void RuntimeSystem::setInputValue(int moduleID,int inputIndex,
const utils::Buffer& buf,
IControlValueReceiver* cvr)
{
ControlBlockMap::const_iterator
it = m_modules.find(moduleID);
if (it == m_modules.end())
{
throw std::runtime_error("Module does not exist at "
"RuntimeSystem::setInputValue()");
}
ModuleControlBlockPtr block = it->second;
IModule* n = block->module();
if (inputIndex < 0 ||
static_cast<unsigned int>(inputIndex) >= n->getInputs().size())
{
throw std::runtime_error("Input does not exist at "
"RuntimeSystem::setInputValue()");
}
block->setChanged(inputIndex);
IModule::IInputPtr in = n->getInputs()[inputIndex];
in->setValue(buf);
if (cvr != 0)
cvr->controlValueChanged(moduleID,inputIndex,buf);
}
void ModuleManager::updateModules( ModuleState state )
{
size_t numModules = _modules.size();
std::vector<IModule*> sortedModules;
sortedModules.reserve( numModules );
for( size_t i = 0; i < numModules; ++i )
sortedModules.push_back( _modules[i].get() );
std::sort( sortedModules.begin(), sortedModules.end(), sortByIncreasingRank );
for( size_t i = 0; i < numModules; ++i )
{
IModule* module = sortedModules[i];
try
{
updateModule( module, state );
}
catch( std::exception& e )
{
module->abort();
CORAL_LOG(WARNING) << "Module '" << module->getNamespace()->getFullName() <<
"' aborted due to exception: " << e.what();
}
}
}
//------------------------------------------------------------------------
bool TGameEngine::CreateModules()
{
int cntThread = mVecVecStrModule.size();
for( int iThread = 0; iThread < cntThread ; iThread++ )
{
// создать поток и поместить в него модули
int cntModule = mVecVecStrModule[iThread].size();
TVecStr& vecStrModule = mVecVecStrModule[iThread];
TVecPtrModule vecPtrModule;
for( int iModule = 0 ; iModule < cntModule ; iModule++ )
{
IModule* pModule = mDevTool->GetModuleByName(vecStrModule[iModule].data());
if(pModule!=NULL)
{
vecPtrModule.push_back(pModule);
mMapName_IDModule.insert(TMapStrIntVT(pModule->GetName(), pModule->GetID()));
}
else
Event(nsGameEngine::eModuleNotMade, vecStrModule[iModule].data());
}
if(vecPtrModule.size())
mVecVecModule.push_back(vecPtrModule);
}
Event(nsGameEngine::eAfterCreateModules);
if(mVecVecStrModule.size()==0)
return false;
return true;
}
INLINE void ModuleManager::Print()
{
Info(TAG "Listing current modules:");
u32 len = arModule.Size();
for (u32 i = 0; i < len; i++)
{
IModule *obj = arModule[i];
Info(TAG "\tModule: %s.", obj->GetObjectName());
}
}
ModuleHandlePtr Moduler::loadModule(const char * fileName)
{
LOG_DEBUG_STR("Going to open " << fileName);
auto *moduleObject(m_private->loaderInstance->loadModule(fileName));
if (moduleObject) {
LOG_DEBUG("Object file loaded");
auto createModuleFunc = static_cast<ModuleHandle::CreateModuleFunc>(m_private->loaderInstance->loadMethod(fileName, CREATE_MODULE_FUNC_NAME_STR));
auto getModuleFunc = static_cast<ModuleHandle::GetModuleFunc>(m_private->loaderInstance->loadMethod(fileName, GET_MODULE_FUNC_NAME_STR));
auto deleteModuleFunc = static_cast<ModuleHandle::DeleteModuleFunc>(m_private->loaderInstance->loadMethod(fileName, DELETE_MODULE_FUNC_NAME_STR));
if (createModuleFunc && getModuleFunc && deleteModuleFunc) {
