main.c.bak

Linux的实时性如何得到改观

#include "RS232.h"
#include "KeyPad.h"
#include "LCD.h"
#include "Timer.h"
#include "RTC.h"
#include "MState.h"
#include "ADC.h"
#include "Flash.h"
#include "GLib.h"
#include "FileSys.h"
#include "Config.h"

#include "44b.h"

//////////////////////////////////
void Test_LowPwr(void)
{
	//Mode_LowPwr();
}

extern struct KEY_struct KEY_inf;
///////////////////////////////
void Test_KeyPad(void)
{
	//Key_open();
	//Timer_open();
	unsigned char k;
	
	while(1){
		
		k = Key_get();
		
		if(k) RS232_send_char(k);
	}
}

extern unsigned char COM_FrameBuf[];

void Test_Com(void)
{
	int num;
	int i;
	
	while(1)
	{
		num = COM_frame_get();
		if( num ){			
			for(i=0;i<num;i++)	{ RS232_send_char( COM_FrameBuf[i] ); }
		}		
	}	
}

////////////////////////////
unsigned char ADC_get(void)
{
	unsigned short i;
	
	rCLKCON |= (1<<12);
	for(i = 0; i < 300; i++);
	
	rADCPSR = 250;
	
	rADCCON = 0x1 | (0<<2);  //Start Conversion
	while(rADCCON &0x1); 	//To avoid The first FLAG error case.
							//(The START bit is cleared in one ADC clock.)
	while(!(rADCCON & 0x40));
	
	for(i=0;i<rADCPSR;i++); //To avoid The second FLAG error case
	
	i = rADCDAT & 0x3FF;
	
	RS232_send_char(i>>8);
	RS232_send_char(i);
	
	i = (i-0x16E)/12 + 30;
	
	rCLKCON &= ~(1<<12);
	
	return i;	

}

extern void LCD_pain_batt(unsigned char Value);

////////////////////////////////
void Test_RTC(void)
{
	int i,j;
	struct RTC_struct RTC_inf;
	//struct RTC_struct *pRTC;
	
	RTC_inf.Year	= 0x07;
	RTC_inf.Mon		= 0x12;
	RTC_inf.Day		= 0x06;	
	RTC_inf.Week	= 0x04;
	RTC_inf.Hour	= 0x21;
	RTC_inf.Min		= 0x57;
	RTC_inf.Sec		= 0x00;
	
	//pRTC = RTC_inf;
	
	RTC_set( &RTC_inf );
	
	while(1){
		
		for(i=0; i<1000; i++){
			for(j=0; j<10000; j++);
		}
		
		RTC_get( &RTC_inf );
		
		RS232_send_char(0x11);//=
		
		RS232_send_char(RTC_inf.Year);//Year
		//RS232_send_char(0x3A);//:
		
		RS232_send_char(RTC_inf.Mon);
		//RS232_send_char(0x3A);
		
		RS232_send_char(RTC_inf.Day);
		//RS232_send_char(0x3A);
		
		RS232_send_char(RTC_inf.Week);
		//RS232_send_char(0x3A);
		
		RS232_send_char(RTC_inf.Hour);
		//RS232_send_char(0x3A);
		
		RS232_send_char(RTC_inf.Min);
		//RS232_send_char(0x3A);
		
		RS232_send_char(RTC_inf.Sec);
		//RS232_send_char(0x3A);
		
	}
	
}

#define TEST_START	0x600000
#define TEST_1	0x601000
#define TEST_2	0x602000
#define TEST_3	0x603000

//-----flash test-----
void Flash_test(void)
{
	struct CONFIG_struct 	Config_inf;	
	unsigned short check;
	unsigned int rt,i;
	unsigned char *pTmp;
	
	//unsigned short Msg[16];
	unsigned short Msg;
	
	//check = 0;
	//Config_inf_erase(1);
	//Config_inf_erase(2);
	//RS232_send_char('0');
	
	//Flash_type_get();
	//
	//while(1);
	
	//Flash_chip_reset();
	
	Flash_sector_erase( TEST_1 );
	
	for(rt=0; rt<256; rt++)
	{
		Msg = *( (volatile unsigned short *)(TEST_1+(rt<<1)) );
		RS232_send_char( Msg>>8 );
		RS232_send_char( Msg );		
		
		Flash_word_program( 0x7FFF,(TEST_1+(rt<<1)) );
		
		Msg = *( (volatile unsigned short *)(TEST_1+(rt<<1)) );
		RS232_send_char( Msg>>8 );
		RS232_send_char( Msg );
		
		Flash_word_program( 0x3FFF,(TEST_1+(rt<<1)) );
		
		Msg = *( (volatile unsigned short *)(TEST_1+(rt<<1)) );
		RS232_send_char( Msg>>8 );
		RS232_send_char( Msg );
		
		Flash_word_program( (rt|(1<<12)),(TEST_1+(rt<<1)) );
		
		Msg = *( (volatile unsigned short *)(TEST_1+(rt<<1)) );
		RS232_send_char( Msg>>8 );
		RS232_send_char( Msg );
		
