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;
}
