// This is the function that will check for default transitions if
// no other transitions were satisfied.
//
public override bool defaultTransitions(InternalEvent ie)
{
bool done = false;
// Since this function can be called from multiple threads,
// we use a mutex to ensure only one state transition is
// active at a time.
mutex.WaitOne();
// Invoke the FSM transition for this event.
try
{
if (ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("PingClient_PingClientFSM") != 0) && (!done))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new ReportHeartbeatPulse().getID())
{
ReportHeartbeatPulse msg = new ReportHeartbeatPulse();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
pPingClient_PingClientFSM.context.ReportHeartbeatPulseTransition();
done = true;
}
}
} catch (Exception e) {}
mutex.ReleaseMutex();
return(done);
}
// This is the function that will process an event either generated
// by the service, sent to it by another service on the same component,
// or as a message sent by a different component.
public override bool processTransitions(InternalEvent ie)
{
bool done = false;
// Since this function can be called from multiple threads,
// we use a mutex to ensure only one state transition is
// active at a time.
mutex.WaitOne();
// Invoke the FSM transition for this event.
try
{
if (ie.getName().CompareTo("InitToReadyEventDef") == 0 && (ie.getSource().CompareTo("AdditionClientServiceDef_additionClientFSM") != 0) && (!done))
{
InitToReadyEventDef casted_ie = (InitToReadyEventDef)ie;
pAdditionClientServiceDef_additionClientFSM.context.InitToReadyEventDefTransition();
done = true;
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("InternalStateChange_To_AdditionClientServiceDef_additionClientFSM_Ready") == 0 && (ie.getSource().CompareTo("AdditionClientServiceDef_additionClientFSM") != 0) && (!done))
{
pAdditionClientServiceDef_additionClientFSM.context.InternalStateChange_To_AdditionClientServiceDef_additionClientFSM_ReadyTransition(ie);
done = true;
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("AdditionClientServiceDef_additionClientFSM") != 0) && (!done))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new ReportAddition().getID())
{
ReportAddition msg = new ReportAddition();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
pAdditionClientServiceDef_additionClientFSM.context.ReportAdditionTransition(msg);
done = true;
}
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("InternalStateChange_To_AdditionClientServiceDef_additionClientFSM_Init") == 0 && (ie.getSource().CompareTo("AdditionClientServiceDef_additionClientFSM") != 0) && (!done))
{
pAdditionClientServiceDef_additionClientFSM.context.InternalStateChange_To_AdditionClientServiceDef_additionClientFSM_InitTransition(ie);
done = true;
}
} catch (Exception e) {}
mutex.ReleaseMutex();
return(done);
}
public override void processInternalEvent(InternalEvent ie)
{
bool done = false;
//
// When a component receives an internal event, it passes it
// to the services to handling, children services first. If the
// event is not processed by normal transitions, it's passed
// again to the services (children first) for default transitions.
// A given event may only be processed by at most one service.
//
for (int i = serviceList.Count; i > 0; i--)
{
if (!done)
{
done = serviceList[i - 1].processTransitions(ie);
}
}
for (int i = serviceList.Count; i > 0; i--)
{
if (!done)
{
done = serviceList[i - 1].defaultTransitions(ie);
}
}
}
// Token: 0x06001329 RID: 4905 RVA: 0x0001B934 File Offset: 0x0001A934
protected override void OnMessage(OnTriggerEnter message)
{
InternalInstance internalInstance = InstanceCatalog.Get().Find(message.TriggerKey);
if (internalInstance != null && message.PersonaId == base.Event.Entrants[0].PersonaId && internalInstance.IsTypeOf(ObjType.kObjType_Trigger))
{
TreasureHuntScoringState treasureHuntScoringState = base.Event.Entrants[0].ScoringState as TreasureHuntScoringState;
if (treasureHuntScoringState != null)
{
for (uint num = 0u; num < base.Event.EventDef.Num_Coins(); num += 1u)
{
if (base.Event.EventDef.Coins(num).GetCollectionKey() == message.TriggerKey)
{
treasureHuntScoringState.CoinsCollected |= 1u << (int)num;
InternalEvent.UpdateCoinsCollected(treasureHuntScoringState.CoinsCollected);
break;
}
}
}
PointOfInterest pointOfInterest = base.Event.PointsOfInterest.Find((PointOfInterest p) => p.Key == message.TriggerKey);
if (pointOfInterest != null)
