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If an apply uses an existential archetype (`@opened("...")`) and the concrete type is known, replace the existential archetype with the concrete type
1. in the apply's substitution map
2. in the arguments, e.g. by inserting address casts
For example:
```
%5 = apply %1<@opend("...")>(%2) : <τ_0_0> (τ_0_0) -> ()
```
->
```
%4 = unchecked_addr_cast %2 to $*ConcreteType
%5 = apply %1<ConcreteType>(%4) : <τ_0_0> (τ_0_0) -> ()
```
150 lines
7.5 KiB
Swift
150 lines
7.5 KiB
Swift
//===--- PassRegistration.swift - Register optimization passes -------------===//
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//
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// This source file is part of the Swift.org open source project
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//
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// Copyright (c) 2014 - 2021 Apple Inc. and the Swift project authors
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// Licensed under Apache License v2.0 with Runtime Library Exception
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//
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// See https://swift.org/LICENSE.txt for license information
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// See https://swift.org/CONTRIBUTORS.txt for the list of Swift project authors
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//
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//===----------------------------------------------------------------------===//
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import AST
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import SIL
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import OptimizerBridging
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@_cdecl("initializeSwiftModules")
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public func initializeSwiftModules() {
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registerAST()
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registerSILClasses()
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registerSwiftAnalyses()
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registerUtilities()
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registerSwiftPasses()
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registerOptimizerTests()
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}
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private func registerPass(
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_ pass: ModulePass,
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_ runFn: @escaping (@convention(c) (BridgedPassContext) -> ())) {
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pass.name._withBridgedStringRef { nameStr in
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SILPassManager_registerModulePass(nameStr, runFn)
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}
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}
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private func registerPass(
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_ pass: FunctionPass,
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_ runFn: @escaping (@convention(c) (BridgedFunctionPassCtxt) -> ())) {
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pass.name._withBridgedStringRef { nameStr in
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SILPassManager_registerFunctionPass(nameStr, runFn)
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}
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}
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protocol SILCombineSimplifiable : Instruction {
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func simplify(_ context: SimplifyContext)
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}
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private func run<InstType: SILCombineSimplifiable>(_ instType: InstType.Type,
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_ bridgedCtxt: BridgedInstructionPassCtxt) {
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let inst = bridgedCtxt.instruction.getAs(instType)
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let context = SimplifyContext(_bridged: bridgedCtxt.passContext,
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notifyInstructionChanged: {inst in},
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preserveDebugInfo: false)
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inst.simplify(context)
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}
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private func registerForSILCombine<InstType: SILCombineSimplifiable>(
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_ instType: InstType.Type,
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_ runFn: @escaping (@convention(c) (BridgedInstructionPassCtxt) -> ())) {
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"\(instType)"._withBridgedStringRef { instClassStr in
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SILCombine_registerInstructionPass(instClassStr, runFn)
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}
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}
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private func registerSwiftPasses() {
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// Module passes
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registerPass(mandatoryPerformanceOptimizations, { mandatoryPerformanceOptimizations.run($0) })
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registerPass(readOnlyGlobalVariablesPass, { readOnlyGlobalVariablesPass.run($0) })
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registerPass(stackProtection, { stackProtection.run($0) })
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// Function passes
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registerPass(asyncDemotion, { asyncDemotion.run($0) })
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registerPass(booleanLiteralFolding, { booleanLiteralFolding.run($0) })
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registerPass(letPropertyLowering, { letPropertyLowering.run($0) })
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registerPass(mergeCondFailsPass, { mergeCondFailsPass.run($0) })
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registerPass(computeEscapeEffects, { computeEscapeEffects.run($0) })
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registerPass(computeSideEffects, { computeSideEffects.run($0) })
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registerPass(destroyHoisting, { destroyHoisting.run($0) })
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registerPass(initializeStaticGlobalsPass, { initializeStaticGlobalsPass.run($0) })
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registerPass(objCBridgingOptimization, { objCBridgingOptimization.run($0) })
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registerPass(objectOutliner, { objectOutliner.run($0) })
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registerPass(stackPromotion, { stackPromotion.run($0) })
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registerPass(functionStackProtection, { functionStackProtection.run($0) })
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registerPass(assumeSingleThreadedPass, { assumeSingleThreadedPass.run($0) })
