CLogSocketSink::CLogSocketSink(const LogSettings& oSettings)
{
m_URL = oSettings.getLogURL();
CThreadQueue::setLogCategory(LogCategory("NO_LOGGING"));
setPollInterval(QUEUE_POLL_INTERVAL_INFINITE);
start(epLow);
}
int main(int argc, char** argv)
{
// Start.
std::string CommandLine;
for( int Idx = 0; Idx < argc; ++Idx )
{
CommandLine += argv[ Idx ];
CommandLine += " ";
}
GInstance_ = (BcHandle)0;
// Set command line params.
SysArgs_ = CommandLine;
// HACK: Append a space to sys args for find to work.
SysArgs_ += " ";
// If we have no log, setup a default one.
#if !PSY_PRODUCTION
if( BcLog::pImpl() == NULL )
{
new BcLogImpl();
}
// Some default suppression.
BcLog::pImpl()->setCategorySuppression( "Reflection", BcTrue );
// Setup basic log Category.
BcLogScopedCategory LogCategory( "Main" );
#endif
// Initialise RNG.
#if !PSY_DEBUG
BcRandom::Global = BcRandom( 1337 ); // TODO LINUX
#endif
// Additional input devices.
GInputMindwave_.reset( new OsInputMindwaveLinux() );
// Create reflection database
ReManager::Init();
#if PSY_USE_PROFILER
// new profiler.
new SysProfilerChromeTracing();
#endif
// Unit tests prior to full kernel initialisation.
if( SysArgs_.find( "-unittest " ) != std::string::npos )
{
extern void MainUnitTests();
MainUnitTests();
return 0;
}
// Create kernel.
new SysKernel( GPsySetupParams.TickRate_ );
// Register systems for creation.
SYS_REGISTER( "DsCore", DsCoreImpl );
SYS_REGISTER( "DsCoreLogging", DsCoreLoggingImpl );
SYS_REGISTER( "OsCore", OsCoreImplSDL );
SYS_REGISTER( "FsCore", FsCoreImplLinux );
SYS_REGISTER( "CsCore", CsCore );
SYS_REGISTER( "RsCore", RsCoreImpl );
SYS_REGISTER( "SsCore", SsCoreImplSoLoud );
SYS_REGISTER( "ScnCore", ScnCore );
// Main shared.
MainShared();
OsCore::pImpl()->subscribe( sysEVT_SYSTEM_POST_OPEN, OnPostOsOpen_CreateClient );
OsCore::pImpl()->subscribe( sysEVT_SYSTEM_POST_CLOSE, OnPostOsClose_DestroyClient );
OsCore::pImpl()->subscribe( sysEVT_SYSTEM_PRE_UPDATE, OnPreOsUpdate_PumpMessages );
ScnCore::pImpl()->subscribe( sysEVT_SYSTEM_POST_OPEN, OnPostOpenScnCore_LaunchGame );
// Init game.
PsyGameInit();
//
if( ( GPsySetupParams.Flags_ & psySF_MANUAL ) == 0 )
{
// Run kernel unthreaded.
SysKernel::pImpl()->run( BcFalse );
}
// Delete kernel.
delete SysKernel::pImpl();
// Delete log.
delete BcLog::pImpl();
// Done.
return 0;
}
void DA::Log::DeclareLogCategory(const char* Category, OutputMethod::Type OutMethod, DetailLevel::Type Detail)
{
mLogCategories[std::string(Category)] = LogCategory(OutMethod, Detail);
}