private ChannelMapEntryWrapper(ChannelMapEntry entry)
{
channel_map_entry_ = entry;
qam_status_ = DetermineQAMChannelStatus(entry, out exists_as_ota_);
selected_action_ = CorrectiveAction.None;
}
private static CorrectiveAction GetDefaultActionByStatus(QAMChannelStatus status)
{
switch (status)
{
case QAMChannelStatus.IncorrectQAM:
return CorrectiveAction.ReplaceIncorrectQAM;
case QAMChannelStatus.ConflictingCCFirst:
return CorrectiveAction.RemoveOtherCCChannel;
case QAMChannelStatus.ConflictingCCNotFirst:
return CorrectiveAction.RemoveThisCCChannel;
case QAMChannelStatus.NoCCChannelWithQAM:
return CorrectiveAction.MergeCCChannelToQAMWithNumberUpdate;
case QAMChannelStatus.NoCCChannelOrQAM:
return CorrectiveAction.CreateCCChannel;
case QAMChannelStatus.ProperlyMergedWithExtraneousCCard:
return CorrectiveAction.RemoveBogusCCChannel;
case QAMChannelStatus.OTAOnly:
return CorrectiveAction.CreateQAMAndMerge;
case QAMChannelStatus.ExistingDupeCCard:
case QAMChannelStatus.ExistingUnmerged:
return CorrectiveAction.MergeQAM;
case QAMChannelStatus.NotExisting:
case QAMChannelStatus.ProperlyMerged:
return CorrectiveAction.None;
default:
throw new Exception("Unknown status value in GetDefaultActionByStatus!");
}
}
public void UpdateStatus()
{
merged_channels_ = null;
listings_ = null;
QAMChannelStatus old_status = qam_status_;
qam_status_ = DetermineQAMChannelStatus(channel_map_entry_, out exists_as_ota_);
if (qam_status_ != old_status)
{
CorrectiveAction old_corrective_action = selected_action_;
selected_action_ = CorrectiveAction.None;
NotifyStatusChanged(new StatusChangedEventArgs(old_corrective_action, old_status, qam_status_));
}
}
private static CorrectiveAction[] GetCorrectiveActionsForStatus(QAMChannelStatus status)
{
if (actions_by_status_ == null)
{
actions_by_status_ = new CorrectiveAction[(int)QAMChannelStatus.StatusValueCount][];
actions_by_status_[(int)QAMChannelStatus.IncorrectQAM] = new CorrectiveAction[] {
CorrectiveAction.None,
CorrectiveAction.ReplaceIncorrectQAM,
CorrectiveAction.RemoveIncorrectQAM };
actions_by_status_[(int)QAMChannelStatus.ConflictingCCFirst] = new CorrectiveAction[] {
CorrectiveAction.None,
CorrectiveAction.RemoveOtherCCChannel,
CorrectiveAction.RemoveThisCCChannel };
// same options whether this channel has the 1st tuner info or not, may as well make it same actual array.
actions_by_status_[(int)QAMChannelStatus.ConflictingCCNotFirst] = actions_by_status_[(int)QAMChannelStatus.ConflictingCCFirst];
actions_by_status_[(int)QAMChannelStatus.NoCCChannelWithQAM] = new CorrectiveAction[] {
CorrectiveAction.None,
CorrectiveAction.CreateCCChannel,
CorrectiveAction.MergeCCChannelToQAMWithNumberUpdate };
actions_by_status_[(int)QAMChannelStatus.NoCCChannelOrQAM] = new CorrectiveAction[] {
CorrectiveAction.None,
CorrectiveAction.CreateCCChannel,
CorrectiveAction.CreateMergedCCAndQAMChannels,
CorrectiveAction.CreateUnmergedCCAndQAMChannels };
actions_by_status_[(int)QAMChannelStatus.ProperlyMergedWithExtraneousCCard] = new CorrectiveAction[] {
CorrectiveAction.None,
CorrectiveAction.RemoveBogusCCChannel };
actions_by_status_[(int)QAMChannelStatus.OTAOnly] = new CorrectiveAction[] {
CorrectiveAction.None,
CorrectiveAction.CreateQAMAndMerge,
CorrectiveAction.CreateQAMWithoutMerge };
actions_by_status_[(int)QAMChannelStatus.ExistingDupeCCard] = new CorrectiveAction[] {
CorrectiveAction.None,
CorrectiveAction.MergeQAM };
actions_by_status_[(int)QAMChannelStatus.ExistingUnmerged] = actions_by_status_[(int)QAMChannelStatus.ExistingDupeCCard];
actions_by_status_[(int)QAMChannelStatus.NotExisting] = actions_by_status_[(int)QAMChannelStatus.OTAOnly];
actions_by_status_[(int)QAMChannelStatus.ProperlyMerged] = new CorrectiveAction[] { CorrectiveAction.None };
}
return actions_by_status_[(int)status];
}
public StatusChangedEventArgs(
CorrectiveAction old_corrective_action,
QAMChannelStatus old_status, QAMChannelStatus new_status)
: base()
{
old_corrective_action_ = old_corrective_action;
old_status_ = old_status;
new_status_ = new_status;
}
