void USART_ReceiveCmd(u8* strBuf,u8 strlen){
//variable for shift counter.
u8 s;
//Temp byte to be each checked and verify Enter symbol.
u8 byteTemp;
//Verify the Enter symbol and place the end sign for the string.
for(s=0;s<strlen-1;s++){
byteTemp=USART_ReceiveByte();
if(byteTemp!=0x0D){
USART_WriteByte(byteTemp);
strBuf[s]=byteTemp;
}
else{
strBuf[s]='\0';
break;
}
}
//set the final end sign of the string buffer.
strBuf[sizeof(strBuf)-1]='\0';
}
void TXE_Handler()
{
if(!fifo_is_empty(&Serial.fifo_output))
{
USART_WriteByte(fifo_pop(&Serial.fifo_output));
} else {
USART_DisableInterrupts(USART_IT_TXE);
}
}
void USART_WriteString(u8 string[]){
//variable for shift counter.(256 words limit).
u8 s;
//send the words until the end of line '\0'.(You can modify this function to meet 256 limit).
for(s=0;string[s]!='\0';s++){
USART_WriteByte(string[s]);
}
}
unsigned char Modem_Call(TelNr nr)
{
nr.pos = 0;
TCC0_wait_us(25);
//NoNumber
if(Modem_TelNr(_read, nr) == 11) return 1;
//--------------------------------------------------DialNumber
USART_WriteString("AT+FCLASS=8"); //EnablePhone
USART_WriteByte(0x0D); //CR
TCC0_wait_ms(100); //wait
USART_WriteString("ATD+"); //CallHeader
for(nr.pos= 0; ((nr.tel != 11) && (nr.pos < 16)); nr.pos++)
{
nr.tel= Modem_TelNr(_read, nr);
if(nr.tel != 11) USART_WriteByte(nr.tel+48);
}
USART_WriteByte(0x0D); //CR
//--------------------------------------------------Wait+HangUp
LCD_WriteMyFont(16, 119, nr.id);
TCC0_wait_sec(1);
unsigned char point_pos = 0;
for(nr.pos = 0; nr.pos < MO_HANG_UP_TIME; nr.pos++)
{
Watchdog_Restart();
if(point_pos > 5)
{
point_pos = 0;
LCD_ClrSpace(16,119,2,41);
}
LCD_WriteMyFont(16, 123 + point_pos * 4, 22); //...
point_pos++;
TCC0_wait_sec(1);
}
//DisconnectCall
USART_WriteString("ATH");
USART_WriteByte(0x0D);
TCC0_wait_sec(1);
LCD_ClrSpace(16,119,2,41);
return 0;
}
void TC_Handler()
{
if(!fifo_is_empty(&Serial.fifo_output))
{
USART_EnableInterrupts(USART_IT_TXE);
USART_WriteByte(fifo_pop(&Serial.fifo_output));
}
else
{
Serial.State &= ~SERIAL_STATE_BUSY;
}
}
void CommQueueForTx(SerialData * ser, unsigned char data) {
#ifdef X86GCC
//ProcessDataChar(ser, data);
#else
//if (port->CharacterTransmitted!=0)
/*if (((CommInterface*)(ser->ref))->port->CharacterTransmitted!=0)
PORTE.OUTSET = PIN0_bm;
else
PORTE.OUTCLR = PIN0_bm;
*/
//USART_WriteByte(((CommInterface*)(ser->ref))->port, data));
USART_WriteByte(((CommInterface*)(ser->ref))->port, data);
//PORTF.OUTSET = PIN7_bm;
#endif
//SerialByteTransmitComplete(ser); // byte successfully queued for transmission - get the next one
}
void Modem_SendTest(void)
{
//PORTF.OUTSET= PIN4_bm; //RTS-Off
PORTF.OUTCLR= PIN4_bm;
TCC0_wait_ms(1);
/*---------------------------------------------AT
USART_WriteString("AT");
USART_WriteByte(0xD0); //CR
//---------------------------------------------*/
//*---------------------------------------------AT
