protected async override void Run()
{
if (DebuggingService.IsPaused)
{
DebuggingService.Resume();
return;
}
if (!IdeApp.ProjectOperations.CurrentRunOperation.IsCompleted)
{
if (!MessageService.Confirm(GettextCatalog.GetString("An application is already running. Do you want to stop it?"), AlertButton.Stop))
{
return;
}
StopHandler.StopBuildOperations();
await IdeApp.ProjectOperations.CurrentRunOperation.Task;
}
if (IdeApp.Workspace.IsOpen)
{
var target = GetRunTarget();
if (target != null)
{
IdeApp.ProjectOperations.Debug(target);
}
}
}
/// <summary>
/// Open a connection to the DOB.
/// <para/>
/// The connection uses the OnDoDispatch callback to signal that there is incoming data available.
/// When OnDoDispatch is called the application shall set an event or similar and then call
/// Dispatch() in this class from the thread that owns (has called Open)
/// the connection.
/// <para/>
/// There can be a number of contexts in the DOB. A connection is linked to the context specified in Open.
/// All operations using a connection is affecting only the context linked to that connection.
/// The intended primary usage is for recording/replay functionality. 0 is defined as the default
/// context.
/// <para/>
/// Note that connectionNameCommonPart together with connectionNameInstancePart must be unique
/// in the node.
/// <para/>
/// If null is passed as the stopHandler argument the connection will not receive a stop order.
/// Normally only the main thread of an application should pass a non-null stopHandler, and it
/// should then tell other parts of the application to exit. If multiple stop handlers are specified
/// there is NO guaranteed order between which gets called first when a process receives a stop signal.
/// <para/>
/// </summary>
/// <param name="connectionNameCommonPart">Name that identifies the program but not any particular
/// program instance.</param>
/// <param name="connectionNameInstancePart">Name that identifies a particular program instance.</param>
/// <param name="context">Context functionality not implemented yet!</param>
/// <param name="stopHandler">Object that implements the StopHandler interface.</param>
/// <param name="dispatcher">Object that implements the Dispatcher interface.</param>
/// <exception cref="Safir.Dob.NotOpenException">The connection name is already used by someone else.
/// Try another!</exception>
public void Open(string connectionNameCommonPart,
string connectionNameInstancePart,
System.Int32 context,
StopHandler stopHandler,
Dispatcher dispatcher)
{
// This check guarantees that there will be no call to DoseC_Connect if the connection is already opened.
// This solves the problem with dropping the incremented refrences in case of a NOP.
if (IsOpen())
{
return;
}
System.IntPtr nameCommonPart = Dob.Typesystem.Internal.InternalOperations.CStringOf(connectionNameCommonPart);
System.IntPtr nameInstancePart = Dob.Typesystem.Internal.InternalOperations.CStringOf(connectionNameInstancePart);
byte success;
Interface.DoseC_Connect(m_ctrl,
nameCommonPart,
nameInstancePart,
context,
Interface.DOSE_LANGUAGE_DOTNET,
ConsumerHandler.Instance.AddReference(stopHandler),
ConsumerHandler.Instance.AddReference(dispatcher),
Callbacks.onDispatchCb,
Callbacks.onStopOrderCb,
Callbacks.onNewEntityCb,
Callbacks.onUpdatedEntityCb,
Callbacks.onDeletedEntityCb,
Callbacks.onCreateRequestCb,
Callbacks.onUpdateRequestCb,
Callbacks.onDeleteRequestCb,
Callbacks.onServiceRequestCb,
Callbacks.onResponseCb,
Callbacks.onMessageCb,
Callbacks.onRegisteredCb,
Callbacks.onUnregisteredCb,
Callbacks.onRevokedRegistrationCb,
Callbacks.onCompletedRegistrationCb,
Callbacks.onInjectedNewEntityCb,
Callbacks.onInjectedUpdatedEntityCb,
Callbacks.onInjectedDeletedEntityCb,
Callbacks.onInitialInjectionsDoneCb,
Callbacks.onNotRequestOverflowCb,
Callbacks.onNotMessageOverflowCb,
Callbacks.onDropReferenceCb,
out success);
Marshal.FreeHGlobal(nameCommonPart);
Marshal.FreeHGlobal(nameInstancePart);
if (!Interface.BoolOf(success))
{
ConsumerHandler.Instance.DropReference(stopHandler);
ConsumerHandler.Instance.DropReference(dispatcher);
Safir.Dob.Typesystem.LibraryExceptions.Instance.Throw();
