void RealTimeClock_Read(void)
{
if (Read_Data_RTC_I2C(RTC, (unsigned char *)&_var_rtc, 7, 0x00) == FALSE)
{
LCDWriteMsg(0,lcdMsg5,0);
LCDWriteMsg(LCD_USE_SECOND_LINE,lcdMsg6,0);
}
else
{
LCDClearLine(LCD_USE_SECOND_LINE, 0);
switch(RTC_DIASEM){
case 1:
LCDWriteMsg(LCD_USE_SECOND_LINE+FIRST_CHAR_DATE,mdia1,0);
break;
case 2:
LCDWriteMsg(LCD_USE_SECOND_LINE+FIRST_CHAR_DATE,mdia2,0);
break;
case 3:
LCDWriteMsg(LCD_USE_SECOND_LINE+FIRST_CHAR_DATE,mdia3,0);
break;
case 4:
LCDWriteMsg(LCD_USE_SECOND_LINE+FIRST_CHAR_DATE,mdia4,0);
break;
case 5:
LCDWriteMsg(LCD_USE_SECOND_LINE+FIRST_CHAR_DATE,mdia5,0);
break;
case 6:
LCDWriteMsg(LCD_USE_SECOND_LINE+FIRST_CHAR_DATE,mdia6,0);
break;
case 7:
LCDWriteMsg(LCD_USE_SECOND_LINE+FIRST_CHAR_DATE,mdia7,0);
break;
default:
break;
}
ValuesToRead[0] = RTC_DEC_DIA | 0x30;
ValuesToRead[1] = RTC_UNI_DIA | 0x30;
ValuesToRead[2] = '/';
ValuesToRead[3] = RTC_DEC_MES | 0x30;
ValuesToRead[4] = RTC_UNI_MES | 0x30;
ValuesToRead[5] = '/';
ValuesToRead[6] = RTC_DEC_YEA | 0x30;
ValuesToRead[7] = RTC_UNI_YEA | 0x30;
ValuesToRead[8] = '\0';
LCDWriteMsg(LCD_USE_TIRTH_LINE+FIRST_CHAR_DATE,ValuesToRead,0);
ValuesToRead[0] = RTC_DEC_HOUR24 | 0x30;
ValuesToRead[1] = RTC_UNI_HOUR24 | 0x30;
ValuesToRead[2] = ':';
ValuesToRead[3] = RTC_DEC_MIN | 0x30;
ValuesToRead[4] = RTC_UNI_MIN | 0x30;
ValuesToRead[5] = ':';
ValuesToRead[6] = RTC_DEC_SEG | 0x30;
ValuesToRead[7] = RTC_UNI_SEG | 0x30;
ValuesToRead[8] = '\0';
LCDWriteMsg(LCD_USE_FOURTH_LINE+FIRST_CHAR_DATE,ValuesToRead,0);
}
}
/*************************************************
Function: LCDClearLineMode
Description:
Input:
Output:
Return:
Others:
#define TEXT_LEFT 0
#define TEXT_RIGHT 1
#define TEXT_CENTER 2
*************************************************/
static void LCDClearLineMode(INT8U Ypos, INT8U Len, INT8U Mode)
{
INT8U X;
switch(Mode)
{
case TEXT_LEFT:
X = 0;
break;
case TEXT_RIGHT:
X = (LCD_W-Len);
break;
case TEXT_CENTER:
X = (LCD_W-Len)/2;
break;
default:
X = 0;
break;
}
LCDClearLine(X, Ypos, Len);
}
