pykd/pykd/dbgclient.h
2017-11-08 17:27:51 +04:00

515 lines
13 KiB
C++

#pragma once
#include <string>
#include <dbghelp.h>
#include <boost\smart_ptr\scoped_ptr.hpp>
#include <boost\enable_shared_from_this.hpp>
/////////////////////////////////////////////////////////////////////////////////
#include "dbgobj.h"
#include "dbgexcept.h"
#include "module.h"
#include "dbgio.h"
#include "dbgcmd.h"
#include "pyaux.h"
#include "disasm.h"
#include "cpureg.h"
#include "inteventhandler.h"
#include "synsymbol.h"
#include "context.h"
/////////////////////////////////////////////////////////////////////////////////
namespace pykd {
/////////////////////////////////////////////////////////////////////////////////
class DebugClient;
typedef boost::shared_ptr<DebugClient> DebugClientPtr;
/////////////////////////////////////////////////////////////////////////////////
typedef ULONG BPOINT_ID;
typedef python::object BpCallback;
typedef std::map<BPOINT_ID, BpCallback> BpCallbackMapIml;
struct BpCallbackMap {
boost::shared_ptr<boost::recursive_mutex> m_lock;
BpCallbackMapIml m_map;
BpCallbackMap() : m_lock(new boost::recursive_mutex) {}
};
/////////////////////////////////////////////////////////////////////////////////
class DebugClient : private DbgObject
, public boost::enable_shared_from_this<DebugClient> {
private:
// simple IDebugControl4 call wrapper
template <typename T>
T getDbgControlT(
HRESULT (STDMETHODCALLTYPE IDebugControl4::*method)(T *),
const char *methodName
)
{
T retValue;
HRESULT hres = (m_control->*method)(&retValue);
if (S_OK != hres)
throw DbgException( methodName, hres);
return retValue;
}
#define getDbgControl(method) \
getDbgControlT( &IDebugControl4::##method, "IDebugControl4::" #method )
public:
virtual ~DebugClient() {}
static
DebugClientPtr createDbgClient() ;
static
DebugClientPtr createDbgClient( IDebugClient4 *client );
static
DebugClientPtr setDbgClientCurrent( DebugClientPtr newDbgClient );
public:
ULONG64 addr64( ULONG64 addr );
void breakin();
bool compareMemory( ULONG64 addr1, ULONG64 addr2, ULONG length, bool phyAddr = FALSE );
void detachProcess();
DbgOut dout() {
return DbgOut( m_client );
}
DbgIn din() {
return DbgIn( m_client );
}
std::string dbgCommand( const std::wstring &command );
void startProcess( const std::wstring &processName );
void attachProcess( ULONG processId );
void attachKernel( const std::wstring &param );
Disasm disasm( ULONG offset = 0 ) {
return Disasm( m_client, offset );
}
void dprint( const std::wstring &str, bool dml = false );
void dprintln( const std::wstring &str, bool dml = false );
void eprint( const std::wstring &str );
void eprintln( const std::wstring &str );
ULONG64 evaluate( const std::wstring &expression );
std::string findSymbol( ULONG64 offset );
ULONG64 getCurrentProcess();
python::list getCurrentStack();
python::tuple getDebuggeeType();
ULONG64 getImplicitThread();
ULONG getExecutionStatus();
ULONG64 getOffset( const std::wstring symbolname );
std::string getPdbFile( ULONG64 moduleBase );
std::string getProcessorMode();
std::string getProcessorType();
std::string dbgSymPath();
python::list getThreadList();
template<ULONG status>
void changeDebuggerStatus();
bool is64bitSystem();
bool isKernelDebugging();
bool isDumpAnalyzing();
bool isVaValid( ULONG64 addr );
void loadDump( const std::wstring &fileName );
ModulePtr loadModuleByName( const std::string &moduleName ) {
return ModulePtr( new Module( m_client, m_symSymbols, moduleName ) );
}
ModulePtr loadModuleByOffset( ULONG64 offset ) {
return ModulePtr( new Module( m_client, m_symSymbols, offset ) );
}
DbgExtensionPtr loadExtension( const std::wstring &extPath ) {
return DbgExtensionPtr( new DbgExtension( m_client, extPath ) );
}
python::list loadBytes( ULONG64 offset, ULONG count, bool phyAddr = FALSE );
python::list loadWords( ULONG64 offset, ULONG count, bool phyAddr = FALSE );
python::list loadDWords( ULONG64 offset, ULONG count, bool phyAddr = FALSE );