{
pointOfInterest.Disable();
pointOfInterest.Hide();
base.Event.Manager.PointsOfInterest.Dispose(pointOfInterest);
}
this.Close();
}
}
public void InvokeAllEvents()
{
PublicEvent?.Invoke();
PrivateEvent?.Invoke();
InternalEvent?.Invoke();
ProtectedEvent?.Invoke();
ProtectedInternalEvent?.Invoke();
}
public void EnqueueInternalEvent(InternalEvent internalEvent)
{
if (this.ConnectionManager != null)
{
this.EventQueue.Enqueue(internalEvent);
this.ConnectionManager.EnqueueClientConnectionWithInternalEventQueueToProcess(this);
}
}
private int HandleQueuedQos1SendSubscribeAndSendUnsubscribe(
MqttConnection connection,
MqttMsgContext msgContext,
MqttMsgBase msgInflight,
int timeout)
{
InternalEvent internalEvent;
// QoS 1, PUBLISH or SUBSCRIBE/UNSUBSCRIBE message to send to broker, state change to wait PUBACK or SUBACK/UNSUBACK
if (msgContext.Flow == MqttMsgFlow.ToPublish)
{
msgContext.Timestamp = Environment.TickCount;
msgContext.Attempt++;
if (msgInflight.Type == MqttMsgBase.MQTT_MSG_PUBLISH_TYPE)
{
// PUBLISH message to send, wait for PUBACK
msgContext.State = MqttMsgState.WaitForPuback;
// retry ? set dup flag [v3.1.1] only for PUBLISH message
if (msgContext.Attempt > 1)
{
msgInflight.DupFlag = true;
}
}
else if (msgInflight.Type == MqttMsgBase.MQTT_MSG_SUBSCRIBE_TYPE)
{
// SUBSCRIBE message to send, wait for SUBACK
msgContext.State = MqttMsgState.WaitForSuback;
}
else if (msgInflight.Type == MqttMsgBase.MQTT_MSG_UNSUBSCRIBE_TYPE)
{
// UNSUBSCRIBE message to send, wait for UNSUBACK
msgContext.State = MqttMsgState.WaitForUnsuback;
}
outgoingMessageHandler.Send(connection, msgInflight);
// update timeout : minimum between delay (based on current message sent) or current timeout
timeout = connection.Settings.DelayOnRetry < timeout ? connection.Settings.DelayOnRetry : timeout;
// re-enqueue message (I have to re-analyze for receiving PUBACK, SUBACK or UNSUBACK)
connection.EnqueueInflight(msgContext);
}
// QoS 1, PUBLISH message received from broker to acknowledge, send PUBACK
else if (msgContext.Flow == MqttMsgFlow.ToAcknowledge)
{
outgoingMessageHandler.Puback(connection, msgInflight.MessageId);
internalEvent = new InternalEvent(msgInflight);
// notify published message from broker and acknowledged
connection.EnqueueInternalEvent(internalEvent);
}
return(timeout);
}
public void AddListener <T0, T1>(string eventName, Action <T0, T1> callback)
{
if (!_eventDictionary.TryGetValue(eventName, out var @event))
{
@event = new InternalEvent();
_eventDictionary.Add(eventName, @event);
}
@event.AddListener(callback);
}
private MqttMsgBase WaitForPubrel(
MqttConnection connection,
MqttMsgContext msgContext,
MqttMsgBase msgInflight,
ref bool msgReceivedProcessed)
{
// QoS 2, waiting for PUBREL of a PUBREC message sent
if (msgContext.Flow != MqttMsgFlow.ToAcknowledge)
{
return(null);
}
if (!connection.InternalQueue.TryPeek(out MqttMsgBase msgReceived))
{
return(null);
}
InternalEvent internalEvent;
// it is a PUBREL message
if (msgReceived != null && msgReceived.Type == MqttMsgBase.MQTT_MSG_PUBREL_TYPE)
{
if (msgReceived.MessageId == msgInflight.MessageId)
{
// received message processed
connection.InternalQueue.TryDequeue(out MqttMsgBase dequeuedMsg);
msgReceivedProcessed = true;
outgoingMessageHandler.Pubcomp(connection, msgInflight.MessageId);
internalEvent = new InternalEvent(msgInflight);
// notify published message from broker and acknowledged
connection.EnqueueInternalEvent(internalEvent);
// PUBREL received (and PUBCOMP sent) for PUBLISH message with QoS Level 2, remove from session state
if (msgInflight.Type == MqttMsgBase.MQTT_MSG_PUBLISH_TYPE && connection.Session != null &&
connection.Session.InflightMessages.ContainsKey(msgContext.Key))
{
connection.Session.InflightMessages.TryRemove(
msgContext.Key,
out MqttMsgContext contextToBeRemoved);
}
}
else
{
// re-enqueue message
connection.EnqueueInflight(msgContext);
}
}
else
{
connection.EnqueueInflight(msgContext);
}
return(msgReceived);
}
// This is the function that will process an event either generated
// by the service, sent to it by another service on the same component,
// or as a message sent by a different component.
public override bool processTransitions(InternalEvent ie)
{
bool done = false;
// Since this function can be called from multiple threads,
// we use a mutex to ensure only one state transition is
// active at a time.
mutex.WaitOne();
// Invoke the FSM transition for this event.
