void ICACHE_FLASH_ATTR processPump(void) { // Every 100mS
updatePressure();
checkLevel();
switch (pumpState()) {
case MANUAL_OFF:
easygpio_outputSet(PUMP, 0);
pumpOnCount = 0;
checkNotFlowing();
break;
case MANUAL_ON:
if (secondsNotFlowing() > 30) {
pumpState_OffManual();
easygpio_outputSet(PUMP, 0);
sounderAlarm(3); // No flow for 30S in Manual
} else {
easygpio_outputSet(PUMP, 1);
}
break;
case AUTO_OFF:
if (getCurrentPressure() < sysCfg.settings[SET_PUMP_ON]) {
startCheckIsFlowing();
pumpState_OnAuto();
easygpio_outputSet(PUMP, 1);
} else {
easygpio_outputSet(PUMP, 0);
pumpOnCount = 0;
checkNotFlowing();
}
sounderClear();
break;
case AUTO_ON:
if (getCurrentPressure() > sysCfg.settings[SET_PUMP_OFF]) {
pumpState_OffAuto();
easygpio_outputSet(PUMP, 0);
} else {
if (secondsNotFlowing() > sysCfg.settings[SET_NO_FLOW_AUTO_ERROR]) {
publishAlarm(1, flowAverageReading()); // No flow for SET_NO_FLOW_AUTO_ERROR (10S) in Auto
sounderAlarm(1);
publishAlarm(6, secondsNotFlowing()); // No flow for SET_NO_FLOW_AUTO_ERROR (10S) in Auto
pumpState_OffManual();
} else {
pumpOnCount++;
if (pumpOnCount >= sysCfg.settings[SET_MAX_PUMP_ON_WARNING]
&& getCurrentPressure() < sysCfg.settings[SET_LOW_PRESSURE_WARNING]) {
publishError(3, getCurrentPressure()); // Low pressure and Pump On > SET_MAX_PUMP_ON_WARNING
}
if (pumpOnCount >= sysCfg.settings[SET_MAX_PUMP_ON_WARNING]) { // 1 minute
publishError(1, sysCfg.settings[SET_MAX_PUMP_ON_WARNING]);
} else if (pumpOnCount == sysCfg.settings[SET_MAX_PUMP_ON_ERROR]) { // 5 minutes
publishAlarm(2, pumpOnCount); // Running for SET_MAX_PUMP_ON_ERROR (5 Minutes) in Auto
sounderAlarm(2);
} else if (pumpOnCount > sysCfg.settings[SET_MAX_PUMP_ON_ERROR]) {
pumpOnCount = sysCfg.settings[SET_MAX_PUMP_ON_ERROR] + 1;
}
}
}
break;
}
}
void ICACHE_FLASH_ATTR checkSetOutput(uint8 op, bool newSetting) {
if (op < OUTPUTS) {
if (currentOutputs[op] != newSetting) {
publishOutput(op, newSetting);
currentOutputs[op] = newSetting;
}
switch (outputOverrides[op]) {
case OR_NOT_SET: easygpio_outputSet(PUMP, !newSetting); break;
case OR_OFF: easygpio_outputSet(PUMP, true); break;
case OR_ON: easygpio_outputSet(PUMP, false); break;
}
return;
}
publishError(92, op); // Invalid Output ID
return;
}
bool ICACHE_FLASH_ATTR checkPirActive(enum pir_t actionPir) {
enum pir_t pir;
for (pir = PIR1; pir <= PIR2; pir++) {
if (pirState(pir)) {
setPirFanActive(pir);
setPirLightActive(pir);
}
}
switch (actionPir) {
case PIR1:
case PIR2:
return pirFanStatus[actionPir];
}
publishError(2, actionPir);
return false;
}
PublishDialog::PublishDialog(QWidget *parent)
: MoodBoxDialog(parent), publishRequestId(0), publishRecipientId(-1), loginsLoaded(false)
{
TimeMeasure t("PublishDialog");
setupUi(this);
t.showTimePassedAfterSetupUi();
UiTools::moveWindowToScreenCenter(this);
typeCombo->addItem(tr(PUBLISHING_TYPE_LIVEJOURNAL_TEXT));
#ifdef RUSSIAN_VERSION
typeCombo->addItem(tr(PUBLISHING_TYPE_LIVEINTERNET_TEXT));
typeCombo->addItem(tr(PUBLISHING_TYPE_DAIRY_TEXT));
#endif
restorePublishParameters();
// Control signals
connect(closeToolButton, SIGNAL(clicked()), this, SLOT(reject()));
connect(cancelButton, SIGNAL(clicked()), this, SLOT(reject()));
connect(cancelPublishingButton, SIGNAL(clicked()), this, SLOT(reject()));
connect(closeButton, SIGNAL(clicked()), this, SLOT(accept()));
connect(moodstripNameEdit, SIGNAL(textChanged(const QString &)), this, SLOT(publishEnabled()));
connect(typeCombo, SIGNAL(currentIndexChanged(int)), this, SLOT(loadPublishingParameters(int)));
// Publishing signals
connect(MESSAGEMANAGER, SIGNAL(publishing(qint32, qint32)), this, SLOT(onPublishProgress(qint32, qint32)));
connect(MESSAGEMANAGER, SIGNAL(publishCompleted(qint32, qint32, const QList<PublishingWay> &)),
this, SLOT(onPublishCompleted(qint32, qint32, const QList<PublishingWay> &)));
connect(MESSAGEMANAGER, SIGNAL(publishError(qint32)), this, SLOT(onPublishError(qint32)));
// Update values
on_blogCheckBox_stateChanged(blogCheckBox->checkState());
openOptionsPage();
}
