void ComponerAlarma()
{
var date = (DateTime)Date_Picker.Value;
var time = (DateTime)Time_Picker.Value;
int segundos=time.Second;
int hora = time.Hour;
int minutos = time.Minute;
int mes = date.Month;
int year = date.Year;
int dia = date.Day;
DateTime fechaCompleta = new DateTime(year,mes,dia,hora,minutos,segundos);
if (ScheduledActionService.Find("alarmaCalendario") != null)
ScheduledActionService.Remove("alarmaCalendario");
Alarm alamarCalendario= new Alarm("alarmaCalendario");
alamarCalendario.Content = recordatorio.Text;
alamarCalendario.Sound = new Uri("Alarma-Calendario.mp3", UriKind.Relative);
alamarCalendario.BeginTime = fechaCompleta;
alamarCalendario.RecurrenceType = RecurrenceInterval.Daily;
ScheduledActionService.Add(alamarCalendario);
if(AppResources.Idioma.Equals("Ingles"))
MessageBox.Show("The alarm is set for the " + fechaCompleta);
else
MessageBox.Show("La alarma esta programada para el " + fechaCompleta);
NavigationService.Navigate(new Uri("/MainPage.xaml", UriKind.Relative));
}
protected override void OnHandleIntent (Intent intent)
{
Context context = ApplicationContext;
// var alarm = (Alarm)intent.GetParcelableExtra (ALARM_KEY);
// TODO - workaround https://github.com/googlesamples/android-DirectBoot/issues/4
Bundle bundle = intent.Extras;
var alarm = new Alarm {
Id = bundle.GetInt ("id"),
Year = bundle.GetInt ("year"),
Month = bundle.GetInt ("month"),
Day = bundle.GetInt ("day"),
Hour = bundle.GetInt ("hour"),
Minute = bundle.GetInt ("minute")
};
var manager = context.GetSystemService (NotificationService).JavaCast<NotificationManager> ();
var builder = new NotificationCompat.Builder (context)
.SetSmallIcon (Resource.Drawable.ic_fbe_notification)
.SetCategory (Notification.CategoryAlarm)
.SetSound (Settings.System.DefaultAlarmAlertUri)
.SetContentTitle (context.GetString (Resource.String.alarm_went_off, alarm.Hour, alarm.Minute));
manager.Notify (alarm.Id, builder.Build ());
var alarmStorage = new AlarmStorage (context);
alarmStorage.DeleteAlarm (alarm);
var wentoffIntent = new Intent (ALARM_WENT_OFF_ACTION);
wentoffIntent.PutExtra (ALARM_KEY, alarm);
LocalBroadcastManager.GetInstance (context).SendBroadcast (wentoffIntent);
}
private void CreateAlarm()
{
if (!NotificationDate.Value.HasValue || !TPkon2.Value.HasValue)
return;
var date = new DateTime(NotificationDate.Value.Value.Year, NotificationDate.Value.Value.Month, NotificationDate.Value.Value.Day, 0, 0, 0);
var time = new DateTime(NotificationDate.Value.Value.Year, NotificationDate.Value.Value.Month, NotificationDate.Value.Value.Day,
TPkon2.Value.Value.Hour, TPkon2.Value.Value.Minute, 0);
var beginTime = date + time.TimeOfDay;
if (beginTime < DateTime.Now)
{
MessageBox.Show("указанное время события прошло");
return;
}
if (ScheduledActionService.Find(Alarm) != null)
ScheduledActionService.Remove(Alarm);
var alarm = new Alarm(Alarm);
alarm.Content = textBox1.Text;
alarm.RecurrenceType = RecurrenceInterval.None;
alarm.BeginTime = beginTime;
alarm.ExpirationTime = beginTime.AddMinutes(5);
ScheduledActionService.Add(alarm);
MessageBox.Show("будильник установлен на " + beginTime.ToString());
}
/// <summary>
/// Cancels the scheduled alarm.
/// </summary>
/// <returns>The alarm to be canceled.</returns>
/// <param name="alarm">Alarm.</param>
public void CancelAlarm (Alarm alarm)
{
var intent = new Intent (context, typeof (AlarmIntentService));
intent.PutExtra (AlarmIntentService.ALARM_KEY, alarm);
var pendingIntent = PendingIntent.GetService (context, alarm.Id, intent, PendingIntentFlags.UpdateCurrent);
alarmManager.Cancel (pendingIntent);
}
private void Button_Click_1(object sender, RoutedEventArgs e)
{
i++;
bool isAlarmExist;
Alarm alarm = ScheduledActionService.Find("Alarm" + i) as Alarm;
if (alarm == null)
{
isAlarmExist = false;
alarm = new Alarm("Alarm" + i);
}
else
{
isAlarmExist = true;
}
alarm.BeginTime = DateTime.Now.AddMinutes(1);
alarm.ExpirationTime = DateTime.Now.AddMinutes(2);
alarm.Content = "闹钟" + i;
alarm.Sound = new Uri("/Assets/Making love without nothing at all.mp3", UriKind.Relative);
alarm.RecurrenceType = RecurrenceInterval.Daily;
if (!isAlarmExist)
ScheduledActionService.Add(alarm);
else
ScheduledActionService.Replace(alarm);
var alarms = ScheduledActionService.GetActions<Alarm>();
lls.ItemsSource = alarms.ToList();
}
public void Should_Set_AlarmClock_Alarm_When_AlarmViewPresenter_Sets_Alarm()
{
var newAlarm = new Alarm();
mockAlarmViewPresenter.Raise(avp => avp.AlarmSet += null, mockAlarmViewPresenter.Object, newAlarm);
Expect(() => { mockAlarmClock.Verify(ac => ac.SetAlarm(newAlarm)); }, Throws.Nothing);
}
private void SubsribeAlarm(object sender, RoutedEventArgs e)
{
var sliderValue = this.alarmSlider.Value;
List<StationStat> stationStatCollection = ((sender as Button).DataContext as List<StationStat>);
if (stationStatCollection == null)
{
return;
}
foreach (var item in stationStatCollection)
{
DateTime stationStart = (DateTime)(item as StationStat).Start.Time;
Alarm alarm = new Alarm(string.Format("Nasa ISS pass at {0} with {1} brightness.", (item as StationStat).Start.Time, (item as StationStat).Brightness));
alarm.BeginTime = stationStart.AddMinutes(-sliderValue);
alarm.ExpirationTime = alarm.BeginTime.AddMinutes(5);
alarm.Content = alarm.Name;
//ScheduledActionService.Add(alarm);
var action = ScheduledActionService.GetActions<Alarm>().FirstOrDefault(x => x.Name == alarm.Name);
if (action == null)
{
ScheduledActionService.Add(alarm);
MessageBox.Show(string.Format("Alarm set for {0}\nExpiration time: {1}\n", alarm.BeginTime, alarm.ExpirationTime));
}
}
}
// Insertion of a new alarm in the alarm table.
public int AddAlarm(Alarm alarm)
{
MySqlConnection sqlConnection = new MySqlConnection(connectionString);
MySqlCommand sqlCmd = sqlConnection.CreateCommand();
int id = -1;
try
{
sqlConnection.Open();
sqlCmd.CommandText = "INSERT INTO " +
"ALARMS ( ISENABLE, SENSITIVITY, LOCATION, ALARMTYPE, PARENTID ) " +
"VALUES ( " + alarm.IsEnabled + ", " + alarm.Sensitivity + ", \"" + alarm.Location + "\", \"" + alarm.Type + "\", " + alarm.ParentId + ")";
sqlCmd.ExecuteNonQuery();
sqlCmd.CommandText = "SELECT LAST_INSERT_ID() FROM ALARMS";
id = Convert.ToInt32(sqlCmd.ExecuteScalar());
}
catch (Exception e)
{
Console.WriteLine("Could not connect to database!");
Console.WriteLine("{0} Exception caught.", e);
}
finally
{
sqlConnection.Close();
}
return id;
}
public static void AddAlarm(Entry entry)
{
try
{
Alarm alarm = new Alarm(MetroCalendarAlarm + entry.EntryId);
alarm.Content = entry.Subject;
alarm.Sound = RingTone(entry.RingTone);
alarm.BeginTime = entry.AlarmTime;
alarm.ExpirationTime = entry.ExpirationTime;
alarm.RecurrenceType = Recurrence(entry.RepeatType);
ScheduledActionService.Add(alarm);
}
catch (InvalidOperationException ex)
{
Debug.WriteLine(ex.Message);
}
catch (SchedulerServiceException sex)
{
Debug.WriteLine(sex.Message);
}
catch (ArgumentOutOfRangeException aore)
{
Debug.WriteLine(aore.Message);
}
catch (Exception e)
{
Debug.WriteLine(e.Message);
}
}
private void AlarmView_AlarmSet(object sender, Alarm e)
{
var handler = AlarmSet;
if (AlarmSet != null)
{
AlarmSet(this, e);
}
}
//sends a notification to the user when the user can drive again
private void ResultNotification_Click(object sender, RoutedEventArgs e)
{
Alarm drivingAlarm = new Alarm("Sober notification");
drivingAlarm.Content = "You are now able to drive. Drive carefully";
drivingAlarm.BeginTime = hoursTilDrivingLimit;
ScheduledActionService.Add(drivingAlarm);
}
public void TriggerStartAlarm()
{
int count = 0;
this.integerVariable.Value = 20;
Alarm alarm = new Alarm(this.integerVariable, value => ((int) value) == 30);
alarm.StartAlarm += (oldvalue, newvalue) => count++;
this.integerVariable.Value = 30;
Assert.AreEqual(1, count);
}
public static void AddAlarm(Alarm alarm)
{
try
{
ScheduledActionService.Add(alarm);
}
catch (System.Exception)
{
}
}
public void a_normal_pressure_value_should_not_raise_the_alarm()
{
StubSensor stubSensor = new StubSensor();
stubSensor.StubCallToPopNextPressurePsiValue(Alarm.LowPressureTreshold);
Alarm target = new Alarm(stubSensor);
target.Check();
Assert.AreEqual(false, target.AlarmOn, "alarm on");
}
public void a_pressure_value_out_of_range_should_raise_the_alarm()
{
StubSensor stubSensor = new StubSensor();
stubSensor.StubCallToPopNextPressurePsiValue(Alarm.LowPressureTreshold -1);
Alarm target = new Alarm(stubSensor);
target.Check();
Assert.AreEqual(true, target.AlarmOn, "alarm on");
}
private void CreateAlarm(int p)
{
string alarmName = Guid.NewGuid().ToString();
var alarm = new Alarm(alarmName)
{
Content = appdata["data3"].ToString(),
BeginTime = DateTime.Now.AddSeconds(p)
};
ScheduledActionService.Add(alarm);
}
public static void Activate()
{
if (isActive)
return;
isActive = true;
spawnAlarm = Alarm.Start(60, spawnObject);
spawnAlarm.IsLooping = true;
GlobalEvent.Step += moveBackground;
}
public AlarmViewModel(Alarm alarm)
{
Alarm = alarm;
ResetCommand = new RelayCommand(OnReset, CanReset);
RemoveFromIgnoreListCommand = new RelayCommand(OnRemoveFromIgnoreList, CanRemoveFromIgnoreList);
ShowOnPlanCommand = new RelayCommand(OnShowOnPlan, CanShowOnPlan);
ShowDeviceCommand = new RelayCommand(OnShowDevice, CanShowDevice);
ShowZoneCommand = new RelayCommand(OnShowZone, CanShowZone);
ShowInstructionCommand = new RelayCommand(OnShowInstruction, CanShowInstruction);
}
static public void DoTests()
{
Alarm a = new Alarm();
a.InitAll();
a.ALARM1();
a.ALARM2();
a.ALARM3();
a.ALARM4();
a.ALARM5();
a.ALARM6();
}
public void SetAlarm()
{
Alarm alarm = new Alarm("Wake or waste");
alarm.Content = "Wake uppp";
alarm.Sound = new Uri("/Ringtones/baroqueloop90z.wma", UriKind.Relative);
alarm.BeginTime = DateTime.Now.AddMinutes(1);
alarm.ExpirationTime = DateTime.Now.AddDays(21);
alarm.RecurrenceType = RecurrenceInterval.Daily;
ScheduledActionService.Add(alarm);
}
// Use this for initialization
void Start () {
transform.position = position;
l = GetComponent<Light>();
l.type = LightType.Directional;
l.color = Color.red;
alarm = l.gameObject.AddComponent<Alarm>();
l.enabled = false;
alarmActivated = false;
waitingTime = 1.0f;
audioSource = GetComponent<AudioSource>();
audioSource.clip = clip;
}
/// <summary>
/// Delete the specified alarm instance from the SharedPreferences.