}
}
private void StopThread()
{
if (this.btnStart.InvokeRequired)
{
StopHandler sh = new StopHandler(StopThread);
this.Invoke(sh, new object[] {});
}
else
{
this.btnStart.Enabled = true;
}
}
private static void OnStopOrder(System.IntPtr connectionOwner, out byte success)
{
success = Interface.ByteOf(false);
try
{
StopHandler cons =
(StopHandler)ConsumerHandler.ToConsumer(connectionOwner);
cons.OnStopOrder();
success = Interface.ByteOf(true);
}
catch (System.Exception exc)
{
Typesystem.LibraryExceptions.Instance.Set(exc);
}
}
public WitConversation(string token, string conversationId, T initialContext,
MergeHandler merge, SayHandler say, ActionHandler action, StopHandler stop)
{
if (token == null || conversationId == null || merge == null || say == null || action == null)
{
throw new Exception("Please check WitConversation constructor parameters.");
}
client = new WitClient(token);
this.conversationId = conversationId;
_merge = merge;
_say = say;
_action = action;
_stop = stop;
context = initialContext;
}
public async Task Stop()
{
await Task.Run(() =>
{
var mr = new ManualResetEvent(false);
StopHandler stopAction = null;
stopAction = () =>
{
_listener.SCPStopped -= stopAction;
mr.Set();
};
_listener.SCPStopped += stopAction;
_tokenSource.Cancel();
_listener.Stop();
mr.WaitOne();
});
}
public Executor(string[] args)
{
m_instance = int.Parse(args[0]);
m_instanceString = m_instance.ToString();
m_partnerEntityId = new Safir.Dob.Typesystem.EntityId(DoseTest.Partner.ClassTypeId,
new Safir.Dob.Typesystem.InstanceId(m_instance));
m_controlConnectionName = m_identifier + "_control";
m_testConnectionName = "partner_test_connection";
m_callbackActions = new Dictionary <Safir.Dob.CallbackId.Enumeration, List <DoseTest.Action> >();
foreach (Safir.Dob.CallbackId.Enumeration cb in Enum.GetValues(typeof(Safir.Dob.CallbackId.Enumeration)))
{
m_callbackActions.Add(cb, new List <DoseTest.Action>());
}
m_controlDispatcher = new ControlDispatcher(m_controlDispatchEvent);
m_testDispatcher = new Dispatcher(m_testDispatchEvent);
m_testStopHandler = new StopHandler();
m_actionReceiver = new ActionReceiver(m_instance, m_dataReceivedEvent);
}
/// <summary>
/// Starts the timer with the given timeout value and timeout handler function.
/// </summary>
/// <param name="timeoutValue">
/// The timeout handler function will be called by the AlarmClockThread if this amount of time elapses without stopping
/// the timer object.
/// </param>
/// <param name="timeoutHandler">The handler function that will be called in case of timeout.</param>
/// <param name="stopHandler">The handler function that will be called in case of stop.</param>
/// <remarks>
/// This function can only be called from another thread.
/// </remarks>
public void Start(int timeoutValue, TimeoutHandler timeoutHandler, StopHandler stopHandler)
{
if (timeoutValue < 0)
{
throw new ArgumentOutOfRangeException("timeoutValue");
}
if (timeoutHandler == null)
{
throw new ArgumentNullException("timeoutHandler");
}
if (stopHandler == null)
{
throw new ArgumentNullException("stopHandler");
}
lock (this.lockObject)
{
if (this.disposed)
{
throw new ObjectDisposedException("AlarmClockThread");
}
if (RCThread.CurrentThread == this.timeoutThread)
{
throw new DssException("Unable to access AlarmClockThread.Start from the current thread!");
}
if (this.timerRunning)
{
throw new DssException("The timer is currently running!");
}
this.currentTimeoutValue = timeoutValue;
this.currentTimeoutHandler = timeoutHandler;
this.currentStopHandler = stopHandler;
this.timerRunning = true;
this.startEvent.Set();
}
}
private void ExecuteAction(DoseTest.Action action)
{
switch (action.ActionKind.Val)
{
case DoseTest.ActionEnum.Enumeration.Reset:
if (m_isActive)
{
m_testConnection.Close();
Dispatcher oldDispatcher = m_testDispatcher; //keep this for a while, so we get a new dispatcher address.
m_testDispatcher = new Dispatcher(m_testDispatchEvent);
if (oldDispatcher != null) //add a check to avoid a warning from mono
{
oldDispatcher = null;
}
StopHandler oldStopHandler = m_testStopHandler; //keep this for a while, so we get a new stopHandler address.
