Logger.cpp

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/*******************************************************************************
* Copyright (C) 2005, Vintela, Inc. All rights reserved.
* Copyright (C) 2006, Novell, Inc. All rights reserved.
* 
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions are met:
* 
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*       this list of conditions and the following disclaimer.
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*       nor Novell, Inc., 
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*       endorse or promote products derived from this software without 
*       specific prior written permission.
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#include "blocxx/BLOCXX_config.h"
#include "blocxx/Logger.hpp"
#include "blocxx/ExceptionIds.hpp"
#include "blocxx/LogMessage.hpp"
#include "blocxx/Assertion.hpp"
#include "blocxx/Array.hpp"
#include "blocxx/LogMessagePatternFormatter.hpp"
#include "blocxx/AppenderLogger.hpp"
#include "blocxx/LogAppender.hpp"
#include "blocxx/Format.hpp"
 
namespace BLOCXX_NAMESPACE
{
 
BLOCXX_DEFINE_EXCEPTION_WITH_ID(Logger);
 
const GlobalString Logger::STR_NONE_CATEGORY = BLOCXX_GLOBAL_STRING_INIT("NONE");
const GlobalString Logger::STR_FATAL_CATEGORY = BLOCXX_GLOBAL_STRING_INIT("FATAL");
const GlobalString Logger::STR_ERROR_CATEGORY = BLOCXX_GLOBAL_STRING_INIT("ERROR");
const GlobalString Logger::STR_WARNING_CATEGORY = BLOCXX_GLOBAL_STRING_INIT("WARNING");
const GlobalString Logger::STR_INFO_CATEGORY = BLOCXX_GLOBAL_STRING_INIT("INFO");
const GlobalString Logger::STR_DEBUG_CATEGORY = BLOCXX_GLOBAL_STRING_INIT("DEBUG");
const GlobalString Logger::STR_DEBUG2_CATEGORY = BLOCXX_GLOBAL_STRING_INIT("DEBUG2");
const GlobalString Logger::STR_DEBUG3_CATEGORY = BLOCXX_GLOBAL_STRING_INIT("DEBUG3");
const GlobalString Logger::STR_ALL_CATEGORY = BLOCXX_GLOBAL_STRING_INIT("ALL");
const GlobalString Logger::STR_DEFAULT_COMPONENT = BLOCXX_GLOBAL_STRING_INIT("none");
 
Logger::Logger(const String& defaultComponent, const LogAppenderRef& appender)
   : m_defaultComponent(defaultComponent)
   , m_appender(appender ? appender : LogAppender::getCurrentLogAppender())
   , m_logLevel(m_appender->getLogLevel())
{
   BLOCXX_ASSERT(m_defaultComponent.length());
}
 
Logger::Logger(const String& defaultComponent, const ELogLevel logLevel)
   : m_defaultComponent(defaultComponent)
   , m_appender(LogAppender::getCurrentLogAppender())
   , m_logLevel(logLevel)
{
   BLOCXX_ASSERT(m_defaultComponent.length());
}
 
Logger::Logger(const Logger& x)
   : IntrusiveCountableBase(x)
   , m_defaultComponent(x.m_defaultComponent)
   , m_appender(x.m_appender)
   , m_logLevel(x.m_logLevel)
{
}
 
Logger&
Logger::operator=(const Logger& x)
{
   m_defaultComponent = x.m_defaultComponent;
   m_appender = x.m_appender;
   m_logLevel = x.m_logLevel;
 
   return *this;
}
 
void
Logger::swap(Logger& x)
{
   m_defaultComponent.swap(x.m_defaultComponent);
   m_appender.swap(x.m_appender);
   std::swap(m_logLevel, x.m_logLevel);
}
 
Logger::~Logger()
{
}
 
LoggerRef
Logger::clone() const
{
   return LoggerRef(new Logger(*this));
}
   
void
Logger::logFatalError(const String& message, const char* filename, int fileline, const char* methodname) const
{
   if (m_logLevel >= E_FATAL_ERROR_LEVEL)
   {
      processLogMessage( LogMessage(m_defaultComponent, STR_FATAL_CATEGORY, message, filename, fileline, methodname) );
   }
}
 
void
Logger::logError(const String& message, const char* filename, int fileline, const char* methodname) const
{
   if (m_logLevel >= E_ERROR_LEVEL)
   {
      processLogMessage( LogMessage(m_defaultComponent, STR_ERROR_CATEGORY, message, filename, fileline, methodname) );
   }
}
 
void
Logger::logWarning(const String& message, const char* filename, int fileline, const char* methodname) const
{
   if (m_logLevel >= E_WARNING_LEVEL)
   {
      processLogMessage( LogMessage(m_defaultComponent, STR_WARNING_CATEGORY, message, filename, fileline, methodname) );
   }
}
 
void
Logger::logInfo(const String& message, const char* filename, int fileline, const char* methodname) const
{
   if (m_logLevel >= E_INFO_LEVEL)
   {
      processLogMessage( LogMessage(m_defaultComponent, STR_INFO_CATEGORY, message, filename, fileline, methodname) );
   }
}
 
