(1)
The easiest usage of the component is a communication without interrupts (polling mode). This example works as a repeater - the received character will be sent back.

 MAIN.C

SS1_TComData ch;
byte err;

void main(void)
{
  for (;;) {
    while (SS1_GetCharsInRxBuf() == 0); //Wait for a character
    err = SS1_RecvChar(&ch);  // Get received character
    if ((err == ERR_OK) || (err == ERR_OVERRUN)) {
      SS1_SendChar(ch);       // Prepare a character for transmision
    }
  }
}

(2)
The second typical usage of this component is a communication with interrupts using communication events.

 EVENTS.C

void AM1_OnRxChar(void)
{
  SS1_TComData ch;
  byte err;  

  err = SS1_RecvChar(&ch);  // Get received character
  if ((err == ERR_OK) || (err == ERR_OVERRUN)) {
    SS1_SendChar(ch);   // Prepare a character for transmision   
  }
}

(3)
The following example shows how to recognize a communication error using the GetError method. In interrupt communication mode the user can use the OnError event to recognize the error during communication.

 MAIN.C

SS1_TComData ch;
byte err;

void main(void)
{
  for (;;) {
    while (SS1_GetCharsInRxBuf() == 0); //Wait for a character
    err = SS1_RecvChar(&ch);  // Get received character
    if ((err == ERR_OK) || (err == ERR_OVERRUN)) {
      SS1_SendChar(ch);       // Prepare a character for transmision
    }
  }
}

 EVENTS.C

void SS1_OnError(void)
{
  SS1_TError error; //TError union is defined in the header file

  /* Read the last communication errors */
  SS1_GetError(&error);
  
  /* If error OverRun occured then ... */
  if(error.errName.OverRun) { 
    /* Error handling */
  }
}

(4)
The next typical usage of this component is a communication using DMA transfer. Interrupts can be enabled or disabled. This typical usage can be used on derivatives with DMA controller.

 MAIN.C

#define BLOCK_LENGTH  10

SS1_TComData SampleBlock[BLOCK_LENGTH];
word Snt, Rcv;

void main(void)
{

  /* Enable DMA transfer from the receiver */
  (void)SS1_RecvBlock(&SampleBlock[0],BLOCK_LENGTH,&Rcv);

  /* Send block of samples using DMA support */
  (void)SS1_SendBlock(&SampleBlock[0],BLOCK_LENGTH,&Snt);

  /* Wait for transmit/receive BLOCK_LENGTH samples */
  /* Note: It is clocked by master (SynchroMaster)  */
  while (SS1_GetCharsInRxBuf() < BLOCK_LENGTH) {};

}