the implementation is based on LogTrace. It probably could be merged together. More...

#include <loggingStopWatch.h>

Collaboration diagram for Logging::StopWatch:

Public Types
typedef Loki::SmartPtr < StopWatch, Loki::NoCopy, Loki::DisallowConversion, Loki::RejectNull, Loki::DefaultSPStorage >	StopWatchSmartPtr
	LogTrace smart pointer.
Public Member Functions
	StopWatch (Logger::LoggerSmartPtr logger, const std::string &file, unsigned long line, const std::string &msg, double maxTime=0.0)
	~StopWatch ()
Protected Attributes
Logger::LoggerSmartPtr	logger_m
std::string	msg_m
std::string	fileName_m
unsigned long	lineNumber_m
double	maxTime_m
ACE_Time_Value	startTime_m
ACE_Time_Value	endTime_m

Detailed Description

the implementation is based on LogTrace. It probably could be merged together.

The idea of the StopWatch class is to measure the time a certain operation or block of operations take. In the ctor the timer starts and it stops in dtor, in other words. When a StopWatch object is created the stop watch starts and it stops when the object is deleted - it goes out of scope. At the moment the class is located in the logging module because it uses logging facilities.

Member Typedef Documentation

typedef Loki::SmartPtr<StopWatch, Loki::NoCopy, Loki::DisallowConversion, Loki::RejectNull, Loki::DefaultSPStorage> Logging::StopWatch::StopWatchSmartPtr

LogTrace smart pointer.

Constructor & Destructor Documentation

Logging::StopWatch::StopWatch	(	Logger::LoggerSmartPtr	logger,
		const std::string &	file,
		unsigned long	line,
		const std::string &	msg,
		double	maxTime = `0.0`
	)