/// <summary>
/// EA Execution
/// </summary>
protected override void Execute()
{
IEXGateway._IEXResult res;
string EventName = "";
EpgEvent eventToBeModified = new EpgEvent(EPG.Utils);
String EPGDate = "";
String EPGEventdate = "";
String PCATEventDate = "";
String EPGDateFormat = "";
String PCATDateFormat = "";
String milestoneDateFormat = "";
bool Current = true;
string EventSource = "ManualFuture";
string Frequency = "";
int Occurences = 0;
long newDuration = 0;
String tuneToService = "";
string TodayDateInEPGFormat = "";
tuneToService = EPG.Utils.GetValueFromProject("MANUAL_RECORDING", "TUNE_TO_SERVICE_BEFORE_RECORD");
milestoneDateFormat = EPG.Utils.GetValueFromProject("EPG", "MILESTONE_DATE_FORMAT");
try
{
string recordNameChangeSupportedVal = EPG.Utils.GetValueFromProject("MANUAL_RECORDING", "RECORD_NAME_CHANGE_SUPPORTED");
if (recordNameChangeSupportedVal != null)
{
recordNameChangeSupported = Convert.ToBoolean(recordNameChangeSupportedVal);
}
}
catch
{
recordNameChangeSupported = true;
}
PCATDateFormat = EPG.Utils.GetDateFormatForEventDictionary();
EPGDateFormat = EPG.Utils.GetEpgDateFormat();
if (string.IsNullOrEmpty(this._EventKeyName))
{
ExceptionUtils.ThrowEx(new EAException(ExitCodes.NoValidParameters, "Param EventKeyName Is Empty"));
}
else
{
try
{
eventToBeModified = EPG.Events[_EventKeyName];
EventName = eventToBeModified.Name;
}
catch
{
ExceptionUtils.ThrowEx(new EAException(ExitCodes.EventNotExistsFailure, "Event With Key Name - " + this._EventKeyName + " Does Not Exists On Collection"));
}
}
EPGEventdate = eventToBeModified.ConvertedDate;
Occurences = eventToBeModified.Occurrences;
if (!string.IsNullOrEmpty(_StartTime) && _StartTime.Contains(":") == false)
{
ExceptionUtils.ThrowEx(new EAException(ExitCodes.NoValidParameters, "Start Time Should Be Entered With Format : HH:MM"));
}
if (!string.IsNullOrEmpty(_EndTime) && _EndTime.Contains(":") == false)
{
ExceptionUtils.ThrowEx(new EAException(ExitCodes.NoValidParameters, "End Time Should Be Entered With Format : HH:MM"));
}
Current = false;
switch (_Frequency)
{
case EnumFrequency.ONE_TIME:
Frequency = EPG.Utils.GetValueFromDictionary("DIC_ONE_TIME");
break;
case EnumFrequency.DAILY:
Frequency = EPG.Utils.GetValueFromDictionary("DIC_DAILY");
break;
case EnumFrequency.WEEKLY:
Frequency = EPG.Utils.GetValueFromDictionary("DIC_WEEKLY");
break;
case EnumFrequency.WEEKDAY:
Frequency = EPG.Utils.GetValueFromDictionary("DIC_WEEKDAY");
break;
case EnumFrequency.WEEKEND:
Frequency = EPG.Utils.GetValueFromDictionary("DIC_WEEKEND");
break;
case EnumFrequency.NO_CHANGE:
Frequency = eventToBeModified.Frequency;
break;
default:
ExceptionUtils.ThrowEx(new EAException(ExitCodes.NoValidParameters, "No Valid Frequency Has Been Entered"));
break;
}
EPG.Live.GetEpgDate(ref EPGDate);
TodayDateInEPGFormat = DateTime.ParseExact(EPGDate, milestoneDateFormat, CultureInfo.InvariantCulture).ToString(EPGDateFormat);
if (_Days > 0)
{
EPGEventdate = DateTime.ParseExact(EPGEventdate, EPGDateFormat, CultureInfo.InvariantCulture).AddDays(_Days).ToString(EPGDateFormat);