LOG_INFO_STR("Module from " << fileName << " has correct interface definition");
LOG_INFO("Initializing module...");
createModuleFunc();
IModule *loadedModule = getModuleFunc();
if (loadedModule) {
auto *moduleInfo = loadedModule->moduleInformation();
if (moduleInfo) {
LOG_INFO("Module info:");
LOG_INFO_STR("Name: " << moduleInfo->name);
LOG_INFO_STR("Version: " << moduleInfo->version << "." << moduleInfo->subVersion << "." << moduleInfo->patch);
LOG_INFO("Seems module has correct implementation");
ModuleHandle moduleHandle;
moduleHandle.fileName = fileName;
moduleHandle.createModuleFunc = createModuleFunc;
moduleHandle.getModuleFunc = getModuleFunc;
moduleHandle.deleteModuleFunc = deleteModuleFunc;
return m_private->addModule(moduleHandle);
}
else {
LOG_ERROR_STR("Error trying to get the module information");
return nullptr;
}
}
else {
LOG_ERROR_STR("The method " << GET_MODULE_FUNC_NAME_STR << " returned nullptr");
return nullptr;
}
}
else {
if (!createModuleFunc)
LOG_ERROR_STR("Cannot read method " << CREATE_MODULE_FUNC_NAME_STR << "()");
if (!getModuleFunc)
LOG_ERROR_STR("Cannot read method " << GET_MODULE_FUNC_NAME_STR << "()");
if (!deleteModuleFunc)
LOG_ERROR_STR("Cannot read method " << DELETE_MODULE_FUNC_NAME_STR << "()");
// We are not going to use the loaded instance
// TO DO: Delete object
// m_private->loaderInstance->delete();
return nullptr;
}
}
return nullptr;
}
void CThingTreeCtrl::OnReloadModule()
{
// FireReLoadModule();
HTREEITEM hSelected;
CString strModuleName;
IModule *pModule = NULL;
HRESULT hr = S_OK;
if (!m_pWorld)
return;
hSelected = m_treeCtrl.GetNextItem(m_hModules, TVGN_CARET);
if (!hSelected)
return;
// get the module name from the tree
strModuleName = m_treeCtrl.GetItemText(hSelected);
// get the module from the world
if (FAILED(hr = m_pWorld->get_Module(CComBSTR(strModuleName), &pModule)))
goto exit;
// call reload on the module
if (FAILED(hr = pModule->Reload(VARIANT_TRUE)))
{
CComBSTR bstrDescription("Error reloading module.");
CComPtr<IErrorInfo> pErrorInfo;
CString strError;
CString strTitle;
CString strInfo;
strTitle.LoadString(IDS_RELOAD_MODULE);
strInfo.LoadString(IDS_ERROR_MODULE_RELOAD);
::GetErrorInfo(0L, &pErrorInfo);
// we possibly could have no errorinfo from server-side/sync method,
// if HRESULT isn't in the IThing range (the ReportThingError above will format
// error strings in the proper range)
if (pErrorInfo)
{
//pErrorInfo->GetSource(&bstrSource.m_str);
pErrorInfo->GetDescription(&bstrDescription.m_str);
}
strError = strInfo + CString(bstrDescription);
MessageBox(strError, strTitle, MB_ICONERROR);
}
exit:
SAFERELEASE(pModule);
}
BOOL ModuleManager::Reset()
{
BOOL ret = TRUE;
u32 len = arModule.Size();
for (u32 i = 0; i < len; i++)
{
IModule *obj = arModule[i];
ret = ret && (obj->Reset() || !obj->IsRequired());
}
return ret;
}
BOOL ModuleManager::Shutdown()
{
BOOL ret = TRUE;
u32 len = arModule.Size() - 1;
for (s32 i = len; i >= 0; i--)
{
IModule *obj = arModule[i];
ret = ret && (obj->Shutdown() || !obj->IsRequired());
}
return ret;
}
virtual bool OnBreakpoint( IProcess* process, uint32_t threadId, Address address, Enumerator< BPCookie >* iter )
{
if ( sizeof( Address ) == sizeof( uintptr_t ) )
printf( " breakpoint at %p\n", address );