m_testStopHandler = new StopHandler();
if (oldStopHandler != null)
{
oldStopHandler = null;
}
m_testConnection.Open(m_testConnectionName, m_instanceString, m_defaultContext, null, m_testDispatcher);
using (Safir.Dob.EntityProxy ep = m_controlConnection.Read(m_partnerEntityId))
{
DoseTest.Partner partner = ep.Entity as DoseTest.Partner;
if (partner.Incarnation.IsNull())
{
partner.Incarnation.Val = 0;
}
else
{
partner.Incarnation.Val = partner.Incarnation.Val + 1;
}
m_controlConnection.SetChanges(partner, m_partnerEntityId.InstanceId, new Safir.Dob.Typesystem.HandlerId(m_instance));
}
Consumer[] oldCons = m_consumers; //keep these for a while, so we get new consumer addresses.
m_consumers = new Consumer[3];
for (int i = 0; i < 3; ++i)
{
m_consumers[i] = new Consumer(i, m_testConnectionName, m_instanceString);
}
if (oldCons != null) //avoid warning...
{
oldCons = null;
}
foreach (KeyValuePair <Safir.Dob.CallbackId.Enumeration, List <DoseTest.Action> > cbActions
in m_callbackActions)
{
cbActions.Value.Clear();
}
}
break;
case DoseTest.ActionEnum.Enumeration.CheckReferences:
if (m_isActive)
{
if (m_consumers != null)
{
m_consumers = null;
}
System.GC.Collect();
System.GC.WaitForPendingFinalizers();
// After releasing the executor's references and a garabage collection, there should be no
// Consumer instances
if (Consumer.instanceCount != 0)
{
Logger.Instance.WriteLine("Expected 0 consumer instances, but there is " + Consumer.instanceCount);
}
// restore consumers
m_consumers = new Consumer[3];
for (int i = 0; i < 3; ++i)
{
m_consumers[i] = new Consumer(i, m_testConnectionName, m_instanceString);
}
}
break;
case DoseTest.ActionEnum.Enumeration.CloseAndCheckReferences:
if (m_isActive)
{
m_testConnection.Close();
if (m_consumers != null)
{
m_consumers = null;
}
if (m_testDispatcher != null)
{
m_testDispatcher = null;
}
if (m_testStopHandler != null)
{
m_testStopHandler = null;
}
System.GC.Collect();
System.GC.WaitForPendingFinalizers();
// After releasing the executor's references and a garabage collection, there should be no
// Consumer instances and no Dispatcher instances
if (Consumer.instanceCount != 0)
{
Logger.Instance.WriteLine("Expected 0 consumer instances, but there is " + Consumer.instanceCount);
}
if (Dispatcher.instanceCount != 0)
{
Logger.Instance.WriteLine("Expected 0 dispatcher instances, but there is " + Dispatcher.instanceCount);
}
if (StopHandler.instanceCount != 0)
{
Logger.Instance.WriteLine("Expected 0 stopHandler instances, but there is " + StopHandler.instanceCount);
}
// Restore dispatcher
m_testDispatcher = new Dispatcher(m_testDispatchEvent);
m_testConnection.Open(m_testConnectionName, m_instanceString, 0, null, m_testDispatcher);
// Restore consumers
m_consumers = new Consumer[3];
for (int i = 0; i < 3; ++i)
{
m_consumers[i] = new Consumer(i, m_testConnectionName, m_instanceString);
}
// Restore stopHandler
m_testStopHandler = new StopHandler();
}
break;
case DoseTest.ActionEnum.Enumeration.RunGarbageCollector:
if (m_isActive)
{
System.GC.Collect();
System.GC.WaitForPendingFinalizers();
}
break;
case DoseTest.ActionEnum.Enumeration.Open:
{
if (m_isActive)
{
System.Int32 context = m_defaultContext;
if (!action.Context.IsNull())
{
context = action.Context.Val;
}
string connName = m_testConnectionName;
if (!action.ConnectionName.IsNull())
{
connName = action.ConnectionName.Val;
}
m_testConnection.Open(connName, m_instanceString, context, m_testStopHandler, m_testDispatcher);
}
}
break;
case DoseTest.ActionEnum.Enumeration.Close:
{
if (m_isActive)
{
m_testConnection.Close();
}
}
break;
case DoseTest.ActionEnum.Enumeration.InhibitDispatch:
if (m_isActive)
{
m_dispatchTestConnection = !action.Inhibit.Val;
Logger.Instance.WriteLine("InhibitDispatch set to " + m_dispatchTestConnection);
}
break;
case DoseTest.ActionEnum.Enumeration.InhibitOutgoingTraffic:
if (m_isActive)
{
byte success;
InhibitOutgoingTraffic(ByteOf(action.Inhibit.Val), out success);
Logger.Instance.WriteLine("InhibitOutgoingTraffic set to " + ByteOf(action.Inhibit.Val));
}
break;
case DoseTest.ActionEnum.Enumeration.Print:
if (m_isActive)
{
Logger.Instance.WriteLine(action.PrintString.Val);
}
break;
case DoseTest.ActionEnum.Enumeration.ResetCallbackActions:
foreach (KeyValuePair <Safir.Dob.CallbackId.Enumeration, List <DoseTest.Action> > cbActions
in m_callbackActions)
{
cbActions.Value.Clear();
}
break;
case DoseTest.ActionEnum.Enumeration.Sleep:
{
if (m_isActive)
{
System.Console.WriteLine("Sleeping " + action.SleepDuration.Val + " seconds");
System.Threading.Thread.Sleep((int)(action.SleepDuration.Val * 1000.0));
}
}
break;
default:
Logger.Instance.WriteLine("Got unexpected action " + action.ActionKind.Val);
break;
}
}
/// <summary>
/// Closes all the handlers for the imageServer (invoked when service is terminated)..
