LargeFileUploadTask.resume() may update rangesRemaining but does not handle modifying the InputStream accordingly

Is your feature request related to a problem? Please describe the problem.

I may be misunderstanding something about the SDK but her is my problem.

Im using Android and com.microsoft.graph:microsoft-graph:6.54.0. If I recreate an upload session where the LargeFileUploadTask had uploaded som of the file, and use it to recreate a LargeFileUploadTask and call resume() internally the SDK calls updateSessionStatus() and may update rangesRemaining. However it does not modify my provided InputStream based on this. So when it calls upload() and slices are later created for upload it uses the wrong data and the resulting file is corrupted.

I can not prepare the InputStream because I do not know what rangesRemaining is going to be (hence resume is asking the API) so the only way around it I can see is using updateSessionStatus() myself, adjust the InputStream and call upload() instead.

This works but is what I would assume the resume() function to handle.

Describe the solution you'd like.

It would be good if the resume function could handle the InputStream itself.

If that is not possible maybe provide some way, like a callback in resume(), where I get the new session with potentially new rangesRemaining and can modify my InputStream before the internal upload() call.

Or provide more information in the javadoc so future users do not run into the same wrong assumptions about InputStream handling I did.

Or remove/hide resume() removing the temptation to use it. It seams dangerous for it to ask the API for a new correct range with no way for the developer to act on it before uploading starts.

Additional context?

No response

Comienza localizando LargeFileUploadTask.resume(), updateSessionStatus() y upload(), y luego sigue cómo se usan rangesRemaining y el InputStream proporcionado después de reanudar una sesión de carga recreada. Reproduce el escenario de una sesión cargada parcialmente en Android o en una prueba equivalente; se considera terminado cuando las cargas reanudadas usan la posición correcta del flujo o exponen claramente los rangos actualizados antes de cargar.