Threading Directory Reference

Directory dependency graph for Threading:

Files
file	asynchronousfileloadingworkunit.cpp [code]
	The implementation of the AsynchronousFileLoadWorkUnit a workunit that loads a listing of files asynchronously.
file	asynchronousfileloadingworkunit.h [code]
	The declaration of the AsynchronousFileLoadWorkUnit a workunit that loads a listing of files asynchronously.
file	asynchronousworkunit.cpp [code]
	Contains very little actually.
file	asynchronousworkunit.h [code]
	Contains an interface for a kind of WorkUnit that loads or does other work even when the frame scheduler is paused.
file	atomicoperations.cpp [code]
	The implementation of simple thread safe ways to check and change a specified variable atomically.
file	atomicoperations.h [code]
	Simple thread safe ways to check and change a specified variable atomically.
file	barrier.cpp [code]
	Contains the implementation for the Mezzanine::Threading::Barrier Barrier synchronization object.
file	barrier.h [code]
	The declaration of the Mezzanine::Threading::Barrier Barrier synchronization primitive.
file	crossplatformincludes.h [code]
	This file determines what features are offered by the compiler that this library can take advantage of.
file	dagframescheduler.h [code]
	This is the file that code using this library should include. It includes all the required components.
file	doublebufferedresource.h [code]
	This file defines the template double buffered resources that can be attached to a thread.
file	framescheduler.cpp [code]
	This is the core object implementation for this algorithm.
file	framescheduler.h [code]
	This file has the Declarations for the main FrameScheduler class.
file	frameschedulerworkunits.cpp [code]
	The implementation of any workunits the framescheduler needs to work correctly.
file	frameschedulerworkunits.h [code]
	This defines a number of workunits that are required for doing some tasks that the Framescheduler requires.
file	lockguard.h [code]
	Declares a tool for automatically unlocking a mutex in an exception safe way.
file	logtools.cpp [code]
	Tools that make logging specific data a little bit easier.
file	logtools.h [code]
	The definitions of the logging tools.
file	monopoly.cpp [code]
	Contains the minimal implementation for the monopoly base class.
file	monopoly.h [code]
	Contains an interface for a kind of WorkUnit that consumes time on multiple thread.
file	mutex.cpp [code]
	Contains the implementation for the Mezzanine::Threading::Mutex Mutex synchronization object.
file	mutex.h [code]
	Declares a Mutex, Mutex tools.
file	readwritespinlock.cpp [code]
	Contains the implementation for the Mezzanine::Threading::Mutex Mutex synchronization object.
file	readwritespinlock.h [code]
	Declares a Mutex, Mutex tools, and at least one MutexLike object.
file	rollingaverage.cpp [code]
	This would store the implementation of the Rolling averages if any were required, but templates...
file	rollingaverage.h [code]
	This stores the implementation and the declaration of the RollingAverage, BufferedRollingAverage, WeightedRollingAverage and the DefaultRollingAverage.
file	spinlock.cpp [code]
	Contains the implementation for the Mezzanine::Threading::SpinLock synchronization object.
file	spinlock.h [code]
	Declares a Mutex, Mutex tools, and at least one MutexLike object.
file	systemcalls.cpp [code]
	This file defines some platform specifc functions.
file	systemcalls.h [code]
	This file defines a minimalistic cross-platform thread that the scheduler uses to schedule tasks.
file	thread.cpp [code]
	This file implements a minimalistic cross-platform thread that the scheduler uses to schedule tasks.
file	thread.h [code]
	This file defines a minimalistic cross-platform thread that the scheduler uses to schedule tasks.
file	threadingenumerations.h [code]
	Any enumerations the threading library requires are all declared here.
file	workunit.cpp [code]
	This file has the implementation of the Mezzanine::Threading::DefaultWorkUnit.
file	workunit.h [code]
	This file has the definition of the workunit.
file	workunitkey.cpp [code]
	This file declares the functionality of the metadata used to sort the iWorkUnits.
file	workunitkey.h [code]
	This file defines the metadata used to sort workunits.