else
printf( " breakpoint at %08I64x\n", address );
while ( iter->MoveNext() )
{
BPCookie cookie = iter->GetCurrent();
printf( " %I64x\n", cookie );
}
mHitBp = true;
UINT_PTR baseAddr = (UINT_PTR) mMod->GetImageBase();
//mExec->RemoveBreakpoint( process, baseAddr + 0x0001137A, (void*) 257 );
//mExec->SetBreakpoint( process, baseAddr + 0x0001137A, (void*) 257 );
//mExec->RemoveBreakpoint( process, baseAddr + 0x00011395, (void*) 129 );
//mExec->SetBreakpoint( process, baseAddr + 0x00011395, (void*) 129 );
return false;
}
void RuntimeSystem::disconnect(int moduleID,int inputNumber)
{
ControlBlockMap::iterator i = m_modules.find(moduleID);
if (i == m_modules.end())
throw std::runtime_error("module does not exist "
"(RuntimeSystem::disconnect)");
IModule* m = i->second->module();
//TODO: input number is unchecked
IModule::IInputPtr in = m->getInputs()[inputNumber];
in->unPlug();
i->second->hasChanged(inputNumber);
}
ErrorCode ComponentManager::LoadLibrary( const char *name )
{
TRACE_BEGIN( LOG_LVL_INFO );
IModule *mod = NULL;
ErrorCode result = kNoError;
LOG_NOTICE( "Opening Library: %s", name );
ErrorCode (*LoadLibrary)( IComponentManager *mgr );
IModule *(*GetModule)();
void *handle = dlopen( name, RTLD_LAZY );
if ( handle == NULL )
{
result = kLoadFailed;
LOG_WARN( "Failed to open shared lib \"%s\": %s", name, dlerror() );
}
else
{
LoadLibrary = (ErrorCode (*)(IComponentManager *mgr))dlsym( handle, "JHCOM_LibraryEntry" );
GetModule = (IModule *(*)())dlsym( handle, "JHCOM_GetModule" );
if ( GetModule == NULL || LoadLibrary == NULL )
{
result = kLoadFailed;
LOG_WARN( "Failed to get symbol" );
}
else
{
LOG( "LoadLibrary is %p", LoadLibrary );
LOG( "RegisterServices is %p", GetModule );
result = LoadLibrary( this );
if ( result == kNoError )
{
mod = GetModule();
mod->AddRef();
mod->loadComponents();
ModuleInfo *info = jh_new ModuleInfo( name, mod, handle );
mModules.push_back( info );
}
}
}
return result;
}
bool ClientThread::_pre_thread_foo()
{
_tp->inc();
//preload singletons modules if configured
// therefore we keep them from destroy when lasy context releases them
if(GCFG->_pool.cache_singletons) {
const SoMap& rm =__modules->get_modules();
SoMapIt it = rm.begin();
for(; it != rm.end(); it++) {
kchar* ks = (*it).first.c_str();
SoEntry* pe = (*it).second;
IModule* pm = pe->_so_get(ks);
if(pm && pm->is_singleton()) {
_pmodules.push(pm);
}
}
}
return true;
}
void RuntimeSystem::addModule(const std::string& moduleClassName,
int moduleID)
{
IModule* newModule = moduleFactory.buildNewModule(moduleClassName,
typeFactory);
newModule->setID(moduleID);
ModuleControlBlockPtr newBlock ( new ModuleControlBlock(newModule) );
m_modules[moduleID] = newBlock;
// no output or notdeterministic => module is a sink
if (( newModule->getOutputs().size() == 0 ) ||
( !newModule->isDeterministic()) )
m_sinks.push_front(newBlock);
#if (ENGINE_VERBOSITY > 0)
std::cout << "Added new Module (id " << moduleID << ") of Class "
<< moduleClassName << std::endl;
#endif
}
unsigned GetModules(const std::_tstring & module, IModuleVector & modules, bool GetChecksum = false, bool noRefresh=false) const
{
IModuleVector allModules;
GetAllModules(allModules, GetChecksum, noRefresh);
