private void ProcessCP3Message(CP3.Network.Messages.Message m)
{
if (m is CP3.Network.Messages.Presentation.DeckInformationMessage)
{
CP3.Network.Messages.Presentation.DeckInformationMessage dim = (CP3.Network.Messages.Presentation.DeckInformationMessage)m;
if ((dim.Disposition == UW.ClassroomPresenter.Model.Presentation.DeckDisposition.Whiteboard) ||
(dim.Disposition == UW.ClassroomPresenter.Model.Presentation.DeckDisposition.StudentSubmission) ||
(dim.Disposition == UW.ClassroomPresenter.Model.Presentation.DeckDisposition.QuickPoll))
{
return;
}
if (!decks.ContainsKey(dim.TargetId))
{
Deck thisDeck = new Deck(dim);
decks.Add(dim.TargetId, thisDeck);
if (this.OnDeckFound != null)
{
OnDeckFound(thisDeck);
}
}
}
else if (m is CP3.Network.Messages.Network.InstructorCurrentDeckTraversalChangedMessage)
{
CP3.Network.Messages.Network.InstructorCurrentDeckTraversalChangedMessage im = (CP3.Network.Messages.Network.InstructorCurrentDeckTraversalChangedMessage)m;
if (((im.Dispositon & UW.ClassroomPresenter.Model.Presentation.DeckDisposition.Whiteboard) == 0) &&
(!this.unnamedDecks.ContainsKey(im.DeckId)))
{
// This case captures all the decks, including cases where the deck is opened before
// the start of archiving, and there are no slide transitions within the deck, but
// one slide is shown. These need to be manually matched since we don't know the deck name.
// At the end of processing we merge these into the main decks collection.
this.unnamedDecks.Add(im.DeckId, new Deck(im.DeckId));
}
}
}
public Deck(CP3.Network.Messages.Presentation.DeckInformationMessage dim)
{
matched = false;
matchExt = null;
exactMatch = false;
deckGuid = (Guid)dim.TargetId;
slideCount = 0;
fileName = dim.HumanName;
slideTitles = null;
}