	}
	
	while(1);
	
	for(rt=0; rt<2048; rt++){ 
		Msg = *( (volatile unsigned short *)(TEST_1+(rt<<1)) );
		RS232_send_char( Msg>>8 );
		RS232_send_char( Msg );
	}
	
	Flash_sector_erase( TEST_1 );
	
	for(rt=0; rt<2048; rt++){ 
		Msg = *( (volatile unsigned short *)(TEST_1+(rt<<1)) );
		RS232_send_char( Msg>>8 );
		RS232_send_char( Msg );
	}	
		
	for(rt=0; rt<2048; rt++){ 
		Flash_word_program( rt,(TEST_1+(rt<<1)) );
	}
	
	for(rt=0; rt<2048; rt++){ 
		Msg = *( (volatile unsigned short *)(TEST_1+(rt<<1)) );
		RS232_send_char( Msg>>8 );
		RS232_send_char( Msg );
	}	
		
	Flash_sector_erase( TEST_1 );
	
	for(rt=0; rt<2048; rt++){ 
		Msg = *( (volatile unsigned short *)(TEST_1+(rt<<1)) );
		RS232_send_char( Msg>>8 );
		RS232_send_char( Msg );
	}	
	
	for(rt=0; rt<2048; rt++){ 
		Flash_word_program( ~rt,(TEST_1+(rt<<1)) );
	}
	
	for(rt=0; rt<2048; rt++){ 
		Msg = *( (volatile unsigned short *)(TEST_1+(rt<<1)) );
		RS232_send_char( Msg>>8 );
		RS232_send_char( Msg );
	}
	
	while(1);	
	
//	while(1){
//		
//		//Msg[0] = *((volatile unsigned short *)(0x700000+0) );
//		//if( Msg[0] == 0xFFFF ) RS232_send_char( '1' );
//		
//		//RS232_send_char('A');
//		//setor_erase( 0x700000 );
//		
//		//if( Key_get() == KEY_F2 ){
//			
//			RS232_send_char('A');
//			Config_inf_erase(1);
//			
//			RS232_send_char('B');
//			Config_inf.Flag = 0xCCCC;
//			Config_inf.LCD_const = 4;
//			Config_inf.Print_deep = 4;
//			Config_inf.Pswd[0] = '1';
//			Config_inf.Pswd[1] = '2';
//			Config_inf.Pswd[2] = '3';
//			Config_inf.Pswd[3] = '4';
//			Config_inf.Pswd[4] = '5';
//			Config_inf.Pswd[5] = '6';
//			
//			check = Crc16( (unsigned char *)(&Config_inf), 12 );
//			
//			Config_inf.Crc = check;
//			
//			//RS232_send_char('C');
//			rt = Config_inf_write(&Config_inf);
//			
//			//RS232_send_char('D');
//			rt = Config_inf_read(&Config_inf);	
//			
//			if( rt ){
//				//RS232_send_char('E');
//				pTmp = (unsigned char *)(&Config_inf);
//				
//				//for(rt=0;rt<16;rt++) RS232_send_char( *(pTmp++) );
//				
//			}	
//			
//			//KEY_inf.Value = 0;
//			
//			//RS232_send_char('F');
//		//}
//
//	}
	
}

//--------------------
void Config_test(void)
{
	struct CONFIG_struct 	Config_inf;	
	int rt,i;
	unsigned char *pTmp;

	pTmp = (unsigned char *)( &Config_inf );
	rt = Config_inf_read( &Config_inf );
	
	if(rt>=0){
		RS232_send_string("Config get :: ");
		RS232_send_char( rt );	
		RS232_send_string("inf == ");	
		for(i=0;i<32;i++)	RS232_send_char( pTmp[i] );
	}
	
	for(i=0;i<32;i++)	pTmp[i] = i+'A';
	Config_inf_save( (rt+1),&Config_inf );
	
	rt = Config_inf_read( &Config_inf );
		
	if(rt>=0){
		RS232_send_string("Config get :: ");	
		RS232_send_char( rt );		
		for(i=0;i<32;i++)	RS232_send_char( pTmp[i] );
	}	
	

	while(1){
		;
	}
	
}

unsigned char FName[11]={'t','e','s','t',' ',' ',' ',' ','t','x','t'};
extern unsigned char COM_TransBuf[];

void FS_test(void)
{
	unsigned char msg[100];
	int i,j,rt,fd,num;
	struct FILE_struct		File_inf;
	unsigned char *pMsg;
	
	unsigned char myname[11] = {0x52,0x41,0x4d,0x4c,0x4f,0x41,0x44,0x20,0x42,0x49,0x4e};
	
	//FS_format();
	
	FS_init();
	
	rt = File_delete( myname );
	
	if(rt>=0){
		RS232_send_string(" file delete OK !");
	}else{
		RS232_send_string(" delete error !!!");
	}
	
	//while(1);

	num = 6;
	for(i=0;i<6;i++)
	{
		j = File_inf_get(i,&File_inf);
				
		if( j >= 0 )
		{		
			pMsg = (unsigned char *)(&File_inf);				
			for(j=0;j<32;j++){
				COM_TransBuf[ num++ ] = pMsg[j];
			}
			
