void Clock::AdvanceTime(float deltaSecs)
{
deltaSecs = min(m_maximumDelta, deltaSecs);
deltaSecs *= m_timeScale;
if (m_paused) {
deltaSecs = 0.f;
}
m_currentTime += deltaSecs;
m_deltaSeconds = deltaSecs;
for (auto it = m_children.begin(); it != m_children.end(); ++it) {
Clock* childClock = *it;
childClock->AdvanceTime(deltaSecs);
}
for (auto it = m_alarms.begin(); it != m_alarms.end();) {
Alarm* alarm = it->second;
alarm->elapsedTime += deltaSecs;
if (alarm->elapsedTime >= alarm->timeToFire) {
it = m_alarms.erase(it);
alarm->onAlarmFire(alarm->name, alarm->alarmFunctionData);
}
else {
++it;
}
}
}
void DevicePluginDateTime::deviceRemoved(Device *device)
{
// check if we still need the timer
if (myDevices().count() == 0) {
m_timer->stop();
}
// date
if (device->deviceClassId() == todayDeviceClassId) {
m_todayDevice = 0;
}
// alarm
if (device->deviceClassId() == alarmDeviceClassId) {
Alarm *alarm = m_alarms.take(device);
alarm->deleteLater();
}
// countdown
if (device->deviceClassId() == countdownDeviceClassId) {
Countdown *countdown = m_countdowns.take(device);
countdown->deleteLater();
}
startMonitoringAutoDevices();
}
int main(int argc,char *argv[])
{
QApplication app(argc,argv);
Alarm alarm;
alarm.show();
return app.exec();
};
void Submarine::tick(const float dt) {
Object::tick(dt);
if (!playing_sound("submarine")) {
play_sound("submarine", true);
}
if (get_state().empty()) {
_wakeup.set(mrt::random(5) + 5);
play("hold", true);
}
if (_wakeup.tick(dt)) {
//LOG_DEBUG(("waking up..."));
spawnBallistic();
_wakeup.set(3600);
cancel_all();
play("fade-in", false);
int n = mrt::random(3) + 3;
for(int i = 0; i < n; ++i) {
play("main", false);
}
play("fade-out", false);
}
}
void Clock::AdvanceTime(double deltaTime)
{
if(m_pause)
return;
if(deltaTime > m_maxDeltaTimeStep)
deltaTime = m_maxDeltaTimeStep;
std::vector<Clock*>::iterator clock_it = m_childClocks.begin();
for( ; clock_it != m_childClocks.end(); ++clock_it)
{
Clock* currentClock = *clock_it;
currentClock->AdvanceTime(deltaTime);
}
std::vector<Alarm*>::iterator alarm_it = m_alarms.begin();
while(alarm_it != m_alarms.end())
{
Alarm* currentAlarm = *alarm_it;
currentAlarm->AdvanceTime(deltaTime);
if(currentAlarm->m_destroy)
{
alarm_it = m_alarms.erase(alarm_it);
delete currentAlarm;
currentAlarm = nullptr;
}
else
++alarm_it;
}
m_currentTimeSeconds += deltaTime * m_timeScale;
m_lastTimeStep = deltaTime;
}
int
read_file(std::vector<Alarm> &alarms)
{
std::vector<std::string> lines;
if (read_lines(lines) != 0) {
return -1;
}
for (const std::string &str : lines) {
Alarm alarm;
if (alarm.read_file_str(str.c_str()) != 0) {
return -1;
}
try {
alarms.push_back(alarm);
}
catch (...) {
fputs("Error: unable to allocate memory\n", stderr);
return -1;
}
}
return 0;
}
void PVAlarm::get(Alarm & alarm) const
{
