// TODO: understand what this does, and document
//
// documentation says that... "execute processes ..., blocking until the processing is
// complete and the result is returned" and "submit processes ... and provides a way to
// register a callback to receive notifications about the result of the entry processing".
//
// in the original code, "execute" returns a value whereas "submit" returns a task that
// can be awaited - but since we are fully async now, all our code now returns tasks.
//
// however, "execute" uses MapExecuteOnKeyCodec (77312 // 0x012E00) whereas "submit" uses
// MapSubmitToKeyCodec (77568 // 0x012F00) which is a different codec
protected virtual async Task <object> ApplyAsync(IData processorData, IData keyData, CancellationToken cancellationToken)
{
var requestMessage = MapSubmitToKeyCodec.EncodeRequest(Name, processorData, keyData, ContextId);
var responseMessage = await Cluster.Messaging.SendToKeyPartitionOwnerAsync(requestMessage, keyData, cancellationToken).CAF();
var response = MapSubmitToKeyCodec.DecodeResponse(responseMessage).Response;
return(ToObject <object>(response));
}
protected virtual Task <object> SubmitToKeyInternal(IData keyData, IEntryProcessor entryProcessor)
{
var request = MapSubmitToKeyCodec.EncodeRequest(Name, ToData(entryProcessor), keyData, GetThreadId());
var responseTask = InvokeAsync(request, keyData, m =>
{
var response = MapSubmitToKeyCodec.DecodeResponse(m).Response;
return(ToObject <object>(response));
});
return(responseTask);
}
public Task <object> SubmitToKey(TKey key, IEntryProcessor entryProcessor)
{
ThrowExceptionIfNull(key);
var keyData = ToData(key);
InvalidateNearCacheEntry(keyData);
var request = MapSubmitToKeyCodec.EncodeRequest(GetName(), ToData(entryProcessor), keyData,
ThreadUtil.GetThreadId());
var responseTask = InvokeAsync(request, keyData, m =>
{
var response = MapSubmitToKeyCodec.DecodeResponse(m).response;
return(ToObject <object>(response));
});
return(responseTask);
}