try
{
if ((!done) && ie.getName().CompareTo("Send") == 0 && (ie.getSource().CompareTo("Transport_SendFSM") != 0))
{
Send casted_ie = (Send)ie;
Send msg = casted_ie;
pTransport_SendFSM.context.SendTransition(msg);
done = true;
}
} catch (Exception e) {}
try
{
if ((!done) && ie.getName().CompareTo("BroadcastLocal") == 0 && (ie.getSource().CompareTo("Transport_SendFSM") != 0))
{
BroadcastLocal casted_ie = (BroadcastLocal)ie;
BroadcastLocal msg = casted_ie;
pTransport_SendFSM.context.BroadcastLocalTransition(msg);
done = true;
}
} catch (Exception e) {}
try
{
if ((!done) && ie.getName().CompareTo("BroadcastGlobal") == 0 && (ie.getSource().CompareTo("Transport_SendFSM") != 0))
{
BroadcastGlobal casted_ie = (BroadcastGlobal)ie;
BroadcastGlobal msg = casted_ie;
pTransport_SendFSM.context.BroadcastGlobalTransition(msg);
done = true;
}
} catch (Exception e) {}
mutex.ReleaseMutex();
return(done);
}
private void HandleQueuedQos0(
MqttConnection connection,
MqttMsgContext msgContext,
MqttMsgBase msgInflight)
{
// QoS 0, PUBLISH message to send to broker, no state change, no acknowledge
if (msgContext.Flow == MqttMsgFlow.ToPublish)
{
outgoingMessageHandler.Send(connection, msgInflight);
}
// QoS 0, no need acknowledge
else if (msgContext.Flow == MqttMsgFlow.ToAcknowledge)
{
var internalEvent = new InternalEvent(msgInflight);
connection.EnqueueInternalEvent(internalEvent);
}
}
protected MessageFinalResponse OnAppDequeue(string message, IConsumer sender, ulong deliveryTag)
{
#if DEBUG
Debug.WriteLine(message);
#endif
// load the message
try
{
var jsonMsg = (JObject)JToken.Parse(message);
var eventName = jsonMsg.SelectToken("type").Value <string>();
var type = _client.Asm.GetType("AsterNET.ARI.Models." + eventName + "Event");
// Get the instance of BrokeredSession for this dialogue and pass as sender
// to InternalEvent
if (type != null)
{
InternalEvent.Invoke(this,
(Event)JsonConvert.DeserializeObject(jsonMsg.SelectToken("ari_body").Value <string>(), type));
}
else
{
InternalEvent.Invoke(this,
(Event)JsonConvert.DeserializeObject(jsonMsg.SelectToken("ari_body").Value <string>()));
}
}
catch (Exception ex)
{
#if DEBUG
Debug.WriteLine("Raise Event Failed: ", ex.Message);
#endif
}
return(MessageFinalResponse.Accept);
}
public void InternalStateChange_To_ManagementOCU_ManagementOcuFSM_HandleMenuTransition(InternalEvent ie)
{
transition_ = "InternalStateChange_To_ManagementOCU_ManagementOcuFSM_HandleMenuTransition";
State.InternalStateChange_To_ManagementOCU_ManagementOcuFSM_HandleMenuTransition(this, ie);
transition_ = "";
return;
}
public Demo(IMessageQueue messageQueue)
{
MessageQueue = messageQueue;
PrepareCreatedEvent = new InternalEvent <DemoModel, UserInfo>();
//PrepareCreatedEvent = new MessageEvent<DemoModel, UserInfo>("Demo.PrepareCreatedEvent", MessageQueue);
CreatedEvent = new MessageEvent <DemoModel, UserInfo>("Demo.CreatedEvent", MessageQueue);
PrepareModifiedEvent = new InternalEvent <DemoModel, UserInfo>();
//PrepareModifiedEvent = new MessageEvent<DemoModel, UserInfo>("Demo.PrepareModifiedEvent", MessageQueue);
ModifiedEvent = new MessageEvent <DemoModel, UserInfo>("Demo.ModifiedEvent", MessageQueue);
PrepareDeleteEvent = new InternalEvent <DemoModel, UserInfo>();
//PrepareDeleteEvent = new MessageEvent<DemoModel, UserInfo>("Demo.PrepareDeleteEvent", MessageQueue);
DeleteEvent = new MessageEvent <DemoModel, UserInfo>("Demo.DeleteEvent", MessageQueue);
//注入消息队列
PrepareCreatedEvent.Subscribe((DemoModel data, UserInfo userInfo) =>
{
Console.WriteLine($"预创建验证监听失败测试, 创建人：{userInfo.UserName}, 附加消息:{data.Message}");
return(new ApiResult <DBNull, DBNull> {
Success = true, Message = "测试通过"
});
}).Subscribe((DemoModel data, UserInfo userInfo) =>
{
Console.WriteLine($"预创建验证监听成功2, 创建人：{userInfo.UserName}, 附加消息:{data.Message}");
return(new ApiResult <DBNull, DBNull> {
Success = true, Message = "测试通过"
});
});
CreatedEvent.Subscribe((DemoModel data, UserInfo userInfo) =>
{
Console.WriteLine($"创建结束监听成功, 创建人：{userInfo.UserName}, 附加消息:{data.Message}");
}).Subscribe((DemoModel data, UserInfo userInfo) =>
{
Console.WriteLine($"创建结束监听成功1, 创建人：{userInfo.UserName}, 附加消息:{data.Message}");
});
PrepareModifiedEvent.Subscribe((DemoModel data, UserInfo userInfo) =>
{
Console.WriteLine($"预修改验证监听成功, 修改人：{userInfo.UserName}, 附加消息:{data.Message}");
return(new ApiResult <DBNull, DBNull> {
Success = true, Message = "测试通过"
