/**
* Prints {@link com.revo.deployr.client.broker.RTaskResult}
* to console output.
*/
public static void printRTaskResult(RTask task, RTaskResult result, String error)
{
Console.WriteLine("\nTask: " + task);
if (error != null)
{
Console.WriteLine("Status[fail]: cause=" + error);
}
else
{
switch (result.getType())
{
case RTaskType.DISCRETE:
if (result.isSuccess())
{
Console.WriteLine("Status[ok]: [ code : " +
result.getTimeOnCode() + " , server : " +
result.getTimeOnServer() + " , call : " +
result.getTimeOnCall() + " ]");
}
else
{
Console.WriteLine("Status[fail]: cause=" + result.getFailure());
}
break;
case RTaskType.POOLED:
if (result.isSuccess())
{
Console.WriteLine("Status[ok]: [ code : " +
result.getTimeOnCode() + " , server : " +
result.getTimeOnServer() + " , call : " +
result.getTimeOnCall() + " ]");
}
else
{
Console.WriteLine("Status[fail]: cause=" + result.getFailure());
}
break;
case RTaskType.BACKGROUND:
if (result.isSuccess())
{
Console.WriteLine("Status[ok]: [ server : " +
result.getTimeOnServer() + " , call : " +
result.getTimeOnCall() + " ]");
}
else
{
Console.WriteLine("Status[fail]: cause=" + result.getFailure());
}
break;
}
}
}
/**
* Prints {@link com.revo.deployr.client.broker.RTaskResult}
* to console output.
*/
public static void printRTaskResult(RTask task, RTaskResult result, String error)
{
Console.WriteLine("\nTask: " + task);
if(error != null)
{
Console.WriteLine("Status[fail]: cause=" + error);
}
else
{
switch(result.getType())
{
case RTaskType.DISCRETE:
if(result.isSuccess())
{
Console.WriteLine("Status[ok]: [ code : " +
result.getTimeOnCode() + " , server : " +
result.getTimeOnServer() + " , call : " +
result.getTimeOnCall() + " ]");
}
else
{
Console.WriteLine("Status[fail]: cause=" + result.getFailure());
}
break;
case RTaskType.POOLED:
if(result.isSuccess())
{
Console.WriteLine("Status[ok]: [ code : " +
result.getTimeOnCode() + " , server : " +
result.getTimeOnServer() + " , call : " +
result.getTimeOnCall() + " ]");
}
else
{
Console.WriteLine("Status[fail]: cause=" + result.getFailure());
}
break;
case RTaskType.BACKGROUND:
if(result.isSuccess())
{
Console.WriteLine("Status[ok]: [ server : " +
result.getTimeOnServer() + " , call : " +
result.getTimeOnCall() + " ]");
}
else
{
Console.WriteLine("Status[fail]: cause=" + result.getFailure());
}
break;
}
}
}
/// <summary>
/// Returns a resource token for the task back to the token pool.
/// </summary>
/// <param name="task">RTask submitted for execution as a background task</param>
/// <param name="result">RTaskResult containing the results of the completed task</param>
/// <remarks></remarks>
public override void callback(RTask task, RTaskResult result)
{
Object obj;
m_taskResourceTokenMap.TryGetValue(task, out obj);
RProject rProject = (RProject)obj;
/*
* Check for Grid Exception
*/
Boolean bGridException = false;
Exception failure = result.getFailure();
if (failure != null)
{
if (failure.GetType() == typeof(HTTPRestException))
{
HTTPRestException ex = (HTTPRestException)failure;
if (ex.errorCode >= 910 || ex.errorCode == 403)
{
bGridException = true;
}
}
}
if (bGridException == true)
{
/*
* On detection of an RGridException drop the RProject from
* the pool so further tasks are not directed to that RProject.
* We achieve this by simply not adding the RProject back to the
* resourceTokenPool on this callback.
*
* We then need to adjust the parallelTaskLimit so the RBroker
* will report the new (smaller) pool size on
* RBroker.maxConcurrency() calls.
*/
if (m_taskListener != null)
{
/*
* When asynchronous listener in use, failed task
* executions due to slot or grid failures can be
* automatically resubmitted for execution by the RBroker.
