test.c

无线音频电话(gprs)

            case DEF_KEY_6:		sKeyTested[6]='1';	szBuf[6]='6';	break;
            case DEF_KEY_7:		sKeyTested[7]='1';	szBuf[7]='7';	break;
            case DEF_KEY_8:		sKeyTested[8]='1';	szBuf[8]='8';	break;
            case DEF_KEY_9:		sKeyTested[9]='1';	szBuf[9]='9';	break;
            case DEF_KEY_DOT:	sKeyTested[10]='1';	szBuf[10]='.';	break;
            case DEF_KEY_ENTER:	sKeyTested[11]='1';	szBuf[12]='E';	break;
            case DEF_KEY_CLEAR:	sKeyTested[12]='1';	szBuf[14]='C';	break;
            case DEF_KEY_ESC:	
				sKeyTested[13]='1';	
				cESC++;
				if (cESC == 3)
				{
					_Buzzer();
					_Display(2, "键盘测试中止");
					_Delay(DEF_DELAY_TIMES);
					return 0;
				}
				memcpy(szBuf1 ,"ESC",3);							break;
            default:			_Display(2, "  错误的键码");
								while(1)	{_Buzzer();}
		}
		_Display(1,(uchar *)szBuf);
		_Display(2,(uchar *)szBuf1);
	}
}

uchar	TestClock(void)
{
    stClock		ClockNow;
    uchar		szBuf[20];
//	uint		t1,t2,t3,t4,t5,t6,t7,
	uint		TimeF, TimeT;
    uchar		cc;

	while (1)
	{
		TimeF = TimeT = 0;	    
	    while( ! _KeyBoardTest() )
		{
	        _ClockRead((stClock*)(&ClockNow));
		    t1 = ClockNow.year + 1960;
			t2 = ClockNow.month;
	        t3 = ClockNow.day;
		    t4 = ClockNow.hour;
			t5 = ClockNow.minute;
	        t6 = ClockNow.second;
		    t7 = ClockNow.weekday;
			if ( TimeF!=t6) {TimeF=t6;TimeT++;}
			if ( TimeT==60)
			{
				_Buzzer();
				_Display(2, "时钟测试通过");
				_Delay(DEF_DELAY_TIMES);
				return 1;
			}
			sprintf(szBuf, "  %d/%02d/%02d",t1,t2,t3);
		    _Display(1, szBuf);
			sprintf(szBuf, "  %02d:%02d:%02d %1d",t4,t5,t6,t7);
	        _Display(2, szBuf);
		}
		cc = _KeyBoardGet();
		_Buzzer();
		switch ( cc )
		{
			case   DEF_KEY_ENTER:
				_Display(2,"");
				_Display(1,"YYYYMMDDHHMMSSW");
				t1 = Input(2, szBuf, 15);
				if( t1 != 15)
				{
					_Display(2,"输入时间无效");
					_Delay(DEF_DELAY_TIMES);
					break;
				}
				memcpy(PubBuff, szBuf, 4);
				PubBuff[4]=0;
				ClockNow.year  = atoi(PubBuff)-1960;
				memcpy(PubBuff, szBuf+4, 2);
				PubBuff[2]=0;
				ClockNow.month = atoi(PubBuff);
				memcpy(PubBuff, szBuf+6, 2);
				ClockNow.day = atoi(PubBuff);
				memcpy(PubBuff, szBuf+8, 2);
				ClockNow.hour = atoi(PubBuff);
				memcpy(PubBuff, szBuf+10, 2);
				ClockNow.minute = atoi(PubBuff);
				memcpy(PubBuff, szBuf+12, 2);
				ClockNow.second = atoi(PubBuff);
				memcpy(PubBuff,szBuf+14,1);
				PubBuff[1] = 0;
				ClockNow.weekday = atoi(PubBuff);
				_ClockSet((stClock *)(&ClockNow));
				break;
			case   DEF_KEY_ESC:
				return 0;
		}//switch
	}//while
}


uchar	TestSysRW(void)
{
	uint  i, j, count;
	uchar offset, cc;
	uchar TempSrc[512-60];
	uchar TempObj[512-60];

	count =  512-64;
	offset = 0;
	memset(TempSrc, 0, 512-60);
	memset(TempObj, 0, 512-60);
	for (i=0; i<28; i++)//512-64 == 28*16 == 448
	{
		memset(TempSrc+i*16, 0x20+i, 16);
//		TempSrc[i] = (uchar)(0x20 + i);
	}
	cc = _SysDataWrite(offset, count, TempSrc);
	if ( cc )
	{
		_Display(1, "写系统数据错:");
		BCDtoChar(&cc, 1, TempObj);
		_Display(2, TempObj);
		_Delay(DEF_DELAY_TIMES);
		return 0;
	}
	else
		_Display(1, "写系统数据正确!");

