/9") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:loop:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/10") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/11") (check-next-stream-line-equal _test-output-stream " e9/jump a:break/disp32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/14") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:break:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/15") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/16") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/17") (check-next-stream-line-equal _test-output-stream "a:break:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/18") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/19") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/20") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/21") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/22") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/23") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-3/24") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " a: {\n") (write _test-input-stream " var x/esi: int <- copy 0\n") (write _test-input-stream " {\n") (write _test-input-stream " break a\n") (write _test-input-stream " }\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/6") (check-next-stream-line-equal _test-output-stream "a:loop:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %esi" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/8") (check-next-stream-line-equal _test-output-stream " be/copy-to-esi 0/imm32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/9") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:loop:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/11") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %esi" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/12") (check-next-stream-line-equal _test-output-stream " e9/jump a:break/disp32" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/13") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/14") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:break:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/15") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %esi" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/16") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/17") (check-next-stream-line-equal _test-output-stream "a:break:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/18") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/19") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/20") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/21") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/22") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/23") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-nonlocal-branches-and-loops-and-local-vars-4/24") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-nonlocal-unconditional-break-and-local-vars: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " a: {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " {\n") (write _test-input-stream " var y: int\n") (write _test-input-stream " break a\n") (write _test-input-stream " increment x\n") (write _test-input-stream " }\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/6") (check-next-stream-line-equal _test-output-stream "a:loop:" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/7") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/8") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/9") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:loop:" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/10") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/11") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/12") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/13") (check-next-stream-line-equal _test-output-stream " e9/jump a:break/disp32" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/14") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/15") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:break:" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/16") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/17") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/18") (check-next-stream-line-equal _test-output-stream "a:break:" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/19") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/20") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/21") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/22") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/23") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/24") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-nonlocal-unconditional-break-and-local-vars/25") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-unconditional-break-and-local-vars: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " {\n") (write _test-input-stream " var y: int\n") (write _test-input-stream " break\n") (write _test-input-stream " increment x\n") (write _test-input-stream " }\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-unconditional-break-and-local-vars/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-unconditional-break-and-local-vars/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-unconditional-break-and-local-vars/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-unconditional-break-and-local-vars/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-unconditional-break-and-local-vars/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-unconditional-break-and-local-vars/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-unconditional-break-and-local-vars/6") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-convert-function-with-unconditional-break-and-local-vars/7") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-unconditional-break-and-local-vars/8") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-unconditional-break-and-local-vars/9") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:loop:" "F - test-convert-function-with-unconditional-break-and-local-vars/10") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-unconditional-break-and-local-vars/11") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-unconditional-break-and-local-vars/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-unconditional-break-and-local-vars/13") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:break:" "F - test-convert-function-with-unconditional-break-and-local-vars/14") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-unconditional-break-and-local-vars/15") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-unconditional-break-and-local-vars/16") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-convert-function-with-unconditional-break-and-local-vars/17") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-unconditional-break-and-local-vars/18") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-unconditional-break-and-local-vars/19") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-unconditional-break-and-local-vars/20") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-unconditional-break-and-local-vars/21") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-unconditional-break-and-local-vars/22") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-unconditional-break-and-local-vars/23") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-nonlocal-unconditional-loop-and-local-vars: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " a: {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " {\n") (write _test-input-stream " var y: int\n") (write _test-input-stream " loop a\n") (write _test-input-stream " increment x\n") (write _test-input-stream " }\n") (write _test-input-stream " }\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/6") (check-next-stream-line-equal _test-output-stream "a:loop:" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/7") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/8") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/9") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:loop:" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/10") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/11") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/12") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/13") (check-next-stream-line-equal _test-output-stream " e9/jump a:loop/disp32" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/14") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/15") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:break:" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/16") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/17") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/18") (check-next-stream-line-equal _test-output-stream "a:break:" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/19") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/20") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/21") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/22") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/23") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/24") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-nonlocal-unconditional-loop-and-local-vars/25") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-local-array-var-in-mem: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (array int 3)\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-local-array-var-in-mem/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-local-array-var-in-mem/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-local-array-var-in-mem/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-local-array-var-in-mem/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-local-array-var-in-mem/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-local-array-var-in-mem/5") # define x (check-next-stream-line-equal _test-output-stream " (push-n-zero-bytes 0x0000000c)" "F - test-convert-function-with-local-array-var-in-mem/7") (check-next-stream-line-equal _test-output-stream " 68/push 0x0000000c/imm32" "F - test-convert-function-with-local-array-var-in-mem/8") # reclaim x (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000010/imm32" "F - test-convert-function-with-local-array-var-in-mem/9") # (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-local-array-var-in-mem/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-local-array-var-in-mem/11") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-local-array-var-in-mem/12") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-local-array-var-in-mem/13") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-local-array-var-in-mem/14") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-local-array-var-in-mem/15") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-array-size-in-hex: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (array int 10)\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-array-size-in-hex: output should be empty") (check-next-stream-line-equal _test-error-stream "literal integers are always hex in Mu; start '10' with a '0x' to be unambiguous, converting it to hexadecimal as necessary." "F - test-array-size-in-hex: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-array-size-in-hex: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-array-size-with-metadata: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (array int 3/bar)\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # no errors # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-populate: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: (addr handle array int) <- copy 0\n") (write _test-input-stream " populate x, 7\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-populate/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-populate/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-populate/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-populate/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-populate/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-populate/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-function-with-populate/6") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 0/imm32" "F - test-convert-function-with-populate/7") (check-next-stream-line-equal _test-output-stream " (allocate-array2 Heap 0x00000004 7 %ecx)" "F - test-convert-function-with-populate/8") # 4 = size-of(int) (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-function-with-populate/9") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-populate/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-populate/11") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-populate/12") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-populate/13") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-populate/14") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-populate/15") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # special-case for size(byte) when allocating array test-convert-function-with-local-array-of-bytes-in-mem: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (array byte 3)\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-local-array-of-bytes-in-mem/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-local-array-of-bytes-in-mem/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-local-array-of-bytes-in-mem/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-local-array-of-bytes-in-mem/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-local-array-of-bytes-in-mem/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-local-array-of-bytes-in-mem/5") # define x (check-next-stream-line-equal _test-output-stream " (push-n-zero-bytes 0x00000003)" "F - test-convert-function-with-local-array-of-bytes-in-mem/7") (check-next-stream-line-equal _test-output-stream " 68/push 0x00000003/imm32" "F - test-convert-function-with-local-array-of-bytes-in-mem/8") # reclaim x (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000007/imm32" "F - test-convert-function-with-local-array-of-bytes-in-mem/9") # (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-local-array-of-bytes-in-mem/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-local-array-of-bytes-in-mem/11") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-local-array-of-bytes-in-mem/12") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-local-array-of-bytes-in-mem/13") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-local-array-of-bytes-in-mem/14") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-local-array-of-bytes-in-mem/15") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: int\n") (write _test-input-stream " var b/eax: (addr int) <- address a\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-address/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-address/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-address/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-address/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-address/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-address/5") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-address/6") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-address/7") (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(ebp+0xfffffffc) 0x00000000/r32" "F - test-convert-address/8") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-address/9") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-address/10") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-address/11") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-address/12") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-address/13") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-address/14") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-address/15") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-address/16") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-floating-point-convert: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/eax: int <- copy 0\n") (write _test-input-stream " var b/xmm1: float <- convert a\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-floating-point-convert/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-floating-point-convert/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-floating-point-convert/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-floating-point-convert/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-floating-point-convert/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-floating-point-convert/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-floating-point-convert/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-floating-point-convert/7") (check-next-stream-line-equal _test-output-stream " 81 5/subop/subtract %esp 4/imm32" "F - test-convert-floating-point-convert/8") (check-next-stream-line-equal _test-output-stream " f3 0f 11/<- *esp 1/x32" "F - test-convert-floating-point-convert/9") (check-next-stream-line-equal _test-output-stream " f3 0f 2a/convert-to-float %eax 0x00000001/x32" "F - test-convert-floating-point-convert/10") (check-next-stream-line-equal _test-output-stream " f3 0f 10/-> *esp 1/x32" "F - test-convert-floating-point-convert/11") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-floating-point-convert/12") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-floating-point-convert/13") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-floating-point-convert/14") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-floating-point-convert/15") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-floating-point-convert/16") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-floating-point-convert/17") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-floating-point-convert/18") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-floating-point-convert/19") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-floating-point-convert-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/eax: int <- copy 0\n") (write _test-input-stream " var b/xmm1: float <- convert a\n") (write _test-input-stream " a <- convert b\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-floating-point-convert-2/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-floating-point-convert-2/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-floating-point-convert-2/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-floating-point-convert-2/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-floating-point-convert-2/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-floating-point-convert-2/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-floating-point-convert-2/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-floating-point-convert-2/7") (check-next-stream-line-equal _test-output-stream " 81 5/subop/subtract %esp 4/imm32" "F - test-convert-floating-point-convert-2/8") (check-next-stream-line-equal _test-output-stream " f3 0f 11/<- *esp 1/x32" "F - test-convert-floating-point-convert-2/9") (check-next-stream-line-equal _test-output-stream " f3 0f 2a/convert-to-float %eax 0x00000001/x32" "F - test-convert-floating-point-convert-2/10") (check-next-stream-line-equal _test-output-stream " f3 0f 2d/convert-to-int %xmm1 0x00000000/r32" "F - test-convert-floating-point-convert-2/11") (check-next-stream-line-equal _test-output-stream " f3 0f 10/-> *esp 1/x32" "F - test-convert-floating-point-convert-2/12") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-floating-point-convert-2/13") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-floating-point-convert-2/14") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-floating-point-convert-2/15") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-floating-point-convert-2/16") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-floating-point-convert-2/17") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-floating-point-convert-2/18") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-floating-point-convert-2/19") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-floating-point-convert-2/20") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-floating-point-operation: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var m: float\n") (write _test-input-stream " var x/xmm1: float <- copy m\n") (write _test-input-stream " var y/xmm5: float <- copy m\n") (write _test-input-stream " x <- copy y\n") (write _test-input-stream " copy-to m, y\n") (write _test-input-stream " x <- add y\n") (write _test-input-stream " x <- add m\n") (write _test-input-stream " x <- subtract y\n") (write _test-input-stream " x <- subtract m\n") (write _test-input-stream " x <- multiply y\n") (write _test-input-stream " x <- multiply m\n") (write _test-input-stream " x <- divide y\n") (write _test-input-stream " x <- divide m\n") (write _test-input-stream " x <- reciprocal y\n") (write _test-input-stream " x <- reciprocal m\n") (write _test-input-stream " x <- square-root y\n") (write _test-input-stream " x <- square-root m\n") (write _test-input-stream " x <- inverse-square-root y\n") (write _test-input-stream " x <- inverse-square-root m\n") (write _test-input-stream " x <- max y\n") (write _test-input-stream " x <- max m\n") (write _test-input-stream " x <- min y\n") (write _test-input-stream " x <- min m\n") (write _test-input-stream " compare x, y\n") (write _test-input-stream " compare x, m\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "f:" "F - test-convert-floating-point-operation/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-floating-point-operation/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-floating-point-operation/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-floating-point-operation/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-floating-point-operation/4") (check-next-stream-line-equal _test-output-stream "$f:0x00000001:loop:" "F - test-convert-floating-point-operation/5") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-floating-point-operation/6") (check-next-stream-line-equal _test-output-stream " 81 5/subop/subtract %esp 4/imm32" "F - test-convert-floating-point-operation/7") (check-next-stream-line-equal _test-output-stream " f3 0f 11/<- *esp 1/x32" "F - test-convert-floating-point-operation/8") (check-next-stream-line-equal _test-output-stream " f3 0f 10/copy *(ebp+0xfffffffc) 0x00000001/x32" "F - test-convert-floating-point-operation/9") (check-next-stream-line-equal _test-output-stream " 81 5/subop/subtract %esp 4/imm32" "F - test-convert-floating-point-operation/10") (check-next-stream-line-equal _test-output-stream " f3 0f 11/<- *esp 5/x32" "F - test-convert-floating-point-operation/11") (check-next-stream-line-equal _test-output-stream " f3 0f 10/copy *(ebp+0xfffffffc) 0x00000005/x32" "F - test-convert-floating-point-operation/12") (check-next-stream-line-equal _test-output-stream " f3 0f 11/copy %xmm1 0x00000005/x32" "F - test-convert-floating-point-operation/13") (check-next-stream-line-equal _test-output-stream " f3 0f 11/copy *(ebp+0xfffffffc) 0x00000005/x32" "F - test-convert-floating-point-operation/14") (check-next-stream-line-equal _test-output-stream " f3 0f 58/add %xmm5 0x00000001/x32" "F - test-convert-floating-point-operation/15") (check-next-stream-line-equal _test-output-stream " f3 0f 58/add *(ebp+0xfffffffc) 0x00000001/x32" "F - test-convert-floating-point-operation/16") (check-next-stream-line-equal _test-output-stream " f3 0f 5c/subtract %xmm5 0x00000001/x32" "F - test-convert-floating-point-operation/17") (check-next-stream-line-equal _test-output-stream " f3 0f 5c/subtract *(ebp+0xfffffffc) 0x00000001/x32" "F - test-convert-floating-point-operation/18") (check-next-stream-line-equal _test-output-stream " f3 0f 59/multiply %xmm5 0x00000001/x32" "F - test-convert-floating-point-operation/19") (check-next-stream-line-equal _test-output-stream " f3 0f 59/multiply *(ebp+0xfffffffc) 0x00000001/x32" "F - test-convert-floating-point-operation/20") (check-next-stream-line-equal _test-output-stream " f3 0f 5e/divide %xmm5 0x00000001/x32" "F - test-convert-floating-point-operation/21") (check-next-stream-line-equal _test-output-stream " f3 0f 5e/divide *(ebp+0xfffffffc) 0x00000001/x32" "F - test-convert-floating-point-operation/22") (check-next-stream-line-equal _test-output-stream " f3 0f 53/reciprocal %xmm5 0x00000001/x32" "F - test-convert-floating-point-operation/23") (check-next-stream-line-equal _test-output-stream " f3 0f 53/reciprocal *(ebp+0xfffffffc) 0x00000001/x32" "F - test-convert-floating-point-operation/24") (check-next-stream-line-equal _test-output-stream " f3 0f 51/square-root %xmm5 0x00000001/x32" "F - test-convert-floating-point-operation/25") (check-next-stream-line-equal _test-output-stream " f3 0f 51/square-root *(ebp+0xfffffffc) 0x00000001/x32" "F - test-convert-floating-point-operation/26") (check-next-stream-line-equal _test-output-stream " f3 0f 52/inverse-square-root %xmm5 0x00000001/x32" "F - test-convert-floating-point-operation/27") (check-next-stream-line-equal _test-output-stream " f3 0f 52/inverse-square-root *(ebp+0xfffffffc) 0x00000001/x32" "F - test-convert-floating-point-operation/28") (check-next-stream-line-equal _test-output-stream " f3 0f 5f/max %xmm5 0x00000001/x32" "F - test-convert-floating-point-operation/29") (check-next-stream-line-equal _test-output-stream " f3 0f 5f/max *(ebp+0xfffffffc) 0x00000001/x32" "F - test-convert-floating-point-operation/30") (check-next-stream-line-equal _test-output-stream " f3 0f 5d/min %xmm5 0x00000001/x32" "F - test-convert-floating-point-operation/31") (check-next-stream-line-equal _test-output-stream " f3 0f 5d/min *(ebp+0xfffffffc) 0x00000001/x32" "F - test-convert-floating-point-operation/32") (check-next-stream-line-equal _test-output-stream " 0f 2f/compare %xmm5 0x00000001/x32" "F - test-convert-floating-point-operation/33") (check-next-stream-line-equal _test-output-stream " 0f 2f/compare *(ebp+0xfffffffc) 0x00000001/x32" "F - test-convert-floating-point-operation/34") (check-next-stream-line-equal _test-output-stream " f3 0f 10/-> *esp 5/x32" "F - test-convert-floating-point-operation/35") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-convert-floating-point-operation/36") (check-next-stream-line-equal _test-output-stream " f3 0f 10/-> *esp 1/x32" "F - test-convert-floating-point-operation/37") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-convert-floating-point-operation/38") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-floating-point-operation/39") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-floating-point-operation/40") (check-next-stream-line-equal _test-output-stream "$f:0x00000001:break:" "F - test-convert-floating-point-operation/41") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-floating-point-operation/42") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-floating-point-operation/43") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-floating-point-operation/44") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-floating-point-operation/45") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-floating-point-dereferenced: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var m: float\n") (write _test-input-stream " var x/xmm1: float <- copy m\n") (write _test-input-stream " var y/eax: (addr float) <- copy 0\n") (write _test-input-stream " x <- multiply *y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "f:" "F - test-convert-floating-point-dereferenced/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-floating-point-dereferenced/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-floating-point-dereferenced/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-floating-point-dereferenced/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-floating-point-dereferenced/4") (check-next-stream-line-equal _test-output-stream "$f:0x00000001:loop:" "F - test-convert-floating-point-dereferenced/5") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-floating-point-dereferenced/6") (check-next-stream-line-equal _test-output-stream " 81 5/subop/subtract %esp 4/imm32" "F - test-convert-floating-point-dereferenced/7") (check-next-stream-line-equal _test-output-stream " f3 0f 11/<- *esp 1/x32" "F - test-convert-floating-point-dereferenced/8") (check-next-stream-line-equal _test-output-stream " f3 0f 10/copy *(ebp+0xfffffffc) 0x00000001/x32" "F - test-convert-floating-point-dereferenced/9") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-floating-point-dereferenced/10") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-floating-point-dereferenced/11") (check-next-stream-line-equal _test-output-stream " f3 0f 59/multiply *eax 0x00000001/x32" "F - test-convert-floating-point-dereferenced/12") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-floating-point-dereferenced/13") (check-next-stream-line-equal _test-output-stream " f3 0f 10/-> *esp 1/x32" "F - test-convert-floating-point-dereferenced/14") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-convert-floating-point-dereferenced/15") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-floating-point-dereferenced/16") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-floating-point-dereferenced/17") (check-next-stream-line-equal _test-output-stream "$f:0x00000001:break:" "F - test-convert-floating-point-dereferenced/18") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-floating-point-dereferenced/19") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-floating-point-dereferenced/20") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-floating-point-dereferenced/21") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-floating-point-dereferenced/22") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-length-of-array: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo a: (addr array int) {\n") (write _test-input-stream " var b/eax: (addr array int) <- copy a\n") (write _test-input-stream " var c/eax: int <- length b\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-length-of-array/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-length-of-array/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-length-of-array/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-length-of-array/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-length-of-array/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-length-of-array/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-length-of-array/6") (check-next-stream-line-equal _test-output-stream " 8b/-> *(ebp+0x00000008) 0x00000000/r32" "F - test-convert-length-of-array/7") (check-next-stream-line-equal _test-output-stream " 8b/-> *eax 0x00000000/r32" "F - test-convert-length-of-array/8") (check-next-stream-line-equal _test-output-stream " c1/shift 5/subop/>> %eax 0x00000002/imm8" "F - test-convert-length-of-array/9") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-length-of-array/10") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-length-of-array/11") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-length-of-array/12") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-length-of-array/13") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-length-of-array/14") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-length-of-array/15") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-length-of-array/16") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # special-case for size(byte) when computing array length test-convert-length-of-array-of-bytes: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo a: (addr array byte) {\n") (write _test-input-stream " var b/eax: (addr array byte) <- copy a\n") (write _test-input-stream " var c/eax: int <- length b\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-length-of-array-of-bytes/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-length-of-array-of-bytes/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-length-of-array-of-bytes/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-length-of-array-of-bytes/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-length-of-array-of-bytes/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-length-of-array-of-bytes/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-length-of-array-of-bytes/6") (check-next-stream-line-equal _test-output-stream " 8b/-> *(ebp+0x00000008) 0x00000000/r32" "F - test-convert-length-of-array-of-bytes/7") (check-next-stream-line-equal _test-output-stream " 8b/-> *eax 0x00000000/r32" "F - test-convert-length-of-array-of-bytes/8") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-length-of-array-of-bytes/9") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-length-of-array-of-bytes/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-length-of-array-of-bytes/11") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-length-of-array-of-bytes/12") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-length-of-array-of-bytes/13") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-length-of-array-of-bytes/14") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-length-of-array-of-bytes/15") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-length-of-array-on-stack: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (array int 3)\n") (write _test-input-stream " var b/eax: int <- length a\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-length-of-array-on-stack/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-length-of-array-on-stack/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-length-of-array-on-stack/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-length-of-array-on-stack/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-length-of-array-on-stack/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-length-of-array-on-stack/5") # define x (check-next-stream-line-equal _test-output-stream " (push-n-zero-bytes 0x0000000c)" "F - test-convert-length-of-array-on-stack/6") (check-next-stream-line-equal _test-output-stream " 68/push 0x0000000c/imm32" "F - test-convert-length-of-array-on-stack/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-length-of-array-on-stack/8") (check-next-stream-line-equal _test-output-stream " 8b/-> *(ebp+0xfffffff0) 0x00000000/r32" "F - test-convert-length-of-array-on-stack/9") (check-next-stream-line-equal _test-output-stream " c1/shift 5/subop/>> %eax 0x00000002/imm8" "F - test-convert-length-of-array-on-stack/10") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-length-of-array-on-stack/11") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000010/imm32" "F - test-convert-length-of-array-on-stack/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-length-of-array-on-stack/13") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-length-of-array-on-stack/14") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-length-of-array-on-stack/15") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-length-of-array-on-stack/16") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-length-of-array-on-stack/17") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-length-of-array-on-stack/18") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-reg-var-def-with-read-of-same-register: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) # bytes of args in call to convert-mu 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: int <- copy 3\n") (write _test-input-stream " var y/eax: int <- add x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp could be clobbered at this point (though they shouldn't be) # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} (check-stream-equal _test-error-stream "" "F - test-reg-var-def-with-read-of-same-register: error stream should be empty") # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-reg-var-def-with-read-of-same-register/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-reg-var-def-with-read-of-same-register/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-reg-var-def-with-read-of-same-register/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-reg-var-def-with-read-of-same-register/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-reg-var-def-with-read-of-same-register/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-reg-var-def-with-read-of-same-register/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-reg-var-def-with-read-of-same-register/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 3/imm32" "F - test-reg-var-def-with-read-of-same-register/7") (check-next-stream-line-equal _test-output-stream " 01/add-to %eax 0x00000000/r32" "F - test-reg-var-def-with-read-of-same-register/8") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-reg-var-def-with-read-of-same-register/9") (check-next-stream-line-equal _test-output-stream " }" "F - test-reg-var-def-with-read-of-same-register/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-reg-var-def-with-read-of-same-register/11") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-reg-var-def-with-read-of-same-register/12") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-reg-var-def-with-read-of-same-register/13") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-reg-var-def-with-read-of-same-register/14") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-reg-var-def-with-read-of-same-register/15") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-index-into-array: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var arr/eax: (addr array int) <- copy 0\n") (write _test-input-stream " var idx/ecx: int <- copy 3\n") (write _test-input-stream " var x/eax: (addr int) <- index arr, idx\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-index-into-array/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-index-into-array/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-index-into-array/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-index-into-array/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-index-into-array/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-index-into-array/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-index-into-array/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-index-into-array/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-index-into-array/8") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 3/imm32" "F - test-convert-index-into-array/9") (check-next-stream-line-equal _test-output-stream " (__check-mu-array-bounds %ecx 0x00000004 *eax \"foo\" \"arr\")" "F - test-convert-index-into-array/10") (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(eax + ecx<<0x00000002 + 4) 0x00000000/r32" "F - test-convert-index-into-array/11") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-index-into-array/12") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-index-into-array/13") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-index-into-array/14") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-index-into-array/15") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-index-into-array/16") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-index-into-array/17") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-index-into-array/18") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-index-into-array/19") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-index-into-array-of-bytes: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var arr/eax: (addr array byte) <- copy 0\n") (write _test-input-stream " var idx/ecx: int <- copy 3\n") (write _test-input-stream " var x/eax: (addr byte) <- index arr, idx\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-index-into-array-of-bytes/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-index-into-array-of-bytes/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-index-into-array-of-bytes/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-index-into-array-of-bytes/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-index-into-array-of-bytes/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-index-into-array-of-bytes/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-index-into-array-of-bytes/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-index-into-array-of-bytes/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-index-into-array-of-bytes/8") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 3/imm32" "F - test-convert-index-into-array-of-bytes/9") (check-next-stream-line-equal _test-output-stream " (__check-mu-array-bounds %ecx 0x00000001 *eax \"foo\" \"arr\")" "F - test-convert-index-into-array-of-bytes/10") (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(eax + ecx<<0x00000000 + 4) 0x00000000/r32" "F - test-convert-index-into-array-of-bytes/11") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-index-into-array-of-bytes/12") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-index-into-array-of-bytes/13") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-index-into-array-of-bytes/14") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-index-into-array-of-bytes/15") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-index-into-array-of-bytes/16") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-index-into-array-of-bytes/17") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-index-into-array-of-bytes/18") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-index-into-array-of-bytes/19") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-index-into-array-with-literal: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var arr/eax: (addr array int) <- copy 0\n") (write _test-input-stream " var x/eax: (addr int) <- index arr, 2\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-index-into-array-with-literal/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-index-into-array-with-literal/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-index-into-array-with-literal/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-index-into-array-with-literal/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-index-into-array-with-literal/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-index-into-array-with-literal/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-index-into-array-with-literal/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-index-into-array-with-literal/7") (check-next-stream-line-equal _test-output-stream " (__check-mu-array-bounds 2 0x00000004 *eax \"foo\" \"arr\")" "F - test-convert-index-into-array-with-literal/8") # 2 * 4 bytes/elem + 4 bytes for size = offset 12 (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(eax + 0x0000000c) 0x00000000/r32" "F - test-convert-index-into-array-with-literal/9") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-index-into-array-with-literal/10") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-index-into-array-with-literal/11") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-index-into-array-with-literal/12") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-index-into-array-with-literal/13") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-index-into-array-with-literal/14") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-index-into-array-with-literal/15") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-index-into-array-with-literal/16") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-index-into-array-of-bytes-with-literal: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var arr/eax: (addr array byte) <- copy 0\n") (write _test-input-stream " var x/eax: (addr byte) <- index arr, 2\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-index-into-array-of-bytes-with-literal/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-index-into-array-of-bytes-with-literal/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-index-into-array-of-bytes-with-literal/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-index-into-array-of-bytes-with-literal/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-index-into-array-of-bytes-with-literal/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-index-into-array-of-bytes-with-literal/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-index-into-array-of-bytes-with-literal/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-index-into-array-of-bytes-with-literal/7") (check-next-stream-line-equal _test-output-stream " (__check-mu-array-bounds 2 0x00000001 *eax \"foo\" \"arr\")" "F - test-convert-index-into-array-of-bytes-with-literal/8") # 2 * 1 byte/elem + 4 bytes for size = offset 6 (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(eax + 0x00000006) 0x00000000/r32" "F - test-convert-index-into-array-of-bytes-with-literal/8") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-index-into-array-of-bytes-with-literal/9") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-index-into-array-of-bytes-with-literal/10") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-index-into-array-of-bytes-with-literal/11") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-index-into-array-of-bytes-with-literal/12") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-index-into-array-of-bytes-with-literal/13") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-index-into-array-of-bytes-with-literal/14") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-index-into-array-of-bytes-with-literal/15") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-index-into-array-on-stack: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var arr: (array int 3)\n") (write _test-input-stream " var idx/eax: int <- copy 2\n") (write _test-input-stream " var x/eax: (addr int) <- index arr, idx\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-index-into-array-on-stack/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-index-into-array-on-stack/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-index-into-array-on-stack/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-index-into-array-on-stack/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-index-into-array-on-stack/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-index-into-array-on-stack/5") # var arr (check-next-stream-line-equal _test-output-stream " (push-n-zero-bytes 0x0000000c)" "F - test-convert-index-into-array-on-stack/6") (check-next-stream-line-equal _test-output-stream " 68/push 0x0000000c/imm32" "F - test-convert-index-into-array-on-stack/7") # var idx (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-index-into-array-on-stack/8") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 2/imm32" "F - test-convert-index-into-array-on-stack/9") (check-next-stream-line-equal _test-output-stream " (__check-mu-array-bounds %eax 0x00000004 *(ebp+0xfffffff0) \"foo\" \"arr\")" "F - test-convert-index-into-array-on-stack/10") # var x is at (ebp-0x10) + idx<<2 + 4 = ebp + idx<<2 - 0xc (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(ebp + eax<<0x00000002 + 0xfffffff4) 0x00000000/r32" "F - test-convert-index-into-array-on-stack/11") # reclaim idx (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-index-into-array-on-stack/12") # reclaim arr (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000010/imm32" "F - test-convert-index-into-array-on-stack/13") # (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-index-into-array-on-stack/14") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-index-into-array-on-stack/15") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-index-into-array-on-stack/16") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-index-into-array-on-stack/17") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-index-into-array-on-stack/18") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-index-into-array-on-stack/19") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-index-into-array-on-stack-with-literal: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var arr: (array int 3)\n") (write _test-input-stream " var x/eax: (addr int) <- index arr, 2\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-index-into-array-on-stack-with-literal/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-index-into-array-on-stack-with-literal/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-index-into-array-on-stack-with-literal/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-index-into-array-on-stack-with-literal/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-index-into-array-on-stack-with-literal/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-index-into-array-on-stack-with-literal/5") # var arr (check-next-stream-line-equal _test-output-stream " (push-n-zero-bytes 0x0000000c)" "F - test-convert-index-into-array-on-stack-with-literal/6") (check-next-stream-line-equal _test-output-stream " 68/push 0x0000000c/imm32" "F - test-convert-index-into-array-on-stack-with-literal/7") # var x (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-index-into-array-on-stack-with-literal/8") (check-next-stream-line-equal _test-output-stream " (__check-mu-array-bounds 2 0x00000004 *(ebp+0xfffffff0) \"foo\" \"arr\")" "F - test-convert-index-into-array-on-stack-with-literal/9") # x is at (ebp-0x10) + 4 + 2*4 = ebp-4 (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(ebp + 0xfffffffc) 0x00000000/r32" "F - test-convert-index-into-array-on-stack-with-literal/10") # reclaim x (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-index-into-array-on-stack-with-literal/11") # reclaim arr (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000010/imm32" "F - test-convert-index-into-array-on-stack-with-literal/12") # (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-index-into-array-on-stack-with-literal/13") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-index-into-array-on-stack-with-literal/14") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-index-into-array-on-stack-with-literal/15") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-index-into-array-on-stack-with-literal/16") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-index-into-array-on-stack-with-literal/17") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-index-into-array-on-stack-with-literal/18") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-index-into-array-of-bytes-on-stack-with-literal: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var arr: (array byte 3)\n") (write _test-input-stream " var x/eax: (addr byte) <- index arr, 2\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/5") # var arr (check-next-stream-line-equal _test-output-stream " (push-n-zero-bytes 0x00000003)" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/6") (check-next-stream-line-equal _test-output-stream " 68/push 0x00000003/imm32" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/7") # var x (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/8") (check-next-stream-line-equal _test-output-stream " (__check-mu-array-bounds 2 0x00000001 *(ebp+0xfffffff9) \"foo\" \"arr\")" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/9") # x is at (ebp-7) + 4 + 2 = ebp-1 (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(ebp + 0xffffffff) 0x00000000/r32" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/10") # reclaim x (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/11") # reclaim arr (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000007/imm32" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/12") # (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/13") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/14") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/15") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/16") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/17") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-index-into-array-of-bytes-on-stack-with-literal/18") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-index-into-array-using-offset: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var arr/eax: (addr array int) <- copy 0\n") (write _test-input-stream " var idx/ecx: int <- copy 3\n") (write _test-input-stream " var off/ecx: (offset int) <- compute-offset arr, idx\n") (write _test-input-stream " var x/eax: (addr int) <- index arr, off\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-index-into-array-using-offset/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-index-into-array-using-offset/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-index-into-array-using-offset/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-index-into-array-using-offset/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-index-into-array-using-offset/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-index-into-array-using-offset/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-index-into-array-using-offset/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-index-into-array-using-offset/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-index-into-array-using-offset/8") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 3/imm32" "F - test-convert-index-into-array-using-offset/9") (check-next-stream-line-equal _test-output-stream " 69/multiply %ecx 0x00000004/imm32 0x00000001/r32" "F - test-convert-index-into-array-using-offset/10") (check-next-stream-line-equal _test-output-stream " (__check-mu-array-bounds %ecx 1 *eax \"foo\" \"arr\")" "F - test-convert-index-into-array-using-offset/11") (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(eax + ecx + 4) 0x00000000/r32" "F - test-convert-index-into-array-using-offset/12") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-index-into-array-using-offset/13") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-index-into-array-using-offset/14") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-index-into-array-using-offset/15") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-index-into-array-using-offset/16") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-index-into-array-using-offset/17") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-index-into-array-using-offset/18") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-index-into-array-using-offset/19") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-index-into-array-using-offset/20") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-index-into-array-of-bytes-using-offset: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var arr/eax: (addr array byte) <- copy 0\n") (write _test-input-stream " var idx/ecx: int <- copy 3\n") (write _test-input-stream " var off/ecx: (offset byte) <- compute-offset arr, idx\n") (write _test-input-stream " var x/eax: (addr byte) <- index arr, off\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-index-into-array-of-bytes-using-offset/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-index-into-array-of-bytes-using-offset/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-index-into-array-of-bytes-using-offset/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-index-into-array-of-bytes-using-offset/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-index-into-array-of-bytes-using-offset/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-index-into-array-of-bytes-using-offset/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-index-into-array-of-bytes-using-offset/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-index-into-array-of-bytes-using-offset/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-index-into-array-of-bytes-using-offset/8") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 3/imm32" "F - test-convert-index-into-array-of-bytes-using-offset/9") (check-next-stream-line-equal _test-output-stream " 69/multiply %ecx 0x00000001/imm32 0x00000001/r32" "F - test-convert-index-into-array-of-bytes-using-offset/10") (check-next-stream-line-equal _test-output-stream " (__check-mu-array-bounds %ecx 1 *eax \"foo\" \"arr\")" "F - test-convert-index-into-array-of-bytes-using-offset/11") (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(eax + ecx + 4) 0x00000000/r32" "F - test-convert-index-into-array-of-bytes-using-offset/12") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-index-into-array-of-bytes-using-offset/13") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-index-into-array-of-bytes-using-offset/14") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-index-into-array-of-bytes-using-offset/15") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-index-into-array-of-bytes-using-offset/16") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-index-into-array-of-bytes-using-offset/17") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-index-into-array-of-bytes-using-offset/18") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-index-into-array-of-bytes-using-offset/19") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-index-into-array-of-bytes-using-offset/20") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-index-into-array-using-offset-on-stack: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var arr/eax: (addr array int) <- copy 0\n") (write _test-input-stream " var idx: int\n") (write _test-input-stream " var off/ecx: (offset int) <- compute-offset arr, idx\n") (write _test-input-stream " var x/eax: (addr int) <- index arr, off\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-index-into-array-using-offset-on-stack/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-index-into-array-using-offset-on-stack/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-index-into-array-using-offset-on-stack/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-index-into-array-using-offset-on-stack/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-index-into-array-using-offset-on-stack/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-index-into-array-using-offset-on-stack/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-index-into-array-using-offset-on-stack/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-index-into-array-using-offset-on-stack/7") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-index-into-array-using-offset-on-stack/8") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-index-into-array-using-offset-on-stack/9") (check-next-stream-line-equal _test-output-stream " 69/multiply *(ebp+0xfffffff8) 0x00000004/imm32 0x00000001/r32" "F - test-convert-index-into-array-using-offset-on-stack/10") (check-next-stream-line-equal _test-output-stream " (__check-mu-array-bounds %ecx 1 *eax \"foo\" \"arr\")" "F - test-convert-index-into-array-using-offset-on-stack/11") (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(eax + ecx + 4) 0x00000000/r32" "F - test-convert-index-into-array-using-offset-on-stack/12") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-index-into-array-using-offset-on-stack/13") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-index-into-array-using-offset-on-stack/14") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-index-into-array-using-offset-on-stack/15") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-index-into-array-using-offset-on-stack/16") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-index-into-array-using-offset-on-stack/17") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-index-into-array-using-offset-on-stack/18") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-index-into-array-using-offset-on-stack/19") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-index-into-array-using-offset-on-stack/20") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-index-into-array-using-offset-on-stack/21") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-index-into-array-of-bytes-using-offset-on-stack: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var arr/eax: (addr array byte) <- copy 0\n") (write _test-input-stream " var idx: int\n") (write _test-input-stream " var off/ecx: (offset byte) <- compute-offset arr, idx\n") (write _test-input-stream " var x/eax: (addr byte) <- index arr, off\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/7") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/8") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/9") (check-next-stream-line-equal _test-output-stream " 69/multiply *(ebp+0xfffffff8) 0x00000001/imm32 0x00000001/r32" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/10") (check-next-stream-line-equal _test-output-stream " (__check-mu-array-bounds %ecx 1 *eax \"foo\" \"arr\")" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/11") (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(eax + ecx + 4) 0x00000000/r32" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/12") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/13") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/14") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/15") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/16") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/17") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/18") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/19") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/20") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-index-into-array-of-bytes-using-offset-on-stack/21") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-and-type-definition: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo a: (addr t) {\n") (write _test-input-stream " var _a/eax: (addr t) <- copy a\n") (write _test-input-stream " var b/ecx: (addr int) <- get _a, x\n") (write _test-input-stream " var c/ecx: (addr int) <- get _a, y\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream " y: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-and-type-definition/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-and-type-definition/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-and-type-definition/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-and-type-definition/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-and-type-definition/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-and-type-definition/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-function-and-type-definition/6") (check-next-stream-line-equal _test-output-stream " 8b/-> *(ebp+0x00000008) 0x00000000/r32" "F - test-convert-function-and-type-definition/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-function-and-type-definition/8") (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(eax + 0x00000000) 0x00000001/r32" "F - test-convert-function-and-type-definition/9") (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(eax + 0x00000004) 0x00000001/r32" "F - test-convert-function-and-type-definition/11") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-function-and-type-definition/13") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-function-and-type-definition/14") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-and-type-definition/15") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-and-type-definition/16") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-and-type-definition/17") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-and-type-definition/18") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-and-type-definition/19") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-and-type-definition/20") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-type-definition-with-array: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "type t {\n") (write _test-input-stream " a: (array int 3)\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-type-definition-with-array: output should be empty") (check-next-stream-line-equal _test-error-stream "type t: 'array' elements not allowed for now" "F - test-type-definition-with-array: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-type-definition-with-array: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-type-definition-with-addr: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "type t {\n") (write _test-input-stream " a: (addr int)\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-type-definition-with-addr: output should be empty") (check-next-stream-line-equal _test-error-stream "type t: 'addr' elements not allowed" "F - test-type-definition-with-addr: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-type-definition-with-addr: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-function-with-local-var-with-user-defined-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: t\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream " y: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-local-var-with-user-defined-type/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-local-var-with-user-defined-type/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-local-var-with-user-defined-type/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-local-var-with-user-defined-type/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-local-var-with-user-defined-type/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-local-var-with-user-defined-type/5") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-local-var-with-user-defined-type/6") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-local-var-with-user-defined-type/7") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000008/imm32" "F - test-convert-function-with-local-var-with-user-defined-type/8") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-local-var-with-user-defined-type/9") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-local-var-with-user-defined-type/10") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-local-var-with-user-defined-type/11") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-local-var-with-user-defined-type/12") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-local-var-with-user-defined-type/13") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-local-var-with-user-defined-type/14") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-local-var-with-user-defined-type-containing-user-defined-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: t\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: s\n") (write _test-input-stream "}\n") (write _test-input-stream "type s {\n") (write _test-input-stream " z: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-local-var-with-user-defined-type-containing-user-defined-type/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-local-var-with-user-defined-type-containing-user-defined-type/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-local-var-with-user-defined-type-containing-user-defined-type/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-local-var-with-user-defined-type-containing-user-defined-type/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-local-var-with-user-defined-type-containing-user-defined-type/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-local-var-with-user-defined-type-containing-user-defined-type/5") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-local-var-with-user-defined-type-containing-user-defined-type/7") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-local-var-with-user-defined-type-containing-user-defined-type/8") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-local-var-with-user-defined-type-containing-user-defined-type/9") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-local-var-with-user-defined-type-containing-user-defined-type/10") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-local-var-with-user-defined-type-containing-user-defined-type/11") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-local-var-with-user-defined-type-containing-user-defined-type/12") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-local-var-with-user-defined-type-containing-user-defined-type/13") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-local-var-with-user-defined-type-containing-user-defined-type/14") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-call-with-arg-of-user-defined-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var a: t\n") (write _test-input-stream " foo a\n") (write _test-input-stream "}\n") (write _test-input-stream "fn foo x: t {\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream " y: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "f:" "F - test-convert-function-call-with-arg-of-user-defined-type/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-call-with-arg-of-user-defined-type/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-call-with-arg-of-user-defined-type/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-call-with-arg-of-user-defined-type/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-call-with-arg-of-user-defined-type/4") (check-next-stream-line-equal _test-output-stream "$f:0x00000001:loop:" "F - test-convert-function-call-with-arg-of-user-defined-type/5") # var a: t (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-call-with-arg-of-user-defined-type/6") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-call-with-arg-of-user-defined-type/7") # foo a (check-next-stream-line-equal _test-output-stream " (foo *(ebp+0xfffffff8) *(ebp+0xfffffffc))" "F - test-convert-function-call-with-arg-of-user-defined-type/8") # (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000008/imm32" "F - test-convert-function-call-with-arg-of-user-defined-type/9") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-call-with-arg-of-user-defined-type/10") (check-next-stream-line-equal _test-output-stream "$f:0x00000001:break:" "F - test-convert-function-call-with-arg-of-user-defined-type/11") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-call-with-arg-of-user-defined-type/12") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-call-with-arg-of-user-defined-type/13") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-call-with-arg-of-user-defined-type/14") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-call-with-arg-of-user-defined-type/15") (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-call-with-arg-of-user-defined-type/16") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-call-with-arg-of-user-defined-type/17") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-call-with-arg-of-user-defined-type/18") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-call-with-arg-of-user-defined-type/19") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-call-with-arg-of-user-defined-type/20") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-call-with-arg-of-user-defined-type/21") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-call-with-arg-of-user-defined-type/22") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-call-with-arg-of-user-defined-type/23") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-call-with-arg-of-user-defined-type-register-indirect: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var a/eax: (addr t) <- copy 0\n") (write _test-input-stream " foo *a\n") (write _test-input-stream "}\n") (write _test-input-stream "fn foo x: t {\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream " y: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "f:" "F - test-convert-function-call-with-arg-of-user-defined-type/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-call-with-arg-of-user-defined-type/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-call-with-arg-of-user-defined-type/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-call-with-arg-of-user-defined-type/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-call-with-arg-of-user-defined-type/4") (check-next-stream-line-equal _test-output-stream "$f:0x00000001:loop:" "F - test-convert-function-call-with-arg-of-user-defined-type/5") # var a (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-function-call-with-arg-of-user-defined-type/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-function-call-with-arg-of-user-defined-type/7") # foo a (check-next-stream-line-equal _test-output-stream " (foo *(eax+0x00000000) *(eax+0x00000004))" "F - test-convert-function-call-with-arg-of-user-defined-type/8") # (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-function-call-with-arg-of-user-defined-type/9") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-call-with-arg-of-user-defined-type/10") (check-next-stream-line-equal _test-output-stream "$f:0x00000001:break:" "F - test-convert-function-call-with-arg-of-user-defined-type/11") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-call-with-arg-of-user-defined-type/12") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-call-with-arg-of-user-defined-type/13") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-call-with-arg-of-user-defined-type/14") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-call-with-arg-of-user-defined-type/15") (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-call-with-arg-of-user-defined-type/16") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-call-with-arg-of-user-defined-type/17") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-call-with-arg-of-user-defined-type/18") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-call-with-arg-of-user-defined-type/19") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-call-with-arg-of-user-defined-type/20") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-call-with-arg-of-user-defined-type/21") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-call-with-arg-of-user-defined-type/22") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-call-with-arg-of-user-defined-type/23") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # we don't have special support for call-by-reference; just explicitly create # a new variable with the address of the arg test-convert-function-call-with-arg-of-user-defined-type-by-reference: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn f {\n") (write _test-input-stream " var a: t\n") (write _test-input-stream " var b/eax: (addr t) <- address a\n") (write _test-input-stream " foo b\n") (write _test-input-stream "}\n") (write _test-input-stream "fn foo x: (addr t) {\n") (write _test-input-stream " var x/ecx: (addr t) <- copy x\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream " y: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "f:" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/4") (check-next-stream-line-equal _test-output-stream "$f:0x00000001:loop:" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/5") # var a: t (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/6") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/7") # var b/eax: (addr t) (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/8") (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(ebp+0xfffffff8) 0x00000000/r32" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/9") # foo a (check-next-stream-line-equal _test-output-stream " (foo %eax)" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/10") # (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/11") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000008/imm32" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/13") (check-next-stream-line-equal _test-output-stream "$f:0x00000001:break:" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/14") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/15") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/16") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/17") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/18") (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/19") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/20") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/21") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/22") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/23") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/24") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/25") (check-next-stream-line-equal _test-output-stream " 8b/-> *(ebp+0x00000008) 0x00000001/r32" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/26") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/27") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/28") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/29") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/30") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/31") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/32") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-call-with-arg-of-user-defined-type-by-reference/33") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-get-on-local-variable: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: t\n") (write _test-input-stream " var c/ecx: (addr int) <- get a, y\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream " y: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-get-on-local-variable/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-get-on-local-variable/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-get-on-local-variable/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-get-on-local-variable/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-get-on-local-variable/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-get-on-local-variable/5") # var a (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-get-on-local-variable/6") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-get-on-local-variable/7") # var c (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-get-on-local-variable/8") # get (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(ebp+0xfffffffc) 0x00000001/r32" "F - test-convert-get-on-local-variable/9") # reclaim c (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-get-on-local-variable/10") # reclaim a (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000008/imm32" "F - test-convert-get-on-local-variable/11") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-get-on-local-variable/12") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-get-on-local-variable/13") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-get-on-local-variable/14") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-get-on-local-variable/15") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-get-on-local-variable/16") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-get-on-local-variable/17") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-get-on-function-argument: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo a: t {\n") (write _test-input-stream " var c/ecx: (addr int) <- get a, y\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream " y: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-get-on-function-argument/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-get-on-function-argument/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-get-on-function-argument/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-get-on-function-argument/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-get-on-function-argument/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-get-on-function-argument/5") # var c (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-get-on-function-argument/6") # get (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(ebp+0x0000000c) 0x00000001/r32" "F - test-convert-get-on-function-argument/7") # reclaim c (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-get-on-function-argument/8") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-get-on-function-argument/9") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-get-on-function-argument/10") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-get-on-function-argument/11") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-get-on-function-argument/12") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-get-on-function-argument/13") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-get-on-function-argument/14") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-get-on-function-argument-with-known-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream " y: int\n") (write _test-input-stream "}\n") (write _test-input-stream "fn foo a: t {\n") (write _test-input-stream " var c/ecx: (addr int) <- get a, y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-get-on-function-argument-with-known-type/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-get-on-function-argument-with-known-type/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-get-on-function-argument-with-known-type/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-get-on-function-argument-with-known-type/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-get-on-function-argument-with-known-type/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-get-on-function-argument-with-known-type/5") # var c (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-get-on-function-argument-with-known-type/6") # get (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(ebp+0x0000000c) 0x00000001/r32" "F - test-convert-get-on-function-argument-with-known-type/7") # reclaim c (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-get-on-function-argument-with-known-type/8") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-get-on-function-argument-with-known-type/9") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-get-on-function-argument-with-known-type/10") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-get-on-function-argument-with-known-type/11") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-get-on-function-argument-with-known-type/12") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-get-on-function-argument-with-known-type/13") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-get-on-function-argument-with-known-type/14") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-add-with-too-many-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: int\n") (write _test-input-stream " var b/ecx: int <- add a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-add-with-too-many-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt add: too many inouts; most primitives support at most two arguments, across inouts and outputs" "F - test-add-with-too-many-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-add-with-too-many-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-add-with-too-many-inouts-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: int\n") (write _test-input-stream " add-to a, 0, 1\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-add-with-too-many-inouts-2: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt add-to: too many inouts; most primitives support at most two arguments, across inouts and outputs" "F - test-add-with-too-many-inouts-2: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-add-with-too-many-inouts-2: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-add-with-too-many-outputs: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/eax: int <- copy 0\n") (write _test-input-stream " var b/ebx: int <- copy 0\n") (write _test-input-stream " var c/ecx: int <- copy 0\n") (write _test-input-stream " c, b <- add a\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-add-with-too-many-outputs: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt add: too many outputs; most primitives support at most one output" "F - test-add-with-too-many-outputs: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-add-with-too-many-outputs: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-add-with-non-number: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: int\n") (write _test-input-stream " var b/ecx: (addr int) <- add a\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-add-with-non-number: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt add: 'b' must be a non-addr non-offset scalar" "F - test-add-with-non-number: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-add-with-non-number: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-add-with-addr-dereferenced: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/eax: (addr int) <- copy 0\n") (write _test-input-stream " add-to *a, 1\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no error # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-copy-with-no-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: boolean <- copy\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-with-no-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy' expects an inout" "F - test-copy-with-no-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-with-no-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-with-multiple-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: boolean <- copy 0, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-with-multiple-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy' must have just one inout" "F - test-copy-with-multiple-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-with-multiple-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-with-no-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " copy 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-with-no-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy' expects an output" "F - test-copy-with-no-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-with-no-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-with-multiple-outputs: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: boolean <- copy 0\n") (write _test-input-stream " var y/ecx: boolean <- copy 0\n") (write _test-input-stream " x, y <- copy 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-with-multiple-outputs: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy' must have just one output" "F - test-copy-with-multiple-outputs: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-with-multiple-outputs: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-invalid-value-to-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: int <- copy 0\n") (write _test-input-stream " var y/ecx: (addr int) <- copy x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-invalid-value-to-address: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt copy: 'y' must be a non-addr non-offset scalar" "F - test-copy-invalid-value-to-address: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-invalid-value-to-address: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-null-value-to-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var y/ecx: (addr int) <- copy 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-copy-invalid-value-to-offset: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: int <- copy 0\n") (write _test-input-stream " var y/ecx: (offset int) <- copy x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-invalid-value-to-address: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt copy: 'y' must be a non-addr non-offset scalar" "F - test-copy-invalid-value-to-address: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-invalid-value-to-offset: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-null-value-to-offset: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var y/ecx: (offset int) <- copy 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # no errors # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-copy-non-literal-to-byte: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: int <- copy 3\n") (write _test-input-stream " var y/ecx: byte <- copy x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-non-literal-to-byte: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt copy: cannot copy non-literal to 'y' of type byte; use copy-byte" "F - test-copy-non-literal-to-byte: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-non-literal-to-byte: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-deref-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: (addr addr int) <- copy 0\n") (write _test-input-stream " var y/ecx: (addr int) <- copy *x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 5d/pop-to-ebp c3/return test-copy-to-non-register: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " x <- copy 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-to-non-register: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt copy: output 'x' not in a register" "F - test-copy-to-non-register: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-to-non-register: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-from-non-scalar-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (handle int)\n") (write _test-input-stream " var y/eax: int <- copy x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-from-non-scalar-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt copy: 'x' is too large to fit in a register" "F - test-copy-from-non-scalar-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-from-non-scalar-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-to-with-no-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " copy-to\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-to-with-no-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-to' must have two inouts" "F - test-copy-to-with-no-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-to-with-no-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-to-with-no-source: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: boolean\n") (write _test-input-stream " copy-to x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-to-with-no-source: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-to' must have two inouts" "F - test-copy-to-with-no-source: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-to-with-no-source: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-to-with-no-register: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: boolean\n") (write _test-input-stream " copy-to x, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-to-with-no-register: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt copy-to: source (second inout) is in memory" "F - test-copy-to-with-no-register: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-to-with-no-register: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-to-with-too-many-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: boolean\n") (write _test-input-stream " copy-to x, 0, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-to-with-too-many-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-to' must have two inouts" "F - test-copy-to-with-too-many-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-to-with-too-many-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-to-with-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: boolean <- copy 0\n") (write _test-input-stream " var y/ecx: boolean <- copy 0\n") (write _test-input-stream " x <- copy-to y, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-to-with-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-to' must not have any outputs" "F - test-copy-to-with-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-to-with-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-to-invalid-value-to-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: int <- copy 0\n") (write _test-input-stream " var y: (addr int)\n") (write _test-input-stream " copy-to y, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-to-invalid-value-to-address: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt copy-to: 'y' must be a non-addr non-offset scalar" "F - test-copy-to-invalid-value-to-address: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-to-invalid-value-to-address: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-to-null-value-to-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var y: (addr int)\n") (write _test-input-stream " copy-to y, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-copy-to-invalid-value-to-offset: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: int <- copy 0\n") (write _test-input-stream " var y: (offset int)\n") (write _test-input-stream " copy-to y, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-to-invalid-value-to-offset: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt copy-to: 'y' must be a non-addr non-offset scalar" "F - test-copy-to-invalid-value-to-offset: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-to-invalid-value-to-offset: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-to-null-value-to-offset: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var y: (offset int)\n") (write _test-input-stream " copy-to y, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-copy-to-non-literal-to-byte: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/ecx: byte <- copy 3\n") (write _test-input-stream " var y/eax: (addr byte) <- copy 0\n") (write _test-input-stream " copy-to *y, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-to-non-literal-to-byte: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt copy-to: cannot copy non-literal to type byte; use copy-byte-to" "F - test-copy-to-non-literal-to-byte: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-to-non-literal-to-byte: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-to-deref-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: (addr int) <- copy 0\n") (write _test-input-stream " var y/ecx: (addr addr int) <- copy 0\n") (write _test-input-stream " copy-to *y, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 5d/pop-to-ebp c3/return test-copy-to-from-non-scalar-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (handle int)\n") (write _test-input-stream " var y: int\n") (write _test-input-stream " copy-to y, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-to-from-non-scalar-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt copy-to: 'x' is too large to copy" "F - test-copy-to-from-non-scalar-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-to-from-non-scalar-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-byte-with-no-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: byte <- copy-byte\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-byte-with-no-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-byte' expects an inout" "F - test-copy-byte-with-no-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-byte-with-no-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-byte-with-multiple-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: byte <- copy-byte 0, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-byte-with-multiple-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-byte' must have just one inout" "F - test-copy-byte-with-multiple-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-byte-with-multiple-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-byte-with-no-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " copy-byte 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-byte-with-no-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-byte' expects an output" "F - test-copy-byte-with-no-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-byte-with-no-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-byte-with-multiple-outputs: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: byte <- copy 0\n") (write _test-input-stream " var y/ecx: byte <- copy 0\n") (write _test-input-stream " x, y <- copy-byte 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-byte-with-multiple-outputs: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-byte' must have just one output" "F - test-copy-byte-with-multiple-outputs: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-byte-with-multiple-outputs: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-byte-deref-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: (addr byte) <- copy 0\n") (write _test-input-stream " var y/ecx: byte <- copy-byte *x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # not bothering checking output (check-next-stream-line-equal _test-error-stream "" "F - test-copy-byte-deref-address: error message") # . epilogue 5d/pop-to-ebp c3/return test-copy-byte-with-invalid-output-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: (addr byte) <- copy 0\n") (write _test-input-stream " var y/eax: int <- copy-byte *x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-byte-with-invalid-output-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-byte' must write to output of type byte" "F - test-copy-byte-with-invalid-output-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-byte-with-invalid-output-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-byte-from-non-scalar-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (handle int)\n") (write _test-input-stream " var y/eax: byte <- copy-byte x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-byte-from-non-scalar-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt copy-byte: 'x' is too large to fit in a