/// This method iterates through the alarms stored in the SharedPreferences,
/// timing corresponds linearly to the alarms count.
/// </summary>
/// <param name="toBeDeleted">To be deleted.</param>
public void DeleteAlarm (Alarm toBeDeleted)
{
foreach (string alarmJson in sharedPreferences.All.Values) {
var alarm = Alarm.FromJson (alarmJson);
if (alarm.Id == toBeDeleted.Id) {
ISharedPreferencesEditor editor = sharedPreferences.Edit ();
editor.Remove (alarm.Id.ToString ());
editor.Apply ();
return;
}
}
}
public void a_normal_pressure_value_after_an_out_of_range_pressure_value_should_keep_the_alarm_on()
{
StubSensor stubSensor = new StubSensor();
stubSensor.StubCallToPopNextPressurePsiValues(new double[] { Alarm.LowPressureTreshold, Alarm.LowPressureTreshold - 1, Alarm.LowPressureTreshold });
Alarm target = new Alarm(stubSensor);
target.Check();
target.Check();
target.Check();
Assert.AreEqual(true, target.AlarmOn, "alarm on");
}
public void setAlarm(DateTime time)
{
Alarm alarm = new Alarm(name);
alarm.Content = "News Alarm";
alarm.Sound = new Uri("/Sound/Ringtone/Ring01.wma", UriKind.Relative);
//alarm.Sound = new Uri(@"http://dl.dropbox.com/u/5758134/sara.mp3");
alarm.BeginTime = time;
alarm.ExpirationTime = DateTime.MaxValue;
alarm.RecurrenceType = RecurrenceInterval.Daily;
ScheduledActionService.Add(alarm);
}
private void button2_Click(object sender, EventArgs e)
{
Heater heater = new Heater();
Alarm alarm = new Alarm();
heater.Boiled += alarm.MakeAlert; //注册方法
heater.Boiled += (new Alarm()).MakeAlert; //给匿名对象注册方法
heater.Boiled += new Heater.BoiledEventHandler(alarm.MakeAlert); //也可以这么注册
heater.Boiled += Display.ShowMsg; //注册静态方法
heater.BoilWater(); //烧水，会自动调用注册过对象的方法
}
public void TriggerNoStopAlarm()
{
int count = 0;
this.integerVariable.Value = 0;
Alarm alarm = new Alarm(this.integerVariable, value => (int)value != 30);
alarm.StopAlarm += (oldvalue, newvalue) => count++;
for (int k = 1; k <= 100; k++)
if (k != 30)
this.integerVariable.Value = k;
Assert.AreEqual(0, count);
}
public AlarmViewModel(Alarm alarm)
{
ShowObjectOrPlanCommand = new RelayCommand(OnShowObjectOrPlan);
ShowObjectCommand = new RelayCommand(OnShowObject);
ShowOnPlanCommand = new RelayCommand(OnShowOnPlan, CanShowOnPlan);
ResetCommand = new RelayCommand(OnReset, CanReset);
ResetIgnoreCommand = new RelayCommand(OnResetIgnore, CanResetIgnore);
TurnOnAutomaticCommand = new RelayCommand(OnTurnOnAutomatic, CanTurnOnAutomatic);
ShowJournalCommand = new RelayCommand(OnShowJournal);
ShowPropertiesCommand = new RelayCommand(OnShowProperties, CanShowProperties);
Alarm = alarm;
InitializePlanLink();
}
private static AlarmAction ToAlarmAction(Alarm phoneAlarm)
{
return new AlarmAction()
{
BeginTime = new DateTimeOffset(phoneAlarm.BeginTime),
ExpirationTime = new DateTimeOffset(phoneAlarm.ExpirationTime),
IsScheduled = phoneAlarm.IsScheduled,
IsEnabled = phoneAlarm.IsEnabled,
Name = phoneAlarm.Name,
Content = phoneAlarm.Content,
RecurrencyType = (RecurrenceInterval)phoneAlarm.RecurrenceType,
Title = phoneAlarm.Title
};
}
public MainPageVM()
{
m_oAlarm = new Alarm("Parking Meter Timer");
init_timer();
// initialize xml serializer for storage
m_xXmlSerializer = new XmlSerializer(typeof(SaveData));
// initialize the time selectors
init_selectors();
// initialize all commands
init_Commands();
}
private void SetAlarm(DateTime wakeupTime, int duration = 1)
{
Alarm alarm = new Alarm(ALARM_NAME);
alarm.Content = "Wake uppp";
alarm.Sound = new Uri("/Ringtones/cuckoo__clock.mp3", UriKind.Relative);
alarm.BeginTime = wakeupTime;
alarm.ExpirationTime = DateTime.Now.AddDays(duration);
alarm.RecurrenceType = RecurrenceInterval.Daily;
if (!(ScheduledActionService.Find(ALARM_NAME) == null))
{
ScheduledActionService.Remove(ALARM_NAME);
}
ScheduledActionService.Add(alarm);
}
//private void TextBox_GotFocus(object sender, RoutedEventArgs e)
//{
// if (this.bookname.Text.Equals("书名"))
// {
// this.bookname.Text = "";
// this.bookname.Foreground = new SolidColorBrush(Color.FromArgb(255,0,0,0));
// }
//}
private void save_clicked(object sender, EventArgs e)
{
plan.DatePicker = this.datePicker.ValueString;
plan.Priority = (string)this.prioritylist.SelectedItem;
plan.IsReminder = (bool)this.toggle.IsChecked;
plan.RingTime = this.timepicker.ValueString;
plan.Detail = this.detail.Text.ToString();
if (plan.IsReminder)
{
plan.Image = "/Icon/feature.alarm.png";
string clockname = "alarm" + plan.ISBN;
//IEnumerable <Alarm> list = ScheduledActionService.GetActions<Alarm>();
if (isRemind)
{
if (ScheduledActionService.Find(clockname) != null)
{
ScheduledActionService.Remove(clockname);
}
}
Alarm clock = new Alarm(clockname);
//开始时间(注意考虑开始时间小于系统时间的情况)
DateTime beginTime = (DateTime)this.timepicker.Value;
TimeSpan timespan = beginTime.TimeOfDay;
if (beginTime < DateTime.Now)
{
DateTime date = DateTime.Now.AddDays(1).Date;
beginTime = date + timespan;
Debug.WriteLine("[Debug]date:" + date + "timespan" + timespan + "beginTime.TimeOfDay" + beginTime);
}
clock.BeginTime = beginTime;
//结束时间
//clock.ExpirationTime = clock.BeginTime + new TimeSpan(0, 0, 30);
DateTime expirationtime = (DateTime)this.datePicker.Value + timespan;
Debug.WriteLine("[Debug]expirationtime:" + expirationtime);
if (expirationtime < beginTime)
{
MessageBox.Show("截止提醒时间已过，请修改截止时间或提醒时间");
return;
}
clock.ExpirationTime = expirationtime;
//提醒内容
clock.Content = "别忘了今天要读<<" + plan.Title + ">>.";
//提醒铃声
clock.Sound = new Uri("/SleepAway.mp3", UriKind.Relative);
//提醒类型
clock.RecurrenceType = RecurrenceInterval.Daily;
ScheduledActionService.Add(clock);
}
else
{
plan.Image = "";
string clockname = "alarm" + plan.ISBN;
if (isRemind)
{
if (ScheduledActionService.Find(clockname) != null)
{
ScheduledActionService.Remove(clockname);
}
}
}
Debug.WriteLine("[DEBUG]plan.userid: " + plan.UserId + "plan.ISBN;" + plan.ISBN + "plan.title:" + plan.Title +
"plan.dataPicker:" + plan.DatePicker + "plan.priority;" + plan.Priority + "plan.IsReminder:" + plan.IsReminder + "plan.ringtime:" + plan.RingTime
+ "plan.Detail:" + plan.Detail);
bool result = bookService.updateReadingPlan(plan);
if (result)
{
//MessageBox.Show("succeed!");
//NavigationService.Navigate(new Uri("/MainPage.xaml",UriKind.Relative));
NavigationService.GoBack();
}
else
{
MessageBox.Show("failed!");
}
}
public async Task LogAddMtu()
{
Mtu mtu = form.mtu;
Global global = this.config.Global;
dynamic map = form.map;
string temp = string.Empty;
string DISABLED = MemoryMap.MemoryMap.DISABLED;
string ENABLED = MemoryMap.MemoryMap.ENABLED;
ActionType actionType = this.action.type;
bool isReplaceMeter = actionType == ActionType.ReplaceMeter ||
actionType == ActionType.ReplaceMtuReplaceMeter ||
actionType == ActionType.AddMtuReplaceMeter;
bool isReplaceMtu = actionType == ActionType.ReplaceMTU ||
actionType == ActionType.ReplaceMtuReplaceMeter;
#region General
//logger.addAtrribute ( this.addMtuAction, "display", addMtuDisplay );
// logger.addAtrribute ( this.addMtuAction, "type", addMtuType );
// logger.addAtrribute ( this.addMtuAction, "reason", addMtuReason );
logger.AddAtrribute(this.addMtuAction, "display", Action.displays[this.action.type]);
logger.AddAtrribute(this.addMtuAction, "type", Action.tag_types[this.action.type]);
logger.AddAtrribute(this.addMtuAction, "reason", Action.tag_reasons[this.action.type]);
logger.Parameter(this.addMtuAction, new Parameter("Date", "Date/Time", DateTime.UtcNow.ToString("MM/dd/yyyy HH:mm:ss")));
if (!string.IsNullOrEmpty(this.user))
{
logger.Parameter(this.addMtuAction, new Parameter("User", "User", this.user));
}
if (isReplaceMtu &&
form.ContainsParameter(FIELD.MTU_ID_OLD))
{
logger.Parameter(this.addMtuAction, form.OldMtuId);
}
logger.Parameter(this.addMtuAction, new Parameter("MtuId", "MTU ID", this.mtuBasicInfo.Id));
logger.Parameter(this.addMtuAction, new Parameter("MtuType", "MTU Type", this.mtuBasicInfo.Type));
logger.Parameter(this.addMtuAction, form.ReadInterval);
bool useDailyReads = (global.AllowDailyReads &&
mtu.DailyReads &&
form.ContainsParameter(FIELD.SNAP_READS));
string dailyReads = (useDailyReads) ? form.SnapReads.Value : DISABLED;
string dailyGmtHourRead = (useDailyReads) ? form.SnapReads.Value : DISABLED;
logger.Parameter(this.addMtuAction, new Parameter("DailyGMTHourRead", "GMT Daily Reads", dailyGmtHourRead));
if (!dailyGmtHourRead.Equals(DISABLED))
{
