/// <summary>
/// Actual taskletstep execution.
/// </summary>
/// <param name="stepExecution"></param>
/// <exception cref="Exception"> </exception>
protected override void DoExecute(StepExecution stepExecution)
{
stepExecution.ExecutionContext.Put(TaskletTypeKey, _tasklet.GetType().Name);
stepExecution.ExecutionContext.Put(StepConstants.StepTypeKey, GetType().Name);
_stream.Update(stepExecution.ExecutionContext);
JobRepository.UpdateExecutionContext(stepExecution);
JobRepository.UpdateExecutionContext(stepExecution.JobExecution);
// Shared semaphore per step execution, so other step executions can run
// in parallel without needing the lock
Semaphore semaphore = CreateSemaphore();
_stepOperations.Iterate(StepContextRepeatCallback.GetRepeatCallback(stepExecution,
(context, chunkContext) =>
{
StepExecution lStepExecution = chunkContext.StepContext.StepExecution;
_interruptionPolicy.CheckInterrupted(lStepExecution);
ChunkTransactionCallback callback =
new ChunkTransactionCallback(chunkContext, semaphore, this);
RepeatStatus result;
using (var scope = TransactionScopeManager.CreateScope())
{
TransactionScopeManager.RegisterTransactionSynchronization(scope, callback);
try
{
result = callback.DoInTransaction();
}
catch (Exception e)
{
//Log and rethrow
Logger.Error(e, "Transaction will be rollbacked because of an unexpected exception.");
throw; // throw to ensure rollback will occur (no complete)
}
scope.Complete();
}
// Release connections since the transaction has ended
ConnectionUtil.ReleaseConnections();
Thread.Sleep(stepExecution.DelayConfig);
_interruptionPolicy.CheckInterrupted(stepExecution);
return(result);
}
));
}
/// <summary>
/// Actual taskletstep execution.
/// </summary>
/// <param name="stepExecution"></param>
/// <exception cref="Exception"></exception>
protected override void DoExecute(StepExecution stepExecution)
{
stepExecution.ExecutionContext.Put(TaskletTypeKey, _tasklet.GetType().Name);
stepExecution.ExecutionContext.Put(StepConstants.StepTypeKey, GetType().Name);
_stream.Update(stepExecution.ExecutionContext);
JobRepository.UpdateExecutionContext(stepExecution);
// Shared semaphore per step execution, so other step executions can run
// in parallel without needing the lock
Semaphore semaphore = CreateSemaphore();
_stepOperations.Iterate(StepContextRepeatCallback.GetRepeatCallback(stepExecution,
(context, chunkContext) =>
{
StepExecution lStepExecution = chunkContext.StepContext.StepExecution;
_interruptionPolicy.CheckInterrupted(lStepExecution);
ChunkTransactionCallback callback =
new ChunkTransactionCallback(chunkContext, semaphore, this);
RepeatStatus result;
using (var scope = TransactionScopeManager.CreateScope())
{
TransactionScopeManager.RegisterTransactionSynchronization(scope, callback);
try
{
result = callback.DoInTransaction();
}
catch (Exception e)
{
//Log and rethrow
Logger.Error(e, "Transaction will be rollbacked because of an unexpected exception.");
throw; // throw to ensure rollback will occur (no complete)
}
scope.Complete();
}
// Release connections since the transaction has ended
ConnectionUtil.ReleaseConnections();
_interruptionPolicy.CheckInterrupted(stepExecution);
return result;
}
));
}