PCATEventDate = DateTime.ParseExact(EPGEventdate, EPGDateFormat, CultureInfo.InvariantCulture).AddDays(_Days).ToString(PCATDateFormat);
}
// Calculate the days delay
if (EPGEventdate != TodayDateInEPGFormat)
{
_Days = (DateTime.ParseExact(EPGEventdate, EPGDateFormat, CultureInfo.InvariantCulture) - DateTime.ParseExact(TodayDateInEPGFormat, EPGDateFormat, CultureInfo.InvariantCulture)).Days;
}
EPG.ManualRecording.GetOccurences(Frequency, _Days, ref Occurences);
if (!string.IsNullOrEmpty(_StartTime) && !string.IsNullOrEmpty(_EndTime))
{
newDuration = EPG.Utils._DateTime.SubtractInSec(DateTime.Parse(_EndTime), DateTime.Parse(_StartTime));
}
// Tune to service if required
int channelNum = -1;
String channelName = "";
if (!string.IsNullOrEmpty(_ChannelName) && _ChannelName != eventToBeModified.Channel)
{
if (tuneToService.ToUpper() == "TRUE")
{
try
{
channelNum = int.Parse(_manager.GetServiceFromContentXML("Name=" + _ChannelName).LCN);
}
catch (Exception ex)
{
ExceptionUtils.ThrowEx(new EAException(ExitCodes.GetChannelFailure, ex.Message));
}
res = _manager.ChannelSurf(EnumSurfIn.Live, channelNum.ToString());
if (!res.CommandSucceeded)
{
ExceptionUtils.ThrowEx(new EAException(ExitCodes.TuneToChannelFailure, res.FailureReason));
}
}
else
{
channelName = _ChannelName;
}
// Event name should be changed to channel name
EventName = _ChannelName;
}
else
{
// For Event based to Time based, fetch channel name from the channel number in event collection
try
{
if (recordNameChangeSupported)
{
EventName = _manager.GetServiceFromContentXML("LCN=" + eventToBeModified.Channel).Name;
}
}
catch
{
EPG.Utils.LogCommentInfo("Event channel from collection:" + eventToBeModified.Channel);
}
}
res = _manager.PVR.VerifyEventInPlanner(_EventKeyName);
if (res.CommandSucceeded == false)
{
ExceptionUtils.ThrowEx(new EAException(ExitCodes.FindEventFailure, res.FailureReason));
}
EPG.FutureRecordings.SelectEvent(eventToBeModified.Name);
EPG.FutureRecordings.ModifyEvent();
//Checking if there are no changes required in setting date and Frequency
if (EPGEventdate == eventToBeModified.ConvertedDate)
{
EPGEventdate = "";
}
if (_IsFirstTime)
{
if (Frequency == eventToBeModified.Frequency)
{
Frequency = "";
}
}
EPG.ManualRecording.SetManualRecordingParams(EPGEventdate, _StartTime, channelName, channelNum, _EndTime, Frequency, true, _IsFirstTime);
EPG.ManualRecording.SaveAndEnd(Current, true);
try
{
EPG.ManualRecording.VerifySaveAndEndFinished(Current);
}
catch (EAException ex)
{
EPG.Events.Remove(_EventKeyName);
ExceptionUtils.ThrowEx(new EAException(ExitCodes.VerificationFailure, ex.Message));
}
EPG.Utils.InsertEventToCollection(this._EventKeyName, EventName, EventSource, _StartTime, _EndTime, _ChannelName, newDuration, 0, PCATEventDate, Frequency,
Occurences, EPGEventdate, true);
EPG.Utils.ReturnToLiveViewing();
}
protected override void Execute()
{
String frequency = "";
int occurences = -1;
String EPGTime = "";
String EPGDate = "";
String startTimeToSet = "";
String endTimeToSet = "";
String EPGEventdate = "";
String PCATEventDate = "";
String EPGDateFormat = "";
