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processorImpl.mpl
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processorImpl.mpl
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# Copyright (C) 2021 Matway Burkow
#
# This repository and all its contents belong to Matway Burkow (referred here and below as "the owner").
# The content is for demonstration purposes only.
# It is forbidden to use the content or any part of it for any purpose without explicit permission from the owner.
# By contributing to the repository, contributors acknowledge that ownership of their work transfers to the owner.
"Array" use
"HashTable" use
"Owner" use
"String" use
"algorithm" use
"control" use
"memory" use
"Block" use
"MplFile" use
"NameManager" use
"Var" use
"astNodeType" use
"astOptimizers" use
"builtins" use
"codeNode" use
"debugWriter" use
"declarations" use
"defaultImpl" use
"irWriter" use
"logger" use
"parser" use
"pathUtils" use
"processSubNodes" use
"processor" use
"variable" use
debugMemory [
"memory.getMemoryMetrics" use
] [] uif
{
nameManager: NameInfoEntry NameManager Ref;
multiParserResult: MultiParserResult Ref;
fileText: StringView Cref;
fileName: StringView Cref;
fileId: Int32;
errorMessage: String Ref;
} () {} [
errorMessage: fileId: fileName: fileText: multiParserResult: nameManager: ;;;;;;
parserResult: ParserResult;
@parserResult fileId fileText makeStringView parseString
parserResult.success [
@parserResult optimizeLabels
@parserResult @nameManager optimizeNames
@parserResult @multiParserResult concatParserResult
String @errorMessage set
] [
(fileName "(" parserResult.errorInfo.position.line "," makeStringView parserResult.errorInfo.position.column "): syntax error, "
parserResult.errorInfo.message) assembleString @errorMessage set
] if
] "addToProcessImpl" exportFunction
{
processor: Processor Ref;
fileText: StringView Cref;
fileName: StringView Cref;
fromCmd: Cond;
} Int32 {} [
fromCmd: fileName: fileText: processor:;;;;
newFile: File;
fileId: processor.files.size;
fileName toString @newFile.@name set
fromCmd @newFile.@usedInParams set
fileId @newFile.@fileId set
fileText toString @newFile.@text set
fileName toString fileId @[email protected]
processor.options.debug [
newFile.name @processor addFileDebugInfo @newFile.!debugId
] when
@newFile owner @[email protected]
#here we can implement search in cmd
fileId
] "addFileNameToProcessor" exportFunction
{
program: String Ref;
result: String Ref;
unitId: 0;
options: ProcessorOptions Cref;
nameManager: NameInfoEntry NameManager Ref;
multiParserResult: MultiParserResult Ref;
} () {} [
program:;
result:;
unitId: new;
options:;
nameManager:;
multiParserResult:;
processor: Processor;
unitId @processor.@unitId set
@nameManager @processor.@nameManager set
@options @processor.@options set
@multiParserResult @processor.!multiParserResult
"" makeStringView @processor findNameInfo @processor.@specialNames.@emptyNameInfo set
"CALL" makeStringView @processor findNameInfo @processor.@specialNames.@callNameInfo set
"PRE" makeStringView @processor findNameInfo @processor.@specialNames.@preNameInfo set
"DIE" makeStringView @processor findNameInfo @processor.@specialNames.@dieNameInfo set
"INIT" makeStringView @processor findNameInfo @processor.@specialNames.@initNameInfo set
"ASSIGN" makeStringView @processor findNameInfo @processor.@specialNames.@assignNameInfo set
"self" makeStringView @processor findNameInfo @processor.@specialNames.@selfNameInfo set
"closure" makeStringView @processor findNameInfo @processor.@specialNames.@closureNameInfo set
"inputs" makeStringView @processor findNameInfo @processor.@specialNames.@inputsNameInfo set
"outputs" makeStringView @processor findNameInfo @processor.@specialNames.@outputsNameInfo set
"captures" makeStringView @processor findNameInfo @processor.@specialNames.@capturesNameInfo set
"variadic" makeStringView @processor findNameInfo @processor.@specialNames.@variadicNameInfo set
"failProc" makeStringView @processor findNameInfo @processor.@specialNames.@failProcNameInfo set
"convention" makeStringView @processor findNameInfo @processor.@specialNames.@conventionNameInfo set
"SCHEMA_NAME" makeStringView @processor findNameInfo @processor.@specialNames.@schemaNameNameInfo set
