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ASTGen always builds with the host Swift compiler, without requiring bootstrapping, and is enabled in more places. Move the regex literal parsing logic there so it is enabled in more host environments, and makes use of CMake's Swift support. Enable all of the regex literal tests when ASTGen is built, to ensure everything is working. Remove the "AST" and "Parse" Swift modules from SwiftCompilerSources, because they are no longer needed.
118 lines
5.4 KiB
Swift
118 lines
5.4 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 SIL
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import OptimizerBridging
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@_cdecl("initializeSwiftModules")
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public func initializeSwiftModules() {
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registerSILClasses()
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registerSwiftAnalyses()
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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 SILCombineSimplifyable : Instruction {
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func simplify(_ context: SimplifyContext)
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}
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private func run<InstType: SILCombineSimplifyable>(_ 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: SILCombineSimplifyable>(
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_ instType: InstType.Type,
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_ runFn: @escaping (@convention(c) (BridgedInstructionPassCtxt) -> ())) {
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String(describing: 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(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(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(earlyRedundantLoadElimination, { earlyRedundantLoadElimination.run($0) })
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// Instruction passes
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registerForSILCombine(BeginCOWMutationInst.self, { run(BeginCOWMutationInst.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(CopyValueInst.self, { run(CopyValueInst.self, $0) })
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registerForSILCombine(DestroyValueInst.self, { run(DestroyValueInst.self, $0) })
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// Test passes
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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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}
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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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