logger.Parameter(this.addMtuAction, new Parameter("DailyReads", "Daily Reads", dailyReads));
}
if (mtu.FastMessageConfig)
{
logger.Parameter(this.addMtuAction, form.TwoWay);
}
// Related to F12WAYRegister1XX registers
string afc = (mtu.TimeToSync &&
global.AFC &&
await map.MtuSoftVersion.GetValue() >= 19) ? "Set" : "OFF";
logger.Parameter(this.addMtuAction, new Parameter("AFC", "AFC", afc));
#endregion
#region Certificate
Mobile.ConfigData data = Mobile.configData;
// Avoid try to log encryption info when not it has not been performed
if (data.isMtuEncrypted)
{
//logger.Parameter ( this.addMtuAction, new Parameter ( "Encryption", "Encrypted", map.Encryption.GetValue () ) );
logger.Parameter(this.addMtuAction, new Parameter("EncryptionIndex", "Encryption Index", await map.EncryptionIndex.GetValue()));
// Using certificate with public key
if (data.IsCertLoaded)
{
Utils.Print("Using certificate creating activity log");
logger.Parameter(this.addMtuAction, new Parameter("MtuSymKey", "MtuSymKey", data.RandomKeyAndShaEncryptedInBase64));
logger.Parameter(this.addMtuAction, new Parameter("HeadendCertThumb", "HeadendCertThumb", data.certificate.Thumbprint));
logger.Parameter(this.addMtuAction, new Parameter("HeadendCertValidTill", "HeadendCertExpiration", data.certificate.NotAfter.ToString("MM/dd/yy hh:mm:ss tt")));
logger.Parameter(this.addMtuAction, new Parameter("DeviceCertSubject", "DeviceCertSubject", data.certificate.Subject));
}
// No certificate present
else
{
Utils.Print("Not using certificate creating activity log");
logger.Parameter(this.addMtuAction, new Parameter("MtuSymKey", "MtuSymKey", data.RandomKeyAndShaInBase64));
}
}
#endregion
#region Port 1
Meter meter = (!Data.Get.IsFromScripting) ?
( Meter )form.Meter.Value :
this.config.getMeterTypeById(Convert.ToInt32(( string )form.Meter.Value));
XElement port = new XElement("Port");
logger.AddAtrribute(port, "display", "Port 1");
logger.AddAtrribute(port, "number", "1");
logger.Parameter(port, form.AccountNumber);
if (global.WorkOrderRecording)
{
logger.Parameter(port, form.WorkOrder);
}
if (isReplaceMeter)
{
if (global.UseMeterSerialNumber)
{
logger.Parameter(port, form.MeterNumberOld);
}
if (global.MeterWorkRecording)
{
logger.Parameter(port, form.OldMeterWorking);
}
if (global.OldReadingRecording)
{
logger.Parameter(port, form.MeterReadingOld);
}
if (global.RegisterRecording)
{
logger.Parameter(port, form.ReplaceMeterRegister);
}
if (global.AutoRegisterRecording)
{
temp = (string.Equals(form.MeterNumber, form.MeterNumberOld)) ?
"Register head change" : "Meter change";
logger.Parameter(port, new Parameter("MeterRegisterAutoStatus", temp, "Meter Register Auto Status"));
}
}
string meterType = string.Format("({0}) {1}", meter.Id, meter.Display);
logger.Parameter(port, new Parameter("MeterType", "Meter Type", meterType));
logger.Parameter(port, new Parameter("MeterTypeId", "Meter Type ID", meter.Id.ToString()));
logger.Parameter(port, new Parameter("MeterVendor", "Meter Vendor", meter.Vendor));
logger.Parameter(port, new Parameter("MeterModel", "Meter Model", meter.Model));
if (global.UseMeterSerialNumber)
{
logger.Parameter(port, form.MeterNumber);
}
logger.Parameter(port, form.MeterReading);
logger.Parameter(port, new Parameter("PulseHi", "Pulse Hi Time", meter.PulseHiTime.ToString().PadLeft(2, '0')));
logger.Parameter(port, new Parameter("PulseLo", "Pulse Low Time", meter.PulseLowTime.ToString().PadLeft(2, '0')));
this.addMtuAction.Add(port);
#endregion
#region Port 2
if (form.usePort2)
{
Meter meter2 = (!Data.Get.IsFromScripting) ?
( Meter )form.Meter_2.Value :
this.config.getMeterTypeById(Convert.ToInt32(( string )form.Meter_2.Value));
port = new XElement("Port");
logger.AddAtrribute(port, "display", "Port 2");
logger.AddAtrribute(port, "number", "2");
logger.Parameter(port, form.AccountNumber_2);
if (global.WorkOrderRecording)
{
logger.Parameter(port, form.WorkOrder_2);
}
if (isReplaceMeter)
{
if (global.UseMeterSerialNumber)
{
logger.Parameter(port, form.MeterNumberOld_2);
}
if (global.MeterWorkRecording)
{
logger.Parameter(port, form.OldMeterWorking_2);
}
if (global.OldReadingRecording)
{
logger.Parameter(port, form.MeterReadingOld_2);
}
if (global.RegisterRecording)
{
logger.Parameter(port, form.ReplaceMeterRegister_2);
}
if (global.AutoRegisterRecording)
{
temp = (string.Equals(form.MeterNumber_2, form.MeterNumberOld_2)) ?
"Register head change" : "Meter change";
logger.Parameter(port, new Parameter("MeterRegisterAutoStatus", temp, "Meter Register Auto Status"));
}
}
string meterType2 = string.Format("({0}) {1}", meter2.Id, meter2.Display);
logger.Parameter(port, new Parameter("MeterType", "Meter Type", meterType2));
logger.Parameter(port, new Parameter("MeterTypeId", "Meter Type ID", meter2.Id.ToString()));
logger.Parameter(port, new Parameter("MeterVendor", "Meter Vendor", meter2.Vendor));
logger.Parameter(port, new Parameter("MeterModel", "Meter Model", meter2.Model));
if (global.UseMeterSerialNumber)
{
logger.Parameter(port, form.MeterNumber_2);
}
logger.Parameter(port, form.MeterReading_2);
logger.Parameter(port, new Parameter("PulseHi", "Pulse Hi Time", meter2.PulseHiTime.ToString().PadLeft(2, '0')));
logger.Parameter(port, new Parameter("PulseLo", "Pulse Low Time", meter2.PulseLowTime.ToString().PadLeft(2, '0')));
this.addMtuAction.Add(port);
}
#endregion
#region Alarms
if (mtu.RequiresAlarmProfile)
{
Alarm alarms = (Alarm)form.Alarm.Value;
if (alarms != null)
{
XElement alarmSelection = new XElement("AlarmSelection");
logger.AddAtrribute(alarmSelection, "display", "Alarm Selection");
string overlap = alarms.Overlap.ToString();
logger.Parameter(alarmSelection,
new Parameter("Overlap", "Message Overlap", overlap));
string alarmConfiguration = alarms.Name;
logger.Parameter(alarmSelection,
new Parameter("AlarmConfiguration", "Alarm Configuration Name", alarmConfiguration));
string immediateAlarmTransmit = (alarms.ImmediateAlarmTransmit) ? "True" : "False";
logger.Parameter(alarmSelection,
new Parameter("ImmediateAlarm", "Immediate Alarm Transmit", immediateAlarmTransmit));
string urgentAlarm = (alarms.DcuUrgentAlarm) ? "True" : "False";
logger.Parameter(alarmSelection,
new Parameter("UrgentAlarm", "DCU Urgent Alarm Transmit", urgentAlarm));
if (mtu.InsufficientMemory)
{
logger.Parameter(alarmSelection,
new Parameter("InsufficentMemory", "Insufficent Memory", await map.InsufficientMemoryTamperStatus.GetValue()));
}
if (mtu.GasCutWireAlarm)
{
logger.Parameter(alarmSelection,
new Parameter("CutAlarmCable", "Cut Alarm Cable", await map.GasCutWireTamperStatus.GetValue()));
}
if (mtu.SerialComProblem)
{
logger.Parameter(alarmSelection,
new Parameter("SerialComProblem", "Serial Com Problem", await map.SerialComProblemTamperStatus.GetValue()));
}
if (mtu.LastGasp)
{
logger.Parameter(alarmSelection,
new Parameter("LastGasp", "Last Gasp", await map.LastGaspTamperStatus.GetValue()));
}
if (mtu.TiltTamper)
{
logger.Parameter(alarmSelection,
new Parameter("TiltTamper", "Tilt Tamper", await map.TiltTamperStatus.GetValue()));
}
if (mtu.MagneticTamper)
{
logger.Parameter(alarmSelection,
new Parameter("MagneticTamper", "Magnetic Tamper", await map.MagneticTamperStatus.GetValue()));
}
if (mtu.InterfaceTamper)
{
logger.Parameter(alarmSelection,
new Parameter("InterfaceTamper", "Interface Tamper", await map.InterfaceTamperStatus.GetValue()));
}
if (mtu.RegisterCoverTamper)
{
logger.Parameter(alarmSelection,
new Parameter("RegisterCoverTamper", "Register Cover Tamper", await map.RegisterCoverTamperStatus.GetValue()));
}
if (mtu.ReverseFlowTamper)
{
logger.Parameter(alarmSelection,
new Parameter("ReverseFlow", "Reverse Flow Tamper", await map.ReverseFlowTamperStatus.GetValue()));
logger.Parameter(alarmSelection,
new Parameter("FlowDirection", "Flow Direction", meter.Flow.ToString()));
}
if (mtu.SerialCutWire)
{
logger.Parameter(alarmSelection,
new Parameter("SerialCutWire", "Serial Cut Wire", await map.SerialCutWireTamperStatus.GetValue()));
}
if (mtu.TamperPort1)
{
logger.Parameter(alarmSelection,
new Parameter("Cut1WireTamper", "Cut Port1 Wire Tamper", await map.GasCutWireTamperStatus.GetValue()));
}
if (mtu.TamperPort2)
{
logger.Parameter(alarmSelection,
new Parameter("Cut2WireTamper", "Cut Port2 Wire Tamper", await map.P2GasCutWireTamperStatus.GetValue()));
}
this.addMtuAction.Add(alarmSelection);
}
}
#endregion
