public Watcher(GkDatabase gkDatabase)
{
GkDatabase = gkDatabase;
GKCallbackResult = new GKCallbackResult();
IsStopping = false;
IsSuspending = false;
}
void OnGKCallbackResult(GKCallbackResult gkCallbackResult)
{
ApplicationService.Invoke(() =>
{
CopyGKStates(gkCallbackResult.GKStates);
});
}
void OnGKCallbackResult(GKCallbackResult gkCallbackResult)
{
ApplicationService.Invoke(() =>
{
CopyGKStates(gkCallbackResult.GKStates);
ServiceFactoryBase.Events.GetEvent<GKObjectsStateChangedEvent>().Publish(null);
});
}
public static void NotifyGKObjectStateChanged(GKCallbackResult gkCallbackResult)
{
var callbackResult = new CallbackResult()
{
CallbackResultType = CallbackResultType.GKObjectStateChanged,
GKCallbackResult = gkCallbackResult
};
CallbackManager.Add(callbackResult, ClientType.Monitor | ClientType.OPC | ClientType.WebService | ClientType.Other);
}
public static void OnGKCallbackResult(GKCallbackResult gkCallbackResult)
{
if (gkCallbackResult.JournalItems.Count +
gkCallbackResult.GKStates.DeviceStates.Count +
gkCallbackResult.GKStates.ZoneStates.Count +
gkCallbackResult.GKStates.DirectionStates.Count +
gkCallbackResult.GKStates.PumpStationStates.Count +
gkCallbackResult.GKStates.MPTStates.Count +
gkCallbackResult.GKStates.DelayStates.Count +
gkCallbackResult.GKStates.PimStates.Count +
gkCallbackResult.GKStates.GuardZoneStates.Count +
gkCallbackResult.GKStates.DoorStates.Count +
gkCallbackResult.GKStates.SKDZoneStates.Count +
gkCallbackResult.GKStates.DeviceMeasureParameters.Count > 0)
{
if (GKCallbackResultEvent != null)
GKCallbackResultEvent(gkCallbackResult);
}
}
static void OnGKCallbackResultEvent(GKCallbackResult gkCallbackResult)
{
CheckPendingCards(gkCallbackResult);
foreach (var journalItem in gkCallbackResult.JournalItems)
{
ProcessPassJournal(journalItem);
}
foreach (var doorState in gkCallbackResult.GKStates.DoorStates)
{
if (doorState.Door != null)
{
var enterZone = GKManager.SKDZones.FirstOrDefault(x => x.UID == doorState.Door.EnterZoneUID);
if (enterZone != null)
{
GKProcessorManager.CalculateSKDZone(enterZone);
if (!gkCallbackResult.GKStates.SKDZoneStates.Any(x => x.UID == enterZone.UID))
{
gkCallbackResult.GKStates.SKDZoneStates.Add(enterZone.State);
}
}
var exitZone = GKManager.SKDZones.FirstOrDefault(x => x.UID == doorState.Door.ExitZoneUID);
if (exitZone != null)
{
GKProcessorManager.CalculateSKDZone(exitZone);
if (!gkCallbackResult.GKStates.SKDZoneStates.Any(x => x.UID == exitZone.UID))
{
gkCallbackResult.GKStates.SKDZoneStates.Add(exitZone.State);
}
}
}
}
RubezhService.Service.RubezhService.NotifyGKObjectStateChanged(gkCallbackResult);
if (gkCallbackResult.JournalItems.Count > 0)
RubezhService.Service.RubezhService.AddCommonJournalItems(gkCallbackResult.JournalItems, null);
}
/// <summary>
/// Обработка событий изменения состояния элементов.