@processor addBlock
TRUE dynamic @[email protected].@root set
errorInCmdNames: FALSE dynamic;
processor.options.fileNames.size [
errorInCmdNames ~ [
#here set first parameter to TRUE to make cmd files visible
TRUE i processor.options.fileNames @ makeStringView i processor.options.fileTexts @ makeStringView @processor addFileNameToProcessor 0 < [
TRUE !errorInCmdNames
] when
] when
] times
@processor initBuiltins
[
block: @[email protected];
0n8 VarInvalid @processor @block createVariable
Dynamic @processor block makeStorageStaticity
Dirty @processor block makeStaticity
@processor.@varForFails set
] call
s1: String;
s2: String;
options.dataLayout "" = ~ [("target datalayout = \"" options.dataLayout "\"") assembleString @processor addStrToProlog] when
options.triple "" = ~ [("target triple = \"" options.triple "\"") assembleString @processor addStrToProlog] when
"" makeStringView @processor addStrToProlog
("mainPath is \"" makeStringView processor.options.mainPath makeStringView "\"" makeStringView) addLog
@processor addLinkerOptionsDebugInfo
processor.options.debug [
@processor [processor:; @processor addDebugProlog @processor.@debugInfo.@unit set] call
] when
lastFile: File Cref;
multiParserResult.roots.size 0 > [
dependedFiles: String Int32 Array HashTable; # string -> array of indexes of dependent files
cachedGlobalErrorInfoSize: 0;
runFile: [
n:;
file: n @[email protected];
file !lastFile
astArrayIndex: n 1 - processor.multiParserResult.roots.at;
processor.result.globalErrorInfo.size @cachedGlobalErrorInfoSize set
compilerPositionInfo: CompilerPositionInfo;
1 @compilerPositionInfo.@line set
1 @compilerPositionInfo.@column set
file @[email protected]
compilerPositionInfo @[email protected]
topNodeIndex: StringView 0 NodeCaseCode astArrayIndex CFunctionSignature @processor astNodeToCodeNode;
processor.result.findModuleFail [
# cant compile this file now, add him to queue
("postpone compilation of \"" file.name "\" because \"" processor.result.errorInfo.missedModule "\" is not compiled yet") addLog
fr: processor.result.errorInfo.missedModule makeStringView @dependedFiles.find;
fr.success [
] [
a: Int32 Array;
n @a.append
@processor.result.@errorInfo.@missedModule @a @dependedFiles.insert
] if
-1 @processor.@result clearProcessorResult
] [
moduleName: file.name;
("compiled file " moduleName) addLog
topNodeIndex @[email protected] @[email protected]
moduleName topNodeIndex @[email protected]
# call files which depends from this module
moduleName.size 0 > [
fr: moduleName @dependedFiles.find;
fr.success [
i: 0 dynamic;
[
i fr.value.size < [
numberOfDependent: fr.value.size 1 - i - fr.value.at;
(numberOfDependent processor.files.at.get.name " is dependent from it, try to recompile") addLog
numberOfDependent @[email protected]
i 1 + @i set TRUE
] &&
] loop
] when
] when
] if
];
n: 0 dynamic;
[
n processor.multiParserResult.roots.size < [
processor.multiParserResult.roots.size n - @[email protected]
n 1 + @n set TRUE
] &&
] loop
[
0 processor.unfinishedFiles.size < [
n: processor.unfinishedFiles.last new;
n runFile
processor.result.success new
] &&
] loop
processor.result.success [
@processor checkBeginEndPoint
] when
processor.result.success ~ [
@processor.@result.@errorInfo @processor.@[email protected]
] when
processor.result.globalErrorInfo.size 0 > [
FALSE @processor.@result.@success set
] when
processor.result.success [
processor.options.debug [
lastFile @processor correctUnitInfo
] when
0 @processor.@result clearProcessorResult
dependedFiles.size 0 > [
hasError: FALSE dynamic;
hasErrorMessage: FALSE dynamic;
dependedFiles [
# queue is empty, but has uncompiled files
pair:;
pair.value.size 0 > [
fr: pair.key processor.modules.find;
fr.success ~ [
("missing module \"" @pair.@key "\" used in file: \"" pair.value.last processor.options.fileNames.at "\"" LF) assembleString @processor.@result.@[email protected]
TRUE @hasErrorMessage set
] when
TRUE @hasError set
FALSE @processor.@result.@success set
] when
] each
hasError [hasErrorMessage ~] && [
String @processor.@result.@errorInfo.@message set
"problem with finding modules" @processor.@result.@[email protected]
LF @processor.@result.@[email protected]