register" "F - test-copy-byte-from-non-scalar-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-byte-from-non-scalar-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-byte-to-with-no-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " copy-byte-to\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-byte-to-with-no-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-byte-to' must have two inouts" "F - test-copy-byte-to-with-no-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-byte-to-with-no-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-byte-to-with-no-source: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: (addr byte) <- copy 0\n") (write _test-input-stream " copy-byte-to *x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-byte-to-with-no-source: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-byte-to' must have two inouts" "F - test-copy-byte-to-with-no-source: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-byte-to-with-no-source: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-byte-to-with-too-many-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: (addr byte) <- copy 0\n") (write _test-input-stream " copy-byte-to *x, 0, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-byte-to-with-too-many-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-byte-to' must have two inouts" "F - test-copy-byte-to-with-too-many-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-byte-to-with-too-many-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-byte-to-with-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: byte <- copy 0\n") (write _test-input-stream " var y/ecx: (addr byte) <- copy 0\n") (write _test-input-stream " x <- copy-byte-to *y, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-byte-to-with-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-byte-to' must not have any outputs" "F - test-copy-byte-to-with-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-byte-to-with-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-byte-to-with-invalid-output-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: byte <- copy 0\n") (write _test-input-stream " var y: int\n") (write _test-input-stream " copy-byte-to y, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-byte-to-with-invalid-output-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt copy-byte-to: 'y' must be a byte" "F - test-copy-byte-to-with-invalid-output-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-byte-to-with-invalid-output-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-byte-to-with-literal-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: (addr byte) <- copy 0\n") (write _test-input-stream " copy-byte-to *x, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-byte-to-with-literal-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt copy-byte-to: source (second inout) must be in a register" "F - test-copy-byte-to-with-literal-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-byte-to-with-literal-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-byte-to-deref-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: byte <- copy 0\n") (write _test-input-stream " var y/ecx: (addr byte) <- copy 0\n") (write _test-input-stream " copy-byte-to *y, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 5d/pop-to-ebp c3/return test-copy-byte-to-from-non-scalar-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (handle int)\n") (write _test-input-stream " var y/eax: (addr byte) <- copy 0\n") (write _test-input-stream " copy-byte-to *y, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-byte-to-from-non-scalar-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt copy-byte-to: 'x' is too large to copy" "F - test-copy-byte-to-from-non-scalar-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-byte-to-from-non-scalar-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compare-with-no-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: boolean\n") (write _test-input-stream " compare\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compare-with-no-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'compare' must have two inouts" "F - test-compare-with-no-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compare-with-no-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compare-with-just-one-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: boolean\n") (write _test-input-stream " compare x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compare-with-just-one-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'compare' must have two inouts" "F - test-compare-with-just-one-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compare-with-just-one-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compare-with-too-many-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: boolean\n") (write _test-input-stream " compare x, 0, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compare-with-too-many-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'compare' must have two inouts" "F - test-compare-with-too-many-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compare-with-too-many-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compare-with-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: boolean <- copy 0\n") (write _test-input-stream " var y/ecx: boolean <- copy 0\n") (write _test-input-stream " x <- compare y, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compare-with-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'compare' must not have any outputs" "F - test-compare-with-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compare-with-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compare-invalid-value-to-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: int <- copy 0\n") (write _test-input-stream " var y: (addr int)\n") (write _test-input-stream " compare y, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compare-invalid-value-to-address: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compare: 'y' must be a non-addr non-offset scalar" "F - test-compare-invalid-value-to-address: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compare-invalid-value-to-address: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compare-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: (addr int) <- copy 0\n") (write _test-input-stream " var y/ecx: (addr int) <- copy 0\n") (write _test-input-stream " compare y, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 5d/pop-to-ebp c3/return test-compare-deref-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: (addr int) <- copy 0\n") (write _test-input-stream " var y/ecx: (addr addr int) <- copy 0\n") (write _test-input-stream " compare *y, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 5d/pop-to-ebp c3/return test-compare-two-vars-in-memory: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: boolean\n") (write _test-input-stream " compare x, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compare-two-vars-in-memory: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compare: both inouts are in memory" "F - test-compare-two-vars-in-memory: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compare-two-vars-in-memory: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compare-non-scalar: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (handle int)\n") (write _test-input-stream " var y: int\n") (write _test-input-stream " compare y, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compare-non-scalar: output should be empty") #? (check-next-stream-line-equal _test-error-stream "fn foo: stmt compare: 'x' is too large to compare" "F - test-compare-non-scalar: error message") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compare: both inouts are in memory" "F - test-compare-non-scalar: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compare-non-scalar: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compare-with-string-literal: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: (addr array byte) <- copy 0\n") (write _test-input-stream " compare x, \"abc\"\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compare-with-string-literal: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compare: string literal \"abc\" is not supported; use the string-equal? function" "F - test-compare-with-string-literal: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compare-with-string-literal: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-address-with-no-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: boolean <- address\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-address-with-no-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'address' expects an inout" "F - test-address-with-no-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-address-with-no-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-address-with-multiple-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: boolean <- address 0, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-address-with-multiple-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'address' must have just one inout" "F - test-address-with-multiple-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-address-with-multiple-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-address-with-no-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " address 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-address-with-no-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'address' expects an output" "F - test-address-with-no-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-address-with-no-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-address-with-multiple-outputs: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: boolean <- copy 0\n") (write _test-input-stream " var y/ecx: boolean <- copy 0\n") (write _test-input-stream " x, y <- address 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-address-with-multiple-outputs: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'address' must have just one output" "F - test-address-with-multiple-outputs: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-address-with-multiple-outputs: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return # silly but it works test-address-of-deref: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: (addr int) <- copy 0\n") (write _test-input-stream " var y/ecx: (addr int) <- address *x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 5d/pop-to-ebp c3/return test-address-to-non-register: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (addr int)\n") (write _test-input-stream " x <- address 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-address-to-non-register: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt address: output 'x' not in a register" "F - test-address-to-non-register: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-address-to-non-register: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-address-with-wrong-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " var y/eax: (addr boolean) <- address x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-address-with-wrong-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt address: output 'y' cannot hold address of 'x'" "F - test-address-with-wrong-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-address-with-wrong-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-address-with-right-type-for-array: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (array int 3)\n") (write _test-input-stream " var y/eax: (addr array int) <- address x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-address-with-right-type-for-stream: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (stream int 3)\n") (write _test-input-stream " var y/eax: (addr stream int) <- address x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-get-with-wrong-field: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: t\n") (write _test-input-stream " var c/ecx: (addr int) <- get a, y\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-get-with-wrong-field: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt get: type 't' has no member called 'y'" "F - test-get-with-wrong-field: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-get-with-wrong-field: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-get-with-wrong-base-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: int\n") (write _test-input-stream " var c/ecx: (addr int) <- get a, y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-get-with-wrong-base-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt get: var 'a' must have a 'type' definition" "F - test-get-with-wrong-base-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-get-with-wrong-base-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-get-with-wrong-base-type-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (addr t)\n") (write _test-input-stream " var c/ecx: (addr int) <- get a, y\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-get-with-wrong-base-type-2: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt get: var 'a' is an 'addr' type, and so must live in a register" "F - test-get-with-wrong-base-type-2: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-get-with-wrong-base-type-2: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-get-with-wrong-base-type-3: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (handle int)\n") (write _test-input-stream " var c/ecx: (addr int) <- get a, y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-get-with-wrong-base-type-3: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt get: var 'a' must have a 'type' definition" "F - test-get-with-wrong-base-type-3: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-get-with-wrong-base-type-3: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-get-with-wrong-offset-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: t\n") (write _test-input-stream " var b: int\n") (write _test-input-stream " var c/ecx: (addr int) <- get a, b\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-get-with-wrong-offset-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt get: type 't' has no member called 'b'" "F - test-get-with-wrong-offset-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-get-with-wrong-offset-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-get-with-wrong-output-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: t\n") (write _test-input-stream " var c: (addr int)\n") (write _test-input-stream " c <- get a, x\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-get-with-wrong-output-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt get: output 'c' is not in a register" "F - test-get-with-wrong-output-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-get-with-wrong-output-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-get-with-wrong-output-type-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: t\n") (write _test-input-stream " var c/ecx: int <- get a, x\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-get-with-wrong-output-type-2: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt get: output must be an addr" "F - test-get-with-wrong-output-type-2: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-get-with-wrong-output-type-2: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-get-with-wrong-output-type-3: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: t\n") (write _test-input-stream " var c/ecx: (array int) <- get a, x\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-get-with-wrong-output-type-3: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt get: output must be an addr" "F - test-get-with-wrong-output-type-3: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-get-with-wrong-output-type-3: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-get-with-wrong-output-type-4: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: t\n") (write _test-input-stream " var c/ecx: (addr boolean) <- get a, x\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-get-with-wrong-output-type-4: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt get: wrong output type for member 'x' of type 't'" "F - test-get-with-wrong-output-type-4: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-get-with-wrong-output-type-4: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-get-with-wrong-output-type-5: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: t\n") (write _test-input-stream " var c/ecx: (addr handle int) <- get a, x\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: (handle int)\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-get-with-too-few-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: t\n") (write _test-input-stream " var c/ecx: (addr int) <- get a\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-get-with-too-few-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt get: too few inouts (2 required)" "F - test-get-with-too-few-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-get-with-too-few-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-get-with-too-many-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: t\n") (write _test-input-stream " var c/ecx: (addr int) <- get a, x, 0\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-get-with-too-many-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt get: too many inouts (2 required)" "F - test-get-with-too-many-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-get-with-too-many-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-get-with-no-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: t\n") (write _test-input-stream " get a, x\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-get-with-no-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt get: must have an output" "F - test-get-with-no-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-get-with-no-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-get-with-too-many-outputs: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: t\n") (write _test-input-stream " var b: int\n") (write _test-input-stream " var c/eax: (addr int) <- copy 0\n") (write _test-input-stream " c, b <- get a, x\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") (write _test-input-stream " x: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-get-with-too-many-outputs: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt get: too many outputs (1 required)" "F - test-get-with-too-many-outputs: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-get-with-too-many-outputs: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-array-of-user-defined-types: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "type t {\n") # each t is 8 bytes, which is a power of 2 (write _test-input-stream " x: int\n") (write _test-input-stream " y: int\n") (write _test-input-stream "}\n") (write _test-input-stream "fn foo {\n") (write _test-input-stream " var arr/eax: (addr array t) <- copy 0\n") (write _test-input-stream " var idx/ecx: int <- copy 3\n") (write _test-input-stream " var x/eax: (addr t) <- index arr, idx\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-array-of-user-defined-types/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-array-of-user-defined-types/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-array-of-user-defined-types/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-array-of-user-defined-types/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-array-of-user-defined-types/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-array-of-user-defined-types/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-array-of-user-defined-types/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-array-of-user-defined-types/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-array-of-user-defined-types/8") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 3/imm32" "F - test-convert-array-of-user-defined-types/9") (check-next-stream-line-equal _test-output-stream " (__check-mu-array-bounds %ecx 0x00000008 *eax \"foo\" \"arr\")" "F - test-convert-array-of-user-defined-types/10") (check-next-stream-line-equal _test-output-stream " 8d/copy-address *(eax + ecx<<0x00000003 + 4) 0x00000000/r32" "F - test-convert-array-of-user-defined-types/11") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-array-of-user-defined-types/12") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-array-of-user-defined-types/13") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-array-of-user-defined-types/14") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-array-of-user-defined-types/15") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-array-of-user-defined-types/16") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-array-of-user-defined-types/17") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-array-of-user-defined-types/18") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-array-of-user-defined-types/19") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-length-of-array-of-user-defined-types-to-eax: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "type t {\n") # size = 12, which is not a power of 2 (write _test-input-stream " x: int\n") (write _test-input-stream " y: int\n") (write _test-input-stream " z: int\n") (write _test-input-stream "}\n") (write _test-input-stream "fn foo {\n") (write _test-input-stream " var arr/eax: (addr array t) <- copy 0\n") (write _test-input-stream " var x/eax: int <- length arr\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-length-of-array-of-user-defined-types-to-eax/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-length-of-array-of-user-defined-types-to-eax/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-length-of-array-of-user-defined-types-to-eax/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-length-of-array-of-user-defined-types-to-eax/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-length-of-array-of-user-defined-types-to-eax/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-length-of-array-of-user-defined-types-to-eax/5") # var arr (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-length-of-array-of-user-defined-types-to-eax/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-length-of-array-of-user-defined-types-to-eax/7") # length instruction (check-next-stream-line-equal _test-output-stream " 51/push-ecx" "F - test-convert-length-of-array-of-user-defined-types-to-eax/8") (check-next-stream-line-equal _test-output-stream " 52/push-edx" "F - test-convert-length-of-array-of-user-defined-types-to-eax/9") (check-next-stream-line-equal _test-output-stream " 8b/-> *eax 0x00000000/r32" "F - test-convert-length-of-array-of-user-defined-types-to-eax/10") (check-next-stream-line-equal _test-output-stream " 31/xor %edx 2/r32/edx" "F - test-convert-length-of-array-of-user-defined-types-to-eax/11") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 0x0000000c/imm32" "F - test-convert-length-of-array-of-user-defined-types-to-eax/12") (check-next-stream-line-equal _test-output-stream " f7 7/subop/idiv-eax-edx-by %ecx" "F - test-convert-length-of-array-of-user-defined-types-to-eax/13") (check-next-stream-line-equal _test-output-stream " 5a/pop-to-edx" "F - test-convert-length-of-array-of-user-defined-types-to-eax/14") (check-next-stream-line-equal _test-output-stream " 59/pop-to-ecx" "F - test-convert-length-of-array-of-user-defined-types-to-eax/15") # reclaim arr (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-length-of-array-of-user-defined-types-to-eax/16") # (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-length-of-array-of-user-defined-types-to-eax/17") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-length-of-array-of-user-defined-types-to-eax/18") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-length-of-array-of-user-defined-types-to-eax/19") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-length-of-array-of-user-defined-types-to-eax/20") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-length-of-array-of-user-defined-types-to-eax/21") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-length-of-array-of-user-defined-types-to-eax/22") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-length-of-array-of-user-defined-types-to-ecx: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "type t {\n") # size = 12, which is not a power of 2 (write _test-input-stream " x: int\n") (write _test-input-stream " y: int\n") (write _test-input-stream " z: int\n") (write _test-input-stream "}\n") (write _test-input-stream "fn foo {\n") (write _test-input-stream " var arr/eax: (addr array t) <- copy 0\n") (write _test-input-stream " var x/ecx: int <- length arr\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/5") # var a (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/7") # var x (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/8") # length instruction (check-next-stream-line-equal _test-output-stream " 50/push-eax" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/9") (check-next-stream-line-equal _test-output-stream " 52/push-edx" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/10") (check-next-stream-line-equal _test-output-stream " 8b/-> *eax 0x00000000/r32" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/11") (check-next-stream-line-equal _test-output-stream " 31/xor %edx 2/r32/edx" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/12") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 0x0000000c/imm32" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/13") (check-next-stream-line-equal _test-output-stream " f7 7/subop/idiv-eax-edx-by %ecx" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/14") (check-next-stream-line-equal _test-output-stream " 89/<- %ecx 0/r32/eax" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/15") (check-next-stream-line-equal _test-output-stream " 5a/pop-to-edx" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/16") (check-next-stream-line-equal _test-output-stream " 58/pop-to-eax" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/17") # reclaim x (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/18") # reclaim a (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/19") # (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/20") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/21") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/22") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/23") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/24") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-length-of-array-of-user-defined-types-to-ecx/25") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-length-of-array-of-user-defined-types-to-edx: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "type t {\n") # size = 12, which is not a power of 2 (write _test-input-stream " x: int\n") (write _test-input-stream " y: int\n") (write _test-input-stream " z: int\n") (write _test-input-stream "}\n") (write _test-input-stream "fn foo {\n") (write _test-input-stream " var arr/eax: (addr array t) <- copy 0\n") (write _test-input-stream " var x/edx: int <- length arr\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-length-of-array-of-user-defined-types-to-edx/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-length-of-array-of-user-defined-types-to-edx/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-length-of-array-of-user-defined-types-to-edx/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-length-of-array-of-user-defined-types-to-edx/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-length-of-array-of-user-defined-types-to-edx/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-length-of-array-of-user-defined-types-to-edx/5") # var a (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-length-of-array-of-user-defined-types-to-edx/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-length-of-array-of-user-defined-types-to-edx/7") # var x (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %edx" "F - test-convert-length-of-array-of-user-defined-types-to-edx/8") # length instruction (check-next-stream-line-equal _test-output-stream " 50/push-eax" "F - test-convert-length-of-array-of-user-defined-types-to-edx/9") (check-next-stream-line-equal _test-output-stream " 51/push-ecx" "F - test-convert-length-of-array-of-user-defined-types-to-edx/10") (check-next-stream-line-equal _test-output-stream " 8b/-> *eax 0x00000000/r32" "F - test-convert-length-of-array-of-user-defined-types-to-edx/11") (check-next-stream-line-equal _test-output-stream " 31/xor %edx 2/r32/edx" "F - test-convert-length-of-array-of-user-defined-types-to-edx/12") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 0x0000000c/imm32" "F - test-convert-length-of-array-of-user-defined-types-to-edx/13") (check-next-stream-line-equal _test-output-stream " f7 7/subop/idiv-eax-edx-by %ecx" "F - test-convert-length-of-array-of-user-defined-types-to-edx/14") (check-next-stream-line-equal _test-output-stream " 89/<- %edx 0/r32/eax" "F - test-convert-length-of-array-of-user-defined-types-to-edx/15") (check-next-stream-line-equal _test-output-stream " 59/pop-to-ecx" "F - test-convert-length-of-array-of-user-defined-types-to-edx/16") (check-next-stream-line-equal _test-output-stream " 58/pop-to-eax" "F - test-convert-length-of-array-of-user-defined-types-to-edx/17") # reclaim x (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %edx" "F - test-convert-length-of-array-of-user-defined-types-to-edx/18") # reclaim a (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-length-of-array-of-user-defined-types-to-edx/19") # (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-length-of-array-of-user-defined-types-to-edx/20") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-length-of-array-of-user-defined-types-to-edx/21") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-length-of-array-of-user-defined-types-to-edx/22") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-length-of-array-of-user-defined-types-to-edx/23") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-length-of-array-of-user-defined-types-to-edx/24") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-length-of-array-of-user-defined-types-to-edx/25") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-length-of-array-of-user-defined-types: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "type t {\n") # each t is 8 bytes, which is a power of 2 (write _test-input-stream " x: int\n") (write _test-input-stream " y: int\n") (write _test-input-stream " z: int\n") (write _test-input-stream "}\n") (write _test-input-stream "fn foo {\n") (write _test-input-stream " var arr/eax: (addr array t) <- copy 0\n") (write _test-input-stream " var x/ebx: int <- length arr\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-length-of-array-of-user-defined-types/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-length-of-array-of-user-defined-types/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-length-of-array-of-user-defined-types/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-length-of-array-of-user-defined-types/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-length-of-array-of-user-defined-types/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-length-of-array-of-user-defined-types/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-length-of-array-of-user-defined-types/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 0/imm32" "F - test-convert-length-of-array-of-user-defined-types/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ebx" "F - test-convert-length-of-array-of-user-defined-types/8") (check-next-stream-line-equal _test-output-stream " 50/push-eax" "F - test-convert-length-of-array-of-user-defined-types/9") (check-next-stream-line-equal _test-output-stream " 51/push-ecx" "F - test-convert-length-of-array-of-user-defined-types/10") (check-next-stream-line-equal _test-output-stream " 52/push-edx" "F - test-convert-length-of-array-of-user-defined-types/11") (check-next-stream-line-equal _test-output-stream " 8b/-> *eax 0x00000000/r32" "F - test-convert-length-of-array-of-user-defined-types/12") (check-next-stream-line-equal _test-output-stream " 31/xor %edx 2/r32/edx" "F - test-convert-length-of-array-of-user-defined-types/13") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 0x0000000c/imm32" "F - test-convert-length-of-array-of-user-defined-types/14") (check-next-stream-line-equal _test-output-stream " f7 7/subop/idiv-eax-edx-by %ecx" "F - test-convert-length-of-array-of-user-defined-types/15") (check-next-stream-line-equal _test-output-stream " 89/<- %ebx 0/r32/eax" "F - test-convert-length-of-array-of-user-defined-types/16") (check-next-stream-line-equal _test-output-stream " 5a/pop-to-edx" "F - test-convert-length-of-array-of-user-defined-types/17") (check-next-stream-line-equal _test-output-stream " 59/pop-to-ecx" "F - test-convert-length-of-array-of-user-defined-types/18") (check-next-stream-line-equal _test-output-stream " 58/pop-to-eax" "F - test-convert-length-of-array-of-user-defined-types/19") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ebx" "F - test-convert-length-of-array-of-user-defined-types/20") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-length-of-array-of-user-defined-types/21") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-length-of-array-of-user-defined-types/22") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-length-of-array-of-user-defined-types/23") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-length-of-array-of-user-defined-types/24") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-length-of-array-of-user-defined-types/25") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-length-of-array-of-user-defined-types/26") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-length-of-array-of-user-defined-types/27") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-index-with-non-array-atom-base-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: int\n") (write _test-input-stream " var c/ecx: (addr int) <- index a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-non-array-atom-base-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: var 'a' is not an array" "F - test-index-with-non-array-atom-base-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-non-array-atom-base-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-with-non-array-compound-base-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (handle int)\n") (write _test-input-stream " var c/ecx: (addr int) <- index a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-non-array-compound-base-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: var 'a' is not an array" "F - test-index-with-non-array-compound-base-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-non-array-compound-base-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-with-non-array-compound-base-type-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (addr int)\n") (write _test-input-stream " var c/ecx: (addr int) <- index a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-non-array-compound-base-type-2: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: var 'a' is not an array" "F - test-index-with-non-array-compound-base-type-2: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-non-array-compound-base-type-2: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-with-array-atom-base-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: array\n") (write _test-input-stream " var c/ecx: (addr int) <- index a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-array-atom-base-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: array 'a' must specify the type of its elements" "F - test-index-with-array-atom-base-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-array-atom-base-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-with-addr-base-on-stack: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (addr array int)\n") (write _test-input-stream " var c/ecx: (addr int) <- index a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-addr-base-on-stack: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: var 'a' is an addr to an array, and so must live in a register" "F - test-index-with-addr-base-on-stack: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-addr-base-on-stack: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-with-wrong-index-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/eax: (addr array int) <- copy 0\n") (write _test-input-stream " var b: boolean\n") (write _test-input-stream " var c/ecx: (addr int) <- index a, b\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-wrong-index-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: second argument 'b' must be an int or offset" "F - test-index-with-wrong-index-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-wrong-index-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-with-offset-atom-index-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/eax: (addr array int) <- copy 0\n") (write _test-input-stream " var b: offset\n") (write _test-input-stream " var c/ecx: (addr int) <- index a, b\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-offset-atom-index-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: offset 'b' must specify the type of array elements" "F - test-index-with-offset-atom-index-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-offset-atom-index-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-with-offset-on-stack: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/eax: (addr array int) <- copy 0\n") (write _test-input-stream " var b: int\n") (write _test-input-stream " var c/ecx: (addr int) <- index a, b\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-offset-on-stack: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: second argument 'b' must be in a register" "F - test-index-with-offset-on-stack: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-offset-on-stack: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-needs-offset-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/eax: (addr array t) <- copy 0\n") (write _test-input-stream " var b/ebx: int <- copy 0\n") (write _test-input-stream " var c/ecx: (addr int) <- index a, b\n") (write _test-input-stream "}\n") (write _test-input-stream "type t {\n") # size 12 is not a power of two (write _test-input-stream " x: int\n") (write _test-input-stream " y: int\n") (write _test-input-stream " z: int\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-needs-offset-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: cannot take an int for array 'a'; create an offset instead. See mu.md for details." "F - test-index-needs-offset-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-needs-offset-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-with-output-not-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/ebx: (addr array boolean) <- copy 0\n") (write _test-input-stream " var o/edi: int <- index a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-output-not-address: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: output 'o' must be an addr" "F - test-index-with-output-not-address: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-output-not-address: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-with-output-not-address-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/ebx: (addr array boolean) <- copy 0\n") (write _test-input-stream " var o/edi: (int) <- index a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-output-not-address-2: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: output 'o' must be an addr" "F - test-index-with-output-not-address-2: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-output-not-address-2: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-with-wrong-output-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/ebx: (addr array boolean) <- copy 0\n") (write _test-input-stream " var o/edi: (addr int) <- index a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-wrong-output-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: output 'o' does not have the right type" "F - test-index-with-wrong-output-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-wrong-output-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-with-wrong-output-compound-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/ebx: (addr array handle boolean) <- copy 0\n") (write _test-input-stream " var o/edi: (addr handle int) <- index a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-wrong-output-compound-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: output 'o' does not have the right type" "F - test-index-with-wrong-output-compound-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-wrong-output-compound-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-with-no-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var c/ecx: (addr int) <- index\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-no-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: too few inouts (2 required)" "F - test-index-with-no-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-no-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-with-too-few-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (array int 3)\n") (write _test-input-stream " var c/ecx: (addr int) <- index a\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-too-few-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: too few inouts (2 required)" "F - test-index-with-too-few-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-too-few-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-with-too-many-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (array int 3)\n") (write _test-input-stream " var c/ecx: (addr int) <- index a, 0, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-too-many-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: too many inouts (2 required)" "F - test-index-with-too-many-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-too-many-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-with-no-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (array int 3)\n") (write _test-input-stream " index a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-no-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: must have an output" "F - test-index-with-no-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-no-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-index-with-too-many-outputs: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (array int 3)\n") (write _test-input-stream " var b/eax: (addr int) <- copy 0\n") (write _test-input-stream " var c/ecx: (addr int) <- copy 0\n") (write _test-input-stream " b, c <- index a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-index-with-too-many-outputs: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt index: too many outputs (1 required)" "F - test-index-with-too-many-outputs: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-index-with-too-many-outputs: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compute-offset-with-non-array-atom-base-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: int\n") (write _test-input-stream " var c/ecx: (offset int) <- compute-offset a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compute-offset-with-non-array-atom-base-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compute-offset: var 'a' is not an array" "F - test-compute-offset-with-non-array-atom-base-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compute-offset-with-non-array-atom-base-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compute-offset-with-non-array-compound-base-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (handle int)\n") (write _test-input-stream " var c/ecx: (offset int) <- compute-offset a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compute-offset-with-non-array-compound-base-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compute-offset: var 'a' is not an array" "F - test-compute-offset-with-non-array-compound-base-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compute-offset-with-non-array-compound-base-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compute-offset-with-non-array-compound-base-type-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (addr int)\n") (write _test-input-stream " var c/ecx: (offset int) <- compute-offset a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compute-offset-with-non-array-compound-base-type-2: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compute-offset: var 'a' is not an array" "F - test-compute-offset-with-non-array-compound-base-type-2: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compute-offset-with-non-array-compound-base-type-2: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compute-offset-with-array-atom-base-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: array\n") (write _test-input-stream " var c/ecx: (offset int) <- compute-offset a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compute-offset-with-array-atom-base-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compute-offset: array 'a' must specify the type of its elements" "F - test-compute-offset-with-array-atom-base-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compute-offset-with-array-atom-base-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compute-offset-with-wrong-index-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/eax: (addr array int) <- copy 0\n") (write _test-input-stream " var b: boolean\n") (write _test-input-stream " var c/ecx: (offset int) <- compute-offset a, b\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compute-offset-with-wrong-index-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compute-offset: second argument 'b' must be an int" "F - test-compute-offset-with-wrong-index-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compute-offset-with-wrong-index-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compute-offset-with-output-not-offset: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/ebx: (addr array boolean) <- copy 0\n") (write _test-input-stream " var o/edi: int <- compute-offset a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compute-offset-with-output-not-offset: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compute-offset: output 'o' must be an offset" "F - test-compute-offset-with-output-not-offset: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compute-offset-with-output-not-offset: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compute-offset-with-output-not-address-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/ebx: (addr array boolean) <- copy 0\n") (write _test-input-stream " var o/edi: (int) <- compute-offset a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compute-offset-with-output-not-address-2: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compute-offset: output 'o' must be an offset" "F - test-compute-offset-with-output-not-address-2: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compute-offset-with-output-not-address-2: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compute-offset-with-wrong-output-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/ebx: (addr array boolean) <- copy 0\n") (write _test-input-stream " var o/edi: (offset int) <- compute-offset a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compute-offset-with-wrong-output-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compute-offset: output 'o' does not have the right type" "F - test-compute-offset-with-wrong-output-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compute-offset-with-wrong-output-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compute-offset-with-wrong-output-compound-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/ebx: (addr array handle boolean) <- copy 0\n") (write _test-input-stream " var o/edi: (offset handle int) <- compute-offset a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compute-offset-with-wrong-output-compound-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compute-offset: output 'o' does not have the right type" "F - test-compute-offset-with-wrong-output-compound-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compute-offset-with-wrong-output-compound-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compute-offset-with-no-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var c/ecx: (offset int) <- compute-offset\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compute-offset-with-no-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compute-offset: too few inouts (2 required)" "F - test-compute-offset-with-no-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compute-offset-with-no-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compute-offset-with-too-few-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (array int 3)\n") (write _test-input-stream " var c/ecx: (offset int) <- compute-offset a\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compute-offset-with-too-few-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compute-offset: too few inouts (2 required)" "F - test-compute-offset-with-too-few-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compute-offset-with-too-few-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compute-offset-with-too-many-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (array int 3)\n") (write _test-input-stream " var c/ecx: (offset int) <- compute-offset a, 0, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compute-offset-with-too-many-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compute-offset: too many inouts (2 required)" "F - test-compute-offset-with-too-many-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compute-offset-with-too-many-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compute-offset-with-no-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (array int 3)\n") (write _test-input-stream " compute-offset a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compute-offset-with-no-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compute-offset: must have an output" "F - test-compute-offset-with-no-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compute-offset-with-no-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-compute-offset-with-too-many-outputs: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (array int 3)\n") (write _test-input-stream " var b/eax: (offset int) <- compute-offset a, 0\n") (write _test-input-stream " var c/ecx: (addr int) <- copy 0\n") (write _test-input-stream " b, c <- compute-offset a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-compute-offset-with-too-many-outputs: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt compute-offset: too many outputs (1 required)" "F - test-compute-offset-with-too-many-outputs: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-compute-offset-with-too-many-outputs: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-read-from-stream: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var s/esi: (addr stream int) <- copy 0\n") (write _test-input-stream " var o/ecx: (addr int) <- copy 0\n") (write _test-input-stream " read-from-stream s, o\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-read-from-stream/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-read-from-stream/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-read-from-stream/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-read-from-stream/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-read-from-stream/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-read-from-stream/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %esi" "F - test-convert-read-from-stream/6") (check-next-stream-line-equal _test-output-stream " be/copy-to-esi 0/imm32" "F - test-convert-read-from-stream/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-read-from-stream/8") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 0/imm32" "F - test-convert-read-from-stream/9") (check-next-stream-line-equal _test-output-stream " (read-from-stream %esi %ecx 0x00000004)" "F - test-convert-read-from-stream/10") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-read-from-stream/11") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %esi" "F - test-convert-read-from-stream/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-read-from-stream/13") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-read-from-stream/14") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-read-from-stream/15") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-read-from-stream/16") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-read-from-stream/17") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-read-from-stream/18") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-read-from-stream-with-correct-payload-size: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var s/esi: (addr stream handle int) <- copy 0\n") (write _test-input-stream " var o/ecx: (addr handle int) <- copy 0\n") (write _test-input-stream " read-from-stream s, o\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-read-from-stream-with-correct-payload-size/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-read-from-stream-with-correct-payload-size/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-read-from-stream-with-correct-payload-size/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-read-from-stream-with-correct-payload-size/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-read-from-stream-with-correct-payload-size/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-read-from-stream-with-correct-payload-size/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %esi" "F - test-convert-read-from-stream-with-correct-payload-size/6") (check-next-stream-line-equal _test-output-stream " be/copy-to-esi 0/imm32" "F - test-convert-read-from-stream-with-correct-payload-size/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-read-from-stream-with-correct-payload-size/8") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 0/imm32" "F - test-convert-read-from-stream-with-correct-payload-size/9") (check-next-stream-line-equal _test-output-stream " (read-from-stream %esi %ecx 0x00000008)" "F - test-convert-read-from-stream-with-correct-payload-size/10") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-read-from-stream-with-correct-payload-size/11") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %esi" "F - test-convert-read-from-stream-with-correct-payload-size/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-read-from-stream-with-correct-payload-size/13") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-read-from-stream-with-correct-payload-size/14") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-read-from-stream-with-correct-payload-size/15") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-read-from-stream-with-correct-payload-size/16") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-read-from-stream-with-correct-payload-size/17") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-read-from-stream-with-correct-payload-size/18") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-read-from-stream-with-non-stream-atom-base-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: int\n") (write _test-input-stream " read-from-stream a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-read-from-stream-with-non-stream-atom-base-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt read-from-stream: var 'a' must be an addr to a stream" "F - test-read-from-stream-with-non-stream-atom-base-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-read-from-stream-with-non-stream-atom-base-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-read-from-stream-with-non-stream-compound-base-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (handle int)\n") (write _test-input-stream " read-from-stream a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-read-from-stream-with-non-stream-compound-base-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt read-from-stream: var 'a' must be an addr to a stream" "F - test-read-from-stream-with-non-stream-compound-base-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-read-from-stream-with-non-stream-compound-base-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-read-from-stream-with-non-stream-compound-base-type-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (addr int)\n") (write _test-input-stream " read-from-stream a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-read-from-stream-with-non-stream-compound-base-type-2: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt read-from-stream: var 'a' must be an addr to a stream" "F - test-read-from-stream-with-non-stream-compound-base-type-2: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-read-from-stream-with-non-stream-compound-base-type-2: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-read-from-stream-with-stream-atom-base-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: stream\n") (write _test-input-stream " read-from-stream a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-read-from-stream-with-stream-atom-base-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt read-from-stream: var 'a' must be an addr to a stream" "F - test-read-from-stream-with-stream-atom-base-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-read-from-stream-with-stream-atom-base-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-read-from-stream-with-wrong-index-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/eax: (addr stream int) <- copy 0\n") (write _test-input-stream " var b: boolean\n") (write _test-input-stream " read-from-stream a, b\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-read-from-stream-with-wrong-index-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt read-from-stream: target 'b' must be an addr" "F - test-read-from-stream-with-wrong-index-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-read-from-stream-with-wrong-index-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-read-from-stream-with-no-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " read-from-stream\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-read-from-stream-with-no-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt read-from-stream: too few inouts (2 required)" "F - test-read-from-stream-with-no-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-read-from-stream-with-no-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-read-from-stream-with-too-few-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (addr stream int)\n") (write _test-input-stream " read-from-stream a\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-read-from-stream-with-too-few-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt read-from-stream: too few inouts (2 required)" "F - test-read-from-stream-with-too-few-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-read-from-stream-with-too-few-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-read-from-stream-with-too-many-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (addr stream int)\n") (write _test-input-stream " var b: (addr int)\n") (write _test-input-stream " read-from-stream a, b, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-read-from-stream-with-too-many-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt read-from-stream: too many inouts (2 required)" "F - test-read-from-stream-with-too-many-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-read-from-stream-with-too-many-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-read-from-stream-with-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (addr stream int)\n") (write _test-input-stream " var b/eax: (addr int) <- copy 0\n") (write _test-input-stream " b <- read-from-stream a, b\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-read-from-stream-with-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt read-from-stream: unexpected output" "F - test-read-from-stream-with-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-read-from-stream-with-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-write-to-stream: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var s/esi: (addr stream int) <- copy 0\n") (write _test-input-stream " var o/ecx: (addr int) <- copy 0\n") (write _test-input-stream " write-to-stream s, o\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-write-to-stream/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-write-to-stream/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-write-to-stream/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-write-to-stream/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-write-to-stream/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-write-to-stream/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %esi" "F - test-convert-write-to-stream/6") (check-next-stream-line-equal _test-output-stream " be/copy-to-esi 0/imm32" "F - test-convert-write-to-stream/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-write-to-stream/8") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 0/imm32" "F - test-convert-write-to-stream/9") (check-next-stream-line-equal _test-output-stream " (write-to-stream %esi %ecx 0x00000004)" "F - test-convert-write-to-stream/10") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-write-to-stream/11") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %esi" "F - test-convert-write-to-stream/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-write-to-stream/13") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-write-to-stream/14") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-write-to-stream/15") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-write-to-stream/16") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-write-to-stream/17") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-write-to-stream/18") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-write-to-stream-with-correct-payload-size: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var s/esi: (addr stream handle int) <- copy 0\n") (write _test-input-stream " var o/ecx: (addr handle int) <- copy 0\n") (write _test-input-stream " write-to-stream s, o\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-write-to-stream-with-correct-payload-size/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-write-to-stream-with-correct-payload-size/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-write-to-stream-with-correct-payload-size/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-write-to-stream-with-correct-payload-size/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-write-to-stream-with-correct-payload-size/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-write-to-stream-with-correct-payload-size/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %esi" "F - test-convert-write-to-stream-with-correct-payload-size/6") (check-next-stream-line-equal _test-output-stream " be/copy-to-esi 0/imm32" "F - test-convert-write-to-stream-with-correct-payload-size/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-write-to-stream-with-correct-payload-size/8") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 0/imm32" "F - test-convert-write-to-stream-with-correct-payload-size/9") (check-next-stream-line-equal _test-output-stream " (write-to-stream %esi %ecx 0x00000008)" "F - test-convert-write-to-stream-with-correct-payload-size/10") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-write-to-stream-with-correct-payload-size/11") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %esi" "F - test-convert-write-to-stream-with-correct-payload-size/12") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-write-to-stream-with-correct-payload-size/13") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-write-to-stream-with-correct-payload-size/14") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-write-to-stream-with-correct-payload-size/15") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-write-to-stream-with-correct-payload-size/16") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-write-to-stream-with-correct-payload-size/17") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-write-to-stream-with-correct-payload-size/18") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-write-to-stream-with-non-stream-atom-base-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: int\n") (write _test-input-stream " write-to-stream a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-write-to-stream-with-non-stream-atom-base-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt write-to-stream: var 'a' must be an addr to a stream" "F - test-write-to-stream-with-non-stream-atom-base-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-write-to-stream-with-non-stream-atom-base-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-write-to-stream-with-non-stream-compound-base-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (handle int)\n") (write _test-input-stream " write-to-stream a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-write-to-stream-with-non-stream-compound-base-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt write-to-stream: var 'a' must be an addr to a stream" "F - test-write-to-stream-with-non-stream-compound-base-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-write-to-stream-with-non-stream-compound-base-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-write-to-stream-with-non-stream-compound-base-type-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (addr int)\n") (write _test-input-stream " write-to-stream a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-write-to-stream-with-non-stream-compound-base-type-2: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt write-to-stream: var 'a' must be an addr to a stream" "F - test-write-to-stream-with-non-stream-compound-base-type-2: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-write-to-stream-with-non-stream-compound-base-type-2: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-write-to-stream-with-stream-atom-base-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: stream\n") (write _test-input-stream " write-to-stream a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-write-to-stream-with-stream-atom-base-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt write-to-stream: var 'a' must be an addr to a stream" "F - test-write-to-stream-with-stream-atom-base-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-write-to-stream-with-stream-atom-base-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-write-to-stream-with-wrong-index-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/eax: (addr stream int) <- copy 0\n") (write _test-input-stream " var b: boolean\n") (write _test-input-stream " write-to-stream a, b\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-write-to-stream-with-wrong-index-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt write-to-stream: target 'b' must be an addr" "F - test-write-to-stream-with-wrong-index-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-write-to-stream-with-wrong-index-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-write-to-stream-with-no-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " write-to-stream\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-write-to-stream-with-no-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt write-to-stream: too few inouts (2 required)" "F - test-write-to-stream-with-no-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-write-to-stream-with-no-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-write-to-stream-with-too-few-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (addr stream int)\n") (write _test-input-stream " write-to-stream a\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-write-to-stream-with-too-few-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt write-to-stream: too few inouts (2 required)" "F - test-write-to-stream-with-too-few-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-write-to-stream-with-too-few-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-write-to-stream-with-too-many-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (addr stream int)\n") (write _test-input-stream " var b: (addr int)\n") (write _test-input-stream " write-to-stream a, b, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-write-to-stream-with-too-many-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt write-to-stream: too many inouts (2 required)" "F - test-write-to-stream-with-too-many-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-write-to-stream-with-too-many-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-write-to-stream-with-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (addr stream int)\n") (write _test-input-stream " var b/eax: (addr int) <- copy 0\n") (write _test-input-stream " b <- write-to-stream a, b\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-write-to-stream-with-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt write-to-stream: unexpected output" "F - test-write-to-stream-with-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-write-to-stream-with-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-length-with-non-array-atom-base-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: int\n") (write _test-input-stream " var c/ecx: int <- length a\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-length-with-non-array-atom-base-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt length: var 'a' is not an array" "F - test-length-with-non-array-atom-base-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-length-with-non-array-atom-base-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-length-with-non-array-compound-base-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (handle int)\n") (write _test-input-stream " var c/ecx: (addr int) <- length a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-length-with-non-array-compound-base-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt length: var 'a' is not an array" "F - test-length-with-non-array-compound-base-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-length-with-non-array-compound-base-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-length-with-non-array-compound-base-type-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (addr int)\n") (write _test-input-stream " var c/ecx: (addr int) <- length a, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-length-with-non-array-compound-base-type-2: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt length: var 'a' is not an array" "F - test-length-with-non-array-compound-base-type-2: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-length-with-non-array-compound-base-type-2: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-length-with-array-atom-base-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: array\n") (write _test-input-stream " var c/ecx: (addr int) <- length a\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-length-with-array-atom-base-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt length: array 'a' must specify the type of its elements" "F - test-length-with-array-atom-base-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-length-with-array-atom-base-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-length-with-addr-base-on-stack: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (addr array int)\n") (write _test-input-stream " var c/ecx: (addr int) <- length a\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-length-with-addr-base-on-stack: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt length: var 'a' is an addr to an array, and so must live in a register" "F - test-length-with-addr-base-on-stack: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-length-with-addr-base-on-stack: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-length-with-wrong-output-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/ebx: (addr array boolean) <- copy 0\n") (write _test-input-stream " var o/edi: (addr int) <- length a\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-length-with-wrong-output-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt length: output 'o' does not have the right type" "F - test-length-with-wrong-output-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-length-with-wrong-output-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-length-with-wrong-output-compound-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a/ebx: (addr array handle boolean) <- copy 0\n") (write _test-input-stream " var o/edi: (addr handle int) <- length a\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-length-with-wrong-output-compound-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt length: output 'o' does not have the right type" "F - test-length-with-wrong-output-compound-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-length-with-wrong-output-compound-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-length-with-no-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var c/ecx: int <- length\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-length-with-no-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt length: too few inouts (1 required)" "F - test-length-with-no-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-length-with-no-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-length-with-too-many-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (array int 3)\n") (write _test-input-stream " var c/ecx: int <- length a, 0, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-length-with-too-many-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt length: too many inouts (1 required)" "F - test-length-with-too-many-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-length-with-too-many-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-length-with-no-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (array int 3)\n") (write _test-input-stream " length a\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-length-with-no-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt length: must have an output" "F - test-length-with-no-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-length-with-no-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-length-with-too-many-outputs: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var a: (array int 3)\n") (write _test-input-stream " var b/eax: int <- copy 0\n") (write _test-input-stream " var c/ecx: int <- copy 0\n") (write _test-input-stream " b, c <- length a\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-length-with-too-many-outputs: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt length: too many outputs (1 required)" "F - test-length-with-too-many-outputs: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-length-with-too-many-outputs: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-function-with-return-register-and-local: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo -> _/eax: int {\n") (write _test-input-stream " var y/eax: int <- copy 3\n") (write _test-input-stream " var z/ecx: int <- copy 4\n") (write _test-input-stream " return y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-return-register-and-local/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-return-register-and-local/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-return-register-and-local/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-return-register-and-local/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-return-register-and-local/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-return-register-and-local/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-function-with-return-register-and-local/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 3/imm32" "F - test-convert-function-with-return-register-and-local/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-function-with-return-register-and-local/8") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 4/imm32" "F - test-convert-function-with-return-register-and-local/9") (check-next-stream-line-equal _test-output-stream " 8b/-> %eax 0x00000000/r32" "F - test-convert-function-with-return-register-and-local/10") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-function-with-return-register-and-local/11") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-convert-function-with-return-register-and-local/12") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000001:break/disp32" "F - test-convert-function-with-return-register-and-local/13") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-return-register-and-local/14") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-return-register-and-local/15") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-return-register-and-local/16") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-return-register-and-local/17") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-return-register-and-local/18") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-return-register-and-local/19") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-return-register-and-local-2: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo -> _/eax: int {\n") (write _test-input-stream " var y/eax: int <- copy 3\n") (write _test-input-stream " var z/ecx: int <- copy 4\n") (write _test-input-stream " return z\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-return-register-and-local-2/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-return-register-and-local-2/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-return-register-and-local-2/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-return-register-and-local-2/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-return-register-and-local-2/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-return-register-and-local-2/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-function-with-return-register-and-local-2/6") (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 3/imm32" "F - test-convert-function-with-return-register-and-local-2/7") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %ecx" "F - test-convert-function-with-return-register-and-local-2/8") (check-next-stream-line-equal _test-output-stream " b9/copy-to-ecx 4/imm32" "F - test-convert-function-with-return-register-and-local-2/9") (check-next-stream-line-equal _test-output-stream " 8b/-> %ecx 0x00000000/r32" "F - test-convert-function-with-return-register-and-local-2/10") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %ecx" "F - test-convert-function-with-return-register-and-local-2/11") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-convert-function-with-return-register-and-local-2/12") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000001:break/disp32" "F - test-convert-function-with-return-register-and-local-2/13") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-return-register-and-local-2/14") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-return-register-and-local-2/15") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-return-register-and-local-2/16") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-return-register-and-local-2/17") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-return-register-and-local-2/18") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-return-register-and-local-2/19") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-return-float-register-and-local: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo -> _/xmm1: float {\n") (write _test-input-stream " var y/eax: int <- copy 3\n") (write _test-input-stream " var g/xmm0: float <- convert y\n") (write _test-input-stream " var h/xmm1: float <- convert y\n") (write _test-input-stream " return g\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-return-float-register-and-local/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-return-float-register-and-local/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-return-float-register-and-local/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-return-float-register-and-local/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-return-float-register-and-local/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-return-float-register-and-local/5") (check-next-stream-line-equal _test-output-stream " ff 6/subop/push %eax" "F - test-convert-function-with-return-float-register-and-local/6") # var y (check-next-stream-line-equal _test-output-stream " b8/copy-to-eax 3/imm32" "F - test-convert-function-with-return-float-register-and-local/7") (check-next-stream-line-equal _test-output-stream " 81 5/subop/subtract %esp 4/imm32" "F - test-convert-function-with-return-float-register-and-local/8") # var g (check-next-stream-line-equal _test-output-stream " f3 0f 11/<- *esp 0/x32" "F - test-convert-function-with-return-float-register-and-local/9") (check-next-stream-line-equal _test-output-stream " f3 0f 2a/convert-to-float %eax 0x00000000/x32" "F - test-convert-function-with-return-float-register-and-local/10") (check-next-stream-line-equal _test-output-stream " 81 5/subop/subtract %esp 4/imm32" "F - test-convert-function-with-return-float-register-and-local/11") # var h (check-next-stream-line-equal _test-output-stream " f3 0f 11/<- *esp 1/x32" "F - test-convert-function-with-return-float-register-and-local/12") (check-next-stream-line-equal _test-output-stream " f3 0f 2a/convert-to-float %eax 0x00000001/x32" "F - test-convert-function-with-return-float-register-and-local/13") (check-next-stream-line-equal _test-output-stream " f3 0f 10/-> %xmm0 0x00000001/x32" "F - test-convert-function-with-return-float-register-and-local/14") # return g (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-convert-floating-point-dereferenced/15") # reclaim h (check-next-stream-line-equal _test-output-stream " f3 0f 10/-> *esp 0/x32" "F - test-convert-floating-point-dereferenced/16") # reclaim g (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 4/imm32" "F - test-convert-floating-point-dereferenced/17") (check-next-stream-line-equal _test-output-stream " 8f 0/subop/pop %eax" "F - test-convert-function-with-return-float-register-and-local/18") # reclaim y (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000001:break/disp32" "F - test-convert-function-with-return-float-register-and-local/19") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-return-float-register-and-local/20") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-return-float-register-and-local/21") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-return-float-register-and-local/22") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-return-float-register-and-local/23") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-return-float-register-and-local/24") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-return-float-register-and-local/25") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-convert-function-with-return-and-local-vars: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo -> _/eax: int {\n") (write _test-input-stream " {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " {\n") (write _test-input-stream " var y: int\n") (write _test-input-stream " return y\n") (write _test-input-stream " increment x\n") (write _test-input-stream " }\n") (write _test-input-stream " }\n") (write _test-input-stream " return 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "foo:" "F - test-convert-function-with-return-and-local-vars/0") (check-next-stream-line-equal _test-output-stream " # . prologue" "F - test-convert-function-with-return-and-local-vars/1") (check-next-stream-line-equal _test-output-stream " 55/push-ebp" "F - test-convert-function-with-return-and-local-vars/2") (check-next-stream-line-equal _test-output-stream " 89/<- %ebp 4/r32/esp" "F - test-convert-function-with-return-and-local-vars/3") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-return-and-local-vars/4") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:loop:" "F - test-convert-function-with-return-and-local-vars/5") (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-return-and-local-vars/6") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:loop:" "F - test-convert-function-with-return-and-local-vars/7") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-return-and-local-vars/8") # var x (check-next-stream-line-equal _test-output-stream " {" "F - test-convert-function-with-return-and-local-vars/9") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:loop:" "F - test-convert-function-with-return-and-local-vars/10") (check-next-stream-line-equal _test-output-stream " 68/push 0/imm32" "F - test-convert-function-with-return-and-local-vars/11") # var y (check-next-stream-line-equal _test-output-stream " 8b/-> *(ebp+0xfffffff8) 0x00000000/r32" "F - test-convert-function-with-return-and-local-vars/12") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-return-and-local-vars/13") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-return-and-local-vars/14") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000001:break/disp32" "F - test-convert-function-with-return-and-local-vars/15") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-return-and-local-vars/16") (check-next-stream-line-equal _test-output-stream "$foo:0x00000003:break:" "F - test-convert-function-with-return-and-local-vars/17") (check-next-stream-line-equal _test-output-stream " 81 0/subop/add %esp 0x00000004/imm32" "F - test-convert-function-with-return-and-local-vars/18") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-return-and-local-vars/19") (check-next-stream-line-equal _test-output-stream "$foo:0x00000002:break:" "F - test-convert-function-with-return-and-local-vars/20") (check-next-stream-line-equal _test-output-stream " c7 0/subop/copy %eax 0/imm32" "F - test-convert-function-with-return-and-local-vars/21") (check-next-stream-line-equal _test-output-stream " e9/jump $foo:0x00000001:break/disp32" "F - test-convert-function-with-return-and-local-vars/21") (check-next-stream-line-equal _test-output-stream " }" "F - test-convert-function-with-return-and-local-vars/21") (check-next-stream-line-equal _test-output-stream "$foo:0x00000001:break:" "F - test-convert-function-with-return-and-local-vars/22") (check-next-stream-line-equal _test-output-stream " # . epilogue" "F - test-convert-function-with-return-and-local-vars/23") (check-next-stream-line-equal _test-output-stream " 89/<- %esp 5/r32/ebp" "F - test-convert-function-with-return-and-local-vars/24") (check-next-stream-line-equal _test-output-stream " 5d/pop-to-ebp" "F - test-convert-function-with-return-and-local-vars/25") (check-next-stream-line-equal _test-output-stream " c3/return" "F - test-convert-function-with-return-and-local-vars/26") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-copy-object-with-no-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " copy-object\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-object-with-no-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-object' must have two inouts" "F - test-copy-object-with-no-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-object-with-no-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-object-with-no-source: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (addr int)\n") (write _test-input-stream " copy-object x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-object-with-no-source: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-object' must have two inouts" "F - test-copy-object-with-no-source: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-object-with-no-source: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-object-with-too-many-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (addr boolean)\n") (write _test-input-stream " copy-object x, x, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-object-with-too-many-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-object' must have two inouts" "F - test-copy-object-with-too-many-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-object-with-too-many-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-object-with-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: (addr boolean) <- copy 0\n") (write _test-input-stream " var y/ecx: (addr boolean) <- copy 0\n") (write _test-input-stream " x <- copy-object x, y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-object-with-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'copy-object' must not have any outputs" "F - test-copy-object-with-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-object-with-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-object-deref-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: (addr int) <- copy 0\n") (write _test-input-stream " var y/ecx: (addr addr int) <- copy 0\n") (write _test-input-stream " copy-object *y, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 5d/pop-to-ebp c3/return test-copy-object-non-addr: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " var y: int\n") (write _test-input-stream " copy-object y, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-object-non-addr: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt copy-object: two inouts with identical addr types expected" "F - test-copy-object-non-addr: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-object-non-addr: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-copy-object-non-equal: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (addr int)\n") (write _test-input-stream " var y: (addr boolean)\n") (write _test-input-stream " copy-object y, x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-copy-object-non-equal: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt copy-object: two inouts with identical addr types expected" "F - test-copy-object-non-equal: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-copy-object-non-equal: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-allocate-with-no-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " allocate\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-allocate-with-no-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'allocate' must have a single inout" "F - test-allocate-with-no-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-allocate-with-no-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-allocate-with-too-many-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (addr handle int)\n") (write _test-input-stream " allocate x, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-allocate-with-too-many-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'allocate' must have a single inout" "F - test-allocate-with-too-many-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-allocate-with-too-many-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-allocate-with-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: boolean <- copy 0\n") (write _test-input-stream " var y/ecx: (addr handle int) <- copy 0\n") (write _test-input-stream " x <- allocate y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-allocate-with-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'allocate' must not have any outputs" "F - test-allocate-with-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-allocate-with-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-allocate-non-addr: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var y: (handle int)\n") (write _test-input-stream " allocate y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-allocate-non-addr: output must be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt allocate: inout 'y' must have type (addr handle ...)" "F - test-allocate-non-addr: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-allocate-non-addr: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-allocate-non-addr-handle: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var y/ecx: (addr int) <- copy 0\n") (write _test-input-stream " allocate y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-allocate-non-addr-handle: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt allocate: inout 'y' must have type (addr handle ...)" "F - test-allocate-non-addr-handle: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-allocate-non-addr-handle: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-allocate-deref-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var y/ecx: (addr addr handle int) <- copy 0\n") (write _test-input-stream " allocate *y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 5d/pop-to-ebp c3/return test-populate-with-no-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " populate\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-populate-with-no-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'populate' must have two inouts" "F - test-populate-with-no-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-populate-with-no-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-populate-with-too-many-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (addr handle int)\n") (write _test-input-stream " populate x, 3, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-populate-with-too-many-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'populate' must have two inouts" "F - test-populate-with-too-many-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-populate-with-too-many-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-populate-with-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: boolean <- copy 0\n") (write _test-input-stream " var y/ecx: (addr handle int) <- copy 0\n") (write _test-input-stream " x <- populate y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-populate-with-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'populate' must not have any outputs" "F - test-populate-with-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-populate-with-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-populate-non-addr: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var y: (handle int)\n") (write _test-input-stream " populate y, 3\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-populate-non-addr: output must be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt populate: first inout 'y' must have type (addr handle array ...)" "F - test-populate-non-addr: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-populate-non-addr: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-populate-non-addr-handle: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var y/ecx: (addr int) <- copy 0\n") (write _test-input-stream " populate y, 3\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-populate-non-addr-handle: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt populate: first inout 'y' must have type (addr handle array ...)" "F - test-populate-non-addr-handle: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-populate-non-addr-handle: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-populate-non-addr-handle-array: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var y/ecx: (addr handle int) <- copy 0\n") (write _test-input-stream " populate y, 3\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-populate-non-addr-handle-array: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt populate: first inout 'y' must have type (addr handle array ...)" "F - test-populate-non-addr-handle-array: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-populate-non-addr-handle-array: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-populate-deref-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var y/ecx: (addr addr handle array int) <- copy 0\n") (write _test-input-stream " populate *y, 3\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 5d/pop-to-ebp c3/return test-populate-stream-with-no-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " populate-stream\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-populate-stream-with-no-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'populate-stream' must have two inouts" "F - test-populate-stream-with-no-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-populate-stream-with-no-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-populate-stream-with-too-many-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: (addr handle int)\n") (write _test-input-stream " populate-stream x, 3, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-populate-stream-with-too-many-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'populate-stream' must have two inouts" "F - test-populate-stream-with-too-many-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-populate-stream-with-too-many-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-populate-stream-with-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: boolean <- copy 0\n") (write _test-input-stream " var y/ecx: (addr handle int) <- copy 0\n") (write _test-input-stream " x <- populate-stream y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-populate-stream-with-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'populate-stream' must not have any outputs" "F - test-populate-stream-with-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-populate-stream-with-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-populate-stream-non-addr: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var y: (handle int)\n") (write _test-input-stream " populate-stream y, 3\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-populate-stream-non-addr: output must be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt populate-stream: first inout 'y' must have type (addr handle stream ...)" "F - test-populate-stream-non-addr: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-populate-stream-non-addr: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-populate-stream-non-addr-handle: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var y/ecx: (addr int) <- copy 0\n") (write _test-input-stream " populate-stream y, 3\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-populate-stream-non-addr-handle: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt populate-stream: first inout 'y' must have type (addr handle stream ...)" "F - test-populate-stream-non-addr-handle: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-populate-stream-non-addr-handle: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-populate-stream-non-addr-handle-stream: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var y/ecx: (addr handle int) <- copy 0\n") (write _test-input-stream " populate-stream y, 3\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-populate-stream-non-addr-handle-stream: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt populate-stream: first inout 'y' must have type (addr handle stream ...)" "F - test-populate-stream-non-addr-handle-stream: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-populate-stream-non-addr-handle-stream: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-populate-stream-deref-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var y/ecx: (addr addr handle stream int) <- copy 0\n") (write _test-input-stream " populate-stream *y, 3\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 5d/pop-to-ebp c3/return test-convert-with-no-inout: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: int <- convert\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-with-no-inout: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'convert' expects an inout" "F - test-convert-with-no-inout: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-with-no-inout: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-with-multiple-inouts: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: int <- convert 0, 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-with-multiple-inouts: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'convert' must have just one inout" "F - test-convert-with-multiple-inouts: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-with-multiple-inouts: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-with-no-output: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " convert 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-with-no-output: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'convert' expects an output" "F - test-convert-with-no-output: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-with-no-output: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-with-multiple-outputs: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: int <- copy 0\n") (write _test-input-stream " var y/ecx: int <- copy 0\n") (write _test-input-stream " x, y <- convert 0\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-with-multiple-outputs: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt 'convert' must have just one output" "F - test-convert-with-multiple-outputs: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-with-multiple-outputs: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-deref-address: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x/eax: (addr int) <- copy 0\n") (write _test-input-stream " var y/xmm4: float <- convert *x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file Stderr 0) (flush _test-output-buffered-file) # no errors # . epilogue 5d/pop-to-ebp c3/return test-convert-to-non-register: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: float\n") (write _test-input-stream " var y: int\n") (write _test-input-stream " x <- convert y\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-to-non-register: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt convert: output 'x' not in a register" "F - test-convert-to-non-register: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-to-non-register: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-invalid-inout-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: boolean\n") (write _test-input-stream " var y/xmm1: float <- convert x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-invalid-inout-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt convert: inout 'x' must be an int or float" "F - test-convert-invalid-inout-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-invalid-inout-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-invalid-output-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: float\n") (write _test-input-stream " var y/eax: boolean <- convert x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-invalid-output-type: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt convert: output 'y' must be an int or float" "F - test-convert-invalid-output-type: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-invalid-output-type: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-int-to-int: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: int\n") (write _test-input-stream " var y/eax: int <- convert x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-int-to-int: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt convert: no need to convert int to int" "F - test-convert-int-to-int: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-int-to-int: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return test-convert-float-to-float: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-input-stream) (clear-stream $_test-input-buffered-file->buffer) (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) (clear-stream _test-error-stream) (clear-stream $_test-error-buffered-file->buffer) # var ed/edx: exit-descriptor = tailor-exit-descriptor(16) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp (tailor-exit-descriptor %edx 0x10) # (write _test-input-stream "fn foo {\n") (write _test-input-stream " var x: float\n") (write _test-input-stream " var y/xmm6: float <- convert x\n") (write _test-input-stream "}\n") # convert (convert-mu _test-input-buffered-file _test-output-buffered-file _test-error-buffered-file %edx) # registers except esp clobbered at this point # restore ed 89/<- %edx 4/r32/esp (flush _test-output-buffered-file) (flush _test-error-buffered-file) #? # dump _test-error-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-error-stream) #? (write 2 "$\n") #? (rewind-stream _test-error-stream) #? # }}} # check output (check-stream-equal _test-output-stream "" "F - test-convert-float-to-float: output should be empty") (check-next-stream-line-equal _test-error-stream "fn foo: stmt convert: no need to convert float to float" "F - test-convert-float-to-float: error message") # check that stop(1) was called (check-ints-equal *(edx+4) 2 "F - test-convert-float-to-float: exit status") # don't restore from ebp 81 0/subop/add %esp 8/imm32 # . epilogue 5d/pop-to-ebp c3/return ####################################################### # Parsing ####################################################### == data # Global state added to each var record when parsing a function Next-block-index: # (addr int) 1/imm32 Curr-block-depth: # (addr int) 1/imm32 == code parse-mu: # in: (addr buffered-file), err: (addr buffered-file), ed: (addr exit-descriptor) # pseudocode # var curr-function: (addr handle function) = Program->functions # var curr-signature: (addr handle function) = Program->signatures # var curr-type: (addr handle typeinfo) = Program->types # var line: (stream byte 512) # var word-slice: slice # while true # line loop # clear-stream(line) # read-line-buffered(in, line) # if (line->write == 0) break # end of file # word-slice = next-mu-token(line) # if slice-empty?