/// </summary>
/// <param name="obj">Информация об изменении состояния.</param>
private void OnServiceCallback(GKCallbackResult obj)
{
var states = obj.GKStates;
Parallel.ForEach(states.DeviceStates, PlanElement.UpdateDeviceState);
Parallel.ForEach(states.GuardZoneStates.Union(states.SKDZoneStates).Union(states.ZoneStates), PlanElement.UpdateZoneState);
//foreach (var state in states.DelayStates) {
//}
//foreach (var state in states.DirectionStates) {
//}
//foreach (var state in states.DoorStates) {
//}
//foreach (var state in states.MPTStates) {
//}
//foreach (var state in states.PumpStationStates) {
//}
}
static void OnGKCallbackResult(GKCallbackResult gkCallbackResult)
{
CopyGKStates(gkCallbackResult.GKStates);
CopyDeviceMeasureParametersStates(gkCallbackResult.GKStates);
if (AlarmsUpdaterHub.Instance != null)
{
AlarmsUpdaterHub.Instance.BroadcastAlarms();
}
if (SoundsUpdaterHub.Instance != null)
{
SoundsUpdaterHub.Instance.BroadcastSounds();
}
}
static void CheckPendingCards(GKCallbackResult gkCallbackResult)
{
foreach (var journalItem in gkCallbackResult.JournalItems)
{
if (journalItem.JournalEventNameType == JournalEventNameType.Восстановление_связи_с_прибором || journalItem.JournalEventNameType == JournalEventNameType.Начало_мониторинга)
{
var device = GKManager.Devices.FirstOrDefault(x => x.UID == journalItem.ObjectUID);
{
using (var databaseService = new RubezhDAL.DataClasses.DbService())
{
if (device != null)
{
var pendingCards = databaseService.CardTranslator.GetAllPendingCards(device.UID);
if (pendingCards == null)
return;
foreach (var pendingCard in pendingCards)
{
var operationResult = databaseService.CardTranslator.GetSingle(pendingCard.CardUID);
if (!operationResult.HasError && operationResult.Result != null)
{
var card = operationResult.Result;
var getAccessTemplateOperationResult = databaseService.AccessTemplateTranslator.GetSingle(card.AccessTemplateUID);
var employeeOperationResult = databaseService.EmployeeTranslator.GetSingle(card.EmployeeUID);
var employeeName = employeeOperationResult.Result != null ? employeeOperationResult.Result.FIO : "";
if ((PendingCardAction)pendingCard.Action == PendingCardAction.Delete)
{
var result = GKSKDHelper.RemoveCard(device, card, databaseService);
if (!result.HasError)
{
databaseService.CardTranslator.DeleteAllPendingCards(pendingCard.CardUID, device.UID);
}
}
if (!getAccessTemplateOperationResult.HasError)
{
var accessTemplateDoors = getAccessTemplateOperationResult.Result != null ? getAccessTemplateOperationResult.Result.CardDoors : new List<CardDoor>();
var controllerCardSchedules = GKSKDHelper.GetGKControllerCardSchedules(card, accessTemplateDoors);
foreach (var controllerCardSchedule in controllerCardSchedules)
{
switch ((PendingCardAction)pendingCard.Action)
{
case PendingCardAction.Add:
case PendingCardAction.Edit:
var result = GKSKDHelper.AddOrEditCard(controllerCardSchedule, card, employeeName, dbService: databaseService);
if (!result.HasError)
{
databaseService.CardTranslator.DeleteAllPendingCards(pendingCard.CardUID, device.UID);
}
break;
}
}
}
}
else
{
databaseService.CardTranslator.DeleteAllPendingCards(pendingCard.CardUID, device.UID);
}
}
}
}
}
}
}
}
void OnGKCallbackResult(GKCallbackResult gkCallbackResult)
{
GKProcessorManager.OnGKCallbackResult(GKCallbackResult);
}
bool InitializeMonitoring()
{
bool IsPingFailure = false;
bool IsInTechnologicalRegime = false;
bool IsGetStatesFailure = false;
IsHashFailure = false;
foreach (var descriptor in GkDatabase.Descriptors)
{
descriptor.GKBase.InternalState.Clear();
}
while (true)
{
LastUpdateTime = DateTime.Now;
GKCallbackResult = new GKCallbackResult();
foreach (var descriptor in GkDatabase.Descriptors)
{
