Signals
void	newResultsFound ()
void	progress (const QString &msg, unsigned int timeStep, unsigned int stepsCompleted, unsigned int totalSteps)
Public Member Functions
	AbstractAnalysisTimeStepThread (const DBInfo &netDBInfo, const DBInfo &archDBInfo, const DBInfo &anaDBInfo)
virtual	~AbstractAnalysisTimeStepThread ()
void	clearError ()
QString	getErrorMessage ()
int	getTimeStep ()
bool	isError ()
virtual void	prepareTimeStepAnalysis (const AnalysisInfo &anaInfo, int timeStep)
virtual void	run ()=0
void	stopThread ()
Protected Slots
void	updateResults ()
void	updateProgress (const QString &msg, unsigned int timeStep, unsigned int stepsCompleted, unsigned int totalSteps)
Protected Member Functions
void	setError (const QString &message)
Protected Attributes
DBInfo	networkDBInfo
DBInfo	archiveDBInfo
DBInfo	analysisDBInfo
bool	stop
AnalysisInfo	analysisInfo
int	timeStep
bool	error
QString	errorMessage

Detailed Description

Abstract class with functions common to all analysis threads designed to analyze a particular time step.

Constructor & Destructor Documentation

AbstractAnalysisTimeStepThread::AbstractAnalysisTimeStepThread	(	const DBInfo &	netDBInfo,
		const DBInfo &	archDBInfo,
		const DBInfo &	anaDBInfo
	)

Constructor

AbstractAnalysisTimeStepThread::~AbstractAnalysisTimeStepThread ( ) [virtual]

Destructor

void AbstractAnalysisTimeStepThread::clearError ( )

Clears the error state of the class

QString spikestream::AbstractAnalysisTimeStepThread::getErrorMessage ( ) [inline]

int spikestream::AbstractAnalysisTimeStepThread::getTimeStep ( ) [inline]

bool spikestream::AbstractAnalysisTimeStepThread::isError ( ) [inline]

void spikestream::AbstractAnalysisTimeStepThread::newResultsFound ( ) [signal]

void AbstractAnalysisTimeStepThread::prepareTimeStepAnalysis	(	const AnalysisInfo &	anaInfo,
		int	timeStep
	)		`[virtual]`

Prepares for the analysis by storing the analysis information and time step to be analyzed.

void spikestream::AbstractAnalysisTimeStepThread::progress	(	const QString &	msg,
		unsigned int	timeStep,
		unsigned int	stepsCompleted,
		unsigned int	totalSteps
	)		`[signal]`

virtual void spikestream::AbstractAnalysisTimeStepThread::run ( ) [pure virtual]

void AbstractAnalysisTimeStepThread::setError ( const QString & message ) [protected]

Sets the thread into the error state

void AbstractAnalysisTimeStepThread::stopThread ( )

Stops the analysis

void AbstractAnalysisTimeStepThread::updateProgress	(	const QString &	msg,
		unsigned int	timeStep,
		unsigned int	stepsCompleted,
		unsigned int	totalSteps
	)		`[protected, slot]`