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BlockIndexer.cpp
(2.67 KB)
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BlockPrinter.cpp
(2.59 KB)
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BlockVerifier.cpp
(6.78 KB)
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FDRRecordProducer.cpp
(7.2 KB)
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FDRRecords.cpp
(2.66 KB)
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FDRTraceExpander.cpp
(3.29 KB)
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FDRTraceWriter.cpp
(4.67 KB)
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FileHeaderReader.cpp
(2.68 KB)
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InstrumentationMap.cpp
(10.72 KB)
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LogBuilderConsumer.cpp
(1.22 KB)
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Profile.cpp
(13.08 KB)
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RecordInitializer.cpp
(16.6 KB)
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RecordPrinter.cpp
(3.15 KB)
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Trace.cpp
(17.7 KB)
Editing: FDRTraceExpander.cpp
//===- FDRTraceExpander.cpp -----------------------------------------------===// // // Part of the LLVM Project, under the Apache License v2.0 with LLVM Exceptions. // See https://llvm.org/LICENSE.txt for license information. // SPDX-License-Identifier: Apache-2.0 WITH LLVM-exception // //===----------------------------------------------------------------------===// #include "llvm/XRay/FDRTraceExpander.h" namespace llvm { namespace xray { void TraceExpander::resetCurrentRecord() { if (BuildingRecord) C(CurrentRecord); BuildingRecord = false; CurrentRecord.CallArgs.clear(); CurrentRecord.Data.clear(); } Error TraceExpander::visit(BufferExtents &) { resetCurrentRecord(); return Error::success(); } Error TraceExpander::visit(WallclockRecord &) { return Error::success(); } Error TraceExpander::visit(NewCPUIDRecord &R) { CPUId = R.cpuid(); BaseTSC = R.tsc(); return Error::success(); } Error TraceExpander::visit(TSCWrapRecord &R) { BaseTSC = R.tsc(); return Error::success(); } Error TraceExpander::visit(CustomEventRecord &R) { resetCurrentRecord(); if (!IgnoringRecords) { CurrentRecord.TSC = R.tsc(); CurrentRecord.CPU = R.cpu(); CurrentRecord.PId = PID; CurrentRecord.TId = TID; CurrentRecord.Type = RecordTypes::CUSTOM_EVENT; CurrentRecord.Data = std::string(R.data()); BuildingRecord = true; } return Error::success(); } Error TraceExpander::visit(CustomEventRecordV5 &R) { resetCurrentRecord(); if (!IgnoringRecords) { BaseTSC += R.delta(); CurrentRecord.TSC = BaseTSC; CurrentRecord.CPU = CPUId; CurrentRecord.PId = PID; CurrentRecord.TId = TID; CurrentRecord.Type = RecordTypes::CUSTOM_EVENT; CurrentRecord.Data = std::string(R.data()); BuildingRecord = true; } return Error::success(); } Error TraceExpander::visit(TypedEventRecord &R) { resetCurrentRecord(); if (!IgnoringRecords) { BaseTSC += R.delta(); CurrentRecord.TSC = BaseTSC; CurrentRecord.CPU = CPUId; CurrentRecord.PId = PID; CurrentRecord.TId = TID; CurrentRecord.RecordType = R.eventType(); CurrentRecord.Type = RecordTypes::TYPED_EVENT; CurrentRecord.Data = std::string(R.data()); BuildingRecord = true; } return Error::success(); } Error TraceExpander::visit(CallArgRecord &R) { CurrentRecord.CallArgs.push_back(R.arg()); CurrentRecord.Type = RecordTypes::ENTER_ARG; return Error::success(); } Error TraceExpander::visit(PIDRecord &R) { PID = R.pid(); return Error::success(); } Error TraceExpander::visit(NewBufferRecord &R) { if (IgnoringRecords) IgnoringRecords = false; TID = R.tid(); if (LogVersion == 2) PID = R.tid(); return Error::success(); } Error TraceExpander::visit(EndBufferRecord &) { IgnoringRecords = true; resetCurrentRecord(); return Error::success(); } Error TraceExpander::visit(FunctionRecord &R) { resetCurrentRecord(); if (!IgnoringRecords) { BaseTSC += R.delta(); CurrentRecord.Type = R.recordType(); CurrentRecord.FuncId = R.functionId(); CurrentRecord.TSC = BaseTSC; CurrentRecord.PId = PID; CurrentRecord.TId = TID; CurrentRecord.CPU = CPUId; BuildingRecord = true; } return Error::success(); } Error TraceExpander::flush() { resetCurrentRecord(); return Error::success(); } } // namespace xray } // namespace llvm
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