if(pvSeverity.get()==NULL) {
throw std::logic_error(notAttached);
}
alarm.setSeverity(AlarmSeverityFunc::getSeverity(pvSeverity->get()));
alarm.setStatus(AlarmStatusFunc::getStatus(pvStatus->get()));
alarm.setMessage(pvMessage->get());
}
void
Alarm::enable()
{
Alarm* alarm = (Alarm*) s_queue.get_succ();
while (alarm != (Alarm*) &s_queue) {
int32_t diff = m_when - alarm->m_when;
if (diff <= 0) break;
alarm = (Alarm*) alarm->get_succ();
}
alarm->attach(this);
}
void ConfigurationDialog::UpdateItem(int index)
{
Alarm *alarm = Alarm::s_Alarms[index];
m_lAlarms->SetItem(index, ALARM_TYPE, alarm->Type());
m_lAlarms->SetColumnWidth(ALARM_TYPE, wxLIST_AUTOSIZE);
m_lAlarms->SetItem(index, ALARM_OPTIONS, alarm->Options());
m_lAlarms->SetColumnWidth(ALARM_OPTIONS, wxLIST_AUTOSIZE);
m_lAlarms->SetItem(index, ALARM_ACTION, alarm->Action());
m_lAlarms->SetColumnWidth(ALARM_ACTION, wxLIST_AUTOSIZE);
}
void WatchdogDialog::UpdateStatus(int index)
{
Alarm *alarm = Alarm::s_Alarms[index];
m_lStatus->SetItemImage(index, alarm->m_bEnabled ? 1 : 0);
// m_lAlarms->SetItem(index, ALARM_ENABLED, alarm->m_bEnabled ? _T("X") : _T(""));
m_lStatus->SetItem(index, ALARM_TYPE, alarm->Type());
m_lStatus->SetItem(index, ALARM_STATUS, alarm->GetStatus());
m_lStatus->SetItemTextColour(index, alarm->m_bFired ? *wxRED: *wxBLACK);
m_lStatus->SetColumnWidth(ALARM_STATUS, wxLIST_AUTOSIZE);
}
bool PVAlarm::set(Alarm const & alarm)
{
if(pvSeverity.get()==NULL) {
throw std::logic_error(notAttached);
}
if(pvSeverity->isImmutable() || pvMessage->isImmutable()) return false;
pvSeverity->put(alarm.getSeverity());
pvStatus->put(alarm.getStatus());
pvMessage->put(alarm.getMessage());
return true;
}
void
Alarm::enable()
{
// Enqueue the alarm in the schedule queue
Alarm* alarm = (Alarm*) s_queue.get_succ();
while (alarm != (Alarm*) &s_queue) {
int32_t diff = m_when - alarm->m_when;
if (UNLIKELY(diff <= 0)) break;
alarm = (Alarm*) alarm->get_succ();
}
alarm->attach(this);
}
void
Alarm::tick()
{
Alarm* alarm;
s_ticks += 1;
while ((alarm = (Alarm*) s_queue.get_succ()) != (Alarm*) &s_queue) {
int32_t diff = alarm->m_when - s_ticks;
if (diff > 0) break;
alarm->detach();
alarm->run();
if (alarm->m_period != 0) {
alarm->m_when += alarm->m_period;
alarm->enable();
}
}
}
void Barrack::tick(const float dt) {
DestructableObject::tick(dt);
if (!_broken && _spawn.tick(dt)) {
if (hp == max_hp) { //nothing happens
int tr;
Config->get("objects." + registered_name + ".targeting-range", tr, 500);
v2<float> pos, vel;
if (!get_nearest(ai::Targets->infantry, tr, pos, vel, false))
return; //skip spawning
}
int max_c;
Config->get("objects." + registered_name + ".maximum-children", max_c, 5);
int n = get_children(std::string());
if (n < max_c) {
v2<float>dpos;
dpos.y = size.y / 2 + 16; //fixme: use debiloids size here.
