Test application. More...

#include <user/app1/appl.h>

Inheritance diagram for Application:

Collaboration diagram for Application:

Public Member Functions
	Application ()
	Constructor.

void	action () override
	Contains the application code.

Public Member Functions inherited from Thread
	Thread ()
	Constructor Initializes the context using prepareContext with the highest aligned address of the `reserved_stack_space` array as stack pointer (top of stack). Furthermore, assign each thread a unique id using a global variable idCounter. You have to declare and initialize it properly.

void	go ()
	Activates the first thread on this CPU.

void	resume (Thread *next)
	Switches from the currently running thread to the `next` one.

Private Member Functions
	Application (const Application &)=delete

Application &	operator= (const Application &)=delete

Additional Inherited Members
Public Attributes inherited from Thread
const size_t	id
	Unique ID of thread.

volatile bool	kill_flag
	Marker for a dying thread.

Static Public Attributes inherited from Thread
static const size_t	STACK_SIZE = 4096
	Stack size for each thread.

Protected Member Functions inherited from Queue< T, ContainerType >::Node
	Node ()

Static Protected Member Functions inherited from Thread
static void	kickoff (Thread *object)
	Function to start a thread.

Protected Attributes inherited from Thread
StackPointer	stackpointer
	Current stack pointer of thread for context switch.

Detailed Description

Test application.

Usually it is sufficient to increment and output a number endlessly in a loop.

Constructor & Destructor Documentation

Application::Application ( const Application & )

privatedelete

Application::Application ( )

inline

Constructor.

Application & Application::operator= ( const Application & )

privatedelete

void Application::action ( )

overridevirtual

Contains the application code.

Implements Thread.

The documentation for this class was generated from the following files: