void irkit_http_loop() {
#ifdef USE_INTERNET
// long poll
if (TIMER_FIRED(polling_timer)) {
TIMER_STOP(polling_timer);
if (TIMER_RUNNING(suspend_polling_timer)) {
// suspend GET /m for a while if we have received a POST /messages request from client
// client is in wifi, we can ignore our server for a while
TIMER_START(polling_timer, SUSPEND_GET_MESSAGES_INTERVAL);
}
else {
int8_t result = irkit_httpclient_get_messages();
if ( result < 0 ) {
HTTPLOG_PRINTLN("!E3");
// maybe time cures GS? (no it doesn't, let's hardware reset, software reset doesn't work here)
// don't software reset AVR, because that cuts off serial logging (for debug purpose only)
wifi_hardware_reset();
}
else {
polling_cid = result;
}
}
}
if (TIMER_FIRED(suspend_polling_timer)) {
TIMER_STOP(suspend_polling_timer);
}
#endif
}
uint8_t GSwifi::checkActivity() {
static uint8_t continuous_timeouts_ = 0;
while ( serial_->available() &&
! TIMER_FIRED(timeout_timer_) ) {
parseByte( serial_->read() );
if ( gs_failure_ ||
(gs_ok_ &&
(gs_response_lines_ == RESPONSE_LINES_ENDED ||
gs_commandmode_ == GSCOMMANDMODE_NONE)) ) {
gs_commandmode_ = GSCOMMANDMODE_NONE;
continuous_timeouts_ = 0;
setBusy(false);
break;
}
}
if ( busy_ &&
TIMER_FIRED(timeout_timer_) ) {
TIMER_STOP(timeout_timer_);
GSLOG_PRINTLN("!E24");
did_timeout_ = true;
continuous_timeouts_ ++;
setBusy(false);
}
// need a GS hardware reset, which we issue in setup()
ASSERT( continuous_timeouts_ <= 5 );
return busy_;
}
void long_press_button_ontimer( struct long_press_button_state_t* state ) {
static uint8_t button_state = BUTTON_OFF;
uint8_t next_button_state = digitalRead( state->pin );
if ((BUTTON_OFF == button_state) &&
(BUTTON_ON == next_button_state)) {
// OFF -> ON
TIMER_START( state->timer, state->threshold_time );
}
else if ((BUTTON_ON == button_state) &&
(BUTTON_ON == next_button_state)) {
// still pressing
TIMER_TICK( state->timer );
if (TIMER_FIRED( state->timer )) {
state->callback();
// fires again after state->threshold_time
button_state = BUTTON_OFF;
return;
}
}
button_state = next_button_state;
}
void IR_timer (void)
{
if (IrCtrl.state == IR_RECVING) {
TIMER_TICK( IrCtrl.recv_timer );
if ( TIMER_FIRED( IrCtrl.recv_timer ) ) {
TIMER_STOP( IrCtrl.recv_timer );
IR_state( IR_RECVED );
}
}
if (IrCtrl.state == IR_XMITTING) {
TIMER_TICK( IrCtrl.xmit_timer );
if ( TIMER_FIRED( IrCtrl.xmit_timer ) ) {
TIMER_STOP( IrCtrl.xmit_timer );
IR_state( IR_IDLE );
}
}
}
void GSwifi::loop() {
TIMER_STOP( timeout_timer_ );
checkActivity();
for (uint8_t i=0; i<16; i++) {
if (! cidIsRequest(i) &&
TIMER_FIRED(timers_[i])) {
TIMER_STOP(timers_[i]);
GSLOG_PRINT("!E4 "); GSLOG_PRINTLN(i);
// request (from us) timeout means GS is in trouble,
// and it's easy to just rescue ourselves to reset
wifi_hardware_reset();
return;
}
}
}