descriptor.GKBase.InternalState.IsInitialState = true;
}
using (var gkLifecycleManager = new GKLifecycleManager(GkDatabase.RootDevice, "Проверка связи"))
{
var deviceInfo = DeviceBytesHelper.GetDeviceInfo(GkDatabase.RootDevice);
var pingResult = string.IsNullOrEmpty(deviceInfo);
if (IsPingFailure != pingResult)
{
GKCallbackResult = new GKCallbackResult();
IsPingFailure = pingResult;
if (IsPingFailure)
AddFailureJournalItem(JournalEventNameType.Нет_связи_с_ГК, JournalEventDescriptionType.Старт_мониторинга);
else
AddFailureJournalItem(JournalEventNameType.Связь_с_ГК_восстановлена, JournalEventDescriptionType.Старт_мониторинга);
foreach (var descriptor in GkDatabase.Descriptors)
{
descriptor.GKBase.InternalState.IsConnectionLost = IsPingFailure;
descriptor.GKBase.InternalState.IsInitialState = !IsPingFailure;
}
NotifyAllObjectsStateChanged();
OnGKCallbackResult(GKCallbackResult);
}
if (IsPingFailure)
{
gkLifecycleManager.SetError("Ошибка");
if (ReturnAfterWait(5000))
return false;
continue;
}
}
var result = CheckTechnologicalRegime();
if (IsInTechnologicalRegime != result)
{
GKCallbackResult = new GKCallbackResult();
IsInTechnologicalRegime = result;
if (IsInTechnologicalRegime)
AddFailureJournalItem(JournalEventNameType.ГК_в_технологическом_режиме, "Старт мониторинга");
else
AddFailureJournalItem(JournalEventNameType.ГК_в_рабочем_режиме, "Старт мониторинга");
NotifyAllObjectsStateChanged();
OnGKCallbackResult(GKCallbackResult);
}
if (IsInTechnologicalRegime)
{
GKLifecycleManager.Add(GkDatabase.RootDevice, "Устройство в технологическом режиме");
if (ReturnAfterWait(5000))
return false;
continue;
}
using (var gkLifecycleManager = new GKLifecycleManager(GkDatabase.RootDevice, "Запрос хэша"))
{
var hashResult = GetHashResult();
if (IsHashFailure != hashResult.Item1)
{
GKCallbackResult = new GKCallbackResult();
IsHashFailure = hashResult.Item1;
if (IsHashFailure)
AddFailureJournalItem(JournalEventNameType.Конфигурация_прибора_не_соответствует_конфигурации_ПК, JournalEventDescriptionType.Не_совпадает_хэш);
else
AddFailureJournalItem(JournalEventNameType.Конфигурация_прибора_соответствует_конфигурации_ПК, JournalEventDescriptionType.Совпадает_хэш);
foreach (var descriptor in GkDatabase.Descriptors)
{
descriptor.GKBase.InternalState.IsDBMissmatch = IsHashFailure;
descriptor.GKBase.InternalState.IsInitialState = false;
}
NotifyAllObjectsStateChanged();
OnGKCallbackResult(GKCallbackResult);
}
if (IsHashFailure)
{
gkLifecycleManager.SetError(hashResult.Item2 == null ? "Ошибка" : "Не совпадает хэш");
if (ReturnAfterWait(5000))
return false;
continue;
}
}
GKCallbackResult = new GKCallbackResult();
if (!ReadMissingJournalItems())
AddFailureJournalItem(JournalEventNameType.Ошибка_при_синхронизации_журнала);
OnGKCallbackResult(GKCallbackResult);
GKCallbackResult = new GKCallbackResult();
GetAllStates();
result = IsDBMissmatchDuringMonitoring || !IsConnected;
if (IsGetStatesFailure != result)
{
IsGetStatesFailure = result;
if (IsGetStatesFailure)
AddFailureJournalItem(JournalEventNameType.Ошибка_при_опросе_состояний_компонентов_ГК, DBMissmatchDuringMonitoringReason);
else
AddFailureJournalItem(JournalEventNameType.Устранена_ошибка_при_опросе_состояний_компонентов_ГК);
}
using (var gkLifecycleManager = new GKLifecycleManager(GkDatabase.RootDevice, "Передача состояний объектов"))
{
OnGKCallbackResult(GKCallbackResult);
}
if (IsGetStatesFailure)
{
GKLifecycleManager.Add(GkDatabase.RootDevice, "Ошибки при опросе состояний объектов");
if (ReturnAfterWait(5000))
return false;
continue;
}
using (var gkLifecycleManager = new GKLifecycleManager(GkDatabase.RootDevice, "Передача состояний объектов"))
{
GKCallbackResult = new GKCallbackResult();
foreach (var descriptor in GkDatabase.Descriptors)
{