});
});
ModifiedEvent.Subscribe((DemoModel data, UserInfo userInfo) =>
{
Console.WriteLine($"修改结束监听成功, 修改人：{userInfo.UserName}, 附加消息:{data.Message}");
});
PrepareDeleteEvent.Subscribe((DemoModel data, UserInfo userInfo) =>
{
Console.WriteLine($"预删除验证监听成功, 删除人：{userInfo.UserName}, 附加消息:{data.Message}");
return(new ApiResult <DBNull, DBNull> {
Success = true, Message = "测试不通过测试"
});
});
DeleteEvent.Subscribe((DemoModel data, UserInfo userInfo) =>
{
Console.WriteLine($"删除结束监听成功, 删除人：{userInfo.UserName}, 附加消息:{data.Message}");
});
}
private void OnInternalEvent(InternalEvent e)
{
InternalEventHandlerInvokeCount++;
}
static NormalState ParseState(XmlNode states_nd, XmlNamespaceManager xmlnsManager, int nestCount, List <NormalState> StateActionList)
{
StringBuilder spacer = new StringBuilder();
for (int i = 0; i < nestCount; i++)
{
spacer.Append(" ");
}
//Console.WriteLine($"{spacer}NodeType: " + states_nd.LocalName);
var attrnd_id = states_nd.SelectSingleNode("@xmi.id");
//Console.WriteLine($"{spacer}xmi.id : " + attrnd_id.Value);
var attrnd_name = states_nd.SelectSingleNode("@name");
//Console.WriteLine($"{spacer}xmi.name : " + attrnd_name.Value);
var normalState = new NormalState
{
Id = attrnd_id.Value,
Name = attrnd_name.Value
};
AllStateList.Add(normalState);
// 内部遷移
var internalTransitionNodes = states_nd.SelectNodes("UML:State.internalTransition/UML:Transition", xmlnsManager);
foreach (XmlNode interTrans_nd in internalTransitionNodes)
{
string triggerName = "", actionName = "";
var triggerNode = interTrans_nd.SelectSingleNode("UML:Transition.trigger/UML:Event/@name", xmlnsManager);
//Console.WriteLine($"{spacer}InterTrans Event[name]: " + triggerNode.Value);
triggerName = triggerNode.Value;
var actionNode = interTrans_nd.SelectSingleNode("UML:Transition.effect/UML:Action/@name", xmlnsManager);
if (actionNode != null)
{
//Console.WriteLine($"{spacer}InterTrans Action[name]: " + actionNode.Value);
actionName = actionNode.Value;
}
var events = new InternalEvent
{
Name = triggerName,
MethodName = actionName
};
AddTransition(triggerName, events);
normalState.InternalEvent.Add(events);
}
// 開始疑似状態
var pseudoStates = states_nd.SelectSingleNode("UML:CompositeState.subvertex/UML:Pseudostate", xmlnsManager);
if (pseudoStates != null)
{
var pseudo_id = pseudoStates.SelectSingleNode("@xmi.id");
var pseudo_name = pseudoStates.SelectSingleNode("@name");
PseudoState pseudoState = new PseudoState()
{
Id = pseudo_id.Value,
Name = pseudo_name.Value
};
normalState.PseudoState = pseudoState;
AllStateList.Add(pseudoState);
//Console.WriteLine($"{spacer}開始状態 {pseudo_name.Value} ({pseudo_id.Value})");
}
// Entry
var entryNode = states_nd.SelectSingleNode("UML:State.entry", xmlnsManager);
if (entryNode != null)
{
normalState.EntryMethod = entryNode.SelectSingleNode("UML:Action/@name", xmlnsManager).Value;
}
// Exit
var exitNode = states_nd.SelectSingleNode("UML:State.exit", xmlnsManager);
if (exitNode != null)
{
normalState.ExitMethod = exitNode.SelectSingleNode("UML:Action/@name", xmlnsManager).Value;
}
StateActionList.Add(normalState);
// サブ状態
var substatesList = states_nd.SelectNodes("UML:CompositeState.subvertex/UML:CompositeState", xmlnsManager);
if (substatesList.Count > 0)
{
if (normalState.PseudoState == null)
{
throw new ApplicationException("サブ状態を定義している場合は、開始疑似状態が必須です。");
}
foreach (XmlNode states_nd2 in substatesList)
{
normalState.SubState.Add(
ParseState(states_nd2, xmlnsManager, nestCount + 1, StateActionList)
);
}
}
return(normalState);
}
public void InternalStateChange_To_ManagementOCU_ManagementOcuFSM_WaitForControlTransition(InternalEvent ie)
{
transition_ = "InternalStateChange_To_ManagementOCU_ManagementOcuFSM_WaitForControlTransition";
State.InternalStateChange_To_ManagementOCU_ManagementOcuFSM_WaitForControlTransition(this, ie);
transition_ = "";
return;
}
public void InternalStateChange_To_AdditionClientServiceDef_additionClientFSM_ReadyTransition(InternalEvent ie)
{
transition_ = "InternalStateChange_To_AdditionClientServiceDef_additionClientFSM_ReadyTransition";
State.InternalStateChange_To_AdditionClientServiceDef_additionClientFSM_ReadyTransition(this, ie);
transition_ = "";
return;
}
// This is the function that will process an event either generated
// by the service, sent to it by another service on the same component,
// or as a message sent by a different component.
public override bool processTransitions(InternalEvent ie)
{
bool done = false;
// Since this function can be called from multiple threads,
// we use a mutex to ensure only one state transition is
// active at a time.
mutex.WaitOne();
// Invoke the FSM transition for this event.
try
{
if ((!done) && ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("DiscoveryClient_ReceiveFSM") != 0))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new ReportHeartbeatPulse().getID())
{
ReportHeartbeatPulse msg = new ReportHeartbeatPulse();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
Receive.Body.ReceiveRec transportData = casted_ie.getBody().getReceiveRec();
pDiscoveryClient_ReceiveFSM.context.ReceiveTransition(msg, transportData);
done = true;
}
}
} catch (Exception e) {}
try
{
if ((!done) && ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("DiscoveryClient_ReceiveFSM") != 0))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new ReportServices().getID())
{
ReportServices msg = new ReportServices();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
Receive.Body.ReceiveRec transportData = casted_ie.getBody().getReceiveRec();
pDiscoveryClient_ReceiveFSM.context.ReceiveTransition(msg, transportData);
done = true;
}
}
} catch (Exception e) {}
try
{
if ((!done) && ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("DiscoveryClient_ReceiveFSM") != 0))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new ReportIdentification().getID())
{
ReportIdentification msg = new ReportIdentification();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
Receive.Body.ReceiveRec transportData = casted_ie.getBody().getReceiveRec();
pDiscoveryClient_ReceiveFSM.context.ReceiveTransition(msg, transportData);
done = true;
}
}
} catch (Exception e) {}
try
{
if ((!done) && ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("DiscoveryClient_ReceiveFSM") != 0))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new GrantNodeID().getID())
{
GrantNodeID msg = new GrantNodeID();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
Receive.Body.ReceiveRec transportData = casted_ie.getBody().getReceiveRec();
pDiscoveryClient_ReceiveFSM.context.ReceiveTransition(msg, transportData);
done = true;
}
}
} catch (Exception e) {}
try
{
if ((!done) && ie.getName().CompareTo("RHP_Timeout") == 0 && (ie.getSource().CompareTo("DiscoveryClient_ReceiveFSM") != 0))
{
RHP_Timeout casted_ie = (RHP_Timeout)ie;
pDiscoveryClient_ReceiveFSM.context.RHP_TimeoutTransition();
done = true;
}
} catch (Exception e) {}
mutex.ReleaseMutex();
return(done);
}
protected internal virtual void InternalStateChange_To_AdditionClientServiceDef_additionClientFSM_ReadyTransition(AdditionClientServiceDef_additionClientFSMContext context, InternalEvent ie)
{
Default(context);
}
private MqttMsgBase HandleWaitForPubackSubackUbsuback(
MqttConnection connection,
MqttMsgContext msgContext,
MqttMsgBase msgInflight,
ref bool msgReceivedProcessed,
ref int timeout)
{
// QoS 1, waiting for PUBACK of a PUBLISH message sent or
// waiting for SUBACK of a SUBSCRIBE message sent or
// waiting for UNSUBACK of a UNSUBSCRIBE message sent or
if (msgContext.Flow != MqttMsgFlow.ToPublish)
{
return(null);
}
if (!connection.InternalQueue.TryPeek(out MqttMsgBase msgReceived))
{
return(null);
}
var acknowledge = false;
InternalEvent internalEvent;
// PUBACK message or SUBACK/UNSUBACK message for the current message
if (msgReceived.Type == MqttMsgBase.MQTT_MSG_PUBACK_TYPE &&
msgInflight.Type == MqttMsgBase.MQTT_MSG_PUBLISH_TYPE &&
msgReceived.MessageId == msgInflight.MessageId ||
msgReceived.Type == MqttMsgBase.MQTT_MSG_SUBACK_TYPE &&
msgInflight.Type == MqttMsgBase.MQTT_MSG_SUBSCRIBE_TYPE &&
msgReceived.MessageId == msgInflight.MessageId ||
msgReceived.Type == MqttMsgBase.MQTT_MSG_UNSUBACK_TYPE &&
msgInflight.Type == MqttMsgBase.MQTT_MSG_UNSUBSCRIBE_TYPE &&
msgReceived.MessageId == msgInflight.MessageId)
{
// received message processed
connection.InternalQueue.TryDequeue(out MqttMsgBase dequeuedMsg);
acknowledge = true;
msgReceivedProcessed = true;
// if PUBACK received, confirm published with flag
if (msgReceived.Type == MqttMsgBase.MQTT_MSG_PUBACK_TYPE)
{
internalEvent = new PublishedInternalEvent(msgReceived, true);
}
else
{
internalEvent = new InternalEvent(msgReceived);
}
// notify received acknowledge from broker of a published message or subscribe/unsubscribe message
connection.EnqueueInternalEvent(internalEvent);
// PUBACK received for PUBLISH message with QoS Level 1, remove from session state
if (msgInflight.Type == MqttMsgBase.MQTT_MSG_PUBLISH_TYPE && connection.Session != null &&