String PCATDateFormat = "";
String tuneToService = "";
String milestoneDateFormat = "";
Boolean isCurrentRecording = false;
String EventSource = "";
String EventName = "";
IEXGateway._IEXResult res;
tuneToService = EPG.Utils.GetValueFromProject("MANUAL_RECORDING", "TUNE_TO_SERVICE_BEFORE_RECORD");
milestoneDateFormat = EPG.Utils.GetValueFromProject("EPG", "MILESTONE_DATE_FORMAT");
EPGDateFormat = EPG.Utils.GetEpgDateFormat();
PCATDateFormat = EPG.Utils.GetDateFormatForEventDictionary();
// Validate input parameters
if (String.IsNullOrEmpty(_EventKeyName))
{
ExceptionUtils.ThrowEx(new EAException(ExitCodes.NoValidParameters, "EventKeyName Is Empty"));
}
if (String.IsNullOrEmpty(_ChannelName) && _ChannelNumber == -1)
{
ExceptionUtils.ThrowEx(new EAException(ExitCodes.NoValidParameters, "Channel Argument Can't Be Empty"));
}
if (_DurationInMin <= 0)
{
ExceptionUtils.ThrowEx(new EAException(ExitCodes.NoValidParameters, "DurationInMin Can't Be Equal Or Less Than 0"));
}
if (_StartTime != "" && _DaysDelay < 1)
{
ExceptionUtils.ThrowEx(new EAException(ExitCodes.NoValidParameters, "DaysDelay Can't Be Less Then 1 In Case StartTime Entered"));
}
// Set validation params for frequency and occurences accordingly
switch (_Frequency)
{
case EnumFrequency.ONE_TIME:
frequency = EPG.Utils.GetValueFromDictionary("DIC_ONE_TIME");
break;
case EnumFrequency.DAILY:
frequency = EPG.Utils.GetValueFromDictionary("DIC_DAILY");
break;
case EnumFrequency.WEEKLY:
frequency = EPG.Utils.GetValueFromDictionary("DIC_WEEKLY");
break;
case EnumFrequency.WEEKDAY:
frequency = EPG.Utils.GetValueFromDictionary("DIC_WEEKDAY");
break;
case EnumFrequency.WEEKEND:
frequency = EPG.Utils.GetValueFromDictionary("DIC_WEEKEND");
break;
default:
ExceptionUtils.ThrowEx(new EAException(ExitCodes.NoValidParameters, "No Valid Frequency Has Been Entered"));
break;
}
// In case from Planner, keep 2 min buffer for delay until beginning to account for time taken up for scheduling the recording
if (!_IsCurrent)
{
if (_MinutesDelayUntilBegining < 0)
{
_MinutesDelayUntilBegining = 2;
}
else
{
_MinutesDelayUntilBegining += 2;
}
}
else
{
_MinutesDelayUntilBegining = 0;
}
// Tune to service if required
String channelName = "";
int channelNum = -1;
if (_IsCurrent || tuneToService.ToUpper() == "TRUE")
{
if (_ChannelNumber == -1)
{
try
{
_ChannelNumber = int.Parse(_manager.GetServiceFromContentXML("Name=" + _ChannelName).LCN);
}
catch (Exception ex)
{
ExceptionUtils.ThrowEx(new EAException(ExitCodes.GetChannelFailure, ex.Message));
}
}
res = _manager.ChannelSurf(EnumSurfIn.Live, _ChannelNumber.ToString());
if (!res.CommandSucceeded)
{
ExceptionUtils.ThrowEx(new EAException(ExitCodes.TuneToChannelFailure, res.FailureReason));
}
}
else
{
channelName = _ChannelName;
channelNum = _ChannelNumber;
}
// Set the event Name
EventName = _ChannelName;
if (_ChannelName == "")
{
EventName = _manager.GetServiceFromContentXML("LCN=" + _ChannelNumber).Name;
channelName = EventName;
}
// Calculate start Time to be set
EPG.Live.GetEpgTime(ref EPGTime);
if (_StartTime == "")
{
