void LogSettings::saveToFile(){
RHOCONF().setInt("MinSeverity", getMinSeverity(), true );
RHOCONF().setBool("LogToOutput", isLogToOutput(), true );
RHOCONF().setBool("LogToFile", isLogToFile(), true );
#if !defined(OS_MACOSX)
RHOCONF().setString("LogFilePath", getLogFilePath(), true );
#endif
RHOCONF().setInt("MaxLogFileSize", getMaxLogFileSize(), true );
RHOCONF().setString("LogCategories", getEnabledCategories(), true );
RHOCONF().setString("ExcludeLogCategories", getDisabledCategories(), true );
}
void LogSettings::sinkLogMessage( String& strMsg ){
common::CMutexLock oLock(m_FlushLock);
if ( isLogToFile() )
m_pFileSink->writeLogMessage(strMsg);
if (m_pLogViewSink)
m_pLogViewSink->writeLogMessage(strMsg);
//Should be at the end
if ( isLogToOutput() )
m_pOutputSink->writeLogMessage(strMsg);
}
void LogSettings::internalSinkLogMessage( String& strMsg ){
common::CMutexLock oLock(m_FlushLock);
if ( isLogToFile() )
m_pFileSink->writeLogMessage(strMsg);
if (m_pLogViewSink)
m_pLogViewSink->writeLogMessage(strMsg);
//Should be at the end
if ( isLogToOutput() )
m_pOutputSink->writeLogMessage(strMsg);
if (m_bLogToSocket && m_pSocketSink)
m_pSocketSink->writeLogMessage(strMsg);
if (m_pAuxSinks.size() > 0)
{
for (Hashtable<ILogSink*, bool>::const_iterator it = m_pAuxSinks.begin(); it != m_pAuxSinks.end(); it++) {
(*it).first->writeLogMessage(strMsg);
}
}
}