connection.Session.InflightMessages.ContainsKey(msgContext.Key))
{
connection.Session.InflightMessages.TryRemove(msgContext.Key, out MqttMsgContext contextToBeRemoved);
}
}
// current message not acknowledged, no PUBACK or SUBACK/UNSUBACK or not equal messageid
if (!acknowledge)
{
var delta = Environment.TickCount - msgContext.Timestamp;
// check timeout for receiving PUBACK since PUBLISH was sent or
// for receiving SUBACK since SUBSCRIBE was sent or
// for receiving UNSUBACK since UNSUBSCRIBE was sent
if (delta >= connection.Settings.DelayOnRetry)
{
// max retry not reached, resend
if (msgContext.Attempt < connection.Settings.AttemptsOnRetry)
{
msgContext.State = MqttMsgState.QueuedQos1;
// re-enqueue message
connection.EnqueueInflight(msgContext);
// update timeout (0 -> reanalyze queue immediately)
timeout = 0;
}
else
{
// if PUBACK for a PUBLISH message not received after retries, raise event for not published
if (msgInflight.Type == MqttMsgBase.MQTT_MSG_PUBLISH_TYPE)
{
// PUBACK not received in time, PUBLISH retries failed, need to remove from session inflight messages too
if (connection.Session != null &&
connection.Session.InflightMessages.ContainsKey(msgContext.Key))
{
connection.Session.InflightMessages.TryRemove(
msgContext.Key,
out MqttMsgContext contextToBeRemoved);
}
internalEvent = new PublishedInternalEvent(msgInflight, false);
// notify not received acknowledge from broker and message not published
connection.EnqueueInternalEvent(internalEvent);
}
// NOTE : not raise events for SUBACK or UNSUBACK not received
// for the user no event raised means subscribe/unsubscribe failed
}
}
else
{
// re-enqueue message (I have to re-analyze for receiving PUBACK, SUBACK or UNSUBACK)
connection.EnqueueInflight(msgContext);
// update timeout
var msgTimeout = connection.Settings.DelayOnRetry - delta;
timeout = msgTimeout < timeout ? msgTimeout : timeout;
}
}
return(msgReceived);
}
// This is the function that will process an event either generated
// by the service, sent to it by another service on the same component,
// or as a message sent by a different component.
public override bool processTransitions(InternalEvent ie)
{
bool done = false;
// Since this function can be called from multiple threads,
// we use a mutex to ensure only one state transition is
// active at a time.
mutex.WaitOne();
// Invoke the FSM transition for this event.
try
{
if (ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("Events_ReceiveFSM") != 0) && (!done))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new QueryEvents().getID())
{
QueryEvents msg = new QueryEvents();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
Receive.Body.ReceiveRec transportData = casted_ie.getBody().getReceiveRec();
pEvents_ReceiveFSM.context.ReceiveTransition(msg, transportData);
done = true;
}
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("Events_ReceiveFSM") != 0) && (!done))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new QueryEventTimeout().getID())
{
QueryEventTimeout msg = new QueryEventTimeout();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
Receive.Body.ReceiveRec transportData = casted_ie.getBody().getReceiveRec();
pEvents_ReceiveFSM.context.ReceiveTransition(msg, transportData);
done = true;
}
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("Events_ReceiveFSM") != 0) && (!done))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new CreateEvent().getID())
{
CreateEvent msg = new CreateEvent();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
Receive.Body.ReceiveRec transportData = casted_ie.getBody().getReceiveRec();
pEvents_ReceiveFSM.context.ReceiveTransition(msg, transportData);
done = true;
}
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("Events_ReceiveFSM") != 0) && (!done))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new CreateEvent().getID())
{
CreateEvent msg = new CreateEvent();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
Receive.Body.ReceiveRec transportData = casted_ie.getBody().getReceiveRec();
pEvents_ReceiveFSM.context.ReceiveTransition(msg, transportData);
done = true;
}
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("Events_ReceiveFSM") != 0) && (!done))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new CreateEvent().getID())
{
CreateEvent msg = new CreateEvent();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
Receive.Body.ReceiveRec transportData = casted_ie.getBody().getReceiveRec();
pEvents_ReceiveFSM.context.ReceiveTransition(msg, transportData);
done = true;
}