// Handle the case if Minutes delay passed is more than a day
if (_MinutesDelayUntilBegining > ((24 * 60) - ((DateTime.Parse(EPGTime).Hour * 60) + DateTime.Parse(EPGTime).Minute)))
{
if (_DaysDelay == -1)
{
_DaysDelay = 0;
_DaysDelay = _DaysDelay + _MinutesDelayUntilBegining / (24 * 60) + 1;
}
else
{
_DaysDelay = _DaysDelay + _MinutesDelayUntilBegining / (24 * 60);
}
_MinutesDelayUntilBegining = _MinutesDelayUntilBegining % (24 * 60);
}
startTimeToSet = DateTime.Parse(EPGTime).AddMinutes(_MinutesDelayUntilBegining).ToString("HH:mm");
}
else
{
startTimeToSet = _StartTime;
}
// Set Event Source
if (_IsCurrent)
{
isCurrentRecording = true;
EventSource = "ManualCurrent";
}
else
{
EventSource = "ManualFuture";
}
// Calculate end time to be set
endTimeToSet = (DateTime.Parse(startTimeToSet).AddMinutes(_DurationInMin)).ToString("HH:mm");
// Set proper days delay param
if (_DaysDelay < 0)
{
_DaysDelay = 0;
}
// Calculate the date to be set
EPG.Live.GetEpgDate(ref EPGDate);
EPGEventdate = DateTime.ParseExact(EPGDate, milestoneDateFormat, CultureInfo.InvariantCulture).AddDays(_DaysDelay).ToString(EPGDateFormat);
PCATEventDate = DateTime.ParseExact(EPGDate, milestoneDateFormat, CultureInfo.InvariantCulture).AddDays(_DaysDelay).ToString(PCATDateFormat);
// Get the expected number of occurences
EPG.ManualRecording.GetOccurences(frequency, _DaysDelay, ref occurences);
// Navigate to Manual Recording screen from Planner
EPG.ManualRecording.Navigate(_IsCurrent, _NoEIT);
// Set params for manual recording
if (_IsCurrent)
{
EPG.ManualRecording.SetManualRecordingParams("", "", "", -1, endTimeToSet, frequency);
}
else
{
EPG.ManualRecording.SetManualRecordingParams(EPGEventdate, startTimeToSet, channelName, channelNum, endTimeToSet, frequency);
}
// Save and verify
if (_IsConflict)
{
EPG.Utils.InsertEventToCollection(_EventKeyName, EventName, EventSource, startTimeToSet, endTimeToSet, _ChannelName, _DurationInMin * 60, _DurationInMin * 60, PCATEventDate, frequency, occurences, EPGEventdate, false);
try
{
EPG.ManualRecording.NavigateToRecord(false);
EPG.Menu.SelectToConflict();
}
catch (Exception ex)
{
EPG.Events.Remove(_EventKeyName);
ExceptionUtils.ThrowEx(new EAException(ExitCodes.ConflictFailure, "Failed To Create Conflict By Recording Event From Planner:" + ex.Message));
}
}
else
{
EPG.ManualRecording.SaveAndEnd(isCurrentRecording);
try
{
EPG.ManualRecording.VerifySaveAndEndFinished(isCurrentRecording);
}
catch (Exception ex)
{
EPG.Events.Remove(_EventKeyName);
ExceptionUtils.ThrowEx(new EAException(ExitCodes.DeleteEventFailure, ex.Message));
}
EPG.Utils.InsertEventToCollection(_EventKeyName, EventName, EventSource, startTimeToSet, endTimeToSet, _ChannelName, _DurationInMin * 60, _DurationInMin * 60, PCATEventDate, frequency, occurences, EPGEventdate, false);
if (_VerifyBookingInPCAT)
{
res = _manager.PCAT.VerifyEventBooked(_EventKeyName);
if (!res.CommandSucceeded)
{
EPG.Events.Remove(_EventKeyName);
ExceptionUtils.ThrowEx(new EAException(ExitCodes.VerificationFailure, res.FailureReason));
}
}
EPG.Utils.ReturnToLiveViewing();
}
}