for(IModuleVector::iterator itr = allModules.begin(); itr != allModules.end(); ++itr)
{
IModule * parent = itr->get()->GetParentModule();
if ((!parent && module.empty()) || (parent && boost::algorithm::equals(module, parent->GetQualifiedLabel())))
modules.push_back(itr->get());
}
return 0;
}
void RuntimeSystem::syncInputValue(int moduleID, int inputIndex,
IControlValueReceiver* cvr) const
{
if (!cvr)
return;
ControlBlockMap::const_iterator
it = m_modules.find(moduleID);
if (it == m_modules.end())
{
throw std::runtime_error("Module does not exist at "
"RuntimeSystem::syncInputValue()");
}
DoSync sync(cvr);
ModuleControlBlockPtr block = it->second;
IModule* n = block->module();
IModule::IInputPtr in = n->getInputs()[inputIndex];
sync(in);
}
virtual RunMode OnBreakpoint( IProcess* process, uint32_t threadId, Address address, bool embedded )
{
if ( sizeof( Address ) == sizeof( uintptr_t ) )
printf( " breakpoint at %p\n", address );
else
printf( " breakpoint at %08I64x\n", address );
mHitBp = true;
UINT_PTR baseAddr = (UINT_PTR) mMod->GetImageBase();
//mExec->RemoveBreakpoint( process, baseAddr + 0x0001137A, (void*) 257 );
//mExec->SetBreakpoint( process, baseAddr + 0x0001137A, (void*) 257 );
//mExec->RemoveBreakpoint( process, baseAddr + 0x00011395, (void*) 129 );
//mExec->SetBreakpoint( process, baseAddr + 0x00011395, (void*) 129 );
return RunMode_Break;
}
virtual void OnLoadComplete( IProcess* process, DWORD threadId )
{
UINT_PTR baseAddr = (UINT_PTR) mMod->GetImageBase();
// 0x003C137A, 0x003C1395
// 1137A, 11395
#if 0
mExec->SetBreakpoint( process, baseAddr + 0x0001137A, (void*) 33 );
mExec->SetBreakpoint( process, baseAddr + 0x00011395, (void*) 17 );
//mExec->SetBreakpoint( process, 0x003C137A, (void*) 257 );
//mExec->RemoveBreakpoint( process, 0x003C137A, (void*) 33 );
//mExec->RemoveBreakpoint( process, 0x003C137A, (void*) 257 );
//mExec->RemoveBreakpoint( process, 0x003C1395, (void*) 33 );
//mExec->RemoveBreakpoint( process, 0x003C1395, (void*) 17 );
#endif
}
virtual void OnModuleLoad( IProcess* process, IModule* module )
{
char* macName = "";
switch ( module->GetMachine() )
{
case IMAGE_FILE_MACHINE_I386: macName = "x86"; break;
case IMAGE_FILE_MACHINE_IA64: macName = "ia64"; break;
case IMAGE_FILE_MACHINE_AMD64: macName = "x64"; break;
}
if ( sizeof( Address ) == sizeof( uintptr_t ) )
printf( " %p %d %s '%ls'\n", module->GetImageBase(), module->GetSize(), macName, module->GetPath() );
else
printf( " %08I64x %d %s '%ls'\n", module->GetImageBase(), module->GetSize(), macName, module->GetPath() );
if ( mMod == NULL )
{
mMod = module;
mMod->AddRef();
}
}
~_EventCallback()
{
if ( mMod != NULL )
mMod->Release();
}
int _tmain( int argc, _TCHAR* argv[] )
{
BOOL bRet = FALSE;
STARTUPINFO startupInfo = { sizeof startupInfo };
PROCESS_INFORMATION procInfo = { 0 };
DEBUG_EVENT event = { 0 };
_EventCallback callback;
Exec exec;
HRESULT hr = S_OK;
LaunchInfo info = { 0 };
InitDebug();
//char* s1 = new ( _NORMAL_BLOCK, __FILE__, __LINE__ ) char[100];
//strcpy( s1, "hello, yo!" );
//char* s2 = (char*) malloc( 300 );
//strcpy( s2, "say what?" );
callback.SetExec( &exec );
hr = exec.Init( &callback );
if ( FAILED( hr ) )
goto Error;
#if 0