dependedFiles [
# queue is empty, but has uncompiled files
pair:;
pair.value.size 0 > [
("need module: " @pair.@key "; used in file: " pair.value.last processor.options.fileNames.at LF) assembleString @processor.@result.@[email protected]
] when
] each
] when
processor.result.success ~ [
@processor.@result.@errorInfo @processor.@[email protected]
] when
] when
] when
] when
("all nodes generated" makeStringView) addLog
[processor compilable ~ [processor.recursiveNodesStack.size 0 =] ||] "Recursive stack is not empty!" assert
getTreeSize: [
result: 0nx dynamic;
processor.matchingNodes [
current:;
current.valid? [
current.get.treeMemory.@Item storageSize current.get.treeMemory.reserve Natx cast * result + !result
current.get.treeMemory [
current:;
current.childIndices.@Item storageSize current.childIndices.reserve Natx cast * result + !result
] each
] when
] each
result
];
processor.result.success [
("nameCount=" processor.nameManager.names.size
"; irNameCount=" processor.nameBuffer.size "; block count=" processor.blocks.size "; block size=" BlockSchema storageSize "; est var count=" processor.variables.size 4096 * "; var size=" VarSchema storageSize "; tree size=" getTreeSize) addLog
("max depth of recursion=" processor.maxDepthOfRecursion) addLog
hasLogs [
varHeadMemory: 0nx;
varShadowMemory: 0nx;
totalFieldCount: 0;
varStaticStoragedMemory: 0nx;
varDynamicStoragedHeadMemory: 0nx;
varDynamicStoragedShadowMemory: 0nx;
getCoordsMemory: [
where:;
result: 0nx;
where.dataReserve Natx cast where.elementSize * result + !result
where [
where1:;
where1.dataReserve Natx cast where1.elementSize * result + !result
where1 [
where2:;
where2.dataReserve Natx cast where2.elementSize * result + !result
] each
] each
result
];
coordsMemory: processor.captureTable.simpleNames getCoordsMemory;
getVariableUsedMemory: [
var:;
var.data.getTag VarStruct = [
struct: VarStruct var.data.get.get;
struct storageSize struct.fields.size Natx cast Field storageSize * +
var storageSize +
] [
var storageSize
] if
];
processor.variables [
[
var:;
varSize: var getVariableUsedMemory;
var.capturedHead getVar.host var.host is ~ [
varSize varShadowMemory + !varShadowMemory
] [
varSize varHeadMemory + !varHeadMemory
] if
var.data.getTag VarStruct = [
VarStruct var.data.get.get.fields.size totalFieldCount + !totalFieldCount
] when
var.storageStaticity Dynamic = [
var.topologyIndex 0 < ~ [
varSize varDynamicStoragedShadowMemory + !varDynamicStoragedShadowMemory
] [
varSize varDynamicStoragedHeadMemory + !varDynamicStoragedHeadMemory
] if
] [
varSize varStaticStoragedMemory + !varStaticStoragedMemory
] if
] each
] each
beventCount: 0;
meventCount: 0;
captureCount: 0;
virtualCaptureCount: 0;
stringCaptureCount: 0;
failedCaptureCount: 0;
dependentsSize: 0;
failedCaptureNames: StringView Int32 HashTable;
eventTagCount: Int32 ShadowEvent.typeList fieldCount array;
processor.blocks [
block: .get;
block.buildingMatchingInfo.shadowEvents.size beventCount + !beventCount
block.matchingInfo.shadowEvents.size meventCount + !meventCount
block.matchingInfo.captures.size captureCount + !captureCount
block.dependentPointers.size dependentsSize + !dependentsSize
block.matchingInfo.shadowEvents [
event:;
src: event.getTag @eventTagCount @;
src 1 + @src set
event.getTag ShadowReasonCapture = [
branch: ShadowReasonCapture event.get;
branch.stable ~ [
branch.refToVar getVar processor.varForFails getVar is [
failedCaptureCount 1 + !failedCaptureCount
name: branch.nameInfo processor.nameManager.getText;
fr: name @failedCaptureNames.find;
fr.success [
fr.value 1 + @fr.@value set
] [
name 1 @failedCaptureNames.insert
] if
] when
branch.refToVar isGlobal [branch.refToVar isUnallocable] && [
stringCaptureCount 1 + !stringCaptureCount
] when
branch.refToVar isGlobal [branch.refToVar isVirtual] && [
virtualCaptureCount 1 + !virtualCaptureCount
] when
] when
] when
] each
] each
(
debugMemory ["; currentAllocationSize=" getMemoryMetrics.memoryCurrentAllocationSize] [] uif
"; coordsMemory=" coordsMemory
"; varShadowMemory=" varShadowMemory "; varHeadMemory=" varHeadMemory
"; varDynamicStoragedHeadMemory=" varDynamicStoragedHeadMemory
"; varDynamicStoragedShadowMemory=" varDynamicStoragedShadowMemory
