mirror of
https://github.com/beefytech/Beef.git
synced 2025-06-08 19:48:20 +02:00
b63a243fd7
Throwing error on member references with ".." cascade token outside invocations (ie: "ts..mA = 123") Fixed 'Thread.ModuleTLSIndex' error - which caused us TLS lookup failures in Beef DLLs Fixed some hotswap errors Made BeefPerf shut down properly Fixed an 'int literal' FixIntUnknown issue where rhs was System.Object which caused an illegal boxing Fixed COFF::LocateSymbol issues with Win32 and also with linking to static libraries - showed up with hot-linking in fmod when hot-adding a floating point mod Fixed a couple memory leaks Fixed alignment issue in COFF::ParseCompileUnit
363 lines
11 KiB
C++
363 lines
11 KiB
C++
#include "MiniDumpDebugger.h"
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#include "DebugManager.h"
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#pragma warning(disable:4091)
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#include <DbgHelp.h>
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#include "BeefySysLib/util/AllocDebug.h"
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USING_NS_BF_DBG;
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USING_NS_BF;
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MiniDumpDebugger::MiniDumpDebugger(DebugManager* debugManager, DbgMiniDump* miniDump) : WinDebugger(debugManager)
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{
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mMiniDump = miniDump;
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mRunState = RunState_Paused;
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mExceptionThread = NULL;
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mExceptionContextRVA = 0;
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mDebugTarget = new DebugTarget(this);
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for (auto section : mMiniDump->mDirectory)
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{
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if (section.mStreamType == ThreadExListStream)
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{
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auto& threadEx = mMiniDump->GetStreamData<MINIDUMP_THREAD_EX_LIST>(section);
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/*WdThreadInfo* threadInfo = new WdThreadInfo();
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threadInfo->mThreadId = threadEx.ThreadId;
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mThreadList.Add(threadInfo);
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if (mActiveThread == NULL)
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{
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mActiveThread = threadInfo;
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mDebuggerWaitingThread = threadInfo;
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}
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mThreadMap[threadInfo->mThreadId] = threadInfo;*/
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}
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else if (section.mStreamType == ModuleListStream)
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{
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auto& moduleList = mMiniDump->GetStreamData<MINIDUMP_MODULE_LIST>(section);
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for (int moduleIdx = 0; moduleIdx < (int)moduleList.NumberOfModules; moduleIdx++)
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{
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auto& module = moduleList.Modules[moduleIdx];
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COFF* dbgModule = new COFF(mDebugTarget);
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if (mDebugTarget->mTargetBinary == NULL)
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{
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mDebugTarget->mLaunchBinary = dbgModule;
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mDebugTarget->mTargetBinary = dbgModule;
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}
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dbgModule->mImageBase = module.BaseOfImage;
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dbgModule->mImageSize = module.SizeOfImage;
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//TODO: 'get' the actual image
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dbgModule->mTimeStamp = module.TimeDateStamp;
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//dbgModule->mExpectedFileSize = module.;
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const wchar_t* moduleName = &mMiniDump->GetData<wchar_t>(module.ModuleNameRva + 4);
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dbgModule->mFilePath = UTF8Encode(moduleName);
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dbgModule->mDisplayName = GetFileName(dbgModule->mFilePath);
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struct _CodeViewEntry
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{
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public:
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int32 mSig;
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uint8 mGUID[16];
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int32 mAge;
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const char mPDBPath[1];
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};
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auto& codeViewEntry = mMiniDump->GetData<_CodeViewEntry>(module.CvRecord.Rva);
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if (codeViewEntry.mSig == 'SDSR')
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{
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// Do nothing, let the binay load the PDB itself
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//dbgModule->LoadPDB(codeViewEntry.mPDBPath, codeViewEntry.mGUID, codeViewEntry.mAge);
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}
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auto miscEntry = &mMiniDump->GetData<char>(module.MiscRecord.Rva);
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mDebugTarget->mDbgModules.Add(dbgModule);
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//TESTING
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/*{
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AutoCrit autoCrit(mDebugManager->mCritSect);
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mDebuggerThreadId = GetCurrentThreadId();
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dbgModule->RequestImage();
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dbgModule->RequestDebugInfo();
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mDebuggerThreadId = 0;
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}*/
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mPendingImageLoad.Add(dbgModule);
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// This is optional
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mPendingDebugInfoRequests.Add(dbgModule);
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}
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}
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else if (section.mStreamType == ThreadListStream)
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{
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auto& threadList = mMiniDump->GetStreamData<MINIDUMP_THREAD_LIST>(section);
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for (int threadIdx = 0; threadIdx < (int)threadList.NumberOfThreads; threadIdx++)
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{
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auto& thread = threadList.Threads[threadIdx];
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WdThreadInfo* threadInfo = new WdThreadInfo();
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threadInfo->mThreadId = thread.ThreadId;
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mThreadList.Add(threadInfo);
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if (mActiveThread == NULL)
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{
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mActiveThread = threadInfo;
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mDebuggerWaitingThread = threadInfo;
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}
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if ((thread.Stack.Memory.Rva != 0) && (thread.Stack.Memory.DataSize > 0))
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{
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void* stackMemory = &mMiniDump->GetData<uint8>(thread.Stack.Memory.Rva);
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MapMemory((addr_target)thread.Stack.StartOfMemoryRange, stackMemory, thread.Stack.Memory.DataSize);
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}
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mThreadMap[threadInfo->mThreadId] = threadInfo;
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}