			//for(j=0;j<32;j++)	RS232_send_char( pMsg[j] );
				
			//num++;
		}
	}

	num = (num-6)/32;

	COM_TransBuf[3] = 0x52;
	COM_TransBuf[4] = 0x01;	
				
	COM_TransBuf[5] = num;	//--->> file num
										//--->>if no file, this is 0x00,len is 3
	//for(i=0;i<32;i++)	COM_TransBuf[i+6] 	= FileDir_1[i];
	//for(i=0;i<32;i++)	COM_TransBuf[i+38] 	= FileDir_2[i];
	//COM_TransBuf[5] = 2;
							
	COM_frame_send( num*32+3 );	
	
	while(1);
		
	for(i=0;i<6;i++)
	{
		j = File_inf_get(i,&File_inf);
		if(j >= 0 ){
			RS232_send_string("dir_msg==");
			pMsg = (unsigned char *)(&File_inf);
			for(j=0;j<32;j++)	RS232_send_char( pMsg[j] );;
		}
	}	
	
	while(1);
	
	fd = File_create(FName);	
	if(fd >= 0){
		RS232_send_char('A');		
	}
	
	fd = File_open(FName);
	if(fd >= 0){
		RS232_send_char('B');		
	}else{
		RS232_send_char('E');
		RS232_send_char('R');
		RS232_send_char('R');
	}
	
	for(i=0;i<100;i++)
	{
		for(j=0;j<100;j++)	msg[j] = i;
		//File_seek(fd,(i*100),0);
		rt = File_write(fd,msg,100);
		//File_read(fd,msg,100);
		//for(j=0;j<100;j++)	RS232_send_char(msg[j]);
	}
	
	RS232_send_char('C');
	File_close(fd);
	
	FS_init();	
	
	fd = File_open(FName);
	if(fd >= 0){
		RS232_send_char('D');		
	}else{
		RS232_send_char('E');
		RS232_send_char('R');
		RS232_send_char('R');
	}
	
	if(fd >= 0)
	{
		for(i=0;i<100;i++)
		{
			//for(j=0;j<100;j++)	msg[j] = i;
			File_seek(fd,(i*100),1);
			//rt = File_write(fd,msg,100);
			File_read(fd,msg,100);
			for(j=0;j<100;j++)	RS232_send_char(msg[j]);
		}		
	}

	while(1);
}

///////////////////////////////
int Main(void)
{
	unsigned char k;
	struct RTC_struct 		RTC_inf;
	
	rSYSCFG		= 0;

	rINTMSK |= BIT_GLOBAL;
	
StartTest:

	//RS232_open(115200,COM_8BIT|COM_NOPARITY|STOP_1BIT);
	LCD_open();	
	Key_open();
	RS232_open(115200,COM_8BIT|COM_NOPARITY|STOP_1BIT);
	//Timer_open();
	RTC_open();
	
	LCD_clear_screen();	
	//LCD_locate(1,6);	LCD_write_string("功能测试",1);
	//LCD_locate(6,4);  	LCD_write_string("[1] 中断测试",0); 
	//LCD_locate(8,4);  	LCD_write_string("[2] 低功耗测试",0);
	//LCD_locate(10,4);  	LCD_write_string("[3] 串口测试",0);
	LCD_face();
	
	MState_open();
	
		
	RTC_inf.Year	= 0x07;
	RTC_inf.Mon		= 0x12;
	RTC_inf.Day		= 0x06;	
	RTC_inf.Week	= 0x04;
	RTC_inf.Hour	= 0x21;
	RTC_inf.Min		= 0x57;
	RTC_inf.Sec		= 0x00;
	
	RTC_set( &RTC_inf );
	
	k = ADC_batt();
	
	FS_init();
	
	rINTMSK &=~(BIT_GLOBAL);
	//rINTMSK |= BIT_GLOBAL;
		
	//Flash_test();	
	//FS_test();	
	Config_test();
	
//	LCD_clear_screen();
//	while(1)
//	{
//		k = Key_get();
//		
//		if( (k>='0') && (k<='7') ){
//			LCD_pain_progress(8,0,7,(k-0x30));
//		}
//		
//	}
	
	 	
	MState_handle();
	
	
	//Test_Com();
	//Test_RTC();

	//Test_KeyPad();

	while(1){
		
		if(KEY_inf.Value == KEY_ENTER){
			
			RS232_send_char(0x11);
			RS232_send_char(KEY_inf.Value);			
			KEY_inf.Value = 0;
			
			RS232_send_char(0x22);
			k = ADC_get();
			
			RS232_send_char(0x33);
			RS232_send_char(k);
			
			RS232_send_char(0x44);
			LCD_pain_batt(k);			
			
		}
	}



	//Test_PWM();
	//Test_EINT4567();
	RS232_open(115200,COM_8BIT|COM_NOPARITY|STOP_1BIT);
	//Timer5_init();
	Test_Com();

	goto StartTest;	
	
}