public override void UpdateState(bool success, MachineStates finishedState)
{
Debug.Log(finishedState);
if (Vector2.Distance(transform.position, player.transform.position) > 5)
{
comedorPatrollingAction.StartAction();
actualState = MachineStates.Patrolling;
}
else
{
if (actualState == MachineStates.MoveToPlayer && finishedState == MachineStates.MoveToPlayer && success)
{
comedorattackAction.StartAction();
actualState = MachineStates.Attack;
}
}
if (actualState == MachineStates.Attack && finishedState == MachineStates.Attack && success)
{
if (!reachedEva)
{
comedorMoveToPlayer.StartAction();
actualState = MachineStates.MoveToPlayer;
}
else
{
comedorattackAction.StartAction();
actualState = MachineStates.Attack;
}
}
}
public void updateState(MachineStates state, bool value)
{
Debug.WriteLine("Machine.updateState");
if(state != MachineStates.UNDEFINED)
{
states[state] = value;
mainPage.updateGUI();
mainPage.logic.machineStateChange(state);
}
}
public override void UpdateState(bool success, MachineStates thisState)
{
actualState = thisState;
switch (nextState)
{
case 1:
patrollingAction.StartAction();
thisState = MachineStates.Patrolling;
break;
case 2:
sleepAction.StartAction();
thisState = MachineStates.Sleep;
break;
}
}
private void ChangeState(MachineStates newState, MachineStates nextState = MachineStates.Idle, int predictedNextChangeSeconds = 10)
{
//Copy last state
StateData.PreviousState = StateData.CurrentState;
//Set new state and changetimestamp (right now)
StateData.CurrentState = newState;
StateData.CurrentStateChangedTimestamp = DateTime.Now;
//Set predicted state which this adapter will be going to and a predicted time when it will change.
StateData.PredictedState = nextState;
StateData.PredictedStateChangeTime = DateTime.Now.AddSeconds(predictedNextChangeSeconds);
//Publishes the state change and the orderId indicates the context of the state change.
MachineStateDataChanged?.Invoke(StateData, OrderData.OrderId);
}
public void EmergencyStop()
{
try
{
activeColorMemory = ActiveColor;
conveyorOnMemory = ConveyorOn;
currentStateMemory = CurrentState;
ActiveColor = MachineColor.None;
ConveyorOn = false;
CurrentState = MachineStates.Stoped;
paintInjectionStopWatch.Stop();
batchProductionStopWatch.Stop();
}
catch (SocketException)
{
lock (connectedLock) { Connected = false; }
throw;
}
}
/// <inheritdoc />
public override bool Equals(object obj)
{
var other = obj as OperationalState;
if (other == null)
{
return(false);
}
if (!base.Equals(obj))
{
return(false);
}
if (!MachineStates.SequenceEqual(other.MachineStates))
{
return(false);
}
if (CurrentJobState != other.CurrentMachineState)
{
return(false);
}
if (!JobStates.SequenceEqual(other.JobStates))
{
return(false);
}
if (CurrentJobState != other.CurrentJobState)
{
return(false);
}
if (RunningTime != other.RunningTime)
{
return(false);
}
if (RemainingTime != other.RemainingTime)
{
return(false);
}
if (ProgressPercentage != other.ProgressPercentage)
{
return(false);
}
return(true);
}
public VmModel(
int machineId,
string machineName,
DateTimeOffset lastPoll,
MachineStates machineState,
LCMStates?LCMState,
decimal?machineCpuUtilizationPercent,
int?machineMemmoryUtilizationBytes,
string?machineIp,
string?machineMac)
{
MachineId = machineId;
MachineName = machineName;
LastPoll = lastPoll;
MachineState = machineState;
MachineLCMState = LCMState;
MachineCpuUtilizationPercent = machineCpuUtilizationPercent;
MachineMemmoryUtilizationBytes = machineMemmoryUtilizationBytes;
MachineIp = machineIp;
MachineMac = machineMac;
}
public VmPoolInfoExtendedReturnContainer(object[] input)
{
//Console.WriteLine("VMPoolInfoExtendedReturnContainer creation started");
if (input is null)
{
Console.WriteLine("Input was null for VmPoolInfoExtendedReturnContainer");
}
VmModelList = new List <VmModel>();
//Console.WriteLine("VMPoolInfoExtendedReturnContainer: VM Model List Created in ");
XmlDocument ResultDocument;
ResultDocument = GetCleanXmlDocument(input);
//Console.WriteLine("VMPoolInfoExtendedReturnContainer: Clean result document generated");
XmlNodeList VmTemplateNodes = ResultDocument.GetElementsByTagName("VM");
//Console.WriteLine("VMPoolInfoExtendedReturnContainer: VMTemplate Nodes recovered");
foreach (XmlNode VmNode in VmTemplateNodes)
{
var result = true;
var monitoringNode = VmNode.SelectSingleNode("MONITORING");
if (monitoringNode == null)
{
Console.WriteLine("Error getting Monitoring node trashing result");
continue;
}
result &= int.TryParse(VmNode.SelectSingleNode("ID")?.InnerText, out int machineId);
