void App_SerPrintf (CPU_CHAR *p_fmt,
...)
{
CPU_CHAR str[80u + 1u];
CPU_SIZE_T len;
SERIAL_ERR err;
va_list vArgs;
va_start(vArgs, p_fmt);
vsprintf((char *)str,
(char const *)p_fmt,
vArgs);
va_end(vArgs);
len = Str_Len(str);
Serial_Wr((SERIAL_IF_NBR )App_SerTraceIF_Nbr,
(void *)&str[0u],
(CPU_SIZE_T )len,
(CPU_INT32U )0u,
(SERIAL_ERR *)&err);
}
/*****************************************************
Function name: Serial_puts( unsigned char *str )
Return : nil
Argument : unsigned char data
purpose: Displays a STRING in hyper terminal
********************************************************************
******/
void Serial_puts( unsigned char *str )
{
while(*str)
{
Serial_Wr(*str++);
}
}
/*******************************************************************
********
* Function: Serial_putUBYTE
* Purpose: Function to display an 8 bit unsigned number on
hyperterminal
* Parameters: number
* number should be unsigned
* Range supported 0 to 255
* No Error checking done pass the input correctly
* e.g if number is 0xff it will be displayed as 255 on
hyperterminal
********************************************************************
**************/
void Serial_putUBYTE ( unsigned char number )
{
unsigned char dig3,dig2,dig1;
// Get the MSB
dig3 = number / 100;
number = number % 100;
// Get the 2 LSB's
dig2 = number / 10;
dig1 = number % 10;
if(dig3!=0) //if the the msb is not zero then the number contains 3 digit
{
Serial_Wr(toAscii(dig3));
Serial_Wr(toAscii(dig2));
}
else if(dig2!=0) // if the number contains only 2 digit
{
Serial_Wr(toAscii(dig2));
}
Serial_Wr(toAscii(dig1)); // lsb
}
CPU_BOOLEAN App_SerialInit (void)
{
SERIAL_ERR err;
#if (APP_SERIAL_CFG_TRACE_EN == DEF_ENABLED)
SERIAL_IF_CFG uart_cfg;
#endif
Serial_Init(); /* Initial Serial module */
Serial_DevDrvAdd((CPU_CHAR *)"USART3", /* Add serial interface/device. */
(SERIAL_DEV_CFG *)&SerialDevCfg_STM32_USART3,
(CPU_SIZE_T ) 52u,
(CPU_SIZE_T ) 52u,
(SERIAL_ERR *)&err);
if (err != SERIAL_ERR_NONE) {
return (DEF_FAIL);
}
#if (APP_SERIAL_CFG_TRACE_EN == DEF_ENABLED)
uart_cfg.Baudrate = SERIAL_BAUDRATE_115200;
uart_cfg.DataBits = SERIAL_DATABITS_8;
uart_cfg.StopBits = SERIAL_STOPBITS_1;
uart_cfg.Parity = SERIAL_PARITY_NONE;
uart_cfg.FlowCtrl = SERIAL_FLOW_CTRL_NONE;
App_SerTraceIF_Nbr = Serial_Open((CPU_CHAR *)APP_SERIAL_CFG_TRACE_PORT_NAME,
(SERIAL_IF_CFG *)&uart_cfg,
(SERIAL_ERR *)&err);
if (err != SERIAL_ERR_NONE) {
return (DEF_FAIL);
}
Serial_SetLineDrv((SERIAL_IF_NBR ) App_SerTraceIF_Nbr,
(SERIAL_LINE_DRV_API *)&SerialLine_TTY ,
(SERIAL_ERR *)&err);
Serial_Wr((SERIAL_IF_NBR )App_SerTraceIF_Nbr,
(void *)"\n\n",
(CPU_SIZE_T )2u,
(CPU_INT32U )0u,
(SERIAL_ERR *)&err);
if (err != SERIAL_ERR_NONE) {
return (DEF_FAIL);
}
#endif
return (DEF_OK);
}
void App_SerStrWr (CPU_CHAR *p_str)
{
CPU_SIZE_T len;
SERIAL_ERR err;
if (p_str == (CPU_CHAR *)0u) {
return;
}
len = Str_Len(p_str);
Serial_Wr((SERIAL_IF_NBR )App_SerTraceIF_Nbr,
(void *)p_str,
(CPU_SIZE_T )len,
(CPU_INT32U )0u,
(SERIAL_ERR *)&err);
}
void Serial_putUINT16 ( unsigned int number )
{
unsigned char dig5,dig4,dig3,dig2,dig1;
// Get the Digit5
dig5 = number / 10000;
number = number % 10000;
// Get Digit4
dig4 = number / 1000;
number = number % 1000;
// Get Digit3
dig3 = number / 100;
number = number % 100;
// Get Digit2 and Digit1
dig2 = number / 10;
dig1 = number % 10;
if(dig5 != 0)
{
Serial_Wr(toAscii(dig5));
Serial_Wr(toAscii(dig4));
Serial_Wr(toAscii(dig3));
Serial_Wr(toAscii(dig2));
}
else if(dig4 != 0)
{
Serial_Wr(toAscii(dig4));
Serial_Wr(toAscii(dig3));
Serial_Wr(toAscii(dig2));
}
else if(dig3!=0)
{
Serial_Wr(toAscii(dig3));
Serial_Wr(toAscii(dig2));
//Serial_Wr(toAscii(dig1));
}
else if(dig2!=0)
{
Serial_Wr(toAscii(dig2));
}
Serial_Wr(toAscii(dig1));
}