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("Events_ReceiveFSM") != 0) && (!done))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new UpdateEvent().getID())
{
UpdateEvent msg = new UpdateEvent();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
Receive.Body.ReceiveRec transportData = casted_ie.getBody().getReceiveRec();
pEvents_ReceiveFSM.context.ReceiveTransition(msg, transportData);
done = true;
}
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("Events_ReceiveFSM") != 0) && (!done))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new UpdateEvent().getID())
{
UpdateEvent msg = new UpdateEvent();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
Receive.Body.ReceiveRec transportData = casted_ie.getBody().getReceiveRec();
pEvents_ReceiveFSM.context.ReceiveTransition(msg, transportData);
done = true;
}
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("Events_ReceiveFSM") != 0) && (!done))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new CancelEvent().getID())
{
CancelEvent msg = new CancelEvent();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
Receive.Body.ReceiveRec transportData = casted_ie.getBody().getReceiveRec();
pEvents_ReceiveFSM.context.ReceiveTransition(msg, transportData);
done = true;
}
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("Events_ReceiveFSM") != 0) && (!done))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new CancelEvent().getID())
{
CancelEvent msg = new CancelEvent();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
Receive.Body.ReceiveRec transportData = casted_ie.getBody().getReceiveRec();
pEvents_ReceiveFSM.context.ReceiveTransition(msg, transportData);
done = true;
}
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("EventOccurred") == 0 && (ie.getSource().CompareTo("Events_ReceiveFSM") != 0) && (!done))
{
EventOccurred casted_ie = (EventOccurred)ie;
pEvents_ReceiveFSM.context.EventOccurredTransition();
done = true;
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("EventError") == 0 && (ie.getSource().CompareTo("Events_ReceiveFSM") != 0) && (!done))
{
EventError casted_ie = (EventError)ie;
pEvents_ReceiveFSM.context.EventErrorTransition();
done = true;
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("Timeout") == 0 && (ie.getSource().CompareTo("Events_ReceiveFSM") != 0) && (!done))
{
Timeout casted_ie = (Timeout)ie;
pEvents_ReceiveFSM.context.TimeoutTransition();
done = true;
}
} catch (Exception e) {}
mutex.ReleaseMutex();
return(done);
}
private IObservable <object> Filter(InternalEvent @event) => Filter <object>(@event);
private void InternalEventHandler(InternalEvent e)
{
InternalEventHandlerInvokeCount++;
}
internal WurmCharacterLogFiles([NotNull] CharacterName characterName, [NotNull] string fullDirPathToCharacterLogsDir, [NotNull] IWurmApiLogger logger, [NotNull] LogFileInfoFactory logFileInfoFactory, [NotNull] IInternalEventInvoker internalEventInvoker,
[NotNull] TaskManager taskManager)
{
if (characterName == null)
{
throw new ArgumentNullException(nameof(characterName));
}
if (fullDirPathToCharacterLogsDir == null)
{
throw new ArgumentNullException(nameof(fullDirPathToCharacterLogsDir));
}
if (logger == null)
{
throw new ArgumentNullException(nameof(logger));
}
if (logFileInfoFactory == null)
{
throw new ArgumentNullException(nameof(logFileInfoFactory));
}
if (internalEventInvoker == null)
{
throw new ArgumentNullException(nameof(internalEventInvoker));
}
if (taskManager == null)
{
throw new ArgumentNullException(nameof(taskManager));
}
this.logger = logger;
this.logFileInfoFactory = logFileInfoFactory;
this.taskManager = taskManager;
CharacterName = characterName;
FullDirPathToCharacterLogsDir = fullDirPathToCharacterLogsDir;
onFilesAddedOrRemoved = internalEventInvoker.Create(() => new CharacterLogFilesAddedOrRemoved(CharacterName));
try
{
Refresh();
}
catch (Exception exception)
{
logger.Log(LogLevel.Error, "Error at initial WurmCharacterLogFiles refresh: " + CharacterName, this, exception);
}
directoryWatcher = new FileSystemWatcher(fullDirPathToCharacterLogsDir)
{
Filter = "*.txt",
NotifyFilter = NotifyFilters.FileName
};
directoryWatcher.Created += DirectoryWatcherOnChanged;
directoryWatcher.Deleted += DirectoryWatcherOnChanged;
directoryWatcher.Renamed += DirectoryWatcherOnChanged;
directoryWatcher.Changed += DirectoryWatcherOnChanged;
directoryWatcher.EnableRaisingEvents = true;
taskHandle = new TaskHandle(Refresh, "WurmCharacterLogFiles refresh: " + CharacterName);
taskManager.Add(taskHandle);
taskHandle.Trigger();
}
/// <summary>
/// Handles the <see cref="E:RollbarEvent" /> event.