Object * o = spawn(_object, _animation, dpos);
o->copy_special_owners(this);
play_now("spawn");
}
}
}
// It is safe to call this function again from inside a callback function
// that it called. It should not be called from multiple threads at once.
void
Alarm_process(void) {
AlarmTime now;
assert(alarmHeap != NULL);
now = AlarmTime_nowMS();
while (Heap_hasMore(alarmHeap)) {
Alarm *alarm = (Alarm *) Heap_first(alarmHeap);
if (now < alarm->time)
break;
Heap_pop(alarmHeap);
alarm->callback(alarm->arg);
Alarm_free(alarm);
}
}
void KCalResourceSlox::parseIncidenceAttribute( const QDomElement &e,
Incidence *incidence )
{
QString tag = e.tagName();
QString text = decodeText( e.text() );
if ( text.isEmpty() ) return;
if ( tag == fieldName( IncidenceTitle ) ) {
incidence->setSummary( text );
} else if ( e.tagName() == fieldName( Description ) ) {
incidence->setDescription( text );
} else if ( tag == fieldName( Reminder ) ) {
int minutes = text.toInt();
if ( minutes != 0 ) {
Alarm::List alarms = incidence->alarms();
Alarm *alarm;
if ( alarms.isEmpty() ) alarm = incidence->newAlarm();
else alarm = alarms.first();
if ( alarm->type() == Alarm::Invalid ) {
alarm->setType( Alarm::Display );
}
Duration d( minutes * -60 );
alarm->setStartOffset( d );
alarm->setEnabled( true );
} else {
// 0 reminder -> disable alarm
incidence->clearAlarms();
}
} else if ( tag == fieldName( CreatedBy ) ) {
KABC::Addressee a;
if ( mAccounts ) a = mAccounts->lookupUser( text );
else kDebug() << "KCalResourceSlox: no accounts set";
incidence->setOrganizer( Person( a.formattedName(), a.preferredEmail() ) );
} else if ( tag == fieldName( Participants ) ) {
parseMembersAttribute( e, incidence );
} else if ( tag == "readrights" ) {
parseReadRightsAttribute( e, incidence );
} else if ( tag == fieldName( Categories ) ) {
incidence->setCategories( text.split( QRegExp(",\\s*") ) );
} else if ( tag == fieldName( LastModified ) && type() == "ox" ) {
incidence->setCustomProperty( "SLOX", "LastModified", text );
}
}
void
Alarm::tick()
{
Alarm* alarm;
s_ticks += 1;
// Check for alarms that should be run
while ((alarm = (Alarm*) s_queue.get_succ()) != (Alarm*) &s_queue) {
int32_t diff = alarm->m_when - s_ticks;
if (UNLIKELY(diff > 0)) break;
alarm->detach();
alarm->run();
// Check if the alarm should be rescheduled (periodic)
if (alarm->m_period != 0) {
alarm->m_when += alarm->m_period;
alarm->enable();
}
}
}
QStringList KOAlarmClient::dumpAlarms()
{
KDateTime start = KDateTime( QDateTime::currentDateTime().date(),
QTime( 0, 0 ), KDateTime::LocalZone );
KDateTime end = start.addDays( 1 ).addSecs( -1 );
QStringList lst;
// Don't translate, this is for debugging purposes.
lst << QString( "AlarmDeamon::dumpAlarms() from " ) + start.toString() + " to " +
end.toString();
QList<Alarm *> alarms = mCalendar->alarms( start, end );
QList<Alarm *>::ConstIterator it;
for ( it = alarms.constBegin(); it != alarms.constEnd(); ++it ) {
Alarm *a = *it;
lst << QString( " " ) + a->parent()->summary() + " (" + a->time().toString() + ')';
}
return lst;
}
void Cannon::tick(const float dt) {
Object::tick(dt);
if (get_state() == "real-fire") {
cancel();
spawn("cannon-bullet", "cannon-bullet", v2<float>(), _direction);
}
bool can_fire = _fire.tick(dt);
if (_state.fire && can_fire) {
_fire.reset();
if (get_state() == "hold") {
cancel_all();
play("fire", false);
play("real-fire", true);
