khanat-opennel-code/code/nel/src/misc/app_context.cpp

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// NeL - MMORPG Framework <http://dev.ryzom.com/projects/nel/>
// Copyright (C) 2010 Winch Gate Property Limited
//
// This program is free software: you can redistribute it and/or modify
// it under the terms of the GNU Affero General Public License as
// published by the Free Software Foundation, either version 3 of the
// License, or (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU Affero General Public License for more details.
//
// You should have received a copy of the GNU Affero General Public License
// along with this program. If not, see <http://www.gnu.org/licenses/>.
#include "stdmisc.h"
#include "nel/misc/app_context.h"
#include "nel/misc/dynloadlib.h"
#include "nel/misc/command.h"
#ifdef DEBUG_NEW
#define new DEBUG_NEW
#endif
namespace NLMISC
{
//INelContext *NelContext = NULL;
INelContext *INelContext::_NelContext = NULL;
INelContext ** INelContext::_getInstance()
{
static INelContext *nelContext = NULL;
return &nelContext;
}
INelContext &INelContext::getInstance()
{
if (*(_getInstance()) == NULL)
{
_NelContext = new CApplicationContext;
*(_getInstance()) = _NelContext;
}
return *_NelContext;
}
bool INelContext::isContextInitialised()
{
return (*_getInstance()) != NULL;
}
INelContext::~INelContext()
{
// unregister still undeleted local command into the global command registry
if (ICommand::LocalCommands)
{
ICommand::TCommand::iterator first(ICommand::LocalCommands->begin()), last(ICommand::LocalCommands->end());
for (; first != last; ++first)
{
ICommand *command = first->second;
CCommandRegistry::getInstance().unregisterCommand(command);
}
}
CInstanceCounterLocalManager::releaseInstance();
_NelContext = NULL;
*(_getInstance()) = NULL;
}
2014-09-05 13:42:53 +00:00
void INelContext::contextReady()
{
// Register the NeL Context
// This assert doesn't work for Linux due to ELF symbol relocation
#ifdef NL_OS_WINDOWS
nlassert(*(_getInstance()) == NULL);
#endif // NL_OS_WINDOWS
_NelContext = this;
*(_getInstance()) = this;
// register any pending thinks
// register local instance counter in the global instance counter manager
CInstanceCounterLocalManager::getInstance().registerLocalManager();
// register local commands into the global command registry (except it there is no command at all)
if (ICommand::LocalCommands != NULL)
{
ICommand::TCommand::iterator first(ICommand::LocalCommands->begin()), last(ICommand::LocalCommands->end());
for (; first != last; ++first)
{
CCommandRegistry::getInstance().registerCommand(first->second);
}
}
}
CApplicationContext::CApplicationContext()
{
// init
ErrorLog = NULL;
WarningLog = NULL;
InfoLog = NULL;
DebugLog = NULL;
AssertLog = NULL;
DefaultMemDisplayer = NULL;
DefaultMsgBoxDisplayer = NULL;
DebugNeedAssert = false;
NoAssert = false;
AlreadyCreateSharedAmongThreads = false;
contextReady();
}
void *CApplicationContext::getSingletonPointer(const std::string &singletonName)
{
TSingletonRegistry::iterator it(_SingletonRegistry.find(singletonName));
if (it != _SingletonRegistry.end())
return it->second;
// nlwarning("Can't find singleton '%s'", singletonName.c_str());
return NULL;
}
void CApplicationContext::setSingletonPointer(const std::string &singletonName, void *ptr)
{
nlassert(_SingletonRegistry.find(singletonName) == _SingletonRegistry.end());
_SingletonRegistry[singletonName] = ptr;
}
void CApplicationContext::releaseSingletonPointer(const std::string &singletonName, void *ptr)
{
nlassert(_SingletonRegistry.find(singletonName) != _SingletonRegistry.end());
nlassert(_SingletonRegistry.find(singletonName)->second == ptr);
_SingletonRegistry.erase(singletonName);
}
CLog *CApplicationContext::getErrorLog()
{
return ErrorLog;
}
void CApplicationContext::setErrorLog(CLog *errorLog)
{
ErrorLog = errorLog;
}
CLog *CApplicationContext::getWarningLog()
{
return WarningLog;
}
void CApplicationContext::setWarningLog(CLog *warningLog)
{
WarningLog = warningLog;
}
CLog *CApplicationContext::getInfoLog()
{
return InfoLog;
}
void CApplicationContext::setInfoLog(CLog *infoLog)
{
InfoLog = infoLog;
}
CLog *CApplicationContext::getDebugLog()
{
return DebugLog;
}
void CApplicationContext::setDebugLog(CLog *debugLog)
{
DebugLog = debugLog;
}
CLog *CApplicationContext::getAssertLog()
{
return AssertLog;
}
void CApplicationContext::setAssertLog(CLog *assertLog)
{
AssertLog = assertLog;
}
CMemDisplayer *CApplicationContext::getDefaultMemDisplayer()
{
return DefaultMemDisplayer;
}
void CApplicationContext::setDefaultMemDisplayer(CMemDisplayer *memDisplayer)
{
DefaultMemDisplayer = memDisplayer;
}
CMsgBoxDisplayer *CApplicationContext::getDefaultMsgBoxDisplayer()
{
return DefaultMsgBoxDisplayer;
}