/// </summary>
/// <param name="e">The <see cref="RollbarEventArgs"/> instance containing the event data.</param>
internal virtual void OnRollbarEvent(RollbarEventArgs e)
{
InternalEvent?.Invoke(this, e);
}
protected internal override void InternalStateChange_To_AdditionClientServiceDef_additionClientFSM_InitTransition(AdditionClientServiceDef_additionClientFSMContext context, InternalEvent ie)
{
AdditionClientServiceDef_additionClientFSM ctxt = context.Owner;
#if TRACE
Trace.WriteLine(
"TRANSITION : AdditionClientServiceDef_additionClientFSM_SM.Ready.InternalStateChange_To_AdditionClientServiceDef_additionClientFSM_InitTransition(, InternalEvent ie)");
#endif
context.State.Exit(context);
context.ClearState();
try
{
ctxt.serviceStartedAction();
ctxt.processNotifications("Init", ie);
}
finally
{
context.State = AdditionClientServiceDef_additionClientFSM_SM.Init;
context.State.Entry(context);
}
return;
}
// This is the function that will process an event either generated
// by the service, sent to it by another service on the same component,
// or as a message sent by a different component.
public override bool processTransitions(InternalEvent ie)
{
bool done = false;
// Since this function can be called from multiple threads,
// we use a mutex to ensure only one state transition is
// active at a time.
mutex.WaitOne();
// Invoke the FSM transition for this event.
try
{
if (ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("ManagementOCU_ManagementOcuFSM") != 0) && (!done))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new ConfirmControl().getID())
{
ConfirmControl msg = new ConfirmControl();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
pManagementOCU_ManagementOcuFSM.context.ConfirmControlTransition(msg);
done = true;
}
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("MenuItemEntered") == 0 && (ie.getSource().CompareTo("ManagementOCU_ManagementOcuFSM") != 0) && (!done))
{
MenuItemEntered casted_ie = (MenuItemEntered)ie;
MenuItemEntered msg = casted_ie;
pManagementOCU_ManagementOcuFSM.context.MenuItemEnteredTransition(msg);
done = true;
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("MenuItemEntered") == 0 && (ie.getSource().CompareTo("ManagementOCU_ManagementOcuFSM") != 0) && (!done))
{
MenuItemEntered casted_ie = (MenuItemEntered)ie;
MenuItemEntered msg = casted_ie;
pManagementOCU_ManagementOcuFSM.context.MenuItemEnteredTransition(msg);
done = true;
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("ManagementOCU_ManagementOcuFSM") != 0) && (!done))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new ConfirmControl().getID())
{
ConfirmControl msg = new ConfirmControl();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
pManagementOCU_ManagementOcuFSM.context.ConfirmControlTransition(msg);
done = true;
}
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("InternalStateChange_To_ManagementOCU_ManagementOcuFSM_HandleMenu") == 0 && (ie.getSource().CompareTo("ManagementOCU_ManagementOcuFSM") != 0) && (!done))
{
pManagementOCU_ManagementOcuFSM.context.InternalStateChange_To_ManagementOCU_ManagementOcuFSM_HandleMenuTransition(ie);
done = true;
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("MenuItemEntered") == 0 && (ie.getSource().CompareTo("ManagementOCU_ManagementOcuFSM") != 0) && (!done))
{
MenuItemEntered casted_ie = (MenuItemEntered)ie;
MenuItemEntered msg = casted_ie;
pManagementOCU_ManagementOcuFSM.context.MenuItemEnteredTransition(msg);
done = true;
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("MenuItemEntered") == 0 && (ie.getSource().CompareTo("ManagementOCU_ManagementOcuFSM") != 0) && (!done))
{
MenuItemEntered casted_ie = (MenuItemEntered)ie;
MenuItemEntered msg = casted_ie;
pManagementOCU_ManagementOcuFSM.context.MenuItemEnteredTransition(msg);
done = true;
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("ManagementOCU_ManagementOcuFSM") != 0) && (!done))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new RejectControl().getID())
{
RejectControl msg = new RejectControl();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
pManagementOCU_ManagementOcuFSM.context.RejectControlTransition(msg);
done = true;
}
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("Receive") == 0 && (ie.getSource().CompareTo("ManagementOCU_ManagementOcuFSM") != 0) && (!done))
{
Receive casted_ie = (Receive)ie;
int pos = 0;
ushort id = BitConverter.ToUInt16(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
if (id == new ReportStatus().getID())
{
ReportStatus msg = new ReportStatus();
msg.decode(casted_ie.getBody().getReceiveRec().getMessagePayload().getData(), pos);
pManagementOCU_ManagementOcuFSM.context.ReportStatusTransition(msg);
done = true;
}
}
} catch (Exception e) {}
try
{
if (ie.getName().CompareTo("InternalStateChange_To_ManagementOCU_ManagementOcuFSM_WaitForControl") == 0 && (ie.getSource().CompareTo("ManagementOCU_ManagementOcuFSM") != 0) && (!done))
{
pManagementOCU_ManagementOcuFSM.context.InternalStateChange_To_ManagementOCU_ManagementOcuFSM_WaitForControlTransition(ie);
done = true;
}
} catch (Exception e) {}
mutex.ReleaseMutex();
return(done);
}
private IObservable <T> Filter <T>(InternalEvent @event) => eventHub.Events.Where(o => o.Event == @event) .Select(o => (T)o.Data);
private void Operation_OperationComplete(object sender, OperationStateEventArgs e)
{
InternalEvent.SafeInvoke(sender, e);
}
internal static global::System.Runtime.InteropServices.HandleRef getCPtr(InternalEvent obj)
{
return((obj == null) ? new global::System.Runtime.InteropServices.HandleRef(null, global::System.IntPtr.Zero) : obj.swigCPtr);
}