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}
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else if (section.mStreamType == MemoryInfoListStream)
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{
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auto& memoryInfoList = mMiniDump->GetStreamData<MINIDUMP_MEMORY_INFO_LIST>(section);
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for (int memoryInfoIdx = 0; memoryInfoIdx < (int)memoryInfoList.NumberOfEntries; memoryInfoIdx++)
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{
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auto& memoryInfo = mMiniDump->GetData<MINIDUMP_MEMORY_INFO>(section.mDataRVA + memoryInfoList.SizeOfHeader + memoryInfoIdx*memoryInfoList.SizeOfEntry);
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}
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}
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else if (section.mStreamType == MemoryListStream)
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{
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auto& memoryList = mMiniDump->GetStreamData<MINIDUMP_MEMORY_LIST>(section);
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for (int memoryIdx = 0; memoryIdx < (int)memoryList.NumberOfMemoryRanges; memoryIdx++)
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{
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auto& memory = memoryList.MemoryRanges[memoryIdx];
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if (memory.Memory.Rva != 0)
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{
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void* memoryPtr = &mMiniDump->GetData<uint8>(memory.Memory.Rva);
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MapMemory((addr_target)memory.StartOfMemoryRange, memoryPtr, memory.Memory.DataSize);
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}
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}
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}
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else if (section.mStreamType == ExceptionStream)
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{
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auto& exceptionStream = mMiniDump->GetStreamData<MINIDUMP_EXCEPTION_STREAM>(section);
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//mCurException = exceptionStream.ExceptionRecord;
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mCurException.ExceptionCode = exceptionStream.ExceptionRecord.ExceptionCode;
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mCurException.ExceptionFlags = exceptionStream.ExceptionRecord.ExceptionFlags;
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mCurException.ExceptionAddress = (PVOID)exceptionStream.ExceptionRecord.ExceptionAddress;
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mCurException.NumberParameters = exceptionStream.ExceptionRecord.NumberParameters;
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for (int i = 0; i < EXCEPTION_MAXIMUM_PARAMETERS; i++)
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mCurException.ExceptionInformation[i] = exceptionStream.ExceptionRecord.ExceptionInformation[i];
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WdThreadInfo* threadInfo = NULL;
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if (mThreadMap.TryGetValue(exceptionStream.ThreadId, &threadInfo))
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{
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mActiveThread = threadInfo;
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mExplicitStopThread = mActiveThread;
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mRunState = RunState_Exception;
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/*mDebugPendingExpr->mException = StrFormat("Exception at 0x%@ in thread %d, exception code 0x%08X",
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mCurException.ExceptionAddress, mActiveThread->mThreadId, mCurException.ExceptionCode);*/
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mExceptionThread = mActiveThread;
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mExceptionContextRVA = exceptionStream.ThreadContext.Rva;
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}
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}
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else if (section.mStreamType == SystemInfoStream)
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{
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auto& systemInfo = mMiniDump->GetStreamData<MINIDUMP_SYSTEM_INFO>(section);
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}
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else if (section.mStreamType == MiscInfoStream)
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{
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auto& miscInfo = mMiniDump->GetStreamData<MINIDUMP_MISC_INFO>(section);
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}
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else if (section.mStreamType == 21/*SystemMemoryInfoStream*/)
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{
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auto data = ((uint8*)mMiniDump->mMF.mData + section.mDataRVA);
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}
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else if (section.mStreamType == 22/*ProcessVmCountersStream*/)
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{
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auto data = ((uint8*)mMiniDump->mMF.mData + section.mDataRVA);
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}
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else if (section.mStreamType == 24) // Thread names
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{
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auto data = ((uint8*)mMiniDump->mMF.mData + section.mDataRVA);
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int count = *(int32*)(data);
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for (int threadIdx = 0; threadIdx < count; threadIdx++)
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{
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struct ThreadNameInfo
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{
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int32 mThreadId;
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int32 mNameRVA;
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int32 mFlags; // Always zero
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};
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ThreadNameInfo* threadNameInfo = (ThreadNameInfo*)(data + 4 + threadIdx*12);
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int nameLen = *(int32*)((uint8*)mMiniDump->mMF.mData + threadNameInfo->mNameRVA);
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UTF16String name = UTF16String((wchar_t*)((uint8*)mMiniDump->mMF.mData + threadNameInfo->mNameRVA + 4), nameLen);
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WdThreadInfo* threadInfo = NULL;
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if (mThreadMap.TryGetValue(threadNameInfo->mThreadId, &threadInfo))
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{
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threadInfo->mName = UTF8Encode(name);
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}
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}
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}
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else if (section.mStreamType == 0x43500001) // kMinidumpStreamTypeCrashpadInfo
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{
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struct _MiniDumpCrashPadInfo
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{
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uint32 mVersion;
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GUID mReportID;
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GUID mClientID;
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};
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auto& crashPadInfo = mMiniDump->GetStreamData<_MiniDumpCrashPadInfo>(section);
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}
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else if (section.mStreamType == 0x4b6b0002) // Stability report
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{
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const char* report = &mMiniDump->GetStreamData<char>(section);
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}
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}
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Run();
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}
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MiniDumpDebugger::~MiniDumpDebugger()
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{
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delete mMiniDump;