// TODO (encoders)
#region Demands
if (mtu.MtuDemand)
{
XElement demandConf = new XElement("DemandConfiguration");
logger.AddAtrribute(demandConf, "display", "Demand Configuration");
logger.Parameter(demandConf, new Parameter("ConfigurationName", "Configuration Name", "Default")); // TODO: replace real value
logger.Parameter(demandConf, new Parameter("MtuNumLowPriorityMsg", "Mtu Num Low Priority Msg", "2")); // TODO: replace real value
logger.Parameter(demandConf, new Parameter("MtuPrimaryWindowInterval", "Mtu Primary WindowInterval", "180")); // TODO: replace real value
logger.Parameter(demandConf, new Parameter("MtuWindowAStart", "Mtu Window A Start", "0")); // TODO: replace real value
logger.Parameter(demandConf, new Parameter("MtuWindowBStart", "Mtu Window B Start", "0")); // TODO: replace real value
logger.Parameter(demandConf, new Parameter("MtuPrimaryWindowIntervalB", "Mtu Primary WindowInterval B", "3600")); // TODO: replace real value
logger.Parameter(demandConf, new Parameter("MtuPrimaryWindowOffset", "Mtu Primary Window Offset", "51")); // TODO: replace real value
this.addMtuAction.Add(demandConf);
}
#endregion
#region Misc/Optional
if (form.ContainsParameter(FIELD.GPS_LATITUDE) &&
form.ContainsParameter(FIELD.GPS_LONGITUDE) &&
form.ContainsParameter(FIELD.GPS_ALTITUDE))
{
//logger.logParameter ( this.addMtuAction, form.GPS_LATITUDE );
//logger.logParameter ( this.addMtuAction, form.GPS_LONGITUDE );
//logger.logParameter ( this.addMtuAction, form.GPS_ALTITUDE );
logger.Parameter(this.addMtuAction, new Parameter("GPS_Y", "Lat", form.GPSLat.Value));
logger.Parameter(this.addMtuAction, new Parameter("GPS_X", "Long", form.GPSLon.Value));
logger.Parameter(this.addMtuAction, new Parameter("Altitude", "Elevation", form.GPSAlt.Value));
}
if (!(form.OptionalParams.Value is string))
{
List <Parameter> optionalParams = (List <Parameter>)form.OptionalParams.Value;
if (optionalParams != null)
{
foreach (Parameter p in optionalParams)
{
logger.Parameter(this.addMtuAction, p);
}
}
}
#endregion
}
public void AddAlarm(Alarm alarm)
{
AlarmList.Add(alarm);
SortAlarms();
}
public static void Disable(Alarm alarm)
{
TelephoneService.Recall(alarm.NumberToCall);
}
public void SetAlarm(TimeStamp time, Action callback, bool recurring = false)
{
var alarm = new Alarm(time, callback, recurring);
_newAlarms.Add(alarm);
}
public bool TryFindAlarm(DateTime time, Sounds sound, string message, out Alarm outAlarm)
{
return(TryFindAlarm(time, sound, message, out outAlarm, 0));
}
public void InformationLog(Alarm alarm)
{
Console.WriteLine("Information");
Audit.InformationLog(alarm);
}
/// <summary>
/// 设备报警
/// </summary>
/// <param name="alarm"></param>
internal void OnAlarmReceived(Alarm alarm)
{
try
{
//logger.Debug("OnAlarmReceived started.");
Event.Alarm alm = new Event.Alarm();
alm.AlarmType = alm.AlarmType = Event.Alarm.Types.AlarmType.CrossingLine;
//switch (alarm.AlarmMethod)
//{
// case "1":
// break;
// case "2":
// alm.AlarmType = Event.Alarm.Types.AlarmType.AlarmOutput;
// break;
//}
alm.Detail = alarm.AlarmDescription ?? string.Empty;
//alm.DeviceID = alarm.DeviceID;//dms deviceid
//alm.DeviceName = alarm.DeviceID;//dms name
//devicemanagementservice 是预留的服务标识(暂命名为设备管理服务).目前没有这个服务.
//需要你的微服务架构中实现一个设备资产以及一个配置管理服务(或者二合一的资源管服务)
//以达到两个目的：1、用来为当前GB服务提供启动配置，2、为GB收到注册的设备/平台信息，提供全平台的统一的存储服务.
string GBServerChannelAddress = EnvironmentVariables.DeviceManagementServiceAddress ?? "devicemanagementservice:8080";
logger.Debug("Device Management Service Address: " + GBServerChannelAddress);
var channel = GrpcChannel.ForAddress(GBServerChannelAddress);
var client = new DevicesManager.DevicesManagerClient(channel);
var _rep = new QueryGBDeviceByGBIDsResponse();
var req = new QueryGBDeviceByGBIDsRequest();
logger.Debug("OnAlarmReceived Alarm: " + JsonConvert.SerializeObject(alarm));
req.GbIds.Add(alarm.DeviceID);
_rep = client.QueryGBDeviceByGBIDs(req);
if (_rep.Devices != null && _rep.Devices.Count > 0)
{
alm.DeviceID = _rep.Devices[0].GBID;
alm.DeviceName = _rep.Devices[0].Name;
}
else
{
logger.Debug("QueryGBDeviceByGBIDsResponse Devices.Count: " + _rep.Devices.Count);
}
logger.Debug("QueryGBDeviceByGBIDsRequest-Alarm .Devices: " + _rep.Devices[0].ToString());
UInt64 timeStamp = (UInt64)(DateTime.UtcNow - new DateTime(1970, 1, 1, 0, 0, 0, 0)).TotalSeconds;
alm.EndTime = timeStamp;
alm.StartTime = timeStamp;
Message message = new Message();
Dictionary <string, string> dic = new Dictionary <string, string>();
dic.Add("Content-Type", "application/octet-stream");
message.Header = dic;
message.Body = alm.ToByteArray();
byte[] payload = Encoding.UTF8.GetBytes(JsonConvert.SerializeObject(message));
string subject = Event.AlarmTopic.OriginalAlarmTopic.ToString();//"OriginalAlarmTopic"
#region
Options opts = ConnectionFactory.GetDefaultOptions();
opts.Url = EnvironmentVariables.GBNatsChannelAddress ?? Defaults.Url;
logger.Debug("GB Nats Channel Address: " + opts.Url);
using (IConnection c = new ConnectionFactory().CreateConnection(opts))
{
c.Publish(subject, payload);
c.Flush();
logger.Debug("Device alarm created connection and published.");
}
#endregion
new Action(() =>
{
logger.Debug("OnAlarmReceived AlarmResponse: " + alm.ToString());
_sipCoreMessageService.NodeMonitorService[alarm.DeviceID].AlarmResponse(alarm);
}).Invoke();
}
catch (Exception ex)
{
logger.Error("OnAlarmReceived Exception: " + ex.Message);
}
}
public AlarmOccurrence(Alarm a, IDateTime dt, IRecurringComponent rc)
{
Alarm = a;
Period = new Period(dt);
Component = rc;
}
/// <summary>
/// Increments the counter for the given alarm.
/// </summary>
/// <param name="alarm">The alarm that was raised.</param>
public void IncrementCounter(Alarm alarm)
{
m_countBySeverity.AddOrUpdate((int)alarm.Severity, severity => 1L, (severity, count) => count + 1L);
}
private IEnumerator BoostRoutine(Player player)
{
holding = player;
travelling = true;
++nodeIndex;
sprite.Visible = false;
sprite.Position = Vector2.Zero;
Collidable = false;
var finalBoost = nodeIndex >= nodes.Length;
Level level = SceneAs <Level>();
Stopwatch sw = new Stopwatch();
sw.Start();
if (!finalBoost)
{
Audio.Play("event:/char/badeline/booster_begin", Position);
}
else
{
Audio.Play("event:/char/badeline/booster_final", Position);
}
if (player.Holding != null)
{
player.Drop();
}
player.StateMachine.State = 11;
player.DummyAutoAnimate = false;
player.DummyGravity = false;
if (player.Inventory.Dashes > 1)
{
player.Dashes = 1;
}
else
{
player.RefillDash();
}
player.RefillStamina();
player.Speed = Vector2.Zero;
var side = Math.Sign(player.X - X);
if (side == 0)
{
side = -1;
}
BadelineDummy badeline = new BadelineDummy(Position);
Scene.Add(badeline);
if (side == -1)
{
player.Facing = Facings.Right;
}
else
{
player.Facing = Facings.Left;
}
badeline.Sprite.Scale.X = side;
Vector2 playerFrom = player.Position;
Vector2 playerTo = Position + new Vector2(side * 4, -3f);
Vector2 badelineFrom = badeline.Position;
Vector2 badelineTo = Position + new Vector2(-side * 4, 3f);
for (var p = 0.0f; (double)p < 1.0; p += Engine.DeltaTime / 0.2f)
{
Vector2 target = Vector2.Lerp(playerFrom, playerTo, p);
if (player.Scene != null)
{
player.MoveToX(target.X);
}
if (player.Scene != null)
{
player.MoveToY(target.Y);
}
badeline.Position = Vector2.Lerp(badelineFrom, badelineTo, p);
yield return(null);
}
if (finalBoost)
{
Vector2 center = new Vector2(Calc.Clamp(player.X - level.Camera.X, 120f, 200f),
Calc.Clamp(player.Y - level.Camera.Y, 60f, 120f));
Add(new Coroutine(level.ZoomTo(center, 1.5f, 0.18f)));
Engine.TimeRate = 0.5f;
}
else
{
Audio.Play("event:/char/badeline/booster_throw", Position);
}
badeline.Sprite.Play("boost");
yield return(0.1f);
if (!player.Dead)
{
player.MoveV(5f);
}
yield return(0.1f);
Add(Alarm.Create(Alarm.AlarmMode.Oneshot, () => {
if (player.Dashes < player.Inventory.Dashes)
{
++player.Dashes;
}
Scene.Remove(badeline);
(Scene as Level)?.Displacement.AddBurst(badeline.Position, 0.25f, 8f, 32f, 0.5f);
}, 0.15f, true));
(Scene as Level)?.Shake();
holding = null;
if (!finalBoost)
{
player.BadelineBoostLaunch(CenterX);
Vector2 from = Position;
Vector2 to = nodes[nodeIndex];
var time = Vector2.Distance(from, to) / MoveSpeed;
time = Math.Min(3f, time);
stretch.Visible = true;
stretch.Rotation = (to - from).Angle();
Tween tween = Tween.Create(Tween.TweenMode.Oneshot, Ease.SineInOut, time, true);