play("after-fire", false);
play("hold", true);
}
}
}
void Alarm::cancel_sig(unsigned seconds_left)
{
Alarm *p;
Alarm *alarm_chain=0;
while ((p=first) != 0 && p->set_interval <= seconds_left)
// Marginal case
{
p->Unlink();
p->next=alarm_chain;
alarm_chain=p;
}
for (p=first; p; p=p->next)
p->set_interval -= seconds_left;
while ((p=alarm_chain) != 0)
{
alarm_chain=p->next;
p->handler();
}
}
void Cannon::calculate(const float dt) {
if (!_reaction.tick(dt))
return;
static float range = getWeaponRange("cannon-bullet");
v2<float> pos, vel;
if (get_nearest(_variants.has("trainophobic")? ai::Targets->infantry_and_train: ai::Targets->infantry, range, pos, vel, true)) {
pos.normalize();
set_direction(pos.get_direction(get_directions_number()) - 1);
_direction = pos;
_state.fire = true;
} else _state.fire = false;
}
void Bullet::tick(const float dt) {
Object::tick(dt);
if (_type == "dispersion") {
//LOG_DEBUG(("baaaaaaah!"));
if (_clone.tick(dt)) {
_clone.set(3600);
//LOG_DEBUG(("%d clones...", get_id()));
GET_CONFIG_VALUE("objects.dispersion-bullet.ttl-multiplier", float, ttl_m, 0.8);
const int dirs = get_directions_number();
int d = (get_direction() + 1) % dirs;
v2<float> vel;
vel.fromDirection(d, dirs);
Object * b = spawn(registered_name + "(no-sound)", animation, v2<float>(), vel);
b->ttl = ttl * ttl_m;
d = (dirs + get_direction() - 1) % dirs;
vel.fromDirection(d, dirs);
b = spawn(registered_name + "(no-sound)", animation, v2<float>(), vel);
b->ttl = ttl * ttl_m;
}
} else if (_type == "ricochet") {
void updateAlarm()
{
time_t almTime = wkAlarm.getAlarmTime();
int h = hour(almTime);
int m = minute(almTime);
digitValues[0] = h / 10;
digitValues[1] = h % 10;
digitValues[2] = m / 10;
digitValues[3] = m % 10;
for (int i = 0; i < N; i++)
display.writeDigit(i, digitValues[i]);
}
void setRtcAlarm(byte hour, byte minute)
{
// copy time_t object, modify some fields,
// inherit month, day, dayOfWeek and Year.
time_t justNow = now();
tmElements_t alarmSetting;
breakTime(justNow, alarmSetting);
alarmSetting.Hour = hour;
alarmSetting.Minute = minute;
alarmSetting.Second = 0;
wkAlarm.setAlarmTime(makeTime(alarmSetting));
printAlarmStatus();
}
void printAlarmStatus()
{
time_t almSet = wkAlarm.getAlarmTime();
byte h, m, rtcOn;
h = hour(almSet);
m = minute(almSet);
printDigits(h,' ');
printDigits(m,':');
rtcOn = isRtcAlarmOn();
if (rtcOn)
Serial.println(" -- ON");
else
Serial.println(" -- OFF");
}
void BDHServerController::addConfigurationAlarm(QXmlAttributes a)
{
Alarm alarm;
alarm.setIdAlarm(m_alarmCounter++);
alarm.setAlarmType((quint8)a.value("type").toInt());
alarm.setPriority((quint8)a.value("priority").toInt());
alarm.setSeverity((quint8)a.value("severity").toInt());
alarm.setDescription(a.value("description"));
m_configuration.addAlarm(alarm);
// qDebug() <<"Encontro una alarma!!!!\n";
}
void Helicopter::tick(const float dt) {
Object::tick(dt);
GET_CONFIG_VALUE("objects.helicopter-with-kamikazes.maximum-children", int, max_c, 10);
if (_active && _spawn.tick(dt)) {
if (get_children("kamikaze") >= max_c)
return;
const Matrix<int> & matrix = Map->get_impassability_matrix(0);
v2<int> pos, pos2;
get_center_position(pos);
v2<int> para_size = ResourceManager->getClass(_paratrooper)->size.convert<int>();
pos -= para_size / 2;
pos2 = pos;
pos2 += para_size;
pos2 -= 1;
const v2<int> tile_size = Map->getTileSize();
pos /= tile_size;