(word-slice) # end of line # continue # else if slice-starts-with?(word-slice, "#") # comment # continue # end of line # else if slice-equal?(word-slice, "fn") # var new-function: (handle function) = allocate(function) # var vars: (stack live-var 256) # populate-mu-function-header(line, new-function, vars) # populate-mu-function-body(in, new-function, vars) # assert(vars->top == 0) # *curr-function = new-function # curr-function = &new-function->next # else if slice-equal?(word-slice, "sig") # var new-function: (handle function) = allocate(function) # populate-mu-function-signature(line, new-function) # *curr-signature = new-function # curr-signature = &new-function->next # else if slice-equal?(word-slice, "type") # word-slice = next-mu-token(line) # type-id = pos-or-insert-slice(Type-id, word-slice) # var new-type: (handle typeinfo) = find-or-create-typeinfo(type-id) # assert(next-word(line) == "{") # populate-mu-type(in, new-type) # else # abort() # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # var curr-signature: (addr handle function) at *(ebp-4) 68/push _Program-signatures/imm32 # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # var line/ecx: (stream byte 512) 81 5/subop/subtract %esp 0x200/imm32 68/push 0x200/imm32/size 68/push 0/imm32/read 68/push 0/imm32/write 89/<- %ecx 4/r32/esp # var word-slice/edx: slice 68/push 0/imm32/end 68/push 0/imm32/start 89/<- %edx 4/r32/esp # var curr-function/edi: (addr handle function) bf/copy-to-edi _Program-functions/imm32 # var vars/ebx: (stack live-var 256) 81 5/subop/subtract %esp 0xc00/imm32 68/push 0xc00/imm32/size 68/push 0/imm32/top 89/<- %ebx 4/r32/esp { $parse-mu:line-loop: (clear-stream %ecx) (read-line-buffered *(ebp+8) %ecx) # if (line->write == 0) break 81 7/subop/compare *ecx 0/imm32 0f 84/jump-if-= break/disp32 #? # dump line {{{ #? (write 2 "parse-mu: ^") #? (write-stream 2 %ecx) #? (write 2 "$\n") #? (rewind-stream %ecx) #? # }}} (next-mu-token %ecx %edx) # if slice-empty?(word-slice) continue (slice-empty? %edx) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= loop/disp32 # if (*word-slice->start == "#") continue # . eax = *word-slice->start 8b/-> *edx 0/r32/eax 8a/copy-byte *eax 0/r32/AL 81 4/subop/and %eax 0xff/imm32 # . if (eax == '#') continue 3d/compare-eax-and 0x23/imm32/hash 0f 84/jump-if-= loop/disp32 # if (slice-equal?(word-slice, "fn")) parse a function { $parse-mu:fn: (slice-equal? %edx "fn") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 # var new-function/esi: (handle function) 68/push 0/imm32 68/push 0/imm32 89/<- %esi 4/r32/esp # populate-mu-function(line, in, vars, new-function) (allocate Heap *Function-size %esi) # var new-function-addr/eax: (addr function) (lookup *esi *(esi+4)) # => eax # initialize vars (clear-stack %ebx) # (populate-mu-function-header %ecx %eax %ebx *(ebp+0xc) *(ebp+0x10)) (populate-mu-function-body *(ebp+8) %eax %ebx *(ebp+0xc) *(ebp+0x10)) # *curr-function = new-function 8b/-> *esi 0/r32/eax 89/<- *edi 0/r32/eax 8b/-> *(esi+4) 0/r32/eax 89/<- *(edi+4) 0/r32/eax # curr-function = &new-function->next # . var tmp/eax: (addr function) = lookup(new-function) (lookup *esi *(esi+4)) # => eax # . curr-function = &tmp->next 8d/copy-address *(eax+0x20) 7/r32/edi # Function-next # reclaim new-function 81 0/subop/add %esp 8/imm32 # e9/jump $parse-mu:line-loop/disp32 } # if (slice-equal?(word-slice, "sig")) parse a function signature # Function signatures are for providing types to SubX functions. { $parse-mu:sig: (slice-equal? %edx "sig") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 # edi = curr-function 57/push-edi 8b/-> *(ebp-4) 7/r32/edi # var new-function/esi: (handle function) 68/push 0/imm32 68/push 0/imm32 89/<- %esi 4/r32/esp # populate-mu-function(line, in, vars, new-function) (allocate Heap *Function-size %esi) # var new-function-addr/eax: (addr function) (lookup *esi *(esi+4)) # => eax # (populate-mu-function-signature %ecx %eax *(ebp+0xc) *(ebp+0x10)) # *curr-signature = new-function 8b/-> *esi 0/r32/eax 89/<- *edi 0/r32/eax 8b/-> *(esi+4) 0/r32/eax 89/<- *(edi+4) 0/r32/eax # curr-signature = &new-function->next # . var tmp/eax: (addr function) = lookup(new-function) (lookup *esi *(esi+4)) # => eax # . curr-function = &tmp->next 8d/copy-address *(eax+0x20) 7/r32/edi # Function-next # reclaim new-function 81 0/subop/add %esp 8/imm32 # save curr-function 89/<- *(ebp-4) 7/r32/edi # restore edi 5f/pop-to-edi # e9/jump $parse-mu:line-loop/disp32 } # if (slice-equal?(word-slice, "type")) parse a type (struct/record) definition { $parse-mu:type: (slice-equal? %edx "type") # => eax 3d/compare-eax-and 0/imm32 0f 84/jump-if-= break/disp32 (next-mu-token %ecx %edx) # var type-id/eax: int (pos-or-insert-slice Type-id %edx) # => eax # spill 51/push-ecx # var new-type/ecx: (handle typeinfo) 68/push 0/imm32 68/push 0/imm32 89/<- %ecx 4/r32/esp (find-or-create-typeinfo %eax %ecx) # (lookup *ecx *(ecx+4)) # => eax # TODO: ensure that 'line' has nothing else but '{' #? (dump-typeinfos "=== aaa\n") (populate-mu-type *(ebp+8) %eax *(ebp+0xc) *(ebp+0x10)) # => eax #? (dump-typeinfos "=== zzz\n") # reclaim new-type 81 0/subop/add %esp 8/imm32 # restore 59/pop-to-ecx e9/jump $parse-mu:line-loop/disp32 } # otherwise abort e9/jump $parse-mu:error1/disp32 } # end line loop $parse-mu:end: # . reclaim locals 81 0/subop/add %esp 0x20c/imm32 # line 81 0/subop/add %esp 0xc08/imm32 # vars 81 0/subop/add %esp 8/imm32 # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . reclaim local 81 0/subop/add %esp 4/imm32 # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $parse-mu:error1: # error("unexpected top-level command: " word-slice "\n") (write-buffered *(ebp+0xc) "unexpected top-level command: ") (write-slice-buffered *(ebp+0xc) %edx) (write-buffered *(ebp+0xc) "\n") (flush *(ebp+0xc)) (stop *(ebp+0x10) 1) # never gets here $parse-mu:error2: # error(vars->top " vars not reclaimed after fn '" new-function->name "'\n") (write-int32-hex-buffered *(ebp+0xc) *ebx) (write-buffered *(ebp+0xc) " vars not reclaimed after fn '") (write-slice-buffered *(ebp+0xc) *eax) # Function-name (write-buffered *(ebp+0xc) "'\n") (flush *(ebp+0xc)) (stop *(ebp+0x10) 1) # never gets here # scenarios considered: # ✗ fn foo # no block # ✓ fn foo { # ✗ fn foo { { # ✗ fn foo { } # ✗ fn foo { } { # ✗ fn foo x { # ✗ fn foo x: { # ✓ fn foo x: int { # ✓ fn foo x: int { # ✓ fn foo x: int -> _/eax: int { # TODO: # disallow outputs of type `(... addr ...)` # disallow inputs of type `(... addr ... addr ...)` populate-mu-function-header: # first-line: (addr stream byte), out: (addr function), vars: (addr stack live-var), err: (addr buffered-file), ed: (addr exit-descriptor) # pseudocode: # var word-slice: slice # next-mu-token(first-line, word-slice) # if slice-empty?(word-slice) abort # assert(word-slice not in '{' '}' '->') # out->name = slice-to-string(word-slice) # ## inouts # while true # word-slice = next-mu-token(first-line) # if slice-empty?(word-slice) abort # if (word-slice == '{') goto done # if (word-slice == '->') break # assert(word-slice != '}') # var v: (handle var) = parse-var-with-type(word-slice, first-line) # assert(v->register == null) # # v->block-depth is implicitly 0 # out->inouts = append(v, out->inouts) # push(vars, {v, false}) # ## outputs # while true # word-slice = next-mu-token(first-line) # if slice-empty?(word-slice) abort # if (word-slice == '{') break # assert(word-slice not in '}' '->') # var v: (handle var) = parse-var-with-type(word-slice, first-line) # assert(v->register != null) # assert(v->name == "_") # out->outputs = append(v, out->outputs) # done: # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 57/push-edi # edi = out 8b/-> *(ebp+0xc) 7/r32/edi # var word-slice/ecx: slice 68/push 0/imm32/end 68/push 0/imm32/start 89/<- %ecx 4/r32/esp # var v/ebx: (handle var) 68/push 0/imm32 68/push 0/imm32 89/<- %ebx 4/r32/esp # read function name (next-mu-token *(ebp+8) %ecx) # error checking # if slice-empty?(word-slice) abort (slice-empty? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-header:error1/disp32 # if (word-slice == '{') abort (slice-equal? %ecx "{") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-header:error1/disp32 # if (word-slice == '->') abort (slice-equal? %ecx "->") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-header:error1/disp32 # if (word-slice == '}') abort (slice-equal? %ecx "}") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-header:error1/disp32 # if word-slice already defined, abort (function-exists? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-header:error-duplicate/disp32 # (slice-starts-with? %ecx "break") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-header:error-break/disp32 (slice-starts-with? %ecx "loop") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-header:error-loop/disp32 (slice-equal? %ecx "lookup") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-header:error-lookup/disp32 # save function name (slice-to-string Heap %ecx %edi) # Function-name # save function inouts { $populate-mu-function-header:check-for-inout: (next-mu-token *(ebp+8) %ecx) # if slice-empty?(word-slice) abort (slice-empty? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-header:error1/disp32 # if (word-slice == '{') goto done (slice-equal? %ecx "{") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-header:done/disp32 # if (word-slice == '->') break (slice-equal? %ecx "->") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= break/disp32 # if (word-slice == '}') abort (slice-equal? %ecx "}") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-header:error1/disp32 # v = parse-var-with-type(word-slice, first-line) (lookup *edi *(edi+4)) # Function-name Function-name => eax (parse-var-with-type %ecx *(ebp+8) %ebx %eax *(ebp+0x14) *(ebp+0x18)) # if (v->register != null) abort # . eax: (addr var) = lookup(v) (lookup *ebx *(ebx+4)) # => eax 81 7/subop/compare *(eax+0x18) 0/imm32 # Var-register 0f 85/jump-if-!= $populate-mu-function-header:error2/disp32 # if function name is not "main" # and v->type contains an 'addr' anywhere except the start, abort { (lookup *edi *(edi+4)) # Function-name Function-name => eax (string-equal? %eax "main") # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 (lookup *ebx *(ebx+4)) # => eax (addr-payload-contains-addr? %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-header:error-nested-addr-inout/disp32 } # v->block-depth is implicitly 0 # # out->inouts = append(v, out->inouts) 8d/copy-address *(edi+8) 0/r32/eax # Function-inouts (append-list Heap *ebx *(ebx+4) *(edi+8) *(edi+0xc) %eax) # Function-inouts, Function-inouts # push(vars, {v, false}) (push *(ebp+0x10) *ebx) (push *(ebp+0x10) *(ebx+4)) (push *(ebp+0x10) 0) # false # e9/jump loop/disp32 } # save function outputs { $populate-mu-function-header:check-for-out: (next-mu-token *(ebp+8) %ecx) # if slice-empty?(word-slice) abort (slice-empty? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-header:error1/disp32 # if (word-slice == '{') break (slice-equal? %ecx "{") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= break/disp32 # if (word-slice == '->') abort (slice-equal? %ecx "->") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-header:error1/disp32 # if (word-slice == '}') abort (slice-equal? %ecx "}") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-header:error1/disp32 # v = parse-var-with-type(word-slice, first-line) (lookup *edi *(edi+4)) # Function-name Function-name => eax (parse-var-with-type %ecx *(ebp+8) %ebx %eax *(ebp+0x14) *(ebp+0x18)) # assert(var->register != null) # . eax: (addr var) = lookup(v) (lookup *ebx *(ebx+4)) # => eax 81 7/subop/compare *(eax+0x18) 0/imm32 # Var-register 0f 84/jump-if-= $populate-mu-function-header:error3/disp32 # if (var->name != "_") abort (lookup *eax *(eax+4)) # Var-name Var-name => eax (string-equal? %eax "_") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $populate-mu-function-header:error4/disp32 # if v->type is an addr, abort (lookup *ebx *(ebx+4)) # => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax (mu-addr-type? %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-header:error-addr-output/disp32 # out->outputs = append(v, out->outputs) 8d/copy-address *(edi+0x10) 0/r32/eax # Function-outputs (append-list Heap *ebx *(ebx+4) *(edi+0x10) *(edi+0x14) %eax) # Function-outputs, Function-outputs # e9/jump loop/disp32 } $populate-mu-function-header:done: (check-no-tokens-left *(ebp+8)) $populate-mu-function-header:end: # . reclaim locals 81 0/subop/add %esp 0x10/imm32 # . restore registers 5f/pop-to-edi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $populate-mu-function-header:error1: # error("function header not in form 'fn {'") (write-buffered *(ebp+0x14) "function header not in form 'fn [inouts] [-> outputs] {' -- '") (flush *(ebp+0x14)) (rewind-stream *(ebp+8)) (write-stream-data *(ebp+0x14) *(ebp+8)) (write-buffered *(ebp+0x14) "'\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) # never gets here $populate-mu-function-header:error2: # error("fn " fn ": function inout '" var "' cannot be in a register") (write-buffered *(ebp+0x14) "fn ") 50/push-eax (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) 58/pop-to-eax (write-buffered *(ebp+0x14) ": function inout '") (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) "' cannot be in a register") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) # never gets here $populate-mu-function-header:error3: # error("fn " fn ": function output '" var "' must be in a register") (write-buffered *(ebp+0x14) "fn ") 50/push-eax (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) 58/pop-to-eax (write-buffered *(ebp+0x14) ": function output '") (lookup *ebx *(ebx+4)) # => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) "' must be in a register, in instruction '") (rewind-stream *(ebp+8)) (write-stream-data *(ebp+0x14) *(ebp+8)) (write-buffered *(ebp+0x14) "'\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) # never gets here $populate-mu-function-header:error4: # error("fn " fn ": function outputs cannot be named; rename '" var "' in the header to '_'") (write-buffered *(ebp+0x14) "fn ") 50/push-eax (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) 58/pop-to-eax (write-buffered *(ebp+0x14) ": function outputs cannot be named; rename '") (lookup *ebx *(ebx+4)) # => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) "' in the header to '_'\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) # never gets here $populate-mu-function-header:error-duplicate: (write-buffered *(ebp+0x14) "fn ") (write-slice-buffered *(ebp+0x14) %ecx) (write-buffered *(ebp+0x14) " defined more than once\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) # never gets here $populate-mu-function-header:error-break: (write-buffered *(ebp+0x14) "Sorry, I've reserved all function names starting with 'break' for now. Please contact mu@akkartik.com.\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) # never gets here $populate-mu-function-header:error-loop: (write-buffered *(ebp+0x14) "Sorry, I've reserved all function names starting with 'loop' for now. Please contact mu@akkartik.com.\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) # never gets here $populate-mu-function-header:error-lookup: (write-buffered *(ebp+0x14) "cannot define a function called 'lookup'\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) # never gets here $populate-mu-function-header:error-addr-output: # error("fn " fn ": output cannot have an addr type; that could allow unsafe addresses to escape the function") (write-buffered *(ebp+0x14) "fn ") 50/push-eax (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) 58/pop-to-eax (write-buffered *(ebp+0x14) ": output cannot have an addr type; that could allow unsafe addresses to escape the function\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) # never gets here $populate-mu-function-header:error-nested-addr-inout: # error("fn " fn ": inout '" var "' cannot contain 'addr' anywhere in the type except the first word; that could allow unsafe addresses to escape the function") (write-buffered *(ebp+0x14) "fn ") (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": inout '") (lookup *ebx *(ebx+4)) # => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) "' cannot contain 'addr' anywhere in the type except the first word; that could allow unsafe addresses to escape the function\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) # never gets here # scenarios considered: # ✓ fn foo # ✗ fn foo { # ✓ fn foo x # ✓ fn foo x: int # ✓ fn foo x: int -> _/eax: int # TODO: # disallow outputs of type `(... addr ...)` # disallow inputs of type `(... addr ... addr ...)` populate-mu-function-signature: # first-line: (addr stream byte), out: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # pseudocode: # var word-slice: slice # next-mu-token(first-line, word-slice) # assert(word-slice not in '{' '}' '->') # out->name = slice-to-string(word-slice) # ## inouts # while true # word-slice = next-mu-token(first-line) # if slice-empty?(word-slice) break # if (word-slice == '->') break # assert(word-slice not in '{' '}') # var v: (handle var) = parse-var-with-type(word-slice, first-line) # assert(v->register == null) # # v->block-depth is implicitly 0 # out->inouts = append(v, out->inouts) # ## outputs # while true # word-slice = next-mu-token(first-line) # if slice-empty?(word-slice) break # assert(word-slice not in '{' '}' '->') # var v: (handle var) = parse-var-with-type(word-slice, first-line) # assert(v->register != null) # out->outputs = append(v, out->outputs) # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 57/push-edi # edi = out 8b/-> *(ebp+0xc) 7/r32/edi # var word-slice/ecx: slice 68/push 0/imm32/end 68/push 0/imm32/start 89/<- %ecx 4/r32/esp # var v/ebx: (handle var) 68/push 0/imm32 68/push 0/imm32 89/<- %ebx 4/r32/esp # read function name (next-mu-token *(ebp+8) %ecx) # error checking # if (word-slice == '{') abort (slice-equal? %ecx "{") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-signature:error1/disp32 # if (word-slice == '->') abort (slice-equal? %ecx "->") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-signature:error1/disp32 # if (word-slice == '}') abort (slice-equal? %ecx "}") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-signature:error1/disp32 # if word-slice already defined, abort (function-exists? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-signature:error-duplicate/disp32 # (slice-starts-with? %ecx "break") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-signature:error-break/disp32 (slice-starts-with? %ecx "loop") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-signature:error-loop/disp32 # save function name (slice-to-string Heap %ecx %edi) # Function-name # save function inouts { $populate-mu-function-signature:check-for-inout: (next-mu-token *(ebp+8) %ecx) (slice-empty? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= break/disp32 # if (word-slice == '->') break (slice-equal? %ecx "->") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= break/disp32 # if (word-slice == '{') abort (slice-equal? %ecx "{") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-signature:error1/disp32 # if (word-slice == '}') abort (slice-equal? %ecx "}") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-signature:error1/disp32 # v = parse-var-with-type(word-slice, first-line) (lookup *edi *(edi+4)) # Function-name Function-name => eax (parse-var-with-type %ecx *(ebp+8) %ebx %eax *(ebp+0x10) *(ebp+0x14)) # if (v->register != null) abort # . eax: (addr var) = lookup(v) (lookup *ebx *(ebx+4)) # => eax 81 7/subop/compare *(eax+0x18) 0/imm32 # Var-register 0f 85/jump-if-!= $populate-mu-function-signature:error2/disp32 # if function name is not "main" # and v->type contains an 'addr' anywhere except the start, abort { (lookup *edi *(edi+4)) # Function-name Function-name => eax (string-equal? %eax "main") # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 (lookup *ebx *(ebx+4)) # => eax (addr-payload-contains-addr? %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-signature:error-nested-addr-inout/disp32 } # assert(v->register == null) # . eax: (addr var) = lookup(v) (lookup *ebx *(ebx+4)) # => eax 81 7/subop/compare *(eax+0x18) 0/imm32 # Var-register 0f 85/jump-if-!= $populate-mu-function-signature:error2/disp32 # v->block-depth is implicitly 0 # # out->inouts = append(v, out->inouts) 8d/copy-address *(edi+8) 0/r32/eax # Function-inouts (append-list Heap *ebx *(ebx+4) *(edi+8) *(edi+0xc) %eax) # Function-inouts, Function-inouts # e9/jump loop/disp32 } # save function outputs { $populate-mu-function-signature:check-for-out: (next-mu-token *(ebp+8) %ecx) (slice-empty? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= break/disp32 # if (word-slice == '{') abort (slice-equal? %ecx "{") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-signature:error1/disp32 # if (word-slice == '->') abort (slice-equal? %ecx "->") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-signature:error1/disp32 # if (word-slice == '}') abort (slice-equal? %ecx "}") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-signature:error1/disp32 # v = parse-var-with-type(word-slice, first-line) (lookup *edi *(edi+4)) # Function-name Function-name => eax (parse-var-with-type %ecx *(ebp+8) %ebx %eax *(ebp+0x10) *(ebp+0x14)) # assert(var->register != null) # . eax: (addr var) = lookup(v) (lookup *ebx *(ebx+4)) # => eax 81 7/subop/compare *(eax+0x18) 0/imm32 # Var-register 0f 84/jump-if-= $populate-mu-function-signature:error3/disp32 # if (var->name != "_") abort (lookup *eax *(eax+4)) # Var-name Var-name => eax (string-equal? %eax "_") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $populate-mu-function-signature:error4/disp32 # if function name is not "lookup" # and v->type is an addr, abort { (lookup *edi *(edi+4)) # Function-name Function-name => eax (string-equal? %eax "lookup") # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 (lookup *ebx *(ebx+4)) # => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax (mu-addr-type? %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-function-signature:error-addr-output/disp32 } # out->outputs = append(v, out->outputs) 8d/copy-address *(edi+0x10) 0/r32/eax # Function-outputs (append-list Heap *ebx *(ebx+4) *(edi+0x10) *(edi+0x14) %eax) # Function-outputs, Function-outputs # e9/jump loop/disp32 } $populate-mu-function-signature:done: (check-no-tokens-left *(ebp+8)) $populate-mu-function-signature:end: # . reclaim locals 81 0/subop/add %esp 0x10/imm32 # . restore registers 5f/pop-to-edi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $populate-mu-function-signature:error1: # error("function signature not in form 'fn {'") (write-buffered *(ebp+0x10) "function signature not in form 'fn [inouts] [-> outputs] {' -- '") (flush *(ebp+0x10)) (rewind-stream *(ebp+8)) (write-stream-data *(ebp+0x10) *(ebp+8)) (write-buffered *(ebp+0x10) "'\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $populate-mu-function-signature:error2: # error("fn " fn ": function inout '" var "' cannot be in a register") (write-buffered *(ebp+0x10) "fn ") 50/push-eax (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) 58/pop-to-eax (write-buffered *(ebp+0x10) ": function inout '") (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' cannot be in a register") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $populate-mu-function-signature:error3: # error("fn " fn ": function output '" var "' must be in a register") (write-buffered *(ebp+0x10) "fn ") 50/push-eax (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) 58/pop-to-eax (write-buffered *(ebp+0x10) ": function output '") (lookup *ebx *(ebx+4)) # => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be in a register, in instruction '") (rewind-stream *(ebp+8)) (write-stream-data *(ebp+0x10) *(ebp+8)) (write-buffered *(ebp+0x10) "'\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $populate-mu-function-signature:error4: # error("fn " fn ": function outputs cannot be named; rename '" var "' in the header to '_'") (write-buffered *(ebp+0x10) "fn ") 50/push-eax (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) 58/pop-to-eax (write-buffered *(ebp+0x10) ": function outputs cannot be named; rename '") (lookup *ebx *(ebx+4)) # => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' in the header to '_'\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $populate-mu-function-signature:error-duplicate: (write-buffered *(ebp+0x10) "fn ") (write-slice-buffered *(ebp+0x10) %ecx) (write-buffered *(ebp+0x10) " defined more than once\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $populate-mu-function-signature:error-break: (write-buffered *(ebp+0x10) "Sorry, I've reserved all function names starting with 'break' for now. Please contact mu@akkartik.com.\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $populate-mu-function-signature:error-loop: (write-buffered *(ebp+0x10) "Sorry, I've reserved all function names starting with 'loop' for now. Please contact mu@akkartik.com.\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $populate-mu-function-signature:error-addr-output: # error("fn " fn ": output cannot have an addr type; that could allow unsafe addresses to escape the function") (write-buffered *(ebp+0x10) "fn ") 50/push-eax (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) 58/pop-to-eax (write-buffered *(ebp+0x10) ": output cannot have an addr type; that could allow unsafe addresses to escape the function\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $populate-mu-function-signature:error-nested-addr-inout: # error("fn " fn ": inout '" var "' cannot contain 'addr' anywhere in the type except the first word; that could allow unsafe addresses to escape the function") (write-buffered *(ebp+0x10) "fn ") (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": inout '") (lookup *ebx *(ebx+4)) # => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' cannot contain 'addr' anywhere in the type except the first word; that could allow unsafe addresses to escape the function\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here addr-payload-contains-addr?: # v: (addr var) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # var t/eax: (addr type-tree) = v->type 8b/-> *(ebp+8) 0/r32/eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax # if t->right contains addr, return true (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax (type-tree-contains? %eax 2) # addr => eax # we don't have to look at t->left as long as it's guaranteed to be an atom $addr-payload-contains-addr?:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return type-tree-contains?: # t: (addr type-tree), n: type-id -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # if t is null, return false 8b/-> *(ebp+8) 0/r32/eax 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $type-tree-contains?:end/disp32 # eax changes type # if t is an atom, return (t->value == n) 81 7/subop/compare *eax 0/imm32/false { 74/jump-if-= break/disp8 8b/-> *(ebp+0xc) 1/r32/ecx 39/compare *(eax+4) 1/r32/ecx # Type-tree-value 0f 94/set-if-= %al 81 4/subop/and %eax 0xff/imm32 eb/jump $type-tree-contains?:end/disp8 } # if t->left contains n, return true (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax (type-tree-contains? %eax *(ebp+0xc)) # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $type-tree-contains?:end/disp8 # otherwise return whether t->right contains n 8b/-> *(ebp+8) 0/r32/eax (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax (type-tree-contains? %eax *(ebp+0xc)) # => eax $type-tree-contains?:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return function-exists?: # s: (addr slice) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # var curr/ecx: (addr function) = functions (lookup *_Program-functions *_Program-functions->payload) # => eax 89/<- %ecx 0/r32/eax { # if (curr == null) break 81 7/subop/compare %ecx 0/imm32 74/jump-if-= break/disp8 # if (curr->name == s) return true { (lookup *ecx *(ecx+4)) # Function-name Function-name => eax (slice-equal? *(ebp+8) %eax) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 b8/copy-to-eax 1/imm32/true e9/jump $function-exists?:end/disp32 } # curr = curr->next (lookup *(ecx+0x20) *(ecx+0x24)) # Function-next Function-next => eax 89/<- %ecx 0/r32/eax # eb/jump loop/disp8 } # var curr/ecx: (addr function) = signatures (lookup *_Program-signatures *_Program-signatures->payload) # => eax 89/<- %ecx 0/r32/eax { # if (curr == null) break 81 7/subop/compare %ecx 0/imm32 74/jump-if-= break/disp8 # if (curr->name == s) return true { (lookup *ecx *(ecx+4)) # Function-name Function-name => eax (slice-equal? *(ebp+8) %eax) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 b8/copy-to-eax 1/imm32/true eb/jump $function-exists?:end/disp8 } # curr = curr->next (lookup *(ecx+0x20) *(ecx+0x24)) # Function-next Function-next => eax 89/<- %ecx 0/r32/eax # eb/jump loop/disp8 } # return false b8/copy-to-eax 0/imm32/false $function-exists?:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-function-header-with-arg: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup 8b/-> *Primitive-type-ids 0/r32/eax 89/<- *Type-id 0/r32/eax # stream-write c7 0/subop/copy *_Program-functions 0/imm32 c7 0/subop/copy *_Program-functions->payload 0/imm32 c7 0/subop/copy *_Program-types 0/imm32 c7 0/subop/copy *_Program-types->payload 0/imm32 c7 0/subop/copy *_Program-signatures 0/imm32 c7 0/subop/copy *_Program-signatures->payload 0/imm32 (clear-stream _test-input-stream) (write _test-input-stream "foo n: int {\n") # var result/ecx: function 2b/subtract *Function-size 4/r32/esp 89/<- %ecx 4/r32/esp (zero-out %ecx *Function-size) # var vars/ebx: (stack live-var 16) 81 5/subop/subtract %esp 0xc0/imm32 68/push 0xc0/imm32/size 68/push 0/imm32/top 89/<- %ebx 4/r32/esp # convert (populate-mu-function-header _test-input-stream %ecx %ebx Stderr 0) # check result->name (lookup *ecx *(ecx+4)) # Function-name Function-name => eax (check-strings-equal %eax "foo" "F - test-function-header-with-arg/name") # var v/edx: (addr var) = result->inouts->value (lookup *(ecx+8) *(ecx+0xc)) # Function-inouts Function-inouts => eax (lookup *eax *(eax+4)) # List-value List-value => eax 89/<- %edx 0/r32/eax # check v->name (lookup *edx *(edx+4)) # Var-name Var-name => eax (check-strings-equal %eax "n" "F - test-function-header-with-arg/inout:0") # check v->type (lookup *(edx+8) *(edx+0xc)) # Var-type Var-type => eax (check-ints-equal *eax 1 "F - test-function-header-with-arg/inout:0/type:0") # Type-tree-is-atom (check-ints-equal *(eax+4) 1 "F - test-function-header-with-arg/inout:0/type:1") # Type-tree-value (check-ints-equal *(eax+0xc) 0 "F - test-function-header-with-arg/inout:0/type:2") # Type-tree-right # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-function-header-with-multiple-args: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup 8b/-> *Primitive-type-ids 0/r32/eax 89/<- *Type-id 0/r32/eax # stream-write c7 0/subop/copy *_Program-functions 0/imm32 c7 0/subop/copy *_Program-functions->payload 0/imm32 c7 0/subop/copy *_Program-types 0/imm32 c7 0/subop/copy *_Program-types->payload 0/imm32 c7 0/subop/copy *_Program-signatures 0/imm32 c7 0/subop/copy *_Program-signatures->payload 0/imm32 (clear-stream _test-input-stream) (write _test-input-stream "foo a: int, b: int c: int {\n") # result/ecx: function 2b/subtract *Function-size 4/r32/esp 89/<- %ecx 4/r32/esp (zero-out %ecx *Function-size) # var vars/ebx: (stack live-var 16) 81 5/subop/subtract %esp 0xc0/imm32 68/push 0xc0/imm32/size 68/push 0/imm32/top 89/<- %ebx 4/r32/esp # convert (populate-mu-function-header _test-input-stream %ecx %ebx Stderr 0) # check result->name (lookup *ecx *(ecx+4)) # Function-name Function-name => eax (check-strings-equal %eax "foo" "F - test-function-header-with-multiple-args/name") # var inouts/edx: (addr list var) = lookup(result->inouts) (lookup *(ecx+8) *(ecx+0xc)) # Function-inouts Function-inouts => eax 89/<- %edx 0/r32/eax $test-function-header-with-multiple-args:inout0: # var v/ebx: (addr var) = lookup(inouts->value) (lookup *edx *(edx+4)) # List-value List-value => eax 89/<- %ebx 0/r32/eax # check v->name (lookup *ebx *(ebx+4)) # Var-name Var-name => eax (check-strings-equal %eax "a" "F - test-function-header-with-multiple-args/inout:0") # Var-name # check v->type (lookup *(ebx+8) *(ebx+0xc)) # Var-type Var-type => eax (check-ints-equal *eax 1 "F - test-function-header-with-multiple-args/inout:0/type:0") # Type-tree-is-atom (check-ints-equal *(eax+4) 1 "F - test-function-header-with-multiple-args/inout:0/type:1") # Type-tree-value (check-ints-equal *(eax+0xc) 0 "F - test-function-header-with-multiple-args/inout:0/type:2") # Type-tree-right $test-function-header-with-multiple-args:inout1: # inouts = lookup(inouts->next) (lookup *(edx+8) *(edx+0xc)) # List-next List-next => eax 89/<- %edx 0/r32/eax # v = lookup(inouts->value) (lookup *edx *(edx+4)) # List-value List-value => eax 89/<- %ebx 0/r32/eax # check v->name (lookup *ebx *(ebx+4)) # Var-name Var-name => eax (check-strings-equal %eax "b" "F - test-function-header-with-multiple-args/inout:1") # Var-name # check v->type (lookup *(ebx+8) *(ebx+0xc)) # Var-type Var-type => eax (check-ints-equal *eax 1 "F - test-function-header-with-multiple-args/inout:1/type:0") # Type-tree-is-atom (check-ints-equal *(eax+4) 1 "F - test-function-header-with-multiple-args/inout:1/type:1") # Type-tree-value (check-ints-equal *(eax+0xc) 0 "F - test-function-header-with-multiple-args/inout:1/type:2") # Type-tree-right $test-function-header-with-multiple-args:inout2: # inouts = lookup(inouts->next) (lookup *(edx+8) *(edx+0xc)) # List-next List-next => eax 89/<- %edx 0/r32/eax # v = lookup(inouts->value) (lookup *edx *(edx+4)) # List-value List-value => eax 89/<- %ebx 0/r32/eax # check v->name (lookup *ebx *(ebx+4)) # Var-name Var-name => eax (check-strings-equal %eax "c" "F - test-function-header-with-multiple-args/inout:2") # Var-name # check v->type (lookup *(ebx+8) *(ebx+0xc)) # Var-type Var-type => eax (check-ints-equal *eax 1 "F - test-function-header-with-multiple-args/inout:2/type:0") # Type-tree-is-atom (check-ints-equal *(eax+4) 1 "F - test-function-header-with-multiple-args/inout:2/type:1") # Type-tree-value (check-ints-equal *(eax+0xc) 0 "F - test-function-header-with-multiple-args/inout:2/type:2") # Type-tree-right # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-function-header-with-multiple-args-and-outputs: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup 8b/-> *Primitive-type-ids 0/r32/eax 89/<- *Type-id 0/r32/eax # stream-write c7 0/subop/copy *_Program-functions 0/imm32 c7 0/subop/copy *_Program-functions->payload 0/imm32 c7 0/subop/copy *_Program-types 0/imm32 c7 0/subop/copy *_Program-types->payload 0/imm32 c7 0/subop/copy *_Program-signatures 0/imm32 c7 0/subop/copy *_Program-signatures->payload 0/imm32 (clear-stream _test-input-stream) (write _test-input-stream "foo a: int, b: int, c: int -> _/ecx: int _/edx: int {\n") # result/ecx: function 2b/subtract *Function-size 4/r32/esp 89/<- %ecx 4/r32/esp (zero-out %ecx *Function-size) # var vars/ebx: (stack live-var 16) 81 5/subop/subtract %esp 0xc0/imm32 68/push 0xc0/imm32/size 68/push 0/imm32/top 89/<- %ebx 4/r32/esp # convert (populate-mu-function-header _test-input-stream %ecx %ebx Stderr 0) # check result->name (lookup *ecx *(ecx+4)) # Function-name Function-name => eax (check-strings-equal %eax "foo" "F - test-function-header-with-multiple-args-and-outputs/name") # var inouts/edx: (addr list var) = lookup(result->inouts) (lookup *(ecx+8) *(ecx+0xc)) # Function-inouts Function-inouts => eax 89/<- %edx 0/r32/eax $test-function-header-with-multiple-args-and-outputs:inout0: # var v/ebx: (addr var) = lookup(inouts->value) (lookup *edx *(edx+4)) # List-value List-value => eax 89/<- %ebx 0/r32/eax # check v->name (lookup *ebx *(ebx+4)) # Var-name Var-name => eax (check-strings-equal %eax "a" "F - test-function-header-with-multiple-args-and-outputs/inout:0") # check v->type (lookup *(ebx+8) *(ebx+0xc)) # Var-type Var-type => eax (check-ints-equal *eax 1 "F - test-function-header-with-multiple-args-and-outputs/inout:0/type:0") # Type-tree-is-atom (check-ints-equal *(eax+4) 1 "F - test-function-header-with-multiple-args-and-outputs/inout:0/type:1") # Type-tree-value (check-ints-equal *(eax+0xc) 0 "F - test-function-header-with-multiple-args-and-outputs/inout:0/type:2") # Type-tree-right $test-function-header-with-multiple-args-and-outputs:inout1: # inouts = lookup(inouts->next) (lookup *(edx+8) *(edx+0xc)) # List-next List-next => eax 89/<- %edx 0/r32/eax # v = lookup(inouts->value) (lookup *edx *(edx+4)) # List-value List-value => eax 89/<- %ebx 0/r32/eax # check v->name (lookup *ebx *(ebx+4)) # Var-name Var-name => eax (check-strings-equal %eax "b" "F - test-function-header-with-multiple-args-and-outputs/inout:1") # check v->type (lookup *(ebx+8) *(ebx+0xc)) # Var-type Var-type => eax (check-ints-equal *eax 1 "F - test-function-header-with-multiple-args-and-outputs/inout:1/type:0") # Type-tree-is-atom (check-ints-equal *(eax+4) 1 "F - test-function-header-with-multiple-args-and-outputs/inout:1/type:1") # Type-tree-value (check-ints-equal *(eax+0xc) 0 "F - test-function-header-with-multiple-args-and-outputs/inout:1/type:2") # Type-tree-right $test-function-header-with-multiple-args-and-outputs:inout2: # inouts = lookup(inouts->next) (lookup *(edx+8) *(edx+0xc)) # List-next List-next => eax 89/<- %edx 0/r32/eax # v = lookup(inouts->value) (lookup *edx *(edx+4)) # List-value List-value => eax 89/<- %ebx 0/r32/eax # check v->name (lookup *ebx *(ebx+4)) # Var-name Var-name => eax (check-strings-equal %eax "c" "F - test-function-header-with-multiple-args-and-outputs/inout:2") # check v->type (lookup *(ebx+8) *(ebx+0xc)) # Var-type Var-type => eax (check-ints-equal *eax 1 "F - test-function-header-with-multiple-args-and-outputs/inout:2/type:0") # Type-tree-is-atom (check-ints-equal *(eax+4) 1 "F - test-function-header-with-multiple-args-and-outputs/inout:2/type:1") # Type-tree-value (check-ints-equal *(eax+0xc) 0 "F - test-function-header-with-multiple-args-and-outputs/inout:2/type:2") # Type-tree-right $test-function-header-with-multiple-args-and-outputs:out0: # var outputs/edx: (addr list var) = lookup(result->outputs) (lookup *(ecx+0x10) *(ecx+0x14)) # Function-outputs Function-outputs => eax 89/<- %edx 0/r32/eax # v = lookup(outputs->value) (lookup *edx *(edx+4)) # List-value List-value => eax 89/<- %ebx 0/r32/eax # check v->name (lookup *ebx *(ebx+4)) # Var-name Var-name => eax (check-strings-equal %eax "_" "F - test-function-header-with-multiple-args-and-outputs/output:0") # check v->register (lookup *(ebx+0x18) *(ebx+0x1c)) # Var-register Var-register => eax (check-strings-equal %eax "ecx" "F - test-function-header-with-multiple-args-and-outputs/output:0/register") # check v->type (lookup *(ebx+8) *(ebx+0xc)) # Var-type Var-type => eax (check-ints-equal *eax 1 "F - test-function-header-with-multiple-args-and-outputs/output:0/type:0") # Type-tree-is-atom (check-ints-equal *(eax+4) 1 "F - test-function-header-with-multiple-args-and-outputs/output:0/type:1") # Type-tree-value (check-ints-equal *(eax+0xc) 0 "F - test-function-header-with-multiple-args-and-outputs/output:0/type:2") # Type-tree-right $test-function-header-with-multiple-args-and-outputs:out1: # outputs = lookup(outputs->next) (lookup *(edx+8) *(edx+0xc)) # List-next List-next => eax 89/<- %edx 0/r32/eax # v = lookup(inouts->value) (lookup *edx *(edx+4)) # List-value List-value => eax 89/<- %ebx 0/r32/eax # check v->name (lookup *ebx *(ebx+4)) # Var-name Var-name => eax (check-strings-equal %eax "_" "F - test-function-header-with-multiple-args-and-outputs/output:1") # check v->register (lookup *(ebx+0x18) *(ebx+0x1c)) # Var-register Var-register => eax (check-strings-equal %eax "edx" "F - test-function-header-with-multiple-args-and-outputs/output:1/register") # check v->type (lookup *(ebx+8) *(ebx+0xc)) # Var-type Var-type => eax (check-ints-equal *eax 1 "F - test-function-header-with-multiple-args-and-outputs/output:1/type:0") # Type-tree-is-atom (check-ints-equal *(eax+4) 1 "F - test-function-header-with-multiple-args-and-outputs/output:1/type:1") # Type-tree-value (check-ints-equal *(eax+0c) 0 "F - test-function-header-with-multiple-args-and-outputs/output:1/type:2") # Type-tree-right # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # format for variables with types # x: int # x: int, # x/eax: int # x/eax: int, # ignores at most one trailing comma # does not support other, non-register metadata # WARNING: modifies name parse-var-with-type: # name: (addr slice), first-line: (addr stream byte), out: (addr handle var), fn-name: (addr array byte), err: (addr buffered-file), ed: (addr exit-descriptor) # pseudocode: # var s: slice # if (!slice-ends-with(name, ":")) # abort # --name->end to skip ':' # next-token-from-slice(name->start, name->end, '/', s) # new-var-from-slice(s, out) # ## register # next-token-from-slice(s->end, name->end, '/', s) # if (!slice-empty?(s)) # out->register = slice-to-string(s) # ## type # var type: (handle type-tree) = parse-type(first-line) # out->type = type # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # esi = name 8b/-> *(ebp+8) 6/r32/esi # if (!slice-ends-with?(name, ":")) abort 8b/-> *(esi+4) 1/r32/ecx # Slice-end 49/decrement-ecx 8a/copy-byte *ecx 1/r32/CL 81 4/subop/and %ecx 0xff/imm32 81 7/subop/compare %ecx 0x3a/imm32/colon 0f 85/jump-if-!= $parse-var-with-type:abort/disp32 # --name->end to skip ':' ff 1/subop/decrement *(esi+4) # var s/ecx: slice 68/push 0/imm32/end 68/push 0/imm32/start 89/<- %ecx 4/r32/esp $parse-var-with-type:parse-name: (next-token-from-slice *esi *(esi+4) 0x2f %ecx) # Slice-start, Slice-end, '/' $parse-var-with-type:create-var: # new-var-from-slice(s, out) (new-var-from-slice Heap %ecx *(ebp+0x10)) # save out->register $parse-var-with-type:save-register: # . var out-addr/edi: (addr var) = lookup(*out) 8b/-> *(ebp+0x10) 7/r32/edi (lookup *edi *(edi+4)) # => eax 89/<- %edi 0/r32/eax # . s = next-token(...) (next-token-from-slice *(ecx+4) *(esi+4) 0x2f %ecx) # s->end, name->end, '/' # . if (!slice-empty?(s)) out->register = slice-to-string(s) { $parse-var-with-type:write-register: (slice-empty? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 # out->register = slice-to-string(s) 8d/copy-address *(edi+0x18) 0/r32/eax # Var-register (slice-to-string Heap %ecx %eax) } $parse-var-with-type:save-type: 8d/copy-address *(edi+8) 0/r32/eax # Var-type (parse-type Heap *(ebp+0xc) %eax *(ebp+0x18) *(ebp+0x1c)) $parse-var-with-type:check-register: (lookup *(edi+0x18) *(edi+0x1c)) # Var-register Var-register => eax 3d/compare-eax-and 0/imm32 74/jump-if-= $parse-var-with-type:end/disp8 (float-register? %eax) # => eax { 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 # var is in a float register; ensure type is float (lookup *(edi+8) *(edi+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 0xf) # float => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $parse-var-with-type:error-non-float-in-floating-point-register/disp32 eb/jump $parse-var-with-type:end/disp8 } # var is not in a float register; ensure type is not float (lookup *(edi+8) *(edi+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 0xf) # float => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $parse-var-with-type:error-float-in-integer-register/disp32 $parse-var-with-type:end: # . reclaim locals 81 0/subop/add %esp 8/imm32 # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $parse-var-with-type:abort: # error("fn " fn ": var should have form 'name: type' in '" line "'\n") (write-buffered *(ebp+0x18) "fn ") (write-buffered *(ebp+0x18) *(ebp+0x14)) (write-buffered *(ebp+0x18) ": var should have form 'name: type' in '") (flush *(ebp+0x18)) (rewind-stream *(ebp+0xc)) (write-stream-data *(ebp+0x18) *(ebp+0xc)) (write-buffered *(ebp+0x18) "'\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here $parse-var-with-type:error-float-in-integer-register: # error("fn " fn ": float var '" var "' should be in a floating-point register\n") (write-buffered *(ebp+0x18) "fn ") (write-buffered *(ebp+0x18) *(ebp+0x14)) (write-buffered *(ebp+0x18) ": float var '") (lookup *edi *(edi+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) "' should be in a floating-point register\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here $parse-var-with-type:error-non-float-in-floating-point-register: # error("fn " fn ": non-float var '" var "' should be in an integer register\n") (write-buffered *(ebp+0x18) "fn ") (write-buffered *(ebp+0x18) *(ebp+0x14)) (write-buffered *(ebp+0x18) ": non-float var '") (lookup *edi *(edi+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) "' should be in an integer register\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here float-register?: # r: (addr array byte) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (get Mu-registers-unique *(ebp+8) 0xc "Mu-registers-unique") # => eax 81 7/subop/compare *eax 8/imm32/start-of-floating-point-registers 0f 9d/set-if->= %al 81 4/subop/and %eax 0xff/imm32 $float-register?:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return parse-type: # ad: (addr allocation-descriptor), in: (addr stream byte), out: (addr handle type-tree), err: (addr buffered-file), ed: (addr exit-descriptor) # pseudocode: # var s: slice = next-mu-token(in) # assert s != "" # assert s != "->" # assert s != "{" # assert s != "}" # if s == ")" # return # out = allocate(Type-tree) # if s != "(" # HACK: if s is an int, parse and return it # out->is-atom? = true # if (s[0] == "_") # out->value = type-parameter # out->parameter-name = slice-to-string(ad, s) # else # out->value = pos-or-insert-slice(Type-id, s) # return # out->left = parse-type(ad, in) # out->right = parse-type-tree(ad, in) # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx # clear out (zero-out *(ebp+0x10) *Handle-size) # var s/ecx: slice 68/push 0/imm32 68/push 0/imm32 89/<- %ecx 4/r32/esp # s = next-mu-token(in) (next-mu-token *(ebp+0xc) %ecx) #? (write-buffered Stderr "tok: ") #? (write-slice-buffered Stderr %ecx) #? (write-buffered Stderr "$\n") #? (flush Stderr) # assert s != "" (slice-equal? %ecx "") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $parse-type:abort/disp32 # assert s != "{" (slice-equal? %ecx "{") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $parse-type:abort/disp32 # assert s != "}" (slice-equal? %ecx "}") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $parse-type:abort/disp32 # assert s != "->" (slice-equal? %ecx "->") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $parse-type:abort/disp32 # if (s == ")") return (slice-equal? %ecx ")") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $parse-type:end/disp32 # out = new tree (allocate *(ebp+8) *Type-tree-size *(ebp+0x10)) # var out-addr/edx: (addr type-tree) = lookup(*out) 8b/-> *(ebp+0x10) 2/r32/edx (lookup *edx *(edx+4)) # => eax 89/<- %edx 0/r32/eax { # if (s != "(") break (slice-equal? %ecx "(") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= break/disp32 # if s is a number, store it in the type's size field { $parse-type:check-for-int: # var tmp/eax: byte = *s->slice 8b/-> *ecx 0/r32/eax 8a/copy-byte *eax 0/r32/AL 81 4/subop/and %eax 0xff/imm32 # TODO: raise an error on `var x: (array int a)` (decimal-digit? %eax) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 $parse-type:int: # strip out metadata (next-token-from-slice *ecx *(ecx+4) 0x2f %ecx) # (check-mu-hex-int %ecx *(ebp+0x14) *(ebp+0x18)) (parse-hex-int-from-slice %ecx) # => eax c7 0/subop/copy *(edx+4) 9/imm32/type-id-array-capacity # Type-tree-value 89/<- *(edx+8) 0/r32/eax # Type-tree-value-size e9/jump $parse-type:end/disp32 } $parse-type:atom: # out->is-atom? = true c7 0/subop/copy *edx 1/imm32/true # Type-tree-is-atom { $parse-type:check-for-type-parameter: # var tmp/eax: byte = *s->slice 8b/-> *ecx 0/r32/eax 8a/copy-byte *eax 0/r32/AL 81 4/subop/and %eax 0xff/imm32 # if (tmp != '_') break 3d/compare-eax-and 0x5f/imm32/_ 75/jump-if-!= break/disp8 $parse-type:type-parameter: # out->value = type-parameter c7 0/subop/copy *(edx+4) 0xa/imm32/type-parameter # Type-tree-value # out->parameter-name = slice-to-string(ad, s) 8d/copy-address *(edx+8) 0/r32/eax # Type-tree-parameter-name (slice-to-string *(ebp+8) %ecx %eax) e9/jump $parse-type:end/disp32 } $parse-type:non-type-parameter: # out->value = pos-or-insert-slice(Type-id, s) (pos-or-insert-slice Type-id %ecx) # => eax 89/<- *(edx+4) 0/r32/eax # Type-tree-value e9/jump $parse-type:end/disp32 } $parse-type:non-atom: # otherwise s == "(" # out->left = parse-type(ad, in) 8d/copy-address *(edx+4) 0/r32/eax # Type-tree-left (parse-type *(ebp+8) *(ebp+0xc) %eax *(ebp+0x14) *(ebp+0x18)) # out->right = parse-type-tree(ad, in) 8d/copy-address *(edx+0xc) 0/r32/eax # Type-tree-right (parse-type-tree *(ebp+8) *(ebp+0xc) %eax *(ebp+0x14) *(ebp+0x18)) $parse-type:end: # . reclaim locals 81 0/subop/add %esp 8/imm32 # . restore registers 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $parse-type:abort: # error("unexpected token when parsing type: '" s "'\n") (write-buffered *(ebp+0x14) "unexpected token when parsing type: '") (write-slice-buffered *(ebp+0x14) %ecx) (write-buffered *(ebp+0x14) "'\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) # never gets here parse-type-tree: # ad: (addr allocation-descriptor), in: (addr stream byte), out: (addr handle type-tree), err: (addr buffered-file), ed: (addr exit-descriptor) # pseudocode: # var tmp: (handle type-tree) = parse-type(ad, in) # if tmp == 0 # return 0 # out = allocate(Type-tree) # out->left = tmp # out->right = parse-type-tree(ad, in) # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx # (zero-out *(ebp+0x10) *Handle-size) # var tmp/ecx: (handle type-tree) 68/push 0/imm32 68/push 0/imm32 89/<- %ecx 4/r32/esp # tmp = parse-type(ad, in) (parse-type *(ebp+8) *(ebp+0xc) %ecx *(ebp+0x14) *(ebp+0x18)) # if (tmp == 0) return 81 7/subop/compare *ecx 0/imm32 74/jump-if-= $parse-type-tree:end/disp8 # out = new tree (allocate *(ebp+8) *Type-tree-size *(ebp+0x10)) # var out-addr/edx: (addr tree) = lookup(*out) 8b/-> *(ebp+0x10) 2/r32/edx (lookup *edx *(edx+4)) # => eax 89/<- %edx 0/r32/eax # out->left = tmp 8b/-> *ecx 0/r32/eax 89/<- *(edx+4) 0/r32/eax # Type-tree-left 8b/-> *(ecx+4) 0/r32/eax 89/<- *(edx+8) 0/r32/eax # Type-tree-left # out->right = parse-type-tree(ad, in) 8d/copy-address *(edx+0xc) 0/r32/eax # Type-tree-right (parse-type-tree *(ebp+8) *(ebp+0xc) %eax *(ebp+0x14) *(ebp+0x18)) $parse-type-tree:end: # . reclaim locals 81 0/subop/add %esp 8/imm32 # . restore registers 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return next-mu-token: # in: (addr stream byte), out: (addr slice) # pseudocode: # start: # skip-chars-matching-whitespace(in) # if in->read >= in->write # end of in # out = {0, 0} # return # out->start = &in->data[in->read] # var curr-byte/eax: byte = in->data[in->read] # if curr->byte == ',' # comment token # ++in->read # goto start # if curr-byte == '#' # comment # goto done # treat as eof # if curr-byte == '"' # string literal # skip-string(in) # goto done # no metadata # if curr-byte == '(' # ++in->read # goto done # if curr-byte == ')' # ++in->read # goto done # # read a word # while true # if in->read >= in->write # break # curr-byte = in->data[in->read] # if curr-byte == ' ' # break # if curr-byte == '\r' # break # if curr-byte == '\n' # break # if curr-byte == '(' # break # if curr-byte == ')' # break # if curr-byte == ',' # break # ++in->read # done: # out->end = &in->data[in->read] # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 56/push-esi 57/push-edi # esi = in 8b/-> *(ebp+8) 6/r32/esi # edi = out 8b/-> *(ebp+0xc) 7/r32/edi $next-mu-token:start: (skip-chars-matching-whitespace %esi) $next-mu-token:check0: # if (in->read >= in->write) return out = {0, 0} # . ecx = in->read 8b/-> *(esi+4) 1/r32/ecx # . if (ecx >= in->write) return out = {0, 0} 3b/compare<- *esi 1/r32/ecx c7 0/subop/copy *edi 0/imm32 c7 0/subop/copy *(edi+4) 0/imm32 0f 8d/jump-if->= $next-mu-token:end/disp32 # out->start = &in->data[in->read] 8d/copy-address *(esi+ecx+0xc) 0/r32/eax 89/<- *edi 0/r32/eax # var curr-byte/eax: byte = in->data[in->read] 31/xor-with %eax 0/r32/eax 8a/copy-byte *(esi+ecx+0xc) 0/r32/AL { $next-mu-token:check-for-comma: # if (curr-byte != ',') break 3d/compare-eax-and 0x2c/imm32/comma 75/jump-if-!= break/disp8 # ++in->read ff 0/subop/increment *(esi+4) # restart e9/jump $next-mu-token:start/disp32 } { $next-mu-token:check-for-comment: # if (curr-byte != '#') break 3d/compare-eax-and 0x23/imm32/pound 75/jump-if-!= break/disp8 # return eof e9/jump $next-mu-token:done/disp32 } { $next-mu-token:check-for-string-literal: # if (curr-byte != '"') break 3d/compare-eax-and 0x22/imm32/dquote 75/jump-if-!= break/disp8 (skip-string %esi) # return e9/jump $next-mu-token:done/disp32 } { $next-mu-token:check-for-open-paren: # if (curr-byte != '(') break 3d/compare-eax-and 0x28/imm32/open-paren 75/jump-if-!= break/disp8 # ++in->read ff 0/subop/increment *(esi+4) # return e9/jump $next-mu-token:done/disp32 } { $next-mu-token:check-for-close-paren: # if (curr-byte != ')') break 3d/compare-eax-and 0x29/imm32/close-paren 75/jump-if-!= break/disp8 # ++in->read ff 0/subop/increment *(esi+4) # return e9/jump $next-mu-token:done/disp32 } { $next-mu-token:regular-word-without-metadata: # if (in->read >= in->write) break # . ecx = in->read 8b/-> *(esi+4) 1/r32/ecx # . if (ecx >= in->write) break 3b/compare<- *esi 1/r32/ecx 7d/jump-if->= break/disp8 # var c/eax: byte = in->data[in->read] 31/xor-with %eax 0/r32/eax 8a/copy-byte *(esi+ecx+0xc) 0/r32/AL # if (c == ' ') break 3d/compare-eax-and 0x20/imm32/space 74/jump-if-= break/disp8 # if (c == '\r') break 3d/compare-eax-and 0xd/imm32/carriage-return 74/jump-if-= break/disp8 # if (c == '\n') break 3d/compare-eax-and 0xa/imm32/newline 74/jump-if-= break/disp8 # if (c == '(') break 3d/compare-eax-and 0x28/imm32/open-paren 0f 84/jump-if-= break/disp32 # if (c == ')') break 3d/compare-eax-and 0x29/imm32/close-paren 0f 84/jump-if-= break/disp32 # if (c == ',') break 3d/compare-eax-and 0x2c/imm32/comma 0f 84/jump-if-= break/disp32 # ++in->read ff 0/subop/increment *(esi+4) # e9/jump loop/disp32 } $next-mu-token:done: # out->end = &in->data[in->read] 8b/-> *(esi+4) 1/r32/ecx 8d/copy-address *(esi+ecx+0xc) 0/r32/eax 89/<- *(edi+4) 0/r32/eax $next-mu-token:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return pos-or-insert-slice: # arr: (addr stream (addr array byte)), s: (addr slice) -> index/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # if (pos-slice(arr, s) != -1) return it (pos-slice *(ebp+8) *(ebp+0xc)) # => eax 3d/compare-eax-and -1/imm32 75/jump-if-!= $pos-or-insert-slice:end/disp8 $pos-or-insert-slice:insert: # var s2/eax: (handle array byte) 68/push 0/imm32 68/push 0/imm32 89/<- %eax 4/r32/esp (slice-to-string Heap *(ebp+0xc) %eax) # throw away alloc-id (lookup *eax *(eax+4)) # => eax (write-int *(ebp+8) %eax) (pos-slice *(ebp+8) *(ebp+0xc)) # => eax $pos-or-insert-slice:end: # . reclaim locals 81 0/subop/add %esp 8/imm32 # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # return the index in an array of strings matching 's', -1 if not found # index is denominated in elements, not bytes pos-slice: # arr: (addr stream (addr array byte)), s: (addr slice) -> index/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi #? (write-buffered Stderr "pos-slice: ") #? (write-slice-buffered Stderr *(ebp+0xc)) #? (write-buffered Stderr "\n") #? (flush Stderr) # esi = arr 8b/-> *(ebp+8) 6/r32/esi # var index/ecx: int = 0 b9/copy-to-ecx 0/imm32 # var curr/edx: (addr (addr array byte)) = arr->data 8d/copy-address *(esi+0xc) 2/r32/edx # var max/ebx: (addr (addr array byte)) = &arr->data[arr->write] 8b/-> *esi 3/r32/ebx 8d/copy-address *(esi+ebx+0xc) 3/r32/ebx { #? (write-buffered Stderr " ") #? (write-int32-hex-buffered Stderr %ecx) #? (write-buffered Stderr "\n") #? (flush Stderr) # if (curr >= max) return -1 39/compare %edx 3/r32/ebx b8/copy-to-eax -1/imm32 73/jump-if-addr>= $pos-slice:end/disp8 # if (slice-equal?(s, *curr)) break (slice-equal? *(ebp+0xc) *edx) # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 # ++index 41/increment-ecx # curr += 4 81 0/subop/add %edx 4/imm32 # eb/jump loop/disp8 } # return index 89/<- %eax 1/r32/ecx $pos-slice:end: #? (write-buffered Stderr "=> ") #? (write-int32-hex-buffered Stderr %eax) #? (write-buffered Stderr "\n") # . restore registers 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-parse-var-with-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup 8b/-> *Primitive-type-ids 0/r32/eax 89/<- *Type-id 0/r32/eax # stream-write # (eax..ecx) = "x:" b8/copy-to-eax "x:"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # _test-input-stream contains "int" (clear-stream _test-input-stream) (write _test-input-stream "int") # var v/edx: (handle var) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp # (parse-var-with-type %ecx _test-input-stream %edx 0 Stderr 0) # var v-addr/edx: (addr var) = lookup(v) (lookup *edx *(edx+4)) # => eax 89/<- %edx 0/r32/eax # check v-addr->name (lookup *edx *(edx+4)) # Var-name Var-name => eax (check-strings-equal %eax "x" "F - test-parse-var-with-type/name") # check v-addr->type (lookup *(edx+8) *(edx+0xc)) # Var-type Var-type => eax (check-ints-equal *eax 1 "F - test-parse-var-with-type/type:0") # Type-tree-is-atom (check-ints-equal *(eax+4) 1 "F - test-parse-var-with-type/type:1") # Type-tree-value (check-ints-equal *(eax+0xc) 0 "F - test-parse-var-with-type/type:2") # Type-tree-right # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-parse-var-with-type-and-register: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup 8b/-> *Primitive-type-ids 0/r32/eax 89/<- *Type-id 0/r32/eax # stream-write # (eax..ecx) = "x/eax:" b8/copy-to-eax "x/eax:"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # _test-input-stream contains "int" (clear-stream _test-input-stream) (write _test-input-stream "int") # var v/edx: (handle var) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp # (parse-var-with-type %ecx _test-input-stream %edx 0 Stderr 0) # var v-addr/edx: (addr var) = lookup(v) (lookup *edx *(edx+4)) # => eax 89/<- %edx 0/r32/eax # check v-addr->name (lookup *edx *(edx+4)) # Var-name Var-name => eax (check-strings-equal %eax "x" "F - test-parse-var-with-type-and-register/name") # check v-addr->register (lookup *(edx+0x18) *(edx+0x1c)) # Var-register Var-register => eax (check-strings-equal %eax "eax" "F - test-parse-var-with-type-and-register/register") # check v-addr->type (lookup *(edx+8) *(edx+0xc)) # Var-type Var-type => eax (check-ints-equal *eax 1 "F - test-parse-var-with-type-and-register/type:0") # Type-tree-is-atom (check-ints-equal *(eax+4) 1 "F - test-parse-var-with-type-and-register/type:1") # Type-tree-left (check-ints-equal *(eax+0xc) 0 "F - test-parse-var-with-type-and-register/type:2") # Type-tree-right # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-parse-var-with-trailing-characters: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup 8b/-> *Primitive-type-ids 0/r32/eax 89/<- *Type-id 0/r32/eax # stream-write # (eax..ecx) = "x:" b8/copy-to-eax "x:"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # _test-input-stream contains "int," (clear-stream _test-input-stream) (write _test-input-stream "int,") # var v/edx: (handle var) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp # (parse-var-with-type %ecx _test-input-stream %edx 0 Stderr 0) # var v-addr/edx: (addr var) = lookup(v) (lookup *edx *(edx+4)) # => eax 89/<- %edx 0/r32/eax # check v-addr->name (lookup *edx *(edx+4)) # Var-name Var-name => eax (check-strings-equal %eax "x" "F - test-parse-var-with-trailing-characters/name") # check v-addr->register (check-ints-equal *(edx+0x18) 0 "F - test-parse-var-with-trailing-characters/register") # Var-register # check v-addr->type (lookup *(edx+8) *(edx+0xc)) # Var-type Var-type => eax (check-ints-equal *eax 1 "F - test-parse-var-with-trailing-characters/type:0") # Type-tree-is-atom (check-ints-equal *(eax+4) 1 "F - test-parse-var-with-trailing-characters/type:1") # Type-tree-left (check-ints-equal *(eax+0xc) 0 "F - test-parse-var-with-trailing-characters/type:1") # Type-tree-right # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-parse-var-with-register-and-trailing-characters: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup 8b/-> *Primitive-type-ids 0/r32/eax 89/<- *Type-id 0/r32/eax # stream-write # (eax..ecx) = "x/eax:" b8/copy-to-eax "x/eax:"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # _test-input-stream contains "int," (clear-stream _test-input-stream) (write _test-input-stream "int,") # var v/edx: (handle var) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp # (parse-var-with-type %ecx _test-input-stream %edx 0 Stderr 0) # var v-addr/edx: (addr var) = lookup(v) (lookup *edx *(edx+4)) # => eax 89/<- %edx 0/r32/eax # check v-addr->name (lookup *edx *(edx+4)) # Var-name Var-name => eax (check-strings-equal %eax "x" "F - test-parse-var-with-register-and-trailing-characters/name") # check v-addr->register (lookup *(edx+0x18) *(edx+0x1c)) # Var-register Var-register => eax (check-strings-equal %eax "eax" "F - test-parse-var-with-register-and-trailing-characters/register") # check v-addr->type (lookup *(edx+8) *(edx+0xc)) # Var-type Var-type => eax (check-ints-equal *eax 1 "F - test-parse-var-with-register-and-trailing-characters/type:0") # Type-tree-is-atom (check-ints-equal *(eax+4) 1 "F - test-parse-var-with-register-and-trailing-characters/type:1") # Type-tree-left (check-ints-equal *(eax+0xc) 0 "F - test-parse-var-with-register-and-trailing-characters/type:2") # Type-tree-right # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-parse-var-with-compound-type: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup 8b/-> *Primitive-type-ids 0/r32/eax 89/<- *Type-id 0/r32/eax # stream-write # (eax..ecx) = "x:" b8/copy-to-eax "x:"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # _test-input-stream contains "(addr int)" (clear-stream _test-input-stream) (write _test-input-stream "(addr int)") # var v/edx: (handle var) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp # (parse-var-with-type %ecx _test-input-stream %edx 0 Stderr 0) # var v-addr/edx: (addr var) = lookup(v) (lookup *edx *(edx+4)) # => eax 89/<- %edx 0/r32/eax # check v-addr->name (lookup *edx *(edx+4)) # Var-name Var-name => eax (check-strings-equal %eax "x" "F - test-parse-var-with-compound-type/name") # check v-addr->register (check-ints-equal *(edx+0x18) 0 "F - test-parse-var-with-compound-type/register") # Var-register # - check v-addr->type # var type/edx: (addr type-tree) = var->type (lookup *(edx+8) *(edx+0xc)) # Var-type Var-type => eax 89/<- %edx 0/r32/eax # type is a non-atom (check-ints-equal *edx 0 "F - test-parse-var-with-compound-type/type:0") # Type-tree-is-atom # type->left == atom(addr) (lookup *(edx+4) *(edx+8)) # Type-tree-left Type-tree-left => eax (check-ints-equal *eax 1 "F - test-parse-var-with-compound-type/type:1") # Type-tree-is-atom (check-ints-equal *(eax+4) 2 "F - test-parse-var-with-compound-type/type:2") # Type-tree-value # type->right->left == atom(int) (lookup *(edx+0xc) *(edx+0x10)) # Type-tree-right Type-tree-right => eax (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax (check-ints-equal *eax 1 "F - test-parse-var-with-compound-type/type:3") # Type-tree-is-atom (check-ints-equal *(eax+4) 1 "F - test-parse-var-with-compound-type/type:4") # Type-tree-value # type->right->right == null (check-ints-equal *(eax+0xc) 0 "F - test-parse-var-with-compound-type/type:5") # Type-tree-right # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # identifier starts with a letter or '$' or '_' # no constraints at the moment on later letters # all we really want to do so far is exclude '{', '}' and '->' identifier?: # in: (addr slice) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # if (slice-empty?(in)) return false (slice-empty? *(ebp+8)) # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $identifier?:false/disp8 # var c/eax: byte = *in->start 8b/-> *(ebp+8) 0/r32/eax 8b/-> *eax 0/r32/eax 8a/copy-byte *eax 0/r32/AL 81 4/subop/and %eax 0xff/imm32 # if (c == '$') return true 3d/compare-eax-and 0x24/imm32/$ 74/jump-if-= $identifier?:true/disp8 # if (c == '_') return true 3d/compare-eax-and 0x5f/imm32/_ 74/jump-if-= $identifier?:true/disp8 # drop case 25/and-eax-with 0x5f/imm32 # if (c < 'A') return false 3d/compare-eax-and 0x41/imm32/A 7c/jump-if-< $identifier?:false/disp8 # if (c > 'Z') return false 3d/compare-eax-and 0x5a/imm32/Z 7f/jump-if-> $identifier?:false/disp8 # otherwise return true $identifier?:true: b8/copy-to-eax 1/imm32/true eb/jump $identifier?:end/disp8 $identifier?:false: b8/copy-to-eax 0/imm32/false $identifier?:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-is-identifier-dollar: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (eax..ecx) = "$a" b8/copy-to-eax "$a"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # (identifier? %ecx) (check-ints-equal %eax 1 "F - test-is-identifier-dollar") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-is-identifier-underscore: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (eax..ecx) = "_a" b8/copy-to-eax "_a"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # (identifier? %ecx) (check-ints-equal %eax 1 "F - test-is-identifier-underscore") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-is-identifier-a: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (eax..ecx) = "a$" b8/copy-to-eax "a$"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # (identifier? %ecx) (check-ints-equal %eax 1 "F - test-is-identifier-a") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-is-identifier-z: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (eax..ecx) = "z$" b8/copy-to-eax "z$"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # (identifier? %ecx) (check-ints-equal %eax 1 "F - test-is-identifier-z") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-is-identifier-A: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (eax..ecx) = "A$" b8/copy-to-eax "A$"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # (identifier? %ecx) (check-ints-equal %eax 1 "F - test-is-identifier-A") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-is-identifier-Z: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (eax..ecx) = "Z$" b8/copy-to-eax "Z$"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # (identifier? %ecx) (check-ints-equal %eax 1 "F - test-is-identifier-Z") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-is-identifier-at: # character before 'A' is invalid # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (eax..ecx) = "@a" b8/copy-to-eax "@a"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # (identifier? %ecx) (check-ints-equal %eax 0 "F - test-is-identifier-@") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-is-identifier-square-bracket: # character after 'Z' is invalid # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (eax..ecx) = "[a" b8/copy-to-eax "[a"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # (identifier? %ecx) (check-ints-equal %eax 0 "F - test-is-identifier-@") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-is-identifier-backtick: # character before 'a' is invalid # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (eax..ecx) = "`a" b8/copy-to-eax "`a"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # (identifier? %ecx) (check-ints-equal %eax 0 "F - test-is-identifier-backtick") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-is-identifier-curly-brace-open: # character after 'z' is invalid; also used for blocks # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (eax..ecx) = "{a" b8/copy-to-eax "{a"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # (identifier? %ecx) (check-ints-equal %eax 0 "F - test-is-identifier-curly-brace-open") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-is-identifier-curly-brace-close: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (eax..ecx) = "}a" b8/copy-to-eax "}a"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # (identifier? %ecx) (check-ints-equal %eax 0 "F - test-is-identifier-curly-brace-close") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-is-identifier-hyphen: # disallow leading '-' since '->' has special meaning # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (eax..ecx) = "-a" b8/copy-to-eax "-a"/imm32 8b/-> *eax 1/r32/ecx 8d/copy-address *(eax+ecx+4) 1/r32/ecx 05/add-to-eax 4/imm32 # var slice/ecx: slice = {eax, ecx} 51/push-ecx 50/push-eax 89/<- %ecx 4/r32/esp # (identifier? %ecx) (check-ints-equal %eax 0 "F - test-is-identifier-hyphen") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return populate-mu-function-body: # in: (addr buffered-file), out: (addr function), vars: (addr stack live-var), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 56/push-esi 57/push-edi # esi = in 8b/-> *(ebp+8) 6/r32/esi # edi = out 8b/-> *(ebp+0xc) 7/r32/edi # initialize some global state c7 0/subop/copy *Curr-block-depth 1/imm32 # parse-mu-block(in, vars, out, out->body) 8d/copy-address *(edi+0x18) 0/r32/eax # Function-body (parse-mu-block %esi *(ebp+0x10) %edi %eax *(ebp+0x14) *(ebp+0x18)) $populate-mu-function-body:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # parses a block, assuming that the leading '{' has already been read by the caller parse-mu-block: # in: (addr buffered-file), vars: (addr stack live-var), fn: (addr function), out: (addr handle block), err: (addr buffered-file), ed: (addr exit-descriptor) # pseudocode: # var line: (stream byte 512) # var word-slice: slice # allocate(Heap, Stmt-size, out) # var out-addr: (addr block) = lookup(*out) # out-addr->tag = 0/block # out-addr->var = some unique name # push(vars, {out-addr->var, false}) # while true # line loop # clear-stream(line) # read-line-buffered(in, line) # if (line->write == 0) break # end of file # word-slice = next-mu-token(line) # if slice-empty?(word-slice) # end of line # continue # else if slice-starts-with?(word-slice, "#") # continue # else if slice-equal?(word-slice, "{") # assert(no-tokens-in(line)) # block = parse-mu-block(in, vars, fn) # append-to-block(out-addr, block) # else if slice-equal?(word-slice, "}") # break # else if slice-ends-with?(word-slice, ":") # # TODO: error-check the rest of 'line' # --word-slice->end to skip ':' # named-block = parse-mu-named-block(word-slice, in, vars, fn) # append-to-block(out-addr, named-block) # else if slice-equal?(word-slice, "var") # var-def = parse-mu-var-def(line, vars, fn) # append-to-block(out-addr, var-def) # else # stmt = parse-mu-stmt(line, vars, fn) # append-to-block(out-addr, stmt) # pop(vars) # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 57/push-edi # var line/ecx: (stream byte 512) 81 5/subop/subtract %esp 0x200/imm32 68/push 0x200/imm32/size 68/push 0/imm32/read 68/push 0/imm32/write 89/<- %ecx 4/r32/esp # var word-slice/edx: slice 68/push 0/imm32/end 68/push 0/imm32/start 89/<- %edx 4/r32/esp # allocate into out (allocate Heap *Stmt-size *(ebp+0x14)) # var out-addr/edi: (addr block) = lookup(*out) 8b/-> *(ebp+0x14) 7/r32/edi (lookup *edi *(edi+4)) # => eax 89/<- %edi 0/r32/eax # out-addr->tag is 0 (block) by default # set out-addr->var 8d/copy-address *(edi+0xc) 0/r32/eax # Block-var (new-block-name *(ebp+0x10) %eax) # push(vars, out-addr->var) (push *(ebp+0xc) *(edi+0xc)) # Block-var (push *(ebp+0xc) *(edi+0x10)) # Block-var (push *(ebp+0xc) 0) # false # increment *Curr-block-depth ff 0/subop/increment *Curr-block-depth { $parse-mu-block:line-loop: # line = read-line-buffered(in) (clear-stream %ecx) (read-line-buffered *(ebp+8) %ecx) #? (write-buffered Stderr "line: ") #? (write-stream-data Stderr %ecx) #? #? (write-buffered Stderr Newline) # line has its own newline #? (flush Stderr) #? (rewind-stream %ecx) # if (line->write == 0) break 81 7/subop/compare *ecx 0/imm32 0f 84/jump-if-= break/disp32 #? (write-buffered Stderr "vars:\n") #? (dump-vars *(ebp+0xc)) # word-slice = next-mu-token(line) (next-mu-token %ecx %edx) #? (write-buffered Stderr "word: ") #? (write-slice-buffered Stderr %edx) #? (write-buffered Stderr Newline) #? (flush Stderr) # if slice-empty?(word-slice) continue (slice-empty? %edx) 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= loop/disp32 # if (slice-starts-with?(word-slice, '#') continue # . eax = *word-slice->start 8b/-> *edx 0/r32/eax 8a/copy-byte *eax 0/r32/AL 81 4/subop/and %eax 0xff/imm32 # . if (eax == '#') continue 3d/compare-eax-and 0x23/imm32/hash 0f 84/jump-if-= loop/disp32 # if slice-equal?(word-slice, "{") { $parse-mu-block:check-for-block: (slice-equal? %edx "{") 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-no-tokens-left %ecx) # parse new block and append # . var tmp/eax: (handle block) 68/push 0/imm32 68/push 0/imm32 89/<- %eax 4/r32/esp # . (parse-mu-block *(ebp+8) *(ebp+0xc) *(ebp+0x10) %eax *(ebp+0x18) *(ebp+0x1c)) (append-to-block Heap %edi *eax *(eax+4)) # . reclaim tmp 81 0/subop/add %esp 8/imm32 # . e9/jump $parse-mu-block:line-loop/disp32 } # if slice-equal?(word-slice, "}") break $parse-mu-block:check-for-end: (slice-equal? %edx "}") 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= break/disp32 # if slice-ends-with?(word-slice, ":") parse named block and append { $parse-mu-block:check-for-named-block: # . eax = *(word-slice->end-1) 8b/-> *(edx+4) 0/r32/eax 48/decrement-eax 8a/copy-byte *eax 0/r32/AL 81 4/subop/and %eax 0xff/imm32 # . if (eax != ':') break 3d/compare-eax-and 0x3a/imm32/colon 0f 85/jump-if-!= break/disp32 # TODO: error-check the rest of 'line' # # skip ':' ff 1/subop/decrement *(edx+4) # Slice-end # var tmp/eax: (handle block) 68/push 0/imm32 68/push 0/imm32 89/<- %eax 4/r32/esp # (parse-mu-named-block %edx *(ebp+8) *(ebp+0xc) *(ebp+0x10) %eax *(ebp+0x18) *(ebp+0x1c)) (append-to-block Heap %edi *eax *(eax+4)) # reclaim tmp 81 0/subop/add %esp 8/imm32 # e9/jump $parse-mu-block:line-loop/disp32 } # if slice-equal?(word-slice, "var") { $parse-mu-block:check-for-var: (slice-equal? %edx "var") 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 # var tmp/eax: (handle block) 68/push 0/imm32 68/push 0/imm32 89/<- %eax 4/r32/esp # (parse-mu-var-def %ecx *(ebp+0xc) %eax *(ebp+0x10) *(ebp+0x18) *(ebp+0x1c)) (append-to-block Heap %edi *eax *(eax+4)) # reclaim tmp 81 0/subop/add %esp 8/imm32 # e9/jump $parse-mu-block:line-loop/disp32 } $parse-mu-block:regular-stmt: # otherwise # var tmp/eax: (handle block) 68/push 0/imm32 68/push 0/imm32 89/<- %eax 4/r32/esp # (parse-mu-stmt %ecx *(ebp+0xc) *(ebp+0x10) %eax *(ebp+0x18) *(ebp+0x1c)) (append-to-block Heap %edi *eax *(eax+4)) # reclaim tmp 81 0/subop/add %esp 8/imm32 # e9/jump loop/disp32 } # end line loop (clean-up-blocks *(ebp+0xc) *Curr-block-depth *(ebp+0x10)) # decrement *Curr-block-depth ff 1/subop/decrement *Curr-block-depth # pop(vars) (pop *(ebp+0xc)) # => eax (pop *(ebp+0xc)) # => eax (pop *(ebp+0xc)) # => eax $parse-mu-block:end: # . reclaim locals 81 0/subop/add %esp 0x214/imm32 # . restore registers 5f/pop-to-edi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $parse-mu-block:abort: # error("'{' or '}' should be on its own line, but got '") (write-buffered *(ebp+0x18) "'{' or '}' should be on its own line, but got '") (rewind-stream %ecx) (write-stream-data *(ebp+0x18) %ecx) (write-buffered *(ebp+0x18) "'\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here new-block-name: # fn: (addr function), out: (addr handle var) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx # var n/ecx: int = len(fn->name) + 10 for an int + 2 for '$:' 8b/-> *(ebp+8) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax 8b/-> *eax 0/r32/eax # String-size 05/add-to-eax 0xd/imm32 # 10 + 2 for '$:' 89/<- %ecx 0/r32/eax # var name/edx: (stream byte n) 29/subtract-from %esp 1/r32/ecx ff 6/subop/push %ecx 68/push 0/imm32/read 68/push 0/imm32/write 89/<- %edx 4/r32/esp (clear-stream %edx) # eax = fn->name 8b/-> *(ebp+8) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax # construct result using Next-block-index (and increment it) (write %edx "$") (write %edx %eax) (write %edx ":") (write-int32-hex %edx *Next-block-index) ff 0/subop/increment *Next-block-index # var s/eax: slice = {name->data, name->data + name->write} (clobbering edx) # . eax = name->write 8b/-> *edx 0/r32/eax # . edx = name->data 8d/copy-address *(edx+0xc) 2/r32/edx # . eax = name->write + name->data 01/add-to %eax 2/r32/edx # . push {edx, eax} ff 6/subop/push %eax ff 6/subop/push %edx 89/<- %eax 4/r32/esp # out = new literal(s) (new-literal Heap %eax *(ebp+0xc)) #? 8b/-> *(ebp+0xc) 0/r32/eax #? (write-buffered Stderr "type allocid in caller after new-literal: ") #? (write-int32-hex-buffered Stderr *(eax+8)) #? (write-buffered Stderr " for var ") #? (write-int32-hex-buffered Stderr %eax) #? (write-buffered Stderr Newline) #? (flush Stderr) $new-block-name:end: # . reclaim locals 81 0/subop/add %ecx 0xc/imm32 # name.{read/write/len} 81 0/subop/add %ecx 8/imm32 # slice 01/add-to %esp 1/r32/ecx # . restore registers 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return check-no-tokens-left: # line: (addr stream byte) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # var s/ecx: slice 68/push 0/imm32/end 68/push 0/imm32/start 89/<- %ecx 4/r32/esp # (next-mu-token *(ebp+8) %ecx) # if slice-empty?(s) return (slice-empty? %ecx) 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $check-no-tokens-left:end/disp8 # if (slice-starts-with?(s, '#') return # . eax = *s->start 8b/-> *edx 0/r32/eax 8a/copy-byte *eax 0/r32/AL 81 4/subop/and %eax 0xff/imm32 # . if (eax == '#') continue 3d/compare-eax-and 0x23/imm32/hash 74/jump-if-= $check-no-tokens-left:end/disp8 # abort (write-buffered Stderr "'{' or '}' should be on its own line, but got '") (rewind-stream %ecx) (write-stream 2 %ecx) (write-buffered Stderr "'\n") (flush Stderr) # . syscall(exit, 1) bb/copy-to-ebx 1/imm32 e8/call syscall_exit/disp32 # never gets here $check-no-tokens-left:end: # . reclaim locals 81 0/subop/add %esp 8/imm32 # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return parse-mu-named-block: # name: (addr slice), in: (addr buffered-file), vars: (addr stack live-var), fn: (addr function), out: (addr handle stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # pseudocode: # var v: (handle var) # new-literal(name, v) # push(vars, {v, false}) # parse-mu-block(in, vars, fn, out) # pop(vars) # out->tag = block # out->var = v # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 57/push-edi # var v/ecx: (handle var) 68/push 0/imm32 68/push 0/imm32 89/<- %ecx 4/r32/esp # (new-literal Heap *(ebp+8) %ecx) # push(vars, v) (push *(ebp+0x10) *ecx) (push *(ebp+0x10) *(ecx+4)) (push *(ebp+0x10) 0) # false # (parse-mu-block *(ebp+0xc) *(ebp+0x10) *(ebp+0x14) *(ebp+0x18) *(ebp+0x1c) *(ebp+0x20)) # pop v off vars (pop *(ebp+0x10)) # => eax (pop *(ebp+0x10)) # => eax (pop *(ebp+0x10)) # => eax # var out-addr/edi: (addr stmt) = lookup(*out) 8b/-> *(ebp+0x18) 7/r32/edi (lookup *edi *(edi+4)) # => eax 89/<- %edi 0/r32/eax # out-addr->tag = named-block c7 0/subop/copy *edi 0/imm32/block # Stmt-tag # out-addr->var = v 8b/-> *ecx 0/r32/eax 89/<- *(edi+0xc) 0/r32/eax # Block-var 8b/-> *(ecx+4) 0/r32/eax 89/<- *(edi+0x10) 0/r32/eax # Block-var $parse-mu-named-block:end: # . reclaim locals 81 0/subop/add %esp 8/imm32 # . restore registers 5f/pop-to-edi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return parse-mu-var-def: # line: (addr stream byte), vars: (addr stack live-var), out: (addr handle stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 56/push-esi 57/push-edi # edi = out 8b/-> *(ebp+0x10) 7/r32/edi # var word-slice/ecx: slice 68/push 0/imm32/end 68/push 0/imm32/start 89/<- %ecx 4/r32/esp # var v/edx: (handle var) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp # v = parse-var-with-type(next-mu-token(line)) (next-mu-token *(ebp+8) %ecx) { # just for tests, support null fn 8b/-> *(ebp+0x14) 0/r32/eax 3d/compare-eax-and 0/imm32 74/jump-if-= break/disp8 (lookup *eax *(eax+4)) # Var-name Var-name => eax } (parse-var-with-type %ecx *(ebp+8) %edx %eax *(ebp+0x18) *(ebp+0x1c)) # var v-addr/esi: (addr var) (lookup *edx *(edx+4)) # => eax 89/<- %esi 0/r32/eax # v->block-depth = *Curr-block-depth 8b/-> *Curr-block-depth 0/r32/eax 89/<- *(esi+0x10) 0/r32/eax # Var-block-depth # either v has no register and there's no more to this line 81 7/subop/compare *(esi+0x18) 0/imm32 { 75/jump-if-!= break/disp8 # if v-addr->type == byte, abort (lookup *(esi+8) *(esi+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 8) # byte => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $parse-mu-var-def:error-byte-on-stack/disp32 # ensure that there's nothing else on this line (next-mu-token *(ebp+8) %ecx) (slice-empty? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $parse-mu-var-def:error2/disp32 # (new-var-def Heap *edx *(edx+4) %edi) e9/jump $parse-mu-var-def:update-vars/disp32 } # or v has a register and there's more to this line { 0f 84/jump-if-= break/disp32 # if v-addr->type == byte, check for unsupported registers { (lookup *(esi+8) *(esi+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 8) # byte => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (lookup *(esi+0x18) *(esi+0x1c)) # => eax (string-equal? %eax "esi") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $parse-mu-var-def:error-byte-registers/disp32 (lookup *(esi+0x18) *(esi+0x1c)) # => eax (string-equal? %eax "edi") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $parse-mu-var-def:error-byte-registers/disp32 } # TODO: vars of type 'byte' should only be initialized by clearing to 0 # ensure that the next word is '<-' (next-mu-token *(ebp+8) %ecx) (slice-equal? %ecx "<-") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $parse-mu-var-def:error1/disp32 # (new-reg-var-def Heap *edx *(edx+4) %edi) (lookup *edi *(edi+4)) # => eax (add-operation-and-inputs-to-stmt %eax *(ebp+8) *(ebp+0xc) *(ebp+0x14) *(ebp+0x18) *(ebp+0x1c)) } $parse-mu-var-def:update-vars: # push 'v' at end of function (push *(ebp+0xc) *edx) (push *(ebp+0xc) *(edx+4)) (push *(ebp+0xc) 0) # Live-var-register-spilled is unused during parsing $parse-mu-var-def:end: # . reclaim locals 81 0/subop/add %esp 0x10/imm32 # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $parse-mu-var-def:error1: (rewind-stream *(ebp+8)) # error("register variable requires a valid instruction to initialize but got '" line "'\n") (write-buffered *(ebp+0x18) "register variable requires a valid instruction to initialize but got '") (flush *(ebp+0x18)) (write-stream-data *(ebp+0x18) *(ebp+8)) (write-buffered *(ebp+0x18) "'\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here $parse-mu-var-def:error2: # error("fn " fn ": var " var ": variables on the stack can't take an initializer\n") (write-buffered *(ebp+0x18) "fn ") 8b/-> *(ebp+0x14) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) ": var ") # var v-addr/eax: (addr var) = lookup(v) (lookup *edx *(edx+4)) # => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) ": variables on the stack can't take an initializer\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here $parse-mu-var-def:error-byte-on-stack: # error("fn " fn ": var '" var "' of type 'byte' cannot be on the stack\n") (write-buffered *(ebp+0x18) "fn ") 8b/-> *(ebp+0x14) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) ": var '") # var v-addr/eax: (addr var) = lookup(v) (lookup *edx *(edx+4)) # => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) "' of type 'byte' cannot be on the stack\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here $parse-mu-var-def:error-byte-registers: # error("fn " fn ": var '" var "' of type 'byte' cannot be in esi or edi\n") (write-buffered *(ebp+0x18) "fn ") 8b/-> *(ebp+0x14) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) ": var '") # var v-addr/eax: (addr var) = lookup(v) (lookup *edx *(edx+4)) # => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) "' of type 'byte' cannot be in esi or edi\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here test-parse-mu-var-def: # 'var n: int' # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup 8b/-> *Primitive-type-ids 0/r32/eax 89/<- *Type-id 0/r32/eax # stream-write (clear-stream _test-input-stream) (write _test-input-stream "n: int\n") # caller has consumed the 'var' c7 0/subop/copy *Curr-block-depth 1/imm32 # var out/esi: (handle stmt) 68/push 0/imm32 68/push 0/imm32 89/<- %esi 4/r32/esp # var vars/ecx: (stack (addr var) 16) 81 5/subop/subtract %esp 0xc0/imm32 68/push 0xc0/imm32/size 68/push 0/imm32/top 89/<- %ecx 4/r32/esp (clear-stack %ecx) # convert (parse-mu-var-def _test-input-stream %ecx %esi 0 Stderr 0) # var out-addr/esi: (addr stmt) (lookup *esi *(esi+4)) # => eax 89/<- %esi 0/r32/eax # (check-ints-equal *esi 2 "F - test-parse-mu-var-def/tag") # Stmt-tag is var-def # var v/ecx: (addr var) = lookup(out->var) (lookup *(esi+4) *(esi+8)) # Vardef-var Vardef-var => eax 89/<- %ecx 0/r32/eax # v->name (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (check-strings-equal %eax "n" "F - test-parse-mu-var-def/var-name") # v->register (check-ints-equal *(ecx+0x18) 0 "F - test-parse-mu-var-def/var-register") # Var-register # v->block-depth (check-ints-equal *(ecx+0x10) 1 "F - test-parse-mu-var-def/output-block-depth") # Var-block-depth # v->type == int (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax (check-ints-equal *eax 1 "F - test-parse-mu-var-def/var-type:0") # Type-tree-is-atom (check-ints-equal *(eax+4) 1 "F - test-parse-mu-var-def/var-type:1") # Type-tree-value (check-ints-equal *(eax+0xc) 0 "F - test-parse-mu-var-def/var-type:2") # Type-tree-right # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-parse-mu-reg-var-def: # 'var n/eax: int <- copy 0' # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup 8b/-> *Primitive-type-ids 0/r32/eax 89/<- *Type-id 0/r32/eax # stream-write (clear-stream _test-input-stream) (write _test-input-stream "n/eax: int <- copy 0\n") # caller has consumed the 'var' c7 0/subop/copy *Curr-block-depth 1/imm32 # var out/esi: (handle stmt) 68/push 0/imm32 68/push 0/imm32 89/<- %esi 4/r32/esp # var vars/ecx: (stack (addr var) 16) 81 5/subop/subtract %esp 0xc0/imm32 68/push 0xc0/imm32/size 68/push 0/imm32/top 89/<- %ecx 4/r32/esp (clear-stack %ecx) # convert (parse-mu-var-def _test-input-stream %ecx %esi 0 Stderr 0) # var out-addr/esi: (addr stmt) (lookup *esi *(esi+4)) # => eax 89/<- %esi 0/r32/eax # (check-ints-equal *esi 3 "F - test-parse-mu-reg-var-def/tag") # Stmt-tag is reg-var-def # var v/ecx: (addr var) = lookup(out->outputs->value) # . eax: (addr stmt-var) = lookup(out->outputs) (lookup *(esi+0x14) *(esi+0x18)) # Regvardef-outputs Regvardef-outputs => eax # . (check-ints-equal *(eax+8) 0 "F - test-parse-mu-reg-var-def/single-output") # Stmt-var-next # . eax: (addr var) = lookup(eax->value) (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax # . ecx = eax 89/<- %ecx 0/r32/eax # v->name (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (check-strings-equal %eax "n" "F - test-parse-mu-reg-var-def/output-name") # Var-name # v->register (lookup *(ecx+0x18) *(ecx+0x1c)) # Var-register Var-register => eax (check-strings-equal %eax "eax" "F - test-parse-mu-reg-var-def/output-register") # v->block-depth (check-ints-equal *(ecx+0x10) 1 "F - test-parse-mu-reg-var-def/output-block-depth") # Var-block-depth # v->type == int (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax (check-ints-equal *eax 1 "F - test-parse-mu-reg-var-def/output-type:0") # Type-tree-is-atom (check-ints-equal *(eax+4) 1 "F - test-parse-mu-reg-var-def/output-type:1") # Type-tree-value (check-ints-equal *(eax+0xc) 0 "F - test-parse-mu-reg-var-def/output-type:2") # Type-tree-right # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return parse-mu-stmt: # line: (addr stream byte), vars: (addr stack live-var), fn: (addr function), out: (addr handle stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # pseudocode: # var name: slice # allocate(Heap, Stmt-size, out) # var out-addr: (addr stmt) = lookup(*out) # out-addr->tag = stmt # if stmt-has-outputs?