bRet = CreateProcess( L"F:\\Users\\Magus\\Documents\\Visual Studio 2008\\Projects\\test1\\Debug\\test1.exe",
//bRet = CreateProcess( L"F:\\Users\\Magus\\Documents\\Visual Studio 2008\\Projects\\test1\\x64\\Debug\\test1.exe",
NULL,
NULL,
NULL,
FALSE,
DEBUG_ONLY_THIS_PROCESS,
NULL,
NULL,
&startupInfo,
&procInfo );
if ( !bRet )
goto Error;
#else
//#define TEST_APP64
#ifndef TEST_APP64
info.CommandLine = L"\"F:\\Users\\Magus\\Documents\\Visual Studio 2008\\Projects\\Debugger1\\Debug\\test1.exe\"";
info.Exe = L"F:\\Users\\Magus\\Documents\\Visual Studio 2008\\Projects\\Debugger1\\Debug\\test1.exe";
#else
info.CommandLine =L"\"F:\\Users\\Magus\\Documents\\Visual Studio 2008\\Projects\\Debugger1\\x64\\Debug\\test1.exe\"";
info.Exe = L"\"F:\\Users\\Magus\\Documents\\Visual Studio 2008\\Projects\\Debugger1\\x64\\Debug\\test1.exe\"";
#endif
IProcess* proc = NULL;
//hr = exec.Attach( 5336, proc );
hr = exec.Launch( &info, proc );
if ( FAILED( hr ) )
goto Error;
#endif
#if 0
bRet = WaitForDebugEvent( &event, INFINITE );
if ( !bRet )
goto Error;
#else
int stepCount = 0;
for ( int i = 0; /* doesn't end */ ; i++ )
{
hr = exec.WaitForEvent( 1000 );
if ( FAILED( hr ) )
goto Error;
hr = exec.DispatchEvent();
if ( FAILED( hr ) )
goto Error;
#if 1
if ( proc->IsStopped() )
{
if ( callback.GetHitBp() )
{
stepCount++;
//11728
IModule* mod = NULL;
UINT_PTR baseAddr = 0;
callback.GetModule( mod );
baseAddr = (UINT_PTR) mod->GetImageBase();
mod->Release();
//hr = exec.StepOut( proc, (void*) (baseAddr + 0x00011728) );
//hr = exec.StepInstruction( proc, true );
if ( stepCount > 1 )
hr = exec.StepInstruction( proc, true, true );
else
{
//113A5
AddressRange range = { baseAddr + 0x0001137A, baseAddr + 0x000113A5 };
hr = exec.StepRange( proc, false, range, true );
}
if ( FAILED( hr ) )
goto Error;
}
else
{
hr = exec.Continue( proc, true );
if ( FAILED( hr ) )
goto Error;
}
}
#endif
#if 1
if ( i == 0 )
{
IModule* mod = NULL;
UINT_PTR baseAddr = 0;
callback.GetModule( mod );
baseAddr = (UINT_PTR) mod->GetImageBase();
// 0x003C137A, 0x003C1395
// 1137A, 11395
//exec.SetBreakpoint( proc, baseAddr + 0x0001138C, 255 );
exec.SetBreakpoint( proc, baseAddr + 0x0001137A );
//exec.SetBreakpoint( proc, baseAddr + 0x00011395, 129 );
mod->Release();
}
#endif
}
#endif
Error:
//exec.Detach( proc );
// when the debugger goes away, so does the debuggee automatically
//if ( procInfo.hThread != NULL )
//{
// CloseHandle( procInfo.hThread );
//}
//if ( procInfo.hProcess != NULL )
//{
// TerminateProcess( procInfo.hProcess, MAXINT );
// CloseHandle( procInfo.hProcess );
//}
if ( proc != NULL )
proc->Release();
return 0;
}
void RuntimeSystem::deleteModule(int moduleID)
{
// get the control block for the moduleid
ControlBlockMap::iterator it = m_modules.find(moduleID);
if (it == m_modules.end())
{
// a module with that id doesnt exist
throw std::runtime_error("Module does not exist at "
"RuntimeSystem::deleteModule()");
}
// a module with that id must exist
assert(it != m_modules.end());
ModuleControlBlockPtr block = it->second;
IModule* n = block->module();
// disconnect all modules that are connected to an output
for (ControlBlockMap::iterator i = m_modules.begin();
i != m_modules.end(); ++i)
{
// is this possible?