void CApplicationContext::setDefaultMsgBoxDisplayer(CMsgBoxDisplayer *msgBoxDisplayer)
{
DefaultMsgBoxDisplayer = msgBoxDisplayer;
}
bool CApplicationContext::getDebugNeedAssert()
{
return DebugNeedAssert;
}
void CApplicationContext::setDebugNeedAssert(bool needAssert)
{
DebugNeedAssert = needAssert;
}
bool CApplicationContext::getNoAssert()
{
return NoAssert;
}
void CApplicationContext::setNoAssert(bool noAssert)
{
NoAssert = noAssert;
}
bool CApplicationContext::getAlreadyCreateSharedAmongThreads()
{
return AlreadyCreateSharedAmongThreads;
}
void CApplicationContext::setAlreadyCreateSharedAmongThreads(bool b)
{
AlreadyCreateSharedAmongThreads = b;
}
CLibraryContext::CLibraryContext(INelContext &applicationContext)
: _ApplicationContext(&applicationContext)
{
contextReady();
}
void *CLibraryContext::getSingletonPointer(const std::string &singletonName)
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
return _ApplicationContext->getSingletonPointer(singletonName);
}
void CLibraryContext::setSingletonPointer(const std::string &singletonName, void *ptr)
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
_ApplicationContext->setSingletonPointer(singletonName, ptr);
}
void CLibraryContext::releaseSingletonPointer(const std::string &singletonName, void *ptr)
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
_ApplicationContext->releaseSingletonPointer(singletonName, ptr);
}
CLog *CLibraryContext::getErrorLog()
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
return _ApplicationContext->getErrorLog();
}
void CLibraryContext::setErrorLog(CLog *errorLog)
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
_ApplicationContext->setErrorLog(errorLog);
}
CLog *CLibraryContext::getWarningLog()
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
return _ApplicationContext->getWarningLog();
}
void CLibraryContext::setWarningLog(CLog *warningLog)
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
_ApplicationContext->setWarningLog(warningLog);
}
CLog *CLibraryContext::getInfoLog()
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
return _ApplicationContext->getInfoLog();
}
void CLibraryContext::setInfoLog(CLog *infoLog)
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
_ApplicationContext->setInfoLog(infoLog);
}
CLog *CLibraryContext::getDebugLog()
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
return _ApplicationContext->getDebugLog();
}
void CLibraryContext::setDebugLog(CLog *debugLog)
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
_ApplicationContext->setDebugLog(debugLog);
}
CLog *CLibraryContext::getAssertLog()
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
return _ApplicationContext->getAssertLog();
}
void CLibraryContext::setAssertLog(CLog *assertLog)
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
_ApplicationContext->setAssertLog(assertLog);
}
CMemDisplayer *CLibraryContext::getDefaultMemDisplayer()
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
return _ApplicationContext->getDefaultMemDisplayer();
}
void CLibraryContext::setDefaultMemDisplayer(CMemDisplayer *memDisplayer)
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
_ApplicationContext->setDefaultMemDisplayer(memDisplayer);
}
CMsgBoxDisplayer *CLibraryContext::getDefaultMsgBoxDisplayer()
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
return _ApplicationContext->getDefaultMsgBoxDisplayer();
}
void CLibraryContext::setDefaultMsgBoxDisplayer(CMsgBoxDisplayer *msgBoxDisplayer)
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
_ApplicationContext->setDefaultMsgBoxDisplayer(msgBoxDisplayer);
}
bool CLibraryContext::getDebugNeedAssert()
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
return _ApplicationContext->getDebugNeedAssert();
}
void CLibraryContext::setDebugNeedAssert(bool needAssert)
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
_ApplicationContext->setDebugNeedAssert(needAssert);
}
bool CLibraryContext::getNoAssert()
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
return _ApplicationContext->getNoAssert();
}
void CLibraryContext::setNoAssert(bool noAssert)
{
// nlassert(_ApplicationContext != NULL);
// just forward the call
_ApplicationContext->setNoAssert(noAssert);
}
bool CLibraryContext::getAlreadyCreateSharedAmongThreads()
{
return _ApplicationContext->getAlreadyCreateSharedAmongThreads();
}
void CLibraryContext::setAlreadyCreateSharedAmongThreads(bool b)
{
_ApplicationContext->setAlreadyCreateSharedAmongThreads(b);
}
void initNelLibrary(NLMISC::CLibrary &lib)
{
nlassert(lib.isLibraryLoaded());
TInitLibraryFunc *funptrptr = reinterpret_cast<TInitLibraryFunc*>(lib.getSymbolAddress("libraryEntry"));
nlassert(funptrptr != NULL);
TInitLibraryFunc funptr = *funptrptr;
// call the initialisation function
funptr(NLMISC::INelContext::getInstance());
}
} // namespace NLMISC