protected override void Execute(NativeActivityContext context)
{
SendRequestReceiveResponseScopeExecutionProperty executionProperty = context.GetSendRequestReceiveResponseScopeExecutionProperty();
if (executionProperty.UntypedOnOperationTask != null)
{
// We await the task, but we won't execute the task's Func<Task> or Func<Task<TResponseResult>> return value, that is the ReceiveResponse activity's responsibility.
context.ScheduleAction(responseResultWaiter, executionProperty.UntypedOnOperationTask);
executionProperty.OnOperationTaskWaiterIsScheduled();
}
}
protected override void Execute(NativeActivityContext context)
{
SendRequestReceiveResponseScopeExecutionProperty executionProperty = context.GetSendRequestReceiveResponseScopeExecutionProperty();
if (executionProperty.UntypedOnOperationTask != null)
{
// We await the task, but we won't execute the task's Func<Task> or Func<Task<TResponseResult>> return value, that is the ReceiveResponse activity's responsibility.
context.ScheduleAction(responseResultWaiter, executionProperty.UntypedOnOperationTask);
executionProperty.OnOperationTaskWaiterIsScheduled();
}
}
// This will start/schedule the OnOperationAsync task, but won't wait for it, the task will be an implicit (single threaded reentrant) parallel activity.
// The Scope is responsible to handle the outstanding task in case of Abort, Cancellation or Termination.
protected override void Execute(NativeActivityContext context)
{
SendRequestReceiveResponseScopeExecutionProperty executionProperty = context.GetSendRequestReceiveResponseScopeExecutionProperty();
IActivityContext activityContext = context.GetActivityContext();
executionProperty.StartOnOperationAsync(activityContext, OperationName);
if (activityContext.TrackingEnabled)
{
context.Track(new SendRequestRecord(OperationName));
}
}