/// </summary>
public void CloseImageServer()
{
StopHandler.Invoke(this, new DirectoryCloseEventArgs("*", null));
}
/// <summary>
/// Method responsible for the optimization.
/// </summary>
/// <returns>An object containing the optimized values of the parameters as well as other characteristics of the optimization process.</returns>
public Result Optimize(ArrayList ElementsTrans)
{
bool genRand = ElementsTrans == null;
// Create a list object for elementes.
Elements = new ArrayList();
if (!genRand)
{
// Transfer elements importing
foreach (BaseElement Element in ElementsTrans)
{
Elements.Add(GetNewElement(FitnessFunction, Element.Position));
}
}
// Create a random number generator object.
RNG = new Random();
// The ordinal number of the actual generation.
Generation = 1;
// Define a logical variable that keeps track of the current state.
Stop = false;
// Start execturion timer
var timer = new System.Diagnostics.Stopwatch();
timer.Reset();
timer.Start();
if (genRand)
{
// Put the first element into the pool.
Elements.Add(GetNewElement(FitnessFunction, InitialParameters));
}
// Initializing the first element takes an evaluation, so we initialize to one
Evaluation = 1;
// Check if the stopping condition was met
if (StopHandler != null)
{
Stop = StopHandler.Invoke(this, Elements);
}
else
{
CheckStop();
}
// Create an object for the returned information.
Info = new Dictionary <InfoTypes, object>();
// Add the affinity (performance) corresponding to the initial parameter values.
Info.Add(InfoTypes.InitialFitness, ((BaseElement)Elements[0]).Fitness);
if (genRand)
{
// Create the rest of the initial pool (first generation) of elementes creating elementes at random positions.
CreateRandomElements(NumberOfElements - 1);
}
// Raise GenerationCreated event if there are any subscribers.
GenerationCreated?.Invoke(this, Elements, GetFitnesses());
ArrayList BestAffinities = new ArrayList();
BestAffinities.Add(((BaseElement)Elements[0]).Fitness);
if (StopHandler != null)
{
Stop = StopHandler.Invoke(this, Elements);
}
else
{
CheckStop();
}
//Begin the optimization process
while (!Stop)
{
if (Slow)
{
System.Threading.Thread.Sleep(100);
}
Generation++;
// Create next generation.
CreateNextGeneration();
BestAffinities.Add(((BaseElement)Elements[0]).Fitness);
// Raise GenerationCreated event if there are any subscribers.
GenerationCreated?.Invoke(this, Elements, GetFitnesses());
// Stop if the stopping criteria is the number of generations and the number of allowed generations is reached
if (StopHandler != null)
{
Stop = StopHandler.Invoke(this, Elements);
}
else
{
CheckStop();
}
}
// Stop timer
timer.Stop();
// Create an array for the parameters (position) of the best antibody.
var Best = new ArrayList();
for (int dim = 0; dim < InitialParameters.Count; dim++)
{
Best.Add(((BaseElement)Elements[0])[dim]);
}
// Add the affinity (performance) value of the best antibody to the returned information.
Info.Add(InfoTypes.FinalFitness, ((BaseElement)Elements[0]).Fitness);
// Add munber of generations.
Info.Add(InfoTypes.Generations, Generation);
// Add number of affinity evaluations.
Info.Add(InfoTypes.Evaluations, Evaluation);
// Define returned values.
Info.Add(InfoTypes.Affinities, BestAffinities);
// Add execution time to result info
Info.Add(InfoTypes.ExecutionTime, timer.ElapsedMilliseconds);
var res = new Result(Best, Info);
return(res);
}