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for (auto mappedFile : mMappedFiles)
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delete mappedFile;
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}
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void MiniDumpDebugger::MapMemory(addr_target addr, void* data, intptr_target size)
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{
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addr_target beginAddress = addr;
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addr_target endAddress = addr + size;
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int memSize = (int)(endAddress - beginAddress);
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for (int memOffset = 0; true; memOffset += DBG_MAX_LOOKBACK)
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{
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int curSize = memSize - memOffset;
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if (curSize <= 0)
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break;
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MiniDumpMemoryRegion* memRegion = mAlloc.Alloc<MiniDumpMemoryRegion>();
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memRegion->mAddress = beginAddress + memOffset;
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memRegion->mAddressLength = curSize;
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memRegion->mData = (uint8*)data + memOffset;
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memRegion->mNext = NULL;
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mMemMap.Insert(memRegion);
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}
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}
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MappedFile* MiniDumpDebugger::MapModule(COFF* dbgModule, const StringImpl& fileName)
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{
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auto mappedFile = new MappedFile();
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if (!mappedFile->Open(fileName))
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{
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delete mappedFile;
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return NULL;
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}
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mMappedFiles.Add(mappedFile);
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return mappedFile;
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}
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bool MiniDumpDebugger::PopulateRegisters(CPURegisters* registers)
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{
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if (mActiveThread == mExceptionThread)
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{
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auto& ctx = mMiniDump->GetData<BF_CONTEXT>(mExceptionContextRVA);
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return PopulateRegisters(registers, ctx);
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}
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for (auto section : mMiniDump->mDirectory)
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{
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if (section.mStreamType == ThreadExListStream)
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{
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}
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else if (section.mStreamType == ThreadListStream)
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{
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auto& threadList = mMiniDump->GetStreamData<MINIDUMP_THREAD_LIST>(section);
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for (int threadIdx = 0; threadIdx < (int)threadList.NumberOfThreads; threadIdx++)
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{
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auto& thread = threadList.Threads[threadIdx];
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if (thread.ThreadId == mActiveThread->mThreadId)
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{
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auto& ctx = mMiniDump->GetData<BF_CONTEXT>(thread.ThreadContext.Rva);
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return PopulateRegisters(registers, ctx);
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}
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}
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}
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}
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return false;
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}
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bool MiniDumpDebugger::ReadMemory(intptr address, uint64 length, void* dest, bool local)
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{
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if (local)
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{
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__try
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{
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memcpy(dest, (void*)address, length);
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return true;
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}
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__except (EXCEPTION_EXECUTE_HANDLER)
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{
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return false;
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}
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}
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uintptr useAddr = (uintptr)address;
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while (true)
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{
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MiniDumpMemoryRegion* memRegion = mMemMap.Get(useAddr, DBG_MAX_LOOKBACK);
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if (memRegion == NULL)
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return false;
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if ((uintptr)address < (uintptr)memRegion->mAddress)
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return false; // Out of bounds, done
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while (memRegion != NULL)
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{
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if (((uintptr)address >= (uintptr)memRegion->mAddress) && ((uintptr)address < memRegion->mAddress + memRegion->mAddressLength))
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{
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if ((uintptr)address + length <= (uintptr)(memRegion->mAddress + memRegion->mAddressLength))
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{
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// In bounds
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memcpy(dest, (uint8*)memRegion->mData + (address - memRegion->mAddress), length);
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}
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else
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{
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int headBytes = (int)(memRegion->mAddress + memRegion->mAddressLength - address);
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memcpy(dest, (uint8*)memRegion->mData + (address - memRegion->mAddress), headBytes);
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if (!ReadMemory(address + headBytes, length - headBytes, (uint8*)dest + headBytes, local))
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return false;
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}
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return true;
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}
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useAddr = BF_MIN(useAddr, memRegion->mAddress - 1);
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memRegion = memRegion->mNext;
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}
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//if (((uintptr)address < (uintptr)memRegion->mAddress) || ((uintptr)(address + length) > uintptr(memRegion->mAddress + memRegion->mAddressLength)))
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//return false; // Out of bounds
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}
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return false;
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}
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bool MiniDumpDebugger::WriteMemory(intptr address, void* src, uint64 length)
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{
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return false;
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}
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