TestParser (issie)

TestParser Module

Namespace: global
Assembly: Renderer.dll

Types

Type	Description
ErrorInfoJson
ExtraErrorInfoJson
Input
PortInfo
codegenInput
codegenOutput

Functions and values

Function or value	Description
`dummyProject` Full Usage: `dummyProject` Returns: `Project`	Returns: `Project`
`errorCheck ast linesIndex src dst` Full Usage: `errorCheck ast linesIndex src dst` Parameters: ast : `VerilogInput` linesIndex : `int list` src : `string` dst : `string` Returns: `int`	ast : `VerilogInput` linesIndex : `int list` src : `string` dst : `string` Returns: `int`
`errorInfoToJson errorInfo` Full Usage: `errorInfoToJson errorInfo` Parameters: errorInfo : `ErrorInfo` Returns: `ErrorInfoJson`	errorInfo : `ErrorInfo` Returns: `ErrorInfoJson`
`executeCommand command1 args1 dst` Full Usage: `executeCommand command1 args1 dst` Parameters: command1 : `string` args1 : `List<string>` dst : `Option<string>`	Compile or run a verilog file with Icarus, writing stdout to dst. This used to spawn the program here. That single call was the last thing dragging node's child process module into the renderer bundle - and it is exactly the shape a bridge must not offer, since "run this command with these arguments" is the whole capability back again. (Spelled without the module name on purpose: grepping the built bundle for a stray require is how this class of problem gets found, and a comment that matches the search is a false lead.) Main runs it instead, from a closed pair of programs; see Bridge.runDevTool. Fire and forget, as this always was: every caller ignored the result. command1 : `string` args1 : `List<string>` dst : `Option<string>`
`formatSimulationError error` Full Usage: `formatSimulationError error` Parameters: error : `exn` Returns: `string`	error : `exn` Returns: `string`
`genDriver inputs` Full Usage: `genDriver inputs` Parameters: inputs : `Input` Returns: `string`	Generate a top level module for a given DUT, return the Verilog module as a string inputs stores the label and width of each input and output and the width and label of the output ports inputs : `Input` Returns: `string`
`genDriverFiles ()` Full Usage: `genDriverFiles ()` Parameters: () : `unit`	() : `unit`
`getSemanticErrors ast linesIndex` Full Usage: `getSemanticErrors ast linesIndex` Parameters: ast : `VerilogInput` linesIndex : `int list` Returns: `ErrorInfo list`	ast : `VerilogInput` linesIndex : `int list` Returns: `ErrorInfo list`
`getSemanticErrorsWithLoadedComponents loadedComps ast linesIndex` Full Usage: `getSemanticErrorsWithLoadedComponents loadedComps ast linesIndex` Parameters: loadedComps : `LoadedComponent list` ast : `VerilogInput` linesIndex : `int list` Returns: `ErrorInfo list`	loadedComps : `LoadedComponent list` ast : `VerilogInput` linesIndex : `int list` Returns: `ErrorInfo list`
`heapLimitSize` Full Usage: `heapLimitSize` Returns: `float`	Returns: `float`
`heapUsage` Full Usage: `heapUsage` Returns: `float`	Returns: `float`
`icarusCompile src dst driver` Full Usage: `icarusCompile src dst driver` Parameters: src : `string` dst : `string` driver : `string`	src : `string` dst : `string` driver : `string`
`icarusCompileTestCases ()` Full Usage: `icarusCompileTestCases ()` Parameters: () : `unit`	() : `unit`
`icarusRun src dst` Full Usage: `icarusRun src dst` Parameters: src : `string` dst : `string`	src : `string` dst : `string`
`icarusRunTestCases ()` Full Usage: `icarusRunTestCases ()` Parameters: () : `unit`	() : `unit`
`mbHeap ()` Full Usage: `mbHeap ()` Parameters: () : `unit` Returns: `float`	() : `unit` Returns: `float`
`measureMem action` Full Usage: `measureMem action` Parameters: action : `unit -> unit` Returns: `float * float`	Returns (before, after) heap in MB, with a forced GC before each snapshot action : `unit -> unit` Returns: `float * float`
`parseFile src dst` Full Usage: `parseFile src dst` Parameters: src : `string` dst : `string` Returns: `VerilogInput * int list`	src : `string` dst : `string` Returns: `VerilogInput * int list`
`printSemanticErrors src errors` Full Usage: `printSemanticErrors src errors` Parameters: src : `string` errors : `ErrorInfo list`	src : `string` errors : `ErrorInfo list`
`project` Full Usage: `project` Returns: `Project`	Returns: `Project`
`replaceTypeToString replaceType` Full Usage: `replaceTypeToString replaceType` Parameters: replaceType : `ReplaceType` Returns: `string`	replaceType : `ReplaceType` Returns: `string`
`runCodeGenTests arg1` Full Usage: `runCodeGenTests arg1` Parameters: arg0 : `'a` Returns: `int`	arg0 : `'a` Returns: `int`
`runCompilerTests arg1` Full Usage: `runCompilerTests arg1` Parameters: arg0 : `'a`	arg0 : `'a`
`runMemoryTests ()` Full Usage: `runMemoryTests ()` Parameters: () : `unit`	() : `unit`
`runPerformanceTests ()` Full Usage: `runPerformanceTests ()` Parameters: () : `unit`	() : `unit`
`semanticErrorTests arg1` Full Usage: `semanticErrorTests arg1` Parameters: arg0 : `'a` Returns: `int * int`	arg0 : `'a` Returns: `int * int`
`simulateAST ast src dst loadedComps` Full Usage: `simulateAST ast src dst loadedComps` Parameters: ast : `VerilogInput` src : `string` dst : `string` loadedComps : `LoadedComponent list` Returns: `int`	ast : `VerilogInput` src : `string` dst : `string` loadedComps : `LoadedComponent list` Returns: `int`
`standardDev list` Full Usage: `standardDev list` Parameters: list : `float list` Returns: `float`	list : `float list` Returns: `float`
`stringAppend str1 str2` Full Usage: `stringAppend str1 str2` Parameters: str1 : `string` str2 : `string` Returns: `string`	str1 : `string` str2 : `string` Returns: `string`
`stringToReplaceType replaceType` Full Usage: `stringToReplaceType replaceType` Parameters: replaceType : `string` Returns: `ReplaceType`	replaceType : `string` Returns: `ReplaceType`
`testInput` Full Usage: `testInput` Returns: `Input`	Returns: `Input`
`unzip4 xs` Full Usage: `unzip4 xs` Parameters: xs : `('a * 'b * 'c * 'd) list` Returns: `'a list * 'b list * 'c list * 'd list`	xs : `('a * 'b * 'c * 'd) list` Returns: `'a list * 'b list * 'c list * 'd list`
`unzip5 lst` Full Usage: `unzip5 lst` Parameters: lst : `('a * 'b * 'c * 'd * 'e) list` Returns: `'a list * 'b list * 'c list * 'd list * 'e list`	lst : `('a * 'b * 'c * 'd * 'e) list` Returns: `'a list * 'b list * 'c list * 'd list * 'e list`
`unzip6 xs` Full Usage: `unzip6 xs` Parameters: xs : `('a * 'b * 'c * 'd * 'e * 'f) list` Returns: `'a list * 'b list * 'c list * 'd list * 'e list * 'f list`	xs : `('a * 'b * 'c * 'd * 'e * 'f) list` Returns: `'a list * 'b list * 'c list * 'd list * 'e list * 'f list`
`usedHeapSize` Full Usage: `usedHeapSize` Returns: `float`	Returns: `float`