Defines structures Application, Task, and Dependence. More...

#include "../../include/kernel_pkg.h"

Include dependency graph for applications.h:

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Classes
struct	Dependence
	This structure stores the communication dependences of a given task This structure is fulfilled by the kernel master during the reception of a new application. Thus, the application repository keeps the dependence information for each task. More...

struct	Task
	This structure stores variables useful to manage a task from a manager kernel perspective Some of the values are loaded from repository others, changed at runtime. More...

struct	Application
	This structure store variables useful to the kernel master manage an application instance. More...

Macros
#define	RUNNING 1
	Signals that the application have all its task mapped and the task already has been requested.

#define	FREE 2
	Signals that all task of the application finishes.

#define	WAITING_RECLUSTERING 3
	Signals that the application have at least one task waiting for reclustering.

#define	READY_TO_LOAD 4
	Signals that the application have all its task mapped but the task not were requested yet.

#define	REQUESTED 0
	Signals that the task has already requested to the global master.

#define	ALLOCATED 1
	Signals that the task has successfully allocated into a processor.

#define	TASK_RUNNING 2
	Signals that the task is running on the processor.

#define	TERMINATED_TASK 3
	Signals that the task terminated its execution.

#define	MIGRATING 4
	Signals that the task was set to be migrated on the slave kernel.

#define	MAX_TASK_DEPENDECES 10
	Stores maximum number of dependences task that a task can have.

Functions
Application *	get_application_ptr (int)

Application *	get_next_pending_app ()

int	set_task_allocated (Application *, int)

void	set_task_terminated (Application *, int)

void	set_task_migrating (int)

void	set_task_migrated (int, int)

unsigned int	get_app_id_counter ()

Application *	read_and_create_application (unsigned int, volatile unsigned int *)

void	remove_application (int)

void	initialize_applications ()

Detailed Description

Defines structures Application, Task, and Dependence.

HEMPS VERSION - 8.0 - support for RT applications

Distribution: June 2016

Created by: Marcelo Ruaro - contact: marce.nosp@m.lo.r.nosp@m.uaro@.nosp@m.acad.nosp@m..pucr.nosp@m.s.br

Research group: GAPH-PUCRS - contact: ferna.nosp@m.ndo..nosp@m.morae.nosp@m.s@pu.nosp@m.crs.b.nosp@m.r

The Application structure is useful to the kernel_master to manage the applications' information. This structure is also composed of the substructures: Task and Dependece. Task stores the specific information of each applications's task Dependence stores the task communication dependence information.

Function Documentation

Application* get_application_ptr ( int app_id )

Receives and app ID and return the Application pointer for the required app ID. If not found, the kernel entering in a error situation

Parameters

app_id ID of the application

Returns: Pointer for Application

Application* get_next_pending_app ( )

Get the oldest application waiting reclustering

Returns: Selected Application pointer

int set_task_allocated	(	Application *	app,
		int	task_id
	)

Set a task status as allocated and verifies the number of allocated task for the application

Parameters

app	Application pointer of the task
task_id	ID of the allocated task

Returns: The number of allocated task for the application

void set_task_migrated	(	int	task_id,
		int	new_proc
	)

Set a task status as migrated

Parameters

app	Application pointer of the task
task_id	ID of the migrated task

void set_task_migrating ( int task_id )

Set a task status as migrating

Parameters

app	Application pointer of the task
task_id	ID of the migrating task

void set_task_terminated	(	Application *	app,
		int	task_id
	)

Set a task status as terminated

Parameters

app	Application pointer of the task
task_id	ID of the terminated task

Classes

Macros

Functions

Detailed Description

Function Documentation