public bool SetDataRoot(global::System.Object newDataRoot)
{
if (newDataRoot != null)
{
this.dataRoot = (global::Competition.Models.Matches)newDataRoot;
return(true);
}
return(false);
}
private void Update_matchesVM_SelectedMatch(global::Competition.Models.Matches obj, int phase)
{
if (obj != null)
{
if ((phase & (NOT_PHASED | (1 << 0))) != 0)
{
this.Update_matchesVM_SelectedMatch_name(obj.name, phase);
}
}
}
// Update methods for each path node used in binding steps.
private void Update_(global::Competition.Models.Matches obj, int phase)
{
if (obj != null)
{
if ((phase & (NOT_PHASED | (1 << 0))) != 0)
{
this.Update_name(obj.name, phase);
this.Update_matchEvent(obj.matchEvent, phase);
this.Update_startTime(obj.startTime, phase);
}
}
}
private void Update_matchesVM_SelectedMatch(global::Competition.Models.Matches obj, int phase)
{
if (obj != null)
{
if ((phase & (NOT_PHASED | (1 << 0))) != 0)
{
this.Update_matchesVM_SelectedMatch_seedNumber(obj.seedNumber, phase);
this.Update_matchesVM_SelectedMatch_placeContain(obj.placeContain, phase);
this.Update_matchesVM_SelectedMatch_place(obj.place, phase);
this.Update_matchesVM_SelectedMatch_sectionPerDay(obj.sectionPerDay, phase);
this.Update_matchesVM_SelectedMatch_matchLastTime(obj.matchLastTime, phase);
this.Update_matchesVM_SelectedMatch_startTime(obj.startTime, phase);
this.Update_matchesVM_SelectedMatch_name(obj.name, phase);
}
}
}