tween.OnUpdate = t => {
Position = Vector2.Lerp(from, to, t.Eased);
stretch.Scale.X = (float)(1.0 + Calc.YoYo(t.Eased) * 2.0);
stretch.Scale.Y = (float)(1.0 - Calc.YoYo(t.Eased) * 0.75);
if (t.Eased >= 0.899999976158142 || !Scene.OnInterval(0.03f))
{
return;
}
TrailManager.Add(this, Player.TwoDashesHairColor, 0.5f, false);
level.ParticlesFG.Emit(BadelineBoost.P_Move, 1, Center, Vector2.One * 4f);
};
tween.OnComplete = t => {
if (level != null && X >= (double)level.Bounds.Right)
{
RemoveSelf();
}
else
{
travelling = false;
stretch.Visible = false;
sprite.Visible = true;
Collidable = true;
Audio.Play("event:/char/badeline/booster_reappear", Position);
}
};
Add(tween);
relocateSfx.Play("event:/char/badeline/booster_relocate");
Input.Rumble(RumbleStrength.Strong, RumbleLength.Medium);
level.DirectionalShake(-Vector2.UnitY);
level.Displacement.AddBurst(Center, 0.4f, 8f, 32f, 0.5f);
}
else
{
Console.WriteLine("TIME: " + sw.ElapsedMilliseconds);
Engine.FreezeTimer = 0.1f;
yield return(null);
Input.Rumble(RumbleStrength.Strong, RumbleLength.Long);
level.Flash(Color.White * 0.5f, true);
level.DirectionalShake(Vector2.UnitY, 0.6f);
level.Displacement.AddBurst(Center, 0.6f, 8f, 64f, 0.5f);
level.ResetZoom();
player.StateMachine.State = 18;
Engine.TimeRate = 1f;
Finish();
}
}
public void addAlarm(Alarm alarm)
{
this.internAlarmList.Add(alarm);
}
public static bool Validate(Alarm alarm, byte[] encryptedAlarm, byte[] signature)
{
return(ValidateAlarm(alarm) && ValidateSignature(encryptedAlarm, signature));
}
public void CriticalLog(Alarm alarm)
{
Console.WriteLine("Critical");
Audit.CriticalLog(alarm);
this.proxy.DeleteFile(alarm.Filename);
}
protected void btnUpload_Click(object sender, EventArgs e)
{
try
{
if (!FileUpload1.HasFile)
{
throw new MyFlightbookException("Please provide a file.");
}
using (iCalendar ic = new iCalendar())
{
using (CSVReader cr = new CSVReader(FileUpload1.FileContent))
{
string[] rgCols = cr.GetCSVLine(true);
int iColSubject = -1;
int iColStartDate = -1;
int iColStartTime = -1;
int iColEndDate = -1;
int iColEndTime = -1;
int iColLocation = -1;
for (int i = 0; i < rgCols.Length; i++)
{
switch (rgCols[i])
{
case "Subject":
iColSubject = i;
break;
case "Start Date":
iColStartDate = i;
break;
case "Start Time":
iColStartTime = i;
break;
case "End Date":
iColEndDate = i;
break;
case "End Time":
iColEndTime = i;
break;
case "Location":
iColLocation = i;
break;
}
}
if (iColSubject < 0)
{
throw new MyFlightbookException("No subject column found");
}
if (iColStartDate < 0)
{
throw new MyFlightbookException("No start date column found");
}
if (iColStartTime < 0)
{
throw new MyFlightbookException("No start time column found");
}
if (iColEndDate < 0)
{
throw new MyFlightbookException("No end date column found");
}
if (iColEndTime < 0)
{
throw new MyFlightbookException("No end time column found");
}
if (iColLocation < 0)
{
throw new MyFlightbookException("No location column found");
}
int id = 0;
while ((rgCols = cr.GetCSVLine()) != null)
{
if (String.IsNullOrEmpty(rgCols[iColSubject]))
{
continue;
}
Event ev = ic.Create <Event>();
ev.UID = id++.ToString(System.Globalization.CultureInfo.InvariantCulture);
ev.IsAllDay = false;
ev.Description = ev.Summary = rgCols[iColSubject];
ev.Location = rgCols[iColLocation];
DateTime dtStart = Convert.ToDateTime(String.Format(System.Globalization.CultureInfo.CurrentCulture, "{0} {1}", rgCols[iColStartDate], rgCols[iColStartTime]), System.Globalization.CultureInfo.CurrentCulture);
DateTime dtEnd = Convert.ToDateTime(String.Format(System.Globalization.CultureInfo.CurrentCulture, "{0} {1}", rgCols[iColEndDate], rgCols[iColEndTime]), System.Globalization.CultureInfo.CurrentCulture);
ev.Start = new iCalDateTime(dtStart, "Pacific Standard Time");
ev.End = new iCalDateTime(dtEnd, "Pacific Standard Time");
Alarm a = new Alarm();
a.Action = AlarmAction.Display;
a.Description = ev.Summary;
a.Trigger = new Trigger();
a.Trigger.DateTime = ev.Start.AddMinutes(-30);
ev.Alarms.Add(a);
ic.Method = "PUBLISH";
}
iCalendarSerializer s = new iCalendarSerializer();
string output = s.SerializeToString(ic);
Page.Response.Clear();
Page.Response.ContentType = "text/calendar";
Response.AddHeader("Content-Disposition", String.Format(System.Globalization.CultureInfo.InvariantCulture, "inline;filename={0}.ics", txtTitle.Text));
Response.Write(output);
Response.Flush();
Response.End();
}
}
}
catch (CSVReaderInvalidCSVException ex)
{
lblErr.Text = ex.Message;
}
catch (MyFlightbookException ex)
{
lblErr.Text = ex.Message;
}
}
bool AlarmTrigger(int hour, Days day, Alarm alarm)
{
return(((day & alarm.day) != 0) && ((hour == alarm.hour)));
}
protected override void LogicImpl()
{
var Para = Product.Inst;
switch (LG.Step)
{
case 1:
if (TaskMain.sticklogic.feeder.GetBusy)
{
return;
}
TakeCount = 0; //取料个数
whichNuzzle = 0; //哪个吸嘴
LG.StepNext(2);
break;
case 2: //Z轴抬起到安全高度
for (int i = 0; i < CTRCard.Axis_Z.Count; i++)
{
CTRCard.Axis_Z[i].MC_MoveAbs(Para.Stickdata.ZSafePos); //Z到安全位置
CTRCard.Axis_R[i].MC_MoveAbs(0);
}
LG.StepNext(3);
break;
case 3:
if (CTRCard.ZArrive && CTRCard.RArrive)
{
bool isCanTake = false;
if (
Para.Stickdata.NuzzleForbit[whichNuzzle] == false &&
Para.ProcessData.NuzzlePara[whichNuzzle].isHave == false) //吸嘴没被禁用且没有料
{
isCanTake = true;
}
else
{
if (Para.Stickdata.NuzzleForbit[whichNuzzle] == true) //吸嘴禁用取料加1
{
TakeCount++;
}
}
if (isCanTake)
{
if (TakeCount == 1 && whichNuzzle == 1)
{
LG.StepNext(7); //如果左吸嘴取过一次且目前可以取料的是右吸嘴
}
else
{
LG.StepNext(4); //可以取料 去取料位置
}
}
else
{
LG.StepNext(14); //去 判断
}
}
break;
case 4:
if (whichNuzzle == 0)
{
Ltime.Stop();
Lsticktime = (int)Ltime.ElapsedMilliseconds;
Ltime.Restart();
}
else
{
Rtime.Stop();
Rsticktime = (int)Rtime.ElapsedMilliseconds;
Rtime.Restart();
}
CTRCard.Axis_X.MC_MoveAbs(Para.Stickdata.FeederPara.TakePos.X);
CTRCard.Axis_Y.MC_MoveAbs(Para.Stickdata.FeederPara.TakePos.Y); //到拍照位置
DeviceRsDef.Q_UpLighSource.ON(); //上光源打开
LG.StepNext(5);
break;
case 5:
if (CTRCard.XYArrive)
{
//VisionProject.Instance.visionApi.TrigRun(0, 2);//触发拍照
LG.StepNext(6);
}
break;
case 6:
if (Product.Inst.IsAging)
{
if (LG.Delay(200))
{
CCDresult.X = 0;
CCDresult.Y = 0;
CCDresult.R = 0;
LG.StepNext(7);
}
}
else
{
//if (VisionProject.Instance.visionApi.Trig == false)//相机触发的值
//{
// if (VisionProject.Instance.visionApi.Error == 0)//相机接口错误码
// {
// LG.StepNext(7);//xy到取标位置
// DeviceRsDef.Q_UpLighSource.OFF();//上相机光源关闭
// }
// else
// {
// LG.StepNext(101);//重新送料
// CTCount++;//拍照识别次数
// if (CTCount > 2)//大于2就视觉NG
// {
// CTCount = 0;//重新置零
// Alarm.SetAlarm(AlarmLevelEnum.Level2, "Feeder视觉NG");//报警
// }
// }
//}
}
break;
case 7:
CTRCard.Q_Blow[whichNuzzle].OFF(); //吹气关闭
if (Product.Inst.IsAging)
{
if (LG.Delay(500))
{
CCDresult.X = 0;
CCDresult.Y = 0;
CCDresult.R = 0;
}
}
//else if (VisionProject.Instance.visionApi.Result.Length == 2)
//{
// CCDresult.X = (float)VisionProject.Instance.visionApi.Result[TakeCount].X;//ccd的x值[改为链表形式]
// CCDresult.Y = (float)VisionProject.Instance.visionApi.Result[TakeCount].Y;//ccd的y值
// CCDresult.R = -(float)VisionProject.Instance.visionApi.Result[TakeCount].R;//ccd的r值
//}
//else
//{
// CCDresult.X = (float)VisionProject.Instance.visionApi.Result[0].X;//ccd的x值[改为链表形式]
// CCDresult.Y = (float)VisionProject.Instance.visionApi.Result[0].Y;//ccd的y值
// CCDresult.R = -(float)VisionProject.Instance.visionApi.Result[0].R;//ccd的r值
//}
CTRCard.Axis_X.MC_MoveAbs(TakePos(whichNuzzle).X + (float)CCDresult.X);
CTRCard.Axis_Y.MC_MoveAbs(TakePos(whichNuzzle).Y + (float)CCDresult.Y);
CTRCard.Axis_R[whichNuzzle].MC_MoveAbs((float)CCDresult.R);
LG.StepNext(8);
break;
case 8: //XY到位后判断缓取，开始下压时打开吸嘴
if (CTRCard.RArrive && CTRCard.XYArrive)
{
if (whichNuzzle == 0)
{
CTRCard.Axis_Z[whichNuzzle].MC_MoveAbs(Para.Stickdata.TakeLabelPara.LiftTakePos_Z);
}
else
{
CTRCard.Axis_Z[whichNuzzle].MC_MoveAbs(Para.Stickdata.TakeLabelPara.RightTakePos_Z);
}
LG.StepNext(9);
}
break;
case 9:
if (CTRCard.ZArrive)
{
CTRCard.Q_Nuzzle[whichNuzzle].ON(); //真空打开
CTRCard.Q_Blow[whichNuzzle].OFF(); //吹气关闭
LG.StepNext(10);
}
break;
case 10:
if (whichNuzzle == 0)
{
Para.Stickdata.TakeLabelPara.TakeLableWholeLNum++;
}
else
{
Para.Stickdata.TakeLabelPara.TakeLableWholeRNum++;
}
LG.StepNext(11);
break;
case 11: //取标延时后Z轴抬起(缓抬)
if (whichNuzzle == 0 && LG.Delay(Para.Stickdata.TakeLabelPara.LiftTakeDelay))