(line) # while true # name = next-mu-token(line) # if (name == '<-') break # assert(identifier?(name)) # var v: (handle var) = lookup-var(name, vars) # out-addr->outputs = append(v, out-addr->outputs) # add-operation-and-inputs-to-stmt(out-addr, line, vars) # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 57/push-edi # var name/ecx: slice 68/push 0/imm32/end 68/push 0/imm32/start 89/<- %ecx 4/r32/esp # var is-deref?/edx: boolean = false ba/copy-to-edx 0/imm32/false # var v: (handle var) 68/push 0/imm32 68/push 0/imm32 89/<- %ebx 4/r32/esp # (allocate Heap *Stmt-size *(ebp+0x14)) # var out-addr/edi: (addr stmt) = lookup(*out) 8b/-> *(ebp+0x14) 7/r32/edi (lookup *edi *(edi+4)) # => eax 89/<- %edi 0/r32/eax # out-addr->tag = 1/stmt c7 0/subop/copy *edi 1/imm32/stmt1 # Stmt-tag { (stmt-has-outputs? *(ebp+8)) 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 { $parse-mu-stmt:read-outputs: # name = next-mu-token(line) (next-mu-token *(ebp+8) %ecx) # if slice-empty?(word-slice) break (slice-empty? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= break/disp32 # if (name == "<-") break (slice-equal? %ecx "<-") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= break/disp32 # if slice-starts-with?(name, "*") abort 8b/-> *ecx 0/r32/eax # Slice-start 8a/copy-byte *eax 0/r32/AL 81 4/subop/and %eax 0xff/imm32 3d/compare-eax-and 0x2a/imm32/asterisk 0f 84/jump-if-= $parse-mu-stmt:error-output-dereferenced/disp32 # assert(identifier?(name)) (identifier? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $parse-mu-stmt:abort/disp32 # (lookup-var %ecx *(ebp+0xc) %ebx *(ebp+0x10) *(ebp+0x18) *(ebp+0x1c)) 8d/copy-address *(edi+0x14) 0/r32/eax # Stmt1-outputs (append-stmt-var Heap *ebx *(ebx+4) *(edi+0x14) *(edi+0x18) 0 %eax) # Stmt1-outputs # e9/jump loop/disp32 } } (add-operation-and-inputs-to-stmt %edi *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x18) *(ebp+0x1c)) $parse-mu-stmt:end: # . reclaim locals 81 0/subop/add %esp 0x10/imm32 # . restore registers 5f/pop-to-edi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $parse-mu-stmt:abort: # error("invalid identifier '" name "'\n") (write-buffered *(ebp+0x18) "fn ") 8b/-> *(ebp+0x10) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) ": invalid identifier '") (write-slice-buffered *(ebp+0x18) %ecx) (write-buffered *(ebp+0x18) "'\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here $parse-mu-stmt:error-output-dereferenced: # error("invalid identifier '" name "'\n") (write-buffered *(ebp+0x18) "fn ") 8b/-> *(ebp+0x10) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) ": output '") (write-slice-buffered *(ebp+0x18) %ecx) (write-buffered *(ebp+0x18) "' should write to a register, and therefore cannot be dereferenced\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here add-operation-and-inputs-to-stmt: # stmt: (addr stmt), line: (addr stream byte), vars: (addr stack live-var), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # pseudocode: # stmt->name = slice-to-string(next-mu-token(line)) # while true # name = next-mu-token(line) # v = lookup-var-or-literal(name) # stmt->inouts = append(v, stmt->inouts) # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # edi = stmt 8b/-> *(ebp+8) 7/r32/edi # var name/ecx: slice 68/push 0/imm32/end 68/push 0/imm32/start 89/<- %ecx 4/r32/esp # var is-deref?/edx: boolean = false ba/copy-to-edx 0/imm32/false # var v/esi: (handle var) 68/push 0/imm32 68/push 0/imm32 89/<- %esi 4/r32/esp $add-operation-and-inputs-to-stmt:read-operation: (next-mu-token *(ebp+0xc) %ecx) 8d/copy-address *(edi+4) 0/r32/eax # Stmt1-operation or Regvardef-operationStmt1-operation or Regvardef-operation (slice-to-string Heap %ecx %eax) # var is-get?/ebx: boolean = (name == "get") (slice-equal? %ecx "get") # => eax 89/<- %ebx 0/r32/eax { $add-operation-and-inputs-to-stmt:read-inouts: # name = next-mu-token(line) (next-mu-token *(ebp+0xc) %ecx) # if slice-empty?(word-slice) break (slice-empty? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= break/disp32 # if (name == "<-") abort (slice-equal? %ecx "<-") 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $add-operation-and-inputs-to-stmt:abort/disp32 # if (get? && second operand) lookup or create offset { 81 7/subop/compare %ebx 0/imm32/false 74/jump-if-= break/disp8 (lookup *(edi+0xc) *(edi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 3d/compare-eax-and 0/imm32 74/jump-if-= break/disp8 (lookup-or-create-constant %eax %ecx %esi) #? (lookup *esi *(esi+4)) #? (write-buffered Stderr "creating new output var ") #? (write-int32-hex-buffered Stderr %eax) #? (write-buffered Stderr " for field called ") #? (write-slice-buffered Stderr %ecx) #? (write-buffered Stderr "; var name ") #? (lookup *eax *(eax+4)) # Var-name #? (write-buffered Stderr %eax) #? (write-buffered Stderr Newline) #? (flush Stderr) e9/jump $add-operation-and-inputs-to-stmt:save-var/disp32 } # is-deref? = false ba/copy-to-edx 0/imm32/false # if (slice-starts-with?(name, '*')) ++name->start and set is-deref? 8b/-> *ecx 0/r32/eax # Slice-start 8a/copy-byte *eax 0/r32/AL 81 4/subop/and %eax 0xff/imm32 3d/compare-eax-and 0x2a/imm32/asterisk { 75/jump-if-!= break/disp8 $add-operation-and-inputs-to-stmt:inout-is-deref: ff 0/subop/increment *ecx ba/copy-to-edx 1/imm32/true } (lookup-var-or-literal %ecx *(ebp+0x10) %esi *(ebp+0x14) *(ebp+0x18) *(ebp+0x1c)) # if (deref?) some additional checks 81 7/subop/compare %edx 0/imm32/false { 74/jump-if-= break/disp8 # if var is not in register, abort (lookup *esi *(esi+4)) # => eax 81 7/subop/compare *(eax+0x18) 0/imm32 # Var-register 0f 84/jump-if-= $add-operation-and-inputs-to-stmt:error-deref-on-stack/disp32 # if var is not an address, abort (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax (mu-addr-type? %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $add-operation-and-inputs-to-stmt:error-deref-non-addr/disp32 } $add-operation-and-inputs-to-stmt:save-var: 8d/copy-address *(edi+0xc) 0/r32/eax (append-stmt-var Heap *esi *(esi+4) *(edi+0xc) *(edi+0x10) %edx %eax) # Stmt1-inouts or Regvardef-inouts # e9/jump loop/disp32 } $add-operation-and-inputs-to-stmt:end: # . reclaim locals 81 0/subop/add %esp 0x10/imm32 # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $add-operation-and-inputs-to-stmt:abort: # error("fn ___: invalid identifier in '" line "'\n") (write-buffered *(ebp+0x18) "fn ") 8b/-> *(ebp+0x14) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x18) %eax) (rewind-stream *(ebp+0xc)) (write-buffered *(ebp+0x18) ": invalid identifier in '") (write-stream-data *(ebp+0x18) *(ebp+0xc)) (write-buffered *(ebp+0x18) "'\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here $add-operation-and-inputs-to-stmt:error-deref-on-stack: # error("fn ___: cannot dereference var ___ on stack\n") (write-buffered *(ebp+0x18) "fn ") 8b/-> *(ebp+0x14) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x18) %eax) (rewind-stream *(ebp+0xc)) (write-buffered *(ebp+0x18) ": cannot dereference var '") (lookup *esi *(esi+4)) # => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) "' on stack\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here $add-operation-and-inputs-to-stmt:error-deref-non-addr: # error("fn ___: cannot dereference non-addr var ___\n") (write-buffered *(ebp+0x18) "fn ") 8b/-> *(ebp+0x14) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x18) %eax) (rewind-stream *(ebp+0xc)) (write-buffered *(ebp+0x18) ": cannot dereference non-addr var '") (lookup *esi *(esi+4)) # => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) "'\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here stmt-has-outputs?: # line: (addr stream byte) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # var word-slice/ecx: slice 68/push 0/imm32/end 68/push 0/imm32/start 89/<- %ecx 4/r32/esp # result = false b8/copy-to-eax 0/imm32/false (rewind-stream *(ebp+8)) { (next-mu-token *(ebp+8) %ecx) # if slice-empty?(word-slice) break (slice-empty? %ecx) 3d/compare-eax-and 0/imm32/false b8/copy-to-eax 0/imm32/false/result # restore result (if we're here it's still false) 0f 85/jump-if-!= break/disp32 # if slice-starts-with?(word-slice, '#') break # . eax = *word-slice->start 8b/-> *ecx 0/r32/eax 8a/copy-byte *eax 0/r32/AL 81 4/subop/and %eax 0xff/imm32 # . if (eax == '#') break 3d/compare-eax-and 0x23/imm32/hash b8/copy-to-eax 0/imm32/false/result # restore result (if we're here it's still false) 0f 84/jump-if-= break/disp32 # if slice-equal?(word-slice, '<-') return true (slice-equal? %ecx "<-") 3d/compare-eax-and 0/imm32/false 74/jump-if-= loop/disp8 b8/copy-to-eax 1/imm32/true } $stmt-has-outputs:end: (rewind-stream *(ebp+8)) # . reclaim locals 81 0/subop/add %esp 8/imm32 # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # if 'name' starts with a digit, create a new literal var for it # otherwise return first 'name' from the top (back) of 'vars' and abort if not found lookup-var-or-literal: # name: (addr slice), vars: (addr stack live-var), out: (addr handle var), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 56/push-esi # esi = name 8b/-> *(ebp+8) 6/r32/esi # if slice-empty?(name) abort (slice-empty? %esi) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $lookup-var-or-literal:abort/disp32 # var c/ecx: byte = *name->start 8b/-> *esi 1/r32/ecx 8a/copy-byte *ecx 1/r32/CL 81 4/subop/and %ecx 0xff/imm32 # if (decimal-digit?(c) || c == '-') return new var(name) { 81 7/subop/compare %ecx 0x2d/imm32/dash 74/jump-if-= $lookup-var-or-literal:literal/disp8 (decimal-digit? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 $lookup-var-or-literal:literal: (new-literal-integer Heap %esi *(ebp+0x10) *(ebp+0x14) *(ebp+0x18) *(ebp+0x1c)) eb/jump $lookup-var-or-literal:end/disp8 } # else if (c == '"') return new var(name) { 81 7/subop/compare %ecx 0x22/imm32/dquote 75/jump-if-!= break/disp8 $lookup-var-or-literal:literal-string: (new-literal-string Heap %esi *(ebp+0x10)) eb/jump $lookup-var-or-literal:end/disp8 } # otherwise return lookup-var(name, vars) { $lookup-var-or-literal:var: (lookup-var %esi *(ebp+0xc) *(ebp+0x10) *(ebp+0x14) *(ebp+0x18) *(ebp+0x1c)) } $lookup-var-or-literal:end: # . restore registers 5e/pop-to-esi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $lookup-var-or-literal:abort: (write-buffered *(ebp+0x18) "fn ") 8b/-> *(ebp+0x14) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) ": empty variable!") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here # return first 'name' from the top (back) of 'vars' and abort if not found lookup-var: # name: (addr slice), vars: (addr stack live-var), out: (addr handle var), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # (lookup-var-helper *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14) *(ebp+0x18) *(ebp+0x1c)) # if (*out == 0) abort 8b/-> *(ebp+0x10) 0/r32/eax 81 7/subop/compare *eax 0/imm32 74/jump-if-= $lookup-var:abort/disp8 $lookup-var:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $lookup-var:abort: (write-buffered *(ebp+0x18) "fn ") 8b/-> *(ebp+0x14) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) ": unknown variable '") (write-slice-buffered *(ebp+0x18) *(ebp+8)) (write-buffered *(ebp+0x18) "'\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here # return first 'name' from the top (back) of 'vars', and 0/null if not found # ensure that 'name' if in a register is the topmost variable in that register lookup-var-helper: # name: (addr slice), vars: (addr stack live-var), out: (addr handle var), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # pseudocode: # var curr: (addr handle var) = &vars->data[vars->top - 12] # var min = vars->data # while curr >= min # var v: (handle var) = *curr # if v->name == name # return # curr -= 12 # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # clear out (zero-out *(ebp+0x10) *Handle-size) # esi = vars 8b/-> *(ebp+0xc) 6/r32/esi # ebx = vars->top 8b/-> *esi 3/r32/ebx # if (vars->top > vars->size) abort 3b/compare<- *(esi+4) 0/r32/eax 0f 8f/jump-if-> $lookup-var-helper:error1/disp32 # var min/edx: (addr handle var) = vars->data 8d/copy-address *(esi+8) 2/r32/edx # var curr/ebx: (addr handle var) = &vars->data[vars->top - 12] 8d/copy-address *(esi+ebx-4) 3/r32/ebx # vars + 8 + vars->type - 12 # var var-in-reg/edi: 16 addrs 68/push 0/imm32 68/push 0/imm32 68/push 0/imm32 68/push 0/imm32 68/push 0/imm32 68/push 0/imm32 68/push 0/imm32 68/push 0/imm32 68/push 0/imm32 68/push 0/imm32 68/push 0/imm32 68/push 0/imm32 68/push 0/imm32 68/push 0/imm32 68/push 0/imm32 68/push 0/imm32 89/<- %edi 4/r32/esp { $lookup-var-helper:loop: # if (curr < min) return 39/compare %ebx 2/r32/edx 0f 82/jump-if-addr< break/disp32 # var v/ecx: (addr var) = lookup(*curr) (lookup *ebx *(ebx+4)) # => eax 89/<- %ecx 0/r32/eax # var vn/eax: (addr array byte) = lookup(v->name) (lookup *ecx *(ecx+4)) # Var-name Var-name => eax # if (vn == name) return curr (slice-equal? *(ebp+8) %eax) # => eax 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 $lookup-var-helper:found: # var vr/eax: (addr array byte) = lookup(v->register) (lookup *(ecx+0x18) *(ecx+0x1c)) # Var-register Var-register => eax 3d/compare-eax-and 0/imm32 { 74/jump-if-= break/disp8 $lookup-var-helper:found-register: # var reg/eax: int = get(Registers, vr) (get Mu-registers-unique %eax 0xc "Mu-registers-unique") # => eax 8b/-> *eax 0/r32/eax # if (var-in-reg[reg]) error 8b/-> *(edi+eax<<2) 0/r32/eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $lookup-var-helper:error2/disp32 } $lookup-var-helper:return: # esi = out 8b/-> *(ebp+0x10) 6/r32/esi # *out = *curr 8b/-> *ebx 0/r32/eax 89/<- *esi 0/r32/eax 8b/-> *(ebx+4) 0/r32/eax 89/<- *(esi+4) 0/r32/eax # return eb/jump $lookup-var-helper:end/disp8 } # 'name' not yet found; update var-in-reg if v in register # . var vr/eax: (addr array byte) = lookup(v->register) (lookup *(ecx+0x18) *(ecx+0x1c)) # Var-register Var-register => eax # . if (vr == 0) continue 3d/compare-eax-and 0/imm32 74/jump-if-= $lookup-var-helper:continue/disp8 # . var reg/eax: int = get(Registers, vr) (get Mu-registers-unique %eax 0xc "Mu-registers-unique") # => eax 8b/-> *eax 0/r32/eax # . var-in-reg[reg] = v 89/<- *(edi+eax<<2) 1/r32/ecx $lookup-var-helper:continue: # curr -= 12 81 5/subop/subtract %ebx 0xc/imm32 e9/jump loop/disp32 } $lookup-var-helper:end: # . reclaim locals 81 0/subop/add %esp 0x40/imm32 # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $lookup-var-helper:error1: (write-buffered *(ebp+0x18) "fn ") 8b/-> *(ebp+0x14) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) ": malformed stack when looking up '") (write-slice-buffered *(ebp+0x18) *(ebp+8)) (write-buffered *(ebp+0x18) "'\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here $lookup-var-helper:error2: # eax contains the conflicting var at this point (write-buffered *(ebp+0x18) "fn ") 50/push-eax 8b/-> *(ebp+0x14) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x18) %eax) 58/pop-eax (write-buffered *(ebp+0x18) ": register ") 50/push-eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax (write-buffered *(ebp+0x18) %eax) 58/pop-to-eax (write-buffered *(ebp+0x18) " reads var '") (write-slice-buffered *(ebp+0x18) *(ebp+8)) (write-buffered *(ebp+0x18) "' after writing var '") (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) "'\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here dump-vars: # vars: (addr stack live-var) # pseudocode: # var curr: (addr handle var) = &vars->data[vars->top - 12] # var min = vars->data # while curr >= min # var v: (handle var) = *curr # print v # curr -= 12 # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 52/push-edx 53/push-ebx 56/push-esi # esi = vars 8b/-> *(ebp+8) 6/r32/esi # ebx = vars->top 8b/-> *esi 3/r32/ebx # var min/edx: (addr handle var) = vars->data 8d/copy-address *(esi+8) 2/r32/edx # var curr/ebx: (addr handle var) = &vars->data[vars->top - 12] 8d/copy-address *(esi+ebx-4) 3/r32/ebx # vars + 8 + vars->type - 12 { $dump-vars:loop: # if (curr < min) return 39/compare %ebx 2/r32/edx 0f 82/jump-if-addr< break/disp32 # (write-buffered Stderr " var@") (dump-var 2 %ebx) # curr -= 12 81 5/subop/subtract %ebx 0xc/imm32 e9/jump loop/disp32 } $dump-vars:end: # . restore registers 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return == data # Like Registers, but no esp or ebp Mu-registers: # (addr stream {(handle array byte), int}) # a table is a stream 0xa8/imm32/write 0/imm32/read 0xa8/imm32/length # data # general-purpose registers # it is perfectly ok to use fake alloc-ids -- as long as you never try to reclaim them 0x11/imm32/alloc-id $Mu-register-eax/imm32 0/imm32 0x11/imm32/alloc-id $Mu-register-ecx/imm32 1/imm32 0x11/imm32/alloc-id $Mu-register-edx/imm32 2/imm32 0x11/imm32/alloc-id $Mu-register-ebx/imm32 3/imm32 0x11/imm32/alloc-id $Mu-register-esi/imm32 6/imm32 0x11/imm32/alloc-id $Mu-register-edi/imm32 7/imm32 # floating-point registers 0x11/imm32/alloc-id $Mu-register-xmm0/imm32 0/imm32 0x11/imm32/alloc-id $Mu-register-xmm1/imm32 1/imm32 0x11/imm32/alloc-id $Mu-register-xmm2/imm32 2/imm32 0x11/imm32/alloc-id $Mu-register-xmm3/imm32 3/imm32 0x11/imm32/alloc-id $Mu-register-xmm4/imm32 4/imm32 0x11/imm32/alloc-id $Mu-register-xmm5/imm32 5/imm32 0x11/imm32/alloc-id $Mu-register-xmm6/imm32 6/imm32 0x11/imm32/alloc-id $Mu-register-xmm7/imm32 7/imm32 # Like Mu-registers, but with unique codes for integer and floating-point # registers. # Don't use this for code-generation, only for checking. Mu-registers-unique: # (addr stream {(handle array byte), int}) # a table is a stream 0xa8/imm32/write 0/imm32/read 0xa8/imm32/length # data # general-purpose registers 0x11/imm32/alloc-id $Mu-register-eax/imm32 0/imm32 0x11/imm32/alloc-id $Mu-register-ecx/imm32 1/imm32 0x11/imm32/alloc-id $Mu-register-edx/imm32 2/imm32 0x11/imm32/alloc-id $Mu-register-ebx/imm32 3/imm32 0x11/imm32/alloc-id $Mu-register-esi/imm32 6/imm32 0x11/imm32/alloc-id $Mu-register-edi/imm32 7/imm32 # floating-point registers 0x11/imm32/alloc-id $Mu-register-xmm0/imm32 8/imm32 0x11/imm32/alloc-id $Mu-register-xmm1/imm32 9/imm32 0x11/imm32/alloc-id $Mu-register-xmm2/imm32 0xa/imm32 0x11/imm32/alloc-id $Mu-register-xmm3/imm32 0xb/imm32 0x11/imm32/alloc-id $Mu-register-xmm4/imm32 0xc/imm32 0x11/imm32/alloc-id $Mu-register-xmm5/imm32 0xd/imm32 0x11/imm32/alloc-id $Mu-register-xmm6/imm32 0xe/imm32 0x11/imm32/alloc-id $Mu-register-xmm7/imm32 0xf/imm32 $Mu-register-eax: 0x11/imm32/alloc-id 3/imm32/size 0x65/e 0x61/a 0x78/x $Mu-register-ecx: 0x11/imm32/alloc-id 3/imm32/size 0x65/e 0x63/c 0x78/x $Mu-register-edx: 0x11/imm32/alloc-id 3/imm32/size 0x65/e 0x64/d 0x78/x $Mu-register-ebx: 0x11/imm32/alloc-id 3/imm32/size 0x65/e 0x62/b 0x78/x $Mu-register-esi: 0x11/imm32/alloc-id 3/imm32/size 0x65/e 0x73/s 0x69/i $Mu-register-edi: 0x11/imm32/alloc-id 3/imm32/size 0x65/e 0x64/d 0x69/i $Mu-register-xmm0: 0x11/imm32/alloc-id:fake:payload # "xmm0" 0x4/imm32/size 0x78/x 0x6d/m 0x6d/m 0x30/0 $Mu-register-xmm1: 0x11/imm32/alloc-id:fake:payload # "xmm1" 0x4/imm32/size 0x78/x 0x6d/m 0x6d/m 0x31/1 $Mu-register-xmm2: 0x11/imm32/alloc-id:fake:payload # "xmm2" 0x4/imm32/size 0x78/x 0x6d/m 0x6d/m 0x32/2 $Mu-register-xmm3: 0x11/imm32/alloc-id:fake:payload # "xmm3" 0x4/imm32/size 0x78/x 0x6d/m 0x6d/m 0x33/3 $Mu-register-xmm4: 0x11/imm32/alloc-id:fake:payload # "xmm4" 0x4/imm32/size 0x78/x 0x6d/m 0x6d/m 0x34/4 $Mu-register-xmm5: 0x11/imm32/alloc-id:fake:payload # "xmm5" 0x4/imm32/size 0x78/x 0x6d/m 0x6d/m 0x35/5 $Mu-register-xmm6: 0x11/imm32/alloc-id:fake:payload # "xmm6" 0x4/imm32/size 0x78/x 0x6d/m 0x6d/m 0x36/6 $Mu-register-xmm7: 0x11/imm32/alloc-id:fake:payload # "xmm7" 0x4/imm32/size 0x78/x 0x6d/m 0x6d/m 0x37/7 == code # push 'out' to 'vars' if not already there; it's assumed to be a fn output maybe-define-var: # out: (handle var), vars: (addr stack live-var) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # var out-addr/eax: (addr var) (lookup *(ebp+8) *(ebp+0xc)) # => eax # (binding-exists? %eax *(ebp+0x10)) # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $maybe-define-var:end/disp8 # otherwise update vars (push *(ebp+0x10) *(ebp+8)) (push *(ebp+0x10) *(ebp+0xc)) (push *(ebp+0x10) 0) # 'out' is always a fn output; never spill it $maybe-define-var:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # simpler version of lookup-var-helper binding-exists?: # target: (addr var), vars: (addr stack live-var) -> result/eax: boolean # pseudocode: # var curr: (addr handle var) = &vars->data[vars->top - 12] # var min = vars->data # while curr >= min # var v: (handle var) = *curr # if v->name == target->name # return true # curr -= 12 # return false # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx 52/push-edx 56/push-esi # var target-name/ecx: (addr array byte) = lookup(target->name) 8b/-> *(ebp+8) 0/r32/eax (lookup *eax *(eax+4)) # Var-name Var-name => eax 89/<- %ecx 0/r32/eax # esi = vars 8b/-> *(ebp+0xc) 6/r32/esi # eax = vars->top 8b/-> *esi 0/r32/eax # var min/edx: (addr handle var) = vars->data 8d/copy-address *(esi+8) 2/r32/edx # var curr/esi: (addr handle var) = &vars->data[vars->top - 12] 8d/copy-address *(esi+eax-4) 6/r32/esi # vars + 8 + vars->type - 12 { $binding-exists?:loop: # if (curr < min) return 39/compare %esi 2/r32/edx 0f 82/jump-if-addr< break/disp32 # var v/eax: (addr var) = lookup(*curr) (lookup *esi *(esi+4)) # => eax # var vn/eax: (addr array byte) = lookup(v->name) (lookup *eax *(eax+4)) # Var-name Var-name => eax # if (vn == target-name) return true (string-equal? %ecx %eax) # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $binding-exists?:end/disp8 # eax already contains true # curr -= 12 81 5/subop/subtract %esi 0xc/imm32 e9/jump loop/disp32 } b8/copy-to-eax 0/imm32/false $binding-exists?:end: # . restore registers 5e/pop-to-esi 5a/pop-to-edx 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-parse-mu-stmt: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup 8b/-> *Primitive-type-ids 0/r32/eax 89/<- *Type-id 0/r32/eax # stream-write (clear-stream _test-input-stream) (write _test-input-stream "increment n\n") # var vars/ecx: (stack (addr var) 16) 81 5/subop/subtract %esp 0xc0/imm32 68/push 0xc0/imm32/size 68/push 0/imm32/top 89/<- %ecx 4/r32/esp (clear-stack %ecx) # var v/edx: (handle var) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp # var s/eax: (handle array byte) 68/push 0/imm32 68/push 0/imm32 89/<- %eax 4/r32/esp # v = new var("n") (copy-array Heap "n" %eax) (new-var Heap *eax *(eax+4) %edx) # (push %ecx *edx) (push %ecx *(edx+4)) (push %ecx 0) # var out/eax: (handle stmt) 68/push 0/imm32 68/push 0/imm32 89/<- %eax 4/r32/esp # convert (parse-mu-stmt _test-input-stream %ecx 0 %eax Stderr 0) # var out-addr/edx: (addr stmt) = lookup(*out) (lookup *eax *(eax+4)) # => eax 89/<- %edx 0/r32/eax # out->tag (check-ints-equal *edx 1 "F - test-parse-mu-stmt/tag") # Stmt-tag is Stmt1 # out->operation (lookup *(edx+4) *(edx+8)) # Stmt1-operation Stmt1-operation => eax (check-strings-equal %eax "increment" "F - test-parse-mu-stmt/name") # Stmt1-operation # out->inouts->value->name # . eax = out->inouts (lookup *(edx+0xc) *(edx+0x10)) # Stmt1-inouts Stmt1-inouts => eax # . eax = out->inouts->value (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax # . eax = out->inouts->value->name (lookup *eax *(eax+4)) # Var-name Var-name => eax # . (check-strings-equal %eax "n" "F - test-parse-mu-stmt/inout:0") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-parse-mu-stmt-with-comma: # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup 8b/-> *Primitive-type-ids 0/r32/eax 89/<- *Type-id 0/r32/eax # stream-write (clear-stream _test-input-stream) (write _test-input-stream "copy-to n, 3\n") # var vars/ecx: (stack (addr var) 16) 81 5/subop/subtract %esp 0xc0/imm32 68/push 0xc0/imm32/size 68/push 0/imm32/top 89/<- %ecx 4/r32/esp (clear-stack %ecx) # var v/edx: (handle var) 68/push 0/imm32 68/push 0/imm32 89/<- %edx 4/r32/esp # var s/eax: (handle array byte) 68/push 0/imm32 68/push 0/imm32 89/<- %eax 4/r32/esp # v = new var("n") (copy-array Heap "n" %eax) (new-var Heap *eax *(eax+4) %edx) # (push %ecx *edx) (push %ecx *(edx+4)) (push %ecx 0) # var out/eax: (handle stmt) 68/push 0/imm32 68/push 0/imm32 89/<- %eax 4/r32/esp # convert (parse-mu-stmt _test-input-stream %ecx 0 %eax Stderr 0) # var out-addr/edx: (addr stmt) = lookup(*out) (lookup *eax *(eax+4)) # => eax 89/<- %edx 0/r32/eax # out->tag (check-ints-equal *edx 1 "F - test-parse-mu-stmt-with-comma/tag") # Stmt-tag is Stmt1 # out->operation (lookup *(edx+4) *(edx+8)) # Stmt1-operation Stmt1-operation => eax (check-strings-equal %eax "copy-to" "F - test-parse-mu-stmt-with-comma/name") # Stmt1-operation # out->inouts->value->name # . eax = out->inouts (lookup *(edx+0xc) *(edx+0x10)) # Stmt1-inouts Stmt1-inouts => eax # . eax = out->inouts->value (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax # . eax = out->inouts->value->name (lookup *eax *(eax+4)) # Var-name Var-name => eax # . (check-strings-equal %eax "n" "F - test-parse-mu-stmt-with-comma/inout:0") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return new-var: # ad: (addr allocation-descriptor), name: (handle array byte), out: (addr handle var) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # ecx = out 8b/-> *(ebp+0x14) 1/r32/ecx # (allocate *(ebp+8) *Var-size %ecx) # var out-addr/eax: (addr var) (lookup *ecx *(ecx+4)) # => eax # out-addr->name = name 8b/-> *(ebp+0xc) 1/r32/ecx 89/<- *eax 1/r32/ecx # Var-name 8b/-> *(ebp+0x10) 1/r32/ecx 89/<- *(eax+4) 1/r32/ecx # Var-name #? (write-buffered Stderr "var ") #? (lookup *(ebp+0xc) *(ebp+0x10)) #? (write-buffered Stderr %eax) #? (write-buffered Stderr " at ") #? 8b/-> *(ebp+0x14) 1/r32/ecx #? (lookup *ecx *(ecx+4)) # => eax #? (write-int32-hex-buffered Stderr %eax) #? (write-buffered Stderr Newline) #? (flush Stderr) $new-var:end: # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # WARNING: modifies name new-literal-integer: # ad: (addr allocation-descriptor), name: (addr slice), out: (addr handle var), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # first strip out metadata 8b/-> *(ebp+0xc) 1/r32/ecx (next-token-from-slice *ecx *(ecx+4) 0x2f *(ebp+0xc)) # if (!is-hex-int?(name)) abort (hex-int? *(ebp+0xc)) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $new-literal-integer:abort/disp32 # a little more error-checking (check-mu-hex-int *(ebp+0xc) *(ebp+0x18) *(ebp+0x1c)) # out = new var(s) (new-var-from-slice *(ebp+8) *(ebp+0xc) *(ebp+0x10)) # var out-addr/ecx: (addr var) = lookup(*out) 8b/-> *(ebp+0x10) 0/r32/eax (lookup *eax *(eax+4)) # => eax 89/<- %ecx 0/r32/eax # out-addr->block-depth = *Curr-block-depth 8b/-> *Curr-block-depth 0/r32/eax 89/<- *(ecx+0x10) 0/r32/eax # Var-block-depth # out-addr->type = new tree() 8d/copy-address *(ecx+8) 0/r32/eax # Var-type (allocate *(ebp+8) *Type-tree-size %eax) (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax c7 0/subop/copy *eax 1/imm32/true # Type-tree-is-atom # nothing else to do; default type is 'literal' $new-literal-integer:end: # . reclaim locals 81 0/subop/add %esp 8/imm32 # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $new-literal-integer:abort: (write-buffered *(ebp+0x18) "fn ") 8b/-> *(ebp+0x14) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x18) %eax) (write-buffered *(ebp+0x18) ": variable '") (write-slice-buffered *(ebp+0x18) *(ebp+0xc)) (write-buffered *(ebp+0x18) "' cannot begin with a digit (or do you have a typo in a number?)\n") (flush *(ebp+0x18)) (stop *(ebp+0x1c) 1) # never gets here # precondition: name is a valid hex integer; require a '0x' prefix check-mu-hex-int: # name: (addr slice), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx # ecx = name 8b/-> *(ebp+8) 1/r32/ecx # var start/edx: (addr byte) = name->start 8b/-> *ecx 2/r32/edx # if (*start == '-') ++start b8/copy-to-eax 0/imm32 8a/copy-byte *edx 0/r32/AL 3d/compare-eax-and 0x2d/imm32/dash { 75/jump-if-!= break/disp8 42/increment-edx } # var end/ecx: (addr byte) = name->end 8b/-> *(ecx+4) 1/r32/ecx # var len/eax: int = name->end - name->start 89/<- %eax 1/r32/ecx 29/subtract-from %eax 2/r32/edx # if (len <= 1) return 3d/compare-eax-with 1/imm32 0f 8e/jump-if-<= $check-mu-hex-int:end/disp32 $check-mu-hex-int:length->-1: # if slice-starts-with?({start, end}, "0x") return # . var tmp = {start, end} 51/push-ecx 52/push-edx 89/<- %eax 4/r32/esp # . (slice-starts-with? %eax "0x") # => eax # . reclaim tmp 81 0/subop/add %esp 8/imm32 # . 3d/compare-eax-with 0/imm32/false 75/jump-if-!= $check-mu-hex-int:end/disp8 $check-mu-hex-int:abort: # otherwise abort (write-buffered *(ebp+0xc) "literal integers are always hex in Mu; start '") (write-slice-buffered *(ebp+0xc) *(ebp+8)) (write-buffered *(ebp+0xc) "' with a '0x' to be unambiguous, converting it to hexadecimal as necessary.\n") (flush *(ebp+0xc)) (stop *(ebp+0x10) 1) $check-mu-hex-int:end: # . restore registers 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return new-literal: # ad: (addr allocation-descriptor), name: (addr slice), out: (addr handle var) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # var s/ecx: (handle array byte) 68/push 0/imm32 68/push 0/imm32 89/<- %ecx 4/r32/esp # s = slice-to-string(name) (slice-to-string Heap *(ebp+0xc) %ecx) # allocate to out (new-var *(ebp+8) *ecx *(ecx+4) *(ebp+0x10)) # var out-addr/ecx: (addr var) = lookup(*out) 8b/-> *(ebp+0x10) 1/r32/ecx (lookup *ecx *(ecx+4)) # => eax 89/<- %ecx 0/r32/eax # out-addr->block-depth = *Curr-block-depth 8b/-> *Curr-block-depth 0/r32/eax 89/<- *(ecx+0x10) 0/r32/eax # Var-block-depth # out-addr->type/eax = new type 8d/copy-address *(ecx+8) 0/r32/eax # Var-type (allocate *(ebp+8) *Type-tree-size %eax) (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax # nothing else to do; default type is 'literal' c7 0/subop/copy *eax 1/imm32/true # Type-tree-is-atom $new-literal:end: # . reclaim locals 81 0/subop/add %esp 8/imm32 # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return new-literal-string: # ad: (addr allocation-descriptor), name: (addr slice), out: (addr handle var) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # var s/ecx: (handle array byte) 68/push 0/imm32 68/push 0/imm32 89/<- %ecx 4/r32/esp # s = slice-to-string(name) (slice-to-string Heap *(ebp+0xc) %ecx) # allocate to out (new-var *(ebp+8) *ecx *(ecx+4) *(ebp+0x10)) # var out-addr/ecx: (addr var) = lookup(*out) 8b/-> *(ebp+0x10) 1/r32/ecx (lookup *ecx *(ecx+4)) # => eax 89/<- %ecx 0/r32/eax # out-addr->block-depth = *Curr-block-depth 8b/-> *Curr-block-depth 0/r32/eax 89/<- *(ecx+0x10) 0/r32/eax # Var-block-depth # out-addr->type/eax = new type 8d/copy-address *(ecx+8) 0/r32/eax # Var-type (allocate *(ebp+8) *Type-tree-size %eax) (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax # out-addr->type->value = literal-string c7 0/subop/copy *(eax+4) 0x10/imm32/type-id-string-literal # Type-tree-value # out-addr->type->is-atom? = true c7 0/subop/copy *eax 1/imm32/true # Type-tree-is-atom $new-literal-string:end: # . reclaim locals 81 0/subop/add %esp 8/imm32 # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return new-var-from-slice: # ad: (addr allocation-descriptor), name: (addr slice), out: (addr handle var) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # var tmp/ecx: (handle array byte) 68/push 0/imm32 68/push 0/imm32 89/<- %ecx 4/r32/esp # tmp = slice-to-string(name) (slice-to-string Heap *(ebp+0xc) %ecx) # out = new-var(tmp) (new-var *(ebp+8) *ecx *(ecx+4) *(ebp+0x10)) $new-var-from-slice:end: # . reclaim locals 81 0/subop/add %esp 8/imm32 # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return new-var-def: # ad: (addr allocation-descriptor), var: (handle var), out: (addr handle stmt) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # (allocate *(ebp+8) *Stmt-size *(ebp+0x14)) # var out-addr/eax: (addr stmt) = lookup(*out) 8b/-> *(ebp+0x14) 0/r32/eax (lookup *eax *(eax+4)) # => eax # out-addr->tag = stmt c7 0/subop/copy *eax 2/imm32/tag/var-on-stack # Stmt-tag # result->var = var 8b/-> *(ebp+0xc) 1/r32/ecx 89/<- *(eax+4) 1/r32/ecx # Vardef-var 8b/-> *(ebp+0x10) 1/r32/ecx 89/<- *(eax+8) 1/r32/ecx # Vardef-var $new-var-def:end: # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return new-reg-var-def: # ad: (addr allocation-descriptor), var: (handle var), out: (addr handle stmt) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # eax = out 8b/-> *(ebp+0x14) 0/r32/eax # (allocate *(ebp+8) *Stmt-size %eax) # var out-addr/eax: (addr stmt) = lookup(*out) (lookup *eax *(eax+4)) # => eax # set tag c7 0/subop/copy *eax 3/imm32/tag/var-in-register # Stmt-tag # set output 8d/copy-address *(eax+0x14) 0/r32/eax # Regvardef-outputs (append-stmt-var Heap *(ebp+0xc) *(ebp+0x10) 0 0 0 %eax) $new-reg-var-def:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return append-list: # ad: (addr allocation-descriptor), value: (handle _type), list: (handle list _type), out: (addr handle list _type) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 57/push-edi # edi = out 8b/-> *(ebp+0x1c) 7/r32/edi # *out = new list (allocate *(ebp+8) *List-size %edi) # var out-addr/edi: (addr list _type) = lookup(*out) (lookup *edi *(edi+4)) # => eax 89/<- %edi 0/r32/eax # out-addr->value = value 8b/-> *(ebp+0xc) 0/r32/eax 89/<- *edi 0/r32/eax # List-value 8b/-> *(ebp+0x10) 0/r32/eax 89/<- *(edi+4) 0/r32/eax # List-value # if (list == null) return 81 7/subop/compare *(ebp+0x14) 0/imm32 74/jump-if-= $append-list:end/disp8 # otherwise append $append-list:non-empty-list: # var curr/eax: (addr list _type) = lookup(list) (lookup *(ebp+0x14) *(ebp+0x18)) # => eax # while (curr->next != null) curr = curr->next { 81 7/subop/compare *(eax+8) 0/imm32 # List-next 74/jump-if-= break/disp8 # curr = lookup(curr->next) (lookup *(eax+8) *(eax+0xc)) # List-next, List-next => eax # eb/jump loop/disp8 } # edi = out 8b/-> *(ebp+0x1c) 7/r32/edi # curr->next = out 8b/-> *edi 1/r32/ecx 89/<- *(eax+8) 1/r32/ecx # List-next 8b/-> *(edi+4) 1/r32/ecx 89/<- *(eax+0xc) 1/r32/ecx # List-next # out = list 8b/-> *(ebp+0x14) 1/r32/ecx 89/<- *edi 1/r32/ecx 8b/-> *(ebp+0x18) 1/r32/ecx 89/<- *(edi+4) 1/r32/ecx $append-list:end: # . restore registers 5f/pop-to-edi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return append-stmt-var: # ad: (addr allocation-descriptor), v: (handle var), vars: (handle stmt-var), is-deref?: boolean, out: (addr handle stmt-var) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 57/push-edi # edi = out 8b/-> *(ebp+0x20) 7/r32/edi # out = new stmt-var (allocate *(ebp+8) *Stmt-var-size %edi) # var out-addr/ecx: (addr stmt-var) = lookup(*out) (lookup *edi *(edi+4)) # => eax 89/<- %ecx 0/r32/eax # out-addr->value = v 8b/-> *(ebp+0xc) 0/r32/eax 89/<- *ecx 0/r32/eax # Stmt-var-value 8b/-> *(ebp+0x10) 0/r32/eax 89/<- *(ecx+4) 0/r32/eax # Stmt-var-value # out-addr->is-deref? = is-deref? 8b/-> *(ebp+0x1c) 0/r32/eax 89/<- *(ecx+0x10) 0/r32/eax # Stmt-var-is-deref # if (vars == null) return result 81 7/subop/compare *(ebp+0x14) 0/imm32/null 74/jump-if-= $append-stmt-var:end/disp8 # otherwise append # var curr/eax: (addr stmt-var) = lookup(vars) (lookup *(ebp+0x14) *(ebp+0x18)) # => eax # while (curr->next != null) curr = curr->next { 81 7/subop/compare *(eax+8) 0/imm32 # Stmt-var-next 74/jump-if-= break/disp8 # curr = lookup(curr->next) (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next, Stmt-var-next => eax # eb/jump loop/disp8 } # curr->next = out 8b/-> *edi 1/r32/ecx 89/<- *(eax+8) 1/r32/ecx # Stmt-var-next 8b/-> *(edi+4) 1/r32/ecx 89/<- *(eax+0xc) 1/r32/ecx # Stmt-var-next # out = vars 8b/-> *(ebp+0x14) 1/r32/ecx 89/<- *edi 1/r32/ecx 8b/-> *(ebp+0x18) 1/r32/ecx 89/<- *(edi+4) 1/r32/ecx $append-stmt-var:end: # . restore registers 5f/pop-to-edi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return append-to-block: # ad: (addr allocation-descriptor), block: (addr block), x: (handle stmt) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 56/push-esi # esi = block 8b/-> *(ebp+0xc) 6/r32/esi # block->stmts = append(x, block->stmts) 8d/copy-address *(esi+4) 0/r32/eax # Block-stmts (append-list *(ebp+8) *(ebp+0x10) *(ebp+0x14) *(esi+4) *(esi+8) %eax) # ad, x, x, Block-stmts, Block-stmts $append-to-block:end: # . restore registers 5e/pop-to-esi 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return ## Parsing types # We need to create metadata on user-defined types, and we need to use this # metadata as we parse instructions. # However, we also want to allow types to be used before their definitions. # This means we can't ever assume any type data structures exist. lookup-or-create-constant: # container: (addr stmt-var), field-name: (addr slice), out: (addr handle var) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 56/push-esi # var container-type/esi: type-id (container-type *(ebp+8)) # => eax 89/<- %esi 0/r32/eax # var tmp/eax: (handle typeinfo) = find-or-create-typeinfo(container-type) 68/push 0/imm32 68/push 0/imm32 89/<- %eax 4/r32/esp (find-or-create-typeinfo %esi %eax) # var tmp-addr/eax: (addr typeinfo) = lookup(tmp) (lookup *eax *(eax+4)) # => eax # result = find-or-create-typeinfo-output-var(typeinfo, field-name) #? (write-buffered Stderr "constant: ") #? (write-slice-buffered Stderr *(ebp+0xc)) #? (write-buffered Stderr Newline) #? (flush Stderr) (find-or-create-typeinfo-output-var %eax *(ebp+0xc) *(ebp+0x10)) #? 8b/-> *(ebp+0x10) 0/r32/eax #? (write-buffered Stderr "@") #? (lookup *eax *(eax+4)) #? (write-int32-hex-buffered Stderr %eax) #? (lookup *eax *(eax+4)) #? (write-buffered Stderr %eax) #? (write-buffered Stderr Newline) #? (flush Stderr) #? (write-buffered Stderr "offset: ") #? 8b/-> *(eax+0x14) 0/r32/eax #? (write-int32-hex-buffered Stderr %eax) #? (write-buffered Stderr Newline) #? (flush Stderr) $lookup-or-create-constant:end: # . reclaim locals 81 0/subop/add %esp 8/imm32 # . restore registers 5e/pop-to-esi 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # if addr var: # container->var->type->right->left->value # otherwise # container->var->type->value container-type: # container: (addr stmt-var) -> result/eax: type-id # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # 8b/-> *(ebp+8) 0/r32/eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax { 81 7/subop/compare *(eax+8) 0/imm32 # Type-tree-right 74/jump-if-= break/disp8 (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 8b/-> *(eax+4) 0/r32/eax # Type-tree-value $container-type:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return container?: # t: type-id -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # 8b/-> *(ebp+8) 0/r32/eax c1/shift 4/subop/left %eax 2/imm8 3b/compare 0/r32/eax *Primitive-type-ids 0f 9d/set-if->= %al 81 4/subop/and %eax 0xff/imm32 $container?:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return find-or-create-typeinfo: # t: type-id, out: (addr handle typeinfo) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 57/push-edi # edi = out 8b/-> *(ebp+0xc) 7/r32/edi # var fields/ecx: (handle table (handle array byte) (handle typeinfo-entry)) 68/push 0/imm32 68/push 0/imm32 89/<- %ecx 4/r32/esp # find-typeinfo(t, out) (find-typeinfo *(ebp+8) %edi) { # if (*out != 0) break 81 7/subop/compare *edi 0/imm32 0f 85/jump-if-!= break/disp32 $find-or-create-typeinfo:create: # *out = allocate (allocate Heap *Typeinfo-size %edi) # var tmp/eax: (addr typeinfo) = lookup(*out) (lookup *edi *(edi+4)) # => eax #? (write-buffered Stderr "created typeinfo at ") #? (write-int32-hex-buffered Stderr %eax) #? (write-buffered Stderr " for type-id ") #? (write-int32-hex-buffered Stderr *(ebp+8)) #? (write-buffered Stderr Newline) #? (flush Stderr) # tmp->id = t 8b/-> *(ebp+8) 2/r32/edx 89/<- *eax 2/r32/edx # Typeinfo-id # tmp->fields = new table # . fields = new table (new-stream Heap 0x40 *Typeinfo-fields-row-size %ecx) # . tmp->fields = fields 8b/-> *ecx 2/r32/edx 89/<- *(eax+4) 2/r32/edx # Typeinfo-fields 8b/-> *(ecx+4) 2/r32/edx 89/<- *(eax+8) 2/r32/edx # Typeinfo-fields # tmp->next = Program->types 8b/-> *_Program-types 1/r32/ecx 89/<- *(eax+0x10) 1/r32/ecx # Typeinfo-next 8b/-> *_Program-types->payload 1/r32/ecx 89/<- *(eax+0x14) 1/r32/ecx # Typeinfo-next # Program->types = out 8b/-> *edi 1/r32/ecx 89/<- *_Program-types 1/r32/ecx 8b/-> *(edi+4) 1/r32/ecx 89/<- *_Program-types->payload 1/r32/ecx } $find-or-create-typeinfo:end: # . reclaim locals 81 0/subop/add %esp 8/imm32 # . restore registers 5f/pop-to-edi 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return find-typeinfo: # t: type-id, out: (addr handle typeinfo) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 57/push-edi # ecx = t 8b/-> *(ebp+8) 1/r32/ecx # edi = out 8b/-> *(ebp+0xc) 7/r32/edi # *out = Program->types 8b/-> *_Program-types 0/r32/eax 89/<- *edi 0/r32/eax 8b/-> *_Program-types->payload 0/r32/eax 89/<- *(edi+4) 0/r32/eax { $find-typeinfo:loop: # if (*out == 0) break 81 7/subop/compare *edi 0/imm32 74/jump-if-= break/disp8 $find-typeinfo:check: # var tmp/eax: (addr typeinfo) = lookup(*out) (lookup *edi *(edi+4)) # => eax # if (tmp->id == t) break 39/compare *eax 1/r32/ecx # Typeinfo-id 74/jump-if-= break/disp8 $find-typeinfo:continue: # *out = tmp->next 8b/-> *(eax+0x10) 2/r32/edx # Typeinfo-next 89/<- *edi 2/r32/edx 8b/-> *(eax+0x14) 2/r32/edx # Typeinfo-next 89/<- *(edi+4) 2/r32/edx # eb/jump loop/disp8 } $find-typeinfo:end: # . restore registers 5f/pop-to-edi 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return find-or-create-typeinfo-output-var: # T: (addr typeinfo), f: (addr slice), out: (addr handle var) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 52/push-edx 57/push-edi # var dest/edi: (handle typeinfo-entry) 68/push 0/imm32 68/push 0/imm32 89/<- %edi 4/r32/esp # find-or-create-typeinfo-fields(T, f, dest) (find-or-create-typeinfo-fields *(ebp+8) *(ebp+0xc) %edi) # var dest-addr/edi: (addr typeinfo-entry) = lookup(dest) (lookup *edi *(edi+4)) # => eax 89/<- %edi 0/r32/eax # if dest-addr->output-var doesn't exist, create it { 81 7/subop/compare *(edi+0xc) 0/imm32 # Typeinfo-entry-output-var 0f 85/jump-if-!= break/disp32 # dest-addr->output-var = new var(dummy name, type, -1 offset) # . var name/eax: (handle array byte) = "field" 68/push 0/imm32 68/push 0/imm32 89/<- %eax 4/r32/esp (slice-to-string Heap *(ebp+0xc) %eax) # . new var 8d/copy-address *(edi+0xc) 2/r32/edx (new-var Heap *eax *(eax+4) %edx) # . reclaim name 81 0/subop/add %esp 8/imm32 # var result/edx: (addr var) = lookup(dest-addr->output-var) (lookup *(edi+0xc) *(edi+0x10)) # => eax 89/<- %edx 0/r32/eax # result->type = new constant type 8d/copy-address *(edx+8) 0/r32/eax # Var-type (allocate Heap *Type-tree-size %eax) (lookup *(edx+8) *(edx+0xc)) # => eax c7 0/subop/copy *eax 1/imm32/true # Type-tree-is-atom c7 0/subop/copy *(eax+4) 6/imm32/constant # Type-tree-value c7 0/subop/copy *(eax+8) 0/imm32 # Type-tree-left c7 0/subop/copy *(eax+0xc) 0/imm32 # Type-tree-right c7 0/subop/copy *(eax+0x10) 0/imm32 # Type-tree-right # result->offset isn't filled out yet c7 0/subop/copy *(edx+0x14) -1/imm32/uninitialized # Var-offset } # out = dest-addr->output-var 8b/-> *(ebp+0x10) 2/r32/edx 8b/-> *(edi+0xc) 0/r32/eax # Typeinfo-entry-output-var 89/<- *edx 0/r32/eax 8b/-> *(edi+0x10) 0/r32/eax # Typeinfo-entry-output-var 89/<- *(edx+4) 0/r32/eax $find-or-create-typeinfo-output-var:end: # . reclaim locals 81 0/subop/add %esp 8/imm32 # . restore registers 5f/pop-to-edi 5a/pop-to-edx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return find-or-create-typeinfo-fields: # T: (addr typeinfo), f: (addr slice), out: (addr handle typeinfo-entry) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 56/push-esi 57/push-edi # eax = lookup(T->fields) 8b/-> *(ebp+8) 0/r32/eax (lookup *(eax+4) *(eax+8)) # Typeinfo-fields Typeinfo-fields => eax # edi = out 8b/-> *(ebp+0x10) 7/r32/edi # var src/esi: (addr handle typeinfo-entry) = get-or-insert-slice(T->fields, f) (get-or-insert-slice %eax *(ebp+0xc) *Typeinfo-fields-row-size Heap) # => eax 89/<- %esi 0/r32/eax # if src doesn't exist, allocate it { 81 7/subop/compare *esi 0/imm32 75/jump-if-!= break/disp8 (allocate Heap *Typeinfo-entry-size %esi) #? (write-buffered Stderr "handle at ") #? (write-int32-hex-buffered Stderr %esi) #? (write-buffered Stderr ": ") #? (write-int32-hex-buffered Stderr *esi) #? (write-buffered Stderr " ") #? (write-int32-hex-buffered Stderr *(esi+4)) #? (write-buffered Stderr Newline) #? (flush Stderr) #? (lookup *esi *(esi+4)) #? (write-buffered Stderr "created typeinfo fields at ") #? (write-int32-hex-buffered Stderr %esi) #? (write-buffered Stderr " for ") #? (write-int32-hex-buffered Stderr *(ebp+8)) #? (write-buffered Stderr Newline) #? (flush Stderr) } # *out = src # . *edi = *src 8b/-> *esi 0/r32/eax 89/<- *edi 0/r32/eax 8b/-> *(esi+4) 0/r32/eax 89/<- *(edi+4) 0/r32/eax $find-or-create-typeinfo-fields:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return populate-mu-type: # in: (addr stream byte), t: (addr typeinfo), err: (addr buffered-file), ed: (addr exit-descriptor) # pseudocode: # var line: (stream byte 512) # curr-index = 0 # while true # clear-stream(line) # read-line-buffered(in, line) # if line->write == 0 # abort # word-slice = next-mu-token(line) # if slice-empty?(word-slice) # end of line # continue # if slice-equal?(word-slice, "}") # break # var v: (handle var) = parse-var-with-type(word-slice, line) # var r: (handle typeinfo-fields) = find-or-create-typeinfo-fields(t, word-slice/v->name) # TODO: ensure that r->first is null # r->index = curr-index # curr-index++ # r->input-var = v # if r->output-var == 0 # r->output-var = new literal # TODO: ensure nothing else in line # t->total-size-in-bytes = -2 (not yet initialized) # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # var curr-index: int at *(ebp-4) 68/push 0/imm32 # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # edi = t 8b/-> *(ebp+0xc) 7/r32/edi # var line/ecx: (stream byte 512) 81 5/subop/subtract %esp 0x200/imm32 68/push 0x200/imm32/size 68/push 0/imm32/read 68/push 0/imm32/write 89/<- %ecx 4/r32/esp # var word-slice/edx: slice 68/push 0/imm32/end 68/push 0/imm32/start 89/<- %edx 4/r32/esp # var v/esi: (handle var) 68/push 0/imm32 68/push 0/imm32 89/<- %esi 4/r32/esp # var r/ebx: (handle typeinfo-entry) 68/push 0/imm32 68/push 0/imm32 89/<- %ebx 4/r32/esp { $populate-mu-type:line-loop: (clear-stream %ecx) (read-line-buffered *(ebp+8) %ecx) # if (line->write == 0) abort 81 7/subop/compare *ecx 0/imm32 0f 84/jump-if-= $populate-mu-type:error1/disp32 #? # dump line {{{ #? (write 2 "parse-mu: ^") #? (write-stream 2 %ecx) #? (write 2 "$\n") #? (rewind-stream %ecx) #? # }}} (next-mu-token %ecx %edx) # if slice-empty?(word-slice) continue (slice-empty? %edx) # => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= loop/disp32 # if slice-equal?(word-slice, "}") break (slice-equal? %edx "}") 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= break/disp32 $populate-mu-type:parse-element: # v = parse-var-with-type(word-slice, first-line) # must do this first to strip the trailing ':' from word-slice before # using it in find-or-create-typeinfo-fields below # TODO: clean up that mutation in parse-var-with-type (type-name *edi) # Typeinfo-id => eax (parse-var-with-type %edx %ecx %esi %eax *(ebp+0x10) *(ebp+0x14)) # if v is an addr, abort (lookup *esi *(esi+4)) # => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax (mu-addr-type? %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-type:error2/disp32 # if v is an array, abort (we could support it, but initialization gets complex) (lookup *esi *(esi+4)) # => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax (mu-array-type? %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-type:error3/disp32 # if v is a byte, abort (lookup *esi *(esi+4)) # => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 8) # byte => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-type:error4/disp32 # if v is a slice, abort (lookup *esi *(esi+4)) # => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 0xc) # slice => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-type:error5/disp32 # if v is a stream, abort (we could support it, but initialization gets even more complex) (lookup *esi *(esi+4)) # => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax (mu-stream-type? %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $populate-mu-type:error6/disp32 # var tmp/ecx 51/push-ecx $populate-mu-type:create-typeinfo-fields: # var r/ebx: (handle typeinfo-entry) (find-or-create-typeinfo-fields %edi %edx %ebx) # r->index = curr-index (lookup *ebx *(ebx+4)) # => eax 8b/-> *(ebp-4) 1/r32/ecx #? (write-buffered Stderr "saving index ") #? (write-int32-hex-buffered Stderr %ecx) #? (write-buffered Stderr " at ") #? (write-int32-hex-buffered Stderr %edi) #? (write-buffered Stderr Newline) #? (flush Stderr) 89/<- *(eax+8) 1/r32/ecx # Typeinfo-entry-index # ++curr-index ff 0/subop/increment *(ebp-4) $populate-mu-type:set-input-type: # r->input-var = v 8b/-> *esi 1/r32/ecx 89/<- *eax 1/r32/ecx # Typeinfo-entry-input-var 8b/-> *(esi+4) 1/r32/ecx 89/<- *(eax+4) 1/r32/ecx # Typeinfo-entry-input-var # restore line 59/pop-to-ecx { $populate-mu-type:create-output-type: # if (r->output-var == 0) create a new var with some placeholder data 81 7/subop/compare *(eax+0xc) 0/imm32 # Typeinfo-entry-output-var 75/jump-if-!= break/disp8 8d/copy-address *(eax+0xc) 0/r32/eax # Typeinfo-entry-output-var (new-literal Heap %edx %eax) } e9/jump loop/disp32 } $populate-mu-type:invalidate-total-size-in-bytes: # Offsets and total size may not be accurate here since we may not yet # have encountered the element types. # We'll recompute them separately after parsing the entire program. c7 0/subop/copy *(edi+0xc) -2/imm32/uninitialized # Typeinfo-total-size-in-bytes $populate-mu-type:end: # . reclaim locals 81 0/subop/add %esp 0x224/imm32 # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # reclaim curr-index 81 0/subop/add %esp 4/imm32 # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $populate-mu-type:error1: # error("incomplete type definition '" t->name "'\n") (write-buffered *(ebp+0x10) "incomplete type definition '") (type-name *edi) # Typeinfo-id => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $populate-mu-type:error2: (write-buffered *(ebp+0x10) "type ") (type-name *edi) # Typeinfo-id => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": 'addr' elements not allowed\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $populate-mu-type:error3: (write-buffered *(ebp+0x10) "type ") (type-name *edi) # Typeinfo-id => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": 'array' elements not allowed for now\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $populate-mu-type:error4: (write-buffered *(ebp+0x10) "type ") (type-name *edi) # Typeinfo-id => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": 'byte' elements not allowed\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $populate-mu-type:error5: (write-buffered *(ebp+0x10) "type ") (type-name *edi) # Typeinfo-id => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": 'slice' elements not allowed\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $populate-mu-type:error6: (write-buffered *(ebp+0x10) "type ") (type-name *edi) # Typeinfo-id => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": 'stream' elements not allowed for now\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here type-name: # index: int -> result/eax: (addr array byte) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (index Type-id *(ebp+8)) $type-name:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return index: # arr: (addr stream (handle array byte)), index: int -> result/eax: (addr array byte) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 56/push-esi # TODO: bounds-check index # esi = arr 8b/-> *(ebp+8) 6/r32/esi # eax = index 8b/-> *(ebp+0xc) 0/r32/eax # eax = *(arr + 12 + index) 8b/-> *(esi+eax<<2+0xc) 0/r32/eax $index:end: # . restore registers 5e/pop-to-esi # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return ####################################################### # Compute type sizes ####################################################### # Compute the sizes of all user-defined types. # We'll need the sizes of their elements, which may be other user-defined # types, which we will compute as needed. # Initially, all user-defined types have their sizes set to -2 (invalid) populate-mu-type-sizes: # err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp $populate-mu-type-sizes:total-sizes: # var curr/eax: (addr typeinfo) = lookup(Program->types) (lookup *_Program-types *_Program-types->payload) # => eax { # if (curr == null) break 3d/compare-eax-and 0/imm32/null 74/jump-if-= break/disp8 (populate-mu-type-sizes-in-type %eax *(ebp+8) *(ebp+0xc)) # curr = lookup(curr->next) (lookup *(eax+0x10) *(eax+0x14)) # Typeinfo-next Typeinfo-next => eax eb/jump loop/disp8 } $populate-mu-type-sizes:offsets: # curr = *Program->types (lookup *_Program-types *_Program-types->payload) # => eax { # if (curr == null) break 3d/compare-eax-and 0/imm32/null 74/jump-if-= break/disp8 (populate-mu-type-offsets %eax *(ebp+8) *(ebp+0xc)) # curr = curr->next (lookup *(eax+0x10) *(eax+0x14)) # Typeinfo-next Typeinfo-next => eax eb/jump loop/disp8 } $populate-mu-type-sizes:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # compute sizes of all fields, recursing as necessary # sum up all their sizes to arrive at total size # fields may be out of order, but that doesn't affect the answer populate-mu-type-sizes-in-type: # T: (addr typeinfo), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 56/push-esi 57/push-edi # esi = T 8b/-> *(ebp+8) 6/r32/esi # if T is already computed, return 81 7/subop/compare *(esi+0xc) 0/imm32 # Typeinfo-total-size-in-bytes 0f 8d/jump-if->= $populate-mu-type-sizes-in-type:end/disp32 # if T is being computed, abort 81 7/subop/compare *(esi+0xc) -1/imm32/being-computed # Typeinfo-total-size-in-bytes 0f 84/jump-if-= $populate-mu-type-sizes-in-type:abort/disp32 # tag T (-2 to -1) to avoid infinite recursion c7 0/subop/copy *(esi+0xc) -1/imm32/being-computed # Typeinfo-total-size-in-bytes # var total-size/edi: int = 0 bf/copy-to-edi 0/imm32 # - for every field, if it's a user-defined type, compute its size # var table/ecx: (addr table (handle array byte) (handle typeinfo-entry)) = lookup(T->fields) (lookup *(esi+4) *(esi+8)) # Typeinfo-fields Typeinfo-fields => eax 89/<- %ecx 0/r32/eax # var table-size/edx: int = table->write 8b/-> *ecx 2/r32/edx # stream-write # var curr/ecx: (addr table_row) = table->data 8d/copy-address *(ecx+0xc) 1/r32/ecx # var max/edx: (addr table_row) = table->data + table->write 8d/copy-address *(ecx+edx) 2/r32/edx { $populate-mu-type-sizes-in-type:loop: # if (curr >= max) break 39/compare %ecx 2/r32/edx 73/jump-if-addr>= break/disp8 # var t/eax: (addr typeinfo-entry) = lookup(curr->value) (lookup *(ecx+8) *(ecx+0xc)) # => eax # if (t->input-var == 0) silently ignore it; we'll emit a nice error message while type-checking 81 7/subop/compare *eax 0/imm32 # Typeinfo-entry-input-var 74/jump-if-= $populate-mu-type-sizes-in-type:end/disp8 # compute size of t->input-var (lookup *eax *(eax+4)) # Typeinfo-entry-input-var Typeinfo-entry-input-var => eax (compute-size-of-var %eax *(ebp+0xc) *(ebp+0x10)) # => eax # result += eax 01/add-to %edi 0/r32/eax # curr += row-size 81 0/subop/add %ecx 0x10/imm32 # Typeinfo-fields-row-size # eb/jump loop/disp8 } # - save result 89/<- *(esi+0xc) 7/r32/edi # Typeinfo-total-size-in-bytes $populate-mu-type-sizes-in-type:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $populate-mu-type-sizes-in-type:abort: (write-buffered *(ebp+0xc) "cycle in type definitions\n") (flush *(ebp+0xc)) (stop *(ebp+0x10) 1) # never gets here # Analogous to size-of, except we need to compute what size-of can just read # off the right data structures. compute-size-of-var: # in: (addr var), err: (addr buffered-file), ed: (addr exit-descriptor) -> result/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . push registers 51/push-ecx # var t/ecx: (addr type-tree) = lookup(v->type) 8b/-> *(ebp+8) 1/r32/ecx (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax 89/<- %ecx 0/r32/eax # if (t->is-atom == false) t = lookup(t->left) { 81 7/subop/compare *ecx 0/imm32/false # Type-tree-is-atom 75/jump-if-!= break/disp8 (lookup *(ecx+4) *(ecx+8)) # Type-tree-left Type-tree-left => eax 89/<- %ecx 0/r32/eax } # TODO: ensure t is an atom (compute-size-of-type-id *(ecx+4) *(ebp+0xc) *(ebp+0x10)) # Type-tree-value => eax $compute-size-of-var:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return compute-size-of-type-id: # t: type-id, err: (addr buffered-file), ed: (addr exit-descriptor) -> result/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # var out/ecx: (handle typeinfo) 68/push 0/imm32 68/push 0/imm32 89/<- %ecx 4/r32/esp # eax = t 8b/-> *(ebp+8) 0/r32/eax # if t is a literal, return 0 3d/compare-eax-and 0/imm32/literal 0f 84/jump-if-= $compute-size-of-type-id:end/disp32 # eax changes type from type-id to int # if t is a byte, return 4 (because we don't really support non-multiples of 4) 3d/compare-eax-and 8/imm32/byte { 75/jump-if-!= break/disp8 b8/copy-to-eax 4/imm32 eb/jump $compute-size-of-type-id:end/disp8 } # if t is a handle, return 8 3d/compare-eax-and 4/imm32/handle { 75/jump-if-!= break/disp8 b8/copy-to-eax 8/imm32 eb/jump $compute-size-of-type-id:end/disp8 # eax changes type from type-id to int } # if t is a slice, return 8 3d/compare-eax-and 0xc/imm32/slice { 75/jump-if-!= break/disp8 b8/copy-to-eax 8/imm32 eb/jump $compute-size-of-type-id:end/disp8 # eax changes type from type-id to int } # if t is a user-defined type, compute its size # TODO: support non-atom type (find-typeinfo %eax %ecx) { 81 7/subop/compare *ecx 0/imm32 74/jump-if-= break/disp8 $compute-size-of-type-id:user-defined: (lookup *ecx *(ecx+4)) # => eax (populate-mu-type-sizes-in-type %eax *(ebp+0xc) *(ebp+0x10)) 8b/-> *(eax+0xc) 0/r32/eax # Typeinfo-total-size-in-bytes eb/jump $compute-size-of-type-id:end/disp8 } # otherwise return the word size b8/copy-to-eax 4/imm32 $compute-size-of-type-id:end: # . reclaim locals 81 0/subop/add %esp 8/imm32 # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # at this point we have total sizes for all user-defined types # compute offsets for each element # complication: fields may be out of order populate-mu-type-offsets: # in: (addr typeinfo), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi #? (dump-typeinfos "aaa\n") # var curr-offset/edi: int = 0 bf/copy-to-edi 0/imm32 # var table/ecx: (addr table string_key (handle typeinfo-entry)) = lookup(in->fields) 8b/-> *(ebp+8) 1/r32/ecx (lookup *(ecx+4) *(ecx+8)) # Typeinfo-fields Typeinfo-fields => eax 89/<- %ecx 0/r32/eax # var num-elems/edx: int = table->write / Typeinfo-fields-row-size 8b/-> *ecx 2/r32/edx # stream-write c1 5/subop/shift-right-logical %edx 4/imm8 # var i/ebx: int = 0 bb/copy-to-ebx 0/imm32 { $populate-mu-type-offsets:loop: 39/compare %ebx 2/r32/edx 0f 8d/jump-if->= break/disp32 #? (write-buffered Stderr "looking up index ") #? (write-int32-hex-buffered Stderr %ebx) #? (write-buffered Stderr " in ") #? (write-int32-hex-buffered Stderr *(ebp+8)) #? (write-buffered Stderr Newline) #? (flush Stderr) # var v/esi: (addr typeinfo-entry) (locate-typeinfo-entry-with-index %ecx %ebx *(ebp+0xc) *(ebp+0x10)) # => eax 89/<- %esi 0/r32/eax # if v is null, silently move on; we'll emit a nice error message while type-checking 81 7/subop/compare %esi 0/imm32 # Typeinfo-entry-input-var 74/jump-if-= $populate-mu-type-offsets:end/disp8 # if (v->input-var == 0) silently ignore v; we'll emit a nice error message while type-checking 81 7/subop/compare *esi 0/imm32 # Typeinfo-entry-input-var 74/jump-if-= $populate-mu-type-offsets:end/disp8 # v->output-var->offset = curr-offset # . eax: (addr var) (lookup *(esi+0xc) *(esi+0x10)) # Typeinfo-entry-output-var Typeinfo-entry-output-var => eax 89/<- *(eax+0x14) 7/r32/edi # Var-offset # curr-offset += size-of(v->input-var) (lookup *esi *(esi+4)) # Typeinfo-entry-input-var Typeinfo-entry-input-var => eax (size-of %eax) # => eax 01/add-to %edi 0/r32/eax # ++i 43/increment-ebx e9/jump loop/disp32 } $populate-mu-type-offsets:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return locate-typeinfo-entry-with-index: # table: (addr table (handle array byte) (handle typeinfo-entry)), idx: int, err: (addr buffered-file), ed: (addr exit-descriptor) -> result/eax: (addr typeinfo-entry) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # esi = table 8b/-> *(ebp+8) 6/r32/esi # var curr/ecx: (addr row (handle array byte) (handle typeinfo-entry)) = table->data 8d/copy-address *(esi+0xc) 1/r32/ecx # var max/edx: (addr byte) = &table->data[table->write] 8b/-> *esi 2/r32/edx 8d/copy-address *(ecx+edx) 2/r32/edx { $locate-typeinfo-entry-with-index:loop: 39/compare %ecx 2/r32/edx 73/jump-if-addr>= break/disp8 # var v/eax: (addr typeinfo-entry) (lookup *(ecx+8) *(ecx+0xc)) # => eax # if (v->index == idx) return v 8b/-> *(eax+8) 3/r32/ebx # Typeinfo-entry-index #? (write-buffered Stderr "comparing ") #? (write-int32-hex-buffered Stderr %ebx) #? (write-buffered Stderr " and ") #? (write-int32-hex-buffered Stderr *(ebp+0xc)) #? (write-buffered Stderr Newline) #? (flush Stderr) 39/compare *(ebp+0xc) 3/r32/ebx 74/jump-if-= $locate-typeinfo-entry-with-index:end/disp8 # curr += Typeinfo-entry-size 81 0/subop/add %ecx 0x10/imm32 # Typeinfo-entry-size # eb/jump loop/disp8 } # return 0 b8/copy-to-eax 0/imm32 $locate-typeinfo-entry-with-index:end: #? (write-buffered Stderr "returning ") #? (write-int32-hex-buffered Stderr %eax) #? (write-buffered Stderr Newline) #? (flush Stderr) # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return dump-typeinfos: # hdr: (addr array byte) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # (write-buffered Stderr *(ebp+8)) (flush Stderr) # var curr/eax: (addr typeinfo) = lookup(Program->types) (lookup *_Program-types *_Program-types->payload) # => eax { # if (curr == null) break 3d/compare-eax-and 0/imm32 74/jump-if-= break/disp8 (write-buffered Stderr "---\n") (flush Stderr) (dump-typeinfo %eax) # curr = lookup(curr->next) (lookup *(eax+0x10) *(eax+0x14)) # Typeinfo-next Typeinfo-next => eax eb/jump loop/disp8 } $dump-typeinfos:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return dump-typeinfo: # in: (addr typeinfo) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # esi = in 8b/-> *(ebp+8) 6/r32/esi # var table/ecx: (addr table (handle array byte) (handle typeinfo-entry)) = lookup(T->fields) (lookup *(esi+4) *(esi+8)) # Typeinfo-fields Typeinfo-fields => eax 89/<- %ecx 0/r32/eax (write-buffered Stderr "id:") (write-int32-hex-buffered Stderr *esi) (write-buffered Stderr "\n") (write-buffered Stderr "fields @ ") (write-int32-hex-buffered Stderr %ecx) (write-buffered Stderr Newline) (flush Stderr) (write-buffered Stderr " write: ") (write-int32-hex-buffered Stderr *ecx) (write-buffered Stderr Newline) (flush Stderr) (write-buffered Stderr " read: ") (write-int32-hex-buffered Stderr *(ecx+4)) (write-buffered Stderr Newline) (flush Stderr) (write-buffered Stderr " size: ") (write-int32-hex-buffered Stderr *(ecx+8)) (write-buffered Stderr Newline) (flush Stderr) # var table-size/edx: int = table->write 8b/-> *ecx 2/r32/edx # stream-write # var curr/ecx: (addr table_row) = table->data 8d/copy-address *(ecx+0xc) 1/r32/ecx # var max/edx: (addr table_row) = table->data + table->write 8d/copy-address *(ecx+edx) 2/r32/edx { $dump-typeinfo:loop: # if (curr >= max) break 39/compare %ecx 2/r32/edx 0f 83/jump-if-addr>= break/disp32 (write-buffered Stderr " row:\n") (write-buffered Stderr " key: ") (write-int32-hex-buffered Stderr *ecx) (write-buffered Stderr ",") (write-int32-hex-buffered Stderr *(ecx+4)) (write-buffered Stderr " = '") (lookup *ecx *(ecx+4)) (write-buffered Stderr %eax) (write-buffered Stderr "' @ ") (write-int32-hex-buffered Stderr %eax) (write-buffered Stderr Newline) (flush Stderr) (write-buffered Stderr " value: ") (write-int32-hex-buffered Stderr *(ecx+8)) (write-buffered Stderr ",") (write-int32-hex-buffered Stderr *(ecx+0xc)) (write-buffered Stderr " = typeinfo-entry@") (lookup *(ecx+8) *(ecx+0xc)) (write-int32-hex-buffered Stderr %eax) (write-buffered Stderr Newline) (flush Stderr) (write-buffered Stderr " input var@") (dump-var 5 %eax) (lookup *(ecx+8) *(ecx+0xc)) (write-buffered Stderr " index: ") (write-int32-hex-buffered Stderr *(eax+8)) (write-buffered Stderr Newline) (flush Stderr) (write-buffered Stderr " output var@") 8d/copy-address *(eax+0xc) 0/r32/eax # Typeinfo-entry-output-var (dump-var 5 %eax) (flush Stderr) # curr += row-size 81 0/subop/add %ecx 0x10/imm32 # Typeinfo-fields-row-size # e9/jump loop/disp32 } $dump-typeinfo:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return dump-var: # indent: int, v: (addr handle var) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 53/push-ebx # eax = v 8b/-> *(ebp+0xc) 0/r32/eax # (write-int32-hex-buffered Stderr *eax) (write-buffered Stderr ",") (write-int32-hex-buffered Stderr *(eax+4)) (write-buffered Stderr "->") (lookup *eax *(eax+4)) (write-int32-hex-buffered Stderr %eax) (write-buffered Stderr Newline) (flush Stderr) { 3d/compare-eax-and 0/imm32 0f 84/jump-if-= break/disp32 (emit-indent Stderr *(ebp+8)) (write-buffered Stderr "name: ") 89/<- %ebx 0/r32/eax (write-int32-hex-buffered Stderr *ebx) # Var-name (write-buffered Stderr ",") (write-int32-hex-buffered Stderr *(ebx+4)) # Var-name (write-buffered Stderr "->") (lookup *ebx *(ebx+4)) # Var-name (write-int32-hex-buffered Stderr %eax) { 3d/compare-eax-and 0/imm32 74/jump-if-= break/disp8 (write-buffered Stderr Space) (write-buffered Stderr %eax) } (write-buffered Stderr Newline) (flush Stderr) (emit-indent Stderr *(ebp+8)) (write-buffered Stderr "block depth: ") (write-int32-hex-buffered Stderr *(ebx+0x10)) # Var-block-depth (write-buffered Stderr Newline) (flush Stderr) (emit-indent Stderr *(ebp+8)) (write-buffered Stderr "stack offset: ") (write-int32-hex-buffered Stderr *(ebx+0x14)) # Var-offset (write-buffered Stderr Newline) (flush Stderr) (emit-indent Stderr *(ebp+8)) (write-buffered Stderr "reg: ") (write-int32-hex-buffered Stderr *(ebx+0x18)) # Var-register (write-buffered Stderr ",") (write-int32-hex-buffered Stderr *(ebx+0x1c)) # Var-register (write-buffered Stderr "->") (flush Stderr) (lookup *(ebx+0x18) *(ebx+0x1c)) # Var-register (write-int32-hex-buffered Stderr %eax) { 3d/compare-eax-and 0/imm32 74/jump-if-= break/disp8 (write-buffered Stderr Space) (write-buffered Stderr %eax) } (write-buffered Stderr Newline) (flush Stderr) } $dump-var:end: # . restore registers 5b/pop-to-ebx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return ####################################################### # Type-checking ####################################################### check-mu-types: # err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # var curr/eax: (addr function) = lookup(Program->functions) (lookup *_Program-functions *_Program-functions->payload) # => eax { $check-mu-types:loop: # if (curr == null) break 3d/compare-eax-and 0/imm32 0f 84/jump-if-= break/disp32 #? # dump curr->name {{{ #? 50/push-eax #? (lookup *eax *(eax+4)) # Function-name Function-name => eax #? (write-buffered Stderr %eax) #? (write-buffered Stderr Newline) #? (flush Stderr) #? 58/pop-to-eax #? # }}} (check-mu-function %eax *(ebp+8) *(ebp+0xc)) # curr = lookup(curr->next) (lookup *(eax+0x20) *(eax+0x24)) # Function-next Function-next => eax e9/jump loop/disp32 } $check-mu-types:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return check-mu-function: # fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 56/push-esi # esi = f 8b/-> *(ebp+8) 6/r32/esi # outputs (lookup *(esi+0x10) *(esi+0x14)) # Function-outputs Function-outputs => eax (check-all-unique-registers %eax %esi *(ebp+0xc) *(ebp+0x10)) # body (lookup *(esi+0x18) *(esi+0x1c)) # Function-body Function-body => eax (check-mu-block %eax *(ebp+8) *(ebp+0xc) *(ebp+0x10)) # if function has no outputs, we're done 81 7/subop/compare *(esi+0x10) 0/imm32 74/jump-if-= $check-mu-function:end/disp8 # some final checks on body (check-final-stmt-is-return %eax %esi *(ebp+0xc) *(ebp+0x10)) (check-no-breaks %eax %esi *(ebp+0xc) *(ebp+0x10)) $check-mu-function:end: # . restore registers 5e/pop-to-esi 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return check-mu-block: # block: (addr block), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # eax = block 8b/-> *(ebp+8) 0/r32/eax # var stmts/eax: (addr list stmt) = lookup(block->statements) (lookup *(eax+4) *(eax+8)) # Block-stmts Block-stmts => eax # { $check-mu-block:check-empty: 3d/compare-eax-and 0/imm32 0f 84/jump-if-= break/disp32 # emit block->statements (check-mu-stmt-list %eax *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) } $check-mu-block:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return check-mu-stmt-list: # stmts: (addr list stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 56/push-esi # esi = stmts 8b/-> *(ebp+8) 6/r32/esi { $check-mu-stmt-list:loop: 81 7/subop/compare %esi 0/imm32 0f 84/jump-if-= break/disp32 # var curr-stmt/eax: (addr stmt) = lookup(stmts->value) (lookup *esi *(esi+4)) # List-value List-value => eax { $check-mu-stmt-list:check-for-block: 81 7/subop/compare *eax 0/imm32/block # Stmt-tag 75/jump-if-!= break/disp8 $check-mu-stmt-list:block: (check-mu-block %eax *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) eb/jump $check-mu-stmt-list:continue/disp8 } { $check-mu-stmt-list:check-for-stmt1: 81 7/subop/compare *eax 1/imm32/stmt1 # Stmt-tag 0f 85/jump-if-!= break/disp32 $check-mu-stmt-list:stmt1: (check-mu-stmt %eax *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) eb/jump $check-mu-stmt-list:continue/disp8 } { $check-mu-stmt-list:check-for-reg-var-def: 81 7/subop/compare *eax 3/imm32/reg-var-def # Stmt-tag 0f 85/jump-if-!= break/disp32 $check-mu-stmt-list:reg-var-def: (check-mu-stmt %eax *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) eb/jump $check-mu-stmt-list:continue/disp8 } $check-mu-stmt-list:continue: # TODO: raise an error on unrecognized Stmt-tag (lookup *(esi+8) *(esi+0xc)) # List-next List-next => eax 89/<- %esi 0/r32/eax e9/jump loop/disp32 } $check-mu-stmt-list:end: # . restore registers 5e/pop-to-esi 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return check-mu-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # - if stmt's operation matches a primitive, check against it (has-primitive-name? *(ebp+8)) # => eax 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (check-mu-primitive *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-stmt:end/disp32 } # - otherwise find a function to check against # var f/eax: (addr function) = lookup(*Program->functions) (lookup *_Program-functions *_Program-functions->payload) # => eax (find-matching-function %eax *(ebp+8)) # => eax 3d/compare-eax-and 0/imm32 { 74/jump-if-= break/disp8 (check-mu-call *(ebp+8) %eax *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) eb/jump $check-mu-stmt:end/disp8 } # var f/eax: (addr function) = lookup(*Program->signatures) (lookup *_Program-signatures *_Program-signatures->payload) # => eax (find-matching-function %eax *(ebp+8)) # => eax 3d/compare-eax-and 0/imm32 { 74/jump-if-= break/disp8 (check-mu-call *(ebp+8) %eax *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) eb/jump $check-mu-stmt:end/disp8 } # - otherwise abort e9/jump $check-mu-stmt:unknown-call/disp32 $check-mu-stmt:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-stmt:unknown-call: (write-buffered *(ebp+0x10) "unknown function '") 8b/-> *(ebp+8) 0/r32/eax (lookup *(eax+4) *(eax+8)) # Stmt1-operation Stmt1-operation => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "'\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here has-primitive-name?: # stmt: (addr stmt) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx 56/push-esi # var name/esi: (addr array byte) = lookup(stmt->operation) 8b/-> *(ebp+8) 6/r32/esi (lookup *(esi+4) *(esi+8)) # Stmt1-operation Stmt1-operation => eax 89/<- %esi 0/r32/eax # if (name == "return") return true (string-equal? %esi "return") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $has-primitive-name?:end/disp32 # if (name == "get") return true (string-equal? %esi "get") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $has-primitive-name?:end/disp32 # if (name == "index") return true (string-equal? %esi "index") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $has-primitive-name?:end/disp32 # if (name == "length") return true (string-equal? %esi "length") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $has-primitive-name?:end/disp32 # if (name == "compute-offset") return true (string-equal? %esi "compute-offset") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $has-primitive-name?:end/disp32 # if (name == "copy-object") return true (string-equal? %esi "copy-object") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $has-primitive-name?:end/disp32 # if (name == "clear-object") return true (string-equal? %esi "clear-object") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $has-primitive-name?:end/disp32 # if (name == "allocate") return true (string-equal? %esi "allocate") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $has-primitive-name?:end/disp32 # if (name == "populate") return true (string-equal? %esi "populate") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $has-primitive-name?:end/disp32 # if (name == "populate-stream") return true (string-equal? %esi "populate-stream") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $has-primitive-name?:end/disp32 # if (name == "read-from-stream") return true (string-equal? %esi "read-from-stream") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $has-primitive-name?:end/disp32 # if (name == "write-to-stream") return true (string-equal? %esi "write-to-stream") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $has-primitive-name?:end/disp32 # var curr/ecx: (addr primitive) = Primitives b9/copy-to-ecx Primitives/imm32 { $has-primitive-name?:loop: # if (curr == null) break 81 7/subop/compare %ecx 0/imm32 74/jump-if-= break/disp8 # if (primitive->name == name) return true (lookup *ecx *(ecx+4)) # Primitive-name Primitive-name => eax #? (write-buffered Stderr %eax) #? (write-buffered Stderr Newline) #? (flush Stderr) (string-equal? %esi %eax) # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $has-primitive-name?:end/disp8 $has-primitive-name?:next-primitive: # curr = curr->next (lookup *(ecx+0x3c) *(ecx+0x40)) # Primitive-next Primitive-next => eax 89/<- %ecx 0/r32/eax # e9/jump loop/disp32 } # return null b8/copy-to-eax 0/imm32 $has-primitive-name?:end: # . restore registers 5e/pop-to-esi 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return check-mu-primitive: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # var op/ecx: (addr array byte) = lookup(stmt->operation) 8b/-> *(ebp+8) 0/r32/eax (lookup *(eax+4) *(eax+8)) # Stmt1-operation Stmt1-operation => eax 89/<- %ecx 0/r32/eax # if (op == "copy") check-mu-copy-stmt { (string-equal? %ecx "copy") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-copy-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "copy-to") check-mu-copy-to-stmt { (string-equal? %ecx "copy-to") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-copy-to-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "copy-byte") check-mu-copy-byte-stmt { (string-equal? %ecx "copy-byte") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-copy-byte-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "copy-byte-to") check-mu-copy-byte-to-stmt { (string-equal? %ecx "copy-byte-to") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-copy-byte-to-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "compare") check-mu-compare-stmt { (string-equal? %ecx "compare") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-compare-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "address") check-mu-address-stmt { (string-equal? %ecx "address") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-address-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "return") check-mu-return-stmt { (string-equal? %ecx "return") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-return-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "get") check-mu-get-stmt { (string-equal? %ecx "get") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-get-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "index") check-mu-index-stmt { (string-equal? %ecx "index") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-index-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "length") check-mu-length-stmt { (string-equal? %ecx "length") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-length-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "compute-offset") check-mu-compute-offset-stmt { (string-equal? %ecx "compute-offset") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-compute-offset-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "copy-object") check-mu-copy-object-stmt { (string-equal? %ecx "copy-object") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-copy-object-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "clear-object") check-mu-clear-object-stmt { (string-equal? %ecx "clear-object") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-clear-object-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "allocate") check-mu-allocate-stmt { (string-equal? %ecx "allocate") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-allocate-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "populate") check-mu-populate-stmt { (string-equal? %ecx "populate") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-populate-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "populate-stream") check-mu-populate-stream-stmt { (string-equal? %ecx "populate-stream") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-populate-stream-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "read-from-stream") check-mu-read-from-stream-stmt { (string-equal? %ecx "read-from-stream") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-read-from-stream-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "write-to-stream") check-mu-write-to-stream-stmt { (string-equal? %ecx "write-to-stream") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-write-to-stream-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # if (op == "convert") check-mu-convert-stmt { (string-equal? %ecx "convert") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (check-mu-convert-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) e9/jump $check-mu-primitive:end/disp32 } # otherwise check-numberlike-stmt (check-mu-numberlike-primitive *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) $check-mu-primitive:end: # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # by default, Mu primitives should only operate on 'number-like' types check-mu-numberlike-primitive: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 56/push-esi # esi = stmt 8b/-> *(ebp+8) 6/r32/esi # var gas/ecx: int = 2 b9/copy-to-ecx 2/imm32 # - check at most 1 output # var output/eax: (addr stmt-var) = stmt->outputs (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax { 3d/compare-eax-and 0/imm32 74/jump-if-= break/disp8 $check-mu-numberlike-primitive:output: (check-mu-numberlike-output %eax *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-numberlike-primitive:error-too-many-outputs/disp32 # check output is in a register # --gas 49/decrement-ecx } # - check first inout (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax { 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-numberlike-primitive:end/disp32 $check-mu-numberlike-primitive:first-inout: (check-mu-numberlike-arg %eax *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) # --gas 49/decrement-ecx } # - check second inout (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax { 3d/compare-eax-and 0/imm32 74/jump-if-= $check-mu-numberlike-primitive:end/disp8 $check-mu-numberlike-primitive:second-inout: # is a second inout allowed? 81 7/subop/compare %ecx 0/imm32 0f 84/jump-if-= $check-mu-numberlike-primitive:error-too-many-inouts/disp32 $check-mu-numberlike-primitive:second-inout-permitted: (check-mu-numberlike-arg %eax *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) } $check-mu-numberlike-primitive:third-inout: # if there's a third arg, raise an error 81 7/subop/compare *(eax+8) 0/imm32 # Stmt-var-next 0f 85/jump-if-!= $check-mu-numberlike-primitive:error-too-many-inouts/disp32 $check-mu-numberlike-primitive:end: # . restore registers 5e/pop-to-esi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-numberlike-primitive:error-too-many-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt ") (lookup *(esi+4) *(esi+8)) # Stmt1-operation Stmt1-operation => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": too many inouts; most primitives support at most two arguments, across inouts and outputs\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-numberlike-primitive:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt ") (lookup *(esi+4) *(esi+8)) # Stmt1-operation Stmt1-operation => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": too many outputs; most primitives support at most one output\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-numberlike-arg: # v: (addr stmt-var), stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 56/push-esi # var t/esi: (addr type-tree) = lookup(v->value->type) 8b/-> *(ebp+8) 0/r32/eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %esi 0/r32/eax $check-mu-numberlike-arg:check-literal: # if t is an int, return (simple-mu-type? %esi 0) # literal => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-numberlike-arg:end/disp32 $check-mu-numberlike-arg:check-addr: # if t is an addr and v is dereferenced, return whether t->payload is an addr { (mu-addr-type? %esi) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 8b/-> *(ebp+8) 0/r32/eax 8b/-> *(eax+0x10) 0/r32/eax # Stmt-var-is-deref 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (lookup *(esi+0xc) *(esi+0x10)) # Type-tree-right Type-tree-right => eax # if t->right is null, t = t->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } (mu-addr-type? %eax) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= $check-mu-numberlike-arg:end/disp8 } } $check-mu-numberlike-arg:output-checks: (check-mu-numberlike-output *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14) *(ebp+0x18)) $check-mu-numberlike-arg:end: # . restore registers 5e/pop-to-esi 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return check-mu-numberlike-output: # v: (addr stmt-var), stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # (mu-numberlike-output-var? *(ebp+8)) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-numberlike-output:fail/disp32 $check-mu-numberlike-output:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-numberlike-output:fail: # otherwise raise an error (write-buffered *(ebp+0x14) "fn ") 8b/-> *(ebp+0x10) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": stmt ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *(eax+4) *(eax+8)) # Stmt1-operation Stmt1-operation => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": '") 8b/-> *(ebp+8) 0/r32/eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) "' must be a non-addr non-offset scalar\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) # never gets here mu-numberlike-output-var?: # v: (addr stmt-var) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # 8b/-> *(ebp+8) 0/r32/eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax (mu-numberlike-output? %eax) # => eax $mu-numberlike-output-var?:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return mu-numberlike-output?: # v: (addr type-tree) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 56/push-esi # var t/esi: (addr type-tree) = lookup(v->value->type) 8b/-> *(ebp+8) 6/r32/esi $mu-numberlike-output?:check-int: # if t is an int, return (simple-mu-type? %esi 1) # int => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $mu-numberlike-output?:return-true/disp32 $mu-numberlike-output?:check-float: # if t is a float, return (simple-mu-type? %esi 0xf) # float => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $mu-numberlike-output?:return-true/disp8 $mu-numberlike-output?:check-boolean: # if t is a boolean, return (simple-mu-type? %esi 5) # boolean => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $mu-numberlike-output?:return-true/disp8 $mu-numberlike-output?:check-byte: # if t is a byte, return (simple-mu-type? %esi 8) # byte => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $mu-numberlike-output?:return-true/disp8 $mu-numberlike-output?:check-code-point: # if t is a code-point, return (simple-mu-type? %esi 0xd) # code-point => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $mu-numberlike-output?:return-true/disp8 $mu-numberlike-output?:check-grapheme: # if t is a grapheme, return (simple-mu-type? %esi 0xe) # grapheme => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $mu-numberlike-output?:return-true/disp8 $mu-numberlike-output?:return-false: b8/copy-to-eax 0/imm32/false eb/jump $mu-numberlike-output?:end/disp8 $mu-numberlike-output?:return-true: b8/copy-to-eax 1/imm32/true $mu-numberlike-output?:end: # . restore registers 5e/pop-to-esi # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return check-mu-copy-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 56/push-esi 57/push-edi # var type-parameters/edx: (addr table (handle array byte) (addr type-tree) 8) 81 5/subop/subtract %esp 0x60/imm32 68/push 0x60/imm32/size 68/push 0/imm32/read 68/push 0/imm32/write 89/<- %edx 4/r32/esp $check-mu-copy-stmt:get-output: # esi = stmt 8b/-> *(ebp+8) 6/r32/esi # var output/edi: (addr stmt-var) = stmt->outputs (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 89/<- %edi 0/r32/eax # zero outputs 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-copy-stmt:error-no-output/disp32 # > 1 output (lookup *(edi+8) *(edi+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-copy-stmt:error-too-many-outputs/disp32 $check-mu-copy-stmt:get-inout: # var inout/esi: (addr stmt-var) = stmt->inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %esi 0/r32/eax # zero inouts 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-copy-stmt:error-no-inout/disp32 # > 1 inout (lookup *(esi+8) *(esi+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-copy-stmt:error-too-many-inouts/disp32 $check-mu-copy-stmt:types: # if inout is not a scalar, abort (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (size-of %eax) # => eax 3d/compare-eax-and 4/imm32 0f 8f/jump-if-> $check-mu-copy-stmt:error-inout-too-large/disp32 # var inout-type/ecx: (addr type-tree) = inout->value->type (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ecx 0/r32/eax # if (inout->is-deref?) inout-type = inout-type->payload 8b/-> *(esi+0x10) 0/r32/eax # Stmt-var-is-deref 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (lookup *(ecx+0xc) *(ecx+0x10)) # Type-tree-right Type-tree-right => eax # if inout-type->right is null, t = inout-type->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 89/<- %ecx 0/r32/eax } # if output not in register, abort (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-copy-stmt:error-output-not-in-register/disp32 # var output-type/eax: (addr type-tree) = output->value->type (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax # if (inout-type == output-type) return (type-match? %eax %ecx %edx) # => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-copy-stmt:end/disp32 # if output is an addr and inout is 0, return { (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax (mu-addr-type? %eax) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (string-equal? %eax "0") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 e9/jump $check-mu-copy-stmt:end/disp32 } # if output is an offset and inout is 0, return { (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 7) # offset => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (string-equal? %eax "0") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 e9/jump $check-mu-copy-stmt:end/disp32 } # if output is a byte, abort if inout is not a literal. Otherwise return. { (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 8) # byte => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 0) # literal => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-copy-stmt:error-non-literal-to-byte/disp32 eb/jump $check-mu-copy-stmt:end/disp8 } # if output is not number-like, abort (check-mu-numberlike-output %edi *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) $check-mu-copy-stmt:end: # . reclaim locals 81 0/subop/add %esp 0x6c/imm32 # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-copy-stmt:error-no-inout: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'copy' expects an inout\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-stmt:error-too-many-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'copy' must have just one inout\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-stmt:error-no-output: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'copy' expects an output\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-stmt:error-output-not-in-register: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt copy: output '") (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' not in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-stmt:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'copy' must have just one output\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-stmt:error-inout-too-large: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt copy: '") (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is too large to fit in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-stmt:error-non-literal-to-byte: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt copy: cannot copy non-literal to '") (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' of type byte; use copy-byte\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-copy-to-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # var type-parameters/edx: (addr table (handle array byte) (addr type-tree) 8) 81 5/subop/subtract %esp 0x60/imm32 68/push 0x60/imm32/size 68/push 0/imm32/read 68/push 0/imm32/write 89/<- %edx 4/r32/esp # esi = stmt 8b/-> *(ebp+8) 6/r32/esi $check-mu-copy-to-stmt:check-for-output: # if stmt->outputs abort (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-copy-to-stmt:error-too-many-outputs/disp32 $check-mu-copy-to-stmt:get-dest: # var dest/edi: (addr stmt-var) = stmt->inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %edi 0/r32/eax # zero inouts 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-copy-to-stmt:error-incorrect-inouts/disp32 $check-mu-copy-to-stmt:get-src: # var src/esi: (addr stmt-var) = dest->next (lookup *(edi+8) *(edi+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %esi 0/r32/eax # 1 inout 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-copy-to-stmt:error-incorrect-inouts/disp32 # > 2 inouts (lookup *(esi+8) *(esi+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-copy-to-stmt:error-incorrect-inouts/disp32 $check-mu-copy-to-stmt:types: # if src is not a scalar, abort (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (size-of %eax) # => eax 3d/compare-eax-and 4/imm32 0f 8f/jump-if-> $check-mu-copy-to-stmt:error-src-too-large/disp32 # var src-type/ecx: (addr type-tree) = src->value->type (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ecx 0/r32/eax # if src not in register or literal, abort # (we can't use stack-offset because it hasn't been computed yet) { (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x8) *(eax+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 0) # => eax 3d/compare-eax-and 0/imm32 75/jump-if-!= break/disp8 (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax 3d/compare-eax-and 0/imm32 75/jump-if-!= break/disp8 e9/jump $check-mu-copy-to-stmt:error-src-not-literal-or-in-register/disp32 } # var dest-type/ebx: (addr type-tree) = dest->value->type (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax # if (dest->is-deref?) dest-type = dest-type->payload $check-mu-copy-to-stmt:check-dest-deref: 8b/-> *(edi+0x10) 0/r32/eax # Stmt-var-is-deref 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax $check-mu-copy-to-stmt:dest-is-deref: # if dest-type->right is null, dest-type = dest-type->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right { 75/jump-if-!= break/disp8 $check-mu-copy-to-stmt:dest-is-deref2: (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 89/<- %ebx 0/r32/eax } # if dest is a byte and src is not a literal, abort { $check-mu-copy-to-stmt:final-check-byte: (simple-mu-type? %ebx 8) # byte => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (simple-mu-type? %ecx 0) # literal => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-copy-to-stmt:error-non-literal-to-byte/disp32 } # if (src-type == dest-type) return (type-match? %ebx %ecx %edx) # => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-copy-to-stmt:end/disp32 # if dest is an addr and src is 0, return { $check-mu-copy-to-stmt:final-check-addr: (mu-addr-type? %ebx) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (string-equal? %eax "0") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 e9/jump $check-mu-copy-to-stmt:end/disp32 } # if dest is an offset and src is 0, return { $check-mu-copy-to-stmt:final-check-offset: 81 7/subop/compare *ebx 0/imm32/false # Type-tree-is-atom 75/jump-if-!= break/disp8 (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 7) # offset => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (string-equal? %eax "0") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 e9/jump $check-mu-copy-to-stmt:end/disp32 } # if dest is not number-like, abort (check-mu-numberlike-arg %edi *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) $check-mu-copy-to-stmt:end: # . reclaim locals 81 0/subop/add %esp 0x6c/imm32 # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-copy-to-stmt:error-incorrect-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'copy-to' must have two inouts\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-to-stmt:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'copy-to' must not have any outputs\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-to-stmt:error-src-not-literal-or-in-register: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt copy-to: source (second inout) is in memory\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-to-stmt:error-src-too-large: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt copy-to: '") (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is too large to copy\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-to-stmt:error-non-literal-to-byte: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt copy-to: cannot copy non-literal to type byte; use copy-byte-to\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-copy-byte-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 56/push-esi 57/push-edi # var type-parameters/edx: (addr table (handle array byte) (addr type-tree) 8) 81 5/subop/subtract %esp 0x60/imm32 68/push 0x60/imm32/size 68/push 0/imm32/read 68/push 0/imm32/write 89/<- %edx 4/r32/esp $check-mu-copy-byte-stmt:get-output: # esi = stmt 8b/-> *(ebp+8) 6/r32/esi # var output/edi: (addr stmt-var) = stmt->outputs (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 89/<- %edi 0/r32/eax # zero outputs 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-copy-byte-stmt:error-no-output/disp32 # > 1 output (lookup *(edi+8) *(edi+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-copy-byte-stmt:error-too-many-outputs/disp32 $check-mu-copy-byte-stmt:get-inout: # var inout/esi: (addr stmt-var) = stmt->inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %esi 0/r32/eax # zero inouts 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-copy-byte-stmt:error-no-inout/disp32 # > 1 inout (lookup *(esi+8) *(esi+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-copy-byte-stmt:error-too-many-inouts/disp32 $check-mu-copy-byte-stmt:types: # if inout is not a scalar, abort (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (size-of %eax) # => eax 3d/compare-eax-and 4/imm32 0f 8f/jump-if-> $check-mu-copy-byte-stmt:error-inout-too-large/disp32 # var inout-type/ecx: (addr type-tree) = inout->value->type (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ecx 0/r32/eax $check-mu-copy-byte-stmt:check-inout-deref: # if (inout->is-deref?) inout-type = inout-type->payload 8b/-> *(esi+0x10) 0/r32/eax # Stmt-var-is-deref 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 $check-mu-copy-byte-stmt:inout-is-deref: (lookup *(ecx+0xc) *(ecx+0x10)) # Type-tree-right Type-tree-right => eax # if inout-type->right is null, t = inout-type->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right { 75/jump-if-!