void
Logger::logDebug(const String& message, const char* filename, int fileline, const char* methodname) const
{
   if (m_logLevel >= E_DEBUG_LEVEL)
   {
      processLogMessage( LogMessage(m_defaultComponent, STR_DEBUG_CATEGORY, message, filename, fileline, methodname) );
   }
}
   
void
Logger::logDebug2(const String& message, const char* filename, int fileline, const char* methodname) const
{
   if (m_logLevel >= E_DEBUG2_LEVEL)
   {
      processLogMessage( LogMessage(m_defaultComponent, STR_DEBUG2_CATEGORY, message, filename, fileline, methodname) );
   }
}
   
void
Logger::logDebug3(const String& message, const char* filename, int fileline, const char* methodname) const
{
   if (m_logLevel >= E_DEBUG3_LEVEL)
   {
      processLogMessage( LogMessage(m_defaultComponent, STR_DEBUG3_CATEGORY, message, filename, fileline, methodname) );
   }
}
   
void
Logger::logMessage(const String& component, const String& category, const String& message) const
{
   processLogMessage(LogMessage(component, category, message, 0, -1, 0));
}
 
void
Logger::logMessage(const String& component, const String& category, const String& message, const char* filename, int fileline, const char* methodname) const
{
   processLogMessage(LogMessage(component, category, message, filename, fileline, methodname));
}
 
void
Logger::logMessage(const String& category, const String& message) const
{
   processLogMessage(LogMessage(m_defaultComponent, category, message, 0, -1, 0));
}
 
void
Logger::logMessage(const String& category, const String& message, const char* filename, int fileline, const char* methodname) const
{
   processLogMessage(LogMessage(m_defaultComponent, category, message, filename, fileline, methodname));
}
 
void
Logger::logMessage(const LogMessage& message) const
{
   processLogMessage(message);
}
 
void
Logger::setDefaultComponent(const String& component)
{
   BLOCXX_ASSERT(component != "");
   m_defaultComponent = component;
}
 
String
Logger::getDefaultComponent() const
{
   return m_defaultComponent;
}
   
void
Logger::setLogLevel(ELogLevel logLevel)
{
   m_logLevel = logLevel;
}
 
void
Logger::setLogLevel(const String& l)
{
   setLogLevel(stringToLogLevel(l));
}
 
ELogLevel
Logger::stringToLogLevel(const String& l)
{
   if (l.equalsIgnoreCase(STR_INFO_CATEGORY))
   {
      return E_INFO_LEVEL;
   }
   else if (l.equalsIgnoreCase(STR_DEBUG_CATEGORY))
   {
      return E_DEBUG_LEVEL;
   }
   else if (l.equalsIgnoreCase(STR_DEBUG2_CATEGORY))
   {
      return E_DEBUG2_LEVEL;
   }
   else if (l.equalsIgnoreCase(STR_DEBUG3_CATEGORY))
   {
      return E_DEBUG3_LEVEL;
   }
   else if (l.equalsIgnoreCase(STR_ERROR_CATEGORY))
   {
      return E_ERROR_LEVEL;
   }
   else if (l.equalsIgnoreCase(STR_WARNING_CATEGORY))
   {
      return E_WARNING_LEVEL;
   }
   else if (l.equalsIgnoreCase(STR_ALL_CATEGORY))
   {
      return E_ALL_LEVEL;
   }
   else if (l.equalsIgnoreCase(STR_NONE_CATEGORY))
   {
      return E_NONE_LEVEL;
   }
   else
   {
      return E_FATAL_ERROR_LEVEL;
   }
}
 
String
Logger::logLevelToString(ELogLevel logLevel)
{
   switch (logLevel)
   {
      case E_ALL_LEVEL:
         return STR_ALL_CATEGORY;
      case E_DEBUG3_LEVEL:
         return STR_DEBUG3_CATEGORY;
      case E_DEBUG2_LEVEL:
         return STR_DEBUG2_CATEGORY;
      case E_DEBUG_LEVEL:
         return STR_DEBUG_CATEGORY;
      case E_WARNING_LEVEL:
         return STR_WARNING_CATEGORY;
      case E_INFO_LEVEL:
         return STR_INFO_CATEGORY;
      case E_ERROR_LEVEL:
         return STR_ERROR_CATEGORY;
      case E_FATAL_ERROR_LEVEL:
         return STR_FATAL_CATEGORY;
      default:
         return STR_NONE_CATEGORY;
   }
}
 
bool
Logger::categoryIsEnabled(const String& category) const
{
   return m_appender->categoryIsEnabled(category);
}
 
bool
Logger::levelIsEnabled(const ELogLevel level) const
{
   return (getLogLevel() >= level);
}
 
bool
Logger::componentAndCategoryAreEnabled(const String& component, const String& category) const
{
   return m_appender->componentAndCategoryAreEnabled(component, category);
}
 
void
Logger::processLogMessage(const LogMessage& message) const
{
   BLOCXX_ASSERT(!message.component.empty());
   BLOCXX_ASSERT(!message.category.empty());
   BLOCXX_ASSERT(!message.message.empty());
 
   m_appender->logMessage(message);
}
 
} // end namespace BLOCXX_NAMESPACE