{
LG.StepNext(201);
}
else if (whichNuzzle == 1 && LG.Delay(Para.Stickdata.TakeLabelPara.RightTakeDelay))
{
LG.StepNext(201);
}
break;
case 201:
if (Para.Stickdata.FeederPara.FeederMode[1])
{
//剥标板回退
LG.StepNext(202);
}
else
{
LG.StepNext(12);
}
break;
case 202:
if (Para.Stickdata.FeederPara.FeederMode[1]) //拨标板回退停止
{
CTRCard.Axis_Z[whichNuzzle].MC_MoveAbs(Para.Stickdata.ZSafePos); //Z轴抬起
LG.StepNext(13);
}
break;
case 12: //取标延时后Z轴抬起
if (CTRCard.ZArrive)
{
CTRCard.Axis_Z[whichNuzzle].MC_MoveAbs(Para.Stickdata.ZSafePos);
LG.StepNext(13);
}
break;
case 13: //检测真空//add
if (CTRCard.ZArrive) //所有轴都到达
{
if (!Product.Inst.IsAging && CTRCard.I_Vacuum[whichNuzzle].Value == false)
{
TakeNum++;
if (TakeNum >= 2)
{
TakeNum = 0;
LG.StepNext(101); //运行状态下进入14 重新剥标
CTRCard.Q_Nuzzle[whichNuzzle].Value = false; //吸真空电磁阀
Alarm.SetAlarm(AlarmLevelEnum.Level2, "取料失败，请检查真空和真空感应");
Para.ProcessData.NuzzlePara[whichNuzzle].isHave = false; //是否有料
}
else
{
LG.StepNext(4); //到拍照位
}
}
else
{
if (whichNuzzle == 0)
{
Para.Stickdata.TakeLabelPara.TakeLableLNum++;
}
else
{
Para.Stickdata.TakeLabelPara.TakeLableRNum++;
}
LG.StepNext(14); //结束
Para.ProcessData.NuzzlePara[whichNuzzle].isHave = true; //有料
}
}
break;
case 101:
if (CTRCard.ZArrive)
{
LG.StepNext(4);
}
break;
case 14: //结束
if (CTRCard.ZArrive)
{
whichNuzzle++; //吸嘴换成另一个吸嘴
TakeCount++;
if (whichNuzzle >= 2)
{
LG.StepNext(15);
}
else
{
LG.StepNext(2);
}
}
break;
case 15:
if (TakeCount >= 2)
{
LG.StepNext(0xef);
}
//else if (VisionProject.Instance.visionApi.Result.Length == 1)
//{
// TakeCount = 0;
// LG.StepNext(0xef);
//}
else if (Para.ProcessData.NuzzlePara[0].isHave == true &&
Para.ProcessData.NuzzlePara[1].isHave == true)
{
TakeCount = 0;
LG.StepNext(0xef);
}
else
{
LG.StepNext(2);
}
break;
case 0xef:
LG.End();
break;
}
}
public TimedAlarm(Alarm alarm, IEnumerable <TimeCriterion> timeServices)
{
_alarm = alarm;
_timeServices = timeServices;
}
public static void Trigger(Alarm alarm)
{
TelephoneService.Call(alarm.NumberToCall);
}
/// <summary>
/// Send the remove alarm command to the arduino.
/// </summary>
/// <param name="alarm">The alarm we want to remove.</param>
private void SendRemoveAlarm(Alarm alarm)
{
SocketWorker.Send(
Commands.AlarmRemove, alarm.Id.ToString()
);
}
protected void Page_Load(object sender, EventArgs e)
{
//if (Session["IsFirstLogin"] != null)
//{
// if (Session["IsFirstLogin"].ToString() == "1")
// {
// }
// else
// {
if (!IsPostBack)
{
GC.Collect();
Response.ExpiresAbsolute = DateTime.Now;
try
{
string str = "<script> " +
"try " +
"{ " +
" var nav=window.parent.frames.Navigation.document.getElementById('labNavigation');" +
" nav.innerText='快速通道';" +
"} " +
"catch(e) " +
"{ " +
"} " +
"</script>";
this.ClientScript.RegisterClientScriptBlock(this.GetType(), DateTime.Now.ToLongTimeString(), str);
#region 提醒
bool show = false;
Alarm objAlarm = new Alarm();
DataSet dsRemind = objAlarm.GetRemindList();
if (dsRemind.Tables[0].Rows.Count > 0)
{
show = true;
TableRow tr = new TableRow();
TableCell tc = new TableCell();
tc.Text = string.Format("<a href='code/StorageManagement/StorageRemindPage.aspx'>有:<font color='red'>{0}条</font>库存预警信息</a>", dsRemind.Tables[0].Rows.Count);
tr.Controls.Add(tc);
this.tblRemind.Controls.Add(tr);
}
if (show)
{
this.pnlRemind.Visible = true;
}
else
{
this.pnlRemind.Visible = false;
}
#endregion
}
catch (Exception ex)
{
//Session["ModuleName"] = "MainPage.aspx";
//Session["FunctionName"] = "Page_Load事件";
//Session["ExceptionalType"] = ex.GetType().FullName;
//Session["ExceptionalDescription"] = ex.Message;
//Response.Redirect("Common/MistakesPage.aspx");
}
}
//}
if (Session["UserID"] != null)
{
GetDestopItemByUserID(Session["UserID"].ToString());
}
else
{
Response.Redirect("~/SessionTimeOut.aspx");
}
CreatePage();
//}
//else
//{
// Response.Redirect("~/SessionTimeOut.aspx");
//}
}
public static async Task ReplyWithDeletedAlarm(ITurnContext context, Alarm data)
{
await context.SendActivity($"I have deleted {data.Title} alarm");
}
private void SendAlarm(PlateInfo plateInfo, string milestoneCameraName, FQID bookmarkFQID)//, string plateFromAlertList, string descFromAlertList)
{
var fqid = MilestoneServer.GetCameraByName(milestoneCameraName);
var temp = AlertListHelper.GetLastWriteTime();
if (temp != lastAlertUpdateTime)
{
AlertListHelper.LoadAlertList(dicBlack);
lastAlertUpdateTime = temp;
Program.Logger.Log.Info("Reload Alert list");
}
var plateFromAlertList = plateInfo.BestPlateNumber;
var existsInAlertList = dicBlack.ContainsKey(plateInfo.BestPlateNumber);
if (!existsInAlertList)
{
Program.Logger.Log.Info($"{plateFromAlertList} not listed in the alert list.");
Program.Logger.Log.Info($"looking if any candidates listed in the alert list");
existsInAlertList = plateInfo.CandidatesPlate.Split(',').Any(p => dicBlack.ContainsKey(p));
if (existsInAlertList)
{
plateFromAlertList = plateInfo.CandidatesPlate.Split(',').FirstOrDefault(p => dicBlack.ContainsKey(p));
Program.Logger.Log.Info($"Candidate {plateFromAlertList} listed in the alert list");
}
else
{
Program.Logger.Log.Info($"No any candidates plate number listed in the alert list");
}
}
else
{
Program.Logger.Log.Info($"{plateFromAlertList} found in the alert list");
}
if (existsInAlertList)
{
var descFromAlertList = dicBlack[plateFromAlertList];
Program.Logger.Log.Info($"Sending an alert for {plateInfo.BestPlateNumber}");
var cameraName = MilestoneServer.GetCameraName(fqid.ObjectId);
var eventSource = new EventSource()
{
FQID = fqid,
Name = cameraName,
//Description = "",
//ExtensionData =
};
var eventHeader = new EventHeader()
{
//The unique ID of the event.
ID = Guid.NewGuid(),
//The class of the event, e.g. "Analytics", "Generic", "User-defined".
Class = "Analytics",
//The type - a sub-classification - of the event, if applicable.
Type = null,
//The time of the event.
Timestamp = plateInfo.EpochStart,
//The event message. This is the field that will be matched with the AlarmDefinition message when sending this event to the Event Server.
Message = "OpenALPR Alarm",
//The event name.
Name = plateInfo.BestPlateNumber,
//The source of the event. This can represent e.g. a camera, a microphone, a user-defined event, etc.
Source = eventSource,
//The priority of the event.
Priority = 2,
//The priority name of the event.
PriorityName = "Medium",
//optional
//The message id of the event. The message id coorsponds to the ID part returned in ItemManager.GetKnownEventTypes.
MessageId = Guid.Empty,
//A custom tag set by the user to filter the events.
CustomTag = plateFromAlertList,// the value we got from the config file
//The expire time of the event. The event will be deleted from the event database when the time is reached. When creating events a value of DateTime.MinValue (default value) indicates that the default event expire time should be used.
ExpireTimestamp = DateTime.Now.AddDays(EventExpireAfterDays),
//ExtensionData = System.Runtime .Serialization.
//The version of this document schema.
Version = null
};
var alarm = new Alarm()
{
//The EventHeader, containing information common for all Milestone events.
EventHeader = eventHeader,
//The current state name.
StateName = "In progress",
//The current state of the alarm. 0: Any 1: New 4: In progress 9: On hold 11: Closed.
State = 4,
//The user to which the alarm is currently assigned. Can be seen in the Smart Client dropdown
AssignedTo = null,//Environment.UserName,
// Other fields could be filled out, e.g. objectList
//The current category of the alarm. This should be created first on the Client Management under Alarms then Alaem Data Settings
//Category = 0,
//The current category name.
//CategoryName = null,//"Critical",
//The count value, if the alarm is a counting alarm. Default: 0 (no count).
Count = 0,
//The description of the alarm.
Description = descFromAlertList,
//The end time of the alarm, if it takes plate over a period of time.
EndTime = plateInfo.EpochStart.AddSeconds(EpochEndSecondsAfter),
// ExtensionData =
//The location of the alarm (this will typically be the same as the camera's location).
//Location = null,
//The ObjectList, containing information about the detected object(s) in the scene. //new AnalyticsObjectList()
//ObjectList = null,
// The ReferenceList, containing any number of references to other entities in the system, e.g. alarms or cameras, by FQID.