= break/disp8 $check-mu-copy-byte-stmt:inout-is-deref2: (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 89/<- %ecx 0/r32/eax } # if output not in register, abort (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-copy-byte-stmt:error-output-not-in-register/disp32 # var output-type/eax: (addr type-tree) = output->value->type (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax # if output is not of type byte, abort (simple-mu-type? %eax 8) # byte => eax 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-copy-byte-stmt:error-invalid-output-type/disp32 $check-mu-copy-byte-stmt:end: # . reclaim locals 81 0/subop/add %esp 0x6c/imm32 # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-copy-byte-stmt:error-no-inout: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'copy-byte' expects an inout\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-byte-stmt:error-too-many-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'copy-byte' must have just one inout\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-byte-stmt:error-no-output: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'copy-byte' expects an output\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-byte-stmt:error-output-not-in-register: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt copy-byte: output '") (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' not in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-byte-stmt:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'copy-byte' must have just one output\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-byte-stmt:error-invalid-output-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'copy-byte' must write to output of type byte\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-byte-stmt:error-inout-too-large: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt copy-byte: '") (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is too large to fit in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-copy-byte-to-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # var type-parameters/edx: (addr table (handle array byte) (addr type-tree) 8) 81 5/subop/subtract %esp 0x60/imm32 68/push 0x60/imm32/size 68/push 0/imm32/read 68/push 0/imm32/write 89/<- %edx 4/r32/esp # esi = stmt 8b/-> *(ebp+8) 6/r32/esi $check-mu-copy-byte-to-stmt:check-for-output: # if stmt->outputs abort (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-copy-byte-to-stmt:error-too-many-outputs/disp32 $check-mu-copy-byte-to-stmt:get-dest: # var dest/edi: (addr stmt-var) = stmt->inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %edi 0/r32/eax # zero inouts 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-copy-byte-to-stmt:error-incorrect-inouts/disp32 $check-mu-copy-byte-to-stmt:get-src: # var src/esi: (addr stmt-var) = dest->next (lookup *(edi+8) *(edi+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %esi 0/r32/eax # 1 inout 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-copy-byte-to-stmt:error-incorrect-inouts/disp32 # > 2 inouts (lookup *(esi+8) *(esi+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-copy-byte-to-stmt:error-incorrect-inouts/disp32 $check-mu-copy-byte-to-stmt:types: # if src is not a scalar, abort (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (size-of %eax) # => eax 3d/compare-eax-and 4/imm32 0f 8f/jump-if-> $check-mu-copy-byte-to-stmt:error-src-too-large/disp32 # if src not in register, abort { (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax 3d/compare-eax-and 0/imm32 75/jump-if-!= break/disp8 e9/jump $check-mu-copy-byte-to-stmt:error-src-not-in-register/disp32 } # var dest-type/ebx: (addr type-tree) = dest->value->type (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax # if (dest->is-deref?) dest-type = dest-type->payload $check-mu-copy-byte-to-stmt:check-dest-deref: 8b/-> *(edi+0x10) 0/r32/eax # Stmt-var-is-deref 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax $check-mu-copy-byte-to-stmt:dest-is-deref: # if dest-type->right is null, dest-type = dest-type->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right { 75/jump-if-!= break/disp8 $check-mu-copy-byte-to-stmt:dest-is-deref2: (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 89/<- %ebx 0/r32/eax } # if dest is not a byte, abort (simple-mu-type? %ebx 8) # byte => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-copy-byte-to-stmt:error-invalid-dest-type/disp32 $check-mu-copy-byte-to-stmt:end: # . reclaim locals 81 0/subop/add %esp 0x6c/imm32 # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-copy-byte-to-stmt:error-incorrect-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'copy-byte-to' must have two inouts\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-byte-to-stmt:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'copy-byte-to' must not have any outputs\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-byte-to-stmt:error-src-not-in-register: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt copy-byte-to: source (second inout) must be in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-byte-to-stmt:error-invalid-dest-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt copy-byte-to: '") (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be a byte\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-byte-to-stmt:error-src-too-large: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt copy-byte-to: '") (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is too large to copy\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-compare-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # var type-parameters/edx: (addr table (handle array byte) (addr type-tree) 8) 81 5/subop/subtract %esp 0x60/imm32 68/push 0x60/imm32/size 68/push 0/imm32/read 68/push 0/imm32/write 89/<- %edx 4/r32/esp # esi = stmt 8b/-> *(ebp+8) 6/r32/esi $check-mu-compare-stmt:check-for-output: # if stmt->outputs abort (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-compare-stmt:error-too-many-outputs/disp32 $check-mu-compare-stmt:get-left: # var left/edi: (addr stmt-var) = stmt->inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %edi 0/r32/eax # zero inouts 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-compare-stmt:error-incorrect-inouts/disp32 $check-mu-compare-stmt:get-right: # var right/esi: (addr stmt-var) = left->next (lookup *(edi+8) *(edi+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %esi 0/r32/eax # 1 inout 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-compare-stmt:error-incorrect-inouts/disp32 # > 2 inouts (lookup *(esi+8) *(esi+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-compare-stmt:error-incorrect-inouts/disp32 # if both inouts are in memory, abort { $check-mu-compare-stmt:both-in-mem: (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x8) *(eax+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 0) # => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= break/disp32 (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax 3d/compare-eax-and 0/imm32 75/jump-if-!= break/disp8 (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x8) *(eax+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 0) # => eax 3d/compare-eax-and 0/imm32 75/jump-if-!= break/disp8 (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax 3d/compare-eax-and 0/imm32 75/jump-if-!= break/disp8 e9/jump $check-mu-compare-stmt:error-both-in-memory/disp32 } $check-mu-compare-stmt:types: # var right-type/ecx: (addr type-tree) = right->value->type (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ecx 0/r32/eax # if (right->is-deref?) right-type = right-type->payload 8b/-> *(esi+0x10) 0/r32/eax # Stmt-var-is-deref 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (lookup *(ecx+0xc) *(ecx+0x10)) # Type-tree-right Type-tree-right => eax # if right-type->right is null, right-type = right-type->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 89/<- %ecx 0/r32/eax } # if right-type is a literal string, abort (simple-mu-type? %ecx 0x10) # string-literal => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-compare-stmt:error-right-string-literal/disp32 # if right is not a scalar, abort (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (size-of %eax) # => eax 3d/compare-eax-and 4/imm32 0f 8f/jump-if-> $check-mu-compare-stmt:error-right-too-large/disp32 # if left is not a scalar, abort (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (size-of %eax) # => eax 3d/compare-eax-and 4/imm32 0f 8f/jump-if-> $check-mu-compare-stmt:error-left-too-large/disp32 # var left-type/ebx: (addr type-tree) = left->value->type (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax # if (left->is-deref?) left-type = left-type->payload 8b/-> *(edi+0x10) 0/r32/eax # Stmt-var-is-deref 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax # if left-type->right is null, left-type = left-type->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 89/<- %ebx 0/r32/eax } # if (left-type == right-type) return (type-match? %ebx %ecx %edx) # => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-compare-stmt:end/disp32 # if left is an addr and right is 0, return { (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax (mu-addr-type? %eax) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (string-equal? %eax "0") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 eb/jump $check-mu-compare-stmt:end/disp8 } # if left is not number-like, abort (check-mu-numberlike-arg %edi *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) $check-mu-compare-stmt:end: # . reclaim locals 81 0/subop/add %esp 0x6c/imm32 # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-compare-stmt:error-incorrect-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'compare' must have two inouts\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-compare-stmt:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'compare' must not have any outputs\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-compare-stmt:error-both-in-memory: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt compare: both inouts are in memory\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-compare-stmt:error-left-too-large: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt compare: '") (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is too large to compare\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-compare-stmt:error-right-too-large: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt compare: '") (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is too large to compare\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-compare-stmt:error-right-string-literal: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt compare: string literal ") (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) " is not supported; use the string-equal? function\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-address-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 56/push-esi 57/push-edi $check-mu-address-stmt:get-output: # esi = stmt 8b/-> *(ebp+8) 6/r32/esi # var output/edi: (addr stmt-var) = stmt->outputs (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 89/<- %edi 0/r32/eax # zero outputs 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-address-stmt:error-no-output/disp32 # > 1 output (lookup *(edi+8) *(edi+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-address-stmt:error-too-many-outputs/disp32 $check-mu-address-stmt:get-inout: # var inout/esi: (addr stmt-var) = stmt->inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %esi 0/r32/eax # zero inouts 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-address-stmt:error-no-inout/disp32 # > 1 inout (lookup *(esi+8) *(esi+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-address-stmt:error-too-many-inouts/disp32 $check-mu-address-stmt:types: # if output not in register, abort (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-address-stmt:error-output-not-in-register/disp32 # var output-type/edx: (addr type-tree) = output->value->type (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %edx 0/r32/eax # if output-type not an addr, abort (mu-addr-type? %edx) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-address-stmt:error-output-not-address/disp32 # output-type = output-type->right (lookup *(edx+0xc) *(edx+0x10)) # Type-tree-right Type-tree-right => eax # if output-type->right is null, output-type = output-type->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 89/<- %edx 0/r32/eax # var inout-type/ecx: (addr type-tree) = inout->value->type (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ecx 0/r32/eax # if (inout->is-deref?) inout-type = inout-type->payload 8b/-> *(esi+0x10) 0/r32/eax # Stmt-var-is-deref 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (lookup *(ecx+0xc) *(ecx+0x10)) # Type-tree-right Type-tree-right => eax # if inout-type->right is null, t = inout-type->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 89/<- %ecx 0/r32/eax } # if (inout-type != output-type) abort (type-equal-ignoring-capacity? %edx %ecx) # => eax 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-address-stmt:error-type-mismatch/disp32 $check-mu-address-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-address-stmt:error-no-inout: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'address' expects an inout\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-address-stmt:error-too-many-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'address' must have just one inout\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-address-stmt:error-no-output: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'address' expects an output\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-address-stmt:error-output-not-in-register: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt address: output '") (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' not in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-address-stmt:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'address' must have just one output\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-address-stmt:error-output-not-address: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt address: output '") (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is not an addr\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-address-stmt:error-type-mismatch: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt address: output '") (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' cannot hold address of '") (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "'\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here type-equal-ignoring-capacity?: # a: (addr type-tree), b: (addr type-tree) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx 52/push-edx 53/push-ebx # var curr-a/ecx: (addr type-tree) = a 8b/-> *(ebp+8) 1/r32/ecx # var curr-b/ebx: (addr type-tree) = b 8b/-> *(ebp+0xc) 3/r32/ebx # if (curr-a->is-atom?) fall back to regular equality 81 7/subop/compare *ecx 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $type-equal-ignoring-capacity?:base-case/disp32 # if (curr-a->left != curr-b->left) return false (lookup *(ecx+4) *(ecx+8)) # Type-tree-left Type-tree-left => eax 89/<- %edx 0/r32/eax (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (type-equal? %edx %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $type-equal-ignoring-capacity?:end/disp32 # eax switches meaning # if (curr-a->left == "array") curr-a = curr-a->element-type { (mu-array? %edx) # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 $type-equal-ignoring-capacity?:array: # curr-a = curr-a->right->left (lookup *(ecx+0xc) *(ecx+0x10)) # Type-tree-right Type-tree-right => eax (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax 89/<- %ecx 0/r32/eax # curr-b = curr-b->right->left (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax 89/<- %ebx 0/r32/eax eb/jump $type-equal-ignoring-capacity?:base-case/disp8 } # if (curr-a->left == "stream") curr-a = curr-a->element-type { (mu-stream? %edx) # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 $type-equal-ignoring-capacity?:stream: # curr-a = curr-a->right->left (lookup *(ecx+0xc) *(ecx+0x10)) # Type-tree-right Type-tree-right => eax (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax 89/<- %ecx 0/r32/eax # curr-b = curr-b->right->left (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax 89/<- %ebx 0/r32/eax eb/jump $type-equal-ignoring-capacity?:base-case/disp8 } $type-equal-ignoring-capacity?:base-case: # return type-equal?(curr-a, curr-b) (type-equal? %ecx %ebx) # => eax $type-equal-ignoring-capacity?:end: # . restore registers 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return check-mu-return-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # var type-parameters/edx: (addr table (handle array byte) (addr type-tree) 8) 81 5/subop/subtract %esp 0x60/imm32 68/push 0x60/imm32/size 68/push 0/imm32/read 68/push 0/imm32/write 89/<- %edx 4/r32/esp # var template/esi: (addr list var) = fn->outputs 8b/-> *(ebp+0xc) 0/r32/eax (lookup *(eax+0x10) *(eax+0x14)) # Function-outputs Function-outputs => eax 89/<- %esi 0/r32/eax # var curr-template/ebx: (addr list var) = fn->outputs 89/<- %ebx 0/r32/eax # var curr/edi: (addr stmt-var) = stmt->inouts 8b/-> *(ebp+8) 0/r32/eax (lookup *(eax+0xc) *(eax+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %edi 0/r32/eax { # if template is null, break 81 7/subop/compare %ebx 0/imm32 0f 84/jump-if-= break/disp32 # if curr is null, abort 81 7/subop/compare %edi 0/imm32 0f 84/jump-if-= $check-mu-return-stmt:error-too-few-inouts/disp32 # var template-type/ecx: (addr type-tree) = template->value->type (lookup *ebx *(ebx+4)) # List-value List-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ecx 0/r32/eax # var curr-type/eax: (addr type-tree) = curr->value->type (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax # if (curr->is-deref?) curr-type = payload of curr-type 81 7/subop/compare *(edi+0x10) 0/imm32/false # Stmt-var-is-deref { 74/jump-if-= break/disp8 (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax # if t->right is null, t = t->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } # if curr-type is literal and template-type is float, abort 50/push-eax { (simple-mu-type? %eax 0) # literal => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (simple-mu-type? %ecx 0xf) # float => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-return-stmt:error-literal-to-float/disp32 } 58/pop-to-eax # if (curr-type != template-type) abort (type-match? %ecx %eax %edx) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-return-stmt:error1/disp32 # if register-within-list-with-conflict?(curr, original template, curr-template, stmt) abort (register-within-list-with-conflict? %edi %esi %ebx *(ebp+8)) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-return-stmt:error2/disp32 # template = template->next (lookup *(ebx+8) *(ebx+0xc)) # List-next List-next => eax 89/<- %ebx 0/r32/eax # curr = curr->next (lookup *(edi+8) *(edi+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %edi 0/r32/eax # e9/jump loop/disp32 } # if curr is not null, abort 81 7/subop/compare %edi 0/imm32 0f 85/jump-if-!= $check-mu-return-stmt:error-too-many-inouts/disp32 $check-mu-return-stmt:end: # . reclaim locals 81 0/subop/add %esp 0x6c/imm32 # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-return-stmt:error1: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": return: '") (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' has the wrong type\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-return-stmt:error2: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": return: '") (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is no longer available\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-return-stmt:error-literal-to-float: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": return: cannot copy literal '") (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' to float\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-return-stmt:error-too-few-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": return: too few inouts\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-return-stmt:error-too-many-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": return: too many inouts\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-all-unique-registers: # outputs: (addr list var), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 56/push-esi # var table/esi: (addr table (handle array byte) int 8) 81 5/subop/subtract %esp 0x60/imm32 68/push 0x60/imm32/size 68/push 0/imm32/read 68/push 0/imm32/write 89/<- %esi 4/r32/esp # var curr/ecx: (addr list var) = outputs 8b/-> *(ebp+8) 1/r32/ecx { # if (curr == 0) break 81 7/subop/compare %ecx 0/imm32 0f 84/jump-if-= break/disp32 # var reg/eax: (addr array byte) = curr->value->register # guaranteed to exist (lookup *ecx *(ecx+4)) # List-value List-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax # if reg exists in table, abort (maybe-get %esi %eax 0xc) # => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-all-unique-registers:abort/disp32 # insert reg in table (lookup *ecx *(ecx+4)) # List-value List-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax (get-or-insert %esi %eax 0xc Heap) # curr = curr->next (lookup *(ecx+8) *(ecx+0xc)) # List-next List-next => eax 89/<- %ecx 0/r32/eax e9/jump loop/disp32 } $check-all-unique-registers:end: # . reclaim locals 81 0/subop/add %esp 0x6c/imm32 # . restore registers 5e/pop-to-esi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-all-unique-registers:abort: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": outputs must be in unique registers\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here # return false if s's register is not between start (inclusive) and end (exclusive) # return false if the positionally corresponding register in stmt->inouts (where s comes from) is also s's register # otherwise return true register-within-list-with-conflict?: # s: (addr stmt-var), start: (addr list var), end: (addr list var), stmt: (addr stmt) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # var target/ebx: (addr array byte) = s->value->register 8b/-> *(ebp+8) 0/r32/eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax #? (write-buffered Stderr "AA: ") #? (write-buffered Stderr %eax) #? (write-buffered Stderr Newline) #? (flush Stderr) # if (var->register == 0) return false 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $register-within-list-with-conflict?:end/disp32 # eax turns into result 89/<- %ebx 0/r32/eax # var curr/ecx: (addr list var) = start 8b/-> *(ebp+0xc) 1/r32/ecx # edx = end 8b/-> *(ebp+0x10) 2/r32/edx { # if (curr == 0) break 81 7/subop/compare %edi 0/imm32 0f 84/jump-if-= break/disp32 # if (curr == end) break 39/compare %ecx 2/r32/edx 0f 84/jump-if-= break/disp32 # var curr-reg/eax: (addr array byte) = curr->value->register (lookup *ecx *(ecx+4)) # List-value List-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax # if (curr-reg == 0) continue 3d/compare-eax-and 0/imm32 74/jump-if-= $register-within-list-with-conflict?:continue/disp8 # if (curr-reg == target) check for conflict (string-equal? %eax %ebx) # => eax 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 #? (write-buffered Stderr "conflict?\n") #? (flush Stderr) # var return-inouts/eax: (addr stmt-var) = stmt->inouts 8b/-> *(ebp+0x14) 0/r32/eax (lookup *(eax+0xc) *(eax+0x10)) # Stmt1-inouts Stmt1-inouts => eax (register-conflict? %ebx %eax *(ebp+0xc)) # => eax eb/jump $register-within-list-with-conflict?:end/disp8 } $register-within-list-with-conflict?:continue: # curr = curr->next (lookup *(ecx+8) *(ecx+0xc)) # List-next List-next => eax 89/<- %ecx 0/r32/eax e9/jump loop/disp32 } # return false b8/copy-to-eax 0/imm32/false $register-within-list-with-conflict?:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # At the first occurrence of register 'reg' in fn-outputs, # check if the corresponding element of return-inouts has a different register. # This hacky helper is intended to be called in one specific place. Don't # reuse it as is. register-conflict?: # reg: (addr array byte), return-inouts: (addr stmt-var), fn-outputs: (addr list var) => result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi #? (write-buffered Stderr "BB: ") #? (write-buffered Stderr *(ebp+8)) #? (write-buffered Stderr Newline) #? (flush Stderr) # var curr-output/edi: (addr list var) = fn-outputs 8b/-> *(ebp+0x10) 7/r32/edi # var curr-inout/esi: (addr stmt-var) = return-inouts 8b/-> *(ebp+0xc) 6/r32/esi { # if (curr-output == 0) abort 81 7/subop/compare %edi 0/imm32 0f 84/jump-if-= break/disp32 # if (curr-output->value->register != reg) continue (lookup *edi *(edi+4)) # List-value List-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax (string-equal? %eax *(ebp+8)) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if= $register-conflict?:continue/disp32 #? (write-buffered Stderr "rescan\n") #? (flush Stderr) # var curr-reg/eax: (addr array byte) = curr-inout->value->register (lookup *esi *(esi+4)) # List-value List-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax # if (curr-reg == 0) return true 3d/compare-eax-and 0/imm32 { 75/jump-if-!= break/disp8 #? (write-buffered Stderr "no register\n") #? (flush Stderr) b8/copy-to-eax 1/imm32/true e9/jump $register-conflict?:end/disp32 } # return (curr-reg != reg) (string-equal? %eax *(ebp+8)) # => eax 3d/compare-eax-and 0/imm32/false 0f 94/set-if-= %al #? (write-buffered Stderr "final: ") #? (write-int32-hex-buffered Stderr %eax) #? (write-buffered Stderr Newline) #? (flush Stderr) eb/jump $register-conflict?:end/disp8 $register-conflict?:continue: # curr-output = curr-output->next (lookup *(edi+8) *(edi+0xc)) # List-next List-next => eax 89/<- %edi 0/r32/eax # curr-inout = curr-inout->next (lookup *(esi+8) *(esi+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %esi 0/r32/eax e9/jump loop/disp32 } # should never get here (write-buffered Stderr "register-conflict? misused\n") (flush Stderr) e8/call syscall_exit/disp32 $register-conflict?:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return check-final-stmt-is-return: # block: (addr block), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # var curr/ecx: (addr list stmt) = block->stmts 8b/-> *(ebp+8) 0/r32/eax (lookup *(eax+4) *(eax+8)) # Block-stmts Block-stmts => eax 3d/compare-eax-and 0/imm32 74/jump-if-= $check-final-stmt-is-return:error/disp8 89/<- %ecx 0/r32/eax { # if curr->next == 0, break (lookup *(ecx+8) *(ecx+0xc)) # List-next List-next => eax 3d/compare-eax-and 0/imm32 74/jump-if-= break/disp8 # curr = curr->next 89/<- %ecx 0/r32/eax e9/jump loop/disp32 } $check-final-stmt-is-return:check-tag: # if curr->value->tag != Stmt1, abort (lookup *ecx *(ecx+4)) # List-value List-value => eax 81 7/subop/compare *eax 1/imm32/stmt1 # Stmt-tag 75/jump-if-!= $check-final-stmt-is-return:error/disp8 $check-final-stmt-is-return:check-operation: # if curr->operation != "return", abort (lookup *(eax+4) *(eax+8)) # Stmt1-operation Stmt1-operation => eax (string-equal? %eax "return") 3d/compare-eax-and 0/imm32/false 74/jump-if-= $check-final-stmt-is-return:error/disp8 $check-final-stmt-is-return:end: # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-final-stmt-is-return:error: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": final statement should be a 'return'\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-no-breaks: # block: (addr block), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # var curr/ecx: (addr list stmt) = block->stmts 8b/-> *(ebp+8) 0/r32/eax (lookup *(eax+4) *(eax+8)) # Block-stmts Block-stmts => eax 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-no-breaks:end/disp32 89/<- %ecx 0/r32/eax { # if curr->next == 0, break (lookup *(ecx+8) *(ecx+0xc)) # List-next List-next => eax 3d/compare-eax-and 0/imm32 74/jump-if-= break/disp8 # if curr->value->tag != Stmt1, continue (lookup *ecx *(ecx+4)) # List-value List-value => eax 81 7/subop/compare *eax 1/imm32/stmt1 # Stmt-tag 75/jump-if-!= $check-no-breaks:continue/disp8 # if curr->value->operation starts with "break", abort (lookup *(eax+4) *(eax+8)) # Stmt1-operation Stmt1-operation => eax (string-starts-with? %eax "break") # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $check-no-breaks:error/disp8 $check-no-breaks:continue: # curr = curr->next (lookup *(ecx+8) *(ecx+0xc)) # List-next List-next => eax 89/<- %ecx 0/r32/eax e9/jump loop/disp32 } $check-no-breaks:end: # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-no-breaks:error: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) " has outputs, so you cannot 'break' out of the outermost block. Use 'return'.\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-get-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+8) 6/r32/esi # - check for 0 inouts # var base/ecx: (addr var) = stmt->inouts->value (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-get-stmt:error-too-few-inouts/disp32 (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ecx 0/r32/eax $check-mu-get-stmt:check-base: # - check base type # if it's an 'addr', check that it's in a register # var base-type/ebx: (addr type-tree) = lookup(base->type) (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax { 81 7/subop/compare *ebx 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= break/disp32 $check-mu-get-stmt:base-is-compound: # if (type->left != addr) break (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # addr => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 $check-mu-get-stmt:base-is-addr: # now check for register 81 7/subop/compare *(ecx+0x18) 0/imm32 # Var-register 0f 84/jump-if-= $check-mu-get-stmt:error-base-type-addr-but-not-register/disp32 $check-mu-get-stmt:base-is-addr-in-register: # type->left is now an addr; skip it (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right 0f 85/jump-if-!= $check-mu-get-stmt:error-bad-base/disp32 $check-mu-get-stmt:base-is-addr-to-atom-in-register: (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax 89/<- %ebx 0/r32/eax } $check-mu-get-stmt:check-base-typeinfo: # ensure type is a container 81 7/subop/compare *ebx 0/imm32/false # Type-tree-is-atom { 75/jump-if-!= break/disp8 (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax 89/<- %ebx 0/r32/eax } # var base-type-id/ebx: type-id = base-type->value 8b/-> *(ebx+4) 3/r32/ebx # Type-tree-value (container? %ebx) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-get-stmt:error-bad-base/disp32 # var base-typeinfo/edx: (addr typeinfo) = find-typeinfo(base-type-id) # . var container/ecx: (handle typeinfo) 68/push 0/imm32 68/push 0/imm32 89/<- %ecx 4/r32/esp # . (find-typeinfo %ebx %ecx) (lookup *ecx *(ecx+4)) # => eax # . reclaim container 81 0/subop/add %esp 8/imm32 # . 89/<- %edx 0/r32/eax # var offset/ecx: (addr stmt-var) = stmt->inouts->next (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %ecx 0/r32/eax # - check for 1 inout 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-get-stmt:error-too-few-inouts/disp32 # var offset/ecx: (addr var) = lookup(offset->value) (lookup *ecx *(ecx+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ecx 0/r32/eax # - check for valid field 81 7/subop/compare *(ecx+0x14) -1/imm32/uninitialized # Var-offset 0f 84/jump-if-= $check-mu-get-stmt:error-bad-field/disp32 # - check for too many inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-get-stmt:error-too-many-inouts/disp32 # var output/edi: (addr var) = stmt->outputs->value (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax # - check for 0 outputs 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-get-stmt:error-too-few-outputs/disp32 (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %edi 0/r32/eax $check-mu-get-stmt:check-output-type: # - check output type # must be in register (lookup *(edi+0x18) *(edi+0x1c)) # Var-register Var-register => eax 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-get-stmt:error-output-not-in-register/disp32 # must have a non-atomic type (lookup *(edi+8) *(edi+0xc)) # Var-type Var-type => eax 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $check-mu-get-stmt:error-output-type-not-address/disp32 # type must start with (addr ...) (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-get-stmt:error-output-type-not-address/disp32 $check-mu-get-stmt:check-output-type-match: # payload of addr type must match 'type' definition (lookup *(edi+8) *(edi+0xc)) # Var-type Var-type => eax (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax # if (payload->right == null) payload = payload->left 81 7/subop/compare *(eax+0xc) 0/imm32/null # Type-tree-right { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 89/<- %edi 0/r32/eax # . var output-name/ecx: (addr array byte) (lookup *ecx *(ecx+4)) # Var-name Var-name => eax 89/<- %ecx 0/r32/eax # . var base-typeinfo-entry/eax: (addr handle typeinfo-entry) (lookup *(edx+4) *(edx+8)) # Typeinfo-fields Typeinfo-fields => eax (get %eax %ecx 0x10) # => eax # . (lookup *eax *(eax+4)) # => eax (lookup *eax *(eax+4)) # Typeinfo-entry-input-var Typeinfo-entry-input-var => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax # . (type-equal? %edi %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-get-stmt:error-bad-output-type/disp32 # - check for too many outputs (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-get-stmt:error-too-many-outputs/disp32 $check-mu-get-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-get-stmt:error-too-few-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt get: too few inouts (2 required)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-get-stmt:error-too-many-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt get: too many inouts (2 required)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-get-stmt:error-too-few-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt get: must have an output\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-get-stmt:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt get: too many outputs (1 required)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-get-stmt:error-bad-base: # error("fn " fn ": stmt get: var '" base->name "' must have a 'type' definition\n") (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt get: var '") (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must have a 'type' definition\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-get-stmt:error-base-type-addr-but-not-register: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt get: var '") (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is an 'addr' type, and so must live in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-get-stmt:error-bad-field: # error("fn " fn ": stmt get: type " type " has no member called '" curr->name "'\n") (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt get: type '") # . write(Type-id->data[tmp]) bf/copy-to-edi Type-id/imm32 8b/-> *(edi+ebx<<2+0xc) 6/r32/esi { 81 7/subop/compare %esi 0/imm32 74/jump-if-= break/disp8 (write-buffered *(ebp+0x10) %esi) } # . (write-buffered *(ebp+0x10) "' has no member called '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "'\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-get-stmt:error-output-not-in-register: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt get: output '") (lookup *edi *(edi+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is not in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-get-stmt:error-output-type-not-address: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt get: output must be an addr\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-get-stmt:error-bad-output-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt get: wrong output type for member '") (write-buffered *(ebp+0x10) %ecx) (write-buffered *(ebp+0x10) "' of type '") bf/copy-to-edi Type-id/imm32 8b/-> *(edi+ebx<<2+0xc) 6/r32/esi { 81 7/subop/compare %esi 0/imm32 74/jump-if-= break/disp8 (write-buffered *(ebp+0x10) %esi) } (write-buffered *(ebp+0x10) "'\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-index-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+8) 6/r32/esi # - check for 0 inouts # var base/ecx: (addr var) = stmt->inouts->value (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax $check-mu-index-stmt:check-no-inouts: 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-index-stmt:error-too-few-inouts/disp32 (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ecx 0/r32/eax # - check base type is either (addr array ...) in register or (array ...) on stack # var base-type/ebx: (addr type-tree) = lookup(base->type) (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax # if base-type is an atom, abort with a precise error 81 7/subop/compare *ebx 0/imm32/false # Type-tree-is-atom { 74/jump-if-= break/disp8 (simple-mu-type? %ebx 3) # array => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-index-stmt:error-base-array-atom-type/disp32 0f 84/jump-if-= $check-mu-index-stmt:error-base-non-array-type/disp32 } $check-mu-index-stmt:base-is-compound: # if type->left not addr or array, abort { (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # addr => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 3) # array => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 e9/jump $check-mu-index-stmt:error-base-non-array-type/disp32 } # if (type->left == addr) ensure type->right->left == array and type->register exists { (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # addr => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 $check-mu-index-stmt:base-is-addr: (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 3) # array => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-index-stmt:error-base-non-array-type/disp32 $check-mu-index-stmt:check-base-addr-is-register: 81 7/subop/compare *(ecx+0x18) 0/imm32 # Var-register 0f 84/jump-if-= $check-mu-index-stmt:error-base-address-array-type-on-stack/disp32 } # if (type->left == array) ensure type->register doesn't exist { (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 3) # array => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 $check-mu-index-stmt:base-is-array: 81 7/subop/compare *(ecx+0x18) 0/imm32 # Var-register 0f 85/jump-if-!= $check-mu-index-stmt:error-base-array-type-in-register/disp32 } # if (base-type->left == addr) base-type = base-type->right { (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # addr => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax 89/<- %ebx 0/r32/eax } # - check for 1 inout # var index/ecx: (addr stmt-var) = stmt->inouts->next->value (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax $check-mu-index-stmt:check-single-inout: 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-index-stmt:error-too-few-inouts/disp32 (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ecx 0/r32/eax # - check index is either a literal or register # var index-type/edx: (addr type-tree) (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax 89/<- %edx 0/r32/eax # if index type is an atom, it must be a literal or int 81 7/subop/compare *edx 0/imm32/false # Type-tree-is-atom { 74/jump-if-= break/disp8 $check-mu-index-stmt:index-type-is-atom: (simple-mu-type? %edx 0) # literal => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $check-mu-index-stmt:index-type-done/disp8 (simple-mu-type? %edx 1) # int => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $check-mu-index-stmt:index-type-done/disp8 (simple-mu-type? %edx 7) # offset => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-index-stmt:error-index-offset-atom-type/disp32 e9/jump $check-mu-index-stmt:error-invalid-index-type/disp32 } # if index type is a non-atom: it must be an offset { 75/jump-if-!= break/disp8 $check-mu-index-stmt:index-type-is-non-atom: (lookup *(edx+4) *(edx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 7) # offset => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-index-stmt:error-invalid-index-type/disp32 } $check-mu-index-stmt:index-type-done: # check index is either a literal or in a register { (simple-mu-type? %edx 0) # literal => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 $check-mu-index-stmt:check-index-in-register: 81 7/subop/compare *(ecx+0x18) 0/imm32 # Var-register 0f 84/jump-if-= $check-mu-index-stmt:error-index-on-stack/disp32 } # - if index is an 'int', check that element type of base has size 1, 2, 4 or 8 bytes. { (simple-mu-type? %edx 1) # int => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 $check-mu-index-stmt:check-index-can-be-int: (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (array-element-size %eax) # => eax 3d/compare-eax-and 1/imm32 74/jump-if-= break/disp8 3d/compare-eax-and 2/imm32 74/jump-if-= break/disp8 3d/compare-eax-and 4/imm32 74/jump-if-= break/disp8 3d/compare-eax-and 8/imm32 74/jump-if-= break/disp8 e9/jump $check-mu-index-stmt:error-index-needs-offset/disp32 } # - check for too many inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-index-stmt:error-too-many-inouts/disp32 # - check for 0 outputs # var output/edi: (addr var) = stmt->outputs->value (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-index-stmt:error-too-few-outputs/disp32 (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %edi 0/r32/eax # - check output type # must have a non-atomic type (lookup *(edi+8) *(edi+0xc)) # Var-type Var-type => eax 89/<- %edx 0/r32/eax 81 7/subop/compare *edx 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $check-mu-index-stmt:error-output-type-not-address/disp32 # type must start with (addr ...) (lookup *(edx+4) *(edx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # addr => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-index-stmt:error-output-type-not-address/disp32 # if tail(base-type) != tail(output-type) abort (type-tail %ebx) # => eax 89/<- %ebx 0/r32/eax (type-tail %edx) # => eax (type-equal? %ebx %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-index-stmt:error-bad-output-type/disp32 # - check for too many outputs (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-index-stmt:error-too-many-outputs/disp32 $check-mu-index-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-index-stmt:error-base-non-array-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt index: var '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is not an array\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-index-stmt:error-base-array-atom-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt index: array '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must specify the type of its elements\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-index-stmt:error-base-address-array-type-on-stack: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt index: var '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is an addr to an array, and so must live in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-index-stmt:error-base-array-type-in-register: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt index: var '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is an array, and so must live on the stack\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-index-stmt:error-too-few-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt index: too few inouts (2 required)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-index-stmt:error-invalid-index-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt index: second argument '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be an int or offset\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-index-stmt:error-index-offset-atom-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt index: offset '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must specify the type of array elements\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-index-stmt:error-index-on-stack: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt index: second argument '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-index-stmt:error-index-needs-offset: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt index: cannot take an int for array '") (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "'; create an offset instead. See mu.md for details.\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-index-stmt:error-too-many-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt index: too many inouts (2 required)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-index-stmt:error-too-few-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt index: must have an output\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-index-stmt:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt index: too many outputs (1 required)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-index-stmt:error-output-not-in-register: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt index: output '") (lookup *edi *(edi+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is not in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-index-stmt:error-output-type-not-address: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt index: output '") (lookup *edi *(edi+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be an addr\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-index-stmt:error-bad-output-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt index: output '") (lookup *edi *(edi+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' does not have the right type\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-length-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+8) 6/r32/esi # - check for 0 inouts # var base/ecx: (addr var) = stmt->inouts->value (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax $check-mu-length-stmt:check-no-inouts: 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-length-stmt:error-too-few-inouts/disp32 (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ecx 0/r32/eax # - check base type is either (addr array ...) in register or (array ...) on stack # var base-type/ebx: (addr type-tree) = lookup(base->type) (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax # if base-type is an atom, abort with a precise error 81 7/subop/compare *ebx 0/imm32/false # Type-tree-is-atom { 74/jump-if-= break/disp8 (simple-mu-type? %ebx 3) # array => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-length-stmt:error-base-array-atom-type/disp32 0f 84/jump-if-= $check-mu-length-stmt:error-base-non-array-type/disp32 } $check-mu-length-stmt:base-is-compound: # if type->left not addr or array, abort { (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # addr => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 3) # array => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 e9/jump $check-mu-length-stmt:error-base-non-array-type/disp32 } # if (type->left == addr) ensure type->right->left == array and type->register exists { (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # addr => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 $check-mu-length-stmt:base-is-addr: (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 3) # array => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-length-stmt:error-base-non-array-type/disp32 $check-mu-length-stmt:check-base-addr-is-register: 81 7/subop/compare *(ecx+0x18) 0/imm32 # Var-register 0f 84/jump-if-= $check-mu-length-stmt:error-base-address-array-type-on-stack/disp32 } # if (type->left == array) ensure type->register doesn't exist { (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 3) # array => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 $check-mu-length-stmt:base-is-array: 81 7/subop/compare *(ecx+0x18) 0/imm32 # Var-register 0f 85/jump-if-!= $check-mu-length-stmt:error-base-array-type-in-register/disp32 } # if (base-type->left == addr) base-type = base-type->right { (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # addr => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax 89/<- %ebx 0/r32/eax } # - check for too many inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-length-stmt:error-too-many-inouts/disp32 # - check for 0 outputs # var output/edi: (addr var) = stmt->outputs->value (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-length-stmt:error-too-few-outputs/disp32 (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %edi 0/r32/eax # - check output type # must have a non-atomic type (lookup *(edi+8) *(edi+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 1) # int => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-length-stmt:error-invalid-output-type/disp32 # - check for too many outputs (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-length-stmt:error-too-many-outputs/disp32 $check-mu-length-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-length-stmt:error-base-non-array-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt length: var '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is not an array\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-length-stmt:error-base-array-atom-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt length: array '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must specify the type of its elements\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-length-stmt:error-base-address-array-type-on-stack: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt length: var '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is an addr to an array, and so must live in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-length-stmt:error-base-array-type-in-register: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt length: var '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is an array, and so must live on the stack\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-length-stmt:error-too-few-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt length: too few inouts (1 required)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-length-stmt:error-invalid-index-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt length: second argument '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be an int or offset\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-length-stmt:error-index-offset-atom-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt length: offset '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must specify the type of array elements\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-length-stmt:error-index-on-stack: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt length: second argument '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-length-stmt:error-index-needs-offset: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt length: cannot take an int for array '") (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "'; create an offset instead. See mu.md for details.\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-length-stmt:error-too-many-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt length: too many inouts (1 required)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-length-stmt:error-too-few-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt length: must have an output\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-length-stmt:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt length: too many outputs (1 required)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-length-stmt:error-output-not-in-register: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt length: output '") (lookup *edi *(edi+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is not in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-length-stmt:error-invalid-output-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt length: output '") (lookup *edi *(edi+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' does not have the right type\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-compute-offset-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+8) 6/r32/esi # - check for 0 inouts # var base/ecx: (addr var) = stmt->inouts->value (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax $check-mu-compute-offset-stmt:check-no-inouts: 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-compute-offset-stmt:error-too-few-inouts/disp32 (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ecx 0/r32/eax # - check base type is either (addr array ...) in register or (array ...) on stack # var base-type/ebx: (addr type-tree) = lookup(base->type) (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax # if base-type is an atom, abort with a precise error 81 7/subop/compare *ebx 0/imm32/false # Type-tree-is-atom { 74/jump-if-= break/disp8 (simple-mu-type? %ebx 3) # array => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-compute-offset-stmt:error-base-array-atom-type/disp32 0f 84/jump-if-= $check-mu-compute-offset-stmt:error-base-non-array-type/disp32 } $check-mu-compute-offset-stmt:base-is-compound: # if type->left not addr or array, abort { (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # addr => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 3) # array => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 e9/jump $check-mu-compute-offset-stmt:error-base-non-array-type/disp32 } # if (type->left == addr) ensure type->right->left == array and type->register exists { (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # addr => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 $check-mu-compute-offset-stmt:base-is-addr: (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 3) # array => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-compute-offset-stmt:error-base-non-array-type/disp32 } # if (base-type->left == addr) base-type = base-type->right { (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # addr => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax 89/<- %ebx 0/r32/eax } # - check for 1 inout # var index/ecx: (addr stmt-var) = stmt->inouts->next->value (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax $check-mu-compute-offset-stmt:check-single-inout: 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-compute-offset-stmt:error-too-few-inouts/disp32 (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ecx 0/r32/eax # - check index is either a literal or register # var index-type/edx: (addr type-tree) (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax 89/<- %edx 0/r32/eax # index type must be a literal or int 81 7/subop/compare *edx 0/imm32/false # Type-tree-is-atom 0f 84/jump-if-= $check-mu-compute-offset-stmt:error-invalid-index-type/disp32 { $check-mu-compute-offset-stmt:index-type-is-atom: (simple-mu-type? %edx 0) # literal => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 (simple-mu-type? %edx 1) # int => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 e9/jump $check-mu-compute-offset-stmt:error-invalid-index-type/disp32 } # - check for too many inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-compute-offset-stmt:error-too-many-inouts/disp32 # - check for 0 outputs # var output/edi: (addr var) = stmt->outputs->value (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-compute-offset-stmt:error-too-few-outputs/disp32 (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %edi 0/r32/eax # - check output type # must have a non-atomic type (lookup *(edi+8) *(edi+0xc)) # Var-type Var-type => eax 89/<- %edx 0/r32/eax 81 7/subop/compare *edx 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $check-mu-compute-offset-stmt:error-output-type-not-offset/disp32 # type must start with (offset ...) (lookup *(edx+4) *(edx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 7) # offset => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-compute-offset-stmt:error-output-type-not-offset/disp32 # if tail(base-type) != tail(output-type) abort (type-tail %ebx) # => eax 89/<- %ebx 0/r32/eax (type-tail %edx) # => eax (type-equal? %ebx %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-compute-offset-stmt:error-bad-output-type/disp32 # - check for too many outputs (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-compute-offset-stmt:error-too-many-outputs/disp32 $check-mu-compute-offset-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-compute-offset-stmt:error-base-non-array-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt compute-offset: var '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is not an array\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-compute-offset-stmt:error-base-array-atom-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt compute-offset: array '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must specify the type of its elements\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-compute-offset-stmt:error-too-few-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt compute-offset: too few inouts (2 required)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-compute-offset-stmt:error-invalid-index-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt compute-offset: second argument '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be an int\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-compute-offset-stmt:error-index-offset-atom-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt compute-offset: offset '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must specify the type of array elements\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-compute-offset-stmt:error-index-on-stack: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt compute-offset: second argument '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-compute-offset-stmt:error-too-many-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt compute-offset: too many inouts (2 required)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-compute-offset-stmt:error-too-few-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt compute-offset: must have an output\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-compute-offset-stmt:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt compute-offset: too many outputs (1 required)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-compute-offset-stmt:error-output-not-in-register: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt compute-offset: output '") (lookup *edi *(edi+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' is not in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-compute-offset-stmt:error-output-type-not-offset: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt compute-offset: output '") (lookup *edi *(edi+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be an offset\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-compute-offset-stmt:error-bad-output-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt compute-offset: output '") (lookup *edi *(edi+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' does not have the right type\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-copy-object-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 53/push-ebx 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+8) 6/r32/esi $check-mu-copy-object-stmt:check-for-output: # if stmt->outputs abort (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-copy-object-stmt:error-too-many-outputs/disp32 $check-mu-copy-object-stmt:get-left: # var dest/edi: (addr stmt-var) = stmt->inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %edi 0/r32/eax # zero inouts 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-copy-object-stmt:error-incorrect-inouts/disp32 $check-mu-copy-object-stmt:get-src: # var src/esi: (addr stmt-var) = dest->next (lookup *(edi+8) *(edi+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %esi 0/r32/eax # 1 inout 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-copy-object-stmt:error-incorrect-inouts/disp32 # > 2 inouts (lookup *(esi+8) *(esi+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-copy-object-stmt:error-incorrect-inouts/disp32 $check-mu-copy-object-stmt:types: # var src-type/ecx: (addr type-tree) = src->value->type (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ecx 0/r32/eax # if (src->is-deref?) src-type = src-type->payload 8b/-> *(esi+0x10) 0/r32/eax # Stmt-var-is-deref 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (lookup *(ecx+0xc) *(ecx+0x10)) # Type-tree-right Type-tree-right => eax # if src-type->right is null, src-type = src-type->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 89/<- %ecx 0/r32/eax } # if src-type is not addr, abort (mu-addr-type? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-copy-object-stmt:error-invalid-types/disp32 # var dest-type/ebx: (addr type-tree) = dest->value->type (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax # if (dest->is-deref?) dest-type = dest-type->payload 8b/-> *(edi+0x10) 0/r32/eax # Stmt-var-is-deref 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax # if dest-type->right is null, dest-type = dest-type->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 89/<- %ebx 0/r32/eax } # if (dest-type != src-type) abort (type-equal? %ecx %ebx) # => eax 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-copy-object-stmt:error-invalid-types/disp32 $check-mu-copy-object-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-copy-object-stmt:error-incorrect-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'copy-object' must have two inouts\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-object-stmt:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'copy-object' must not have any outputs\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-copy-object-stmt:error-invalid-types: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt copy-object: two inouts with identical addr types expected\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-clear-object-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 53/push-ebx 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+8) 6/r32/esi $check-mu-clear-object-stmt:check-for-output: # if stmt->outputs abort (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-clear-object-stmt:error-too-many-outputs/disp32 $check-mu-clear-object-stmt:get-left: # var dest/edi: (addr stmt-var) = stmt->inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %edi 0/r32/eax # zero inouts 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-clear-object-stmt:error-incorrect-inouts/disp32 $check-mu-clear-object-stmt:get-src: # > 1 inout (lookup *(edi+8) *(edi+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-clear-object-stmt:error-incorrect-inouts/disp32 $check-mu-clear-object-stmt:types: # var src-type/ecx: (addr type-tree) = src->value->type (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ecx 0/r32/eax # if (src->is-deref?) src-type = src-type->payload 8b/-> *(edi+0x10) 0/r32/eax # Stmt-var-is-deref 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (lookup *(ecx+0xc) *(ecx+0x10)) # Type-tree-right Type-tree-right => eax # if src-type->right is null, src-type = src-type->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 89/<- %ecx 0/r32/eax } # if src-type is not addr, abort (mu-addr-type? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-clear-object-stmt:error-invalid-type/disp32 $check-mu-clear-object-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-clear-object-stmt:error-incorrect-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'clear-object' must have a single inout\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-clear-object-stmt:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'clear-object' must not have any outputs\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-clear-object-stmt:error-invalid-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt clear-object: inout must have an addr type\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-allocate-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 53/push-ebx 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+8) 6/r32/esi $check-mu-allocate-stmt:check-for-output: # if stmt->outputs abort (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-allocate-stmt:error-too-many-outputs/disp32 $check-mu-allocate-stmt:get-target: # var target/edi: (addr stmt-var) = stmt->inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %edi 0/r32/eax # zero inouts 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-allocate-stmt:error-incorrect-inouts/disp32 # > 1 inouts (lookup *(edi+8) *(edi+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-allocate-stmt:error-incorrect-inouts/disp32 $check-mu-allocate-stmt:check-type: # var target-type/ebx: (addr type-tree) = target->value->type (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax # if (target->is-deref?) target-type = target-type->payload 8b/-> *(edi+0x10) 0/r32/eax # Stmt-var-is-deref 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax # if target-type->right is null, target-type = target-type->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 89/<- %ebx 0/r32/eax } # if target-type is not addr, abort (mu-addr-type? %ebx) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-allocate-stmt:error-invalid-type/disp32 # if target-type->right is an atom, abort (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $check-mu-allocate-stmt:error-invalid-type/disp32 # if target-type->right->left is not handle, abort (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 4) # handle => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-allocate-stmt:error-invalid-type/disp32 $check-mu-allocate-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-allocate-stmt:error-incorrect-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'allocate' must have a single inout\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-allocate-stmt:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'allocate' must not have any outputs\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-allocate-stmt:error-invalid-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt allocate: inout '") (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must have type (addr handle ...)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-populate-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 53/push-ebx 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+8) 6/r32/esi $check-mu-populate-stmt:check-for-output: # if stmt->outputs abort (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-populate-stmt:error-too-many-outputs/disp32 $check-mu-populate-stmt:get-target: # var target/edi: (addr stmt-var) = stmt->inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %edi 0/r32/eax # zero inouts 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-populate-stmt:error-incorrect-inouts/disp32 $check-mu-populate-stmt:get-length: # var length/esi: (addr stmt-var) = dest->next (lookup *(edi+8) *(edi+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %esi 0/r32/eax # 1 inout 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-populate-stmt:error-incorrect-inouts/disp32 # > 2 inouts (lookup *(esi+8) *(esi+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-populate-stmt:error-incorrect-inouts/disp32 $check-mu-populate-stmt:check-target-type: # var target-type/ebx: (addr type-tree) = target->value->type (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax $check-mu-populate-stmt:check-target-type-deref: # if (target->is-deref?) target-type = target-type->payload 8b/-> *(edi+0x10) 0/r32/eax # Stmt-var-is-deref 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax # if target-type->right is null, target-type = target-type->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 89/<- %ebx 0/r32/eax } $check-mu-populate-stmt:check-target-type-addr: # if target-type is not addr, abort (mu-addr-type? %ebx) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-populate-stmt:error-invalid-target-type/disp32 # if target-type->right is an atom, abort (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax 89/<- %ebx 0/r32/eax 81 7/subop/compare *ebx 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $check-mu-populate-stmt:error-invalid-target-type/disp32 $check-mu-populate-stmt:check-target-type-handle: # if target-type->right->left is not handle, abort (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 4) # handle => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-populate-stmt:error-invalid-target-type/disp32 # if target-type->right->right is an atom, abort (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax 89/<- %ebx 0/r32/eax 81 7/subop/compare *ebx 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $check-mu-populate-stmt:error-invalid-target-type/disp32 $check-mu-populate-stmt:check-target-type-array: # if target-type->right->right->left is not array, abort (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 3) # array => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-populate-stmt:error-invalid-target-type/disp32 $check-mu-populate-stmt:check-length-type: (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax (simple-mu-type? %ebx 0) # literal => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $check-mu-populate-stmt:end/disp8 (simple-mu-type? %ebx 1) # int => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-populate-stmt:error-invalid-length-type/disp32 $check-mu-populate-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-populate-stmt:error-incorrect-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'populate' must have two inouts\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-populate-stmt:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'populate' must not have any outputs\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-populate-stmt:error-invalid-target-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt populate: first inout '") (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must have type (addr handle array ...)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-populate-stmt:error-invalid-length-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt populate: second inout '") (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be an int\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-populate-stream-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 53/push-ebx 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+8) 6/r32/esi $check-mu-populate-stream-stmt:check-for-output: # if stmt->outputs abort (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-populate-stream-stmt:error-too-many-outputs/disp32 $check-mu-populate-stream-stmt:get-target: # var target/edi: (addr stmt-var) = stmt->inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %edi 0/r32/eax # zero inouts 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-populate-stream-stmt:error-incorrect-inouts/disp32 $check-mu-populate-stream-stmt:get-length: # var length/esi: (addr stmt-var) = dest->next (lookup *(edi+8) *(edi+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %esi 0/r32/eax # 1 inout 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-populate-stream-stmt:error-incorrect-inouts/disp32 # > 2 inouts (lookup *(esi+8) *(esi+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-populate-stream-stmt:error-incorrect-inouts/disp32 $check-mu-populate-stream-stmt:check-target-type: # var target-type/ebx: (addr type-tree) = target->value->type (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax $check-mu-populate-stream-stmt:check-target-type-deref: # if (target->is-deref?) target-type = target-type->payload 8b/-> *(edi+0x10) 0/r32/eax # Stmt-var-is-deref 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax # if target-type->right is null, target-type = target-type->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 89/<- %ebx 0/r32/eax } $check-mu-populate-stream-stmt:check-target-type-addr: # if target-type is not addr, abort (mu-addr-type? %ebx) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-populate-stream-stmt:error-invalid-target-type/disp32 # if target-type->right is an atom, abort (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax 89/<- %ebx 0/r32/eax 81 7/subop/compare *ebx 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $check-mu-populate-stream-stmt:error-invalid-target-type/disp32 $check-mu-populate-stream-stmt:check-target-type-handle: # if target-type->right->left is not handle, abort (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 4) # handle => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-populate-stream-stmt:error-invalid-target-type/disp32 # if target-type->right->right is an atom, abort (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax 89/<- %ebx 0/r32/eax 81 7/subop/compare *ebx 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $check-mu-populate-stream-stmt:error-invalid-target-type/disp32 $check-mu-populate-stream-stmt:check-target-type-stream: # if target-type->right->right->left is not stream, abort (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 0xb) # stream => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-populate-stream-stmt:error-invalid-target-type/disp32 $check-mu-populate-stream-stmt:check-length-type: (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax (simple-mu-type? %ebx 0) # literal => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $check-mu-populate-stream-stmt:end/disp8 (simple-mu-type? %ebx 1) # int => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-populate-stream-stmt:error-invalid-length-type/disp32 $check-mu-populate-stream-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-populate-stream-stmt:error-incorrect-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'populate-stream' must have two inouts\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-populate-stream-stmt:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'populate-stream' must not have any outputs\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-populate-stream-stmt:error-invalid-target-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt populate-stream: first inout '") (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must have type (addr handle stream ...)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-populate-stream-stmt:error-invalid-length-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt populate-stream: second inout '") (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be an int\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-read-from-stream-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+8) 6/r32/esi # - check for 0 inouts # var base/ecx: (addr var) = stmt->inouts->value (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax $check-mu-read-from-stream-stmt:check-no-inouts: 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-read-from-stream-stmt:error-too-few-inouts/disp32 (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ecx 0/r32/eax # - check base type is (addr stream T) # var base-type/ebx: (addr type-tree) = lookup(base->type) (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax $check-mu-read-from-stream-stmt:check-base-is-compound: # if base-type is an atom, abort 81 7/subop/compare *ebx 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $check-mu-read-from-stream-stmt:error-invalid-base-type/disp32 $check-mu-read-from-stream-stmt:check-base-is-addr: # if type->left not addr, abort (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # addr => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-read-from-stream-stmt:error-invalid-base-type/disp32 $check-mu-read-from-stream-stmt:check-base-is-addr-to-stream: # base-type = base-type->right (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax 89/<- %ebx 0/r32/eax # ensure base-type->left == stream (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 0xb) # stream => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-read-from-stream-stmt:error-invalid-base-type/disp32 # - check target type is (addr T) # var target/ecx: (addr stmt-var) = stmt->inouts->next->value (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax $check-mu-read-from-stream-stmt:check-single-inout: 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-read-from-stream-stmt:error-too-few-inouts/disp32 (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ecx 0/r32/eax # var target-type/edx: (addr type-tree) (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax 89/<- %edx 0/r32/eax # if target-type is an atom, it must be a literal or int $check-mu-read-from-stream-stmt:check-target-is-compound: 81 7/subop/compare *edx 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $check-mu-read-from-stream-stmt:error-target-type-not-address/disp32 $check-mu-read-from-stream-stmt:check-target-type: # target type must start with (addr ...) (lookup *(edx+4) *(edx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # addr => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-read-from-stream-stmt:error-target-type-not-address/disp32 # if tail(base-type) != tail(target-type) abort (type-tail %ebx) # => eax 89/<- %ebx 0/r32/eax (type-tail %edx) # => eax (type-equal? %ebx %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-read-from-stream-stmt:error-invalid-target-type/disp32 $check-mu-read-from-stream-stmt:check-too-many-inouts: # - check for too many inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-read-from-stream-stmt:error-too-many-inouts/disp32 $check-mu-read-from-stream-stmt:check-unexpected-output: # - check for any output (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-read-from-stream-stmt:error-unexpected-output/disp32 $check-mu-read-from-stream-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-read-from-stream-stmt:error-invalid-base-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt read-from-stream: var '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be an addr to a stream\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-read-from-stream-stmt:error-too-few-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt read-from-stream: too few inouts (2 required)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-read-from-stream-stmt:error-target-type-not-address: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt read-from-stream: target '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be an addr\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-read-from-stream-stmt:error-invalid-target-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt read-from-stream: second inout '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' does not have the right type\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-read-from-stream-stmt:error-too-many-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt read-from-stream: too many inouts (2 required)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-read-from-stream-stmt:error-unexpected-output: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt read-from-stream: unexpected output\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-write-to-stream-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+8) 6/r32/esi # - check for 0 inouts # var base/ecx: (addr var) = stmt->inouts->value (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax $check-mu-write-to-stream-stmt:check-no-inouts: 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-write-to-stream-stmt:error-too-few-inouts/disp32 (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ecx 0/r32/eax # - check base type is (addr stream T) # var base-type/ebx: (addr type-tree) = lookup(base->type) (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax $check-mu-write-to-stream-stmt:check-base-is-compound: # if base-type is an atom, abort 81 7/subop/compare *ebx 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $check-mu-write-to-stream-stmt:error-invalid-base-type/disp32 $check-mu-write-to-stream-stmt:check-base-is-addr: # if type->left not addr, abort (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # addr => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-write-to-stream-stmt:error-invalid-base-type/disp32 $check-mu-write-to-stream-stmt:check-base-is-addr-to-stream: # base-type = base-type->right (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax 89/<- %ebx 0/r32/eax # ensure base-type->left == stream (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 0xb) # stream => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-write-to-stream-stmt:error-invalid-base-type/disp32 # - check target type is (addr T) # var target/ecx: (addr stmt-var) = stmt->inouts->next->value (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax $check-mu-write-to-stream-stmt:check-single-inout: 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-write-to-stream-stmt:error-too-few-inouts/disp32 (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ecx 0/r32/eax # var target-type/edx: (addr type-tree) (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax 89/<- %edx 0/r32/eax # if target-type is an atom, it must be a literal or int $check-mu-write-to-stream-stmt:check-target-is-compound: 81 7/subop/compare *edx 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $check-mu-write-to-stream-stmt:error-target-type-not-address/disp32 $check-mu-write-to-stream-stmt:check-target-type: # target type must start with (addr ...) (lookup *(edx+4) *(edx+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # addr => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-write-to-stream-stmt:error-target-type-not-address/disp32 # if tail(base-type) != tail(target-type) abort (type-tail %ebx) # => eax 89/<- %ebx 0/r32/eax (type-tail %edx) # => eax (type-equal? %ebx %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $check-mu-write-to-stream-stmt:error-invalid-target-type/disp32 $check-mu-write-to-stream-stmt:check-too-many-inouts: # - check for too many inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-write-to-stream-stmt:error-too-many-inouts/disp32 $check-mu-write-to-stream-stmt:check-unexpected-output: # - check for any output (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-write-to-stream-stmt:error-unexpected-output/disp32 $check-mu-write-to-stream-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-write-to-stream-stmt:error-invalid-base-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt write-to-stream: var '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be an addr to a stream\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-write-to-stream-stmt:error-too-few-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt write-to-stream: too few inouts (2 required)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-write-to-stream-stmt:error-target-type-not-address: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt write-to-stream: target '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be an addr\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-write-to-stream-stmt:error-invalid-target-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt write-to-stream: second inout '") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' does not have the right type\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-write-to-stream-stmt:error-too-many-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt write-to-stream: too many inouts (2 required)\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-write-to-stream-stmt:error-unexpected-output: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt write-to-stream: unexpected output\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-convert-stmt: # stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 56/push-esi 57/push-edi $check-mu-convert-stmt:get-output: # esi = stmt 8b/-> *(ebp+8) 6/r32/esi # var output/edi: (addr stmt-var) = stmt->outputs (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 89/<- %edi 0/r32/eax # zero outputs 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-convert-stmt:error-no-output/disp32 # > 1 output (lookup *(edi+8) *(edi+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-convert-stmt:error-too-many-outputs/disp32 $check-mu-convert-stmt:get-inout: # var inout/esi: (addr stmt-var) = stmt->inouts (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %esi 0/r32/eax # zero inouts 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-convert-stmt:error-no-inout/disp32 # > 1 inout (lookup *(esi+8) *(esi+0xc)) # Stmt-var-next Stmt-var-next => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= $check-mu-convert-stmt:error-too-many-inouts/disp32 $check-mu-convert-stmt:types: # var inout-type/ecx: (addr type-tree) = inout->value->type (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ecx 0/r32/eax # if (inout->is-deref?) inout-type = inout-type->payload 8b/-> *(esi+0x10) 0/r32/eax # Stmt-var-is-deref 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (lookup *(ecx+0xc) *(ecx+0x10)) # Type-tree-right Type-tree-right => eax # if inout-type->right is null, t = inout-type->left 81 7/subop/compare *(eax+0xc) 0/imm32 # Type-tree-right { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } 89/<- %ecx 0/r32/eax } # if input is not int or float, abort { (simple-mu-type? %ecx 1) # int => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 (simple-mu-type? %ecx 0xf) # float => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 e9/jump $check-mu-convert-stmt:error-invalid-inout-type/disp32 } # if output not in register, abort (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $check-mu-convert-stmt:error-output-not-in-register/disp32 # var output-type/edx: (addr type-tree) = output->value->type (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %edx 0/r32/eax # if output is not int or float, abort { (simple-mu-type? %edx 1) # int => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 (simple-mu-type? %edx 0xf) # float => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 e9/jump $check-mu-convert-stmt:error-invalid-output-type/disp32 } # if both are ints, abort { (simple-mu-type? %edx 1) # int => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (simple-mu-type? %ecx 1) # int => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 e9/jump $check-mu-convert-stmt:error-int-to-int/disp32 } # if both are floats, abort { (simple-mu-type? %edx 0xf) # float => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (simple-mu-type? %ecx 0xf) # float => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 e9/jump $check-mu-convert-stmt:error-float-to-float/disp32 } $check-mu-convert-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $check-mu-convert-stmt:error-no-inout: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'convert' expects an inout\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-convert-stmt:error-too-many-inouts: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'convert' must have just one inout\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-convert-stmt:error-no-output: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'convert' expects an output\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-convert-stmt:error-output-not-in-register: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt convert: output '") (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' not in a register\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-convert-stmt:error-too-many-outputs: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt 'convert' must have just one output\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-convert-stmt:error-invalid-inout-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt convert: inout '") (lookup *esi *(esi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be an int or float\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-convert-stmt:error-invalid-output-type: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt convert: output '") (lookup *edi *(edi+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) "' must be an int or float\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-convert-stmt:error-int-to-int: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt convert: no need to convert int to int\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here $check-mu-convert-stmt:error-float-to-float: (write-buffered *(ebp+0x10) "fn ") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) ": stmt convert: no need to convert float to float\n") (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here check-mu-call: # stmt: (addr stmt), callee: (addr function), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # var type-parameters: (addr table (handle array byte) (addr type-tree) 8) 68/push 0/imm32 # var type-parameters-storage: (table (handle array byte) (addr type-tree) 8) 81 5/subop/subtract %esp 0x60/imm32 68/push 0x60/imm32/size 68/push 0/imm32/read 68/push 0/imm32/write # save a pointer to type-parameters-storage at type-parameters 89/<- *(ebp-4) 4/r32/esp (clear-stream *(ebp-4)) # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+8) 6/r32/esi # edi = callee 8b/-> *(ebp+0xc) 7/r32/edi # var inouts/ecx: (addr stmt-var) = lookup(stmt->inouts) (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %ecx 0/r32/eax # var expected/edx: (addr list var) = lookup(f->inouts) (lookup *(edi+8) *(edi+0xc)) # Function-inouts Function-inouts => eax 89/<- %edx 0/r32/eax { $check-mu-call:check-for-inouts: # if (inouts == 0) break 81 7/subop/compare %ecx 0/imm32 0f 84/jump-if-= break/disp32 # if (expected == 0) error 81 7/subop/compare %edx 0/imm32 0f 84/jump-if-= break/disp32 $check-mu-call:check-null-addr: # if (inouts->value->name == "0") continue (lookup *ecx *(ecx+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (string-equal? %eax "0") # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= $check-mu-call:continue-to-next-inout/disp32 $check-mu-call:check-inout-type: # var t/ebx: (addr type-tree) = inouts->value->type (lookup *ecx *(ecx+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax # if (inouts->is-deref?) t = t->right 81 7/subop/compare *(ecx+0x10) 0/imm32/false # Stmt-var-is-deref { 74/jump-if-= break/disp8 (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax 89/<- %ebx 0/r32/eax # if t->right is null, t = t->left 81 7/subop/compare *(ebx+0xc) 0/imm32 # Type-tree-right 75/jump-if-!= break/disp8 (lookup *(ebx+4) *(ebx+8)) # Type-tree-left Type-tree-left => eax 89/<- %ebx 0/r32/eax } # var v2/eax: (addr v) = lookup(expected->value) (lookup *edx *(edx+4)) # List-value List-value => eax # var t2/eax: (addr type-tree) = lookup(v2->type) (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax # if (t != t2) error (type-match? %eax %ebx *(ebp-4)) # => eax 3d/compare-eax-and 0/imm32/false { 0f 85/jump-if-!= break/disp32 (write-buffered *(ebp+0x14) "fn ") 8b/-> *(ebp+0x10) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": call ") (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": type for inout '") (lookup *ecx *(ecx+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) "' is not right\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) } $check-mu-call:continue-to-next-inout: # inouts = lookup(inouts->next) (lookup *(ecx+8) *(ecx+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %ecx 0/r32/eax # expected = lookup(expected->next) (lookup *(edx+8) *(edx+0xc)) # List-next List-next => eax 89/<- %edx 0/r32/eax # e9/jump loop/disp32 } $check-mu-call:check-inout-count: # if (inouts == expected) proceed 39/compare %ecx 2/r32/edx { 0f 84/jump-if-= break/disp32 # exactly one of the two is null # if (inouts == 0) error("too many inouts") { 81 7/subop/compare %ecx 0/imm32 0f 84/jump-if-= break/disp32 (write-buffered *(ebp+0x14) "fn ") 8b/-> *(ebp+0x10) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": call ") (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": too many inouts\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) } # if (expected == 0) error("too few inouts") { 81 7/subop/compare %edx 0/imm32 0f 84/jump-if-= break/disp32 (write-buffered *(ebp+0x14) "fn ") 8b/-> *(ebp+0x10) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": call ") (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": too few inouts\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) } } $check-mu-call:check-outputs: # var outputs/ecx: (addr stmt-var) = lookup(stmt->outputs) (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax 89/<- %ecx 0/r32/eax # var expected/edx: (addr list var) = lookup(f->outputs) (lookup *(edi+0x10) *(edi+0x14)) # Function-outputs Function-outputs => eax 89/<- %edx 0/r32/eax { $check-mu-call:check-for-outputs: # if (outputs == 0) break 81 7/subop/compare %ecx 0/imm32 0f 84/jump-if-= break/disp32 # if (expected == 0) error 81 7/subop/compare %edx 0/imm32 0f 84/jump-if-= break/disp32 $check-mu-call:check-output-type: # var v/eax: (addr v) = lookup(outputs->value) (lookup *ecx *(ecx+4)) # Stmt-var-value Stmt-var-value => eax # var t/ebx: (addr type-tree) = lookup(v->type) (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax # if (outputs->is-deref?) t = t->right # TODO: check that t->left is an addr 81 7/subop/compare *(ecx+0x10) 0/imm32/false # Stmt-var-is-deref { 74/jump-if-= break/disp8 (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax 89/<- %ebx 0/r32/eax } # var v2/eax: (addr v) = lookup(expected->value) (lookup *edx *(edx+4)) # List-value List-value => eax # var t2/eax: (addr type-tree) = lookup(v2->type) (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax # if (t != t2) error (type-match? %eax %ebx *(ebp-4)) # => eax 3d/compare-eax-and 0/imm32/false { 0f 85/jump-if-!= break/disp32 (write-buffered *(ebp+0x14) "fn ") 8b/-> *(ebp+0x10) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": call ") (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": type for output '") (lookup *ecx *(ecx+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) "' is not right\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) } $check-mu-call:check-output-register: # var v/eax: (addr v) = lookup(outputs->value) (lookup *ecx *(ecx+4)) # Stmt-var-value Stmt-var-value => eax # var r/ebx: (addr array byte) = lookup(v->register) (lookup *(eax+18) *(eax+0x1c)) # Var-register Var-register => eax 89/<- %ebx 0/r32/eax # if (r == 0) error 3d/compare-eax-and 0/imm32 { 0f 85/jump-if-!= break/disp32 (write-buffered *(ebp+0x14) "fn ") 8b/-> *(ebp+0x10) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": call ") (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": output '") (lookup *ecx *(ecx+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) "' is not in a register\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) } # var v2/eax: (addr v) = lookup(expected->value) (lookup *edx *(edx+4)) # Stmt-var-value Stmt-var-value => eax # var r2/eax: (addr array byte) = lookup(v2->register) (lookup *(eax+18) *(eax+0x1c)) # Var-register Var-register => eax # if (r != r2) error (string-equal? %eax %ebx) # => eax 3d/compare-eax-and 0/imm32/false { 0f 85/jump-if-!