	cc = _SysDataRead(offset, count, TempObj);
	if ( cc )
	{
		sprintf(TempObj, "读系统数据错:[%02X]", cc);
		_Display(1, TempObj);
		_Delay(DEF_DELAY_TIMES);
		return 0;
	}
	else
	{//cmp Src & Obj
		cc = 1;
		for (i=0; i<count; i++)
		{
			if (TempSrc[i] != TempObj[i])
			{
				cc = 0;
				break;
			}
		}
		if (i != count)
		{
//			sprintf(PubBuff, "[%02X]!=[%02X]", TempSrc[i], TempObj[i]);
			BCDtoChar(TempSrc+i, 1, PubBuff);
			_Display(4, PubBuff);
			BCDtoChar(TempObj+i, 1, PubBuff);
			_Display(5, PubBuff);
			sprintf(PubBuff, "读写比较错在:[%d]", i);
		}
		else
			strcpy(PubBuff, "读系统数据正确!");
		_Display(2, PubBuff);
		_Delay(DEF_DELAY_TIMES);
		return cc;
	}
}

uchar	Input(uchar line, uchar *InBuff, uchar InLen)
{
    uchar  len, uch, usefull, j;
	uint   i;

	i = j = len = 0;
	memset(InBuff, 0, InLen+2);
	while(1)
	{
		while(!_KeyBoardTest())
		{
			i++;
			_Display(line, InBuff);
			if ( i == 30 )
			{
				j = (j+1) & 0x01;
				if ( j == 0 )	i = 0;
				else			i = '_';
				if (len == 0)
					InBuff[0] = i;
				else
					InBuff[len] = i;
				i = 0;
			}
		}
		_Buzzer();
		uch = _KeyBoardGet();
		if ( (len >= InLen) && 
			 (uch != DEF_KEY_ENTER) &&
			 (uch != DEF_KEY_CANCEL) )
			continue;
		usefull = 1;
		switch ( uch )
		{
			case DEF_KEY_0:		uch='0';	break;
			case DEF_KEY_1:		uch='1';	break;
			case DEF_KEY_2:		uch='2';	break;
			case DEF_KEY_3:		uch='3';	break;
			case DEF_KEY_4:		uch='4';	break;
			case DEF_KEY_5:		uch='5';	break;
			case DEF_KEY_6:		uch='6';	break;
			case DEF_KEY_7:		uch='7';	break;
			case DEF_KEY_8:		uch='8';	break;
			case DEF_KEY_9:		uch='9';	break;
			case DEF_KEY_ENTER:	
				return len; 
			case DEF_KEY_CANCEL:
				if ( len == 0 ) return DEF_KEY_CANCEL;
					len--;
					InBuff[len] = 0;
				_Display(line, InBuff);
				continue;
			default:			usefull=0;	break;
		}
		if ( usefull == 1 )
		{
			InBuff[len] = uch;
			len++;
			InBuff[len] = 0;
			i = j = 0;
			_Display(line, InBuff);
		}
	}
}

void	SetBuff(uchar *SrcBuff, Val)
{
	uchar i, j;
	uint  k;

	for (i=0; i<16; i++)
	{
		for (j=0; j<16; j++)
		{
			if ( Val )
				SrcBuff[i*16 + j] = Val+i + j;
			else
				SrcBuff[i*16 + j] = 0x00;
		}
	}
	SrcBuff[256] = 0x00;
	return;
}
void	TestModem(void)
{
	uchar k;

	while ( 1 )
	{
		_ClearScreen();
		_DispXY (1,2,0, "MODEM测试");
		_Display(2, "1--AT指令测试");
		_Display(3, "2--扩展串口测试");
		_Display(4, "按取消键退出... ...");
		while ( !_KeyBoardTest() ) ;
		k = _KeyBoardGet();
		_ClearScreen();
		switch ( k )
		{
			case DEF_KEY_1:		TestModemRS();		break;
			case DEF_KEY_2:		TestModemManualDial();	break;
			case DEF_KEY_CANCEL:	return;
		}
	}
}

uchar	TestModemRS(void)
{
	uchar cc;

	_AsyncOpen(2400,0);
	_EXP_Open(2400,0);
	_ClearScreen();
	_Display(4, "按取消键退出... ...");

	while(1)
	{
		if ( _KeyBoardTest() ) 
		{
			cc = _KeyBoardGet();
			if(cc== DEF_KEY_CANCEL)	{_Dial_Tone(0);return;}
		}
		if (_AsyncGetTest())
		{
			cc = _AsyncGet();_Dial_Tone(1);
			_EXP_Put(cc);
		}
		if (_EXP_GetTest())
		{
			cc = _EXP_Get();
			_AsyncPut(cc);
		}
	}
}
 
void	TestModemManualDial(void)
{
	uchar cc,dd;
	uint	i;

