/**
* Automatically called by @ref gprot_register_changed()
*
* Implements the logic associated with the application specific flag register.
*/
void gprot_update_flags(void)
{
if ((gprot_flag_reg & GPROT_FLAG_PWM_COMM) != 0) {
pwm_comm();
return;
}
if ((gprot_flag_reg & GPROT_FLAG_COMM_TIM) != 0) {
if ((gprot_flag_reg_old & GPROT_FLAG_COMM_TIM) == 0) {
control_process_ignite();
}
} else {
if ((gprot_flag_reg_old & GPROT_FLAG_COMM_TIM) != 0) {
control_process_kill();
}
}
if ((gprot_flag_reg & GPROT_FLAG_ADC_COMM) != 0) {
demo = true;
} else {
if ((gprot_flag_reg_old & GPROT_FLAG_ADC_COMM) != 0) {
demo = false;
}
}
if ((gprot_flag_reg & GPROT_FLAG_ALL_LO) != 0) {
pwm_all_lo();
} else {
if ((gprot_flag_reg_old & GPROT_FLAG_ALL_LO) != 0) {
pwm_off();
}
}
if ((gprot_flag_reg & GPROT_FLAG_ALL_HI) != 0) {
pwm_all_hi();
} else {
if ((gprot_flag_reg_old & GPROT_FLAG_ALL_HI) != 0) {
pwm_off();
}
}
/* add other flags here (up to 16) */
gprot_flag_reg_old = gprot_flag_reg;
}
/**
* Switch on the low side only
*/
void pwm_all_lo(void)
{
pwm_set_all_low();
pwm_comm();
}
/**
* Switch on high side only
*/
void pwm_all_hi(void)
{
pwm_set_all_high();
pwm_comm();
}
/**
* Switch off all outputs
*/
void pwm_off(void)
{
pwm_set_all_off();
pwm_comm();
}