python::list loadQWords( ULONG64 offset, ULONG count, bool phyAddr = FALSE );
python::list loadSignBytes( ULONG64 offset, ULONG count, bool phyAddr = FALSE );
python::list loadSignWords( ULONG64 offset, ULONG count, bool phyAddr = FALSE );
python::list loadSignDWords( ULONG64 offset, ULONG count, bool phyAddr = FALSE );
python::list loadSignQWords( ULONG64 offset, ULONG count, bool phyAddr = FALSE );
std::string loadChars( ULONG64 offset, ULONG count, bool phyAddr = FALSE );
std::wstring loadWChars( ULONG64 offset, ULONG count, bool phyAddr = FALSE );
std::string loadCStr( ULONG64 offset );
std::wstring loadWStr( ULONG64 offset );
std::string loadAnsiStr( ULONG64 address );
std::wstring loadUnicodeStr( ULONG64 address );
python::list loadPtrList( ULONG64 address );
python::list loadPtrArray( ULONG64 address, ULONG number );
ULONG64 loadMSR( ULONG msr );
ULONG ptrSize();
ULONG64 ptrByte( ULONG64 offset );
ULONG64 ptrWord( ULONG64 offset );
ULONG64 ptrDWord( ULONG64 offset );
ULONG64 ptrQWord( ULONG64 offset );
ULONG64 ptrMWord( ULONG64 offset );
LONG64 ptrSignByte( ULONG64 offset );
LONG64 ptrSignWord( ULONG64 offset );
LONG64 ptrSignDWord( ULONG64 offset );
LONG64 ptrSignQWord( ULONG64 offset );
LONG64 ptrSignMWord( ULONG64 offset );
ULONG64 ptrPtr( ULONG64 offset );
void setMSR( ULONG msr, ULONG64 value);
CpuReg getRegByName( const std::string &regName );
CpuReg getRegByIndex( ULONG index );
void setCurrentProcess( ULONG64 addr );
void setExecutionStatus( ULONG status );
void setImplicitThread( ULONG64 threadAddr );
void setProcessorMode( const std::wstring &mode );
void terminateProcess();
void waitForEvent();
ULONG getNumberProcessors() {
return getDbgControl(GetNumberProcessors);
}
ULONG getPageSize() {
return getDbgControl(GetPageSize);
}
ContextPtr getThreadContext() {
return ContextPtr( new ThreadContext(m_client) );
}
python::dict getLocals(
ContextPtr ctx = ContextPtr( reinterpret_cast<ThreadContext*>(0) )
);
public:
CComPtr<IDebugClient4>&
client() {
return m_client;
}
CComPtr<IDebugClient5>&
client5() {
return m_client5;
}
CComPtr<IDebugControl4>&
control() {
return m_control;
}
CComPtr< IDebugDataSpaces4>&
dataSpace() {
return m_dataSpaces;
}
PyThreadStateSaver&
getThreadState() {
return m_pyThreadState;
}
void addSyntheticSymbol(
ULONG64 addr,
ULONG size,
const std::string &symName
)
{
return m_symSymbols->add(addr, size, symName);
}
void delAllSyntheticSymbols()
{
return m_symSymbols->clear();
}
ULONG delSyntheticSymbol(
ULONG64 addr
)
{
return m_symSymbols->remove(addr);
}
ULONG delSyntheticSymbolsMask(
const std::string &moduleName,
const std::string &symName
)
{
return m_symSymbols->removeByMask(moduleName, symName);
}
SynSymbolsPtr getSynSymbols() {
return m_symSymbols;
}
// breakpoints management
BPOINT_ID setSoftwareBp(ULONG64 addr, BpCallback &callback = BpCallback());
BPOINT_ID setHardwareBp(ULONG64 addr, ULONG size, ULONG accessType, BpCallback &callback = BpCallback());
python::list getAllBp();
void removeBp(BPOINT_ID Id);
void removeAllBp();
void splitSymName( const std::string &fullName, std::string &moduleName, std::string &symbolName );
TypeInfoPtr getTypeInfoByName( const std::string &typeName );
TypedVarPtr getTypedVarByName( const std::string &varName );
TypedVarPtr getTypedVarByTypeName( const std::string &typeName, ULONG64 addr );
TypedVarPtr getTypedVarByTypeInfo( const TypeInfoPtr &typeInfo, ULONG64 addr ) {
return TypedVar::getTypedVar( m_client, typeInfo, VarDataMemory::factory(m_dataSpaces, addr) );
}
TypedVarPtr containingRecordByName( ULONG64 addr, const std::string &typeName, const std::string &fieldName );
TypedVarPtr containingRecordByType( ULONG64 addr, const TypeInfoPtr &typeInfo, const std::string &fieldName );
python::list getTypedVarListByTypeName( ULONG64 listHeadAddres, const std::string &typeName, const std::string &listEntryName );