pos2 /= tile_size;
/*
LOG_DEBUG(("%d %d", matrix.get(pos.y, pos.x), matrix.get(pos.y, pos2.x)));
LOG_DEBUG(("%d %d", matrix.get(pos2.y, pos.x), matrix.get(pos2.y, pos2.x)));
*/
if (matrix.get(pos.y, pos.x) < 0 || matrix.get(pos.y, pos2.x) < 0 ||
matrix.get(pos2.y, pos.x) < 0 || matrix.get(pos2.y, pos2.x) < 0) {
LOG_DEBUG(("cannot drop paratrooper, sir!"));
} else {
int pt = mrt::random(6);
//LOG_DEBUG(("ptype = %d", pt));
std::string animation = (pt == 3)? "gay-paratrooper": "paratrooper";
spawn(_paratrooper, animation);
}
}
if (!_active)
_velocity.clear();
}
void comeHome()
{
alarm.alarmOff();
ac.acOn();
tv.tvOn();
}
void goToWork()
{
ac.acOff();
tv.tvOff();
alarm.alarmOn();
}
void test_ntscalarArray()
{
testDiag("test_ntscalarArray");
NTScalarArrayBuilderPtr builder = NTScalarArray::createBuilder();
testOk(builder.get() != 0, "Got builder");
NTScalarArrayPtr ntScalarArray = builder->
value(pvInt)->
addDescriptor()->
addAlarm()->
addTimeStamp()->
addDisplay()->
addControl()->
create();
testOk1(ntScalarArray.get() != 0);
testOk1(ntScalarArray->getPVStructure().get() != 0);
testOk1(ntScalarArray->getValue().get() != 0);
testOk1(ntScalarArray->getDescriptor().get() != 0);
testOk1(ntScalarArray->getAlarm().get() != 0);
testOk1(ntScalarArray->getTimeStamp().get() != 0);
testOk1(ntScalarArray->getDisplay().get() != 0);
testOk1(ntScalarArray->getControl().get() != 0);
//
// example how to set values
//
PVIntArray::svector newValues;
newValues.push_back(1);
newValues.push_back(2);
newValues.push_back(8);
PVIntArrayPtr pvValueField = ntScalarArray->getValue<PVIntArray>();
pvValueField->replace(freeze(newValues));
//
// example how to get values
//
PVIntArray::const_svector values(pvValueField->view());
testOk1(values.size() == 3);
testOk1(values[0] == 1);
testOk1(values[1] == 2);
testOk1(values[2] == 8);
//
// timeStamp ops
//
PVTimeStamp pvTimeStamp;
if (ntScalarArray->attachTimeStamp(pvTimeStamp))
{
testPass("timeStamp attach");
// example how to set current time
TimeStamp ts;
ts.getCurrent();
pvTimeStamp.set(ts);
// example how to get EPICS time
TimeStamp ts2;
pvTimeStamp.get(ts2);
testOk1(ts2.getEpicsSecondsPastEpoch() != 0);
}
else
testFail("timeStamp attach fail");
//
// alarm ops
//
PVAlarm pvAlarm;
if (ntScalarArray->attachAlarm(pvAlarm))
{
testPass("alarm attach");
// example how to set an alarm
Alarm alarm;
alarm.setStatus(deviceStatus);
alarm.setSeverity(minorAlarm);
alarm.setMessage("simulation alarm");
pvAlarm.set(alarm);
}
else
testFail("alarm attach fail");
//
// display ops
//
PVDisplay pvDisplay;
if (ntScalarArray->attachDisplay(pvDisplay))
{
testPass("display attach");
// example how to set an display
Display display;
display.setLow(-15);
display.setHigh(15);
display.setDescription("This is a test scalar array");
display.setFormat("%d");
display.setUnits("A");
pvDisplay.set(display);
}
else
testFail("display attach fail");
//
// control ops
//
PVControl pvControl;
if (ntScalarArray->attachControl(pvControl))
{
testPass("control attach");
// example how to set an control
Control control;
control.setLow(-10);
control.setHigh(10);
control.setMinStep(1);
pvControl.set(control);
}
else
testFail("control attach fail");
//
// set descriptor
//
ntScalarArray->getDescriptor()->put("This is a test NTScalarArray");
// dump ntScalarArray
std::cout << *ntScalarArray->getPVStructure() << std::endl;
}