"; varStaticStoragedMemory=" varStaticStoragedMemory
"; totalFieldCount=" totalFieldCount "; fieldSize=" Field storageSize
"; beventCount=" beventCount
"; meventCount=" meventCount
"; meventCountByTag=" 0 eventTagCount @ ":" 1 eventTagCount @ ":" 2 eventTagCount @ ":" 3 eventTagCount @ ":" 4 eventTagCount @
"; eventSize=" ShadowEvent storageSize
) addLog
(
"; captureCount=" captureCount "; failedCaptureCount=" failedCaptureCount "; stringCaptureCount=" stringCaptureCount "; virtualCaptureCount=" virtualCaptureCount
"; captureSize=" Capture storageSize
"; dependentPointersCount=" dependentsSize "; dependentPointer size=" (RefToVar RefToVar FALSE dynamic) storageSize
) addLog
("failed captureNames:") addLog
failedCaptureNames [
pair:;
("name=" pair.key "; count=" pair.value) addLog
] each
] when
processor.options.callTrace [@processor createCallTraceData] when
processor.usedFloatBuiltins [@processor createFloatBuiltins] when
@processor createCheckers
@processor createDtors
@processor addCtorsToBeginFunc
@processor addDtorsToEndFunc
@processor clearUnusedDebugInfo
@processor addAliasesForUsedNodes
i: 0 dynamic;
[
i processor.prolog.size < [
i @[email protected] @processor.@[email protected]
LF @processor.@[email protected]
i 1 + @i set TRUE
] &&
] loop
i: 1 dynamic; # 0th node is root fake node
[
i processor.blocks.size < [
block: i @[email protected];
block nodeHasCode [
LF makeStringView @processor.@[email protected]
block.header makeStringView @processor.@[email protected]
block.nodeCase NodeCaseDeclaration = ~ [
" {" @processor.@[email protected]
LF @processor.@[email protected]
block.program [
curInstruction:;
curInstruction.enabled [
block.programTemplate.getStringView curInstruction.codeOffset curInstruction.codeSize slice @processor.@[email protected]
LF @processor.@[email protected]
] [
] if
] each
"}" @processor.@[email protected]
] when
LF @processor.@[email protected]
] when
i 1 + @i set TRUE
] &&
] loop
LF @processor.@[email protected]
processor.debugInfo.strings [
s:;
s.size 0 = ~ [
s @processor.@[email protected]
LF @processor.@[email protected]
] when
] each
] [
("nameCount=" processor.nameManager.names.size
"; irNameCount=" processor.nameBuffer.size "; block count=" processor.blocks.size "; block size=" BlockSchema storageSize "; est var count=" processor.variables.size 4096 * "; var size=" VarSchema storageSize "; tree size=" getTreeSize) addLog
] if
processor.result.success ~ [
processor.result.globalErrorInfo.size [
current: i processor.result.globalErrorInfo @;
i 0 > [LF @result.cat] when
current.position.size 0 = [
("error, " current.message LF) [@result.cat] each
] [
first: TRUE;
current.position.size [
nodePosition: i current.position @;
processor.options.hidePrefixes [nodePosition.file.name swap beginsWith ~] all [
(nodePosition.file.name "(" nodePosition.line "," nodePosition.column "): ") [@result.cat] each
first [
("error, [" nodePosition.token "], " current.message LF) [@result.cat] each
FALSE !first
] [
("[" nodePosition.token "], called from here" LF) [@result.cat] each
] if
] when
] times
] if
] times
] [
@processor.@result.@program @program set
] if
] "process" exportFunction
{
processor: Processor Ref;
refToVar: RefToVar Cref;
} () {} [
processor:;
refToVar:;
@processor addBlock
codeNode: @[email protected];
block: @codeNode;
overload failProc: processor block FailProcForProcessor;
NodeCaseDtor @codeNode.@nodeCase set
0 dynamic @codeNode.@parent set
@processor @codeNode getTopNode @[email protected]
compilerPositionInfo: processor.positions.last new;
compilerPositionInfo.file @[email protected]
compilerPositionInfo @codeNode.@beginPosition set
processor.options.debug [
@processor addDebugReserve @codeNode.@funcDbgIndex set
] when
shadow: RefToVar;
@shadow refToVar ShadowReasonCapture @processor @block makeShadows
VarStruct refToVar getVar.data .get.get .unableToDie
VarStruct @shadow [email protected].@unableToDie set # fake becouse it is fake shadow
shadow @processor @block killStruct
dtorName: ("dtor." refToVar getVar.globalId) assembleString;
dtorNameStringView: dtorName makeStringView;
dtorNameStringView CFunctionSignature @processor @block finalizeCodeNode
] "createDtorForGlobalVar" exportFunction