// if (i->second == 0) continue;
assert(i->second != 0);
ModuleControlBlockPtr block = i->second;
IModule* m = block->module();
// check all inputs of that module
for (unsigned int j = 0; j < m->getInputs().size(); ++j)
{
IModule::IInputPtr in = m->getInputs()[j];
// is it connected?
if (in->getConnectedModule() == n)
{
// yes, the unplug it
in->unPlug();
// and signal change
block->hasChanged(j);
}
}
}
// disconnect all modules that are connected to an input
for (unsigned int j = 0; j < n->getInputs().size(); ++j)
{
IModule::IInputPtr in = n->getInputs()[j];
if (in->getConnectedModule() != 0)
in->unPlug();
}
// remove the module from the sink list
if (n->getOutputs().size() == 0 || !n->isDeterministic())
m_sinks.remove(block);
// remove it from the module set
// the module control block should be deleted here by its autoptr
m_modules.erase(it);
#if (ENGINE_VERBOSITY > 0)
std::cout << "Deleted Module # " << moduleID << std::endl;
#endif
}
void RuntimeSystem::update(IControlValueReceiver* cvr,
IModuleStatisticsReceiver* msr)
{
std::stack<ModuleControlBlockPtr> stack;
// push the sinks (modules with no output) on the stack
for (std::list<ModuleControlBlockPtr>::iterator sink = m_sinks.begin();
sink != m_sinks.end(); ++sink)
{
(*sink)->activate();
stack.push(*sink);
}
#if (ENGINE_VERBOSITY > 2)
std::cout << " ***** update begins\n";
std::cout << "Pushed all m_sinks onto the stack." << std::endl;
std::cout << "Number of m_sinks: " << m_sinks.size() << std::endl;
#endif
while (!stack.empty())
{
ModuleControlBlockPtr block = stack.top();
IModule* m = block->module();
assert (block->isActive());
#if (ENGINE_VERBOSITY > 3)
std::cout << "On Stack: " << m->getID() << "\n";
#endif
IInput* dep = m->dependencies();
// is there a not satisfied dependency left?
if (dep != 0)
{
IModule* temp = dep->getConnectedModule();
// is the input connected to an other module?
if (temp != 0)
{
#if (ENGINE_VERBOSITY > 3)
std::cout << " Following connection to " << temp->getID()
<< "\n";
#endif
// check that module
ModuleControlBlockPtr current = getControlBlock(temp);
// 1. in case the module is on the stack we detected a cycle
// the solution is to use the old value of that output
// 2. the module is already updatet in this cycle
// we dont want do update it again
if (current->isActive()||(current->lastUpdated()==frameCount))
{
// it could be that the value changed (conservative)
block->setChanged(dep->getIndex());
#if (ENGINE_VERBOSITY > 3)
std::cout << " [already done]" << temp->getID()
<< "\n";
#endif
}
else
{
#if (ENGINE_VERBOSITY > 3)
std::cout << " [pushed on stack]" << temp->getID()
<< "\n";
#endif
// we must update this module
current->activate();
stack.push(current);
}
}
}
else
{
// all dependencies are satisfied
// is a update necessary?
if (!m->isDeterministic() || block->hasChanged())
{
#if (ENGINE_VERBOSITY > 3)
std::cout << " Updating...\n";
#endif
// lets update the module
unsigned long startTime = utils::Timing::getTimeInMillis();
//TODO: if an exception is caught, remove the module!