ReferenceList = new ReferenceList {
new Reference {
FQID = bookmarkFQID
}
}, // save bookmark id
//The RuleList, containing information contains information about the rule(s), which triggered the alarm.
//RuleList = null,//new RuleList(),
//The SnapshotList, containing any number of images related to the alarm. If the Source is a camera, it is not neccesary to attach a snapshot from that camera at the time of the alarm.
//SnapshotList = null,// new SnapshotList(),
//The start time of the alarm, if it takes plate over a period of time.
StartTime = plateInfo.EpochStart.AddSeconds(-EpochStartSecondsBefore),
//The Vendor, containing information about the analytics vendor including any custom data.
Vendor = new Vendor {
CustomData = plateInfo.ToString()
} // save json data
};
// Send the Alarm directly to the EventServer, to store in the Alarm database. No rule is being activated.
try
{
using (var impersonation = new Impersonation(BuiltinUser.NetworkService))
EnvironmentManager.Instance.SendMessage(new Message(MessageId.Server.NewAlarmCommand)
{
Data = alarm
});
}
catch (Exception ex)
{
Program.Logger.Log.Error(null, ex);
}
}
}
/// <summary>
/// Message消息处理
/// </summary>
/// <param name="localEP">本地终结点</param>
/// <param name="remoteEP">远程终结点</param>
/// <param name="request">sip请求</param>
private void MessageHandle(SIPEndPoint localEP, SIPEndPoint remoteEP, SIPRequest request)
{
SendResponse(localEP, remoteEP, request);
//心跳消息
KeepAlive keepAlive = KeepAlive.Instance.Read(request.Body);
if (keepAlive != null && keepAlive.CmdType == CommandType.Keepalive)
{
KeepaliveHandle(localEP, remoteEP, request, keepAlive);
return;
}
//设备目录
Catalog catalog = Catalog.Instance.Read(request.Body);
if (catalog != null && catalog.CmdType == CommandType.Catalog)
{
CatalogHandle(localEP, remoteEP, request, catalog);
return;
}
//录像查询
RecordInfo record = RecordInfo.Instance.Read(request.Body);
if (record != null && record.CmdType == CommandType.RecordInfo)
{
RecordInfoHandle(localEP, remoteEP, request, record);
return;
}
//媒体通知
MediaStatus mediaStatus = MediaStatus.Instance.Read(request.Body);
if (mediaStatus != null && mediaStatus.CmdType == CommandType.MediaStatus)
{
_nodeMonitorService[request.Header.From.FromURI.User].ByeVideoReq();
//取值121表示历史媒体文件发送结束（回放结束/下载结束）
//NotifyType未找到相关文档标明所有该类型值，暂时只处理121
if (mediaStatus.NotifyType.Equals("121"))
{
OnMediaStatusReceived?.Invoke(remoteEP, mediaStatus);
}
return;
}
//设备状态查询
DeviceStatus deviceStatus = DeviceStatus.Instance.Read(request.Body);
if (deviceStatus != null && deviceStatus.CmdType == CommandType.DeviceStatus)
{
OnDeviceStatusReceived?.Invoke(remoteEP, deviceStatus);
return;
}
//设备信息查询
DeviceInfo deviceInfo = DeviceInfo.Instance.Read(request.Body);
if (deviceInfo != null && deviceInfo.CmdType == CommandType.DeviceInfo)
{
OnDeviceInfoReceived?.Invoke(remoteEP, deviceInfo);
return;
}
//设备配置查询
DeviceConfigDownload devDownload = DeviceConfigDownload.Instance.Read(request.Body);
if (devDownload != null && devDownload.CmdType == CommandType.ConfigDownload)
{
OnDeviceConfigDownloadReceived?.Invoke(remoteEP, devDownload);
}
//预置位查询
PresetInfo preset = PresetInfo.Instance.Read(request.Body);
if (preset != null && preset.CmdType == CommandType.PresetQuery)
{
OnPresetQueryReceived?.Invoke(remoteEP, preset);
}
//报警通知
Alarm alarm = Alarm.Instance.Read(request.Body);
if (alarm != null && alarm.CmdType == CommandType.Alarm)//单兵上报经纬度
{
OnAlarmReceived?.Invoke(alarm);
}
}
public NewAlarmPageModel(IAlarmStorageService alarmStorage) : base(alarmStorage)
{
Alarm = new Alarm();
AlarmTone = alarmStorage.GetTone(Alarm.Tone);
Alarm.Time = DateTime.Now.TimeOfDay;
}
public static void Dump(Alarm alarm)
{
Console.WriteLine("{ Calls: " + alarm.NumberToCall + " }");
}
public void SetAlarm()
{
if (settingAlarm)
{
return;
}
settingAlarm = true;
int jaarId = tijdInfo[4].value;
int maandId = tijdInfo[3].value;
int dagId = tijdInfo[2].value;
int minuutId = tijdInfo[1].value;
int urenId = tijdInfo[0].value;
int jaar = int.Parse(tijdInfo[4].options[jaarId].text);
int maand = int.Parse(tijdInfo[3].options[maandId].text);
int dag = int.Parse(tijdInfo[2].options[dagId].text);
int uren = int.Parse(tijdInfo[1].options[minuutId].text);
int minuten = int.Parse(tijdInfo[0].options[urenId].text);
if (jaar == null)
{
jaar = 0;
}
if (maand == null)
{
maand = 0;
}
if (dag == null)
{
dag = 0;
}
if (uren == null)
{
uren = 0;
}
if (minuten == null)
{
minuten = 0;
}
DateTime alarmTime = new DateTime(jaar, maand, dag, uren, minuten, 0);
Alarm newAlarm = new Alarm();
switch (alarmOption.value)
{
case 0:
newAlarm = new Alarm(alarmTime, KoffieAan);
break;
case 1:
newAlarm = new Alarm(alarmTime, KoffieZetten);
break;
default:
newAlarm = new Alarm(DateTime.Now, null);
break;
}
if (!newAlarm.Equals(null))
{
AlarmElement temp = new AlarmElement(newAlarm.AlarmTime().ToString(), newAlarm.actionToPerform.Method.Name);
fullfile.alarms.Add(temp);
alarmCount++;
network.debugText.GetComponent <Text>().text = alarmCount + " alarm count";
dirty = true;
}
settingAlarm = false;
}
void CreateAlarm(Vector3 pos, float duration)
{
Alarm newAlarm = new Alarm(pos, duration);
alarms.AddLast(newAlarm);
}
public Resp_Binary_Member <AlarmDTO> Add_One(CaptureDTO model)
{
var alert = false;
var capture = model.GetPrototype <CaptureDTO, Capture>();
if (capture.Pass == 1) //without代表该车出场
{
capture.WithOut = 0;
}
if (capture.Pass == 0)
{
capture.WithOut = 1;
}
var result = false;
var guid = Guid.NewGuid().ToString();
long layoutId = 0;
using (var context = new SKContext())
{
using (var tran = new TransactionScope())
{
var layout = context.Layouts.Where(d => d.CarNumber == model.CarNumber && d.IsValid == 1 && d.Channel == model.Channel).FirstOrDefault();
if (layout.IsNotNull())
{
if (layout.TriggerType == 2 || layout.TriggerType == model.Pass.ToInt()) //进出场控制
{
alert = true;
var lettercode = GetRandomNumberString(ConfigPara.LetterCount);
var alarm = new Alarm
{
CarNumber = model.CarNumber,
IsDeal = 0,
GUID = guid,
AlarmTime = DateTime.Now,
Channel = model.Channel,
LetterCode = AESEncryptHelper.Encrypt(lettercode)
};
_messageRepository.SendMessage(capture.ToJson(), capture.Channel);
capture.Alarms.Add(alarm);
layoutId = layout.ID;
//if (layout.Degree > 0)
// --layout.Degree;
//if (layout.Degree == 0)
// layout.IsValid = 0;
}
}
var captureback = model.GetPrototype <CaptureDTO, CaptureBackup>();
//当车出场时，将该车的进场记录的是否出场改为已出场
if (model.Pass.ToInt() == 0)
{
var in_captures = context.Captures.Where(t => t.CarNumber == model.CarNumber && t.Pass == 1 && t.WithOut == 0);
foreach (var item in in_captures)
{
item.WithOut = 1;
}
}
var recordM = context.RecordManagers.Where(t => t.CarNumber == model.CarNumber).OrderByDescending(t => t.ID).FirstOrDefault();
if (recordM.IsNotNull())
{
capture.BeiAn = recordM.Type;
captureback.BeiAn = recordM.Type;
if (model.Pass.ToInt() == 1) //进场修改备案最后一次进场时间
{
recordM.LastInTime = model.CreateTime.ToDateTime();
}
else if (model.Pass.ToInt() == 0) //出场修改备案最近一次出场时间
{
recordM.LastOutTime = model.CreateTime.ToDateTime();
}
}
else
{
capture.BeiAn = 2;
captureback.BeiAn = 2;
}
context.Captures.Add(capture);
context.CaptureBackups.Add(captureback);
context.SaveChanges();
tran.Complete();
result = true;
}
}
if (result)
{
if (alert)
{
// var req_dock = new Req_Warning
// {
// WARNINGDATE = DateTime.Now.ToString("yyyy-MM-dd hh: mm:ss"),
// CARNO = model.CarNumber,
// CARTYPE = model.CarType,
// inout = model.Pass.Equals("1") ? "进" : "出",
// bayonet = model.Channel,
// Remark = model.Remark
// };
// Docking(req_dock); //报警通知第三方
var alam = _alarmRepository.GetByWhere(t => t.GUID == guid).FirstOrDefault();
var dto = alam.ConvertoDto <Alarm, AlarmDTO>();
dto.LetterCode = alam.LetterCode;
return(new Resp_Binary_Member <AlarmDTO> {
message = "该车辆已中控报警！", flag = 2, LetterCode = dto.LetterCode, entity = dto, LayoutId = layoutId
});
}
return(new Resp_Binary_Member <AlarmDTO> {
message = "添加成功", flag = 1
});
}
return(new Resp_Binary_Member <AlarmDTO> {
message = "添加失败", flag = 0
});
}
public void LogAddMtu(bool isFromScripting = false)
{
Mtu mtu = form.mtu;
Global global = form.global;
dynamic map = form.map;
string temp = string.Empty;
bool isReplaceMeter = form.actionType == ActionType.ReplaceMeter ||
form.actionType == ActionType.ReplaceMtuReplaceMeter ||
form.actionType == ActionType.AddMtuReplaceMeter;
bool isReplaceMtu = form.actionType == ActionType.ReplaceMTU ||
form.actionType == ActionType.ReplaceMtuReplaceMeter;
#region General
logger.addAtrribute(this.addMtuAction, "display", addMtuDisplay);
logger.addAtrribute(this.addMtuAction, "type", addMtuType);
logger.addAtrribute(this.addMtuAction, "reason", addMtuReason);
logger.logParameter(this.addMtuAction, new Parameter("Date", "Date/Time", DateTime.UtcNow.ToString("MM/dd/yyyy HH:mm:ss")));
if (!string.IsNullOrEmpty(this.user))
{
logger.logParameter(this.addMtuAction, new Parameter("User", "User", this.user));
}
if (isReplaceMtu &&
form.ContainsParameter(FIELD.MTU_ID_OLD))
{
logger.logParameter(this.addMtuAction, form.OldMtuId);
}
logger.logParameter(this.addMtuAction, new Parameter("MtuId", "MTU ID", this.mtuBasicInfo.Id));
logger.logParameter(this.addMtuAction, new Parameter("MtuType", "MTU Type", this.mtuBasicInfo.Type));
logger.logParameter(this.addMtuAction, form.ReadInterval);
bool useDailyReads = (global.AllowDailyReads && mtu.DailyReads);
string dailyReads = (useDailyReads) ? form.SnapReads.Value : "Disable";
string dailyGmtHourRead = (useDailyReads) ? form.SnapReads.Value : "Disable";
logger.logParameter(this.addMtuAction, new Parameter("DailyGMTHourRead", "GMT Daily Reads", dailyGmtHourRead));
logger.logParameter(this.addMtuAction, new Parameter("DailyReads", "Daily Reads", dailyReads));
if (mtu.FastMessageConfig)
{
logger.logParameter(this.addMtuAction, form.TwoWay);
}
// Related to F12WAYRegister1XX registers
string afc = (mtu.TimeToSync &&
global.AFC &&
map.MtuSoftVersion >= 19) ? "Set" : "Off";
logger.logParameter(this.addMtuAction, new Parameter("AFC", "AFC", afc));
#endregion
#region Port 1
Meter meter = (!isFromScripting) ?