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registerPass(releaseDevirtualizerPass, { releaseDevirtualizerPass.run($0) })
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registerPass(simplificationPass, { simplificationPass.run($0) })
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registerPass(ononeSimplificationPass, { ononeSimplificationPass.run($0) })
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registerPass(lateOnoneSimplificationPass, { lateOnoneSimplificationPass.run($0) })
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registerPass(cleanupDebugStepsPass, { cleanupDebugStepsPass.run($0) })
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registerPass(namedReturnValueOptimization, { namedReturnValueOptimization.run($0) })
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registerPass(stripObjectHeadersPass, { stripObjectHeadersPass.run($0) })
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registerPass(deadStoreElimination, { deadStoreElimination.run($0) })
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registerPass(redundantLoadElimination, { redundantLoadElimination.run($0) })
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registerPass(mandatoryRedundantLoadElimination, { mandatoryRedundantLoadElimination.run($0) })
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registerPass(earlyRedundantLoadElimination, { earlyRedundantLoadElimination.run($0) })
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registerPass(deinitDevirtualizer, { deinitDevirtualizer.run($0) })
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registerPass(lifetimeDependenceDiagnosticsPass, { lifetimeDependenceDiagnosticsPass.run($0) })
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registerPass(lifetimeDependenceInsertionPass, { lifetimeDependenceInsertionPass.run($0) })
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registerPass(lifetimeDependenceScopeFixupPass, { lifetimeDependenceScopeFixupPass.run($0) })
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registerPass(copyToBorrowOptimization, { copyToBorrowOptimization.run($0) })
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registerPass(generalClosureSpecialization, { generalClosureSpecialization.run($0) })
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registerPass(autodiffClosureSpecialization, { autodiffClosureSpecialization.run($0) })
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// Instruction passes
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registerForSILCombine(BeginBorrowInst.self, { run(BeginBorrowInst.self, $0) })
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registerForSILCombine(BeginCOWMutationInst.self, { run(BeginCOWMutationInst.self, $0) })
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registerForSILCombine(FixLifetimeInst.self, { run(FixLifetimeInst.self, $0) })
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registerForSILCombine(GlobalValueInst.self, { run(GlobalValueInst.self, $0) })
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registerForSILCombine(StrongRetainInst.self, { run(StrongRetainInst.self, $0) })
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registerForSILCombine(StrongReleaseInst.self, { run(StrongReleaseInst.self, $0) })
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registerForSILCombine(RetainValueInst.self, { run(RetainValueInst.self, $0) })
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registerForSILCombine(ReleaseValueInst.self, { run(ReleaseValueInst.self, $0) })
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registerForSILCombine(LoadInst.self, { run(LoadInst.self, $0) })
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registerForSILCombine(LoadBorrowInst.self, { run(LoadBorrowInst.self, $0) })
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registerForSILCombine(CopyValueInst.self, { run(CopyValueInst.self, $0) })
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registerForSILCombine(DestroyValueInst.self, { run(DestroyValueInst.self, $0) })
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registerForSILCombine(DestructureStructInst.self, { run(DestructureStructInst.self, $0) })
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registerForSILCombine(DestructureTupleInst.self, { run(DestructureTupleInst.self, $0) })
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registerForSILCombine(TypeValueInst.self, { run(TypeValueInst.self, $0) })
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registerForSILCombine(ClassifyBridgeObjectInst.self, { run(ClassifyBridgeObjectInst.self, $0) })
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registerForSILCombine(PointerToAddressInst.self, { run(PointerToAddressInst.self, $0) })
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registerForSILCombine(UncheckedEnumDataInst.self, { run(UncheckedEnumDataInst.self, $0) })
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registerForSILCombine(UnconditionalCheckedCastInst.self, { run(UnconditionalCheckedCastInst.self, $0) })
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registerForSILCombine(ApplyInst.self, { run(ApplyInst.self, $0) })
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registerForSILCombine(TryApplyInst.self, { run(TryApplyInst.self, $0) })
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// Test passes
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registerPass(aliasInfoDumper, { aliasInfoDumper.run($0) })
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registerPass(functionUsesDumper, { functionUsesDumper.run($0) })
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registerPass(silPrinterPass, { silPrinterPass.run($0) })
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registerPass(escapeInfoDumper, { escapeInfoDumper.run($0) })
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registerPass(addressEscapeInfoDumper, { addressEscapeInfoDumper.run($0) })
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registerPass(accessDumper, { accessDumper.run($0) })
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registerPass(deadEndBlockDumper, { deadEndBlockDumper.run($0) })
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registerPass(memBehaviorDumper, { memBehaviorDumper.run($0) })
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registerPass(rangeDumper, { rangeDumper.run($0) })
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registerPass(runUnitTests, { runUnitTests.run($0) })
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registerPass(testInstructionIteration, { testInstructionIteration.run($0) })
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registerPass(updateBorrowedFromPass, { updateBorrowedFromPass.run($0) })
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}
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private func registerSwiftAnalyses() {
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AliasAnalysis.register()
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CalleeAnalysis.register()
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}
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private func registerUtilities() {
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registerVerifier()
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registerPhiUpdater()
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}
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