if (!result)
{
Console.WriteLine("Error getting ID Node trashing result");
continue;
}
var machineName = VmNode.SelectSingleNode("NAME")?.InnerText;
result &= machineName != null;
if (!result)
{
Console.WriteLine("Error getting Name node trashing result");
continue;
}
result &= long.TryParse(VmNode.SelectSingleNode("LAST_POLL")?.InnerText, out long lastPollLong);
var lastPoll = DateTimeOffset.FromUnixTimeSeconds(lastPollLong);
if (!result)
{
Console.WriteLine("Error getting Last poll trashing result");
continue;
}
result &= int.TryParse(VmNode.SelectSingleNode("STATE")?.InnerText, out int machineStateInt);
MachineStates machineState = (MachineStates)machineStateInt;
if (!result)
{
Console.WriteLine("Error getting STATE node trashing result");
continue;
}
result &= int.TryParse(VmNode.SelectSingleNode("LCM_STATE")?.InnerText, out int lcmstateint);
LCMStates lcmState = (LCMStates)lcmstateint;
//if (!result)
//{
// Console.WriteLine("Error getting LCMSTATE Node trashing result");
// continue;
//}
result &= decimal.TryParse(monitoringNode.SelectSingleNode("CPU")?.InnerText, out decimal machineCpuPercent);
//if (!result)
//{
// Console.WriteLine("Error getting CPU Node trashing result");
// continue;
//}
result &= int.TryParse(monitoringNode.SelectSingleNode("MEMORY")?.InnerText, out int machineMemmoryUtilizationBytes);
//if (!result)
//{
// Console.WriteLine("Error getting MEMORY Node trashing result");
// continue;
//}
var machineIpNodeInnerText = monitoringNode.SelectSingleNode("GUEST_IP_ADDRESSES")?.InnerText ?? "";
Match machineIpMatch = Regex.Match(machineIpNodeInnerText, @"(\d{1,3}.\d{1,3}.\d{1,3}.\d{1,3})");
string machineIp;
//Console.WriteLine($"machineIpNodeInnerText, {machineIpNodeInnerText}, node == null : {monitoringNode.SelectSingleNode("GUEST_IP_ADDRESSES") == null}");
if (!machineIpMatch.Success)
{
result = false;
machineIp = "";
}
else
{
machineIp = machineIpMatch.Value;
}
//if (!result)
//{
// Console.WriteLine("Error getting IP trashing result");
// continue;
//}
var machineMac = VmNode.SelectSingleNode("TEMPLATE")?.SelectSingleNode("NIC")?.SelectSingleNode("MAC")?.InnerText;
result &= machineMac != null;
//if (!result)
//{
// Console.WriteLine("Error getting MAC Node trashing result");
// continue;
//}
//if (!result)
//{
// Console.WriteLine("VMPoolInfoExtendedReturnContainer: Error in result - Trashing result");
// continue;
//}
VmModelList.Add(new VmModel(
machineId,
machineName,
lastPoll,
machineState,
lcmState,
machineCpuPercent,
machineMemmoryUtilizationBytes,
machineIp,
machineMac
));
}
}
public abstract void UpdateState(bool success, MachineStates finishedState
);
public void machineStateChange(MachineStates state)
{
Debug.WriteLine("Logic.machineStateChange");
switch (state)
{
case MachineStates.STARTUP:
// If neither STARTUP or MANUAL states are active, machine must be running in AUTO
if (!machine.getState(MachineStates.STARTUP) && !machine.getState(MachineStates.MANUAL))
machine.updateState(MachineStates.AUTO, true);
else
machine.updateState(MachineStates.AUTO, false);
break;
case MachineStates.AUTO:
break;
case MachineStates.MANUAL:
// If neither STARTUP or MANUAL states are active, machine must be running in AUTO
if (!machine.getState(MachineStates.STARTUP) && !machine.getState(MachineStates.MANUAL))
machine.updateState(MachineStates.AUTO, true);
else
machine.updateState(MachineStates.AUTO, false);
break;
case MachineStates.LATCH:
// If LATCH occours while machineState.AUTO is true and a Process is loaded, then hasLatched = true
if (machine.getState(MachineStates.LATCH) && machine.getState(MachineStates.AUTO) && process.isLoaded())
machine.hasLatched = true;
break;
case MachineStates.SPLIT:
if (machine.getState(MachineStates.SPLIT) && machine.getState(MachineStates.AUTO))
{
// If SPLIT occours while machineState.AUTO is true and process is loaded, then process should be changed accordingly.
if (process.isLoaded())
{
if (machine.hasLatched)
{
process.quantity++;
machine.hasLatched = false;
}
else
process.waste++;
if (process.stopped)
runEvent();
events[events.Count - 1].change = DateTime.Now;
process.change = DateTime.Now;
process.stopped = false;
order.change = DateTime.Now;
// Restart timer
mainPage.hideProcessStopContentDialog();
splitTimer.Change(5000, 5000);
}
}
break;
}
mainPage.updateGUI();
}
public bool getState(MachineStates state)
{
//Debug.WriteLine("Machine.getState");
return states[state];
}
public void addState(MachineStates state, bool value)
{
Debug.WriteLine("Machine.addState");
states.Add(state, value);
}