= break/disp32 (write-buffered *(ebp+0x14) "fn ") 8b/-> *(ebp+0x10) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": call ") (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": register for output '") (lookup *ecx *(ecx+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) "' is not right\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) } $check-mu-call:continue-to-next-output: # outputs = lookup(outputs->next) (lookup *(ecx+8) *(ecx+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %ecx 0/r32/eax # expected = lookup(expected->next) (lookup *(edx+8) *(edx+0xc)) # List-next List-next => eax 89/<- %edx 0/r32/eax # e9/jump loop/disp32 } $check-mu-call:check-output-count: # if (outputs == expected) proceed 39/compare %ecx 2/r32/edx { 0f 84/jump-if-= break/disp32 # exactly one of the two is null # if (outputs == 0) error("too many outputs") { 81 7/subop/compare %ecx 0/imm32 0f 84/jump-if-= break/disp32 (write-buffered *(ebp+0x14) "fn ") 8b/-> *(ebp+0x10) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": call ") (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": too many outputs\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) } # if (expected == 0) error("too few outputs") { 81 7/subop/compare %edx 0/imm32 0f 84/jump-if-= break/disp32 (write-buffered *(ebp+0x14) "fn ") 8b/-> *(ebp+0x10) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": call ") (lookup *edi *(edi+4)) # Function-name Function-name => eax (write-buffered *(ebp+0x14) %eax) (write-buffered *(ebp+0x14) ": too few outputs\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) } } $check-mu-call:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . reclaim locals exclusively on the stack 81 0/subop/add %esp 0x70/imm32 # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # like type-equal? but takes literals type parameters into account type-match?: # def: (addr type-tree), call: (addr type-tree), type-parameters: (addr table (handle array byte) (addr type-tree)) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # if (call is literal and def is numberlike) return true { $type-match?:check-literal-int: (simple-mu-type? *(ebp+0xc) 0) # literal => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (mu-numberlike-output? *(ebp+8)) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 b8/copy-to-eax 1/imm32/true e9/jump $type-match?:end/disp32 } # if (call is literal-string and def is string) return true { $type-match?:check-literal-string: (simple-mu-type? *(ebp+0xc) 0x10) # literal-string => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (mu-string-type? *(ebp+8)) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 b8/copy-to-eax 1/imm32/true e9/jump $type-match?:end/disp32 } $type-match?:baseline: # otherwise fall back (type-component-match? *(ebp+8) *(ebp+0xc) *(ebp+0x10)) # => eax $type-match?:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return type-component-match?: # def: (addr type-tree), call: (addr type-tree), type-parameters: (addr table (handle array byte) (addr type-tree)) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx 52/push-edx 53/push-ebx # ecx = def 8b/-> *(ebp+8) 1/r32/ecx # edx = call 8b/-> *(ebp+0xc) 2/r32/edx $type-component-match?:compare-addr: # if (def == call) return true 8b/-> %ecx 0/r32/eax # Var-type 39/compare %edx 0/r32/eax # Var-type b8/copy-to-eax 1/imm32/true 0f 84/jump-if-= $type-component-match?:end/disp32 # if (def == 0) return false b8/copy-to-eax 0/imm32/false 81 7/subop/compare %ecx 0/imm32 # Type-tree-is-atom 0f 84/jump-if-= $type-component-match?:end/disp32 # if (call == 0) return false 81 7/subop/compare %edx 0/imm32 # Type-tree-is-atom 0f 84/jump-if-= $type-component-match?:end/disp32 # if def is a type parameter, just check in type-parameters { $type-component-match?:check-type-parameter: 81 7/subop/compare *ecx 0/imm32/false # Type-tree-is-atom 74/jump-if-= break/disp8 81 7/subop/compare *(ecx+4) 0xa/imm32/type-parameter # Type-tree-value 75/jump-if-!= break/disp8 $type-component-match?:type-parameter: (type-parameter-match? *(ecx+8) *(ecx+0xc) %edx *(ebp+0x10)) # => eax e9/jump $type-component-match?:end/disp32 } # if def is a list containing just a type parameter, just check in type-parameters { $type-component-match?:check-list-type-parameter: # if def is a list.. 81 7/subop/compare *ecx 0/imm32/false # Type-tree-is-atom 75/jump-if-!= break/disp8 # ..that's a singleton 81 7/subop/compare *(ecx+0xc) 0/imm32 # Type-tree-left 75/jump-if-!= break/disp8 # ..and whose head is a type parameter (lookup *(ecx+4) *(ecx+8)) # Type-tree-left Type-tree-left => eax 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom 74/jump-if-= break/disp8 81 7/subop/compare *(eax+4) 0xa/imm32/type-parameter # Type-tree-value 75/jump-if-!= break/disp8 $type-component-match?:list-type-parameter: (type-parameter-match? *(eax+8) *(eax+0xc) %edx *(ebp+0x10)) # => eax e9/jump $type-component-match?:end/disp32 } $type-component-match?:compare-atom-state: # if (def->is-atom? != call->is-atom?) return false 8b/-> *ecx 3/r32/ebx # Type-tree-is-atom 39/compare *edx 3/r32/ebx # Type-tree-is-atom b8/copy-to-eax 0/imm32/false 0f 85/jump-if-!= $type-component-match?:end/disp32 # if def->is-atom? return (def->value == call->value) { $type-component-match?:check-atom: 81 7/subop/compare %ebx 0/imm32/false 74/jump-if-= break/disp8 $type-component-match?:is-atom: 8b/-> *(ecx+4) 0/r32/eax # Type-tree-value 39/compare *(edx+4) 0/r32/eax # Type-tree-value 0f 94/set-if-= %al 81 4/subop/and %eax 0xff/imm32 e9/jump $type-component-match?:end/disp32 } $type-component-match?:check-left: # if (!type-component-match?(def->left, call->left)) return false (lookup *(ecx+4) *(ecx+8)) # Type-tree-left Type-tree-left => eax 89/<- %ebx 0/r32/eax (lookup *(edx+4) *(edx+8)) # Type-tree-left Type-tree-left => eax (type-component-match? %ebx %eax *(ebp+0x10)) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= $type-component-match?:end/disp8 $type-component-match?:check-right: # return type-component-match?(def->right, call->right) (lookup *(ecx+0xc) *(ecx+0x10)) # Type-tree-right Type-tree-right => eax 89/<- %ebx 0/r32/eax (lookup *(edx+0xc) *(edx+0x10)) # Type-tree-right Type-tree-right => eax (type-component-match? %ebx %eax *(ebp+0x10)) # => eax $type-component-match?:end: # . restore registers 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return type-parameter-match?: # type-parameter-name: (handle array byte), type: (addr type-tree), type-parameters: (addr table (handle array byte) (addr type-tree)) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # (get-or-insert-handle *(ebp+0x14) *(ebp+8) *(ebp+0xc) 0xc) # => eax # if parameter wasn't saved, save it { 81 7/subop/compare *eax 0/imm32 75/jump-if-!= break/disp8 8b/-> *(ebp+0x10) 1/r32/ecx 89/<- *eax 1/r32/ecx } # (type-equal? *(ebp+0x10) *eax) # => eax $type-parameter-match?:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return size-of: # v: (addr var) -> result/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # var t/ecx: (addr type-tree) = lookup(v->type) 8b/-> *(ebp+8) 1/r32/ecx #? (write-buffered Stderr "size-of ") #? (write-int32-hex-buffered Stderr %ecx) #? (write-buffered Stderr Newline) #? (write-buffered Stderr "type allocid: ") #? (write-int32-hex-buffered Stderr *(ecx+8)) #? (write-buffered Stderr Newline) #? (flush Stderr) (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax 89/<- %ecx 0/r32/eax # if mu-array?(t) return size-of-array(t) { (mu-array? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (size-of-array %ecx) # => eax eb/jump $size-of:end/disp8 } # if mu-stream?(t) return size-of-stream(t) { (mu-stream? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (size-of-stream %ecx) # => eax eb/jump $size-of:end/disp8 } # if (!t->is-atom?) t = lookup(t->left) { 81 7/subop/compare *ecx 0/imm32/false # Type-tree-is-atom 75/jump-if-!= break/disp8 (lookup *(ecx+4) *(ecx+8)) # Type-tree-left Type-tree-left => eax 89/<- %ecx 0/r32/eax } # TODO: assert t->is-atom? (size-of-type-id *(ecx+4)) # Type-tree-value => eax $size-of:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return size-of-deref: # v: (addr var) -> result/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # var t/ecx: (addr type-tree) = lookup(v->type) 8b/-> *(ebp+8) 1/r32/ecx (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax 89/<- %ecx 0/r32/eax # TODO: assert(t is an addr) # t = lookup(t->right) (lookup *(ecx+0xc) *(ecx+0x10)) # Type-tree-right Type-tree-right => eax 89/<- %ecx 0/r32/eax # if mu-array?(t) return size-of-array(t) { (mu-array? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (size-of-array %ecx) # => eax eb/jump $size-of-deref:end/disp8 } # if mu-stream?(t) return size-of-stream(t) { (mu-stream? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (size-of-stream %ecx) # => eax eb/jump $size-of-deref:end/disp8 } # if (!t->is-atom?) t = lookup(t->left) { 81 7/subop/compare *ecx 0/imm32/false # Type-tree-is-atom 75/jump-if-!= break/disp8 (lookup *(ecx+4) *(ecx+8)) # Type-tree-left Type-tree-left => eax 89/<- %ecx 0/r32/eax } # TODO: assert t->is-atom? (size-of-type-id *(ecx+4)) # Type-tree-value => eax $size-of-deref:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return mu-array?: # t: (addr type-tree) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # ecx = t 8b/-> *(ebp+8) 1/r32/ecx # if t->is-atom?, return false 81 7/subop/compare *ecx 0/imm32/false # Type-tree-is-atom 75/jump-if-!= $mu-array?:return-false/disp8 # if !t->left->is-atom?, return false (lookup *(ecx+4) *(ecx+8)) # Type-tree-left Type-tree-left => eax 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom 74/jump-if-= $mu-array?:return-false/disp8 # return t->left->value == array 81 7/subop/compare *(eax+4) 3/imm32/array-type-id # Type-tree-value 0f 94/set-if-= %al 81 4/subop/and %eax 0xff/imm32 eb/jump $mu-array?:end/disp8 $mu-array?:return-false: b8/copy-to-eax 0/imm32/false $mu-array?:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # size of a statically allocated array where the size is part of the type expression size-of-array: # a: (addr type-tree) -> result/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx 52/push-edx # 8b/-> *(ebp+8) 1/r32/ecx # TODO: assert that a->left is 'array' (lookup *(ecx+0xc) *(ecx+0x10)) # Type-tree-right Type-tree-right => eax 89/<- %ecx 0/r32/eax # var elem-type/edx: type-id = a->right->left->value (lookup *(ecx+4) *(ecx+8)) # Type-tree-left Type-tree-left => eax 8b/-> *(eax+4) 2/r32/edx # Type-tree-value # TODO: assert that a->right->right->left->value == size # var array-size/ecx: int = a->right->right->left->value-size (lookup *(ecx+0xc) *(ecx+0x10)) # Type-tree-right Type-tree-right => eax (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax 8b/-> *(eax+8) 1/r32/ecx # Type-tree-value-size # return 4 + array-size * size-of(elem-type) (size-of-type-id-as-array-element %edx) # => eax f7 4/subop/multiply-into-edx-eax %ecx 05/add-to-eax 4/imm32 # for array size # TODO: check edx for overflow $size-of-array:end: # . restore registers 5a/pop-to-edx 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return mu-stream?: # t: (addr type-tree) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # ecx = t 8b/-> *(ebp+8) 1/r32/ecx # if t->is-atom?, return false 81 7/subop/compare *ecx 0/imm32/false # Type-tree-is-atom 75/jump-if-!= $mu-stream?:return-false/disp8 # if !t->left->is-atom?, return false (lookup *(ecx+4) *(ecx+8)) # Type-tree-left Type-tree-left => eax 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom 74/jump-if-= $mu-stream?:return-false/disp8 # return t->left->value == stream 81 7/subop/compare *(eax+4) 0xb/imm32/stream-type-id # Type-tree-value 0f 94/set-if-= %al 81 4/subop/and %eax 0xff/imm32 eb/jump $mu-stream?:end/disp8 $mu-stream?:return-false: b8/copy-to-eax 0/imm32/false $mu-stream?:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # size of a statically allocated stream where the size is part of the type expression size-of-stream: # a: (addr type-tree) -> result/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (size-of-array *(ebp+8)) # assumes we ignore the actual type name 'array' in the type 05/add-to-eax 8/imm32 # for read/write pointers $size-of-stream:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return size-of-type-id: # t: type-id -> result/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # var out/ecx: (handle typeinfo) 68/push 0/imm32 68/push 0/imm32 89/<- %ecx 4/r32/esp # eax = t 8b/-> *(ebp+8) 0/r32/eax # if t is a literal, return 0 3d/compare-eax-and 0/imm32 0f 84/jump-if-= $size-of-type-id:end/disp32 # eax changes type from type-id to int # if t is a byte, return 4 (because we don't really support non-multiples of 4) 3d/compare-eax-and 8/imm32/byte { 75/jump-if-!= break/disp8 b8/copy-to-eax 4/imm32 eb/jump $size-of-type-id:end/disp8 } # if t is a handle, return 8 3d/compare-eax-and 4/imm32/handle { 75/jump-if-!= break/disp8 b8/copy-to-eax 8/imm32 eb/jump $size-of-type-id:end/disp8 # eax changes type from type-id to int } # if t is a slice, return 8 3d/compare-eax-and 0xc/imm32/slice { 75/jump-if-!= break/disp8 b8/copy-to-eax 8/imm32 eb/jump $size-of-type-id:end/disp8 # eax changes type from type-id to int } # if t is a user-defined type, return its size # TODO: support non-atom type (find-typeinfo %eax %ecx) { 81 7/subop/compare *ecx 0/imm32 74/jump-if-= break/disp8 $size-of-type-id:user-defined: (lookup *ecx *(ecx+4)) # => eax 8b/-> *(eax+0xc) 0/r32/eax # Typeinfo-total-size-in-bytes eb/jump $size-of-type-id:end/disp8 } # otherwise return the word size b8/copy-to-eax 4/imm32 $size-of-type-id:end: # . reclaim locals 81 0/subop/add %esp 8/imm32 # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # Minor violation of our type system since it returns an addr. But we could # replace it with a handle some time. # Returns null if t is an atom. type-tail: # t: (addr type-tree) -> out/eax: (addr type-tree) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # eax = 0 b8/copy-to-eax 0/imm32 # ecx = t 8b/-> *(ebp+8) 1/r32/ecx $type-tail:check-atom: # if t->is-atom? return 0 81 7/subop/compare *ecx 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $type-tail:end/disp32 # var tail = t->right (lookup *(ecx+0xc) *(ecx+0x10)) # Type-tree-right Type-tree-right => eax 89/<- %ecx 0/r32/eax $type-tail:check-singleton: # if (tail->right == 0) return tail->left { 81 7/subop/compare *(ecx+0xc) 0/imm32 # Type-tree-right 75/jump-if-!= break/disp8 (lookup *(ecx+4) *(ecx+8)) # Type-tree-left Type-tree-left => eax e9/jump $type-tail:end/disp32 } # if tail->right->left is an array-capacity, return tail->left { $type-tail:check-array-capacity: (lookup *(ecx+0xc) *(ecx+0x10)) # Type-tree-right Type-tree-right => eax 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom 75/jump-if-!= break/disp8 $type-tail:check-array-capacity-1: (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax 3d/compare-eax-and 0/imm32 74/jump-if-= break/disp8 $type-tail:check-array-capacity-2: (simple-mu-type? %eax 9) # array-capacity => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 $type-tail:array-capacity: (lookup *(ecx+4) *(ecx+8)) # Type-tree-left Type-tree-left => eax eb/jump $type-tail:end/disp8 } $type-tail:check-compound-left: # if !tail->left->is-atom? return tail->left (lookup *(ecx+4) *(ecx+8)) # Type-tree-left Type-tree-left => eax 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom 74/jump-if-= $type-tail:end/disp8 $type-tail:return-tail: # return tail 89/<- %eax 1/r32/ecx $type-tail:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return type-equal?: # a: (addr type-tree), b: (addr type-tree) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx 52/push-edx 53/push-ebx # ecx = a 8b/-> *(ebp+8) 1/r32/ecx # edx = b 8b/-> *(ebp+0xc) 2/r32/edx $type-equal?:compare-addr: # if (a == b) return true 8b/-> %ecx 0/r32/eax # Var-type 39/compare %edx 0/r32/eax # Var-type b8/copy-to-eax 1/imm32/true 0f 84/jump-if-= $type-equal?:end/disp32 $type-equal?:compare-null-a: # if (a == 0) return false b8/copy-to-eax 0/imm32/false 81 7/subop/compare %ecx 0/imm32 0f 84/jump-if-= $type-equal?:end/disp32 $type-equal?:compare-null-b: # if (b == 0) return false 81 7/subop/compare %edx 0/imm32 0f 84/jump-if-= $type-equal?:end/disp32 $type-equal?:compare-atom-state: # if (a->is-atom? != b->is-atom?) return false 8b/-> *ecx 3/r32/ebx # Type-tree-is-atom 39/compare *edx 3/r32/ebx # Type-tree-is-atom b8/copy-to-eax 0/imm32/false 0f 85/jump-if-!= $type-equal?:end/disp32 # if a->is-atom? return (a->value == b->value) { $type-equal?:check-atom: 81 7/subop/compare %ebx 0/imm32/false 74/jump-if-= break/disp8 $type-equal?:is-atom: 8b/-> *(ecx+4) 0/r32/eax # Type-tree-value 39/compare *(edx+4) 0/r32/eax # Type-tree-value 0f 94/set-if-= %al 81 4/subop/and %eax 0xff/imm32 e9/jump $type-equal?:end/disp32 } $type-equal?:check-left: # if (!type-equal?(a->left, b->left)) return false (lookup *(ecx+4) *(ecx+8)) # Type-tree-left Type-tree-left => eax 89/<- %ebx 0/r32/eax (lookup *(edx+4) *(edx+8)) # Type-tree-left Type-tree-left => eax (type-equal? %eax %ebx) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= $type-equal?:end/disp8 $type-equal?:check-right: # return type-equal?(a->right, b->right) (lookup *(ecx+0xc) *(ecx+0x10)) # Type-tree-right Type-tree-right => eax 89/<- %ebx 0/r32/eax (lookup *(edx+0xc) *(edx+0x10)) # Type-tree-right Type-tree-right => eax (type-equal? %eax %ebx) # => eax $type-equal?:end: # . restore registers 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return ####################################################### # Code-generation ####################################################### == data # Global state added to each var record when performing code-generation. Curr-local-stack-offset: # (addr int) 0/imm32 == code # We may not need to pass err/ed everywhere here. I think they're relics of Mu # getting type checks later in life. # But we do need them for runtime checks, particularly array index bounds checks. # So perhaps it's not worth taking them out. They're a safety net. emit-subx: # out: (addr buffered-file), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # var curr/eax: (addr function) = *Program->functions (lookup *_Program-functions *_Program-functions->payload) # => eax { # if (curr == null) break 3d/compare-eax-and 0/imm32 0f 84/jump-if-= break/disp32 (emit-subx-function *(ebp+8) %eax *(ebp+0xc) *(ebp+0x10)) # curr = lookup(curr->next) (lookup *(eax+0x20) *(eax+0x24)) # Function-next Function-next => eax e9/jump loop/disp32 } $emit-subx:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-subx-function: # out: (addr buffered-file), f: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # some preprocessing (populate-mu-type-offsets-in-inouts *(ebp+0xc)) # . save registers 50/push-eax 51/push-ecx 52/push-edx # initialize some global state c7 0/subop/copy *Curr-block-depth 1/imm32 # Important: keep this in sync with the parse phase c7 0/subop/copy *Curr-local-stack-offset 0/imm32 # ecx = f 8b/-> *(ebp+0xc) 1/r32/ecx # var vars/edx: (stack (addr var) 256) 81 5/subop/subtract %esp 0xc00/imm32 68/push 0xc00/imm32/size 68/push 0/imm32/top 89/<- %edx 4/r32/esp # var name/eax: (addr array byte) = lookup(f->name) (lookup *ecx *(ecx+4)) # Function-name Function-name => eax # (write-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) ":\n") (emit-subx-prologue *(ebp+8)) # var body/eax: (addr block) = lookup(f->body) (lookup *(ecx+0x18) *(ecx+0x1c)) # Function-body Function-body => eax # (emit-subx-block *(ebp+8) %eax %edx *(ebp+0xc) *(ebp+0x10) *(ebp+0x14)) (emit-subx-epilogue *(ebp+8)) # TODO: validate that *Curr-block-depth and *Curr-local-stack-offset have # been cleaned up $emit-subx-function:end: # . reclaim locals 81 0/subop/add %esp 0xc08/imm32 # . restore registers 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return populate-mu-type-offsets-in-inouts: # f: (addr function) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 57/push-edi # var next-offset/edx: int = 8 ba/copy-to-edx 8/imm32 # var curr/ecx: (addr list var) = lookup(f->inouts) 8b/-> *(ebp+8) 1/r32/ecx (lookup *(ecx+8) *(ecx+0xc)) # Function-inouts Function-inouts => eax 89/<- %ecx 0/r32/eax { $populate-mu-type-offsets-in-inouts:loop: 81 7/subop/compare %ecx 0/imm32 74/jump-if-= break/disp8 # var v/ebx: (addr var) = lookup(curr->value) (lookup *ecx *(ecx+4)) # List-value List-value => eax 89/<- %ebx 0/r32/eax #? (lookup *ebx *(ebx+4)) #? (write-buffered Stderr "setting offset of fn inout ") #? (write-buffered Stderr %eax) #? (write-buffered Stderr "@") #? (write-int32-hex-buffered Stderr %ebx) #? (write-buffered Stderr " to ") #? (write-int32-hex-buffered Stderr %edx) #? (write-buffered Stderr Newline) #? (flush Stderr) # v->offset = next-offset 89/<- *(ebx+0x14) 2/r32/edx # Var-offset # next-offset += size-of(v) (size-of %ebx) # => eax 01/add-to %edx 0/r32/eax # curr = lookup(curr->next) (lookup *(ecx+8) *(ecx+0xc)) # List-next List-next => eax 89/<- %ecx 0/r32/eax # eb/jump loop/disp8 } $populate-mu-type-offsets-in-inouts:end: # . restore registers 5f/pop-to-edi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-subx-stmt-list: # out: (addr buffered-file), stmts: (addr list stmt), vars: (addr stack live-var), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 53/push-ebx 56/push-esi # esi = stmts 8b/-> *(ebp+0xc) 6/r32/esi # { $emit-subx-stmt-list:loop: 81 7/subop/compare %esi 0/imm32 0f 84/jump-if-= break/disp32 # var curr-stmt/ecx: (addr stmt) = lookup(stmts->value) (lookup *esi *(esi+4)) # List-value List-value => eax 89/<- %ecx 0/r32/eax { $emit-subx-stmt-list:check-for-block: 81 7/subop/compare *ecx 0/imm32/block # Stmt-tag 75/jump-if-!= break/disp8 $emit-subx-stmt-list:block: (emit-subx-block *(ebp+8) %ecx *(ebp+0x10) *(ebp+0x14) *(ebp+0x18) *(ebp+0x1c)) } { $emit-subx-stmt-list:check-for-stmt: 81 7/subop/compare *ecx 1/imm32/stmt1 # Stmt-tag 0f 85/jump-if-!= break/disp32 $emit-subx-stmt-list:stmt1: { (mu-branch? %ecx) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 $emit-subx-stmt-list:branch-stmt: # unconditional return {{{ { $emit-subx-stmt-list:return: # if (!string-equal?(curr-stmt->operation, "return")) break (lookup *(ecx+4) *(ecx+8)) # Stmt1-operation Stmt1-operation => eax (string-equal? %eax "return") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 # (emit-outputs *(ebp+8) %ecx *(ebp+0x14)) (emit-cleanup-code-for-non-outputs *(ebp+8) *(ebp+0x10) *(ebp+0x14)) # emit jump to end of function # getting at the name of the label is challenging (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "e9/jump ") # var b/eax: (addr array byte) = fn->body->var->name 8b/-> *(ebp+0x14) 0/r32/eax (lookup *(eax+0x18) *(eax+0x1c)) # Function-body Function-body => eax (lookup *(eax+0xc) *(eax+0x10)) # Block-var Block-var => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) ":break/disp32\n") e9/jump $emit-subx-stmt-list:clean-up/disp32 } # }}} # unconditional loops {{{ { # if (!string-equal?(var->operation, "loop")) break (lookup *(ecx+4) *(ecx+8)) # Stmt1-operation Stmt1-operation => eax (string-equal? %eax "loop") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 $emit-subx-stmt-list:unconditional-loop: 81 7/subop/compare *(ecx+0xc) 0/imm32 # Stmt1-inouts # simple unconditional loops without a target { 0f 85/jump-if-!= break/disp32 $emit-subx-stmt-list:zero-arg-unconditional-loop: (emit-cleanup-code-until-depth *(ebp+8) *(ebp+0x10) *Curr-block-depth) (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "e9/jump loop/disp32") (write-buffered *(ebp+8) Newline) e9/jump $emit-subx-stmt-list:clean-up/disp32 # skip remaining statements; they're dead code } # unconditional loops with a target { 0f 84/jump-if-= break/disp32 (emit-subx-cleanup-and-unconditional-nonlocal-branch *(ebp+8) %ecx *(ebp+0x10)) e9/jump $emit-subx-stmt-list:clean-up/disp32 } } # }}} # unconditional breaks {{{ { # if (!string-equal?(curr-stmt->operation, "break")) break (lookup *(ecx+4) *(ecx+8)) # Stmt1-operation Stmt1-operation => eax (string-equal? %eax "break") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 $emit-subx-stmt-list:unconditional-break: 81 7/subop/compare *(ecx+0xc) 0/imm32 # Stmt1-inouts # simple unconditional breaks without a target 0f 84/jump-if-= $emit-subx-stmt-list:emit-cleanup/disp32 # easy: just skip remaining statements # unconditional breaks with a target (emit-subx-cleanup-and-unconditional-nonlocal-branch *(ebp+8) %ecx *(ebp+0x10)) e9/jump $emit-subx-stmt-list:clean-up/disp32 } # }}} # simple conditional branches without a target {{{ 81 7/subop/compare *(ecx+0xc) 0/imm32 # Stmt1-inouts { 0f 85/jump-if-!= break/disp32 $emit-subx-stmt-list:zero-arg-conditional-branch: # var old-block-depth/ebx: int = Curr-block-depth - 1 8b/-> *Curr-block-depth 3/r32/ebx # cleanup prologue (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "{\n") ff 0/subop/increment *Curr-block-depth # (emit-reverse-break *(ebp+8) %ecx) # clean up until old block depth (emit-cleanup-code-until-depth *(ebp+8) *(ebp+0x10) %ebx) # var target-block-depth/ebx: int = Curr-block-depth - 1 4b/decrement-ebx # emit jump to target block (lookup *(ecx+4) *(ecx+8)) # Stmt1-operation Stmt1-operation => eax (string-starts-with? %eax "break") # => eax 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (emit-unconditional-jump-to-depth *(ebp+8) *(ebp+0x10) %ebx "break") } 3d/compare-eax-and 0/imm32/false # just in case the function call modified flags { 75/jump-if-!= break/disp8 (emit-unconditional-jump-to-depth *(ebp+8) *(ebp+0x10) %ebx "loop") } # cleanup epilogue ff 1/subop/decrement *Curr-block-depth (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "}\n") # continue e9/jump $emit-subx-stmt-list:continue/disp32 } # }}} # conditional branches with an explicit target {{{ { 0f 84/jump-if-= break/disp32 $emit-subx-stmt-list:conditional-branch-with-target: # cleanup prologue (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "{\n") ff 0/subop/increment *Curr-block-depth # (emit-reverse-break *(ebp+8) %ecx) (emit-subx-cleanup-and-unconditional-nonlocal-branch *(ebp+8) %ecx *(ebp+0x10)) # cleanup epilogue ff 1/subop/decrement *Curr-block-depth (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "}\n") # continue e9/jump $emit-subx-stmt-list:continue/disp32 } # }}} } $emit-subx-stmt-list:1-to-1: (emit-subx-stmt *(ebp+8) %ecx Primitives *(ebp+0x14) *(ebp+0x18) *(ebp+0x1c)) e9/jump $emit-subx-stmt-list:continue/disp32 } { $emit-subx-stmt-list:check-for-var-def: 81 7/subop/compare *ecx 2/imm32/var-def # Stmt-tag 75/jump-if-!= break/disp8 $emit-subx-stmt-list:var-def: (emit-subx-var-def *(ebp+8) %ecx) (push *(ebp+0x10) *(ecx+4)) # Vardef-var (push *(ebp+0x10) *(ecx+8)) # Vardef-var (push *(ebp+0x10) 0) # Live-var-register-spilled = 0 for vars on the stack # eb/jump $emit-subx-stmt-list:continue/disp8 } { $emit-subx-stmt-list:check-for-reg-var-def: 81 7/subop/compare *ecx 3/imm32/reg-var-def # Stmt-tag 0f 85/jump-if-!= break/disp32 $emit-subx-stmt-list:reg-var-def: # TODO: ensure that there's exactly one output (push-output-and-maybe-emit-spill *(ebp+8) %ecx *(ebp+0x10) %esi *(ebp+0x14) *(ebp+0x18) *(ebp+0x1c)) # emit the instruction as usual (emit-subx-stmt *(ebp+8) %ecx Primitives *(ebp+0x14) *(ebp+0x18) *(ebp+0x1c)) # eb/jump $emit-subx-stmt-list:continue/disp8 } $emit-subx-stmt-list:continue: # TODO: raise an error on unrecognized Stmt-tag (lookup *(esi+8) *(esi+0xc)) # List-next List-next => eax 89/<- %esi 0/r32/eax e9/jump loop/disp32 } $emit-subx-stmt-list:emit-cleanup: (emit-cleanup-code-until-depth *(ebp+8) *(ebp+0x10) *Curr-block-depth) $emit-subx-stmt-list:clean-up: (clean-up-stack-offset-state *(ebp+0x10) *Curr-block-depth) (clean-up-blocks *(ebp+0x10) *Curr-block-depth *(ebp+0x14)) $emit-subx-stmt-list:end: # . restore registers 5e/pop-to-esi 5b/pop-to-ebx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # 'later-stmts' includes 'stmt', but will behave the same even without it; reg-var-def stmts are guaranteed not to write to function outputs. push-output-and-maybe-emit-spill: # out: (addr buffered-file), stmt: (addr reg-var-def), vars: (addr stack (handle var)), later-stmts: (addr list stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx # ecx = stmt 8b/-> *(ebp+0xc) 1/r32/ecx # var sv/eax: (addr stmt-var) = lookup(curr-stmt->outputs) (lookup *(ecx+0x14) *(ecx+0x18)) # Regvardef-outputs Regvardef-outputs => eax # TODO: assert !sv->is-deref? # var v/ecx: (addr var) = lookup(sv->value) (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ecx 0/r32/eax # v->block-depth = *Curr-block-depth 8b/-> *Curr-block-depth 0/r32/eax 89/<- *(ecx+0x10) 0/r32/eax # Var-block-depth #? (write-buffered Stderr "var ") #? (lookup *ecx *(ecx+4)) #? (write-buffered Stderr %eax) #? (write-buffered Stderr " at depth ") #? (write-int32-hex-buffered Stderr *(ecx+0x10)) #? (write-buffered Stderr Newline) #? (flush Stderr) # ensure that v is in a register 81 7/subop/compare *(ecx+0x18) 0/imm32 # Var-register 0f 84/jump-if-= $push-output-and-maybe-emit-spill:abort/disp32 # var emit-spill?/edx: boolean = not-yet-spilled-this-block? && will-not-write-some-register?(fn) (not-yet-spilled-this-block? %ecx *(ebp+0x10)) # => eax 89/<- %edx 0/r32/eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $push-output-and-maybe-emit-spill:push/disp32 (will-not-write-some-register? %ecx *(ebp+0x14) *(ebp+0x18)) # => eax 89/<- %edx 0/r32/eax # check emit-spill? 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $push-output-and-maybe-emit-spill:push/disp32 # TODO: assert(size-of(output) == 4) # *Curr-local-stack-offset -= 4 81 5/subop/subtract *Curr-local-stack-offset 4/imm32 # emit spill (lookup *(ecx+0x18) *(ecx+0x1c)) # Var-register Var-register => eax (emit-push-register *(ebp+8) %eax) $push-output-and-maybe-emit-spill:push: 8b/-> *(ebp+0xc) 1/r32/ecx (lookup *(ecx+0x14) *(ecx+0x18)) # Regvardef-outputs Regvardef-outputs => eax # push(vars, {sv->value, emit-spill?}) (push *(ebp+0x10) *eax) # Stmt-var-value (push *(ebp+0x10) *(eax+4)) # Stmt-var-value (push *(ebp+0x10) %edx) $push-output-and-maybe-emit-spill:end: # . restore registers 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $push-output-and-maybe-emit-spill:abort: # error("var '" var->name "' initialized from an instruction must live in a register\n") (write-buffered *(ebp+0x1c) "var '") (write-buffered *(ebp+0x1c) *eax) # Var-name (write-buffered *(ebp+0x1c) "' initialized from an instruction must live in a register\n") (flush *(ebp+0x1c)) (stop *(ebp+0x20) 1) # never gets here emit-subx-cleanup-and-unconditional-nonlocal-branch: # out: (addr buffered-file), stmt: (addr stmt1), vars: (addr stack live-var) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # ecx = stmt 8b/-> *(ebp+0xc) 1/r32/ecx # var target/eax: (addr array byte) = curr-stmt->inouts->value->name (lookup *(ecx+0xc) *(ecx+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax # clean up until target block (emit-cleanup-code-until-target *(ebp+8) *(ebp+0x10) %eax) # emit jump to target block (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "e9/jump ") (write-buffered *(ebp+8) %eax) (lookup *(ecx+4) *(ecx+8)) # Stmt1-operation Stmt1-operation => eax (string-starts-with? %eax "break") 3d/compare-eax-and 0/imm32/false { 74/jump-if-= break/disp8 (write-buffered *(ebp+8) ":break/disp32\n") eb/jump $emit-subx-cleanup-and-unconditional-nonlocal-branch:end/disp8 } (write-buffered *(ebp+8) ":loop/disp32\n") $emit-subx-cleanup-and-unconditional-nonlocal-branch:end: # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-outputs: # out: (addr buffered-file), return-stmt: (addr stmt1), fn: (addr function) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 56/push-esi 57/push-edi # var curr-inout/esi: (addr stmt-var) = return-stmt->inouts 8b/-> *(ebp+0xc) 0/r32/eax (lookup *(eax+0xc) *(eax+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %esi 0/r32/eax # var curr-output/edi: (addr list var) = fn->outputs 8b/-> *(ebp+0x10) 0/r32/eax (lookup *(eax+0x10) *(eax+0x14)) # Function-outputs Function-outputs => eax 89/<- %edi 0/r32/eax { $emit-outputs:loop: 81 7/subop/compare %esi 0/imm32 0f 84/jump-if-= break/disp32 # emit copy to output register # var curr-output-register/ecx: (addr array byte) = curr-output->value->register (lookup *edi *(edi+4)) # List-value List-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax 89/<- %ecx 0/r32/eax # if curr-output-register starts with "x", emit a floating-point copy 8a/copy-byte *(ecx+4) 0/r32/AL 81 4/subop/and %eax 0xff/imm32 3d/compare-eax-and 0x78/imm32/x { 75/jump-if-!= break/disp8 (emit-float-output *(ebp+8) %esi %ecx) eb/jump $emit-outputs:continue/disp8 } # otherwise emit an int copy (emit-int-output *(ebp+8) %esi %ecx) $emit-outputs:continue: # curr-inout = curr-inout->next (lookup *(esi+8) *(esi+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %esi 0/r32/eax # curr-output = curr-output->next (lookup *(edi+8) *(edi+0xc)) # List-next List-next => eax 89/<- %edi 0/r32/eax # e9/jump loop/disp32 } $emit-outputs:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-int-output: # out: (addr buffered-file), return-var: (addr stmt-var), dest-reg: (addr array byte) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # ecx = return-var->value 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ecx 0/r32/eax # if curr-var is a literal, emit copy of a literal to the output (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 0) # literal => eax { 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "c7 0/subop/copy %") (write-buffered *(ebp+8) *(ebp+0x10)) (write-buffered *(ebp+8) " ") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) "/imm32\n") e9/jump $emit-int-output:end/disp32 } # otherwise emit an integer copy (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "8b/->") (emit-subx-var-as-rm32 *(ebp+8) *(ebp+0xc)) (write-buffered *(ebp+8) " ") (get Mu-registers *(ebp+0x10) 0xc "Mu-registers") # => eax (write-int32-hex-buffered *(ebp+8) *eax) (write-buffered *(ebp+8) "/r32\n") $emit-int-output:end: # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-float-output: # out: (addr buffered-file), return-var: (addr stmt-var), dest-reg: (addr array byte) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "f3 0f 10/->") (emit-subx-var-as-rm32 *(ebp+8) *(ebp+0xc)) (write-buffered *(ebp+8) " ") (get Mu-registers *(ebp+0x10) 0xc "Mu-registers") # => eax (write-int32-hex-buffered *(ebp+8) *eax) (write-buffered *(ebp+8) "/x32\n") $emit-float-output:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return mu-branch?: # stmt: (addr stmt1) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # ecx = lookup(stmt->operation) 8b/-> *(ebp+8) 1/r32/ecx (lookup *(ecx+4) *(ecx+8)) # Stmt1-operation Stmt1-operation => eax 89/<- %ecx 0/r32/eax # if (stmt->operation starts with "loop") return true (string-starts-with? %ecx "loop") # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-not-equal $mu-branch?:end/disp8 # if (stmt->operation starts with "break") return true (string-starts-with? %ecx "break") # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-not-equal $mu-branch?:end/disp8 # otherwise return (stmt->operation starts with "return") (string-starts-with? %ecx "return") # => eax $mu-branch?:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-reverse-break: # out: (addr buffered-file), stmt: (addr stmt1) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # eax = stmt 8b/-> *(ebp+0xc) 0/r32/eax # (lookup *(eax+4) *(eax+8)) # Stmt1-operation Stmt1-operation => eax (get Reverse-branch %eax 0x10 "reverse-branch: ") # => eax: (addr handle array byte) (emit-indent *(ebp+8) *Curr-block-depth) (lookup *eax *(eax+4)) # => eax (write-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) " break/disp32\n") $emit-reverse-break:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return == data # Table from Mu branch instructions to the reverse SubX opcodes for them. Reverse-branch: # (table (handle array byte) (handle array byte)) # a table is a stream 0x1c0/imm32/write 0/imm32/read 0x1c0/imm32/size # data 0x11/imm32/alloc-id _string-break-if-=/imm32 0x11/imm32/alloc-id _string_0f_85_jump_label/imm32 0x11/imm32/alloc-id _string-loop-if-=/imm32 0x11/imm32/alloc-id _string_0f_85_jump_label/imm32 0x11/imm32/alloc-id _string-break-if-!=/imm32 0x11/imm32/alloc-id _string_0f_84_jump_label/imm32 0x11/imm32/alloc-id _string-loop-if-!=/imm32 0x11/imm32/alloc-id _string_0f_84_jump_label/imm32 0x11/imm32/alloc-id _string-break-if-/imm32 0x11/imm32/alloc-id _string_0f_8e_jump_label/imm32 0x11/imm32/alloc-id _string-loop-if->/imm32 0x11/imm32/alloc-id _string_0f_8e_jump_label/imm32 0x11/imm32/alloc-id _string-break-if-<=/imm32 0x11/imm32/alloc-id _string_0f_8f_jump_label/imm32 0x11/imm32/alloc-id _string-loop-if-<=/imm32 0x11/imm32/alloc-id _string_0f_8f_jump_label/imm32 0x11/imm32/alloc-id _string-break-if->=/imm32 0x11/imm32/alloc-id _string_0f_8c_jump_label/imm32 0x11/imm32/alloc-id _string-loop-if->=/imm32 0x11/imm32/alloc-id _string_0f_8c_jump_label/imm32 0x11/imm32/alloc-id _string-break-if-addr/imm32 0x11/imm32/alloc-id _string_0f_86_jump_label/imm32 0x11/imm32/alloc-id _string-loop-if-addr>/imm32 0x11/imm32/alloc-id _string_0f_86_jump_label/imm32 0x11/imm32/alloc-id _string-break-if-addr<=/imm32 0x11/imm32/alloc-id _string_0f_87_jump_label/imm32 0x11/imm32/alloc-id _string-loop-if-addr<=/imm32 0x11/imm32/alloc-id _string_0f_87_jump_label/imm32 0x11/imm32/alloc-id _string-break-if-addr>=/imm32 0x11/imm32/alloc-id _string_0f_82_jump_label/imm32 0x11/imm32/alloc-id _string-loop-if-addr>=/imm32 0x11/imm32/alloc-id _string_0f_82_jump_label/imm32 0x11/imm32/alloc-id _string-break-if-float/imm32 0x11/imm32/alloc-id _string_0f_86_jump_label/imm32 0x11/imm32/alloc-id _string-loop-if-float>/imm32 0x11/imm32/alloc-id _string_0f_86_jump_label/imm32 0x11/imm32/alloc-id _string-break-if-float<=/imm32 0x11/imm32/alloc-id _string_0f_87_jump_label/imm32 0x11/imm32/alloc-id _string-loop-if-float<=/imm32 0x11/imm32/alloc-id _string_0f_87_jump_label/imm32 0x11/imm32/alloc-id _string-break-if-float>=/imm32 0x11/imm32/alloc-id _string_0f_82_jump_label/imm32 0x11/imm32/alloc-id _string-loop-if-float>=/imm32 0x11/imm32/alloc-id _string_0f_82_jump_label/imm32 == code emit-unconditional-jump-to-depth: # out: (addr buffered-file), vars: (addr stack live-var), depth: int, label-suffix: (addr array byte) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi # ecx = vars 8b/-> *(ebp+0xc) 1/r32/ecx # var eax: int = vars->top 8b/-> *ecx 0/r32/eax # var curr/esi: (addr handle var) = &vars->data[vars->top - 12] 8d/copy-address *(ecx+eax-4) 6/r32/esi # vars + 8 + vars->top - 12/Live-var-size # var min/ecx: (addr handle var) = vars->data 8d/copy-address *(ecx+8) 1/r32/ecx # edx = depth 8b/-> *(ebp+0x10) 2/r32/edx { $emit-unconditional-jump-to-depth:loop: # if (curr < min) break 39/compare %esi 1/r32/ecx 0f 82/jump-if-addr< break/disp32 # var v/ebx: (addr var) = lookup(*curr) (lookup *esi *(esi+4)) # => eax 89/<- %ebx 0/r32/eax # if (v->block-depth < until-block-depth) break 39/compare *(ebx+0x10) 2/r32/edx # Var-block-depth 0f 8c/jump-if-< break/disp32 { $emit-unconditional-jump-to-depth:check: # if v->block-depth != until-block-depth, continue 39/compare *(ebx+0x10) 2/r32/edx # Var-block-depth 0f 85/jump-if-!= break/disp32 $emit-unconditional-jump-to-depth:depth-found: # if v is not a literal, continue (size-of %ebx) # => eax 3d/compare-eax-and 0/imm32 0f 85/jump-if-!= break/disp32 $emit-unconditional-jump-to-depth:label-found: # emit unconditional jump, then return (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "e9/jump ") (lookup *ebx *(ebx+4)) # Var-name Var-name => eax (write-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) ":") (write-buffered *(ebp+8) *(ebp+0x14)) (write-buffered *(ebp+8) "/disp32\n") eb/jump $emit-unconditional-jump-to-depth:end/disp8 } # curr -= 12 81 5/subop/subtract %esi 0xc/imm32 e9/jump loop/disp32 } # TODO: error if no label at 'depth' was found $emit-unconditional-jump-to-depth:end: # . restore registers 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # emit clean-up code for 'vars' until some block depth # doesn't actually modify 'vars' so we need traverse manually inside the stack emit-cleanup-code-until-depth: # out: (addr buffered-file), vars: (addr stack live-var), until-block-depth: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi #? (write-buffered Stderr "--- cleanup\n") #? (flush Stderr) # ecx = vars 8b/-> *(ebp+0xc) 1/r32/ecx # var esi: int = vars->top 8b/-> *ecx 6/r32/esi # var curr/esi: (addr handle var) = &vars->data[vars->top - 12] 8d/copy-address *(ecx+esi-4) 6/r32/esi # vars + 8 + vars->top - 12/Live-var-size # var min/ecx: (addr handle var) = vars->data 81 0/subop/add %ecx 8/imm32 # edx = until-block-depth 8b/-> *(ebp+0x10) 2/r32/edx { $emit-cleanup-code-until-depth:loop: # if (curr < min) break 39/compare %esi 1/r32/ecx 0f 82/jump-if-addr< break/disp32 # var v/ebx: (addr var) = lookup(*curr) (lookup *esi *(esi+4)) # => eax 89/<- %ebx 0/r32/eax #? (lookup *ebx *(ebx+4)) # Var-name #? (write-buffered Stderr "var ") #? (write-buffered Stderr %eax) #? (write-buffered Stderr Newline) #? (flush Stderr) # if (v->block-depth < until-block-depth) break 39/compare *(ebx+0x10) 2/r32/edx # Var-block-depth 0f 8c/jump-if-< break/disp32 # if v is in a register 81 7/subop/compare *(ebx+0x18) 0/imm32 # Var-register { 0f 84/jump-if-= break/disp32 { $emit-cleanup-code-until-depth:check-for-previous-spill: 8b/-> *(esi+8) 0/r32/eax # Live-var-register-spilled 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 $emit-cleanup-code-until-depth:reclaim-var-in-register: (lookup *(ebx+0x18) *(ebx+0x1c)) # Var-register Var-register => eax (emit-pop-register *(ebp+8) %eax) } eb/jump $emit-cleanup-code-until-depth:continue/disp8 } # otherwise v is on the stack { 75/jump-if-!= break/disp8 $emit-cleanup-code-until-depth:var-on-stack: (size-of %ebx) # => eax # don't emit code for labels 3d/compare-eax-and 0/imm32 74/jump-if-= break/disp8 $emit-cleanup-code-until-depth:reclaim-var-on-stack: (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "81 0/subop/add %esp ") (write-int32-hex-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) "/imm32\n") } $emit-cleanup-code-until-depth:continue: # curr -= 12 81 5/subop/subtract %esi 0xc/imm32 e9/jump loop/disp32 } $emit-cleanup-code-until-depth:end: # . restore registers 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # emit clean-up code for 'vars' that don't conflict with output registers # doesn't actually modify 'vars' so we need traverse manually inside the stack emit-cleanup-code-for-non-outputs: # out: (addr buffered-file), vars: (addr stack live-var), fn: (addr function) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # ecx = vars 8b/-> *(ebp+0xc) 1/r32/ecx # var esi: int = vars->top 8b/-> *ecx 6/r32/esi # var curr/esi: (addr handle var) = &vars->data[vars->top - 12] 8d/copy-address *(ecx+esi-4) 6/r32/esi # vars + 8 + vars->top - 12/Live-var-size # var min/ecx: (addr handle var) = vars->data 81 0/subop/add %ecx 8/imm32 { $emit-cleanup-code-for-non-outputs:loop: # if (curr < min) break 39/compare %esi 1/r32/ecx 0f 82/jump-if-addr< break/disp32 # var v/ebx: (addr var) = lookup(*curr) (lookup *esi *(esi+4)) # => eax 89/<- %ebx 0/r32/eax # if v is in a register 81 7/subop/compare *(ebx+0x18) 0/imm32 # Var-register { 0f 84/jump-if-= break/disp32 { $emit-cleanup-code-for-non-outputs:check-for-previous-spill: 8b/-> *(esi+8) 0/r32/eax # Live-var-register-spilled 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 $emit-cleanup-code-for-non-outputs:reclaim-var-in-register: # var reg/edi: (addr array name) = v->register (lookup *(ebx+0x18) *(ebx+0x1c)) # Var-register Var-register => eax 89/<- %edi 0/r32/eax # if reg is not in function outputs, emit a pop (reg-in-function-outputs? *(ebp+0x10) %edi) # => eax 3d/compare-eax-and 0/imm32/false { 75/jump-if-!= break/disp8 (emit-pop-register *(ebp+8) %edi) eb/jump $emit-cleanup-code-for-non-outputs:reclaim-var-in-register-done/disp8 } # otherwise just drop it from the stack (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "81 0/subop/add %esp 4/imm32\n") } $emit-cleanup-code-for-non-outputs:reclaim-var-in-register-done: eb/jump $emit-cleanup-code-for-non-outputs:continue/disp8 } # otherwise v is on the stack { 75/jump-if-!= break/disp8 $emit-cleanup-code-for-non-outputs:var-on-stack: (size-of %ebx) # => eax # don't emit code for labels 3d/compare-eax-and 0/imm32 74/jump-if-= break/disp8 $emit-cleanup-code-for-non-outputs:reclaim-var-on-stack: (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "81 0/subop/add %esp ") (write-int32-hex-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) "/imm32\n") } $emit-cleanup-code-for-non-outputs:continue: # curr -= 12 81 5/subop/subtract %esi 0xc/imm32 e9/jump loop/disp32 } $emit-cleanup-code-for-non-outputs:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-push-register: # out: (addr buffered-file), reg: (addr array byte) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # eax = reg 8b/-> *(ebp+0xc) 0/r32/eax # var prefix/eax: byte = reg->data[0] 8a/copy-byte *(eax+4) 0/r32/AL 81 4/subop/and %eax 0xff/imm32 # if (prefix == 'x') push xmm register { 3d/compare-eax-and 0x78/imm32/x 0f 85/jump-if-!= break/disp32 # TODO validate register (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "81 5/subop/subtract %esp 4/imm32\n") (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "f3 0f 11/<- *esp ") # var prefix/eax: byte = reg->data[3] 8b/-> *(ebp+0xc) 0/r32/eax 8a/copy-byte *(eax+7) 0/r32/AL 81 4/subop/and %eax 0xff/imm32 (write-byte-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) "/x32\n") e9/jump $emit-push-register:end/disp32 } # otherwise push gp register (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "ff 6/subop/push %") (write-buffered *(ebp+8) *(ebp+0xc)) (write-buffered *(ebp+8) Newline) $emit-push-register:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-pop-register: # out: (addr buffered-file), reg: (addr array byte) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # eax = reg 8b/-> *(ebp+0xc) 0/r32/eax # var prefix/eax: byte = reg->data[0] 8a/copy-byte *(eax+4) 0/r32/AL 81 4/subop/and %eax 0xff/imm32 # if (prefix == 'x') pop to xmm register { 3d/compare-eax-and 0x78/imm32/x 0f 85/jump-if-!= break/disp32 # TODO validate register (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "f3 0f 10/-> *esp ") # var prefix/eax: byte = reg->data[3] 8b/-> *(ebp+0xc) 0/r32/eax 8a/copy-byte *(eax+7) 0/r32/AL 81 4/subop/and %eax 0xff/imm32 (write-byte-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) "/x32\n") (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "81 0/subop/add %esp 4/imm32\n") e9/jump $emit-pop-register:end/disp32 } # otherwise pop to gp register (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "8f 0/subop/pop %") (write-buffered *(ebp+8) *(ebp+0xc)) (write-buffered *(ebp+8) Newline) $emit-pop-register:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # emit clean-up code for 'vars' until a given label is encountered # doesn't actually modify 'vars' so we need traverse manually inside the stack emit-cleanup-code-until-target: # out: (addr buffered-file), vars: (addr stack live-var), until-block-label: (addr array byte) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx # ecx = vars 8b/-> *(ebp+0xc) 1/r32/ecx # var eax: int = vars->top 8b/-> *ecx 0/r32/eax # var curr/edx: (addr handle var) = &vars->data[vars->top - 12] 8d/copy-address *(ecx+eax-4) 2/r32/edx # vars + 8 + vars->top - 12/Live-var-size # var min/ecx: (addr handle var) = vars->data 81 0/subop/add %ecx 8/imm32 { $emit-cleanup-code-until-target:loop: # if (curr < min) break 39/compare %edx 1/r32/ecx 0f 82/jump-if-addr< break/disp32 # var v/ebx: (handle var) = lookup(*curr) (lookup *edx *(edx+4)) # => eax 89/<- %ebx 0/r32/eax # if (v->name == until-block-label) break (lookup *ebx *(ebx+4)) # Var-name Var-name => eax (string-equal? %eax *(ebp+0x10)) # => eax 3d/compare-eax-and 0/imm32/false 0f 85/jump-if-!= break/disp32 # if v is in a register 81 7/subop/compare *(ebx+0x18) 0/imm32 # Var-register { 0f 84/jump-if-= break/disp32 { $emit-cleanup-code-until-target:check-for-previous-spill: 8b/-> *(edx+8) 0/r32/eax # Live-var-register-spilled 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 $emit-cleanup-code-until-target:reclaim-var-in-register: (lookup *(ebx+0x18) *(ebx+0x1c)) # Var-register Var-register => eax (emit-pop-register *(ebp+8) %eax) } eb/jump $emit-cleanup-code-until-target:continue/disp8 } # otherwise v is on the stack { 75/jump-if-!= break/disp8 $emit-cleanup-code-until-target:reclaim-var-on-stack: (size-of %ebx) # => eax # don't emit code for labels 3d/compare-eax-and 0/imm32 74/jump-if-= break/disp8 # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "81 0/subop/add %esp ") (write-int32-hex-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) "/imm32\n") } $emit-cleanup-code-until-target:continue: # curr -= 12 81 5/subop/subtract %edx 0xc/imm32 e9/jump loop/disp32 } $emit-cleanup-code-until-target:end: # . restore registers 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # update Curr-local-stack-offset assuming vars until some block depth are popped # doesn't actually modify 'vars', so we need traverse manually inside the stack clean-up-stack-offset-state: # vars: (addr stack live-var), until-block-depth: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi # ecx = vars 8b/-> *(ebp+8) 1/r32/ecx # var esi: int = vars->top 8b/-> *ecx 6/r32/esi # var curr/esi: (addr handle var) = &vars->data[vars->top - 12] 8d/copy-address *(ecx+esi-4) 6/r32/esi # vars + 8 + vars->top - 12/Live-var-size # var min/ecx: (addr handle var) = vars->data 81 0/subop/add %ecx 8/imm32 # edx = until-block-depth 8b/-> *(ebp+0xc) 2/r32/edx { $clean-up-stack-offset-state:loop: # if (curr < min) break 39/compare %esi 1/r32/ecx 0f 82/jump-if-addr< break/disp32 # var v/ebx: (addr var) = lookup(*curr) (lookup *esi *(esi+4)) # => eax 89/<- %ebx 0/r32/eax # if (v->block-depth < until-block-depth) break 39/compare *(ebx+0x10) 2/r32/edx # Var-block-depth 0f 8c/jump-if-< break/disp32 # if v is in a register 81 7/subop/compare *(ebx+0x18) 0/imm32 # Var-register { 0f 84/jump-if-= break/disp32 { $clean-up-stack-offset-state:check-for-previous-spill: 8b/-> *(esi+8) 0/r32/eax # Live-var-register-spilled 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 $clean-up-stack-offset-state:reclaim-var-in-register: 81 0/subop/add *Curr-local-stack-offset 4/imm32 } eb/jump $clean-up-stack-offset-state:continue/disp8 } # otherwise v is on the stack { 75/jump-if-!= break/disp8 $clean-up-stack-offset-state:var-on-stack: (size-of %ebx) # => eax 01/add-to *Curr-local-stack-offset 0/r32/eax } $clean-up-stack-offset-state:continue: # curr -= 12 81 5/subop/subtract %esi 0xc/imm32 e9/jump loop/disp32 } $clean-up-stack-offset-state:end: # . restore registers 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # Return true if there isn't a variable in 'vars' with the same block-depth # and register as 'v'. # 'v' is guaranteed not to be within 'vars'. not-yet-spilled-this-block?: # v: (addr var), vars: (addr stack live-var) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # ecx = vars 8b/-> *(ebp+0xc) 1/r32/ecx # var eax: int = vars->top 8b/-> *ecx 0/r32/eax # var curr/edx: (addr handle var) = &vars->data[vars->top - 12] 8d/copy-address *(ecx+eax-4) 2/r32/edx # vars + 8 + vars->top - 12/Live-var-size # var min/ecx: (addr handle var) = vars->data 8d/copy-address *(ecx+8) 1/r32/ecx # var depth/ebx: int = v->block-depth 8b/-> *(ebp+8) 3/r32/ebx 8b/-> *(ebx+0x10) 3/r32/ebx # Var-block-depth # var needle/esi: (addr array byte) = v->register 8b/-> *(ebp+8) 6/r32/esi (lookup *(esi+0x18) *(esi+0x1c)) # Var-register Var-register => eax 89/<- %esi 0/r32/eax { $not-yet-spilled-this-block?:loop: # if (curr < min) break 39/compare %edx 1/r32/ecx 0f 82/jump-if-addr< break/disp32 # var cand/edi: (addr var) = lookup(*curr) (lookup *edx *(edx+4)) # => eax 89/<- %edi 0/r32/eax # if (cand->block-depth < depth) break 39/compare *(edi+0x10) 3/r32/ebx # Var-block-depth 0f 8c/jump-if-< break/disp32 # var cand-reg/edi: (array array byte) = cand->reg (lookup *(edi+0x18) *(edi+0x1c)) # Var-register Var-register => eax 89/<- %edi 0/r32/eax # if (cand-reg == null) continue { $not-yet-spilled-this-block?:check-reg: 81 7/subop/compare %edi 0/imm32 0f 84/jump-if-= break/disp32 # if (cand-reg == needle) return true (string-equal? %esi %edi) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 $not-yet-spilled-this-block?:return-false: b8/copy-to-eax 0/imm32/false eb/jump $not-yet-spilled-this-block?:end/disp8 } $not-yet-spilled-this-block?:continue: # curr -= 12 81 5/subop/subtract %edx 0xc/imm32 e9/jump loop/disp32 } $not-yet-spilled-this-block?:return-true: # return true b8/copy-to-eax 1/imm32/true $not-yet-spilled-this-block?:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # could the register of 'v' ever be written to by one of the vars in fn-outputs? will-not-write-some-register?: # v: (addr var), stmts: (addr list stmt), fn: (addr function) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # eax = v 8b/-> *(ebp+8) 0/r32/eax # var reg/eax: (addr array byte) = lookup(v->register) (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax # var target/eax: (addr var) = find-register(fn-outputs, reg) (find-register *(ebp+0x10) %eax) # => eax # if (target == 0) return true { 3d/compare-eax-and 0/imm32 75/jump-if-!= break/disp8 b8/copy-to-eax 1/imm32/true eb/jump $will-not-write-some-register?:end/disp8 } # return !assigns-in-stmts?(stmts, target) (assigns-in-stmts? *(ebp+0xc) %eax) # => eax 3d/compare-eax-and 0/imm32/false # assume: true = 1, so no need to mask with 0x000000ff 0f 94/set-if-= %al $will-not-write-some-register?:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # return fn output with matching register # always returns false if 'reg' is null find-register: # fn: (addr function), reg: (addr array byte) -> result/eax: (addr var) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # var curr/ecx: (addr list var) = lookup(fn->outputs) 8b/-> *(ebp+8) 1/r32/ecx (lookup *(ecx+0x10) *(ecx+0x14)) # Function-outputs Function-outputs => eax 89/<- %ecx 0/r32/eax { $find-register:loop: # if (curr == 0) break 81 7/subop/compare %ecx 0/imm32 74/jump-if-= break/disp8 # eax = curr->value->register (lookup *ecx *(ecx+4)) # List-value List-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax # if (eax == reg) return curr->value $find-register:compare: (string-equal? *(ebp+0xc) %eax) # => eax { 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 $find-register:found: (lookup *ecx *(ecx+4)) # List-value List-value => eax eb/jump $find-register:end/disp8 } # curr = lookup(curr->next) (lookup *(ecx+8) *(ecx+0xc)) # List-next List-next => eax 89/<- %ecx 0/r32/eax # eb/jump loop/disp8 } $find-register:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return assigns-in-stmts?: # stmts: (addr list stmt), v: (addr var) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # var curr/ecx: (addr list stmt) = stmts 8b/-> *(ebp+8) 1/r32/ecx { # if (curr == 0) break 81 7/subop/compare %ecx 0/imm32 74/jump-if-= break/disp8 # if assigns-in-stmt?(curr->value, v) return true (lookup *ecx *(ecx+4)) # List-value List-value => eax (assigns-in-stmt? %eax *(ebp+0xc)) # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 # curr = lookup(curr->next) (lookup *(ecx+8) *(ecx+0xc)) # List-next List-next => eax 89/<- %ecx 0/r32/eax # eb/jump loop/disp8 } $assigns-in-stmts?:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return assigns-in-stmt?: # stmt: (addr stmt), v: (addr var) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # ecx = stmt 8b/-> *(ebp+8) 1/r32/ecx # if stmt is a stmt1, return assigns-in-stmt-vars?(stmt->outputs, v) { 81 7/subop/compare *ecx 1/imm32/stmt1 # Stmt-tag 75/jump-if-!= break/disp8 (lookup *(ecx+0x14) *(ecx+0x18)) # Stmt1-outputs Stmt1-outputs => eax (assigns-in-stmt-vars? %eax *(ebp+0xc)) # => eax eb/jump $assigns-in-stmt?:end/disp8 } # if stmt is a block, return assigns-in-stmts?(stmt->stmts, v) { 81 7/subop/compare *ecx 0/imm32/block # Stmt-tag 75/jump-if-!= break/disp8 (lookup *(ecx+4) *(ecx+8)) # Block-stmts Block-stmts => eax (assigns-in-stmts? %eax *(ebp+0xc)) # => eax eb/jump $assigns-in-stmt?:end/disp8 } # otherwise return false b8/copy 0/imm32/false $assigns-in-stmt?:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return assigns-in-stmt-vars?: # stmt-var: (addr stmt-var), v: (addr var) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # var curr/ecx: (addr stmt-var) = stmt-var 8b/-> *(ebp+8) 1/r32/ecx { # if (curr == 0) break 81 7/subop/compare %ecx 0/imm32 74/jump-if-= break/disp8 # eax = lookup(curr->value) (lookup *ecx *(ecx+4)) # Stmt-var-value Stmt-var-value => eax # if (eax == v && curr->is-deref? == false) return true { 39/compare *(ebp+0xc) 0/r32/eax 75/jump-if-!= break/disp8 81 7/subop/compare *(ecx+0x10) 0/imm32/false # Stmt-var-is-deref 75/jump-if-!= break/disp8 b8/copy-to-eax 1/imm32/true eb/jump $assigns-in-stmt-vars?:end/disp8 } # curr = lookup(curr->next) (lookup *(ecx+8) *(ecx+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %ecx 0/r32/eax # eb/jump loop/disp8 } $assigns-in-stmt-vars?:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # is there a var before 'v' with the same block-depth and register on the 'vars' stack? # v is guaranteed to be within vars # 'start' is provided as an optimization, a pointer within vars # *start == v same-register-spilled-before?: # v: (addr var), vars: (addr stack (handle var)), start: (addr var) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # ecx = v 8b/-> *(ebp+8) 1/r32/ecx # var reg/edx: (addr array byte) = lookup(v->register) (lookup *(ecx+0x18) *(ecx+0x1c)) # Var-register Var-register => eax 89/<- %edx 0/r32/eax # var depth/ebx: int = v->block-depth 8b/-> *(ecx+0x10) 3/r32/ebx # Var-block-depth # var min/ecx: (addr handle var) = vars->data 8b/-> *(ebp+0xc) 1/r32/ecx 81 0/subop/add %ecx 8/imm32 # TODO: check that start >= min and start < &vars->data[top] # TODO: check that *start == v # var curr/esi: (addr handle var) = start 8b/-> *(ebp+0x10) 6/r32/esi # curr -= 8 81 5/subop/subtract %esi 8/imm32 { $same-register-spilled-before?:loop: # if (curr < min) break 39/compare %esi 1/r32/ecx 0f 82/jump-if-addr< break/disp32 # var x/eax: (addr var) = lookup(*curr) (lookup *esi *(esi+4)) # => eax # if (x->block-depth < depth) break 39/compare *(eax+0x10) 3/r32/ebx # Var-block-depth 0f 8c/jump-if-< break/disp32 # if (x->register == 0) continue 81 7/subop/compare *(eax+0x18) 0/imm32 # Var-register 74/jump-if-= $same-register-spilled-before?:continue/disp8 # if (x->register == reg) return true (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax (string-equal? %eax %edx) # => eax 3d/compare-eax-and 0/imm32/false b8/copy-to-eax 1/imm32/true 75/jump-if-!= $same-register-spilled-before?:end/disp8 $same-register-spilled-before?:continue: # curr -= 8 81 5/subop/subtract %esi 8/imm32 e9/jump loop/disp32 } $same-register-spilled-before?:false: b8/copy-to-eax 0/imm32/false $same-register-spilled-before?:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # clean up global state for 'vars' until some block depth (inclusive) clean-up-blocks: # vars: (addr stack live-var), until-block-depth: int, fn: (addr function) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 56/push-esi # esi = vars 8b/-> *(ebp+8) 6/r32/esi # ecx = until-block-depth 8b/-> *(ebp+0xc) 1/r32/ecx { $clean-up-blocks:reclaim-loop: # if (vars->top <= 0) break 8b/-> *esi 0/r32/eax # Stack-top 3d/compare-eax-and 0/imm32 0f 8e/jump-if-<= break/disp32 # var v/eax: (addr var) = lookup(vars[vars->top-12]) (lookup *(esi+eax-4) *(esi+eax)) # vars + 8 + vars->top - 12 => eax # if (v->block-depth < until-block-depth) break 39/compare *(eax+0x10) 1/r32/ecx # Var-block-depth 0f 8c/jump-if-< break/disp32 (pop %esi) # => eax (pop %esi) # => eax (pop %esi) # => eax e9/jump loop/disp32 } $clean-up-blocks:end: # . restore registers 5e/pop-to-esi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return reg-in-function-outputs?: # fn: (addr function), target: (addr array byte) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # var curr/ecx: (addr list var) = lookup(fn->outputs) 8b/-> *(ebp+8) 0/r32/eax (lookup *(eax+0x10) *(eax+0x14)) # Function-outputs Function-outputs => eax 89/<- %ecx 0/r32/eax # while curr != null { 81 7/subop/compare %ecx 0/imm32 74/jump-if-= break/disp8 # var v/eax: (addr var) = lookup(curr->value) (lookup *ecx *(ecx+4)) # List-value List-value => eax # var reg/eax: (addr array byte) = lookup(v->register) (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax # if (reg == target) return true (string-equal? %eax *(ebp+0xc)) # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $reg-in-function-outputs?:end/disp8 # curr = curr->next (lookup *(ecx+8) *(ecx+0xc)) # List-next List-next => eax 89/<- %ecx 0/r32/eax # eb/jump loop/disp8 } # return false b8/copy-to-eax 0/imm32 $reg-in-function-outputs?:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-subx-var-def: # out: (addr buffered-file), stmt: (addr stmt) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx # eax = stmt 8b/-> *(ebp+0xc) 0/r32/eax # var v/ecx: (addr var) (lookup *(eax+4) *(eax+8)) # Vardef-var Vardef-var => eax 89/<- %ecx 0/r32/eax # v->block-depth = *Curr-block-depth 8b/-> *Curr-block-depth 0/r32/eax 89/<- *(ecx+0x10) 0/r32/eax # Var-block-depth # var n/edx: int = size-of(stmt->var) (size-of %ecx) # => eax 89/<- %edx 0/r32/eax # *Curr-local-stack-offset -= n 29/subtract-from *Curr-local-stack-offset 2/r32/edx # v->offset = *Curr-local-stack-offset 8b/-> *Curr-local-stack-offset 0/r32/eax 89/<- *(ecx+0x14) 0/r32/eax # Var-offset # if v is an array, do something special to initialize it { (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax (mu-array? %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 # var array-size-without-size/edx: int = n-4 81 5/subop/subtract %edx 4/imm32 # (emit-array-data-initialization *(ebp+8) %edx) e9/jump $emit-subx-var-def:end/disp32 } # another special-case for initializing streams # a stream is an array with 2 extra pointers { (lookup *(ecx+8) *(ecx+0xc)) # Var-type Var-type => eax (mu-stream? %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 # var array-size-without-size/edx: int = n-12 81 5/subop/subtract %edx 0xc/imm32 (emit-array-data-initialization *(ebp+8) %edx) # emit read and write pointers (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "68/push 0/imm32\n") (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "68/push 0/imm32\n") # eb/jump $emit-subx-var-def:end/disp8 } # while n > 0 { 81 7/subop/compare %edx 0/imm32 7e/jump-if-<= break/disp8 (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "68/push 0/imm32\n") # n -= 4 81 5/subop/subtract %edx 4/imm32 # eb/jump loop/disp8 } $emit-subx-var-def:end: # . restore registers 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-array-data-initialization: # out: (addr buffered-file), n: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "(push-n-zero-bytes ") (write-int32-hex-buffered *(ebp+8) *(ebp+0xc)) (write-buffered *(ebp+8) ")\n") (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "68/push ") (write-int32-hex-buffered *(ebp+8) *(ebp+0xc)) (write-buffered *(ebp+8) "/imm32\n") $emit-array-data-initialization:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-subx-stmt: # out: (addr buffered-file), stmt: (addr stmt), primitives: (addr primitive), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # - some special-case primitives that don't actually use the 'primitives' data structure # var op/ecx: (addr array byte) = lookup(stmt->operation) 8b/-> *(ebp+0xc) 1/r32/ecx (lookup *(ecx+4) *(ecx+8)) # Stmt1-operation Stmt1-operation => eax 89/<- %ecx 0/r32/eax # copy byte (can be a primitive except we need to emit a second instruction) { # if (!string-equal?(stmt->operation, "copy-byte")) break (string-equal? %ecx "copy-byte") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 (translate-mu-copy-byte-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x18) *(ebp+0x1c)) e9/jump $emit-subx-stmt:end/disp32 } # copy-byte-to can be a primitive; writes to memory don't need to clear surrounding bytes # array size { # if (!string-equal?(stmt->operation, "length")) break (string-equal? %ecx "length") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 (translate-mu-length-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x18) *(ebp+0x1c)) e9/jump $emit-subx-stmt:end/disp32 } # index into array { # if (!string-equal?(stmt->operation, "index")) break (string-equal? %ecx "index") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 (translate-mu-index-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x14) *(ebp+0x18) *(ebp+0x1c)) e9/jump $emit-subx-stmt:end/disp32 } # compute-offset for index into array { # if (!string-equal?(stmt->operation, "compute-offset")) break (string-equal? %ecx "compute-offset") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 (translate-mu-compute-index-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x18) *(ebp+0x1c)) e9/jump $emit-subx-stmt:end/disp32 } # get field from record { # if (!string-equal?(stmt->operation, "get")) break (string-equal? %ecx "get") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 (translate-mu-get-stmt *(ebp+8) *(ebp+0xc)) e9/jump $emit-subx-stmt:end/disp32 } # allocate scalar { # if (!string-equal?(stmt->operation, "allocate")) break (string-equal? %ecx "allocate") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 (translate-mu-allocate-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x18) *(ebp+0x1c)) e9/jump $emit-subx-stmt:end/disp32 } # copy-object { # if (!string-equal?(stmt->operation, "copy-object")) break (string-equal? %ecx "copy-object") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 (translate-mu-copy-object-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x18) *(ebp+0x1c)) e9/jump $emit-subx-stmt:end/disp32 } # clear-object { # if (!string-equal?(stmt->operation, "clear-object")) break (string-equal? %ecx "clear-object") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 (translate-mu-clear-object-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x18) *(ebp+0x1c)) e9/jump $emit-subx-stmt:end/disp32 } # allocate array { # if (!string-equal?(stmt->operation, "populate")) break (string-equal? %ecx "populate") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 (translate-mu-populate-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x18) *(ebp+0x1c)) e9/jump $emit-subx-stmt:end/disp32 } # allocate stream { # if (!string-equal?(stmt->operation, "populate-stream")) break (string-equal? %ecx "populate-stream") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 (translate-mu-populate-stream-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x18) *(ebp+0x1c)) e9/jump $emit-subx-stmt:end/disp32 } # read from stream { # if (!string-equal?(stmt->operation, "read-from-stream")) break (string-equal? %ecx "read-from-stream") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 (translate-mu-read-from-stream-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x18) *(ebp+0x1c)) e9/jump $emit-subx-stmt:end/disp32 } # write to stream { # if (!string-equal?(stmt->operation, "write-to-stream")) break (string-equal? %ecx "write-to-stream") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= break/disp32 (translate-mu-write-to-stream-stmt *(ebp+8) *(ebp+0xc) *(ebp+0x18) *(ebp+0x1c)) e9/jump $emit-subx-stmt:end/disp32 } # - optimizations # if copy instruction has same register in source and destination, emit nothing (redundant-copy? *(ebp+0xc)) # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= $emit-subx-stmt:end/disp8 # - if stmt matches a primitive, emit it { $emit-subx-stmt:check-for-primitive: # var curr/eax: (addr primitive) (find-matching-primitive *(ebp+0x10) *(ebp+0xc)) # primitives, stmt => eax 3d/compare-eax-and 0/imm32 74/jump-if-= break/disp8 $emit-subx-stmt:primitive: (emit-subx-primitive *(ebp+8) *(ebp+0xc) %eax) # out, stmt, curr e9/jump $emit-subx-stmt:end/disp32 } # - otherwise emit a call # TODO: type-checking $emit-subx-stmt:call: (emit-call *(ebp+8) *(ebp+0xc)) $emit-subx-stmt:end: # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return redundant-copy?: # stmt: (addr stmt) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+8) 6/r32/esi # if stmt->operation != "copy" return false (lookup *(esi+4) *(esi+8)) # Stmt1-operation Stmt1-operation => eax (string-equal? %eax "copy") # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $redundant-copy?:end/disp32 # var output-reg/edi: (addr stmt-var) = stmt->outputs->value->register (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax # . if output-reg == null, return false 3d/compare-eax-and 0/imm32 74/jump-if-= $redundant-copy?:end/disp8 89/<- %edi 0/r32/eax # return (inout->value->register == output->value->register) (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax # . if inout->is-deref return false 81 7/subop/compare *(eax+0x10) 0/imm32/false # Stmt-var-is-deref { 74/jump-if-= break/disp8 b8/copy-to-eax 0/imm32/false e9/jump $redundant-copy?:end/disp32 } (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax # . if inout-reg == null, return false 3d/compare-eax-and 0/imm32 74/jump-if-= $redundant-copy?:end/disp8 (string-equal? %eax %edi) # => eax $redundant-copy?:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return translate-mu-length-stmt: # out: (addr buffered-file), stmt: (addr stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi # esi = stmt 8b/-> *(ebp+0xc) 6/r32/esi # var base/ebx: (addr var) = stmt->inouts[0]->value (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ebx 0/r32/eax # var elemsize/ecx: int = array-element-size(base) (array-element-size %ebx *(ebp+0x10) *(ebp+0x14)) # => eax 89/<- %ecx 0/r32/eax # var outreg/edx: (addr array byte) = stmt->outputs[0]->value->register (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax 89/<- %edx 0/r32/eax # if elemsize == 1 { 81 7/subop/compare %ecx 1/imm32 75/jump-if-!= break/disp8 $translate-mu-length-stmt:size-1: (emit-save-size-to *(ebp+8) %ebx %edx) e9/jump $translate-mu-length-stmt:end/disp32 } # if elemsize is a power of 2 less than 256 { (power-of-2? %ecx *(ebp+0x10) *(ebp+0x14)) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 81 7/subop/compare %ecx 0xff/imm32 7f/jump-if-> break/disp8 $translate-mu-length-stmt:size-power-of-2: (emit-save-size-to *(ebp+8) %ebx %edx) (emit-divide-by-shift-right *(ebp+8) %edx %ecx) e9/jump $translate-mu-length-stmt:end/disp32 } # otherwise, the complex case # . emit register spills { $translate-mu-length-stmt:complex: (string-equal? %edx "eax") # => eax 3d/compare-eax-and 0/imm32/false 75/break-if-!= break/disp8 (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "50/push-eax\n") } { (string-equal? %edx "ecx") # => eax 3d/compare-eax-and 0/imm32/false 75/break-if-!= break/disp8 (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "51/push-ecx\n") } { (string-equal? %edx "edx") # => eax 3d/compare-eax-and 0/imm32/false 75/break-if-!= break/disp8 (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "52/push-edx\n") } # . (emit-save-size-to *(ebp+8) %ebx "eax") (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "31/xor %edx 2/r32/edx\n") (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "b9/copy-to-ecx ") (write-int32-hex-buffered *(ebp+8) %ecx) (write-buffered *(ebp+8) "/imm32\n") (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "f7 7/subop/idiv-eax-edx-by %ecx\n") { (string-equal? %edx "eax") # => eax 3d/compare-eax-and 0/imm32/false 75/break-if-!= break/disp8 (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "89/<- %") (write-buffered *(ebp+8) %edx) (write-buffered *(ebp+8) " 0/r32/eax\n") } # . emit register restores { (string-equal? %edx "edx") # => eax 3d/compare-eax-and 0/imm32/false 75/break-if-!= break/disp8 (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "5a/pop-to-edx\n") } { (string-equal? %edx "ecx") # => eax 3d/compare-eax-and 0/imm32/false 75/break-if-!= break/disp8 (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "59/pop-to-ecx\n") } { (string-equal? %edx "eax") # => eax 3d/compare-eax-and 0/imm32/false 75/break-if-!= break/disp8 (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "58/pop-to-eax\n") } $translate-mu-length-stmt:end: # . restore registers 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return array-element-size: # arr: (addr var), err: (addr buffered-file), ed: (addr exit-descriptor) -> result/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (array-element-type-id *(ebp+8) *(ebp+0xc) *(ebp+0x10)) # => eax (size-of-type-id-as-array-element %eax) # => eax $array-element-size:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return array-element-type-id: # v: (addr var), err: (addr buffered-file), ed: (addr exit-descriptor) -> result/eax: type-id # precondition: n is positive # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # 8b/-> *(ebp+8) 0/r32/eax # var t/eax: (addr type-tree) (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax # if t == 0 abort 3d/compare-eax-with 0/imm32 0f 84/jump-if-== $array-element-type-id:error0/disp32 # if t->is-atom? abort 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $array-element-type-id:error1/disp32 # if (t->left == addr) t = t->right { 50/push-eax (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 2) # addr => eax 3d/compare-eax-with 0/imm32/false 58/pop-to-eax 74/jump-if-= break/disp8 $array-element-type-id:skip-addr: (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax } # if t == 0 abort 3d/compare-eax-with 0/imm32 0f 84/jump-if-= $array-element-type-id:error2/disp32 # if t->is-atom? abort 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $array-element-type-id:error2/disp32 # if t->left != array abort { 50/push-eax (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 3) # array => eax 3d/compare-eax-with 0/imm32/false 58/pop-to-eax $array-element-type-id:no-array: 0f 84/jump-if-= $array-element-type-id:error2/disp32 } $array-element-type-id:skip-array: # t = t->right (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax # if t == 0 abort 3d/compare-eax-with 0/imm32 0f 84/jump-if-= $array-element-type-id:error2/disp32 # if t->is-atom? abort 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $array-element-type-id:error2/disp32 # t = t->left (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax # if (!t->is-atom?) t = t->left # TODO: assumes array element size can be determined from just first word of array element type # if (t->is-atom == false) t = lookup(t->left) { 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } # return t->value 8b/-> *(eax+4) 0/r32/eax # Type-tree-value $array-element-type-id:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $array-element-type-id:error0: (write-buffered *(ebp+0xc) "array-element-type-id: var '") 50/push-eax 8b/-> *(ebp+8) 0/r32/eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0xc) %eax) 58/pop-to-eax (write-buffered *(ebp+0xc) "' has no type\n") (flush *(ebp+0xc)) (stop *(ebp+0x10) 1) # never gets here $array-element-type-id:error1: (write-buffered *(ebp+0xc) "array-element-type-id: var '") 50/push-eax 8b/-> *(ebp+8) 0/r32/eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0xc) %eax) 58/pop-to-eax (write-buffered *(ebp+0xc) "' has atomic type ") (write-int32-hex-buffered *(ebp+0xc) *(eax+4)) # Type-tree-value (write-buffered *(ebp+0xc) Newline) (flush *(ebp+0xc)) (stop *(ebp+0x10) 1) # never gets here $array-element-type-id:error2: (write-buffered *(ebp+0xc) "array-element-type-id: var '") 50/push-eax 8b/-> *(ebp+8) 0/r32/eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+0xc) %eax) 58/pop-to-eax (write-buffered *(ebp+0xc) "' has non-array type\n") (flush *(ebp+0xc)) (stop *(ebp+0x10) 1) # never gets here size-of-type-id-as-array-element: # t: type-id -> result/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # eax = t 8b/-> *(ebp+8) 0/r32/eax # if t is 'byte', size is 1 3d/compare-eax-and 8/imm32/byte { 75/jump-if-!= break/disp8 b8/copy-to-eax 1/imm32 eb/jump $size-of-type-id-as-array-element:end/disp8 } # otherwise proceed as usual (size-of-type-id %eax) # => eax $size-of-type-id-as-array-element:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-save-size-to: # out: (addr buffered-file), base: (addr var), outreg: (addr array byte) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 53/push-ebx # ebx = base 8b/-> *(ebp+0xc) 3/r32/ebx (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "8b/-> *") # if base is an (addr array ...) in a register { 81 7/subop/compare *(ebx+0x18)) 0/imm32 # Var-register 74/jump-if-= break/disp8 $emit-save-size-to:emit-base-from-register: (lookup *(ebx+0x18) *(ebx+0x1c)) # Var-register Var-register => eax (write-buffered *(ebp+8) %eax) eb/jump $emit-save-size-to:emit-output/disp8 } # otherwise if base is an (array ...) on the stack { 81 7/subop/compare *(ebx+0x14)) 0/imm32 # Var-offset 74/jump-if-= break/disp8 $emit-save-size-to:emit-base-from-stack: (write-buffered *(ebp+8) "(ebp+") (write-int32-hex-buffered *(ebp+8) *(ebx+0x14)) # Var-offset (write-buffered *(ebp+8) ")") } $emit-save-size-to:emit-output: (write-buffered *(ebp+8) " ") (get Mu-registers *(ebp+0x10) 0xc "Mu-registers") # => eax (write-int32-hex-buffered *(ebp+8) *eax) (write-buffered *(ebp+8) "/r32\n") $emit-save-size-to:end: # . restore registers 5b/pop-to-ebx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-divide-by-shift-right: # out: (addr buffered-file), reg: (addr array byte), size: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "c1/shift 5/subop/>> %") (write-buffered *(ebp+8) *(ebp+0xc)) (write-buffered *(ebp+8) Space) (num-shift-rights *(ebp+0x10)) # => eax (write-int32-hex-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) "/imm8\n") $emit-divide-by-shift-right:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return translate-mu-copy-byte-stmt: # out: (addr buffered-file), stmt: (addr stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 56/push-esi # esi = stmt 8b/-> *(ebp+0xc) 6/r32/esi # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "8a/byte->") # emit stmt->inouts[0] (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax (emit-subx-var-as-rm32 *(ebp+8) %eax) # emit /r32 for stmt->outputs[0]->register (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax (maybe-get Mu-registers %eax 0xc) # => eax: (addr register-index) (write-buffered *(ebp+8) Space) (write-int32-hex-buffered *(ebp+8) *eax) (write-buffered *(ebp+8) "/r32\n") # clear rest of register (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "81 4/subop/and %") 8b/-> *(ebp+0xc) 0/r32/eax (lookup *(esi+0x14) *(esi+0x18)) # Stmt1-outputs Stmt1-outputs => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax (write-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) " 0xff/imm32\n") $translate-mu-copy-byte-stmt:end: # . restore registers 5e/pop-to-esi 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # a little different from other translate- functions; notice the extra 'fn' argument translate-mu-index-stmt: # out: (addr buffered-file), stmt: (addr stmt), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 53/push-ebx # ebx = stmt 8b/-> *(ebp+0xc) 3/r32/ebx # var base/ebx: (addr var) = stmt->inouts[0] (lookup *(ebx+0xc) *(ebx+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ebx 0/r32/eax # emit bounds-check (emit-mu-index-bounds-check *(ebp+8) *(ebp+0xc) *(ebp+0x10) *(ebp+0x14) *(ebp+0x18)) # if (var->register) do one thing { 81 7/subop/compare *(ebx+0x18) 0/imm32 # Var-register 74/jump-if-= break/disp8 # TODO: ensure there's no dereference (translate-mu-index-stmt-with-array-in-register *(ebp+8) *(ebp+0xc) *(ebp+0x14) *(ebp+0x18)) eb/jump $translate-mu-index-stmt:end/disp8 } # if (var->offset) do a different thing { 81 7/subop/compare *(ebx+0x14) 0/imm32 # Var-offset 74/jump-if-= break/disp8 # TODO: ensure there's no dereference (translate-mu-index-stmt-with-array-on-stack *(ebp+8) *(ebp+0xc) *(ebp+0x14) *(ebp+0x18)) eb/jump $translate-mu-index-stmt:end/disp8 } $translate-mu-index-stmt:end: # . restore registers 5b/pop-to-ebx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $translate-mu-index-stmt:error1: (write-buffered *(ebp+0x14) "couldn't translate an index instruction. second (index) input must either lie in a register or be a literal\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) # never gets here $translate-mu-index-stmt:error2: (write-buffered *(ebp+0x14) "couldn't translate an index instruction. second (index) input when in a register must be an int or offset\n") (flush *(ebp+0x14)) (stop *(ebp+0x18) 1) # never gets here emit-mu-index-bounds-check: # out: (addr buffered-file), stmt: (addr stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx # ecx = stmt 8b/-> *(ebp+0xc) 1/r32/ecx # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "(__check-mu-array-bounds ") $emit-mu-index-bounds-check:compute-base: # var base/ebx: (addr var) = inouts[0] (lookup *(ecx+0xc) *(ecx+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ebx 0/r32/eax $emit-mu-index-bounds-check:emit-index: # var index/edx: (addr var) = inouts[1] (lookup *(ecx+0xc) *(ecx+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %edx 0/r32/eax # if index->register, print its code 81 7/subop/compare *(edx+0x18) 0/imm32 # Var-register { 0f 84/jump-if-= break/disp32 $emit-mu-index-bounds-check:emit-register-index: (write-buffered *(ebp+8) "%") (lookup *(edx+0x18) *(edx+0x1c)) # Var-register Var-register => eax (write-buffered *(ebp+8) %eax) eb/jump $emit-mu-index-bounds-check:index-done/disp8 } # otherwise if index is a literal, print it $emit-mu-index-bounds-check:emit-literal-index: (lookup *(edx+8) *(edx+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 0) # => eax 3d/compare-eax-and 0/imm32/false { 0f 84/jump-if-= break/disp32 (lookup *edx *(edx+4)) # Var-name Var-name => eax (write-buffered *(ebp+8) %eax) } $emit-mu-index-bounds-check:index-done: (write-buffered *(ebp+8) " ") $emit-mu-index-bounds-check:emit-element-size: # if index is a literal or int, print size of array element { { (lookup *(edx+8) *(edx+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 0) # literal => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 (lookup *(edx+8) *(edx+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 1) # int => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 eb/jump $emit-mu-index-bounds-check:emit-element-size-offset/disp8 } $emit-mu-index-bounds-check:emit-int-register-index: (array-element-size %ebx *(ebp+0x14) *(ebp+0x18)) # => eax (write-int32-hex-buffered *(ebp+8) %eax) e9/jump $emit-mu-index-bounds-check:emit-base/disp32 } $emit-mu-index-bounds-check:emit-element-size-offset: # if index has type (offset ...), print "1" (lookup *(edx+8) *(edx+0xc)) # Var-type Var-type => eax 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 7) # => eax 3d/compare-eax-and 0/imm32/false { 0f 84/jump-if-= break/disp32 $emit-mu-index-bounds-check:emit-offset-register-index: (write-buffered *(ebp+8) "1") } } $emit-mu-index-bounds-check:emit-base: # if base is in a register, print " *" base->register 81 7/subop/compare *(ebx+0x18) 0/imm32 # Var-register { 74/jump-if-= break/disp8 (write-buffered *(ebp+8) " *") (lookup *(ebx+0x18) *(ebx+0x1c)) # Var-register Var-register => eax (write-buffered *(ebp+8) %eax) e9/jump $emit-mu-index-bounds-check:emit-function-name/disp32 } # otherwise print " *(ebp+" base->offset ")" (write-buffered *(ebp+8) " *(ebp+") (write-int32-hex-buffered *(ebp+8) *(ebx+0x14)) # Var-offset (write-buffered *(ebp+8) ")") $emit-mu-index-bounds-check:emit-function-name: # " \"" function-name "\"" (write-buffered *(ebp+8) " \"") 8b/-> *(ebp+0x10) 1/r32/ecx (lookup *ecx *(ecx+4)) # Function-name Function-name => eax (write-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) "\"") $emit-mu-index-bounds-check:emit-array-name: # " \"" base->name "\"" (write-buffered *(ebp+8) " \"") (lookup *ebx *(ebx+4)) # Var-name Var-name => eax (write-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) "\")\n") $emit-mu-index-bounds-check:end: # . restore registers 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return translate-mu-index-stmt-with-array-in-register: # out: (addr buffered-file), stmt: (addr stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "8d/copy-address *(") # TODO: ensure inouts[0] is in a register and not dereferenced $translate-mu-index-stmt-with-array-in-register:emit-base: # ecx = stmt 8b/-> *(ebp+0xc) 1/r32/ecx # var base/ebx: (addr var) = inouts[0] (lookup *(ecx+0xc) *(ecx+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ebx 0/r32/eax # print base->register " + " (lookup *(ebx+0x18) *(ebx+0x1c)) # Var-register Var-register => eax (write-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) " + ") # var index/edx: (addr var) = inouts[1] (lookup *(ecx+0xc) *(ecx+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %edx 0/r32/eax # if index->register 81 7/subop/compare *(edx+0x18) 0/imm32 # Var-register { 0f 84/jump-if-= break/disp32 $translate-mu-index-stmt-with-array-in-register:emit-register-index: # if index is an int (lookup *(edx+8) *(edx+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 1) # int => eax 3d/compare-eax-and 0/imm32/false { 0f 84/jump-if-= break/disp32 $translate-mu-index-stmt-with-array-in-register:emit-int-register-index: # print index->register "<<" log2(array-element-size(base)) " + 4) " # . index->register "<<" (lookup *(edx+0x18) *(edx+0x1c)) # Var-register Var-register => eax (write-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) "<<") # . log2(array-element-size(base->type)) # we know size is a power of 2 (array-element-size %ebx *(ebp+0x10) *(ebp+0x14)) # => eax (num-shift-rights %eax) # => eax (write-int32-hex-buffered *(ebp+8) %eax) e9/jump $translate-mu-index-stmt-with-array-in-register:emit-register-index-done/disp32 } # if index->type is any other atom, abort (lookup *(edx+8) *(edx+0xc)) # Var-type Var-type => eax 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $translate-mu-index-stmt:error2/disp32 # if index has type (offset ...) (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 7) # => eax 3d/compare-eax-and 0/imm32/false { 0f 84/jump-if-= break/disp32 # print index->register $translate-mu-index-stmt-with-array-in-register:emit-offset-register-index: (lookup *(edx+0x18) *(edx+0x1c)) # Var-register Var-register => eax (write-buffered *(ebp+8) %eax) } $translate-mu-index-stmt-with-array-in-register:emit-register-index-done: (write-buffered *(ebp+8) " + 4) ") e9/jump $translate-mu-index-stmt-with-array-in-register:emit-output/disp32 } # otherwise if index is a literal (lookup *(edx+8) *(edx+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 0) # => eax 3d/compare-eax-and 0/imm32/false { 0f 84/jump-if-= break/disp32 $translate-mu-index-stmt-with-array-in-register:emit-literal-index: # var index-value/edx: int = parse-hex-int(index->name) (lookup *edx *(edx+4)) # Var-name Var-name => eax (parse-hex-int %eax) # => eax 89/<- %edx 0/r32/eax # offset = idx-value * array-element-size(base->type) (array-element-size %ebx *(ebp+0x10) *(ebp+0x14)) # => eax f7 4/subop/multiply-into-edx-eax %edx # clobbers edx # offset += 4 for array size 05/add-to-eax 4/imm32 # TODO: check edx for overflow # print offset (write-int32-hex-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) ") ") e9/jump $translate-mu-index-stmt-with-array-in-register:emit-output/disp32 } # otherwise abort e9/jump $translate-mu-index-stmt:error1/disp32 $translate-mu-index-stmt-with-array-in-register:emit-output: # outputs[0] "/r32" 8b/-> *(ebp+0xc) 1/r32/ecx (lookup *(ecx+0x14) *(ecx+0x18)) # Stmt1-outputs Stmt1-outputs => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax (get Mu-registers %eax 0xc "Mu-registers") # => eax: (addr int) (write-int32-hex-buffered *(ebp+8) *eax) (write-buffered *(ebp+8) "/r32\n") $translate-mu-index-stmt-with-array-in-register:end: # . restore registers 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return translate-mu-index-stmt-with-array-on-stack: # out: (addr buffered-file), stmt: (addr stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "8d/copy-address *(ebp + ") # var curr/edx: (addr stmt-var) = lookup(stmt->inouts) 8b/-> *(ebp+0xc) 0/r32/eax (lookup *(eax+0xc) *(eax+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %edx 0/r32/eax # var base/ecx: (addr var) = lookup(curr->value) (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ecx 0/r32/eax # var curr2/eax: (addr stmt-var) = lookup(curr->next) (lookup *(edx+8) *(edx+0xc)) # Stmt-var-next Stmt-var-next => eax # var index/edx: (handle var) = curr2->value (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %edx 0/r32/eax # if index->register 81 7/subop/compare *(edx+0x18) 0/imm32 # Var-register { 0f 84/jump-if-= break/disp32 $translate-mu-index-stmt-with-array-on-stack:emit-register-index: # if index is an int (lookup *(edx+8) *(edx+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 1) # int => eax 3d/compare-eax-and 0/imm32/false { 0f 84/jump-if-= break/disp32 $translate-mu-index-stmt-with-array-on-stack:emit-int-register-index: # print index->register "<<" log2(array-element-size(base)) " + " base->offset+4 # . inouts[1]->register "<<" (lookup *(edx+0x18) *(edx+0x1c)) # Var-register Var-register => eax (write-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) "<<") # . log2(array-element-size(base)) # TODO: ensure size is a power of 2 (array-element-size %ecx *(ebp+0x10) *(ebp+0x14)) # => eax (num-shift-rights %eax) # => eax (write-int32-hex-buffered *(ebp+8) %eax) # (write-buffered *(ebp+8) " + ") # 8b/-> *(ecx+0x14) 0/r32/eax # Var-offset 05/add-to-eax 4/imm32 # for array length (write-int32-hex-buffered *(ebp+8) %eax) e9/jump $translate-mu-index-stmt-with-array-on-stack:emit-register-index-done/disp32 } # if index->type is any other atom, abort (lookup *(edx+8) *(edx+0xc)) # Var-type Var-type => eax 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $translate-mu-index-stmt:error2/disp32 # if index has type (offset ...) (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 7) # => eax 3d/compare-eax-and 0/imm32/false { 0f 84/jump-if-= break/disp32 # print index->register $translate-mu-index-stmt-with-array-on-stack:emit-offset-register-index: (lookup *(edx+0x18) *(edx+0x1c)) # Var-register Var-register => eax (write-buffered *(ebp+8) %eax) } $translate-mu-index-stmt-with-array-on-stack:emit-register-index-done: (write-buffered *(ebp+8) ") ") e9/jump $translate-mu-index-stmt-with-array-on-stack:emit-output/disp32 } # otherwise if index is a literal (lookup *(edx+8) *(edx+0xc)) # Var-type Var-type => eax (simple-mu-type? %eax 0) # => eax 3d/compare-eax-and 0/imm32/false { 0f 84/jump-if-= break/disp32 $translate-mu-index-stmt-with-array-on-stack:emit-literal-index: # var idx-value/edx: int = parse-hex-int(index->name) (lookup *edx *(edx+4)) # Var-name Var-name => eax (parse-hex-int %eax) # Var-name => eax 89/<- %edx 0/r32/eax # offset = idx-value * array-element-size(base) (array-element-size %ecx *(ebp+0x10) *(ebp+0x14)) # => eax f7 4/subop/multiply-into-edx-eax %edx # clobbers edx # offset += base->offset 03/add *(ecx+0x14) 0/r32/eax # Var-offset # offset += 4 for array size 05/add-to-eax 4/imm32 # TODO: check edx for overflow # print offset (write-int32-hex-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) ") ") e9/jump $translate-mu-index-stmt-with-array-on-stack:emit-output/disp32 } # otherwise abort e9/jump $translate-mu-index-stmt:error1/disp32 $translate-mu-index-stmt-with-array-on-stack:emit-output: # outputs[0] "/r32" 8b/-> *(ebp+0xc) 0/r32/eax (lookup *(eax+0x14) *(eax+0x18)) # Stmt1-outputs Stmt1-outputs => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax (get Mu-registers %eax 0xc "Mu-registers") # => eax: (addr int) (write-int32-hex-buffered *(ebp+8) *eax) (write-buffered *(ebp+8) "/r32\n") $translate-mu-index-stmt-with-array-on-stack:end: # . restore registers 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return translate-mu-compute-index-stmt: # out: (addr buffered-file), stmt: (addr stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx 53/push-ebx # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "69/multiply") # ecx = stmt 8b/-> *(ebp+0xc) 1/r32/ecx # var first-inout/ebx: (addr stmt-var) = stmt->inouts[0] (lookup *(ecx+0xc) *(ecx+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %ebx 0/r32/eax $translate-mu-compute-index-stmt:emit-index: (lookup *(ebx+8) *(ebx+0xc)) # Stmt-var-next Stmt-var-next => eax (emit-subx-var-as-rm32 *(ebp+8) %eax) (write-buffered *(ebp+8) Space) $translate-mu-compute-index-stmt:emit-elem-size: # var base/ebx: (addr var) (lookup *ebx *(ebx+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %ebx 0/r32/eax # print array-element-size(base) (array-element-size %ebx *(ebp+0x10) *(ebp+0x14)) # => eax (write-int32-hex-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) "/imm32 ") $translate-mu-compute-index-stmt:emit-output: # outputs[0] "/r32" (lookup *(ecx+0x14) *(ecx+0x18)) # Stmt1-outputs Stmt1-outputs => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax (get Mu-registers %eax 0xc "Mu-registers") # => eax: (addr int) (write-int32-hex-buffered *(ebp+8) *eax) (write-buffered *(ebp+8) "/r32\n") $translate-mu-compute-index-stmt:end: # . restore registers 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return translate-mu-get-stmt: # out: (addr buffered-file), stmt: (addr stmt) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 52/push-edx # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "8d/copy-address ") # ecx = stmt 8b/-> *(ebp+0xc) 1/r32/ecx # var offset/edx: int = get offset of stmt (mu-get-offset %ecx) # => eax 89/<- %edx 0/r32/eax # var base/eax: (addr var) = stmt->inouts->value (lookup *(ecx+0xc) *(ecx+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax # if base is in a register 81 7/subop/compare *(eax+0x18) 0/imm32 # Var-register { 0f 84/jump-if-= break/disp32 $translate-mu-get-stmt:emit-register-input: # emit "*(" base->register " + " offset ") " (write-buffered *(ebp+8) "*(") (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax (write-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) " + ") (write-int32-hex-buffered *(ebp+8) %edx) (write-buffered *(ebp+8) ") ") e9/jump $translate-mu-get-stmt:emit-output/disp32 } # otherwise base is on the stack { $translate-mu-get-stmt:emit-stack-input: # emit "*(ebp + " inouts[0]->stack-offset + offset ") " (write-buffered *(ebp+8) "*(ebp+") 03/add *(eax+0x14) 2/r32/edx # Var-offset (write-int32-hex-buffered *(ebp+8) %edx) (write-buffered *(ebp+8) ") ") eb/jump $translate-mu-get-stmt:emit-output/disp8 } $translate-mu-get-stmt:emit-output: # var output/eax: (addr var) = stmt->outputs->value (lookup *(ecx+0x14) *(ecx+0x18)) # Stmt1-outputs Stmt1-outputs => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax # emit offset->register "/r32" (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax (get Mu-registers %eax 0xc "Mu-registers") # => eax: (addr int) (write-int32-hex-buffered *(ebp+8) *eax) (write-buffered *(ebp+8) "/r32\n") $translate-mu-get-stmt:end: # . restore registers 5a/pop-to-edx 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return translate-mu-copy-object-stmt: # out: (addr buffered-file), stmt: (addr stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "(copy-bytes") # eax = stmt 8b/-> *(ebp+0xc) 0/r32/eax # var first-inout/eax: (addr stmt-var) = stmt->inouts[0] (lookup *(eax+0xc) *(eax+0x10)) # Stmt1-inouts Stmt1-inouts => eax (emit-subx-call-operand *(ebp+8) %eax) # var second-inout/eax: (addr stmt-var) = stmt->inouts[1] (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax (emit-subx-call-operand *(ebp+8) %eax) # emit size of inouts (write-buffered *(ebp+8) Space) (addr-payload-size %eax *(ebp+0x10) *(ebp+0x14)) # => eax (write-int32-hex-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) ")\n") $translate-mu-copy-object-stmt:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return translate-mu-clear-object-stmt: # out: (addr buffered-file), stmt: (addr stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "(zero-out") # eax = stmt 8b/-> *(ebp+0xc) 0/r32/eax # var dest/eax: (addr stmt-var) = stmt->inouts[0] (lookup *(eax+0xc) *(eax+0x10)) # Stmt1-inouts Stmt1-inouts => eax # (emit-subx-call-operand *(ebp+8) %eax) (write-buffered *(ebp+8) Space) (addr-payload-size %eax *(ebp+0x10) *(ebp+0x14)) # => eax (write-int32-hex-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) ")\n") $translate-mu-clear-object-stmt:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return translate-mu-allocate-stmt: # out: (addr buffered-file), stmt: (addr stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+0xc) 6/r32/esi # var target/edi: (addr stmt-var) = stmt->inouts[0] (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %edi 0/r32/eax # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "(allocate Heap ") (addr-handle-payload-size %edi *(ebp+0x10) *(ebp+0x14)) # => eax (write-int32-hex-buffered *(ebp+8) %eax) (emit-subx-call-operand *(ebp+8) %edi) (write-buffered *(ebp+8) ")\n") $translate-mu-allocate-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return addr-handle-payload-size: # s: (addr stmt-var), err: (addr buffered-file), ed: (addr exit-descriptor) -> result/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # var t/eax: (addr type-tree) = s->value->type 8b/-> *(ebp+8) 0/r32/eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax # TODO: check eax != 0 # TODO: check !t->is-atom? # TODO: check t->left == addr # t = t->right $addr-handle-payload-size:skip-addr: (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax # TODO: check eax != 0 # TODO: check !t->is-atom? # TODO: check t->left == handle # t = t->right $addr-handle-payload-size:skip-handle: (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax # TODO: check eax != 0 # if !t->is-atom? t = t->left 81 7/subop/compare *eax 0/imm32/false { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } # TODO: check t->is-atom? # return size(t->value) (size-of-type-id *(eax+4)) # Type-tree-value => eax $addr-handle-payload-size:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return addr-payload-size: # s: (addr stmt-var), err: (addr buffered-file), ed: (addr exit-descriptor) -> result/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # var t/eax: (addr type-tree) = s->value->type 8b/-> *(ebp+8) 0/r32/eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax # TODO: check eax != 0 # TODO: check !t->is-atom? # TODO: check t->left == addr # t = t->right $addr-payload-size:skip-addr: (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax # TODO: check eax != 0 # if !t->is-atom? t = t->left 81 7/subop/compare *eax 0/imm32/false { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } # TODO: check t->is-atom? # return size(t->value) (size-of-type-id *(eax+4)) # Type-tree-value => eax $addr-payload-size:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return translate-mu-populate-stmt: # out: (addr buffered-file), stmt: (addr stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+0xc) 6/r32/esi # var target/edi: (addr stmt-var) = stmt->inouts[0] (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %edi 0/r32/eax # var len/ecx: (addr stmt-var) = stmt->inouts[1] (lookup *(edi+8) *(edi+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %ecx 0/r32/eax # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "(allocate-array2 Heap ") (addr-handle-array-payload-size %edi *(ebp+0x10) *(ebp+0x14)) # => eax (write-int32-hex-buffered *(ebp+8) %eax) (emit-subx-call-operand *(ebp+8) %ecx) (emit-subx-call-operand *(ebp+8) %edi) (write-buffered *(ebp+8) ")\n") $translate-mu-populate-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return translate-mu-populate-stream-stmt: # out: (addr buffered-file), stmt: (addr stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+0xc) 6/r32/esi # var target/edi: (addr stmt-var) = stmt->inouts[0] (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %edi 0/r32/eax # var len/ecx: (addr stmt-var) = stmt->inouts[1] (lookup *(edi+8) *(edi+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %ecx 0/r32/eax # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "(new-stream Heap ") (addr-handle-stream-payload-size %edi *(ebp+0x10) *(ebp+0x14)) # => eax (write-int32-hex-buffered *(ebp+8) %eax) (emit-subx-call-operand *(ebp+8) %ecx) (emit-subx-call-operand *(ebp+8) %edi) (write-buffered *(ebp+8) ")\n") $translate-mu-populate-stream-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return translate-mu-read-from-stream-stmt: # out: (addr buffered-file), stmt: (addr stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+0xc) 6/r32/esi # var stream/ecx: (addr stmt-var) = stmt->inouts[0] (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %ecx 0/r32/eax # var target/edi: (addr stmt-var) = stmt->inouts[1] (lookup *(ecx+8) *(ecx+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %edi 0/r32/eax # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "(read-from-stream") (emit-subx-call-operand *(ebp+8) %ecx) (emit-subx-call-operand *(ebp+8) %edi) (write-buffered *(ebp+8) Space) (addr-payload-size %edi *(ebp+0x10) *(ebp+0x14)) # => eax (write-int32-hex-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) ")\n") $translate-mu-read-from-stream-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return translate-mu-write-to-stream-stmt: # out: (addr buffered-file), stmt: (addr stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 56/push-esi 57/push-edi # esi = stmt 8b/-> *(ebp+0xc) 6/r32/esi # var stream/ecx: (addr stmt-var) = stmt->inouts[0] (lookup *(esi+0xc) *(esi+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %ecx 0/r32/eax # var target/edi: (addr stmt-var) = stmt->inouts[1] (lookup *(ecx+8) *(ecx+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %edi 0/r32/eax # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "(write-to-stream") (emit-subx-call-operand *(ebp+8) %ecx) (flush *(ebp+8)) (emit-subx-call-operand *(ebp+8) %edi) (flush *(ebp+8)) (write-buffered *(ebp+8) Space) (flush *(ebp+8)) (addr-payload-size %edi *(ebp+0x10) *(ebp+0x14)) # => eax (write-int32-hex-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) ")\n") $translate-mu-write-to-stream-stmt:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return addr-handle-array-payload-size: # s: (addr stmt-var), err: (addr buffered-file), ed: (addr exit-descriptor) -> result/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # var t/eax: (addr type-tree) = s->value->type 8b/-> *(ebp+8) 0/r32/eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax # TODO: check eax != 0 # TODO: check !t->is-atom? # TODO: check t->left == addr # t = t->right $addr-handle-array-payload-size:skip-addr: (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax # TODO: check eax != 0 # TODO: check !t->is-atom? # TODO: check t->left == handle # t = t->right $addr-handle-array-payload-size:skip-handle: (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax # TODO: check eax != 0 # TODO: check !t->is-atom? # TODO: check t->left == array # t = t->right $addr-handle-array-payload-size:skip-array: (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax # TODO: check eax != 0 # if !t->is-atom? t = t->left 81 7/subop/compare *eax 0/imm32/false { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } $addr-handle-array-payload-size:compute-size: # TODO: check t->is-atom? # return size(t->value) (size-of-type-id-as-array-element *(eax+4)) # Type-tree-value => eax $addr-handle-array-payload-size:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return addr-handle-stream-payload-size: # s: (addr stmt-var), err: (addr buffered-file), ed: (addr exit-descriptor) -> result/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # var t/eax: (addr type-tree) = s->value->type 8b/-> *(ebp+8) 0/r32/eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+8) *(eax+0xc)) # Var-type Var-type => eax # TODO: check eax != 0 # TODO: check !t->is-atom? # TODO: check t->left == addr # t = t->right $addr-handle-stream-payload-size:skip-addr: (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax # TODO: check eax != 0 # TODO: check !t->is-atom? # TODO: check t->left == handle # t = t->right $addr-handle-stream-payload-size:skip-handle: (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax # TODO: check eax != 0 # TODO: check !t->is-atom? # TODO: check t->left == stream # t = t->right $addr-handle-stream-payload-size:skip-stream: (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax # TODO: check eax != 0 # if !t->is-atom? t = t->left 81 7/subop/compare *eax 0/imm32/false { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } $addr-handle-stream-payload-size:compute-size: # TODO: check t->is-atom? # return size(t->value) (size-of-type-id-as-array-element *(eax+4)) # Type-tree-value => eax $addr-handle-stream-payload-size:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return power-of-2?: # n: int, err: (addr buffered-file), ed: (addr exit-descriptor) -> result/eax: boolean # precondition: n is positive # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # eax = n 8b/-> *(ebp+8) 0/r32/eax # if (n < 0) abort 3d/compare-eax-with 0/imm32 0f 8c/jump-if-< $power-of-2?:abort/disp32 # var tmp/eax: int = n-1 48/decrement-eax # var tmp2/eax: int = n & tmp 23/and-> *(ebp+8) 0/r32/eax # return (tmp2 == 0) 3d/compare-eax-and 0/imm32 0f 94/set-byte-if-= %al 81 4/subop/and %eax 0xff/imm32 $power-of-2?:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $power-of-2?:abort: (write-buffered *(ebp+0xc) "power-of-2?: negative number\n") (flush *(ebp+0xc)) (stop *(ebp+0x10) 1) # never gets here num-shift-rights: # n: int -> result/eax: int # precondition: n is a positive power of 2 # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # var curr/ecx: int = n 8b/-> *(ebp+8) 1/r32/ecx # result = 0 b8/copy-to-eax 0/imm32 { # if (curr <= 1) break 81 7/subop/compare %ecx 1/imm32 7e/jump-if-<= break/disp8 40/increment-eax c1/shift 5/subop/arithmetic-right %ecx 1/imm8 eb/jump loop/disp8 } $num-shift-rights:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return mu-get-offset: # stmt: (addr stmt) -> result/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # var second-inout/eax: (addr stmt-var) = stmt->inouts->next 8b/-> *(ebp+8) 0/r32/eax (lookup *(eax+0xc) *(eax+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax # var output-var/eax: (addr var) = second-inout->value (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax #? (write-buffered Stderr "mu-get-offset: ") #? (write-int32-hex-buffered Stderr %eax) #? (write-buffered Stderr " name: ") #? 