python::list getTypedVarListByType( ULONG64 listHeadAddres, const TypeInfoPtr &typeInfo, const std::string &listEntryName );
python::list getTypedVarArrayByTypeName( ULONG64 addr, const std::string &typeName, ULONG number );
python::list getTypedVarArrayByType( ULONG64 addr, const TypeInfoPtr &typeInfo, ULONG number );
private:
HRESULT safeWaitForEvent(ULONG timeout = INFINITE, ULONG flags = DEBUG_WAIT_DEFAULT);
template<typename T>
python::list
loadArray( ULONG64 offset, ULONG count, bool phyAddr );
BpCallbackMap m_bpCallbacks;
SynSymbolsPtr m_symSymbols; // DebugClient is creator
InternalDbgEventHandler m_internalDbgEventHandler;
DebugClient( IDebugClient4 *client );
PyThreadStateSaver m_pyThreadState;
};
/////////////////////////////////////////////////////////////////////////////////
extern DebugClientPtr g_dbgClient;
void loadDump( const std::wstring &fileName );
void startProcess( const std::wstring &processName );
void attachProcess( ULONG processId );
void attachKernel( const std::wstring &param );
void detachProcess();
std::string findSymbol( ULONG64 offset );
python::tuple getDebuggeeType();
ULONG getExecutionStatus();
ULONG64 getOffset( const std::wstring symbolname );
std::string getPdbFile( ULONG64 moduleBase );
std::string dbgSymPath();
bool is64bitSystem();
bool isKernelDebugging();
bool isDumpAnalyzing();
ULONG ptrSize();
void setExecutionStatus( ULONG status );
void terminateProcess();
void waitForEvent();
TypedVarPtr containingRecordByName( ULONG64 addr, const std::string &typeName, const std::string &fieldName );
TypedVarPtr containingRecordByType( ULONG64 addr, const TypeInfoPtr &typeInfo, const std::string &fieldName );
python::list getTypedVarListByTypeName( ULONG64 listHeadAddres, const std::string &typeName, const std::string &listEntryName );
python::list getTypedVarListByType( ULONG64 listHeadAddres, const TypeInfoPtr &typeInfo, const std::string &listEntryName );
python::list getTypedVarArrayByTypeName( ULONG64 addr, const std::string &typeName, ULONG number );
python::list getTypedVarArrayByType( ULONG64 addr, const TypeInfoPtr &typeInfo, ULONG number );
/////////////////////////////////////////////////////////////////////////////////
// Synthetic symbols global finctions:
inline void addSyntheticSymbol(
ULONG64 addr,
ULONG size,
const std::string &symName
)
{
return g_dbgClient->addSyntheticSymbol(addr, size, symName);
}
inline void delAllSyntheticSymbols()
{
return g_dbgClient->delAllSyntheticSymbols();
}
inline ULONG delSyntheticSymbol(
ULONG64 addr
)
{
return g_dbgClient->delSyntheticSymbol(addr);
}
inline ULONG delSyntheticSymbolsMask(
const std::string &moduleName,
const std::string &symName
)
{
return g_dbgClient->delSyntheticSymbolsMask(moduleName, symName);
}
/////////////////////////////////////////////////////////////////////////////////
inline ULONG getNumberProcessors() {
return g_dbgClient->getNumberProcessors();
}
inline ULONG getPageSize() {
return g_dbgClient->getPageSize();
}
inline ContextPtr getThreadContext() {
return g_dbgClient->getThreadContext();
}
inline python::dict getLocals(
ContextPtr ctx = ContextPtr()
)
{
return g_dbgClient->getLocals(ctx);
}
/////////////////////////////////////////////////////////////////////////////////
template<ULONG status>
void DebugClient::changeDebuggerStatus()
{
HRESULT hres;
hres = m_control->SetExecutionStatus( status );
if ( FAILED( hres ) )
throw DbgException( "IDebugControl::SetExecutionStatus failed" );
ULONG currentStatus;
do {
waitForEvent();
hres = m_control->GetExecutionStatus( &currentStatus );
if ( FAILED( hres ) )
throw DbgException( "IDebugControl::GetExecutionStatus failed" );
} while( currentStatus != DEBUG_STATUS_BREAK && currentStatus != DEBUG_STATUS_NO_DEBUGGEE );
}
template<ULONG status>
void changeDebuggerStatus()
{
g_dbgClient->changeDebuggerStatus<status>();
}
/////////////////////////////////////////////////////////////////////////////////
}; // namespace pykd