app_tasks_fs.c

嵌入式系统展讯mmi kernel 的c源代码, 仅供学习, 如果商用, 后果自负.

#define APP_TASKS_C
/*******************************************************************/
/*  Copyright (C) 2001 SPREADTRUM COMMUNICATION　CO.               */
/*  All rights reserved.                                           */
/*                                                                 */
/*  This document contains proprietary information belonging to    */
/*  SPREADTRUM. Passing on and copying of this                     */
/*  document, use and communication of its contents is not         */
/*  permitted without prior written authorisation.                 */
/*******************************************************************/
/* Revision information:                                           */
/* File      [ mmilcd.c                       ]                    */
/* Version   [ 0.1  Draft  04/03/2003   jakle zhu  ]               */
/* Description  This file provide lcd APIs for LCD display         */
/*                                                                 */
/*******************************************************************/

#include "sci_types.h"
#include "os_api.h"
#include "user_tasks_id.h"

#include "mmk_msg.h"
#include "mmk_kbd.h"
#include "mmi_appmsg.h"
#include "dal_lcd.h"
#include "dal_keypad.h"
#include "guicommon.h"
#include "HWTP_manage_FS.h"
#include "HW_recog_FS.h"

//#include "sci_api.h"

// Create static thread macro.
#define CREATE_APP_STATIC_THREAD(NAME, THREAD_ENTRY, PRIO) \
        SCI_CreateStaticThread( NAME, "T_"#NAME, THREAD_ENTRY, 0, 0, \
            NAME##_THREAD_ADDR, NAME##_STACK_SIZE, PRIO, SCI_PREEMPT, \
            "Q_"#NAME, NAME##_QUEUE_ADDR, NAME##_QUEUE_NUM, SCI_AUTO_START);

extern void APP_Task(uint32 argc, void * argv);
//extern PUBLIC uint32 MMI_WaitInit(void);

// stack and queue define
#define   P_APP_STACK_SIZE              8000
uint32    P_APP_THREAD_ADDR[P_APP_STACK_SIZE >> 2];
#define   P_APP_QUEUE_NUM               256
uint32    P_APP_QUEUE_ADDR[P_APP_QUEUE_NUM * SCI_QUEUE_ITEM_SIZE];



// @Great.Tian, define the init apptask
BLOCK_ID g_appinit_task_id;
extern void APPINIT_Task(uint32 argc, void * argv);
// stack and queue define
#define   P_APPINIT_STACK_SIZE              4000
// uint32    P_APPINIT_THREAD_ADDR[P_APP_STACK_SIZE >> 2];
#define   P_APPINIT_QUEUE_NUM               2
// uint32    P_APPINIT_QUEUE_ADDR[P_APP_QUEUE_NUM * SCI_QUEUE_ITEM_SIZE];

#define   P_APPINIT_TASK_PRIORITY   29

#define		HWTP_SEND_POINT_TO_MMI_INTERVAL	1000
#define INVALID_MMI_COORD_X		0x7FFF
#define INVALID_MMI_COORD_Y		0x7FFF

uint32 SCI_InitAppTasks(void)
{
    // Create the APP tasks
	MMI_WaitInit();

    // MMI task create
    CREATE_APP_STATIC_THREAD(P_APP,           APP_Task,                SCI_PRIORITY_LOWEST);

    // Add the other taks create function here

    g_appinit_task_id = SCI_CreateThread( 
                            "T_P_APPINIT", 
                            "Q_P_APPINIT", 
                            APPINIT_Task, 
                            0, 
                            0, 
                            P_APPINIT_STACK_SIZE, 
                            P_APPINIT_QUEUE_NUM, 
                            P_APPINIT_TASK_PRIORITY, 
			                SCI_PREEMPT, 
                            SCI_AUTO_START);

	// create hw recognise task
	HWRecog_task_init();
	
	// create hw pen point manage  task
	HWTP_task_init();
    return 0;
}