	_AsyncOpen(9600,0);
	_ClearScreen();
	_Display(4, "按取消键退出... ...");

	while(1)
	{
		if ( _KeyBoardTest() ) 
		{
			cc = _KeyBoardGet();
			if(cc== DEF_KEY_CANCEL)	return;
		}
		if (_AsyncGetTest())
		{
			cc = _AsyncGet();
			if(cc==0xff)	continue;
			dd=cc;
			i = ((uint)cc&0x000f)+0x8000;
			if((cc&0xf0)==0)
			{
				_AsyncPut(cc);
				P1_5=0;
				P1_6=1;
				cc = XBYTE[i];
				_AsyncPut(cc);
			}
			else
			{
				while(1)
				{
					if ( _KeyBoardTest() ) 
					{
						cc = _KeyBoardGet();
						if(cc== DEF_KEY_CANCEL)	return;
					}
					if (_AsyncGetTest())
					{
						cc = _AsyncGet();
						if(cc==0xff)	break;
						_AsyncPut(dd);
						_AsyncPut(cc);
						P1_5=0;
						P1_6=1;
						XBYTE[i] = cc;	break;
					}
				}
			}
		}
	}
}

uchar	TestPrint(uint Val)
{
	uchar cc;uint i;

	memset(PubBuff, 0, DEF_SECTOR_LEN);
//	strcpy(PubBuff, " 打印机测试");
	_Print(0," 打印机测试");

	strcpy(PubBuff, "一二三四五六七八九十1234567890");
	_Print(0,PubBuff);

	strcpy(PubBuff, "12345678901234567890一二三四五六七八九十");
	_Print(0,PubBuff);

	strcpy(PubBuff, "一二三四五六七八九十1234567890");
	_Print(0,PubBuff);

	strcpy(PubBuff, "12345678901234567890一二三四五六七八九十");
	_Print(0,PubBuff);

	strcpy(PubBuff, "--------------------------------------------");
	_Print(0,PubBuff);

	strcpy(PubBuff, "12345678901234567890一二三四五六七八九十");
	_Print(0,PubBuff);

	strcpy(PubBuff, "一二三四五六七八九十1234567890");
	_Print(0,PubBuff);

	strcpy(PubBuff, "12345678901234567890一二三四五六七八九十");
	_Print(0,PubBuff);

	strcpy(PubBuff, "一二三四五六七八九十1234567890");
	_Print(0,PubBuff);

	strcpy(PubBuff, "12345678901234567890一二三四五六七八九十");
	_Print(0,PubBuff);

	strcpy(PubBuff, "一二三四五六七八九十1234567890");
	_Print(0,PubBuff);

	strcpy(PubBuff, "12345678901234567890一二三四五六七八九十");
	_Print(0,PubBuff);

	strcpy(PubBuff, "一二三四五六七八九十1234567890");
	_Print(0,PubBuff);

	strcpy(PubBuff, "12345678901234567890一二三四五六七八九十");
	_Print(0,PubBuff);

	strcpy(PubBuff, "一二三四五六七八九十1234567890");
	_Print(0,PubBuff);

	strcpy(PubBuff, "12345678901234567890一二三四五六七八九十");
	_Print(0,PubBuff);

	strcpy(PubBuff, "一二三四五六七八九十1234567890");
	_Print(0,PubBuff);

	strcpy(PubBuff, "12345678901234567890一二三四五六七八九十");
	_Print(0,PubBuff);

	strcpy(PubBuff, "--------------------------------------------");
	_Print(0,PubBuff);
	memset(PubBuff, 0, DEF_SECTOR_LEN+1);
	for (i=0; i<192; i++)//
		PubBuff[i*2] = 0x55;//
	_PrintGraph(0,PubBuff);
	_PrintGraph(0,PubBuff);

	strcpy(PubBuff, " 打印测试结束...");
	_Print(0,PubBuff);
	_PrintStep(32);
	return 1;
}

uchar	TestBackup(void)
{
	uint i;
	uchar j, BlockFrom, BlockTo, k;
	uchar Buf[260];

	k = 1;
	BlockFrom = _GetSysFirstBckBlk();
	BlockTo = BlockFrom + _GetSysBackupBlock();
	for (j=BlockFrom; j<BlockTo; j++)
	{
		for (i=0; i<256; i++)
			PubBuff[i] = j+i;
		if ( _DataBackup(j, 0, PubBuff) )//127
		{
			memset(Buf, 0, 260);
			_DataRestore(j, 0, Buf);//127
			if ( memcmp(PubBuff, Buf, 256) )
			{
				_Buzzer();
				_Delay(DEF_DELAY_TIMES/2);
				_Buzzer();
				_Delay(DEF_DELAY_TIMES/2);
				_Buzzer();
				sprintf(Buf, "恢复第[%d]块出错", j);
				k = 0;
				break;
			}
		}
		else
		{
			_Buzzer();
			_Delay(DEF_DELAY_TIMES/2);
			_Buzzer();
			sprintf(Buf, "备份第[%d]块出错", j);
			k = 0;
			break;
		}
	}
	if ( j==BlockTo )
		sprintf(Buf, "备份/恢复正确");
	_Buzzer();
	_Display(1, Buf);
	_Delay(DEF_DELAY_TIMES*2);
	return k;
}
void	TestBkLight(void)
{
uchar	i,j;

		_ClearScreen();
		_DispXY(1, 1,0, "按任意键...");
		i=1;
		_SetBkLight(i);
		while (1)
		{
			while( !_KeyBoardTest());
			j = _KeyBoardGet();
			if (j==DEF_KEY_CANCEL)	return;
			i=i^1;
			_SetBkLight(i);
		}
}