void PrintR(void)
{
GIE_CHECK();
GET_MUTEX();
WRITE_UART(CR);
WRITE_UART(LN);
GIVE_MUTEX();
}
void PrintS(const char *pString)
{
GIE_CHECK();
GET_MUTEX();
WriteTxBuffer(pString);
WRITE_UART(CR);
WRITE_UART(LN);
GIVE_MUTEX();
}
void PrintH(unsigned char Value)
{
unsigned char MSB = Value >> 4;
unsigned char LSB = Value & 0x0F;
MSB += MSB > 9 ? 'A' - 10 : '0';
LSB += LSB > 9 ? 'A' - 10 : '0';
GIE_CHECK();
GET_MUTEX();
WRITE_UART(MSB);
WRITE_UART(LSB);
WRITE_UART(SPACE);
GIVE_MUTEX();
}
/* 120 us - 90 us = 33 us */
void PrintC(char Char)
{
GIE_CHECK();
GET_MUTEX();
if (Char >= ASCII_BEGIN && Char <= ASCII_END) WRITE_UART(Char);
GIVE_MUTEX();
}
/* 120 us - 90 us = 33 us */
void PrintC(char Char)
{
GIE_CHECK();
GET_MUTEX();
WRITE_UART(Char);
GIVE_MUTEX();
}
static void WriteTxBuffer(const tString *pBuf)
{
EnableSmClkUser(BT_DEBUG_UART_USER);
if (TimeStampEnabled) WriteTimeStamp();
while (*pBuf) WRITE_UART(*pBuf++);
/* wait until transmit is done */
while (UCA3STAT & UCBUSY);
DisableSmClkUser(BT_DEBUG_UART_USER);
}
static void WriteTime(unsigned char Rtc, unsigned Separator)
{
WRITE_UART(BCD_H(Rtc) + ZERO);
WRITE_UART(BCD_L(Rtc) + ZERO);
WRITE_UART(Separator);
}
