uarttx.c File Reference

#include <stdio.h>
#include "types.h"
#include "utilities.h"

Macros
#define	UART_ACTIVE()   { if (tp->uart_tx.output) { OutputArrayA[lastportbcounter] |= bitfield;} else {OutputArrayA[lastportbcounter] &= bitfieldInvert;}}
#define	UART_INACTIVE()   { if (tp->uart_tx.output) { OutputArrayA[lastportbcounter] &= bitfieldInvert;} else {OutputArrayA[lastportbcounter] |= bitfield;}}
#define	STATE_IDLE   0
#define	STATE_START_BIT   1
#define	STATE_DATA   2
#define	STATE_STOP_BIT   3
#define	START_BIT_VALUE   0
#define	STOP_BIT_VALUE   1
#define	OUTPUT_CHARACTER   1

Functions
void	init_uart_tx (void)
void	update_uart_tx (void)

Macro Definition Documentation

OUTPUT_CHARACTER

#define OUTPUT_CHARACTER   1

START_BIT_VALUE

#define START_BIT_VALUE   0

STATE_DATA

#define STATE_DATA   2

STATE_IDLE

#define STATE_IDLE   0

STATE_START_BIT

#define STATE_START_BIT   1

STATE_STOP_BIT

#define STATE_STOP_BIT   3

STOP_BIT_VALUE

#define STOP_BIT_VALUE   1

UART_ACTIVE

#define UART_ACTIVE

(

)

{ if (tp->uart_tx.output) { OutputArrayA[lastportbcounter] |= bitfield;} else {OutputArrayA[lastportbcounter] &= bitfieldInvert;}}

UART_INACTIVE

#define UART_INACTIVE

(

)

{ if (tp->uart_tx.output) { OutputArrayA[lastportbcounter] &= bitfieldInvert;} else {OutputArrayA[lastportbcounter] |= bitfield;}}

Function Documentation

init_uart_tx()

void init_uart_tx

(

void

)

update_uart_tx()

void update_uart_tx

(

void

)