*
* When RTaskResult.repeatTask is enabled the
* RBrokerEngine.RBrokerListenerManager will skip
* calling taskListener.onTaskCompleted(task, result).
* This prevents a client application from seeing
* (or having to handle) temporary slot or grid related
* failures on RTasks.
*/
RTaskResultImpl resultImpl = (RTaskResultImpl)result;
resultImpl.repeatTask = true;
/*
* Now re-submit for execution using the priority
* queue to expedite processing.
*/
try
{
submit(task, true);
}
catch (Exception tex)
{
throw new Exception("PooledTaskBroker: callback, task re-submission ex=" + tex.ToString());
}
}
int resizedPoolSize = (int)Interlocked.Decrement(ref m_parallelTaskLimit);
if (m_brokerListener != null)
{
Exception rbex;
if (resizedPoolSize == 0)
{
rbex = new Exception("DeployR grid failure detected, pool no longer operational, advise RBroker shutdown.");
}
else
{
rbex = new Exception("DeployR grid failure detected, pool size auto-adjusted, max concurrency now " + resizedPoolSize + ".");
}
m_brokerListener.onRuntimeError(rbex.Message);
}
}
else
{
if (rProject != null)
{
Boolean added = m_resourceTokenPool.TryAdd(rProject);
if (!added)
{
throw new Exception("PooledTaskBroker: callback, project could not be added back to pool?");
}
}
else
{
throw new Exception("PooledTaskBroker: callback, task does not have matching project?");
}
}
}
/// <summary>
/// Returns a resource token for the task back to the token pool.
/// </summary>
/// <param name="task">RTask submitted for execution as a background task</param>
/// <param name="result">RTaskResult containing the results of the completed task</param>
/// <remarks></remarks>
public override void callback(RTask task, RTaskResult result)
{
Object obj;
m_taskResourceTokenMap.TryGetValue(task, out obj);
RProject rProject = (RProject)obj;
/*
* Check for Grid Exception
*/
Boolean bGridException = false;
Exception failure = result.getFailure();
if (failure != null)
{
if (failure.GetType() == typeof(HTTPRestException))
{
HTTPRestException ex = (HTTPRestException)failure;
if (ex.errorCode >= 910 || ex.errorCode ==403)
{
bGridException = true;
}
}
}
if (bGridException == true)
{
/*
* On detection of an RGridException drop the RProject from
* the pool so further tasks are not directed to that RProject.
* We achieve this by simply not adding the RProject back to the
* resourceTokenPool on this callback.
*
* We then need to adjust the parallelTaskLimit so the RBroker
* will report the new (smaller) pool size on
* RBroker.maxConcurrency() calls.
*/
if (m_taskListener != null)
{
/*
* When asynchronous listener in use, failed task
* executions due to slot or grid failures can be
* automatically resubmitted for execution by the RBroker.
*
* When RTaskResult.repeatTask is enabled the
* RBrokerEngine.RBrokerListenerManager will skip
* calling taskListener.onTaskCompleted(task, result).
* This prevents a client application from seeing
* (or having to handle) temporary slot or grid related
* failures on RTasks.
*/
RTaskResultImpl resultImpl = (RTaskResultImpl)result;
resultImpl.repeatTask = true;
/*
* Now re-submit for execution using the priority
* queue to expedite processing.
*/
try
{
submit(task, true);
}
catch (Exception tex)
{
throw new Exception("PooledTaskBroker: callback, task re-submission ex=" + tex.ToString());
}
}
int resizedPoolSize = (int)Interlocked.Decrement(ref m_parallelTaskLimit);
if (m_brokerListener != null)
{
Exception rbex;
if (resizedPoolSize == 0)
{
rbex = new Exception("DeployR grid failure detected, pool no longer operational, advise RBroker shutdown.");
}
else
{
rbex = new Exception("DeployR grid failure detected, pool size auto-adjusted, max concurrency now " + resizedPoolSize + ".");
}
m_brokerListener.onRuntimeError(rbex.Message);
}
}
else
{
if (rProject != null)
{
Boolean added = m_resourceTokenPool.TryAdd(rProject);
if (!added)
{
throw new Exception("PooledTaskBroker: callback, project could not be added back to pool?");
}
}
else
{
throw new Exception("PooledTaskBroker: callback, task does not have matching project?");
}
}
}