USART_WriteByte('A'); //0x41
TCC0_wait_ms(1);
USART_WriteByte('T'); //0x54
TCC0_wait_ms(1);
USART_WriteByte(0x0D); //CR
//---------------------------------------------*/
/*---------------------------------------------SMS
USART_WriteString("AT+CMGF=1"); //TextMode
USART_WriteByte(0x0D); //CR
USART_WriteString("AT+CSMP=17,168,0,240"); //Parameters
USART_WriteByte(0x0D); //CR
TCC0_wait_ms(10);
USART_WriteString("AT+CNMI=1,1,0,0,0");
USART_WriteByte(0x0D); //CR
TCC0_wait_ms(10);LCD_Pin_WriteOK(1);
USART_WriteString("AT+CMGW=");
USART_WriteByte(0x22); //"
USART_WriteString("+436802104231");
USART_WriteByte(0x22); //"
USART_WriteString(">TEST");
USART_WriteByte(0x1A); //Ctrl-Z
USART_WriteByte(0x0D); //CR
TCC0_wait_ms(10);
USART_WriteString("AT+CMSS=1");
USART_WriteByte(0x0D); //CR
TCC0_wait_ms(10);
USART_WriteString("AT+CMSS=2");
USART_WriteByte(0x0D); //CR
TCC0_wait_ms(10);
USART_WriteString("AT+CMSS=3");
USART_WriteByte(0x0D); //CR
TCC0_wait_ms(10);
USART_WriteString("AT+CMSS=4");
USART_WriteByte(0x0D); //CR
TCC0_wait_ms(10);
USART_WriteString("AT+CMSS=5");
USART_WriteByte(0x0D); //CR
TCC0_wait_ms(10);
USART_WriteString("AT+CMSS=6");
USART_WriteByte(0x0D); //CR
//---------------------------------------------*/
/*---------------------------------------------PortSpeed
USART_WriteString("AT+IPR=115200");
USART_WriteString("");
USART_WriteByte(0x0D); //CR
//---------------------------------------------*/
/*---------------------------------------------SoftwareVersion
USART_WriteString("AT+CGMR");
USART_WriteByte(0x0D); //CR
//---------------------------------------------*/
/*---------------------------------------------ShutDown
USART_WriteString("AT#SHDN");
USART_WriteByte(0x0D); //CR
//---------------------------------------------*/
/*---------------------------------------------DialNumber
USART_WriteString("AT+FCLASS=8"); //EnablePhone
USART_WriteByte(0x0D); //CR
TCC0_wait_sec(1);
USART_WriteString("ATD+436802104231"); //Call
USART_WriteByte(0x0D); //CR
//---------------------------------------------*/
/*---------------------------------------------DialNumber - AT+FCLASS=8 - ATD+436802104231
USART_WriteByte('A');
USART_WriteByte('T');
USART_WriteByte('+');
USART_WriteByte('F');
USART_WriteByte('C');
USART_WriteByte('L');
USART_WriteByte('A');
USART_WriteByte('S');
USART_WriteByte('S');
USART_WriteByte('=');
USART_WriteByte('8');
USART_WriteByte(0x0D); //CR
TCC0_wait_sec(1);
USART_WriteByte('A');
USART_WriteByte('T');
USART_WriteByte('D');
USART_WriteByte('+');
USART_WriteByte('4');
USART_WriteByte('3');
USART_WriteByte('6');
USART_WriteByte('8');
USART_WriteByte('0');
USART_WriteByte('2');
USART_WriteByte('1');
USART_WriteByte('0');
USART_WriteByte('4');
USART_WriteByte('2');
USART_WriteByte('3');
USART_WriteByte('1');
USART_WriteByte(0x0D); //CR
//---------------------------------------------*/
TCC0_wait_ms(1);
//PORTF.OUTSET= PIN4_bm; //RTS-Off
}