50/push-eax #? (lookup *eax *(eax+4)) # Var-name #? (write-buffered Stderr %eax) #? 58/pop-to-eax #? (write-buffered Stderr Newline) #? (flush Stderr) # return output-var->stack-offset 8b/-> *(eax+0x14) 0/r32/eax # Var-offset #? (write-buffered Stderr "=> ") #? (write-int32-hex-buffered Stderr %eax) #? (write-buffered Stderr Newline) #? (flush Stderr) $emit-get-offset:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-subx-block: # out: (addr buffered-file), block: (addr block), vars: (addr stack live-var), fn: (addr function), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 56/push-esi # esi = block 8b/-> *(ebp+0xc) 6/r32/esi # block->var->block-depth = *Curr-block-depth (lookup *(esi+0xc) *(esi+0x10)) # Block-var Block-var => eax 8b/-> *Curr-block-depth 1/r32/ecx 89/<- *(eax+0x10) 1/r32/ecx # Var-block-depth # var stmts/eax: (addr list stmt) = lookup(block->statements) (lookup *(esi+4) *(esi+8)) # Block-stmts Block-stmts => eax # { $emit-subx-block:check-empty: 3d/compare-eax-and 0/imm32 0f 84/jump-if-= break/disp32 (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "{\n") # var v/ecx: (addr var) = lookup(block->var) (lookup *(esi+0xc) *(esi+0x10)) # Block-var Block-var => eax 89/<- %ecx 0/r32/eax # (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) ":loop:\n") ff 0/subop/increment *Curr-block-depth (push *(ebp+0x10) *(esi+0xc)) # Block-var (push *(ebp+0x10) *(esi+0x10)) # Block-var (push *(ebp+0x10) 0) # false # emit block->statements (lookup *(esi+4) *(esi+8)) # Block-stmts Block-stmts => eax (emit-subx-stmt-list *(ebp+8) %eax *(ebp+0x10) *(ebp+0x14) *(ebp+0x18) *(ebp+0x1c)) (pop *(ebp+0x10)) # => eax (pop *(ebp+0x10)) # => eax (pop *(ebp+0x10)) # => eax ff 1/subop/decrement *Curr-block-depth (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "}\n") (lookup *ecx *(ecx+4)) # Var-name Var-name => eax (write-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) ":break:\n") } $emit-subx-block:end: # . restore registers 5e/pop-to-esi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # Primitives supported # See mu_instructions for a summary of this linked-list data structure. # # For each operation, put variants with hard-coded registers before flexible ones. # # Unfortunately, our restrictions on addresses require that various fields in # primitives be handles, which complicates these definitions. # - we need to insert dummy fields all over the place for fake alloc-ids # - we can't use our syntax sugar of quoted literals for string fields # # Fake alloc-ids are needed because our type definitions up top require # handles but it's clearer to statically allocate these long-lived objects. # Fake alloc-ids are perfectly safe, but they can't be reclaimed. # # Every 'object' below starts with a fake alloc-id. It may also contain other # fake alloc-ids for various handle fields. # # I think of objects starting with a fake alloc-id as having type 'payload'. # It's not really intended to be created dynamically; for that use `allocate` # as usual. # # Idea for a notation to simplify such definitions: # _Primitive-increment-eax: # (payload primitive) # 0x11/alloc-id:fake:payload # 0x11 @(0x11 "increment") # name # 0 0 # inouts # 0x11 @(0x11/payload # 0x11 @(0x11/payload # List-value # 0 0 # Var-name # 0x11 @(0x11 # Var-type # 1/is-atom # 1/value 0/unused # Type-tree-left # 0 0 # Type-tree-right # ) # 1 # block-depth # 0 # stack-offset # 0x11 @(0x11 "eax") # Var-register # ) # 0 0) # List-next # ... # _Primitive-increment-ecx/imm32/next # ... # Awfully complex and non-obvious. But also clearly signals there's something # to learn here, so may be worth trying. # # '@' is just an initial thought. Punctuation used so far in Mu: () * % # / " # # For now we'll continue to just use comments and manually ensure they stay up # to date. == data Primitives: # (addr primitive) # - increment/decrement _Primitive-increment-eax: # (addr primitive) # var/eax <- increment => 40/increment-eax 0x11/imm32/alloc-id:fake _string-increment/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0x11/imm32/alloc-id:fake Single-int-var-in-eax/imm32/outputs 0x11/imm32/alloc-id:fake _string_40_increment_eax/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-increment-ecx/imm32/next _Primitive-increment-ecx: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/ecx <- increment => 41/increment-ecx 0x11/imm32/alloc-id:fake _string-increment/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0x11/imm32/alloc-id:fake Single-int-var-in-ecx/imm32/outputs 0x11/imm32/alloc-id:fake _string_41_increment_ecx/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-increment-edx/imm32/next _Primitive-increment-edx: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/edx <- increment => 42/increment-edx 0x11/imm32/alloc-id:fake _string-increment/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0x11/imm32/alloc-id:fake Single-int-var-in-edx/imm32/outputs 0x11/imm32/alloc-id:fake _string_42_increment_edx/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-increment-ebx/imm32/next _Primitive-increment-ebx: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/ebx <- increment => 43/increment-ebx 0x11/imm32/alloc-id:fake _string-increment/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0x11/imm32/alloc-id:fake Single-int-var-in-ebx/imm32/outputs 0x11/imm32/alloc-id:fake _string_43_increment_ebx/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-increment-esi/imm32/next _Primitive-increment-esi: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/esi <- increment => 46/increment-esi 0x11/imm32/alloc-id:fake _string-increment/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0x11/imm32/alloc-id:fake Single-int-var-in-esi/imm32/outputs 0x11/imm32/alloc-id:fake _string_46_increment_esi/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-increment-edi/imm32/next _Primitive-increment-edi: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/edi <- increment => 47/increment-edi 0x11/imm32/alloc-id:fake _string-increment/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0x11/imm32/alloc-id:fake Single-int-var-in-edi/imm32/outputs 0x11/imm32/alloc-id:fake _string_47_increment_edi/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-decrement-eax/imm32/next _Primitive-decrement-eax: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/eax <- decrement => 48/decrement-eax 0x11/imm32/alloc-id:fake _string-decrement/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0x11/imm32/alloc-id:fake Single-int-var-in-eax/imm32/outputs 0x11/imm32/alloc-id:fake _string_48_decrement_eax/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-decrement-ecx/imm32/next _Primitive-decrement-ecx: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/ecx <- decrement => 49/decrement-ecx 0x11/imm32/alloc-id:fake _string-decrement/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0x11/imm32/alloc-id:fake Single-int-var-in-ecx/imm32/outputs 0x11/imm32/alloc-id:fake _string_49_decrement_ecx/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-decrement-edx/imm32/next _Primitive-decrement-edx: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/edx <- decrement => 4a/decrement-edx 0x11/imm32/alloc-id:fake _string-decrement/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0x11/imm32/alloc-id:fake Single-int-var-in-edx/imm32/outputs 0x11/imm32/alloc-id:fake _string_4a_decrement_edx/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-decrement-ebx/imm32/next _Primitive-decrement-ebx: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/ebx <- decrement => 4b/decrement-ebx 0x11/imm32/alloc-id:fake _string-decrement/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0x11/imm32/alloc-id:fake Single-int-var-in-ebx/imm32/outputs 0x11/imm32/alloc-id:fake _string_4b_decrement_ebx/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-decrement-esi/imm32/next _Primitive-decrement-esi: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/esi <- decrement => 4e/decrement-esi 0x11/imm32/alloc-id:fake _string-decrement/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0x11/imm32/alloc-id:fake Single-int-var-in-esi/imm32/outputs 0x11/imm32/alloc-id:fake _string_4e_decrement_esi/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-decrement-edi/imm32/next _Primitive-decrement-edi: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/edi <- decrement => 4f/decrement-edi 0x11/imm32/alloc-id:fake _string-decrement/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0x11/imm32/alloc-id:fake Single-int-var-in-edi/imm32/outputs 0x11/imm32/alloc-id:fake _string_4f_decrement_edi/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-increment-mem/imm32/next _Primitive-increment-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # increment var => ff 0/subop/increment *(ebp+__) 0x11/imm32/alloc-id:fake _string-increment/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-mem/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_ff_subop_increment/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-increment-reg/imm32/next _Primitive-increment-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/reg <- increment => ff 0/subop/increment %__ 0x11/imm32/alloc-id:fake _string-increment/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_ff_subop_increment/imm32/subx-name 3/imm32/rm32-is-first-output 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-decrement-mem/imm32/next _Primitive-decrement-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # decrement var => ff 1/subop/decrement *(ebp+__) 0x11/imm32/alloc-id:fake _string-decrement/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-mem/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_ff_subop_decrement/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-decrement-reg/imm32/next _Primitive-decrement-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/reg <- decrement => ff 1/subop/decrement %__ 0x11/imm32/alloc-id:fake _string-decrement/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_ff_subop_decrement/imm32/subx-name 3/imm32/rm32-is-first-output 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-add-to-eax/imm32/next # - add _Primitive-add-to-eax: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/eax <- add lit => 05/add-to-eax lit/imm32 0x11/imm32/alloc-id:fake _string-add/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-eax/imm32/outputs 0x11/imm32/alloc-id:fake _string_05_add_to_eax/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-add-reg-to-reg/imm32/next _Primitive-add-reg-to-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- add var2/reg => 01/add-to var1/rm32 var2/r32 0x11/imm32/alloc-id:fake _string-add/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_01_add_to/imm32/subx-name 3/imm32/rm32-is-first-output 1/imm32/r32-is-first-inout 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-add-reg-to-mem/imm32/next _Primitive-add-reg-to-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # add-to var1 var2/reg => 01/add-to var1 var2/r32 0x11/imm32/alloc-id:fake _string-add-to/imm32/name 0x11/imm32/alloc-id:fake Two-args-int-stack-int-reg/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_01_add_to/imm32/subx-name 1/imm32/rm32-is-first-inout 2/imm32/r32-is-second-inout 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-add-mem-to-reg/imm32/next _Primitive-add-mem-to-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- add var2 => 03/add var2/rm32 var1/r32 0x11/imm32/alloc-id:fake _string-add/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_03_add/imm32/subx-name 1/imm32/rm32-is-first-inout 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-add-lit-to-reg/imm32/next _Primitive-add-lit-to-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- add lit => 81 0/subop/add var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-add/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_81_subop_add/imm32/subx-name 3/imm32/rm32-is-first-output 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-add-lit-to-mem/imm32/next _Primitive-add-lit-to-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # add-to var1, lit => 81 0/subop/add var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-add-to/imm32/name 0x11/imm32/alloc-id:fake Int-var-and-literal/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_81_subop_add/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 2/imm32/imm32-is-second-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-subtract-from-eax/imm32/next # - subtract _Primitive-subtract-from-eax: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/eax <- subtract lit => 2d/subtract-from-eax lit/imm32 0x11/imm32/alloc-id:fake _string-subtract/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-eax/imm32/outputs 0x11/imm32/alloc-id:fake _string_2d_subtract_from_eax/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-subtract-reg-from-reg/imm32/next _Primitive-subtract-reg-from-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- subtract var2/reg => 29/subtract-from var1/rm32 var2/r32 0x11/imm32/alloc-id:fake _string-subtract/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_29_subtract_from/imm32/subx-name 3/imm32/rm32-is-first-output 1/imm32/r32-is-first-inout 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-subtract-reg-from-mem/imm32/next _Primitive-subtract-reg-from-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # subtract-from var1 var2/reg => 29/subtract-from var1 var2/r32 0x11/imm32/alloc-id:fake _string-subtract-from/imm32/name 0x11/imm32/alloc-id:fake Two-args-int-stack-int-reg/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_29_subtract_from/imm32/subx-name 1/imm32/rm32-is-first-inout 2/imm32/r32-is-second-inout 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-subtract-mem-from-reg/imm32/next _Primitive-subtract-mem-from-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- subtract var2 => 2b/subtract var2/rm32 var1/r32 0x11/imm32/alloc-id:fake _string-subtract/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_2b_subtract/imm32/subx-name 1/imm32/rm32-is-first-inout 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-subtract-lit-from-reg/imm32/next _Primitive-subtract-lit-from-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- subtract lit => 81 5/subop/subtract var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-subtract/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_81_subop_subtract/imm32/subx-name 3/imm32/rm32-is-first-output 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-subtract-lit-from-mem/imm32/next _Primitive-subtract-lit-from-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # subtract-from var1, lit => 81 5/subop/subtract var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-subtract-from/imm32/name 0x11/imm32/alloc-id:fake Int-var-and-literal/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_81_subop_subtract/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 2/imm32/imm32-is-second-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-and-with-eax/imm32/next # - and _Primitive-and-with-eax: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/eax <- and lit => 25/and-with-eax lit/imm32 0x11/imm32/alloc-id:fake _string-and/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-eax/imm32/outputs 0x11/imm32/alloc-id:fake _string_25_and_with_eax/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-and-reg-with-reg/imm32/next _Primitive-and-reg-with-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- and var2/reg => 21/and-with var1/rm32 var2/r32 0x11/imm32/alloc-id:fake _string-and/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_21_and_with/imm32/subx-name 3/imm32/rm32-is-first-output 1/imm32/r32-is-first-inout 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-and-reg-with-mem/imm32/next _Primitive-and-reg-with-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # and-with var1 var2/reg => 21/and-with var1 var2/r32 0x11/imm32/alloc-id:fake _string-and-with/imm32/name 0x11/imm32/alloc-id:fake Two-args-int-stack-int-reg/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_21_and_with/imm32/subx-name 1/imm32/rm32-is-first-inout 2/imm32/r32-is-second-inout 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-and-mem-with-reg/imm32/next _Primitive-and-mem-with-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- and var2 => 23/and var2/rm32 var1/r32 0x11/imm32/alloc-id:fake _string-and/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_23_and/imm32/subx-name 1/imm32/rm32-is-first-inout 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-and-lit-with-reg/imm32/next _Primitive-and-lit-with-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- and lit => 81 4/subop/and var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-and/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_81_subop_and/imm32/subx-name 3/imm32/rm32-is-first-output 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-and-lit-with-mem/imm32/next _Primitive-and-lit-with-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # and-with var1, lit => 81 4/subop/and var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-and-with/imm32/name 0x11/imm32/alloc-id:fake Int-var-and-literal/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_81_subop_and/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 2/imm32/imm32-is-second-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-or-with-eax/imm32/next # - or _Primitive-or-with-eax: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/eax <- or lit => 0d/or-with-eax lit/imm32 0x11/imm32/alloc-id:fake _string-or/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-eax/imm32/outputs 0x11/imm32/alloc-id:fake _string_0d_or_with_eax/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-or-reg-with-reg/imm32/next _Primitive-or-reg-with-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- or var2/reg => 09/or-with var1/rm32 var2/r32 0x11/imm32/alloc-id:fake _string-or/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_09_or_with/imm32/subx-name 3/imm32/rm32-is-first-output 1/imm32/r32-is-first-inout 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-or-reg-with-mem/imm32/next _Primitive-or-reg-with-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # or-with var1 var2/reg => 09/or-with var1 var2/r32 0x11/imm32/alloc-id:fake _string-or-with/imm32/name 0x11/imm32/alloc-id:fake Two-args-int-stack-int-reg/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_09_or_with/imm32/subx-name 1/imm32/rm32-is-first-inout 2/imm32/r32-is-second-inout 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-or-mem-with-reg/imm32/next _Primitive-or-mem-with-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- or var2 => 0b/or var2/rm32 var1/r32 0x11/imm32/alloc-id:fake _string-or/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_0b_or/imm32/subx-name 1/imm32/rm32-is-first-inout 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-or-lit-with-reg/imm32/next _Primitive-or-lit-with-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- or lit => 81 1/subop/or var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-or/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_81_subop_or/imm32/subx-name 3/imm32/rm32-is-first-output 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-or-lit-with-mem/imm32/next _Primitive-or-lit-with-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # or-with var1, lit => 81 1/subop/or var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-or-with/imm32/name 0x11/imm32/alloc-id:fake Int-var-and-literal/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_81_subop_or/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 2/imm32/imm32-is-second-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-xor-with-eax/imm32/next # - xor _Primitive-xor-with-eax: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/eax <- xor lit => 35/xor-with-eax lit/imm32 0x11/imm32/alloc-id:fake _string-xor/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-eax/imm32/outputs 0x11/imm32/alloc-id:fake _string_35_xor_with_eax/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-xor-reg-with-reg/imm32/next _Primitive-xor-reg-with-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- xor var2/reg => 31/xor-with var1/rm32 var2/r32 0x11/imm32/alloc-id:fake _string-xor/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_31_xor_with/imm32/subx-name 3/imm32/rm32-is-first-output 1/imm32/r32-is-first-inout 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-xor-reg-with-mem/imm32/next _Primitive-xor-reg-with-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # xor-with var1 var2/reg => 31/xor-with var1 var2/r32 0x11/imm32/alloc-id:fake _string-xor-with/imm32/name 0x11/imm32/alloc-id:fake Two-args-int-stack-int-reg/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_31_xor_with/imm32/subx-name 1/imm32/rm32-is-first-inout 2/imm32/r32-is-second-inout 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-xor-mem-with-reg/imm32/next _Primitive-xor-mem-with-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- xor var2 => 33/xor var2/rm32 var1/r32 0x11/imm32/alloc-id:fake _string-xor/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_33_xor/imm32/subx-name 1/imm32/rm32-is-first-inout 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-xor-lit-with-reg/imm32/next _Primitive-xor-lit-with-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- xor lit => 81 6/subop/xor var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-xor/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_81_subop_xor/imm32/subx-name 3/imm32/rm32-is-first-output 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-xor-lit-with-mem/imm32/next _Primitive-xor-lit-with-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # xor-with var1, lit => 81 6/subop/xor var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-xor-with/imm32/name 0x11/imm32/alloc-id:fake Int-var-and-literal/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_81_subop_xor/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 2/imm32/imm32-is-second-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-shift-reg-left-by-lit/imm32/next _Primitive-shift-reg-left-by-lit: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- shift-left lit => c1/shift 4/subop/left var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-shift-left/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_c1_subop_shift_left/imm32/subx-name 3/imm32/rm32-is-first-output 0/imm32/no-r32 0/imm32/no-imm32 1/imm32/imm8-is-first-inout 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-shift-reg-right-by-lit/imm32/next _Primitive-shift-reg-right-by-lit: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- shift-right lit => c1/shift 5/subop/right var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-shift-right/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_c1_subop_shift_right_padding_zeroes/imm32/subx-name 3/imm32/rm32-is-first-output 0/imm32/no-r32 0/imm32/no-imm32 1/imm32/imm8-is-first-inout 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-shift-reg-right-signed-by-lit/imm32/next _Primitive-shift-reg-right-signed-by-lit: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- shift-right-signed lit => c1/shift 7/subop/right-preserving-sign var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-shift-right-signed/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_c1_subop_shift_right_preserving_sign/imm32/subx-name 3/imm32/rm32-is-first-output 0/imm32/no-r32 0/imm32/no-imm32 1/imm32/imm8-is-first-inout 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-shift-mem-left-by-lit/imm32/next _Primitive-shift-mem-left-by-lit: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # shift-left var1, lit => c1/shift 4/subop/left var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-shift-left/imm32/name 0x11/imm32/alloc-id:fake Int-var-and-literal/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_c1_subop_shift_left/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 0/imm32/no-imm32 2/imm32/imm8-is-second-inout 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-shift-mem-right-by-lit/imm32/next _Primitive-shift-mem-right-by-lit: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # shift-right var1, lit => c1/shift 5/subop/right var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-shift-right/imm32/name 0x11/imm32/alloc-id:fake Int-var-and-literal/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_c1_subop_shift_right_padding_zeroes/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 0/imm32/no-imm32 2/imm32/imm8-is-second-inout 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-shift-mem-right-signed-by-lit/imm32/next _Primitive-shift-mem-right-signed-by-lit: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # shift-right-signed var1, lit => c1/shift 7/subop/right-preserving-sign var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-shift-right-signed/imm32/name 0x11/imm32/alloc-id:fake Int-var-and-literal/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_c1_subop_shift_right_preserving_sign/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 0/imm32/no-imm32 2/imm32/imm8-is-second-inout 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-copy-to-eax/imm32/next # - copy _Primitive-copy-to-eax: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/eax <- copy lit => b8/copy-to-eax lit/imm32 0x11/imm32/alloc-id:fake _string-copy/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-eax/imm32/outputs 0x11/imm32/alloc-id:fake _string_b8_copy_to_eax/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-copy-to-ecx/imm32/next _Primitive-copy-to-ecx: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/ecx <- copy lit => b9/copy-to-ecx lit/imm32 0x11/imm32/alloc-id:fake _string-copy/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-ecx/imm32/outputs 0x11/imm32/alloc-id:fake _string_b9_copy_to_ecx/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-copy-to-edx/imm32/next _Primitive-copy-to-edx: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/edx <- copy lit => ba/copy-to-edx lit/imm32 0x11/imm32/alloc-id:fake _string-copy/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-edx/imm32/outputs 0x11/imm32/alloc-id:fake _string_ba_copy_to_edx/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-copy-to-ebx/imm32/next _Primitive-copy-to-ebx: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/ebx <- copy lit => bb/copy-to-ebx lit/imm32 0x11/imm32/alloc-id:fake _string-copy/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-ebx/imm32/outputs 0x11/imm32/alloc-id:fake _string_bb_copy_to_ebx/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-copy-to-esi/imm32/next _Primitive-copy-to-esi: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/esi <- copy lit => be/copy-to-esi lit/imm32 0x11/imm32/alloc-id:fake _string-copy/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-esi/imm32/outputs 0x11/imm32/alloc-id:fake _string_be_copy_to_esi/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-copy-to-edi/imm32/next _Primitive-copy-to-edi: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var/edi <- copy lit => bf/copy-to-edi lit/imm32 0x11/imm32/alloc-id:fake _string-copy/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-edi/imm32/outputs 0x11/imm32/alloc-id:fake _string_bf_copy_to_edi/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-copy-reg-to-reg/imm32/next _Primitive-copy-reg-to-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- copy var2/reg => 89/<- var1/rm32 var2/r32 0x11/imm32/alloc-id:fake _string-copy/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_89_<-/imm32/subx-name 3/imm32/rm32-is-first-output 1/imm32/r32-is-first-inout 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-copy-reg-to-mem/imm32/next _Primitive-copy-reg-to-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # copy-to var1 var2/reg => 89/<- var1 var2/r32 0x11/imm32/alloc-id:fake _string-copy-to/imm32/name 0x11/imm32/alloc-id:fake Two-args-int-stack-int-reg/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_89_<-/imm32/subx-name 1/imm32/rm32-is-first-inout 2/imm32/r32-is-second-inout 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-copy-mem-to-reg/imm32/next _Primitive-copy-mem-to-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- copy var2 => 8b/-> var2/rm32 var1/r32 0x11/imm32/alloc-id:fake _string-copy/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_8b_->/imm32/subx-name 1/imm32/rm32-is-first-inout 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-copy-lit-to-reg/imm32/next _Primitive-copy-lit-to-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- copy lit => c7 0/subop/copy var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-copy/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_c7_subop_copy/imm32/subx-name 3/imm32/rm32-is-first-output 0/imm32/no-r32 1/imm32/imm32-is-first-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-copy-lit-to-mem/imm32/next _Primitive-copy-lit-to-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # copy-to var1, lit => c7 0/subop/copy var1/rm32 lit/imm32 0x11/imm32/alloc-id:fake _string-copy-to/imm32/name 0x11/imm32/alloc-id:fake Int-var-and-literal/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_c7_subop_copy/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 2/imm32/imm32-is-second-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-copy-byte-from-reg/imm32/next # - copy byte _Primitive-copy-byte-from-reg: 0x11/imm32/alloc-id:fake:payload # var/reg <- copy-byte var2/reg2 => 8a/byte-> %var2 var/r32 0x11/imm32/alloc-id:fake _string-copy-byte/imm32/name 0x11/imm32/alloc-id:fake Single-byte-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-byte-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_8a_copy_byte/imm32/subx-name 1/imm32/rm32-is-first-inout 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-copy-byte-from-mem/imm32/next _Primitive-copy-byte-from-mem: 0x11/imm32/alloc-id:fake:payload # var/reg <- copy-byte *var2/reg2 => 8a/byte-> *var2 var/r32 0x11/imm32/alloc-id:fake _string-copy-byte/imm32/name 0x11/imm32/alloc-id:fake Single-byte-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-byte-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_8a_copy_byte/imm32/subx-name 1/imm32/rm32-is-first-inout 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-copy-byte-to-mem/imm32/next _Primitive-copy-byte-to-mem: 0x11/imm32/alloc-id:fake:payload # copy-byte-to *var1/reg1, var2/reg2 => 88/byte<- *reg1 reg2/r32 0x11/imm32/alloc-id:fake _string-copy-byte-to/imm32/name 0x11/imm32/alloc-id:fake Two-args-byte-stack-byte-reg/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_88_copy_byte/imm32/subx-name 1/imm32/rm32-is-first-inout 2/imm32/r32-is-second-inout 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-address/imm32/next # - address _Primitive-address: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- address var2 => 8d/copy-address var2/rm32 var1/r32 0x11/imm32/alloc-id:fake _string-address/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-addr-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_8d_copy_address/imm32/subx-name 1/imm32/rm32-is-first-inout 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-compare-reg-with-reg/imm32/next # - compare _Primitive-compare-reg-with-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # compare var1/reg1 var2/reg2 => 39/compare var1/rm32 var2/r32 0x11/imm32/alloc-id:fake _string-compare/imm32/name 0x11/imm32/alloc-id:fake Two-int-args-in-regs/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_39_compare->/imm32/subx-name 1/imm32/rm32-is-first-inout 2/imm32/r32-is-second-inout 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-compare-mem-with-reg/imm32/next _Primitive-compare-mem-with-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # compare var1 var2/reg => 39/compare var1/rm32 var2/r32 0x11/imm32/alloc-id:fake _string-compare/imm32/name 0x11/imm32/alloc-id:fake Two-args-int-stack-int-reg/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_39_compare->/imm32/subx-name 1/imm32/rm32-is-first-inout 2/imm32/r32-is-second-inout 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-compare-reg-with-mem/imm32/next _Primitive-compare-reg-with-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # compare var1/reg var2 => 3b/compare<- var2/rm32 var1/r32 0x11/imm32/alloc-id:fake _string-compare/imm32/name 0x11/imm32/alloc-id:fake Two-args-int-reg-int-stack/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_3b_compare<-/imm32/subx-name 2/imm32/rm32-is-second-inout 1/imm32/r32-is-first-inout 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-compare-eax-with-literal/imm32/next _Primitive-compare-eax-with-literal: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # compare var1/eax n => 3d/compare-eax-with n/imm32 0x11/imm32/alloc-id:fake _string-compare/imm32/name 0x11/imm32/alloc-id:fake Two-args-int-eax-int-literal/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_3d_compare_eax_with/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 2/imm32/imm32-is-second-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-compare-reg-with-literal/imm32/next _Primitive-compare-reg-with-literal: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # compare var1/reg n => 81 7/subop/compare %reg n/imm32 0x11/imm32/alloc-id:fake _string-compare/imm32/name 0x11/imm32/alloc-id:fake Int-var-in-register-and-literal/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_81_subop_compare/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 2/imm32/imm32-is-second-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-compare-mem-with-literal/imm32/next _Primitive-compare-mem-with-literal: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # compare var1 n => 81 7/subop/compare *(ebp+___) n/imm32 0x11/imm32/alloc-id:fake _string-compare/imm32/name 0x11/imm32/alloc-id:fake Int-var-and-literal/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_81_subop_compare/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 2/imm32/imm32-is-second-inout 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-negate-reg/imm32/next # - negate _Primitive-negate-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- negate => f7 3/subop/negate var1/rm32 0x11/imm32/alloc-id:fake _string-negate/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f7_subop_negate/imm32/subx-name 3/imm32/rm32-is-first-output 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-negate-mem/imm32/next _Primitive-negate-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # negate var1 => f7 3/subop/negate var1/rm32 0x11/imm32/alloc-id:fake _string-negate/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-mem/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_f7_subop_negate/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-multiply-reg-by-reg/imm32/next # - multiply _Primitive-multiply-reg-by-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- multiply var2 => 0f af/multiply var2/rm32 var1/r32 0x11/imm32/alloc-id:fake _string-multiply/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_0f_af_multiply/imm32/subx-name 1/imm32/rm32-is-first-inout 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-multiply-reg-by-mem/imm32/next _Primitive-multiply-reg-by-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- multiply var2 => 0f af/multiply var2/rm32 var1/r32 0x11/imm32/alloc-id:fake _string-multiply/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_0f_af_multiply/imm32/subx-name 1/imm32/rm32-is-first-inout 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-convert-mem-to-xreg/imm32/next # - convert int to floating point _Primitive-convert-mem-to-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- convert var2 => f3 0f 2a/convert-to-float var2/rm32 var1/x32 0x11/imm32/alloc-id:fake _string-convert/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_2a_convert_to_float/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-convert-reg-to-xreg/imm32/next _Primitive-convert-reg-to-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- convert var2/reg => f3 0f 2a/convert-to-float var2/rm32 var1/x32 0x11/imm32/alloc-id:fake _string-convert/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_2a_convert_to_float/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-convert-xmem-to-reg/imm32/next # - convert floating point to int _Primitive-convert-xmem-to-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- convert var2 => f3 0f 2d/convert-to-int var2/xm32 var1/r32 0x11/imm32/alloc-id:fake _string-convert/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_2d_convert_to_int/imm32/subx-name 0/imm32/no-rm32 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-convert-xreg-to-reg/imm32/next _Primitive-convert-xreg-to-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- convert var2/xreg => f3 0f 2d/convert-to-int var2/xm32 var1/r32 0x11/imm32/alloc-id:fake _string-convert/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_2d_convert_to_int/imm32/subx-name 0/imm32/no-rm32 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-truncate-xmem-to-reg/imm32/next _Primitive-truncate-xmem-to-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- truncate var2 => f3 0f 2c/truncate-to-int var2/xm32 var1/r32 0x11/imm32/alloc-id:fake _string-truncate/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_2c_truncate_to_int/imm32/subx-name 0/imm32/no-rm32 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-truncate-xreg-to-reg/imm32/next _Primitive-truncate-xreg-to-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- truncate var2/xreg => f3 0f 2c/truncate-to-int var2/xm32 var1/r32 0x11/imm32/alloc-id:fake _string-truncate/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_2c_truncate_to_int/imm32/subx-name 0/imm32/no-rm32 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-reinterpret-xmem-as-reg/imm32/next # - reinterpret bytes (just for debugging) _Primitive-reinterpret-xmem-as-reg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- reinterpret var2 => 8b/-> var2/xm32 var1/r32 0x11/imm32/alloc-id:fake _string-reinterpret/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_8b_->/imm32/subx-name 0/imm32/no-rm32 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-reinterpret-mem-as-xreg/imm32/next _Primitive-reinterpret-mem-as-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- reinterpret var2 => f3 0f 10/-> var2/rm32 var1/x32 0x11/imm32/alloc-id:fake _string-reinterpret/imm32/name 0x11/imm32/alloc-id:fake Single-int-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_10_copy/imm32/subx-name 1/imm32/rm32-is-first-inout 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-copy-xreg-to-xreg/imm32/next # - floating-point copy _Primitive-copy-xreg-to-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- copy var2/xreg => f3 0f 11/<- var1/xm32 var2/x32 0x11/imm32/alloc-id:fake _string-copy/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_11_copy/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 3/imm32/xm32-is-first-output 1/imm32/x32-is-first-inout 0x11/imm32/alloc-id:fake _Primitive-copy-xreg-to-mem/imm32/next _Primitive-copy-xreg-to-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # copy-to var1 var2/xreg => f3 0f 11/<- var1 var2/x32 0x11/imm32/alloc-id:fake _string-copy-to/imm32/name 0x11/imm32/alloc-id:fake Two-args-float-stack-float-reg/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_f3_0f_11_copy/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 2/imm32/x32-is-second-inout 0x11/imm32/alloc-id:fake _Primitive-copy-mem-to-xreg/imm32/next _Primitive-copy-mem-to-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- copy var2 => f3 0f 10/-> var2/rm32 var1/x32 0x11/imm32/alloc-id:fake _string-copy/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_10_copy/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-address-of-xmem/imm32/next # - floating-point-address _Primitive-address-of-xmem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/reg <- address var2 => 8d/copy-address var2/rm32 var1/r32 0x11/imm32/alloc-id:fake _string-address/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-addr-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_8d_copy_address/imm32/subx-name 1/imm32/rm32-is-first-inout 3/imm32/r32-is-first-output 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-add-xreg-to-xreg/imm32/next # - floating-point add _Primitive-add-xreg-to-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- add var2/xreg => f3 0f 58/add var1/xm32 var2/x32 0x11/imm32/alloc-id:fake _string-add/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_58_add/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-add-mem-to-xreg/imm32/next _Primitive-add-mem-to-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- add var2 => f3 0f 58/add var2/xm32 var1/x32 0x11/imm32/alloc-id:fake _string-add/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_58_add/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-subtract-xreg-from-xreg/imm32/next # - floating-point subtract _Primitive-subtract-xreg-from-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- subtract var2/xreg => f3 0f 5c/subtract var1/xm32 var2/x32 0x11/imm32/alloc-id:fake _string-subtract/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_5c_subtract/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-subtract-mem-from-xreg/imm32/next _Primitive-subtract-mem-from-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- subtract var2 => f3 0f 5c/subtract var2/xm32 var1/x32 0x11/imm32/alloc-id:fake _string-subtract/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_5c_subtract/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-multiply-xreg-by-xreg/imm32/next # - floating-point multiply _Primitive-multiply-xreg-by-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- multiply var2 => f3 0f 59/multiply var2/xm32 var1/x32 0x11/imm32/alloc-id:fake _string-multiply/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_59_multiply/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-multiply-xreg-by-mem/imm32/next _Primitive-multiply-xreg-by-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- multiply var2 => 53 0f 59/multiply var2/xm32 var1/x32 0x11/imm32/alloc-id:fake _string-multiply/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_59_multiply/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-divide-xreg-by-xreg/imm32/next # - floating-point divide _Primitive-divide-xreg-by-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- divide var2 => f3 0f 5e/divide var2/xm32 var1/x32 0x11/imm32/alloc-id:fake _string-divide/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_5e_divide/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-divide-xreg-by-mem/imm32/next _Primitive-divide-xreg-by-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- divide var2 => f3 0f 5e/divide var2/xm32 var1/x32 0x11/imm32/alloc-id:fake _string-divide/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_5e_divide/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-max-xreg-with-xreg/imm32/next # - floating-point maximum _Primitive-max-xreg-with-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- max var2 => f3 0f 5f/max var2/xm32 var1/x32 0x11/imm32/alloc-id:fake _string-max/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_5f_max/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-max-xreg-with-mem/imm32/next _Primitive-max-xreg-with-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- divide var2 => f3 0f 5f/max var2/xm32 var1/x32 0x11/imm32/alloc-id:fake _string-max/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_5f_max/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-min-xreg-with-xreg/imm32/next # - floating-point minimum _Primitive-min-xreg-with-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- divide var2 => f3 0f 5d/min var2/xm32 var1/x32 0x11/imm32/alloc-id:fake _string-min/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_5d_min/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-min-xreg-with-mem/imm32/next _Primitive-min-xreg-with-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- divide var2 => f3 0f 5d/min var2/xm32 var1/x32 0x11/imm32/alloc-id:fake _string-min/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_5d_min/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-reciprocal-xreg-to-xreg/imm32/next # - floating-point reciprocal _Primitive-reciprocal-xreg-to-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- reciprocal var2 => f3 0f 53/reciprocal var2/xm32 var1/x32 0x11/imm32/alloc-id:fake _string-reciprocal/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_53_reciprocal/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-reciprocal-mem-to-xreg/imm32/next _Primitive-reciprocal-mem-to-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- divide var2 => f3 0f 53/reciprocal var2/xm32 var1/x32 0x11/imm32/alloc-id:fake _string-reciprocal/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_53_reciprocal/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-square-root-xreg-to-xreg/imm32/next # - floating-point square root _Primitive-square-root-xreg-to-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- square-root var2 => f3 0f 51/square-root var2/xm32 var1/x32 0x11/imm32/alloc-id:fake _string-square-root/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_51_square_root/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-square-root-mem-to-xreg/imm32/next _Primitive-square-root-mem-to-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- divide var2 => f3 0f 51/square-root var2/xm32 var1/x32 0x11/imm32/alloc-id:fake _string-square-root/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_51_square_root/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-inverse-square-root-xreg-to-xreg/imm32/next # - floating-point inverse square root 1/sqrt(x) _Primitive-inverse-square-root-xreg-to-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- reciprocal var2 => f3 0f 52/inverse-square-root var2/xm32 var1/x32 0x11/imm32/alloc-id:fake _string-inverse-square-root/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_52_inverse_square_root/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-inverse-square-root-mem-to-xreg/imm32/next _Primitive-inverse-square-root-mem-to-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # var1/xreg <- divide var2 => f3 0f 52/inverse-square-root var2/xm32 var1/x32 0x11/imm32/alloc-id:fake _string-inverse-square-root/imm32/name 0x11/imm32/alloc-id:fake Single-float-var-in-mem/imm32/inouts 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/outputs 0x11/imm32/alloc-id:fake _string_f3_0f_52_inverse_square_root/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 1/imm32/xm32-is-first-inout 3/imm32/x32-is-first-output 0x11/imm32/alloc-id:fake _Primitive-compare-xreg-with-xreg/imm32/next # - floating-point compare _Primitive-compare-xreg-with-xreg: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # compare var1/reg1 var2/reg2 => 0f 2f/compare var2/x32 var1/xm32 0x11/imm32/alloc-id:fake _string-compare/imm32/name 0x11/imm32/alloc-id:fake Two-float-args-in-regs/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_2f_compare/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 2/imm32/xm32-is-second-inout 1/imm32/x32-is-first-inout 0x11/imm32/alloc-id:fake _Primitive-compare-xreg-with-mem/imm32/next _Primitive-compare-xreg-with-mem: # (payload primitive) 0x11/imm32/alloc-id:fake:payload # compare var1/xreg var2 => 0f 2f/compare var1/x32 var2/xm32 0x11/imm32/alloc-id:fake _string-compare/imm32/name 0x11/imm32/alloc-id:fake Two-args-float-reg-float-stack/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_2f_compare/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 2/imm32/xm32-is-second-inout 1/imm32/x32-is-first-inout 0x11/imm32/alloc-id:fake _Primitive-break-if-addr=/imm32/next _Primitive-break-if-addr>=: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-addr>=/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_83_jump_break/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-=/imm32/next _Primitive-break-if-=: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-=/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_84_jump_break/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-!=/imm32/next _Primitive-break-if-!=: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-!=/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_85_jump_break/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-addr<=/imm32/next _Primitive-break-if-addr<=: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-addr<=/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_86_jump_break/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-addr>/imm32/next _Primitive-break-if-addr>: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-addr>/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_87_jump_break/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-=/imm32/next _Primitive-break-if->=: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if->=/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_8d_jump_break/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-<=/imm32/next _Primitive-break-if-<=: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-<=/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_8e_jump_break/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if->/imm32/next _Primitive-break-if->: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if->/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_8f_jump_break/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break/imm32/next _Primitive-break: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_e9_jump_break/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-addr=/imm32/next _Primitive-loop-if-addr>=: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-addr>=/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_83_jump_loop/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-=/imm32/next _Primitive-loop-if-=: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-=/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_84_jump_loop/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-!=/imm32/next _Primitive-loop-if-!=: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-!=/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_85_jump_loop/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-addr<=/imm32/next _Primitive-loop-if-addr<=: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-addr<=/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_86_jump_loop/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-addr>/imm32/next _Primitive-loop-if-addr>: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-addr>/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_87_jump_loop/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-=/imm32/next _Primitive-loop-if->=: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if->=/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_8d_jump_loop/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-<=/imm32/next _Primitive-loop-if-<=: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-<=/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_8e_jump_loop/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if->/imm32/next _Primitive-loop-if->: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if->/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_8f_jump_loop/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop/imm32/next # we probably don't need an unconditional break _Primitive-loop: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_e9_jump_loop/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-addr<-named/imm32/next # - branches to named blocks _Primitive-break-if-addr<-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-addr=-named/imm32/next _Primitive-break-if-addr>=-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-addr>=/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_83_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-=-named/imm32/next _Primitive-break-if-=-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-=/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_84_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-!=-named/imm32/next _Primitive-break-if-!=-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-!=/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_85_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-addr<=-named/imm32/next _Primitive-break-if-addr<=-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-addr<=/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_86_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-addr>-named/imm32/next _Primitive-break-if-addr>-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-addr>/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_87_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-<-named/imm32/next _Primitive-break-if-<-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-=-named/imm32/next _Primitive-break-if->=-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if->=/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_8d_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-<=-named/imm32/next _Primitive-break-if-<=-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-<=/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_8e_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if->-named/imm32/next _Primitive-break-if->-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if->/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_8f_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-named/imm32/next _Primitive-break-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_e9_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-addr<-named/imm32/next _Primitive-loop-if-addr<-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-addr=-named/imm32/next _Primitive-loop-if-addr>=-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-addr>=/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_83_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-=-named/imm32/next _Primitive-loop-if-=-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-=/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_84_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-!=-named/imm32/next _Primitive-loop-if-!=-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-!=/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_85_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-addr<=-named/imm32/next _Primitive-loop-if-addr<=-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-addr<=/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_86_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-addr>-named/imm32/next _Primitive-loop-if-addr>-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-addr>/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_87_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-<-named/imm32/next _Primitive-loop-if-<-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-=-named/imm32/next _Primitive-loop-if->=-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if->=/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_8d_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-<=-named/imm32/next _Primitive-loop-if-<=-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-<=/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_8e_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if->-named/imm32/next _Primitive-loop-if->-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if->/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_8f_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-named/imm32/next # we probably don't need an unconditional break _Primitive-loop-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_e9_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-float=/imm32/next _Primitive-break-if-float>=: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-float>=/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_83_jump_break/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-float<=/imm32/next _Primitive-break-if-float<=: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-float<=/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_86_jump_break/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-float>/imm32/next _Primitive-break-if-float>: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-float>/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_87_jump_break/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-float=/imm32/next _Primitive-loop-if-float>=: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-float>=/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_83_jump_loop/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-float<=/imm32/next _Primitive-loop-if-float<=: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-float<=/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_86_jump_loop/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-float>/imm32/next _Primitive-loop-if-float>: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-float>/imm32/name 0/imm32/no-inouts 0/imm32/no-inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_87_jump_loop/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 0/imm32/no-disp32 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-float<-named/imm32/next _Primitive-break-if-float<-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-float=-named/imm32/next _Primitive-break-if-float>=-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-float>=/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_83_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-float<=-named/imm32/next _Primitive-break-if-float<=-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-float<=/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_86_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-break-if-float>-named/imm32/next _Primitive-break-if-float>-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-break-if-float>/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_87_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-float<-named/imm32/next _Primitive-loop-if-float<-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-float=-named/imm32/next _Primitive-loop-if-float>=-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-float>=/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_83_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-float<=-named/imm32/next _Primitive-loop-if-float<=-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-float<=/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_86_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0x11/imm32/alloc-id:fake _Primitive-loop-if-float>-named/imm32/next _Primitive-loop-if-float>-named: # (payload primitive) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake _string-loop-if-float>/imm32/name 0x11/imm32/alloc-id:fake Single-lit-var/imm32/inouts 0/imm32/no-outputs 0/imm32/no-outputs 0x11/imm32/alloc-id:fake _string_0f_87_jump_label/imm32/subx-name 0/imm32/no-rm32 0/imm32/no-r32 0/imm32/no-imm32 0/imm32/no-imm8 1/imm32/disp32-is-first-inout 0/imm32/no-xm32 0/imm32/no-x32 0/imm32/next 0/imm32/next # string literals for Mu instructions _string-add: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "add" 0x3/imm32/size 0x61/a 0x64/d 0x64/d _string-address: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "address" 0x7/imm32/size 0x61/a 0x64/d 0x64/d 0x72/r 0x65/e 0x73/s 0x73/s _string-add-to: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "add-to" 0x6/imm32/size 0x61/a 0x64/d 0x64/d 0x2d/dash 0x74/t 0x6f/o _string-and: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "and" 0x3/imm32/size 0x61/a 0x6e/n 0x64/d _string-and-with: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "and-with" 0x8/imm32/size 0x61/a 0x6e/n 0x64/d 0x2d/dash 0x77/w 0x69/i 0x74/t 0x68/h _string-break: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "break" 0x5/imm32/size 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k _string-break-if-<: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "break-if-<" 0xa/imm32/size 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3c/< _string-break-if-<=: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "break-if-<=" 0xb/imm32/size 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3c/< 0x3d/= _string-break-if-=: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "break-if-=" 0xa/imm32/size 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3d/= _string-break-if->: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "break-if->" 0xa/imm32/size 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3e/> _string-break-if->=: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "break-if->=" 0xb/imm32/size 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3e/> 0x3d/= _string-break-if-!=: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "break-if-!=" 0xb/imm32/size 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x21/! 0x3d/= _string-break-if-addr<: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "break-if-addr<" 0xe/imm32/size 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3c/< _string-break-if-addr<=: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "break-if-addr<=" 0xf/imm32/size 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3c/< 0x3d/= _string-break-if-addr>: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "break-if-addr>" 0xe/imm32/size 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3e/> _string-break-if-addr>=: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "break-if-addr>=" 0xf/imm32/size 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3e/> 0x3d/= _string-break-if-float<: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "break-if-float<" 0xf/imm32/size 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x66/f 0x6c/l 0x6f/o 0x61/a 0x74/t 0x3c/< _string-break-if-float<=: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "break-if-float<=" 0x10/imm32/size 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x66/f 0x6c/l 0x6f/o 0x61/a 0x74/t 0x3c/< 0x3d/= _string-break-if-float>: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "break-if-float>" 0xf/imm32/size 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x66/f 0x6c/l 0x6f/o 0x61/a 0x74/t 0x3e/> _string-break-if-float>=: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "break-if-float>=" 0x10/imm32/size 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x66/f 0x6c/l 0x6f/o 0x61/a 0x74/t 0x3e/> 0x3d/= _string-compare: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "compare" 0x7/imm32/size 0x63/c 0x6f/o 0x6d/m 0x70/p 0x61/a 0x72/r 0x65/e _string-copy: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "copy" 0x4/imm32/size 0x63/c 0x6f/o 0x70/p 0x79/y _string-copy-to: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "copy-to" 0x7/imm32/size 0x63/c 0x6f/o 0x70/p 0x79/y 0x2d/dash 0x74/t 0x6f/o _string-copy-byte: 0x11/imm32/alloc-id:fake:payload # "copy-byte" 0x9/imm32/size 0x63/c 0x6f/o 0x70/p 0x79/y 0x2d/- 0x62/b 0x79/y 0x74/t 0x65/e _string-copy-byte-to: 0x11/imm32/alloc-id:fake:payload # "copy-byte-to" 0xc/imm32/size 0x63/c 0x6f/o 0x70/p 0x79/y 0x2d/- 0x62/b 0x79/y 0x74/t 0x65/e 0x2d/- 0x74/t 0x6f/o _string-decrement: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "decrement" 0x9/imm32/size 0x64/d 0x65/e 0x63/c 0x72/r 0x65/e 0x6d/m 0x65/e 0x6e/n 0x74/t _string-increment: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "increment" 0x9/imm32/size 0x69/i 0x6e/n 0x63/c 0x72/r 0x65/e 0x6d/m 0x65/e 0x6e/n 0x74/t _string-loop: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "loop" 0x4/imm32/size 0x6c/l 0x6f/o 0x6f/o 0x70/p _string-loop-if-<: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "loop-if-<" 0x9/imm32/size 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3c/< _string-loop-if-<=: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "loop-if-<=" 0xa/imm32/size 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3c/< 0x3d/= _string-loop-if-=: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "loop-if-=" 0x9/imm32/size 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3d/= _string-loop-if->: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "loop-if->" 0x9/imm32/size 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3e/> _string-loop-if->=: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "loop-if->=" 0xa/imm32/size 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3e/> 0x3d/= _string-loop-if-!=: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "loop-if-!=" 0xa/imm32/size 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x21/! 0x3d/= _string-loop-if-addr<: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "loop-if-addr<" 0xd/imm32/size 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3c/< _string-loop-if-addr<=: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "loop-if-addr<=" 0xe/imm32/size 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3c/< 0x3d/= _string-loop-if-addr>: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "loop-if-addr>" 0xd/imm32/size 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3e/> _string-loop-if-addr>=: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "loop-if-addr>=" 0xe/imm32/size 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3e/> 0x3d/= _string-loop-if-float<: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "loop-if-float<" 0xe/imm32/size 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x66/f 0x6c/l 0x6f/o 0x61/a 0x74/t 0x3c/< _string-loop-if-float<=: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "loop-if-float<=" 0xf/imm32/size 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x66/f 0x6c/l 0x6f/o 0x61/a 0x74/t 0x3c/< 0x3d/= _string-loop-if-float>: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "loop-if-float>" 0xe/imm32/size 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x66/f 0x6c/l 0x6f/o 0x61/a 0x74/t 0x3e/> _string-loop-if-float>=: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "loop-if-float>=" 0xf/imm32/size 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x66/f 0x6c/l 0x6f/o 0x61/a 0x74/t 0x3e/> 0x3d/= _string-multiply: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "multiply" 0x8/imm32/size 0x6d/m 0x75/u 0x6c/l 0x74/t 0x69/i 0x70/p 0x6c/l 0x79/y _string-convert: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "convert" 0x7/imm32/size 0x63/c 0x6f/o 0x6e/n 0x76/v 0x65/e 0x72/r 0x74/t _string-truncate: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "truncate" 0x8/imm32/size 0x74/t 0x72/r 0x75/u 0x6e/n 0x63/c 0x61/a 0x74/t 0x65/e _string-reinterpret: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "reinterpret" 0xb/imm32/size 0x72/r 0x65/e 0x69/i 0x6e/n 0x74/t 0x65/e 0x72/r 0x70/p 0x72/r 0x65/e 0x74/t _string-divide: 0x11/imm32/alloc-id:fake:payload # "divide" 0x6/imm32/size 0x64/d 0x69/i 0x76/v 0x69/i 0x64/d 0x65/e _string-max: 0x11/imm32/alloc-id:fake:payload # "max" 0x3/imm32/size 0x6d/m 0x61/a 0x78/x _string-min: 0x11/imm32/alloc-id:fake:payload # "min" 0x3/imm32/size 0x6d/m 0x69/i 0x6e/n _string-reciprocal: 0x11/imm32/alloc-id:fake:payload # "reciprocal" 0xa/imm32/size 0x72/r 0x65/e 0x63/c 0x69/i 0x70/p 0x72/r 0x6f/o 0x63/c 0x61/a 0x6c/l _string-square-root: 0x11/imm32/alloc-id:fake:payload # "square-root" 0xb/imm32/size 0x73/s 0x71/q 0x75/u 0x61/a 0x72/r 0x65/e 0x2d/- 0x72/r 0x6f/o 0x6f/o 0x74/t _string-inverse-square-root: 0x11/imm32/alloc-id:fake:payload # "inverse-square-root" 0x13/imm32/size 0x69/i 0x6e/n 0x76/v 0x65/e 0x72/r 0x73/s 0x65/e 0x2d/- 0x73/s 0x71/q 0x75/u 0x61/a 0x72/r 0x65/e 0x2d/- 0x72/r 0x6f/o 0x6f/o 0x74/t _string-negate: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "negate" 0x6/imm32/size 0x6e/n 0x65/e 0x67/g 0x61/a 0x74/t 0x65/e _string-or: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "or" 0x2/imm32/size 0x6f/o 0x72/r _string-or-with: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "or-with" 0x7/imm32/size 0x6f/o 0x72/r 0x2d/dash 0x77/w 0x69/i 0x74/t 0x68/h _string-subtract: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "subtract" 0x8/imm32/size 0x73/s 0x75/u 0x62/b 0x74/t 0x72/r 0x61/a 0x63/c 0x74/t _string-subtract-from: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "subtract-from" 0xd/imm32/size 0x73/s 0x75/u 0x62/b 0x74/t 0x72/r 0x61/a 0x63/c 0x74/t 0x2d/dash 0x66/f 0x72/r 0x6f/o 0x6d/m _string-xor: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "xor" 0x3/imm32/size 0x78/x 0x6f/o 0x72/r _string-xor-with: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "xor-with" 0x8/imm32/size 0x78/x 0x6f/o 0x72/r 0x2d/dash 0x77/w 0x69/i 0x74/t 0x68/h _string-shift-left: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "shift-left" 0xa/imm32/size 0x73/s 0x68/h 0x69/i 0x66/f 0x74/t 0x2d/dash 0x6c/l 0x65/e 0x66/f 0x74/t _string-shift-right: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "shift-right" 0xb/imm32/size 0x73/s 0x68/h 0x69/i 0x66/f 0x74/t 0x2d/dash 0x72/r 0x69/i 0x67/g 0x68/h 0x74/t _string-shift-right-signed: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "shift-right-signed" 0x12/imm32/size 0x73/s 0x68/h 0x69/i 0x66/f 0x74/t 0x2d/dash 0x72/r 0x69/i 0x67/g 0x68/h 0x74/t 0x2d/dash 0x73/s 0x69/i 0x67/g 0x6e/n 0x65/e 0x64/d # string literals for SubX instructions _string_01_add_to: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "01/add-to" 0x9/imm32/size 0x30/0 0x31/1 0x2f/slash 0x61/a 0x64/d 0x64/d 0x2d/dash 0x74/t 0x6f/o _string_03_add: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "03/add" 0x6/imm32/size 0x30/0 0x33/3 0x2f/slash 0x61/a 0x64/d 0x64/d _string_05_add_to_eax: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "05/add-to-eax" 0xd/imm32/size 0x30/0 0x35/5 0x2f/slash 0x61/a 0x64/d 0x64/d 0x2d/dash 0x74/t 0x6f/o 0x2d/dash 0x65/e 0x61/a 0x78/x _string_09_or_with: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "09/or-with" 0xa/imm32/size 0x30/0 0x39/9 0x2f/slash 0x6f/o 0x72/r 0x2d/dash 0x77/w 0x69/i 0x74/t 0x68/h _string_0b_or: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0b/or" 0x5/imm32/size 0x30/0 0x62/b 0x2f/slash 0x6f/o 0x72/r _string_0d_or_with_eax: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0d/or-with-eax" 0xe/imm32/size 0x30/0 0x64/d 0x2f/slash 0x6f/o 0x72/r 0x2d/dash 0x77/w 0x69/i 0x74/t 0x68/h 0x2d/dash 0x65/e 0x61/a 0x78/x _string_0f_82_jump_label: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 82/jump-if-addr<" 0x13/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x32/2 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3c/< _string_0f_82_jump_break: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 82/jump-if-addr< break/disp32" 0x20/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x32/2 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3c/< 0x20/space 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_82_jump_loop: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 82/jump-if-addr< loop/disp32" 0x1f/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x32/2 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3c/< 0x20/space 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_83_jump_label: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 83/jump-if-addr>=" 0x14/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x33/3 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3e/> 0x3d/= _string_0f_83_jump_break: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 83/jump-if-addr>= break/disp32" 0x21/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x33/3 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3e/> 0x3d/= 0x20/space 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_83_jump_loop: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 83/jump-if-addr>= loop/disp32" 0x20/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x33/3 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3e/> 0x3d/= 0x20/space 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_84_jump_label: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 84/jump-if-=" 0xf/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x34/4 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3d/= _string_0f_84_jump_break: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 84/jump-if-= break/disp32" 0x1c/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x34/4 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3d/= 0x20/space 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_84_jump_loop: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 84/jump-if-= loop/disp32" 0x1b/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x34/4 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3d/= 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_85_jump_label: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 85/jump-if-!=" 0x10/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x35/5 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x21/! 0x3d/= _string_0f_85_jump_break: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 85/jump-if-!= break/disp32" 0x1d/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x35/5 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x21/! 0x3d/= 0x20/space 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_85_jump_loop: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 85/jump-if-!= loop/disp32" 0x1c/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x35/5 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x21/! 