( Meter )form.Meter.Value :
Configuration.GetInstance().getMeterTypeById(Convert.ToInt32(( string )form.Meter.Value));
XElement port = new XElement("Port");
logger.addAtrribute(port, "display", "Port 1");
logger.addAtrribute(port, "number", "1");
logger.logParameter(port, form.AccountNumber);
if (global.WorkOrderRecording)
{
logger.logParameter(port, form.WorkOrder);
}
if (isReplaceMeter)
{
if (global.UseMeterSerialNumber)
{
logger.logParameter(port, form.MeterNumberOld);
}
if (global.MeterWorkRecording)
{
logger.logParameter(port, form.OldMeterWorking);
}
if (global.OldReadingRecording)
{
logger.logParameter(port, form.MeterReadingOld);
}
if (global.RegisterRecording)
{
logger.logParameter(port, form.ReplaceMeterRegister);
}
if (global.AutoRegisterRecording)
{
temp = (string.Equals(form.MeterNumber, form.MeterNumberOld)) ?
"Register head change" : "Meter change";
logger.logParameter(port, new Parameter("MeterRegisterAutoStatus", temp, "Meter Register Auto Status"));
}
}
string meterType = string.Format("({0}) {1}", meter.Id, meter.Display);
logger.logParameter(port, new Parameter("MeterType", "Meter Type", meterType));
logger.logParameter(port, new Parameter("MeterTypeId", "Meter Type ID", meter.Id.ToString()));
logger.logParameter(port, new Parameter("MeterVendor", "Meter Vendor", meter.Vendor));
logger.logParameter(port, new Parameter("MeterModel", "Meter Model", meter.Model));
if (global.UseMeterSerialNumber)
{
logger.logParameter(port, form.MeterNumber);
}
logger.logParameter(port, form.MeterReading);
logger.logParameter(port, new Parameter("PulseHi", "Pulse Hi Time", meter.PulseHiTime.ToString().PadLeft(2, '0')));
logger.logParameter(port, new Parameter("PulseLo", "Pulse Low Time", meter.PulseLowTime.ToString().PadLeft(2, '0')));
this.addMtuAction.Add(port);
#endregion
#region Port 2
if (form.usePort2)
{
Meter meter2 = (!isFromScripting) ?
( Meter )form.Meter_2.Value :
Configuration.GetInstance().getMeterTypeById(Convert.ToInt32(( string )form.Meter_2.Value));
port = new XElement("Port");
logger.addAtrribute(port, "display", "Port 2");
logger.addAtrribute(port, "number", "2");
logger.logParameter(port, form.AccountNumber_2);
if (global.WorkOrderRecording)
{
logger.logParameter(port, form.WorkOrder_2);
}
if (isReplaceMeter)
{
if (global.UseMeterSerialNumber)
{
logger.logParameter(port, form.MeterNumberOld_2);
}
if (global.MeterWorkRecording)
{
logger.logParameter(port, form.OldMeterWorking_2);
}
if (global.OldReadingRecording)
{
logger.logParameter(port, form.MeterReadingOld_2);
}
if (global.RegisterRecording)
{
logger.logParameter(port, form.ReplaceMeterRegister_2);
}
if (global.AutoRegisterRecording)
{
temp = (string.Equals(form.MeterNumber_2, form.MeterNumberOld_2)) ?
"Register head change" : "Meter change";
logger.logParameter(port, new Parameter("MeterRegisterAutoStatus", temp, "Meter Register Auto Status"));
}
}
string meterType2 = string.Format("({0}) {1}", meter2.Id, meter2.Display);
logger.logParameter(port, new Parameter("MeterType", "Meter Type", meterType2));
logger.logParameter(port, new Parameter("MeterTypeId", "Meter Type ID", meter2.Id.ToString()));
logger.logParameter(port, new Parameter("MeterVendor", "Meter Vendor", meter2.Vendor));
logger.logParameter(port, new Parameter("MeterModel", "Meter Model", meter2.Model));
if (global.UseMeterSerialNumber)
{
logger.logParameter(port, form.MeterNumber_2);
}
logger.logParameter(port, form.MeterReading_2);
logger.logParameter(port, new Parameter("PulseHi", "Pulse Hi Time", meter2.PulseHiTime.ToString().PadLeft(2, '0')));
logger.logParameter(port, new Parameter("PulseLo", "Pulse Low Time", meter2.PulseLowTime.ToString().PadLeft(2, '0')));
this.addMtuAction.Add(port);
}
#endregion
#region Alarms
if (mtu.RequiresAlarmProfile)
{
Alarm alarms = (Alarm)form.Alarm.Value;
if (alarms != null)
{
XElement alarmSelection = new XElement("AlarmSelection");
logger.addAtrribute(alarmSelection, "display", "Alarm Selection");
string alarmConfiguration = alarms.Name;
logger.logParameter(alarmSelection, new Parameter("AlarmConfiguration", "Alarm Configuration Name", alarmConfiguration));
string immediateAlarmTransmit = "False";
if (alarms.ImmediateAlarmTransmit)
{
immediateAlarmTransmit = "True";
}
logger.logParameter(alarmSelection, new Parameter("ImmediateAlarm", "Immediate Alarm Transmit", immediateAlarmTransmit));
string urgentAlarm = "False";
if (alarms.DcuUrgentAlarm)
{
urgentAlarm = "True";
}
logger.logParameter(alarmSelection, new Parameter("UrgentAlarm", "DCU Urgent Alarm Transmit", urgentAlarm));
string overlap = alarms.Overlap.ToString();
logger.logParameter(alarmSelection, new Parameter("Overlap", "Message Overlap", overlap));
if (mtu.MagneticTamper)
{
logger.logParameter(alarmSelection, new Parameter("MagneticTamper", "Magnetic Tamper",
(alarms.Magnetic) ? ENABLE : DISABLE));
}
if (mtu.RegisterCoverTamper)
{
logger.logParameter(alarmSelection, new Parameter("RegisterCoverTamper", "Register Cover Tamper",
(alarms.RegisterCover) ? ENABLE : DISABLE));
}
if (mtu.TiltTamper)
{
logger.logParameter(alarmSelection, new Parameter("TiltTamper", "Tilt Tamper",
(alarms.Tilt) ? ENABLE : DISABLE));
}
if (mtu.ReverseFlowTamper)
{
logger.logParameter(alarmSelection, new Parameter("ReverseFlow", "Reverse Flow Tamper",
(alarms.ReverseFlow) ? ENABLE : DISABLE));
logger.logParameter(alarmSelection, new Parameter("FlowDirection", "Flow Direction", meter.Flow.ToString()));
}
if (mtu.InterfaceTamper)
{
logger.logParameter(alarmSelection, new Parameter("InterfaceTamper", "Interface Tamper",
(alarms.InterfaceTamper) ? ENABLE : DISABLE));
}
this.addMtuAction.Add(alarmSelection);
}
}
#endregion
// TODO (encoders)
#region Demands
if (mtu.MtuDemand)
{
XElement demandConf = new XElement("DemandConfiguration");
logger.addAtrribute(demandConf, "display", "Demand Configuration");
logger.logParameter(demandConf, new Parameter("ConfigurationName", "Configuration Name", "Default")); // TODO: replace real value
logger.logParameter(demandConf, new Parameter("MtuNumLowPriorityMsg", "Mtu Num Low Priority Msg", "2")); // TODO: replace real value
logger.logParameter(demandConf, new Parameter("MtuPrimaryWindowInterval", "Mtu Primary WindowInterval", "180")); // TODO: replace real value
logger.logParameter(demandConf, new Parameter("MtuWindowAStart", "Mtu Window A Start", "0")); // TODO: replace real value
logger.logParameter(demandConf, new Parameter("MtuWindowBStart", "Mtu Window B Start", "0")); // TODO: replace real value
logger.logParameter(demandConf, new Parameter("MtuPrimaryWindowIntervalB", "Mtu Primary WindowInterval B", "3600")); // TODO: replace real value
logger.logParameter(demandConf, new Parameter("MtuPrimaryWindowOffset", "Mtu Primary Window Offset", "51")); // TODO: replace real value
this.addMtuAction.Add(demandConf);
}
#endregion
#region Misc/Optional
if (form.ContainsParameter(FIELD.GPS_LATITUDE) &&
form.ContainsParameter(FIELD.GPS_LONGITUDE) &&
form.ContainsParameter(FIELD.GPS_ALTITUDE))
{
//logger.logParameter ( this.addMtuAction, form.GPS_LATITUDE );
//logger.logParameter ( this.addMtuAction, form.GPS_LONGITUDE );
//logger.logParameter ( this.addMtuAction, form.GPS_ALTITUDE );
logger.logParameter(this.addMtuAction, new Parameter("GPS_Y", "Lat", form.GPSLat.Value));
logger.logParameter(this.addMtuAction, new Parameter("GPS_X", "Long", form.GPSLon.Value));
logger.logParameter(this.addMtuAction, new Parameter("Altitude", "Elevation", form.GPSAlt.Value));
}
if (!(form.OptionalParams.Value is string))
{
List <Parameter> optionalParams = (List <Parameter>)form.OptionalParams.Value;
if (optionalParams != null)
{
foreach (Parameter p in optionalParams)
{
logger.logParameter(this.addMtuAction, p);
}
}
}
#endregion
}
