/**************************************************************
* Name : UART0_GetString
* Description : Receive a string through UART0 and
* store it in array rub_UART_String.
* Print the string read character by
* character (echo).
*
* Parameters : None
*
* Return :
* T_UBYTE *rub_UART_String : Locality of array where the string was stored
*
* Critical/explanation : No
**************************************************************/
PUBLIC_FCT PTR_UBYTE UART0_GetString(void)
{
T_UBYTE lub_Data = 0; //Temporarily variable to every character
T_BOOLEAN lbi_StringComplete = FALSE; //Flag to indicate finished reading
T_UBYTE lub_index = 0;
while(!lbi_StringComplete)
{
lub_Data = UART0_GetChar(); //Read character
if((lub_Data != '\r') && (lub_Data != 0))
{
rub_UART_String[lub_index] = lub_Data; //Store read character
lub_index++; //Point to next location
UART0_SendChar(lub_Data); //Echo data
}
else
{
rub_UART_String[lub_index] = 0; //Finish the string
UART0_SendChar(CR); //Print escape sequence
UART0_SendChar(LF); //Print escape sequence
lbi_StringComplete = TRUE; //Finish the reading
}
}
return (PTR_UBYTE)rub_UART_String; //Return the pointer where string is stored
}
/**************************************************************
* Name : UART0_Write
* Description : Send a string through UART0
* Parameters :
* T_SBYTE *lpub_ptr: The string to be sent
*
* Return : None
* Critical/explanation : No
**************************************************************/
PUBLIC_FCT void UART0_Write(PTR_UBYTE lpub_ptr)
{
while(*lpub_ptr) //While string isn't end
{
UART0_SendChar(*lpub_ptr); //Send every character of the string
lpub_ptr++; //Point to next character
}
}
void UartDebug(unsigned char myDataChar){ // Réception sur le port UART1
unsigned char i;
/*
// print out debug message
i=0;
while(DbgMessage[i] != '\0') {
UARTCharPut(UART1_BASE, DbgMessage[i++]);
}
*/
UART0_SendChar(myDataChar);
}
void ProcessUartTxData(){ // Réception sur le port UART1
unsigned char i;
// ENVOYE NOUVELLE TRAME
buffSndDCFbusy=1; // Verouille le buffer de emission
buffSndDcfData[0]=SOF;
buffSndDcfData[1]=DataLength;
i=0;
for(i=0;i<DataLength+2;i++) {
UART0_SendChar(buffSndDcfData[i]);
if(TXbyteDelay) WAIT1_Waitms(2);
}
buffSndDCFbusy=0; // Libère le buffer de emission
}