0x3d/= 0x20/space 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_86_jump_label: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 86/jump-if-addr<=" 0x14/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x36/6 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3c/< 0x3d/= _string_0f_86_jump_break: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 86/jump-if-addr<= break/disp32" 0x21/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x36/6 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3c/< 0x3d/= 0x20/space 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_86_jump_loop: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 86/jump-if-addr<= loop/disp32" 0x20/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x36/6 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3c/< 0x3d/= 0x20/space 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_87_jump_label: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 87/jump-if-addr>" 0x13/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x37/7 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3e/> _string_0f_87_jump_break: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 87/jump-if-addr> break/disp32" 0x20/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x37/7 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3e/> 0x20/space 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_87_jump_loop: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 87/jump-if-addr> loop/disp32" 0x1f/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x37/7 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x3e/> 0x20/space 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_8c_jump_label: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 8c/jump-if-<" 0xf/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x63/c 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3c/< _string_0f_8c_jump_break: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 8c/jump-if-< break/disp32" 0x1c/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x63/c 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3c/< 0x20/space 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_8c_jump_loop: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 8c/jump-if-< loop/disp32" 0x1b/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x63/c 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3c/< 0x20/space 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_8d_jump_label: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 8d/jump-if->=" 0x10/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x64/d 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3e/> 0x3d/= _string_0f_8d_jump_break: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 8d/jump-if->= break/disp32" 0x1d/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x64/d 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3e/> 0x3d/= 0x20/space 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_8d_jump_loop: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 8d/jump-if->= loop/disp32" 0x1c/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x64/d 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3e/> 0x3d/= 0x20/space 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_8e_jump_label: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 8e/jump-if-<=" 0x10/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x65/e 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3c/< 0x3d/= _string_0f_8e_jump_break: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 8e/jump-if-<= break/disp32" 0x1d/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x65/e 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3c/< 0x3d/= 0x20/space 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_8e_jump_loop: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 8e/jump-if-<= loop/disp32" 0x1c/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x65/e 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3c/< 0x3d/= 0x20/space 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_8f_jump_label: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 8f/jump-if->" 0xf/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x66/f 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3e/> _string_0f_8f_jump_break: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 8f/jump-if-> break/disp32" 0x1c/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x66/f 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3e/> 0x20/space 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_8f_jump_loop: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f 8f/jump-if-> loop/disp32" 0x1b/imm32/size 0x30/0 0x66/f 0x20/space 0x38/8 0x66/f 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x2d/dash 0x69/i 0x66/f 0x2d/dash 0x3e/> 0x20/space 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_0f_af_multiply: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "0f af/multiply" 0xe/imm32/size 0x30/0 0x66/f 0x20/space 0x61/a 0x66/f 0x2f/slash 0x6d/m 0x75/u 0x6c/l 0x74/t 0x69/i 0x70/p 0x6c/l 0x79/y _string_f3_0f_2a_convert_to_float: 0x11/imm32/alloc-id:fake:payload # "f3 0f 2a/convert-to-float" 0x19/imm32/size 0x66/f 0x33/3 0x20/space 0x30/0 0x66/f 0x20/space 0x32/2 0x61/a 0x2f/slash 0x63/c 0x6f/o 0x6e/n 0x76/v 0x65/e 0x72/r 0x74/t 0x2d/dash 0x74/t 0x6f/o 0x2d/dash 0x66/f 0x6c/l 0x6f/o 0x61/a 0x74/t _string_f3_0f_2d_convert_to_int: 0x11/imm32/alloc-id:fake:payload # "f3 0f 2d/convert-to-int" 0x17/imm32/size 0x66/f 0x33/3 0x20/space 0x30/0 0x66/f 0x20/space 0x32/2 0x64/d 0x2f/slash 0x63/c 0x6f/o 0x6e/n 0x76/v 0x65/e 0x72/r 0x74/t 0x2d/dash 0x74/t 0x6f/o 0x2d/dash 0x69/i 0x6e/n 0x74/t _string_f3_0f_2c_truncate_to_int: 0x11/imm32/alloc-id:fake:payload # "f3 0f 2c/truncate-to-int" 0x18/imm32/size 0x66/f 0x33/3 0x20/space 0x30/0 0x66/f 0x20/space 0x32/2 0x63/c 0x2f/slash 0x74/t 0x72/r 0x75/u 0x6e/n 0x63/c 0x61/a 0x74/t 0x65/e 0x2d/dash 0x74/t 0x6f/o 0x2d/dash 0x69/i 0x6e/n 0x74/t _string_f3_0f_58_add: 0x11/imm32/alloc-id:fake:payload # "f3 0f 58/add" 0xc/imm32/size 0x66/f 0x33/3 0x20/space 0x30/0 0x66/f 0x20/space 0x35/5 0x38/8 0x2f/slash 0x61/a 0x64/d 0x64/d _string_f3_0f_5c_subtract: 0x11/imm32/alloc-id:fake:payload # "f3 0f 5c/subtract" 0x11/imm32/size 0x66/f 0x33/3 0x20/space 0x30/0 0x66/f 0x20/space 0x35/5 0x63/c 0x2f/slash 0x73/s 0x75/u 0x62/b 0x74/t 0x72/r 0x61/a 0x63/c 0x74/t _string_f3_0f_59_multiply: 0x11/imm32/alloc-id:fake:payload # "f3 0f 59/multiply" 0x11/imm32/size 0x66/f 0x33/3 0x20/space 0x30/0 0x66/f 0x20/space 0x35/5 0x39/9 0x2f/slash 0x6d/m 0x75/u 0x6c/l 0x74/t 0x69/i 0x70/p 0x6c/l 0x79/y _string_f3_0f_5e_divide: 0x11/imm32/alloc-id:fake:payload # "f3 0f 5e/divide" 0xf/imm32/size 0x66/f 0x33/3 0x20/space 0x30/0 0x66/f 0x20/space 0x35/5 0x65/e 0x2f/slash 0x64/d 0x69/i 0x76/v 0x69/i 0x64/d 0x65/e _string_f3_0f_53_reciprocal: 0x11/imm32/alloc-id:fake:payload # "f3 0f 53/reciprocal" 0x13/imm32/size 0x66/f 0x33/3 0x20/space 0x30/0 0x66/f 0x20/space 0x35/5 0x33/3 0x2f/slash 0x72/r 0x65/e 0x63/c 0x69/i 0x70/p 0x72/r 0x6f/o 0x63/c 0x61/a 0x6c/l _string_f3_0f_51_square_root: 0x11/imm32/alloc-id:fake:payload # "f3 0f 51/square-root" 0x14/imm32/size 0x66/f 0x33/3 0x20/space 0x30/0 0x66/f 0x20/space 0x35/5 0x31/1 0x2f/slash 0x73/s 0x71/q 0x75/u 0x61/a 0x72/r 0x65/e 0x2d/dash 0x72/r 0x6f/o 0x6f/o 0x74/t _string_f3_0f_52_inverse_square_root: 0x11/imm32/alloc-id:fake:payload # "f3 0f 52/inverse-square-root" 0x1c/imm32/size 0x66/f 0x33/3 0x20/space 0x30/0 0x66/f 0x20/space 0x35/5 0x32/2 0x2f/slash 0x69/i 0x6e/n 0x76/v 0x65/e 0x72/r 0x73/s 0x65/e 0x2d/dash 0x73/s 0x71/q 0x75/u 0x61/a 0x72/r 0x65/e 0x2d/dash 0x72/r 0x6f/o 0x6f/o 0x74/t _string_f3_0f_5d_min: 0x11/imm32/alloc-id:fake:payload # "f3 0f 5d/min" 0xc/imm32/size 0x66/f 0x33/3 0x20/space 0x30/0 0x66/f 0x20/space 0x35/5 0x64/d 0x2f/slash 0x6d/m 0x69/i 0x6e/n _string_f3_0f_5f_max: 0x11/imm32/alloc-id:fake:payload # "f3 0f 5f/max" 0xc/imm32/size 0x66/f 0x33/3 0x20/space 0x30/0 0x66/f 0x20/space 0x35/5 0x66/f 0x2f/slash 0x6d/m 0x61/a 0x78/x _string_f3_0f_10_copy: 0x11/imm32/alloc-id:fake:payload # "f3 0f 10/copy" 0xd/imm32/size 0x66/f 0x33/3 0x20/space 0x30/0 0x66/f 0x20/space 0x31/1 0x30/0 0x2f/slash 0x63/c 0x6f/o 0x70/p 0x79/y _string_f3_0f_11_copy: 0x11/imm32/alloc-id:fake:payload # "f3 0f 11/copy" 0xd/imm32/size 0x66/f 0x33/3 0x20/space 0x30/0 0x66/f 0x20/space 0x31/1 0x31/1 0x2f/slash 0x63/c 0x6f/o 0x70/p 0x79/y _string_0f_2f_compare: 0x11/imm32/alloc-id:fake:payload # "0f 2f/compare" 0xd/imm32/size 0x30/0 0x66/f 0x20/space 0x32/2 0x66/f 0x2f/slash 0x63/c 0x6f/o 0x6d/m 0x70/p 0x61/a 0x72/r 0x65/e _string_21_and_with: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "21/and-with" 0xb/imm32/size 0x32/2 0x31/1 0x2f/slash 0x61/a 0x6e/n 0x64/d 0x2d/dash 0x77/w 0x69/i 0x74/t 0x68/h _string_23_and: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "23/and" 0x6/imm32/size 0x32/2 0x33/3 0x2f/slash 0x61/a 0x6e/n 0x64/d _string_25_and_with_eax: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "25/and-with-eax" 0xf/imm32/size 0x32/2 0x35/5 0x2f/slash 0x61/a 0x6e/n 0x64/d 0x2d/dash 0x77/w 0x69/i 0x74/t 0x68/h 0x2d/dash 0x65/e 0x61/a 0x78/x _string_29_subtract_from: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "29/subtract-from" 0x10/imm32/size 0x32/2 0x39/9 0x2f/slash 0x73/s 0x75/u 0x62/b 0x74/t 0x72/r 0x61/a 0x63/c 0x74/t 0x2d/dash 0x66/f 0x72/r 0x6f/o 0x6d/m _string_2b_subtract: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "2b/subtract" 0xb/imm32/size 0x32/2 0x62/b 0x2f/slash 0x73/s 0x75/u 0x62/b 0x74/t 0x72/r 0x61/a 0x63/c 0x74/t _string_2d_subtract_from_eax: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "2d/subtract-from-eax" 0x14/imm32/size 0x32/2 0x64/d 0x2f/slash 0x73/s 0x75/u 0x62/b 0x74/t 0x72/r 0x61/a 0x63/c 0x74/t 0x2d/dash 0x66/f 0x72/r 0x6f/o 0x6d/m 0x2d/dash 0x65/e 0x61/a 0x78/x _string_31_xor_with: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "31/xor-with" 0xb/imm32/size 0x33/3 0x31/1 0x2f/slash 0x78/x 0x6f/o 0x72/r 0x2d/dash 0x77/w 0x69/i 0x74/t 0x68/h _string_33_xor: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "33/xor" 0x6/imm32/size 0x33/3 0x33/3 0x2f/slash 0x78/x 0x6f/o 0x72/r _string_35_xor_with_eax: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "35/xor-with-eax" 0xf/imm32/size 0x33/3 0x35/5 0x2f/slash 0x78/x 0x6f/o 0x72/r 0x2d/dash 0x77/w 0x69/i 0x74/t 0x68/h 0x2d/dash 0x65/e 0x61/a 0x78/x _string_39_compare->: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "39/compare->" 0xc/imm32/size 0x33/3 0x39/9 0x2f/slash 0x63/c 0x6f/o 0x6d/m 0x70/p 0x61/a 0x72/r 0x65/e 0x2d/dash 0x3e/> _string_3b_compare<-: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "3b/compare<-" 0xc/imm32/size 0x33/3 0x62/b 0x2f/slash 0x63/c 0x6f/o 0x6d/m 0x70/p 0x61/a 0x72/r 0x65/e 0x3c/< 0x2d/dash _string_3d_compare_eax_with: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "3d/compare-eax-with" 0x13/imm32/size 0x33/3 0x64/d 0x2f/slash 0x63/c 0x6f/o 0x6d/m 0x70/p 0x61/a 0x72/r 0x65/e 0x2d/dash 0x65/e 0x61/a 0x78/x 0x2d/dash 0x77/w 0x69/i 0x74/t 0x68/h _string_40_increment_eax: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "40/increment-eax" 0x10/imm32/size 0x34/4 0x30/0 0x2f/slash 0x69/i 0x6e/n 0x63/c 0x72/r 0x65/e 0x6d/m 0x65/e 0x6e/n 0x74/t 0x2d/dash 0x65/e 0x61/a 0x78/x _string_41_increment_ecx: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "41/increment-ecx" 0x10/imm32/size 0x34/4 0x31/1 0x2f/slash 0x69/i 0x6e/n 0x63/c 0x72/r 0x65/e 0x6d/m 0x65/e 0x6e/n 0x74/t 0x2d/dash 0x65/e 0x63/c 0x78/x _string_42_increment_edx: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "42/increment-edx" 0x10/imm32/size 0x34/4 0x32/2 0x2f/slash 0x69/i 0x6e/n 0x63/c 0x72/r 0x65/e 0x6d/m 0x65/e 0x6e/n 0x74/t 0x2d/dash 0x65/e 0x64/d 0x78/x _string_43_increment_ebx: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "43/increment-ebx" 0x10/imm32/size 0x34/4 0x33/3 0x2f/slash 0x69/i 0x6e/n 0x63/c 0x72/r 0x65/e 0x6d/m 0x65/e 0x6e/n 0x74/t 0x2d/dash 0x65/e 0x62/b 0x78/x _string_46_increment_esi: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "46/increment-esi" 0x10/imm32/size 0x34/4 0x36/6 0x2f/slash 0x69/i 0x6e/n 0x63/c 0x72/r 0x65/e 0x6d/m 0x65/e 0x6e/n 0x74/t 0x2d/dash 0x65/e 0x73/s 0x69/i _string_47_increment_edi: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "47/increment-edi" 0x10/imm32/size 0x34/4 0x37/7 0x2f/slash 0x69/i 0x6e/n 0x63/c 0x72/r 0x65/e 0x6d/m 0x65/e 0x6e/n 0x74/t 0x2d/dash 0x65/e 0x64/d 0x69/i _string_48_decrement_eax: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "48/decrement-eax" 0x10/imm32/size 0x34/4 0x38/8 0x2f/slash 0x64/d 0x65/e 0x63/c 0x72/r 0x65/e 0x6d/m 0x65/e 0x6e/n 0x74/t 0x2d/dash 0x65/e 0x61/a 0x78/x _string_49_decrement_ecx: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "49/decrement-ecx" 0x10/imm32/size 0x34/4 0x39/9 0x2f/slash 0x64/d 0x65/e 0x63/c 0x72/r 0x65/e 0x6d/m 0x65/e 0x6e/n 0x74/t 0x2d/dash 0x65/e 0x63/c 0x78/x _string_4a_decrement_edx: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "4a/decrement-edx" 0x10/imm32/size 0x34/4 0x61/a 0x2f/slash 0x64/d 0x65/e 0x63/c 0x72/r 0x65/e 0x6d/m 0x65/e 0x6e/n 0x74/t 0x2d/dash 0x65/e 0x64/d 0x78/x _string_4b_decrement_ebx: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "4b/decrement-ebx" 0x10/imm32/size 0x34/4 0x62/b 0x2f/slash 0x64/d 0x65/e 0x63/c 0x72/r 0x65/e 0x6d/m 0x65/e 0x6e/n 0x74/t 0x2d/dash 0x65/e 0x62/b 0x78/x _string_4e_decrement_esi: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "4e/decrement-esi" 0x10/imm32/size 0x34/4 0x65/e 0x2f/slash 0x64/d 0x65/e 0x63/c 0x72/r 0x65/e 0x6d/m 0x65/e 0x6e/n 0x74/t 0x2d/dash 0x65/e 0x73/s 0x69/i _string_4f_decrement_edi: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "4f/decrement-edi" 0x10/imm32/size 0x34/4 0x66/f 0x2f/slash 0x64/d 0x65/e 0x63/c 0x72/r 0x65/e 0x6d/m 0x65/e 0x6e/n 0x74/t 0x2d/dash 0x65/e 0x64/d 0x69/i _string_81_subop_add: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "81 0/subop/add" 0xe/imm32/size 0x38/8 0x31/1 0x20/space 0x30/0 0x2f/slash 0x73/s 0x75/u 0x62/b 0x6f/o 0x70/p 0x2f/slash 0x61/a 0x64/d 0x64/d _string_81_subop_or: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "81 1/subop/or" 0xd/imm32/size 0x38/8 0x31/1 0x20/space 0x31/1 0x2f/slash 0x73/s 0x75/u 0x62/b 0x6f/o 0x70/p 0x2f/slash 0x6f/o 0x72/r _string_81_subop_and: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "81 4/subop/and" 0xe/imm32/size 0x38/8 0x31/1 0x20/space 0x34/4 0x2f/slash 0x73/s 0x75/u 0x62/b 0x6f/o 0x70/p 0x2f/slash 0x61/a 0x6e/n 0x64/d _string_81_subop_subtract: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "81 5/subop/subtract" 0x13/imm32/size 0x38/8 0x31/1 0x20/space 0x35/5 0x2f/slash 0x73/s 0x75/u 0x62/b 0x6f/o 0x70/p 0x2f/slash 0x73/s 0x75/u 0x62/b 0x74/t 0x72/r 0x61/a 0x63/c 0x74/t _string_81_subop_xor: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "81 6/subop/xor" 0xe/imm32/size 0x38/8 0x31/1 0x20/space 0x36/6 0x2f/slash 0x73/s 0x75/u 0x62/b 0x6f/o 0x70/p 0x2f/slash 0x78/x 0x6f/o 0x72/r _string_81_subop_compare: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "81 7/subop/compare" 0x12/imm32/size 0x38/8 0x31/1 0x20/space 0x37/7 0x2f/slash 0x73/s 0x75/u 0x62/b 0x6f/o 0x70/p 0x2f/slash 0x63/c 0x6f/o 0x6d/m 0x70/p 0x61/a 0x72/r 0x65/e _string_89_<-: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "89/<-" 0x5/imm32/size 0x38/8 0x39/9 0x2f/slash 0x3c/< 0x2d/dash _string_8b_->: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "8b/->" 0x5/imm32/size 0x38/8 0x62/b 0x2f/slash 0x2d/dash 0x3e/> _string_8a_copy_byte: 0x11/imm32/alloc-id:fake:payload # "8a/byte->" 0x9/imm32/size 0x38/8 0x61/a 0x2f// 0x62/b 0x79/y 0x74/t 0x65/e 0x2d/- 0x3e/> _string_88_copy_byte: 0x11/imm32/alloc-id:fake:payload # "88/byte<-" 0x9/imm32/size 0x38/8 0x38/8 0x2f// 0x62/b 0x79/y 0x74/t 0x65/e 0x3c/< 0x2d/- _string_8d_copy_address: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "8d/copy-address" 0xf/imm32/size 0x38/8 0x64/d 0x2f/slash 0x63/c 0x6f/o 0x70/p 0x79/y 0x2d/dash 0x61/a 0x64/d 0x64/d 0x72/r 0x65/e 0x73/s 0x73/s _string_b8_copy_to_eax: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "b8/copy-to-eax" 0xe/imm32/size 0x62/b 0x38/8 0x2f/slash 0x63/c 0x6f/o 0x70/p 0x79/y 0x2d/dash 0x74/t 0x6f/o 0x2d/dash 0x65/e 0x61/a 0x78/x _string_b9_copy_to_ecx: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "b9/copy-to-ecx" 0xe/imm32/size 0x62/b 0x39/9 0x2f/slash 0x63/c 0x6f/o 0x70/p 0x79/y 0x2d/dash 0x74/t 0x6f/o 0x2d/dash 0x65/e 0x63/c 0x78/x _string_ba_copy_to_edx: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "ba/copy-to-edx" 0xe/imm32/size 0x62/b 0x61/a 0x2f/slash 0x63/c 0x6f/o 0x70/p 0x79/y 0x2d/dash 0x74/t 0x6f/o 0x2d/dash 0x65/e 0x64/d 0x78/x _string_bb_copy_to_ebx: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "bb/copy-to-ebx" 0xe/imm32/size 0x62/b 0x62/b 0x2f/slash 0x63/c 0x6f/o 0x70/p 0x79/y 0x2d/dash 0x74/t 0x6f/o 0x2d/dash 0x65/e 0x62/b 0x78/x _string_be_copy_to_esi: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "be/copy-to-esi" 0xe/imm32/size 0x62/b 0x65/e 0x2f/slash 0x63/c 0x6f/o 0x70/p 0x79/y 0x2d/dash 0x74/t 0x6f/o 0x2d/dash 0x65/e 0x73/s 0x69/i _string_bf_copy_to_edi: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "bf/copy-to-edi" 0xe/imm32/size 0x62/b 0x66/f 0x2f/slash 0x63/c 0x6f/o 0x70/p 0x79/y 0x2d/dash 0x74/t 0x6f/o 0x2d/dash 0x65/e 0x64/d 0x69/i _string_c7_subop_copy: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "c7 0/subop/copy" 0xf/imm32/size 0x63/c 0x37/7 0x20/space 0x30/0 0x2f/slash 0x73/s 0x75/u 0x62/b 0x6f/o 0x70/p 0x2f/slash 0x63/c 0x6f/o 0x70/p 0x79/y _string_e9_jump_label: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "e9/jump" 0x7/imm32/size 0x65/e 0x39/9 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p _string_e9_jump_break: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "e9/jump break/disp32" 0x14/imm32/size 0x65/e 0x39/9 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x20/space 0x62/b 0x72/r 0x65/e 0x61/a 0x6b/k 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_e9_jump_loop: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "e9/jump loop/disp32" 0x13/imm32/size 0x65/e 0x39/9 0x2f/slash 0x6a/j 0x75/u 0x6d/m 0x70/p 0x20/space 0x6c/l 0x6f/o 0x6f/o 0x70/p 0x2f/slash 0x64/d 0x69/i 0x73/s 0x70/p 0x33/3 0x32/2 _string_f7_subop_negate: 0x11/imm32/alloc-id:fake:payload # "f7 3/subop/negate" 0x11/imm32/size 0x66/f 0x37/7 0x20/space 0x33/3 0x2f/slash 0x73/s 0x75/u 0x62/b 0x6f/o 0x70/p 0x2f/slash 0x6e/n 0x65/e 0x67/g 0x61/a 0x74/t 0x65/e _string_ff_subop_increment: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "ff 0/subop/increment" 0x14/imm32/size 0x66/f 0x66/f 0x20/space 0x30/0 0x2f/slash 0x73/s 0x75/u 0x62/b 0x6f/o 0x70/p 0x2f/slash 0x69/i 0x6e/n 0x63/c 0x72/r 0x65/e 0x6d/m 0x65/e 0x6e/n 0x74/t _string_ff_subop_decrement: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "ff 1/subop/decrement" 0x14/imm32/size 0x66/f 0x66/f 0x20/space 0x31/1 0x2f/slash 0x73/s 0x75/u 0x62/b 0x6f/o 0x70/p 0x2f/slash 0x64/d 0x65/e 0x63/c 0x72/r 0x65/e 0x6d/m 0x65/e 0x6e/n 0x74/t _string_c1_subop_shift_left: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "c1/shift 4/subop/left" 0x15/imm32/size 0x63/c 0x31/1 0x2f/slash 0x73/s 0x68/h 0x69/i 0x66/f 0x74/t 0x20/space 0x34/4 0x2f/slash 0x73/s 0x75/u 0x62/b 0x6f/o 0x70/p 0x2f/slash 0x6c/l 0x65/e 0x66/f 0x74/t _string_c1_subop_shift_right_padding_zeroes: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "c1/shift 5/subop/right-padding-zeroes" 0x25/imm32/size 0x63/c 0x31/1 0x2f/slash 0x73/s 0x68/h 0x69/i 0x66/f 0x74/t 0x20/space 0x35/5 0x2f/slash 0x73/s 0x75/u 0x62/b 0x6f/o 0x70/p 0x2f/slash 0x72/r 0x69/i 0x67/g 0x68/h 0x74/t 0x2d/dash 0x70/p 0x61/a 0x64/d 0x64/d 0x69/i 0x6e/n 0x67/g 0x2d/dash 0x7a/z 0x65/e 0x72/r 0x6f/o 0x65/e 0x73/s _string_c1_subop_shift_right_preserving_sign: # (payload array byte) 0x11/imm32/alloc-id:fake:payload # "c1/shift 7/subop/right-preserving-sign" 0x26/imm32/size 0x63/c 0x31/1 0x2f/slash 0x73/s 0x68/h 0x69/i 0x66/f 0x74/t 0x20/space 0x37/7 0x2f/slash 0x73/s 0x75/u 0x62/b 0x6f/o 0x70/p 0x2f/slash 0x72/r 0x69/i 0x67/g 0x68/h 0x74/t 0x2d/dash 0x70/p 0x72/r 0x65/e 0x73/s 0x65/e 0x72/r 0x76/v 0x69/i 0x6e/n 0x67/g 0x2d/dash 0x73/s 0x69/i 0x67/g 0x6e/n Single-int-var-in-mem: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Int-var-in-mem/imm32 0/imm32/next 0/imm32/next Int-var-in-mem: # (payload var) 0x11/imm32/alloc-id:fake:payload 0/imm32/name 0/imm32/name 0x11/imm32/alloc-id:fake Type-int/imm32 1/imm32/some-block-depth 1/imm32/some-stack-offset 0/imm32/no-register 0/imm32/no-register # Not really legal, but closest we can currently represent a dereference of an (addr byte) Single-byte-var-in-mem: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Byte-var-in-mem/imm32 0/imm32/next 0/imm32/next # Not really legal, but closest we can currently represent a dereference of an (addr byte) Byte-var-in-mem: # (payload var) 0x11/imm32/alloc-id:fake:payload 0/imm32/name 0/imm32/name 0x11/imm32/alloc-id:fake Type-byte/imm32 1/imm32/some-block-depth 1/imm32/some-stack-offset 0/imm32/no-register 0/imm32/no-register Two-args-int-stack-int-reg: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Int-var-in-mem/imm32 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/next Two-int-args-in-regs: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Int-var-in-some-register/imm32 0x11/imm32/alloc-id:fake Single-int-var-in-some-register/imm32/next # Not really legal, but closest we can currently represent a dereference of an (addr byte) Two-args-byte-stack-byte-reg: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Byte-var-in-mem/imm32 0x11/imm32/alloc-id:fake Single-byte-var-in-some-register/imm32/next Two-args-int-reg-int-stack: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Int-var-in-some-register/imm32 0x11/imm32/alloc-id:fake Single-int-var-in-mem/imm32/next Two-args-int-eax-int-literal: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Int-var-in-eax/imm32 0x11/imm32/alloc-id:fake Single-lit-var/imm32/next Int-var-and-literal: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Int-var-in-mem/imm32 0x11/imm32/alloc-id:fake Single-lit-var/imm32/next Int-var-in-register-and-literal: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Int-var-in-some-register/imm32 0x11/imm32/alloc-id:fake Single-lit-var/imm32/next Two-float-args-in-regs: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Float-var-in-some-register/imm32 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/next Two-args-float-reg-float-stack: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Float-var-in-some-register/imm32 0x11/imm32/alloc-id:fake Single-float-var-in-mem/imm32/next Two-args-float-stack-float-reg: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Float-var-in-mem/imm32 0x11/imm32/alloc-id:fake Single-float-var-in-some-register/imm32/next Single-int-var-in-some-register: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Int-var-in-some-register/imm32 0/imm32/next 0/imm32/next Single-addr-var-in-some-register: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Addr-var-in-some-register/imm32 0/imm32/next 0/imm32/next Single-byte-var-in-some-register: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Byte-var-in-some-register/imm32 0/imm32/next 0/imm32/next Int-var-in-some-register: # (payload var) 0x11/imm32/alloc-id:fake:payload 0/imm32/name 0/imm32/name 0x11/imm32/alloc-id:fake Type-int/imm32 1/imm32/some-block-depth 0/imm32/no-stack-offset 0x11/imm32/alloc-id:fake Any-register/imm32 Any-register: # (payload array byte) 0x11/imm32/alloc-id:fake:payload 1/imm32/size # data 2a/asterisk Addr-var-in-some-register: # (payload var) 0x11/imm32/alloc-id:fake:payload 0/imm32/name 0/imm32/name 0x11/imm32/alloc-id:fake Type-addr/imm32 1/imm32/some-block-depth 0/imm32/no-stack-offset 0x11/imm32/alloc-id:fake Any-register/imm32 Byte-var-in-some-register: # (payload var) 0x11/imm32/alloc-id:fake:payload 0/imm32/name 0/imm32/name 0x11/imm32/alloc-id:fake Type-byte/imm32 1/imm32/some-block-depth 0/imm32/no-stack-offset 0x11/imm32/alloc-id:fake Any-register/imm32 Single-int-var-in-eax: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Int-var-in-eax/imm32 0/imm32/next 0/imm32/next Int-var-in-eax: 0x11/imm32/alloc-id:fake:payload 0/imm32/name 0/imm32/name 0x11/imm32/alloc-id:fake Type-int/imm32 1/imm32/some-block-depth 0/imm32/no-stack-offset 0x11/imm32/alloc-id:fake $Mu-register-eax/imm32 # can't use Register-eax only to keep our buggy tools/treeshake.cc happy (TODO) Single-int-var-in-ecx: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Int-var-in-ecx/imm32 0/imm32/next 0/imm32/next Int-var-in-ecx: 0x11/imm32/alloc-id:fake:payload 0/imm32/name 0/imm32/name 0x11/imm32/alloc-id:fake Type-int/imm32 1/imm32/some-block-depth 0/imm32/no-stack-offset 0x11/imm32/alloc-id:fake $Register-ecx/imm32/register Single-int-var-in-edx: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Int-var-in-edx/imm32 0/imm32/next 0/imm32/next Int-var-in-edx: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0/imm32/name 0/imm32/name 0x11/imm32/alloc-id:fake Type-int/imm32 1/imm32/some-block-depth 0/imm32/no-stack-offset 0x11/imm32/alloc-id:fake $Register-edx/imm32/register Single-int-var-in-ebx: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Int-var-in-ebx/imm32 0/imm32/next 0/imm32/next Int-var-in-ebx: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0/imm32/name 0/imm32/name 0x11/imm32/alloc-id:fake Type-int/imm32 1/imm32/some-block-depth 0/imm32/no-stack-offset 0x11/imm32/alloc-id:fake $Register-ebx/imm32/register Single-int-var-in-esi: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Int-var-in-esi/imm32 0/imm32/next 0/imm32/next Int-var-in-esi: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0/imm32/name 0/imm32/name 0x11/imm32/alloc-id:fake Type-int/imm32 1/imm32/some-block-depth 0/imm32/no-stack-offset 0x11/imm32/alloc-id:fake $Register-esi/imm32/register Single-int-var-in-edi: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Int-var-in-edi/imm32 0/imm32/next 0/imm32/next Int-var-in-edi: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0/imm32/name 0/imm32/name 0x11/imm32/alloc-id:fake Type-int/imm32 1/imm32/some-block-depth 0/imm32/no-stack-offset 0x11/imm32/alloc-id:fake $Register-edi/imm32/register Single-lit-var: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Lit-var/imm32 0/imm32/next 0/imm32/next Lit-var: # (payload var) 0x11/imm32/alloc-id:fake:payload 0/imm32/name 0/imm32/name 0x11/imm32/alloc-id:fake Type-literal/imm32 1/imm32/some-block-depth 0/imm32/no-stack-offset 0/imm32/no-register 0/imm32/no-register Single-float-var-in-mem: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Float-var-in-mem/imm32 0/imm32/next 0/imm32/next Float-var-in-mem: # (payload var) 0x11/imm32/alloc-id:fake:payload 0/imm32/name 0/imm32/name 0x11/imm32/alloc-id:fake Type-float/imm32 1/imm32/some-block-depth 1/imm32/some-stack-offset 0/imm32/no-register 0/imm32/no-register Single-float-var-in-some-register: # (payload list var) 0x11/imm32/alloc-id:fake:payload 0x11/imm32/alloc-id:fake Float-var-in-some-register/imm32 0/imm32/next 0/imm32/next Float-var-in-some-register: # (payload var) 0x11/imm32/alloc-id:fake:payload 0/imm32/name 0/imm32/name 0x11/imm32/alloc-id:fake Type-float/imm32 1/imm32/some-block-depth 0/imm32/no-stack-offset 0x11/imm32/alloc-id:fake Any-register/imm32 Type-int: # (payload type-tree) 0x11/imm32/alloc-id:fake:payload 1/imm32/is-atom 1/imm32/value:int 0/imm32/left:unused 0/imm32/right:null 0/imm32/right:null Type-literal: # (payload type-tree) 0x11/imm32/alloc-id:fake:payload 1/imm32/is-atom 0/imm32/value:literal 0/imm32/left:unused 0/imm32/right:null 0/imm32/right:null Type-addr: # (payload type-tree) 0x11/imm32/alloc-id:fake:payload 1/imm32/is-atom 2/imm32/value:addr 0/imm32/left:unused 0/imm32/right:null 0/imm32/right:null Type-byte: # (payload type-tree) 0x11/imm32/alloc-id:fake:payload 1/imm32/is-atom 8/imm32/value:byte 0/imm32/left:unused 0/imm32/right:null 0/imm32/right:null Type-float: # (payload type-tree) 0x11/imm32/alloc-id:fake:payload 1/imm32/is-atom 0xf/imm32/value:float 0/imm32/left:unused 0/imm32/right:null 0/imm32/right:null == code emit-subx-primitive: # out: (addr buffered-file), stmt: (addr stmt), primitive: (addr primitive), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # ecx = primitive 8b/-> *(ebp+0x10) 1/r32/ecx # emit primitive name (emit-indent *(ebp+8) *Curr-block-depth) (lookup *(ecx+0x18) *(ecx+0x1c)) # Primitive-subx-name Primitive-subx-name => eax (write-buffered *(ebp+8) %eax) # emit rm32 if necessary (emit-subx-rm32 *(ebp+8) *(ecx+0x20) *(ebp+0xc) *(ebp+0x14) *(ebp+0x18)) # Primitive-subx-rm32 # emit xm32 if necessary (emit-subx-rm32 *(ebp+8) *(ecx+0x34) *(ebp+0xc) *(ebp+0x14) *(ebp+0x18)) # Primitive-subx-xm32 # emit r32 if necessary (emit-subx-r32 *(ebp+8) *(ecx+0x24) *(ebp+0xc)) # Primitive-subx-r32 # emit x32 if necessary (emit-subx-x32 *(ebp+8) *(ecx+0x38) *(ebp+0xc)) # Primitive-subx-x32 # emit imm32 if necessary (emit-subx-imm32 *(ebp+8) *(ecx+0x28) *(ebp+0xc)) # Primitive-subx-imm32 # emit imm8 if necessary (emit-subx-imm8 *(ebp+8) *(ecx+0x2c) *(ebp+0xc)) # Primitive-subx-imm8 # emit disp32 if necessary (emit-subx-disp32 *(ebp+8) *(ecx+0x30) *(ebp+0xc) *(ebp+0x14) *(ebp+0x18)) # Primitive-subx-disp32 (write-buffered *(ebp+8) Newline) $emit-subx-primitive:end: # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-subx-rm32: # out: (addr buffered-file), l: arg-location, stmt: (addr stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # if (l == 0) return 81 7/subop/compare *(ebp+0xc) 0/imm32 74/jump-if-= $emit-subx-rm32:end/disp8 # var v/eax: (addr stmt-var) (get-stmt-operand-from-arg-location *(ebp+0x10) *(ebp+0xc) *(ebp+0x14) *(ebp+0x18)) # => eax (emit-subx-var-as-rm32 *(ebp+8) %eax) $emit-subx-rm32:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return get-stmt-operand-from-arg-location: # stmt: (addr stmt), l: arg-location, err: (addr buffered-file), ed: (addr exit-descriptor) -> var/eax: (addr stmt-var) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # eax = l 8b/-> *(ebp+0xc) 0/r32/eax # ecx = stmt 8b/-> *(ebp+8) 1/r32/ecx # if (l == 1) return stmt->inouts { 3d/compare-eax-and 1/imm32 75/jump-if-!= break/disp8 $get-stmt-operand-from-arg-location:1: (lookup *(ecx+0xc) *(ecx+0x10)) # Stmt1-inouts Stmt1-inouts => eax eb/jump $get-stmt-operand-from-arg-location:end/disp8 } # if (l == 2) return stmt->inouts->next { 3d/compare-eax-and 2/imm32 75/jump-if-!= break/disp8 $get-stmt-operand-from-arg-location:2: (lookup *(ecx+0xc) *(ecx+0x10)) # Stmt1-inouts Stmt1-inouts => eax (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax eb/jump $get-stmt-operand-from-arg-location:end/disp8 } # if (l == 3) return stmt->outputs { 3d/compare-eax-and 3/imm32 75/jump-if-!= break/disp8 $get-stmt-operand-from-arg-location:3: (lookup *(ecx+0x14) *(ecx+0x18)) # Stmt1-outputs Stmt1-outputs => eax eb/jump $get-stmt-operand-from-arg-location:end/disp8 } # abort e9/jump $get-stmt-operand-from-arg-location:abort/disp32 $get-stmt-operand-from-arg-location:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return $get-stmt-operand-from-arg-location:abort: # error("invalid arg-location " eax) (write-buffered *(ebp+0x10) "invalid arg-location ") (write-int32-hex-buffered *(ebp+0x10) %eax) (write-buffered *(ebp+0x10) Newline) (flush *(ebp+0x10)) (stop *(ebp+0x14) 1) # never gets here emit-subx-r32: # out: (addr buffered-file), l: arg-location, stmt: (addr stmt) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # if (l == 0) return 81 7/subop/compare *(ebp+0xc) 0/imm32 0f 84/jump-if-= $emit-subx-r32:end/disp32 # var v/eax: (addr stmt-var) (get-stmt-operand-from-arg-location *(ebp+0x10) *(ebp+0xc)) # => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax #? (write-buffered Stderr "looking up ") #? (write-buffered Stderr %eax) #? (write-buffered Stderr Newline) #? (flush Stderr) (maybe-get Mu-registers %eax 0xc) # => eax: (addr register-index) (write-buffered *(ebp+8) Space) (write-int32-hex-buffered *(ebp+8) *eax) (write-buffered *(ebp+8) "/r32") $emit-subx-r32:end: # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-subx-x32: # out: (addr buffered-file), l: arg-location, stmt: (addr stmt) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # if (l == 0) return 81 7/subop/compare *(ebp+0xc) 0/imm32 0f 84/jump-if-= $emit-subx-x32:end/disp32 # var v/eax: (addr stmt-var) (get-stmt-operand-from-arg-location *(ebp+0x10) *(ebp+0xc)) # => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *(eax+0x18) *(eax+0x1c)) # Var-register Var-register => eax #? (write-buffered Stderr "looking up ") #? (write-buffered Stderr %eax) #? (write-buffered Stderr Newline) #? (flush Stderr) (maybe-get Mu-registers %eax 0xc) # => eax: (addr register-index) (write-buffered *(ebp+8) Space) (write-int32-hex-buffered *(ebp+8) *eax) (write-buffered *(ebp+8) "/x32") $emit-subx-x32:end: # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-subx-imm32: # out: (addr buffered-file), l: arg-location, stmt: (addr stmt) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # if (l == 0) return 81 7/subop/compare *(ebp+0xc) 0/imm32 0f 84/jump-if-= $emit-subx-imm32:end/disp32 # var v/eax: (handle var) (get-stmt-operand-from-arg-location *(ebp+0x10) *(ebp+0xc)) # => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+8) Space) (write-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) "/imm32") $emit-subx-imm32:end: # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-subx-imm8: # out: (addr buffered-file), l: arg-location, stmt: (addr stmt) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # if (l == 0) return 81 7/subop/compare *(ebp+0xc) 0/imm32 0f 84/jump-if-= $emit-subx-imm32:end/disp32 # var v/eax: (handle var) (get-stmt-operand-from-arg-location *(ebp+0x10) *(ebp+0xc)) # => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+8) Space) (write-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) "/imm8") $emit-subx-imm8:end: # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-subx-disp32: # out: (addr buffered-file), l: arg-location, stmt: (addr stmt), err: (addr buffered-file), ed: (addr exit-descriptor) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # if (location == 0) return 81 7/subop/compare *(ebp+0xc) 0/imm32 0f 84/jump-if-= $emit-subx-disp32:end/disp32 # var v/eax: (addr stmt-var) (get-stmt-operand-from-arg-location *(ebp+0x10) *(ebp+0xc) *(ebp+0x14) *(ebp+0x18)) # => eax (lookup *eax *(eax+4)) # Stmt-var-value Stmt-var-value => eax (lookup *eax *(eax+4)) # Var-name Var-name => eax (write-buffered *(ebp+8) Space) (write-buffered *(ebp+8) %eax) # hack: if instruction operation starts with "break", emit ":break" # var name/ecx: (addr array byte) = lookup(stmt->operation) 8b/-> *(ebp+0x10) 0/r32/eax (lookup *(eax+4) *(eax+8)) # Stmt1-operation Stmt1-operation => eax 89/<- %ecx 0/r32/eax { (string-starts-with? %ecx "break") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (write-buffered *(ebp+8) ":break") } # hack: if instruction operation starts with "loop", emit ":loop" { (string-starts-with? %ecx "loop") # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 (write-buffered *(ebp+8) ":loop") } (write-buffered *(ebp+8) "/disp32") $emit-subx-disp32:end: # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-call: # out: (addr buffered-file), stmt: (addr stmt) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx # (emit-indent *(ebp+8) *Curr-block-depth) (write-buffered *(ebp+8) "(") # ecx = stmt 8b/-> *(ebp+0xc) 1/r32/ecx # - emit function name (lookup *(ecx+4) *(ecx+8)) # Stmt1-operation Stmt1-operation => eax (write-buffered *(ebp+8) %eax) # - emit arguments # var curr/eax: (addr stmt-var) = lookup(stmt->inouts) (lookup *(ecx+0xc) *(ecx+0x10)) # Stmt1-inouts Stmt1-inouts => eax { # if (curr == null) break 3d/compare-eax-and 0/imm32 74/jump-if-= break/disp8 # (emit-subx-call-operand *(ebp+8) %eax) # curr = lookup(curr->next) (lookup *(eax+8) *(eax+0xc)) # Stmt-var-next Stmt-var-next => eax eb/jump loop/disp8 } # (write-buffered *(ebp+8) ")\n") $emit-call:end: # . restore registers 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-subx-call-operand: # out: (addr buffered-file), s: (addr stmt-var) # shares code with emit-subx-var-as-rm32 # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 56/push-esi # ecx = s 8b/-> *(ebp+0xc) 1/r32/ecx # var operand/esi: (addr var) = lookup(s->value) (lookup *ecx *(ecx+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %esi 0/r32/eax # if (operand->register && !s->is-deref?) emit "%__" { $emit-subx-call-operand:check-for-register-direct: 81 7/subop/compare *(esi+0x18) 0/imm32 # Var-register 74/jump-if-= break/disp8 81 7/subop/compare *(ecx+0x10) 0/imm32/false # Stmt-var-is-deref 75/jump-if-!= break/disp8 $emit-subx-call-operand:register-direct: (write-buffered *(ebp+8) " %") (lookup *(esi+0x18) *(esi+0x1c)) # Var-register Var-register => eax (write-buffered *(ebp+8) %eax) e9/jump $emit-subx-call-operand:end/disp32 } # else if (operand->register && s->is-deref?) emit "*__" { $emit-subx-call-operand:check-for-register-indirect: 81 7/subop/compare *(esi+0x18) 0/imm32 # Var-register 74/jump-if-= break/disp8 81 7/subop/compare *(ecx+0x10) 0/imm32/false # Stmt-var-is-deref 74/jump-if-= break/disp8 $emit-subx-call-operand:register-indirect: (emit-subx-call-operand-register-indirect *(ebp+8) %esi) e9/jump $emit-subx-call-operand:end/disp32 } # else if (operand->stack-offset) emit "*(ebp+__)" { 81 7/subop/compare *(esi+0x14) 0/imm32 # Var-offset 74/jump-if-= break/disp8 $emit-subx-call-operand:stack: (emit-subx-call-operand-stack *(ebp+8) %esi) e9/jump $emit-subx-call-operand:end/disp32 } # else if (operand->type == literal) emit "__" { (lookup *(esi+8) *(esi+0xc)) # Var-type Var-type => eax 81 7/subop/compare *(eax+4) 0/imm32 # Type-tree-value 75/jump-if-!= break/disp8 $emit-subx-call-operand:literal: (write-buffered *(ebp+8) Space) (lookup *esi *(esi+4)) # Var-name Var-name => eax (write-buffered *(ebp+8) %eax) e9/jump $emit-subx-call-operand:end/disp32 } # else if (operand->type == literal-string) emit "__" { (lookup *(esi+8) *(esi+0xc)) # Var-type Var-type => eax 81 7/subop/compare *(eax+4) 0x10/imm32 # Type-tree-value 75/jump-if-!= break/disp8 $emit-subx-call-operand:literal-string: (write-buffered *(ebp+8) Space) (lookup *esi *(esi+4)) # Var-name Var-name => eax (write-buffered *(ebp+8) %eax) } $emit-subx-call-operand:end: # . restore registers 5e/pop-to-esi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-subx-call-operand-register-indirect: # out: (addr buffered-file), v: (addr var) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 56/push-esi # esi = v 8b/-> *(ebp+0xc) 6/r32/esi # var size/ecx: int = size-of-deref(v) (size-of-deref %esi) # => eax 89/<- %ecx 0/r32/eax # var reg-name/esi: (addr array byte) = lookup(v->register) (lookup *(esi+0x18) *(esi+0x1c)) # Var-register Var-register => eax 89/<- %esi 0/r32/eax # TODO: assert size is a multiple of 4 # var i/eax: int = 0 b8/copy-to-eax 0/imm32 { $emit-subx-call-operand-register-indirect:loop: # if (i >= size) break 39/compare %eax 1/r32/ecx 7d/jump-if->= break/disp8 # emit " *(" v->register "+" i ")" (write-buffered *(ebp+8) " *(") (write-buffered *(ebp+8) %esi) (write-buffered *(ebp+8) "+") (write-int32-hex-buffered *(ebp+8) %eax) (write-buffered *(ebp+8) ")") # i += 4 05/add-to-eax 4/imm32 # eb/jump loop/disp8 } $emit-subx-call-operand-register-indirect:end: # . restore registers 5e/pop-to-esi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-subx-call-operand-stack: # out: (addr buffered-file), v: (addr var) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 56/push-esi # esi = v 8b/-> *(ebp+0xc) 6/r32/esi # var curr/ecx: int = v->offset 8b/-> *(esi+0x14) 1/r32/ecx # Var-offset # var max/eax: int = v->offset + size-of(v) (size-of %esi) # => eax # TODO: assert size is a multiple of 4 01/add-to %eax 1/r32/ecx { $emit-subx-call-operand-stack:loop: # if (curr >= max) break 39/compare %ecx 0/r32/eax 7d/jump-if->= break/disp8 # emit " *(ebp+" curr ")" (write-buffered *(ebp+8) " *(ebp+") (write-int32-hex-buffered *(ebp+8) %ecx) (write-buffered *(ebp+8) ")") # i += 4 81 0/subop/add %ecx 4/imm32 # eb/jump loop/disp8 } $emit-subx-call-operand-stack:end: # . restore registers 5e/pop-to-esi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-subx-var-as-rm32: # out: (addr buffered-file), s: (addr stmt-var) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax 51/push-ecx 56/push-esi # ecx = s 8b/-> *(ebp+0xc) 1/r32/ecx # var operand/esi: (addr var) = lookup(s->value) (lookup *ecx *(ecx+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %esi 0/r32/eax # if (operand->register && s->is-deref?) emit "*__" { $emit-subx-var-as-rm32:check-for-register-indirect: 81 7/subop/compare *(esi+0x18) 0/imm32 # Var-register 74/jump-if-= break/disp8 81 7/subop/compare *(ecx+0x10) 0/imm32/false # Stmt-var-is-deref 74/jump-if-= break/disp8 $emit-subx-var-as-rm32:register-indirect: (write-buffered *(ebp+8) " *") (lookup *(esi+0x18) *(esi+0x1c)) # Var-register Var-register => eax (write-buffered *(ebp+8) %eax) e9/jump $emit-subx-var-as-rm32:end/disp32 } # if (operand->register && !s->is-deref?) emit "%__" { $emit-subx-var-as-rm32:check-for-register-direct: 81 7/subop/compare *(esi+0x18) 0/imm32 # Var-register 74/jump-if-= break/disp8 81 7/subop/compare *(ecx+0x10) 0/imm32/false # Stmt-var-is-deref 75/jump-if-!= break/disp8 $emit-subx-var-as-rm32:register-direct: (write-buffered *(ebp+8) " %") (lookup *(esi+0x18) *(esi+0x1c)) # Var-register Var-register => eax (write-buffered *(ebp+8) %eax) e9/jump $emit-subx-var-as-rm32:end/disp32 } # else if (operand->stack-offset) emit "*(ebp+__)" { 81 7/subop/compare *(esi+0x14) 0/imm32 # Var-offset 74/jump-if-= break/disp8 $emit-subx-var-as-rm32:stack: (write-buffered *(ebp+8) Space) (write-buffered *(ebp+8) "*(ebp+") (write-int32-hex-buffered *(ebp+8) *(esi+0x14)) # Var-offset (write-buffered *(ebp+8) ")") } $emit-subx-var-as-rm32:end: # . restore registers 5e/pop-to-esi 59/pop-to-ecx 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return find-matching-primitive: # primitives: (addr primitive), stmt: (addr stmt) -> result/eax: (addr primitive) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # var curr/ecx: (addr primitive) = primitives 8b/-> *(ebp+8) 1/r32/ecx { $find-matching-primitive:loop: # if (curr == null) break 81 7/subop/compare %ecx 0/imm32 74/jump-if-= break/disp8 # if match(curr, stmt) return curr { (mu-stmt-matches-primitive? *(ebp+0xc) %ecx) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 89/<- %eax 1/r32/ecx eb/jump $find-matching-primitive:end/disp8 } $find-matching-primitive:next-primitive: # curr = curr->next (lookup *(ecx+0x3c) *(ecx+0x40)) # Primitive-next Primitive-next => eax 89/<- %ecx 0/r32/eax # e9/jump loop/disp32 } # return null b8/copy-to-eax 0/imm32 $find-matching-primitive:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return mu-stmt-matches-primitive?: # stmt: (addr stmt), primitive: (addr primitive) -> result/eax: boolean # A mu stmt matches a primitive if the name matches, all the inout vars # match, and all the output vars match. # Vars match if types match and registers match. # In addition, a stmt output matches a primitive's output if types match # and the primitive has a wildcard register. # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # ecx = stmt 8b/-> *(ebp+8) 1/r32/ecx # edx = primitive 8b/-> *(ebp+0xc) 2/r32/edx { $mu-stmt-matches-primitive?:check-name: # if (primitive->name != stmt->operation) return false # . var esi: (addr array byte) = lookup(stmt->operation) (lookup *(ecx+4) *(ecx+8)) # Stmt1-operation Stmt1-operation => eax 89/<- %esi 0/r32/eax # . var edi: (addr array byte) = lookup(primitive->name) (lookup *edx *(edx+4)) # Primitive-name Primitive-name => eax #? (write-buffered Stderr %eax) #? (write-buffered Stderr Newline) #? (flush Stderr) 89/<- %edi 0/r32/eax (string-equal? %esi %edi) # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 b8/copy-to-eax 0/imm32 e9/jump $mu-stmt-matches-primitive?:end/disp32 } # var curr/esi: (addr stmt-var) = lookup(stmt->inouts) (lookup *(ecx+0xc) *(ecx+0x10)) # Stmt1-inouts Stmt1-inouts => eax 89/<- %esi 0/r32/eax # var curr2/edi: (addr list var) = lookup(primitive->inouts) (lookup *(edx+8) *(edx+0xc)) # Primitive-inouts Primitive-inouts => eax 89/<- %edi 0/r32/eax { $mu-stmt-matches-primitive?:inouts-loop: # if (curr == 0 && curr2 == 0) move on to check outputs { $mu-stmt-matches-primitive?:check-both-inouts-null: 81 7/subop/compare %esi 0/imm32 75/jump-if-!= break/disp8 $mu-stmt-matches-primitive?:stmt-inout-null: 81 7/subop/compare %edi 0/imm32 0f 84/jump-if-= $mu-stmt-matches-primitive?:check-outputs/disp32 $mu-stmt-matches-primitive?:stmt-inout-null-and-prim-inout-not-null: # return false b8/copy-to-eax 0/imm32/false e9/jump $mu-stmt-matches-primitive?:end/disp32 } # if (curr2 == 0) return false { $mu-stmt-matches-primitive?:check-prim-inout-null: 81 7/subop/compare %edi 0/imm32 75/jump-if-!= break/disp8 $mu-stmt-matches-primitive?:prim-inout-null: b8/copy-to-eax 0/imm32/false e9/jump $mu-stmt-matches-primitive?:end/disp32 } # if (curr != curr2) return false { $mu-stmt-matches-primitive?:check-inouts-match: (lookup *edi *(edi+4)) # List-value List-value => eax (operand-matches-primitive? %esi %eax) # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 $mu-stmt-matches-primitive?:inouts-match: b8/copy-to-eax 0/imm32/false e9/jump $mu-stmt-matches-primitive?:end/disp32 } $mu-stmt-matches-primitive?:next-inout: # curr = lookup(curr->next) (lookup *(esi+8) *(esi+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %esi 0/r32/eax # curr2 = lookup(curr2->next) (lookup *(edi+8) *(edi+0xc)) # List-next List-next => eax 89/<- %edi 0/r32/eax # e9/jump loop/disp32 } $mu-stmt-matches-primitive?:check-outputs: # var curr/esi: (addr stmt-var) = lookup(stmt->outputs) (lookup *(ecx+0x14) *(ecx+0x18)) # Stmt1-outputs Stmt1-outputs => eax 89/<- %esi 0/r32/eax # var curr2/edi: (addr list var) = lookup(primitive->outputs) (lookup *(edx+0x10) *(edx+0x14)) # Primitive-outputs Primitive-outputs => eax 89/<- %edi 0/r32/eax { $mu-stmt-matches-primitive?:outputs-loop: # if (curr == 0) return (curr2 == 0) { $mu-stmt-matches-primitive?:check-both-outputs-null: 81 7/subop/compare %esi 0/imm32 75/jump-if-!= break/disp8 { $mu-stmt-matches-primitive?:stmt-output-null: 81 7/subop/compare %edi 0/imm32 75/jump-if-!= break/disp8 $mu-stmt-matches-primitive?:both-outputs-null: # return true b8/copy-to-eax 1/imm32 e9/jump $mu-stmt-matches-primitive?:end/disp32 } $mu-stmt-matches-primitive?:stmt-output-null-and-prim-output-not-null: # return false b8/copy-to-eax 0/imm32 e9/jump $mu-stmt-matches-primitive?:end/disp32 } # if (curr2 == 0) return false { $mu-stmt-matches-primitive?:check-prim-output-null: 81 7/subop/compare %edi 0/imm32 75/jump-if-!= break/disp8 $mu-stmt-matches-primitive?:prim-output-is-null: b8/copy-to-eax 0/imm32 e9/jump $mu-stmt-matches-primitive?:end/disp32 } # if (curr != curr2) return false { $mu-stmt-matches-primitive?:check-outputs-match: (lookup *edi *(edi+4)) # List-value List-value => eax (operand-matches-primitive? %esi %eax) # => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 $mu-stmt-matches-primitive?:outputs-match: b8/copy-to-eax 0/imm32 e9/jump $mu-stmt-matches-primitive?:end/disp32 } $mu-stmt-matches-primitive?:next-output: # curr = lookup(curr->next) (lookup *(esi+8) *(esi+0xc)) # Stmt-var-next Stmt-var-next => eax 89/<- %esi 0/r32/eax # curr2 = lookup(curr2->next) (lookup *(edi+8) *(edi+0xc)) # List-next List-next => eax 89/<- %edi 0/r32/eax # e9/jump loop/disp32 } $mu-stmt-matches-primitive?:return-true: b8/copy-to-eax 1/imm32 $mu-stmt-matches-primitive?:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return operand-matches-primitive?: # s: (addr stmt-var), prim-var: (addr var) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx 52/push-edx 53/push-ebx 56/push-esi 57/push-edi # ecx = s 8b/-> *(ebp+8) 1/r32/ecx # var var/esi: (addr var) = lookup(s->value) (lookup *ecx *(ecx+4)) # Stmt-var-value Stmt-var-value => eax 89/<- %esi 0/r32/eax # edi = prim-var 8b/-> *(ebp+0xc) 7/r32/edi $operand-matches-primitive?:check-type: # if !category-match?(var->type, prim-var->type) return false # . var vtype/ebx: (addr type-tree) = lookup(var->type) (lookup *(esi+8) *(esi+0xc)) # Var-type Var-type => eax 89/<- %ebx 0/r32/eax # . if s is deref, vtype = vtype->right { 81 7/subop/compare *(ecx+0x10) 0/imm32/false # Stmt-var-is-deref 74/jump-if-= break/disp8 $operand-matches-primitive?:is-deref: # . var t/eax: (addr type) (lookup *(ebx+0xc) *(ebx+0x10)) # Type-tree-right Type-tree-right => eax # . if !t->is-atom? t = t->left 81 7/subop/compare *eax 0/imm32/false { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } # . 89/<- %ebx 0/r32/eax } # . var ptype/eax: (addr type-tree) = lookup(prim-var->type) (lookup *(edi+8) *(edi+0xc)) # Var-type Var-type => eax (subx-type-category-match? %ebx %eax) # => eax 3d/compare-eax-and 0/imm32/false 0f 84/jump-if-= $operand-matches-primitive?:return-false/disp32 { $operand-matches-primitive?:check-register: # if prim-var is in memory and var is in register but dereference, match { 81 7/subop/compare *(edi+0x18) 0/imm32 # Var-register 0f 85/jump-if-!= break/disp32 81 7/subop/compare *(esi+0x18) 0/imm32 # Var-register 74/jump-if-= break/disp8 81 7/subop/compare *(ecx+0x10) 0/imm32/false # Stmt-var-is-deref 74/jump-if-= break/disp8 $operand-matches-primitive?:var-deref-match: e9/jump $operand-matches-primitive?:return-true/disp32 } # if prim-var is in register and var is in register but dereference, no match { 81 7/subop/compare *(edi+0x18) 0/imm32 # Var-register 0f 84/jump-if-= break/disp32 81 7/subop/compare *(esi+0x18) 0/imm32 # Var-register 0f 84/jump-if-= break/disp32 81 7/subop/compare *(ecx+0x10) 0/imm32/false # Stmt-var-is-deref 74/jump-if-= break/disp8 $operand-matches-primitive?:var-deref-no-match: e9/jump $operand-matches-primitive?:return-false/disp32 } # return false if var->register doesn't match prim-var->register { # if register addresses are equal, it's a match # var vreg/ebx: (addr array byte) = lookup(var->register) (lookup *(esi+0x18) *(esi+0x1c)) # Var-register Var-register => eax 89/<- %ebx 0/r32/eax # var preg/ecx: (addr array byte) = lookup(prim-var->register) (lookup *(edi+0x18) *(edi+0x1c)) # Var-register Var-register => eax 89/<- %ecx 0/r32/eax # if (vreg == preg) break 39/compare %ecx 3/r32/ebx 74/jump-if-= break/disp8 $operand-matches-primitive?:var-register-no-match: # if either address is 0, return false 81 7/subop/compare %ebx 0/imm32 74/jump-if-= $operand-matches-primitive?:return-false/disp8 81 7/subop/compare %ecx 0/imm32 74/jump-if-= $operand-matches-primitive?:return-false/disp8 # if prim-var->register is wildcard, it's a match (string-equal? %ecx "*") # Any-register => eax 3d/compare-eax-and 0/imm32/false 75/jump-if-!= break/disp8 $operand-matches-primitive?:wildcard-no-match: # if string contents aren't equal, return false (string-equal? %ecx %ebx) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= $operand-matches-primitive?:return-false/disp8 } } $operand-matches-primitive?:return-true: b8/copy-to-eax 1/imm32/true eb/jump $operand-matches-primitive?:end/disp8 $operand-matches-primitive?:return-false: b8/copy-to-eax 0/imm32/false $operand-matches-primitive?:end: # . restore registers 5f/pop-to-edi 5e/pop-to-esi 5b/pop-to-ebx 5a/pop-to-edx 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return find-matching-function: # functions: (addr function), stmt: (addr stmt) -> result/eax: (addr function) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # var curr/ecx: (handle function) = functions 8b/-> *(ebp+8) 1/r32/ecx { # if (curr == null) break 81 7/subop/compare %ecx 0/imm32 74/jump-if-= break/disp8 #? (write-buffered Stderr "iter\n") #? (flush Stderr) # if match(stmt, curr) return curr { (mu-stmt-matches-function? *(ebp+0xc) %ecx) # => eax 3d/compare-eax-and 0/imm32/false 74/jump-if-= break/disp8 89/<- %eax 1/r32/ecx eb/jump $find-matching-function:end/disp8 } # curr = curr->next (lookup *(ecx+0x20) *(ecx+0x24)) # Function-next Function-next => eax 89/<- %ecx 0/r32/eax # eb/jump loop/disp8 } # return null b8/copy-to-eax 0/imm32 $find-matching-function:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # Just compare names; user-defined functions don't support overloading yet. mu-stmt-matches-function?: # stmt: (addr stmt1), function: (addr function) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # return function->name == stmt->operation # ecx = lookup(stmt->operation) 8b/-> *(ebp+8) 0/r32/eax (lookup *(eax+4) *(eax+8)) # Stmt1-operation Stmt1-operation => eax 89/<- %ecx 0/r32/eax # eax = lookup(function->name) 8b/-> *(ebp+0xc) 0/r32/eax (lookup *eax *(eax+4)) # Function-name Function-name => eax (string-equal? %eax %ecx) # => eax $mu-stmt-matches-function?:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return # Type-checking happens elsewhere. This method is for selecting between # primitives. subx-type-category-match?: # a: (addr type-tree), b: (addr type-tree) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # var cata/ecx: int = type-category(a) (type-category *(ebp+8)) # => eax 89/<- %ecx 0/r32/eax # var catb/eax: int = type-category(b) (type-category *(ebp+0xc)) # => eax # return cata == catb 39/compare %eax 1/r32/ecx 0f 94/set-byte-if-= %al 81 4/subop/and %eax 0xff/imm32 $subx-type-category-match?:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return type-category: # a: (addr type-tree) -> result/eax: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # var lit?/ecx: boolean = literal-type?(a) (simple-mu-type? *(ebp+8) 0) # literal => eax 89/<- %ecx 0/r32/eax # var float?/eax: int = float?(a) (simple-mu-type? *(ebp+8) 0xf) # => eax # set bits for lit? and float? c1/shift 4/subop/left %ecx 1/imm8 09/or %eax 1/r32/ecx $type-category:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return simple-mu-type?: # a: (addr type-tree), n: type-id -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 51/push-ecx # ecx = n 8b/-> *(ebp+0xc) 1/r32/ecx # return (a->value == n) 8b/-> *(ebp+8) 0/r32/eax 39/compare *(eax+4) 1/r32/ecx # Type-tree-value 0f 94/set-byte-if-= %al 81 4/subop/and %eax 0xff/imm32 $simple-mu-type?:end: # . restore registers 59/pop-to-ecx # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return mu-addr-type?: # a: (addr type-tree) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # eax = a 8b/-> *(ebp+8) 0/r32/eax # if (!a->is-atom?) a = a->left 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } # return (a->value == addr) 81 7/subop/compare *(eax+4) 2/imm32/addr # Type-tree-value 0f 94/set-byte-if-= %al 81 4/subop/and %eax 0xff/imm32 $mu-addr-type?:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return mu-array-type?: # a: (addr type-tree) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # eax = a 8b/-> *(ebp+8) 0/r32/eax # if (!a->is-atom?) a = a->left 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } # return (a->value == array) 81 7/subop/compare *(eax+4) 3/imm32/array # Type-tree-value 0f 94/set-byte-if-= %al 81 4/subop/and %eax 0xff/imm32 $mu-array-type?:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return mu-string-type?: # a: (addr type-tree) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 56/push-esi # esi = a 8b/-> *(ebp+8) 6/r32/esi # if (a->is-atom?) return false 81 7/subop/compare *esi 0/imm32/false # Type-tree-is-atom 0f 85/jump-if-!= $mu-string-type?:return-false/disp32 # if a is not an addr, return false (mu-addr-type? %esi) # => eax 3d/compare-eax-with 0/imm32/false 0f 84/jump-if-= $mu-string-type?:end/disp32 # eax changes var # if a is not an array, return false (lookup *(esi+0xc) *(esi+0x10)) # Type-tree-right Type-tree-right => eax (mu-array-type? %eax) # => eax 3d/compare-eax-with 0/imm32/false 74/jump-if-= $mu-string-type?:end/disp8 # eax changes var # var p/eax: (addr type-tree) = payload of a (lookup *(esi+0xc) *(esi+0x10)) # Type-tree-right Type-tree-right => eax (lookup *(eax+0xc) *(eax+0x10)) # Type-tree-right Type-tree-right => eax # if p is an atom, return false 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom 75/jump-if-!= $mu-string-type?:return-false/disp8 # return (p == byte) (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax (simple-mu-type? %eax 8) # byte => eax eb/jump $mu-string-type?:end/disp8 $mu-string-type?:return-false: b8/copy-to-eax 0/imm32/false $mu-string-type?:end: # . restore registers 5e/pop-to-esi # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return mu-stream-type?: # a: (addr type-tree) -> result/eax: boolean # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # eax = a 8b/-> *(ebp+8) 0/r32/eax # if (!a->is-atom?) a = a->left 81 7/subop/compare *eax 0/imm32/false # Type-tree-is-atom { 75/jump-if-!= break/disp8 (lookup *(eax+4) *(eax+8)) # Type-tree-left Type-tree-left => eax } # return (a->value == stream) 81 7/subop/compare *(eax+4) 0xb/imm32/stream # Type-tree-value 0f 94/set-byte-if-= %al 81 4/subop/and %eax 0xff/imm32 $mu-stream-type?:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-emit-subx-stmt-primitive: # Primitive operation on a variable on the stack. # increment foo # => # ff 0/subop/increment *(ebp-8) # # There's a variable on the var stack as follows: # name: 'foo' # type: int # stack-offset: -8 # # There's a primitive with this info: # name: 'increment' # inouts: int/mem # value: 'ff 0/subop/increment' # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) # simulate allocated payloads starting with an initial fake alloc-id (0x11) $test-emit-subx-stmt-primitive:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-emit-subx-stmt-primitive:initialize-var: # var var-foo/ecx: (payload var) = var(type) 68/push 0/imm32/no-register 68/push 0/imm32/no-register 68/push -8/imm32/stack-offset 68/push 1/imm32/block-depth 51/push-ecx/type 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-emit-subx-stmt-primitive:initialize-var-name: # var-foo->name = "foo" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "foo" %eax) $test-emit-subx-stmt-primitive:initialize-stmt-var: # var operand/ebx: (payload stmt-var) = stmt-var(var-foo) 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 51/push-ecx/var-foo 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ebx 4/r32/esp $test-emit-subx-stmt-primitive:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/no-outputs 68/push 0/imm32/no-outputs 53/push-ebx/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag 89/<- %esi 4/r32/esp $test-emit-subx-stmt-primitive:initialize-stmt-operation: # stmt->operation = "increment" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "increment" %eax) $test-emit-subx-stmt-primitive:initialize-primitive: # var primitives/ebx: (addr primitive) 68/push 0/imm32/next 68/push 0/imm32/next 68/push 0/imm32/no-x32 68/push 0/imm32/no-xm32 68/push 0/imm32/no-disp32 68/push 0/imm32/no-imm8 68/push 0/imm32/no-imm32 68/push 0/imm32/no-r32 68/push 1/imm32/rm32-is-first-inout 68/push 0/imm32/subx-name 68/push 0/imm32/subx-name 68/push 0/imm32/no-outputs 68/push 0/imm32/no-outputs 53/push-ebx/inouts # hack: reuse stmt-var from call stmt as (list var) in function declaration 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 89/<- %ebx 4/r32/esp $test-emit-subx-stmt-primitive:initialize-primitive-name: # primitives->name = "increment" (copy-array Heap "increment" %ebx) # Primitive-name $test-emit-subx-stmt-primitive:initialize-primitive-subx-name: # primitives->subx-name = "ff 0/subop/increment" 8d/copy-address *(ebx+0x18) 0/r32/eax # Primitive-subx-name (copy-array Heap "ff 0/subop/increment" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi %ebx 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "ff 0/subop/increment *(ebp+0xfffffff8)" "F - test-emit-subx-stmt-primitive") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-emit-subx-stmt-primitive-register: # Primitive operation on a variable in a register. # foo <- increment # => # ff 0/subop/increment %eax # sub-optimal, but should suffice # # There's a variable on the var stack as follows: # name: 'foo' # type: int # register: 'eax' # # There's a primitive with this info: # name: 'increment' # out: int/reg # value: 'ff 0/subop/increment' # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-emit-subx-stmt-primitive-register:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-emit-subx-stmt-primitive-register:initialize-var: # var var-foo/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-emit-subx-stmt-primitive-register:initialize-var-name: # var-foo->name = "foo" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "foo" %eax) $test-emit-subx-stmt-primitive-register:initialize-var-register: # var-foo->register = "eax" 8d/copy-address *(ecx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "eax" %eax) $test-emit-subx-stmt-primitive-register:initialize-stmt-var: # var operand/ebx: (payload stmt-var) 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 51/push-ecx/var-foo 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ebx 4/r32/esp $test-emit-subx-stmt-primitive-register:initialize-stmt: # var stmt/esi: (addr statement) 53/push-ebx/outputs 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/no-inouts 68/push 0/imm32/no-inouts 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32 89/<- %esi 4/r32/esp $test-emit-subx-stmt-primitive-register:initialize-stmt-operation: # stmt->operation = "increment" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "increment" %eax) $test-emit-subx-stmt-primitive-register:initialize-formal-var: # var formal-var/ebx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth ff 6/subop/push *(ecx+0x10) # Var-type + payload alloc id + handle alloc id 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ebx 4/r32/esp $test-emit-subx-stmt-primitive-register:initialize-formal-var-name: # formal-var->name = "dummy" 8d/copy-address *(ebx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "dummy" %eax) $test-emit-subx-stmt-primitive-register:initialize-formal-register: # formal-var->register = "*" 8d/copy-address *(ebx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "*" %eax) # Any-register $test-emit-subx-stmt-primitive-register:initialize-var-list: # var formal-outputs/ebx: (payload list var) 68/push 0/imm32/next 68/push 0/imm32/next 53/push-ebx/formal-var 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ebx 4/r32/esp $test-emit-subx-stmt-primitive-register:initialize-primitive: # var primitives/ebx: (addr primitive) 68/push 0/imm32/next 68/push 0/imm32/next 68/push 0/imm32/no-x32 68/push 0/imm32/no-xm32 68/push 0/imm32/no-disp32 68/push 0/imm32/no-imm8 68/push 0/imm32/no-imm32 68/push 0/imm32/no-r32 68/push 3/imm32/rm32-is-first-output 68/push 0/imm32/subx-name 68/push 0/imm32/subx-name 53/push-ebx/outputs 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/no-inouts 68/push 0/imm32/no-inouts 68/push 0/imm32/name 68/push 0/imm32/name 89/<- %ebx 4/r32/esp $test-emit-subx-stmt-primitive-register:initialize-primitive-name: # primitives->name = "increment" (copy-array Heap "increment" %ebx) # Primitive-name $test-emit-subx-stmt-primitive-register:initialize-primitive-subx-name: # primitives->subx-name = "ff 0/subop/increment" 8d/copy-address *(ebx+0x18) 0/r32/eax # Primitive-subx-name (copy-array Heap "ff 0/subop/increment" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi %ebx 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "ff 0/subop/increment %eax" "F - test-emit-subx-stmt-primitive-register") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-emit-subx-stmt-select-primitive: # Select the right primitive between overloads. # foo <- increment # => # ff 0/subop/increment %eax # sub-optimal, but should suffice # # There's a variable on the var stack as follows: # name: 'foo' # type: int # register: 'eax' # # There's two primitives, as follows: # - name: 'increment' # out: int/reg # value: 'ff 0/subop/increment' # - name: 'increment' # inout: int/mem # value: 'ff 0/subop/increment' # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-emit-subx-stmt-select-primitive:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-emit-subx-stmt-select-primitive:initialize-var: # var var-foo/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-emit-subx-stmt-select-primitive:initialize-var-name: # var-foo->name = "foo" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "foo" %eax) $test-emit-subx-stmt-select-primitive:initialize-var-register: # var-foo->register = "eax" 8d/copy-address *(ecx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "eax" %eax) $test-emit-subx-stmt-select-primitive:initialize-stmt-var: # var operand/ebx: (payload stmt-var) 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 51/push-ecx/var-foo 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ebx 4/r32/esp $test-emit-subx-stmt-select-primitive:initialize-stmt: # var stmt/esi: (addr statement) 53/push-ebx/outputs 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/no-inouts 68/push 0/imm32/no-inouts 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32 89/<- %esi 4/r32/esp $test-emit-subx-stmt-select-primitive:initialize-stmt-operation: # stmt->operation = "increment" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "increment" %eax) $test-emit-subx-stmt-select-primitive:initialize-formal-var: # var formal-var/ebx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth ff 6/subop/push *(ecx+0x10) # Var-type + payload alloc id + handle alloc id 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ebx 4/r32/esp $test-emit-subx-stmt-select-primitive:initialize-formal-var-name: # formal-var->name = "dummy" 8d/copy-address *(ebx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "dummy" %eax) $test-emit-subx-stmt-select-primitive:initialize-formal-register: # formal-var->register = "*" 8d/copy-address *(ebx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "*" %eax) # Any-register $test-emit-subx-stmt-select-primitive:initialize-var-list: # var formal-outputs/ebx: (payload list var) 68/push 0/imm32/next 68/push 0/imm32/next 53/push-ebx/formal-var 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ebx 4/r32/esp $test-emit-subx-stmt-select-primitive:initialize-primitive2: # var primitive2/edi: (payload primitive) 68/push 0/imm32/next 68/push 0/imm32/next 68/push 0/imm32/no-x32 68/push 0/imm32/no-xm32 68/push 0/imm32/no-disp32 68/push 0/imm32/no-imm8 68/push 0/imm32/no-imm32 68/push 0/imm32/no-r32 68/push 3/imm32/rm32-is-first-output 68/push 0/imm32/subx-name 68/push 0/imm32/subx-name 53/push-ebx/outputs 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/no-inouts 68/push 0/imm32/no-inouts 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edi 4/r32/esp $test-emit-subx-stmt-select-primitive:initialize-primitive2-name: # primitives->name = "increment" 8d/copy-address *(edi+4) 0/r32/eax # Primitive-name + 4 (copy-array Heap "increment" %eax) $test-emit-subx-stmt-select-primitive:initialize-primitive2-subx-name: # primitives->subx-name = "ff 0/subop/increment" 8d/copy-address *(edi+0x1c) 0/r32/eax # Primitive-subx-name + 4 (copy-array Heap "ff 0/subop/increment" %eax) $test-emit-subx-stmt-select-primitive:initialize-primitive: # var primitives/ebx: (addr primitive) 57/push-edi 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/no-x32 68/push 0/imm32/no-xm32 68/push 0/imm32/no-disp32 68/push 0/imm32/no-imm8 68/push 0/imm32/no-imm32 68/push 0/imm32/no-r32 68/push 1/imm32/rm32-is-first-inout 68/push 0/imm32/subx-name 68/push 0/imm32/subx-name 68/push 0/imm32/no-outputs 68/push 0/imm32/no-outputs 53/push-ebx/inouts # hack: reuse stmt-var from call stmt as (list var) in function declaration 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 89/<- %ebx 4/r32/esp $test-emit-subx-stmt-select-primitive:initialize-primitive-name: # primitives->name = "increment" (copy-array Heap "increment" %ebx) # Primitive-name $test-emit-subx-stmt-select-primitive:initialize-primitive-subx-name: # primitives->subx-name = "ff 0/subop/increment" 8d/copy-address *(ebx+0x18) 0/r32/eax # Primitive-subx-name (copy-array Heap "ff 0/subop/increment" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi %ebx 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "ff 0/subop/increment %eax" "F - test-emit-subx-stmt-select-primitive") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-emit-subx-stmt-select-primitive-2: # Select the right primitive between overloads. # increment foo # => # ff 0/subop/increment %eax # sub-optimal, but should suffice # # There's a variable on the var stack as follows: # name: 'foo' # type: int # register: 'eax' # # There's two primitives, as follows: # - name: 'increment' # out: int/reg # value: 'ff 0/subop/increment' # - name: 'increment' # inout: int/mem # value: 'ff 0/subop/increment' # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-emit-subx-stmt-select-primitive-2:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-emit-subx-stmt-select-primitive-2:initialize-var: # var var-foo/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-emit-subx-stmt-select-primitive-2:initialize-var-name: # var-foo->name = "foo" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "foo" %eax) $test-emit-subx-stmt-select-primitive-2:initialize-var-register: # var-foo->register = "eax" 8d/copy-address *(ecx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "eax" %eax) $test-emit-subx-stmt-select-primitive-2:initialize-stmt-var: # var operand/ebx: (payload stmt-var) 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 51/push-ecx/var-foo 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ebx 4/r32/esp $test-emit-subx-stmt-select-primitive-2:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/no-outputs 68/push 0/imm32/no-outputs 53/push-ebx/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32 89/<- %esi 4/r32/esp $test-emit-subx-stmt-select-primitive-2:initialize-stmt-operation: # stmt->operation = "increment" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "increment" %eax) $test-emit-subx-stmt-select-primitive-2:initialize-formal-var: # var formal-var/ebx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth ff 6/subop/push *(ecx+0x10) # Var-type + payload alloc id + handle alloc id 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ebx 4/r32/esp $test-emit-subx-stmt-select-primitive-2:initialize-formal-var-name: # formal-var->name = "dummy" 8d/copy-address *(ebx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "dummy" %eax) $test-emit-subx-stmt-select-primitive-2:initialize-formal-register: # formal-var->register = "*" 8d/copy-address *(ebx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "*" %eax) # Any-register $test-emit-subx-stmt-select-primitive-2:initialize-var-list: # var formal-outputs/ebx: (payload list stmt-var) 68/push 0/imm32/next 68/push 0/imm32/next 53/push-ebx/formal-var 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ebx 4/r32/esp $test-emit-subx-stmt-select-primitive-2:initialize-primitive2: # var primitive2/edi: (payload primitive) 68/push 0/imm32/next 68/push 0/imm32/next 68/push 0/imm32/no-x32 68/push 0/imm32/no-xm32 68/push 0/imm32/no-disp32 68/push 0/imm32/no-imm8 68/push 0/imm32/no-imm32 68/push 0/imm32/no-r32 68/push 3/imm32/rm32-is-first-output 68/push 0/imm32/subx-name 68/push 0/imm32/subx-name 53/push-ebx/outputs 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/no-inouts 68/push 0/imm32/no-inouts 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edi 4/r32/esp $test-emit-subx-stmt-select-primitive-2:initialize-primitive2-name: # primitives->name = "increment" 8d/copy-address *(edi+4) 0/r32/eax # Primitive-name + 4 (copy-array Heap "increment" %eax) $test-emit-subx-stmt-select-primitive-2:initialize-primitive2-subx-name: # primitives->subx-name = "ff 0/subop/increment" 8d/copy-address *(edi+0x1c) 0/r32/eax # Primitive-subx-name + 4 (copy-array Heap "ff 0/subop/increment" %eax) $test-emit-subx-stmt-select-primitive-2:initialize-primitive: # var primitives/ebx: (addr primitive) 57/push-edi 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/no-x32 68/push 0/imm32/no-xm32 68/push 0/imm32/no-disp32 68/push 0/imm32/no-imm8 68/push 0/imm32/no-imm32 68/push 0/imm32/no-r32 68/push 1/imm32/rm32-is-first-inout 68/push 0/imm32/subx-name 68/push 0/imm32/subx-name 68/push 0/imm32/no-outputs 68/push 0/imm32/no-outputs 53/push-ebx/inouts # hack: reuse stmt-var from call stmt as (list var) in function declaration 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 89/<- %ebx 4/r32/esp $test-emit-subx-stmt-select-primitive-2:initialize-primitive-name: # primitives->name = "increment" (copy-array Heap "increment" %ebx) # Primitive-name $test-emit-subx-stmt-select-primitive-2:initialize-primitive-subx-name: # primitives->subx-name = "ff 0/subop/increment" 8d/copy-address *(ebx+0x18) 0/r32/eax # Primitive-subx-name (copy-array Heap "ff 0/subop/increment" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi %ebx 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "ff 0/subop/increment %eax" "F - test-emit-subx-stmt-select-primitive-2") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-increment-register: # Select the right register between overloads. # foo <- increment # => # 50/increment-eax # # There's a variable on the var stack as follows: # name: 'foo' # type: int # register: 'eax' # # Primitives are the global definitions. # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-increment-register:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-increment-register:initialize-var: # var var-foo/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-increment-register:initialize-var-name: # var-foo->name = "foo" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "foo" %eax) $test-increment-register:initialize-var-register: # var-foo->register = "eax" 8d/copy-address *(ecx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "eax" %eax) $test-increment-register:initialize-stmt-var: # var operand/ebx: (payload stmt-var) 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 51/push-ecx/var-foo 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ebx 4/r32/esp $test-increment-register:initialize-stmt: # var stmt/esi: (addr statement) 53/push-ebx/outputs 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/no-inouts 68/push 0/imm32/no-inouts 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32 89/<- %esi 4/r32/esp $test-increment-register:initialize-stmt-operation: # stmt->operation = "increment" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "increment" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi Primitives 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "40/increment-eax" "F - test-increment-register") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-add-reg-to-reg: # var1/reg <- add var2/reg # => # 01/add-to %var1 var2 # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-add-reg-to-reg:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-add-reg-to-reg:initialize-var1: # var var1/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-add-reg-to-reg:initialize-var1-name: # var1->name = "var1" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var1" %eax) $test-add-reg-to-reg:initialize-var1-register: # var1->register = "eax" 8d/copy-address *(ecx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "eax" %eax) $test-add-reg-to-reg:initialize-var2: # var var2/edx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth ff 6/subop/push *(ecx+0x10) 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-add-reg-to-reg:initialize-var2-name: # var2->name = "var2" 8d/copy-address *(edx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var2" %eax) $test-add-reg-to-reg:initialize-var2-register: # var2->register = "ecx" 8d/copy-address *(edx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "ecx" %eax) $test-add-reg-to-reg:initialize-inouts: # var inouts/esi: (payload stmt-var) = [var2] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 52/push-edx/var2 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp $test-add-reg-to-reg:initialize-outputs: # var outputs/edi: (payload stmt-var) = [var1] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 51/push-ecx/var1 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edi 4/r32/esp $test-add-reg-to-reg:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/next 68/push 0/imm32/next 57/push-edi/outputs 68/push 0x11/imm32/alloc-id:fake 56/push-esi/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag:stmt1 89/<- %esi 4/r32/esp $test-add-reg-to-reg:initialize-stmt-operation: # stmt->operation = "add" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "add" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi Primitives 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "01/add-to %eax 0x00000001/r32" "F - test-add-reg-to-reg") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-add-reg-to-mem: # add-to var1 var2/reg # => # 01/add-to *(ebp+__) var2 # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-add-reg-to-mem:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-add-reg-to-mem:initialize-var1: # var var1/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 8/imm32/stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-add-reg-to-mem:initialize-var1-name: # var1->name = "var1" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var1" %eax) $test-add-reg-to-mem:initialize-var2: # var var2/edx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth ff 6/subop/push *(ecx+0x10) 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-add-reg-to-mem:initialize-var2-name: # var2->name = "var2" 8d/copy-address *(edx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var2" %eax) $test-add-reg-to-mem:initialize-var2-register: # var2->register = "ecx" 8d/copy-address *(edx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "ecx" %eax) $test-add-reg-to-mem:initialize-inouts: # var inouts/esi: (payload stmt-var) = [var2] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 52/push-edx/var2 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp # inouts = [var1, var2] 68/push 0/imm32/is-deref:false 56/push-esi/next 68/push 0x11/imm32/alloc-id:fake 51/push-ecx/var1 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp $test-add-reg-to-mem:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/next 68/push 0/imm32/next 68/push 0/imm32/outputs 68/push 0/imm32/outputs 56/push-esi/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag:stmt1 89/<- %esi 4/r32/esp $test-add-reg-to-mem:initialize-stmt-operation: # stmt->operation = "add-to" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "add-to" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi Primitives 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "01/add-to *(ebp+0x00000008) 0x00000001/r32" "F - test-add-reg-to-mem") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-add-mem-to-reg: # var1/reg <- add var2 # => # 03/add *(ebp+__) var1 # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-add-mem-to-reg:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-add-mem-to-reg:initialize-var: # var var1/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-add-mem-to-reg:initialize-var-name: # var1->name = "foo" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var1" %eax) $test-add-mem-to-reg:initialize-var-register: # var1->register = "eax" 8d/copy-address *(ecx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "eax" %eax) $test-add-mem-to-reg:initialize-var2: # var var2/edx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 8/imm32/stack-offset 68/push 1/imm32/block-depth ff 6/subop/push *(ecx+0x10) 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-add-mem-to-reg:initialize-var2-name: # var2->name = "var2" 8d/copy-address *(edx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var2" %eax) $test-add-mem-to-reg:initialize-inouts: # var inouts/esi: (payload stmt-var) = [var2] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 52/push-edx/var2 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp $test-add-mem-to-reg:initialize-outputs: # var outputs/edi: (payload stmt-var) = [var1] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 51/push-ecx/var1 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edi 4/r32/esp $test-add-mem-to-reg:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/next 68/push 0/imm32/next 57/push-edi/outputs 68/push 0x11/imm32/alloc-id:fake 56/push-esi/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag:stmt1 89/<- %esi 4/r32/esp $test-add-mem-to-reg:initialize-stmt-operation: # stmt->operation = "add" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "add" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi Primitives 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "03/add *(ebp+0x00000008) 0x00000000/r32" "F - test-add-mem-to-reg") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-add-literal-to-eax: # var1/eax <- add 0x34 # => # 05/add-to-eax 0x34/imm32 # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-add-literal-to-eax:initialize-var-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-add-literal-to-eax:initialize-var: # var v/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-add-literal-to-eax:initialize-var-name: # v->name = "v" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "v" %eax) $test-add-literal-to-eax:initialize-var-register: # v->register = "eax" 8d/copy-address *(ecx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "eax" %eax) $test-add-literal-to-eax:initialize-literal-type: # var type/edx: (payload type-tree) = literal 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 0/imm32/value:literal 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-add-literal-to-eax:initialize-literal: # var l/edx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 52/push-edx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-add-literal-to-eax:initialize-literal-value: # l->name = "0x34" 8d/copy-address *(edx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "0x34" %eax) $test-add-literal-to-eax:initialize-inouts: # var inouts/esi: (payload stmt-var) = [l] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 52/push-edx/l 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp $test-add-literal-to-eax:initialize-outputs: # var outputs/edi: (payload stmt-var) = [v] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 51/push-ecx/v 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edi 4/r32/esp $test-add-literal-to-eax:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/next 68/push 0/imm32/next 57/push-edi/outputs 68/push 0x11/imm32/alloc-id:fake 56/push-esi/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag:stmt1 89/<- %esi 4/r32/esp $test-add-literal-to-eax:initialize-stmt-operation: # stmt->operation = "add" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "add" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi Primitives 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "05/add-to-eax 0x34/imm32" "F - test-add-literal-to-eax") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-add-literal-to-reg: # var1/ecx <- add 0x34 # => # 81 0/subop/add %ecx 0x34/imm32 # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-add-literal-to-reg:initialize-var-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-add-literal-to-reg:initialize-var: # var v/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-add-literal-to-reg:initialize-var-name: # v->name = "v" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "v" %eax) $test-add-literal-to-reg:initialize-var-register: # v->register = "ecx" 8d/copy-address *(ecx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "ecx" %eax) $test-add-literal-to-reg:initialize-literal-type: # var type/edx: (payload type-tree) = literal 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 0/imm32/value:literal 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-add-literal-to-reg:initialize-literal: # var l/edx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 52/push-edx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-add-literal-to-reg:initialize-literal-value: # l->name = "0x34" 8d/copy-address *(edx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "0x34" %eax) $test-add-literal-to-reg:initialize-inouts: # var inouts/esi: (payload stmt-var) = [l] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 52/push-edx/l 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp $test-add-literal-to-reg:initialize-outputs: # var outputs/edi: (payload stmt-var) = [v] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 51/push-ecx/v 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edi 4/r32/esp $test-add-literal-to-reg:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/next 68/push 0/imm32/next 57/push-edi/outputs 68/push 0x11/imm32/alloc-id:fake 56/push-esi/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag:stmt1 89/<- %esi 4/r32/esp $test-add-literal-to-reg:initialize-stmt-operation: # stmt->operation = "add" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "add" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi Primitives 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "81 0/subop/add %ecx 0x34/imm32" "F - test-add-literal-to-reg") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-add-literal-to-mem: # add-to var1, 0x34 # => # 81 0/subop/add %eax 0x34/imm32 # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-add-literal-to-mem:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-add-literal-to-mem:initialize-var1: # var var1/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 8/imm32/stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-add-literal-to-mem:initialize-var1-name: # var1->name = "var1" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var1" %eax) $test-add-literal-to-mem:initialize-literal-type: # var type/edx: (payload type-tree) = literal 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 0/imm32/value:literal 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-add-literal-to-mem:initialize-literal: # var l/edx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 52/push-edx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-add-literal-to-mem:initialize-literal-value: # l->name = "0x34" 8d/copy-address *(edx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "0x34" %eax) $test-add-literal-to-mem:initialize-inouts: # var inouts/esi: (payload stmt-var) = [l] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 52/push-edx/l 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp # var inouts = (handle stmt-var) = [var1, var2] 68/push 0/imm32/is-deref:false 56/push-esi/next 68/push 0x11/imm32/alloc-id:fake 51/push-ecx/var1 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp $test-add-literal-to-mem:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/next 68/push 0/imm32/next 68/push 0/imm32/outputs 68/push 0/imm32/outputs 56/push-esi/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag:stmt1 89/<- %esi 4/r32/esp $test-add-literal-to-mem:initialize-stmt-operation: # stmt->operation = "add-to" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "add-to" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi Primitives 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "81 0/subop/add *(ebp+0x00000008) 0x34/imm32" "F - test-add-literal-to-mem") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-shift-reg-by-literal: # var1/ecx <- shift-left 2 # => # c1/shift 4/subop/left %ecx 2/imm8 # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-shift-reg-by-literal:initialize-var-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-shift-reg-by-literal:initialize-var: # var v/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-shift-reg-by-literal:initialize-var-name: # v->name = "v" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "v" %eax) $test-shift-reg-by-literal:initialize-var-register: # v->register = "ecx" 8d/copy-address *(ecx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "ecx" %eax) $test-shift-reg-by-literal:initialize-literal-type: # var type/edx: (payload type-tree) = literal 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 0/imm32/value:literal 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-shift-reg-by-literal:initialize-literal: # var l/edx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 52/push-edx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-shift-reg-by-literal:initialize-literal-value: # l->name = "2" 8d/copy-address *(edx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "2" %eax) $test-shift-reg-by-literal:initialize-inouts: # var inouts/esi: (payload stmt-var) = [l] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 52/push-edx/l 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp $test-shift-reg-by-literal:initialize-outputs: # var outputs/edi: (payload stmt-var) = [v] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 51/push-ecx/v 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edi 4/r32/esp $test-shift-reg-by-literal:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/next 68/push 0/imm32/next 57/push-edi/outputs 68/push 0x11/imm32/alloc-id:fake 56/push-esi/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag:stmt1 89/<- %esi 4/r32/esp $test-shift-reg-by-literal:initialize-stmt-operation: # stmt->operation = "shift-left" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "shift-left" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi Primitives 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "c1/shift 4/subop/left %ecx 2/imm8" "F - test-shift-reg-by-literal") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-shift-mem-by-literal: # shift-left var 3 # => # c1/shift 4/subop/left *(ebp+8) 3/imm8 # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-shift-mem-by-literal:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-shift-mem-by-literal:initialize-var1: # var var1/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 8/imm32/stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-shift-mem-by-literal:initialize-var1-name: # var1->name = "var1" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var1" %eax) $test-shift-mem-by-literal:initialize-literal-type: # var type/edx: (payload type-tree) = literal 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 0/imm32/value:literal 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-shift-mem-by-literal:initialize-literal: # var l/edx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 52/push-edx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-shift-mem-by-literal:initialize-literal-value: # l->name = "3" 8d/copy-address *(edx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "3" %eax) $test-shift-mem-by-literal:initialize-inouts: # var inouts/esi: (payload stmt-var) = [l] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 52/push-edx/l 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp # var inouts = (handle stmt-var) = [var1, var2] 68/push 0/imm32/is-deref:false 56/push-esi/next 68/push 0x11/imm32/alloc-id:fake 51/push-ecx/var1 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp $test-shift-mem-by-literal:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/next 68/push 0/imm32/next 68/push 0/imm32/outputs 68/push 0/imm32/outputs 56/push-esi/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag:stmt1 89/<- %esi 4/r32/esp $test-shift-mem-by-literal:initialize-stmt-operation: # stmt->operation = "shift-left" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "shift-left" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi Primitives 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "c1/shift 4/subop/left *(ebp+0x00000008) 3/imm8" "F - test-shift-mem-by-literal") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-compare-reg-with-reg: # compare var1/ecx, var2/eax # => # 39/compare %ecx 0/r32/eax # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-compare-reg-with-reg:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-compare-reg-with-reg:initialize-var1: # var var1/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-compare-reg-with-reg:initialize-var1-name: # var1->name = "var1" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var1" %eax) $test-compare-reg-with-reg:initialize-var1-register: # var1->register = "ecx" 8d/copy-address *(ecx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "ecx" %eax) $test-compare-reg-with-reg:initialize-var2: # var var2/edx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth ff 6/subop/push *(ecx+0x10) 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-compare-reg-with-reg:initialize-var2-name: # var2->name = "var2" 8d/copy-address *(edx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var2" %eax) $test-compare-reg-with-reg:initialize-var2-register: # var2->register = "eax" 8d/copy-address *(edx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "eax" %eax) $test-compare-reg-with-reg:initialize-inouts: # var inouts/esi: (payload stmt-var) = [var2] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 52/push-edx/var2 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp # inouts = [var1, var2] 68/push 0/imm32/is-deref:false 56/push-esi/next 68/push 0x11/imm32/alloc-id:fake 51/push-ecx/var1 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp $test-compare-reg-with-reg:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/next 68/push 0/imm32/next 68/push 0/imm32/outputs 68/push 0/imm32/outputs 56/push-esi/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag:stmt1 89/<- %esi 4/r32/esp $test-compare-reg-with-reg:initialize-stmt-operation: # stmt->operation = "compare" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "compare" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi Primitives 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "39/compare-> %ecx 0x00000000/r32" "F - test-compare-reg-with-reg") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-compare-mem-with-reg: # compare var1, var2/eax # => # 39/compare *(ebp+___) 0/r32/eax # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-compare-mem-with-reg:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-compare-mem-with-reg:initialize-var1: # var var1/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 8/imm32/stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-compare-mem-with-reg:initialize-var1-name: # var1->name = "var1" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var1" %eax) $test-compare-mem-with-reg:initialize-var2: # var var2/edx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth ff 6/subop/push *(ecx+0x10) 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-compare-mem-with-reg:initialize-var2-name: # var2->name = "var2" 8d/copy-address *(edx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var2" %eax) $test-compare-mem-with-reg:initialize-var2-register: # var2->register = "eax" 8d/copy-address *(edx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "eax" %eax) $test-compare-mem-with-reg:initialize-inouts: # var inouts/esi: (payload stmt-var) = [var2] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 52/push-edx/var2 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp # inouts = [var1, var2] 68/push 0/imm32/is-deref:false 56/push-esi/next 68/push 0x11/imm32/alloc-id:fake 51/push-ecx/var1 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp $test-compare-mem-with-reg:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/next 68/push 0/imm32/next 68/push 0/imm32/outputs 68/push 0/imm32/outputs 56/push-esi/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag:stmt1 89/<- %esi 4/r32/esp $test-compare-mem-with-reg:initialize-stmt-operation: # stmt->operation = "compare" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "compare" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi Primitives 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "39/compare-> *(ebp+0x00000008) 0x00000000/r32" "F - test-compare-mem-with-reg") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-compare-reg-with-mem: # compare var1/eax, var2 # => # 3b/compare<- *(ebp+___) 0/r32/eax # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-compare-reg-with-mem:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-compare-reg-with-mem:initialize-var1: # var var1/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-compare-reg-with-mem:initialize-var1-name: # var1->name = "var1" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var1" %eax) $test-compare-reg-with-mem:initialize-var1-register: # var1->register = "eax" 8d/copy-address *(ecx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "eax" %eax) $test-compare-reg-with-mem:initialize-var2: # var var2/edx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 8/imm32/stack-offset 68/push 1/imm32/block-depth ff 6/subop/push *(ecx+0x10) 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-compare-reg-with-mem:initialize-var2-name: # var2->name = "var2" 8d/copy-address *(edx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var2" %eax) $test-compare-reg-with-mem:initialize-inouts: # var inouts/esi: (payload stmt-var) = [var2] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 52/push-edx/var2 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp # inouts = [var1, var2] 68/push 0/imm32/is-deref:false 56/push-esi/next 68/push 0x11/imm32/alloc-id:fake 51/push-ecx/var1 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp $test-compare-reg-with-mem:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/next 68/push 0/imm32/next 68/push 0/imm32/outputs 68/push 0/imm32/outputs 56/push-esi/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag:stmt1 89/<- %esi 4/r32/esp $test-compare-reg-with-mem:initialize-stmt-operation: # stmt->operation = "compare" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "compare" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi Primitives 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "3b/compare<- *(ebp+0x00000008) 0x00000000/r32" "F - test-compare-reg-with-mem") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-compare-mem-with-literal: # compare var1, 0x34 # => # 81 7/subop/compare *(ebp+___) 0x34/imm32 # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-compare-mem-with-literal:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-compare-mem-with-literal:initialize-var1: # var var1/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 8/imm32/stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-compare-mem-with-literal:initialize-var1-name: # var1->name = "var1" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var1" %eax) $test-compare-mem-with-literal:initialize-literal-type: # var type/edx: (payload type-tree) = literal 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 0/imm32/value:literal 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-compare-mem-with-literal:initialize-literal: # var l/edx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 52/push-edx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-compare-mem-with-literal:initialize-literal-value: # l->name = "0x34" 8d/copy-address *(edx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "0x34" %eax) $test-compare-mem-with-literal:initialize-inouts: # var inouts/esi: (payload stmt-var) = [l] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 52/push-edx/l 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp # var inouts = (handle stmt-var) = [var1, var2] 68/push 0/imm32/is-deref:false 56/push-esi/next 68/push 0x11/imm32/alloc-id:fake 51/push-ecx/var1 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp $test-compare-mem-with-literal:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/next 68/push 0/imm32/next 68/push 0/imm32/outputs 68/push 0/imm32/outputs 56/push-esi/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag:stmt1 89/<- %esi 4/r32/esp $test-compare-mem-with-literal:initialize-stmt-operation: # stmt->operation = "compare" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "compare" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi Primitives 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "81 7/subop/compare *(ebp+0x00000008) 0x34/imm32" "F - test-compare-mem-with-literal") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-compare-eax-with-literal: # compare var1/eax 0x34 # => # 3d/compare-eax-with 0x34/imm32 # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-compare-eax-with-literal:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-compare-eax-with-literal:initialize-var1: # var var1/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-compare-eax-with-literal:initialize-var1-name: # var1->name = "var1" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var1" %eax) $test-compare-eax-with-literal:initialize-var1-register: # v->register = "eax" 8d/copy-address *(ecx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "eax" %eax) $test-compare-eax-with-literal:initialize-literal-type: # var type/edx: (payload type-tree) = literal 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 0/imm32/value:literal 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-compare-eax-with-literal:initialize-literal: # var l/edx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 52/push-edx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-compare-eax-with-literal:initialize-literal-value: # l->name = "0x34" 8d/copy-address *(edx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "0x34" %eax) $test-compare-eax-with-literal:initialize-inouts: # var inouts/esi: (payload stmt-var) = [l] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 52/push-edx/l 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp # var inouts = (handle stmt-var) = [var1, var2] 68/push 0/imm32/is-deref:false 56/push-esi/next 68/push 0x11/imm32/alloc-id:fake 51/push-ecx/var1 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp $test-compare-eax-with-literal:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/next 68/push 0/imm32/next 68/push 0/imm32/outputs 68/push 0/imm32/outputs 56/push-esi/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag:stmt1 89/<- %esi 4/r32/esp $test-compare-eax-with-literal:initialize-stmt-operation: # stmt->operation = "compare" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "compare" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi Primitives 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "3d/compare-eax-with 0x34/imm32" "F - test-compare-eax-with-literal") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-compare-reg-with-literal: # compare var1/ecx 0x34 # => # 81 7/subop/compare %ecx 0x34/imm32 # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-compare-reg-with-literal:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-compare-reg-with-literal:initialize-var1: # var var1/ecx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 51/push-ecx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-compare-reg-with-literal:initialize-var1-name: # var1->name = "var1" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "var1" %eax) $test-compare-reg-with-literal:initialize-var1-register: # v->register = "ecx" 8d/copy-address *(ecx+0x1c) 0/r32/eax # Var-register + 4 (copy-array Heap "ecx" %eax) $test-compare-reg-with-literal:initialize-literal-type: # var type/edx: (payload type-tree) = literal 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 0/imm32/value:literal 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-compare-reg-with-literal:initialize-literal: # var l/edx: (payload var) 68/push 0/imm32/register 68/push 0/imm32/register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 52/push-edx 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %edx 4/r32/esp $test-compare-reg-with-literal:initialize-literal-value: # l->name = "0x34" 8d/copy-address *(edx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "0x34" %eax) $test-compare-reg-with-literal:initialize-inouts: # var inouts/esi: (payload stmt-var) = [l] 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 52/push-edx/l 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp # var inouts = (handle stmt-var) = [var1, var2] 68/push 0/imm32/is-deref:false 56/push-esi/next 68/push 0x11/imm32/alloc-id:fake 51/push-ecx/var1 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %esi 4/r32/esp $test-compare-reg-with-literal:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/next 68/push 0/imm32/next 68/push 0/imm32/outputs 68/push 0/imm32/outputs 56/push-esi/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag:stmt1 89/<- %esi 4/r32/esp $test-compare-reg-with-literal:initialize-stmt-operation: # stmt->operation = "compare" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "compare" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi Primitives 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "81 7/subop/compare %ecx 0x34/imm32" "F - test-compare-reg-with-literal") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-emit-subx-stmt-function-call: # Call a function on a variable on the stack. # f foo # => # (f *(ebp-8)) # (Changing the function name supports overloading in general, but here it # just serves to help disambiguate things.) # # There's a variable on the var stack as follows: # name: 'foo' # type: int # stack-offset: -8 # # There's nothing in primitives. # # We don't perform any checking here on the type of 'f'. # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-emit-subx-function-call:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 1/imm32/value:int 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-emit-subx-function-call:initialize-var: # var var-foo/ecx: (payload var) = var(type) 68/push 0/imm32/no-register 68/push 0/imm32/no-register 68/push -8/imm32/stack-offset 68/push 1/imm32/block-depth 51/push-ecx/type 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-emit-subx-function-call:initialize-var-name: # var-foo->name = "foo" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "foo" %eax) $test-emit-subx-function-call:initialize-stmt-var: # var operand/ebx: (payload stmt-var) = stmt-var(var-foo) 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 51/push-ecx/var-foo 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ebx 4/r32/esp $test-emit-subx-function-call:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/no-outputs 68/push 0/imm32/no-outputs 53/push-ebx/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag 89/<- %esi 4/r32/esp $test-emit-subx-function-call:initialize-stmt-operation: # stmt->operation = "f" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "f" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi 0 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "(f *(ebp+0xfffffff8))" "F - test-emit-subx-stmt-function-call") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return test-emit-subx-stmt-function-call-with-literal-arg: # Call a function on a literal. # f 0x34 # => # (f2 0x34) # # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # setup (clear-stream _test-output-stream) (clear-stream $_test-output-buffered-file->buffer) $test-emit-subx-function-call-with-literal-arg:initialize-type: # var type/ecx: (payload type-tree) = int 68/push 0/imm32/right:null 68/push 0/imm32/right:null 68/push 0/imm32/left:unused 68/push 0/imm32/value:literal 68/push 1/imm32/is-atom?:true 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-emit-subx-function-call-with-literal-arg:initialize-var: # var var-foo/ecx: (payload var) = var(lit) 68/push 0/imm32/no-register 68/push 0/imm32/no-register 68/push 0/imm32/no-stack-offset 68/push 1/imm32/block-depth 51/push-ecx/type 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/name 68/push 0/imm32/name 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ecx 4/r32/esp $test-emit-subx-function-call-with-literal-arg:initialize-var-name: # var-foo->name = "0x34" 8d/copy-address *(ecx+4) 0/r32/eax # Var-name + 4 (copy-array Heap "0x34" %eax) $test-emit-subx-function-call-with-literal-arg:initialize-stmt-var: # var operand/ebx: (payload stmt-var) = stmt-var(var-foo) 68/push 0/imm32/is-deref:false 68/push 0/imm32/next 68/push 0/imm32/next 51/push-ecx/var-foo 68/push 0x11/imm32/alloc-id:fake 68/push 0x11/imm32/alloc-id:fake:payload 89/<- %ebx 4/r32/esp $test-emit-subx-function-call-with-literal-arg:initialize-stmt: # var stmt/esi: (addr statement) 68/push 0/imm32/no-outputs 68/push 0/imm32/no-outputs 53/push-ebx/inouts 68/push 0x11/imm32/alloc-id:fake 68/push 0/imm32/operation 68/push 0/imm32/operation 68/push 1/imm32/tag 89/<- %esi 4/r32/esp $test-emit-subx-function-call-with-literal-arg:initialize-stmt-operation: # stmt->operation = "f" 8d/copy-address *(esi+4) 0/r32/eax # Stmt1-operation (copy-array Heap "f" %eax) # convert c7 0/subop/copy *Curr-block-depth 0/imm32 (emit-subx-stmt _test-output-buffered-file %esi 0 %ebx 0 Stderr 0) (flush _test-output-buffered-file) #? # dump _test-output-stream {{{ #? (write 2 "^") #? (write-stream 2 _test-output-stream) #? (write 2 "$\n") #? (rewind-stream _test-output-stream) #? # }}} # check output (check-next-stream-line-equal _test-output-stream "(f 0x34)" "F - test-emit-subx-stmt-function-call-with-literal-arg") # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-indent: # out: (addr buffered-file), n: int # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # . save registers 50/push-eax # var i/eax: int = n 8b/-> *(ebp+0xc) 0/r32/eax { # if (i <= 0) break 3d/compare-eax-with 0/imm32 7e/jump-if-<= break/disp8 (write-buffered *(ebp+8) " ") 48/decrement-eax eb/jump loop/disp8 } $emit-indent:end: # . restore registers 58/pop-to-eax # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-subx-prologue: # out: (addr buffered-file) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (write-buffered *(ebp+8) " # . prologue\n") (write-buffered *(ebp+8) " 55/push-ebp\n") (write-buffered *(ebp+8) " 89/<- %ebp 4/r32/esp\n") $emit-subx-prologue:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return emit-subx-epilogue: # out: (addr buffered-file) # . prologue 55/push-ebp 89/<- %ebp 4/r32/esp # (write-buffered *(ebp+8) " # . epilogue\n") (write-buffered *(ebp+8) " 89/<- %esp 5/r32/ebp\n") (write-buffered *(ebp+8) " 5d/pop-to-ebp\n") (write-buffered *(ebp+8) " c3/return\n") $emit-subx-epilogue:end: # . epilogue 89/<- %esp 5/r32/ebp 5d/pop-to-ebp c3/return