internal void _resolve(GestureArenaMember member, GestureDisposition disposition)
{
if (this._resolved)
{
return;
}
if (disposition == GestureDisposition.rejected)
{
this._members.Remove(member);
member.rejectGesture(this._pointer);
if (this._members.isEmpty())
{
this._entry.resolve(disposition);
}
}
else
{
this._winner = this._winner ?? this._owner.captain ?? member;
this._entry.resolve(disposition);
}
}
internal void _resolve(GestureArenaMember member, GestureDisposition disposition)
{
if (_resolved)
{
return;
}
if (disposition == GestureDisposition.rejected)
{
_members.Remove(member);
member.rejectGesture(_pointer);
if (_members.isEmpty())
{
_entry.resolve(disposition);
}
}
else
{
D.assert(disposition == GestureDisposition.accepted);
_winner = _winner ?? _owner.captain ?? member;
_entry.resolve(disposition);
}
}
internal void _resolve(int pointer, GestureArenaMember member, GestureDisposition disposition)
{
_GestureArena state;
if (!this._arenas.TryGetValue(pointer, out state))
{
return;
}
D.assert(this._debugLogDiagnostic(pointer,
() => $"{(disposition == GestureDisposition.accepted ? "Accepting" : "Rejecting")}: {member}"));
D.assert(state.members.Contains(member));
if (disposition == GestureDisposition.rejected)
{
state.members.Remove(member);
member.rejectGesture(pointer);
if (!state.isOpen)
{
this._tryToResolveArena(pointer, state);
}
}
else
{
if (state.isOpen)
{
state.eagerWinner = state.eagerWinner ?? member;
}
else
{
D.assert(this._debugLogDiagnostic(pointer,
() => $"Self-declared winner: {member}"));
this._resolveInFavorOf(pointer, state, member);
}
}
}