try {
m->update();
}
catch (std::exception& e){
std::ostringstream os;
os << "error at update: " << e.what() << "\n"
<< "module id = " << m->getID() << "\n"
<< "module class = " << m->module_class_name() << "\n";
m_logger->error("Runtimesystem", os.str());
}
catch (...) {
std::ostringstream os;
os << "error at update\n"
<< "module id = " << m->getID() << "\n"
<< "module class = " << m->module_class_name() << "\n";
m_logger->error("Runtimesystem", os.str());
}
unsigned long stopTime = utils::Timing::getTimeInMillis();
block->addTime(stopTime-startTime);
// should we send the statistic data?
// is there a receiver?
// is it the right time?
if (msr != 0 && (frameCount & 7) == 7)
{
// send statistic data
msr->modExecTimeSignal(m->getID(),block->avgTime());
}
// send the changes values to the controlValueReceiver
// and set them there to changed
sendInputValues(block,cvr,m_modules,frameCount);
}
else
{
#if (ENGINE_VERBOSITY > 3)
std::cout << " Skipping update (deterministic and no "
<< "needed input changed)...\n";
#endif
}
// this module is now updated
stack.pop();
block->reset();
block->updated(frameCount);
}
}
// all sinks are uptodate we can finish now
// increase the timestamp
++frameCount;
#if (ENGINE_VERBOSITY > 2)
std::cout << "**** update finished" << std::endl;
#endif
}
bool ScriptEngine::OnChildReload(IModule& child, IEventArg& e /*= IEventArg::Empty*/)
{
UserDataEventArg<ScriptState*> e1(mCurrent->CurrentState());
return child.Reload(e1);
}
bool Logicmgr::Initialize() {
const sModuleConfig * pConfig = Configmgr::getInstance()->GetModuleConfig();
TASSERT(pConfig, "can't load module config");
vector<string>::const_iterator itor = pConfig->vctModules.begin();
vector<string>::const_iterator iend = pConfig->vctModules.end();
while (itor != iend) {
char path[512] = {0};
#ifdef linux
SafeSprintf(path, sizeof (path), "%s/%slib%s.so",
tools::GetAppPath(), pConfig->strModulePath.c_str(), (*itor).c_str());
void * handle = dlopen(path, RTLD_LAZY);
TASSERT(handle, "open %s error %d", path, errno);
GetModuleFun fun = (GetModuleFun) dlsym(handle, "GetLogicModule");
TASSERT(fun, "get function:GetLogicModule error");
#endif //linux
#ifdef WIN32
SafeSprintf(path, sizeof (path), "%s/%s/%s.dll",
tools::GetAppPath(), pConfig->strModulePath.c_str(), (*itor).c_str());
HINSTANCE hinst = ::LoadLibrary(path);
GetModuleFun fun = (GetModuleFun)::GetProcAddress(hinst, NAME_OF_GET_LOGIC_FUN);
TASSERT(fun, "get function:GetLogicModule error");
#endif //WIN32
IModule * plogic = fun();
TASSERT(plogic, "can't get module from lig%s.so", (*itor).c_str());
while (plogic) {
const char * pName = plogic->GetName();
map<string, IModule *>::iterator mitor = m_mapModules.find(pName);
if (mitor != m_mapModules.end()) {
TASSERT(false, "LogicModule Name %s is exists", pName);
return false;
}
m_vctModules.push_back(plogic);
m_mapModules.insert(make_pair(pName, plogic));
plogic = plogic->GetNext();
}
itor++;
}
{
vector<IModule *>::iterator vitor = m_vctModules.begin();
vector<IModule *>::iterator viend = m_vctModules.end();
while (vitor != viend) {
(*vitor)->Initialize(Kernel::getInstance());
vitor ++;
}
vitor = m_vctModules.begin();
while(vitor != viend) {
(*vitor)->Launched(Kernel::getInstance());
vitor++;
}
}
return true;
}