private IStep DoLoadStep()
{
if (_step.Batchlet != null)
{
var builder = new TaskletStepBuilder(_container, _step.Id, Int32.Parse(_step.DelayConfig)).Tasklet(_step.Batchlet.Ref);
builder.Repository(_container.Resolve <IJobRepository>());
AddListeners(builder);
return(builder.Build());
}
if (_step.Chunk != null)
{
var inType = GetTypeParameter(_container, typeof(IItemReader <>), _step.Chunk.Reader.Ref);
var outType = GetTypeParameter(_container, typeof(IItemWriter <>), _step.Chunk.Writer.Ref);
var builder = new SimpleStepBuilder(_container, _step.Id, inType, outType, Int32.Parse(_step.DelayConfig))
.Reader(_step.Chunk.Reader.Ref)
.Writer(_step.Chunk.Writer.Ref);
// To determine the master step and create remotechunking inject to the stepexecution
if (_step.RemoteChunking != null)
{
RemoteChunking remoteChunking = new RemoteChunking(_step.RemoteChunking.HostName, _step.RemoteChunking.UserName, _step.RemoteChunking.PassWord, _step.RemoteChunking.Master);
// set worker configuration in the master
if (_step.RemoteChunking.Master)
{
remoteChunking.WorkerFileName = _step.RemoteChunking.WorkerFileName;
remoteChunking.WorkerMaxNumber = int.Parse(_step.RemoteChunking.WorkerMaxNumber);
}
else // worker
{
// set worker id into the remotechunking object
if (!string.IsNullOrEmpty(_step.RemoteChunking.WorkerID))
{
remoteChunking.WorkerID = _step.RemoteChunking.WorkerID;
}
}
remoteChunking.MaxMasterWaitWorkerRetry = int.Parse(_step.RemoteChunking.MaxMasterWaitWorkerRetry);
remoteChunking.MaxMasterWaitWorkerSecond = int.Parse(_step.RemoteChunking.MaxMasterWaitWorkerSecond);
remoteChunking.RemoteChunkingTimoutSecond = TimeSpan.FromSeconds(int.Parse(_step.RemoteChunking.RemoteChunkingTimoutSecond));
builder = new SimpleStepBuilder(_container, _step.Id, inType, outType, Int32.Parse(_step.DelayConfig), remoteChunking)
.Reader(_step.Chunk.Reader.Ref)
.Writer(_step.Chunk.Writer.Ref);
}
if (_step.Chunk.Processor != null && !string.IsNullOrEmpty(_step.Chunk.Processor.Ref))
{
builder.Processor(_step.Chunk.Processor.Ref);
}
if (!string.IsNullOrEmpty(_step.Chunk.ItemCount))
{
builder.ChunkSize(int.Parse(_step.Chunk.ItemCount));
}
builder.Repository(_container.Resolve <IJobRepository>());
AddListeners(builder);
return(builder.Build());
}
throw new ArgumentException("A Batchlet or a chunk must be provided in the step");
}
private IStep DoLoadStep()
{
if (_step.Batchlet != null)
{
var builder = new TaskletStepBuilder(_container, _step.Id).Tasklet(_step.Batchlet.Ref);
builder.Repository(_container.Resolve <IJobRepository>());
AddListeners(builder);
return(builder.Build());
}
if (_step.Chunk != null)
{
var inType = GetTypeParameter(_container, typeof(IItemReader <>), _step.Chunk.Reader.Ref);
var outType = GetTypeParameter(_container, typeof(IItemWriter <>), _step.Chunk.Writer.Ref);
var builder = new SimpleStepBuilder(_container, _step.Id, inType, outType)
.Reader(_step.Chunk.Reader.Ref)
.Writer(_step.Chunk.Writer.Ref);
if (_step.Chunk.Processor != null && !string.IsNullOrEmpty(_step.Chunk.Processor.Ref))
{
builder.Processor(_step.Chunk.Processor.Ref);
}
if (!string.IsNullOrEmpty(_step.Chunk.ItemCount))
{
builder.ChunkSize(int.Parse(_step.Chunk.ItemCount));
}
builder.Repository(_container.Resolve <IJobRepository>());
AddListeners(builder);
return(builder.Build());
}
throw new ArgumentException("A Batchlet or a chunk must be provided in the step");
}