descriptor.GKBase.InternalState.IsInitialState = false;
}
NotifyAllObjectsStateChanged();
OnGKCallbackResult(GKCallbackResult);
}
return true;
}
}
void OnRunThread()
{
while (true)
{
try
{
if (IsStopping)
return;
if (!InitializeMonitoring())
return;
if (IsStopping)
return;
}
catch (Exception e)
{
AddMessage(JournalEventNameType.Ошибка_инициализации_мониторинга);
Logger.Error(e, "JournalWatcher.InitializeMonitoring");
}
GKCallbackResult = new GKCallbackResult();
var journalItem = new JournalItem()
{
SystemDateTime = DateTime.Now,
DeviceDateTime = DateTime.Now,
JournalObjectType = JournalObjectType.GKDevice,
ObjectUID = GkDatabase.RootDevice.UID,
JournalEventNameType = JournalEventNameType.Начало_мониторинга,
};
AddJournalItem(journalItem);
OnGKCallbackResult(GKCallbackResult);
while (true)
{
if (IsStopping)
return;
Monitor.TryEnter(CallbackResultLocker, TimeSpan.FromSeconds(30));
{
GKCallbackResult = new GKCallbackResult();
}
Monitor.Exit(CallbackResultLocker);
RunMonitoring();
Monitor.TryEnter(CallbackResultLocker, TimeSpan.FromSeconds(30));
{
OnGKCallbackResult(GKCallbackResult);
}
Monitor.Exit(CallbackResultLocker);
if (IsStopping)
return;
if (IsHashFailure)
break;
if (StopEvent != null)
{
var pollInterval = 10;
var property = GkDatabase.RootDevice.Properties.FirstOrDefault(x => x.Name == "PollInterval");
if (property != null)
{
pollInterval = property.Value;
}
if (ReturnAfterWait(pollInterval))
break;
}
WaitIfSuspending();
LastUpdateTime = DateTime.Now;
}
}
}
void SetDescriptorsSuspending(bool isSuspending)
{
Monitor.TryEnter(CallbackResultLocker, TimeSpan.FromSeconds(30));
{
GKCallbackResult = new GKCallbackResult();
foreach (var descriptor in GkDatabase.Descriptors)
{
if (descriptor.GKBase.InternalState != null)
{
descriptor.GKBase.InternalState.IsSuspending = isSuspending;
}
}
NotifyAllObjectsStateChanged();
OnGKCallbackResult(GKCallbackResult);
}
Monitor.Exit(CallbackResultLocker);
}
public static void AddGKMessage(JournalEventNameType journalEventNameType, JournalEventDescriptionType journalEventDescriptionType, string description, GKBase gkBase, string userName)
{
Guid uid = Guid.Empty;
var journalObjectType = JournalObjectType.None;
if (gkBase != null)
{
uid = gkBase.UID;
if (gkBase is GKDevice)
{
journalObjectType = JournalObjectType.GKDevice;
}
if (gkBase is GKZone)
{
journalObjectType = JournalObjectType.GKZone;
}
if (gkBase is GKDirection)
{
journalObjectType = JournalObjectType.GKDirection;
}
if (gkBase is GKDelay)
{
journalObjectType = JournalObjectType.GKDelay;
}
if (gkBase is GKPim)
{
journalObjectType = JournalObjectType.GKPim;
}
if (gkBase is GKGuardZone)
{
journalObjectType = JournalObjectType.GKGuardZone;
}
if (gkBase is GKSKDZone)
{
journalObjectType = JournalObjectType.GKSKDZone;
}
if (gkBase is GKDoor)
{
journalObjectType = JournalObjectType.GKDoor;
}
if (gkBase is GKMPT)
{
journalObjectType = JournalObjectType.GKMPT;
}
if (gkBase is GKPumpStation)
{
journalObjectType = JournalObjectType.GKPumpStation;
}
}
var journalItem = new JournalItem
{
SystemDateTime = DateTime.Now,
DeviceDateTime = null,
JournalObjectType = journalObjectType,
JournalEventNameType = journalEventNameType,
JournalEventDescriptionType = journalEventDescriptionType,
DescriptionText = description,
ObjectUID = uid,
UserName = userName,
JournalSubsystemType = JournalSubsystemType.GK
};
if (gkBase != null)
{
journalItem.ObjectName = gkBase.PresentationName;
var gkObjectNo = gkBase.GKDescriptorNo;
if (gkObjectNo > 0)
journalItem.JournalDetalisationItems.Add(new JournalDetalisationItem("Компонент ГК", gkObjectNo.ToString()));
}
var gkCallbackResult = new GKCallbackResult();
gkCallbackResult.JournalItems.Add(journalItem);
OnGKCallbackResult(gkCallbackResult);
}