/// <summary>
/// Returns an XML'd epg for a date range, or a time range on a day, e.g. 2010-11-05 12:00 to 2010-11-05 15:00
///
/// </summary>
/// <param name="startDaysAhead"></param>
/// <param name="numberOfDays"></param>
/// <param name="TVChannelIDs"></param>
/// <param name="omitDescriptions"></param>
/// <param name="matchType"></param>
/// <returns></returns>
public static string EPGForDateRange(DateTime startDateTime, DateTime endDateTime, List<string> TVChannelIDs, bool omitDescriptions, TVProgrammeType matchType)
{
DateTime utcStart = startDateTime.ToUniversalTime();
DateTime utcEnd = endDateTime.ToUniversalTime();
DateRange theRange = new DateRange(utcStart, utcEnd);
List<TVProgramme> tvProgs = EPGManager.mcData.GetTVProgrammes(theRange, TVChannelIDs.ToArray(), omitDescriptions, matchType);
return XMLHelper.Serialize<List<TVProgramme>>(tvProgs);
}
public static string EPGForLocalDate(DateTime localDate, List<string> TVChannelIDs, bool omitDescriptions, TVProgrammeType matchType)
{
DateTime startRange = localDate.Date.ToUniversalTime();
int extraEPGOverspill = Convert.ToInt32( Settings.Default.SilverlightEPGOverspillHours );
DateTime endRange = startRange.AddHours(24 + extraEPGOverspill);
DateRange theRange = new DateRange(startRange, endRange);
List<TVProgramme> tvProgs = EPGManager.mcData.GetTVProgrammes(theRange, TVChannelIDs.ToArray(), omitDescriptions, matchType);
return XMLHelper.Serialize<List<TVProgramme>>(tvProgs);
}
public static string EPGForDaysRange(int startDaysAhead, int numberOfDays, List<string> TVChannelIDs, bool omitDescriptions, TVProgrammeType matchType)
{
DateTime startRange = DateTime.Now.Date.ToUniversalTime().AddDays(startDaysAhead);
int extraEPGOverspill = Convert.ToInt32(Settings.Default.SilverlightEPGOverspillHours);
DateTime endRange = startRange.AddDays(numberOfDays);
endRange = endRange.AddHours(extraEPGOverspill);
DateRange theRange = new DateRange(startRange, endRange);
List<TVProgramme> tvProgs = EPGManager.mcData.GetTVProgrammes(theRange, TVChannelIDs.ToArray(), omitDescriptions, matchType);
return XMLHelper.Serialize<List<TVProgramme>>(tvProgs);
}
public static string EPGwithEPGRequests(List <EPGRequest> requests, bool omitDescriptions, TVProgrammeType matchType)
{
List <TVProgramme> tvProgs = EPGManager.mcData.GetTVProgrammes(requests, omitDescriptions, matchType);
return(XMLHelper.Serialize <List <TVProgramme> >(tvProgs));
}
/// <summary>
/// Returns an XML'd epg for a date range, or a time range on a day, e.g. 2010-11-05 12:00 to 2010-11-05 15:00
///
/// </summary>
/// <param name="startDaysAhead"></param>
/// <param name="numberOfDays"></param>
/// <param name="TVChannelIDs"></param>
/// <param name="omitDescriptions"></param>
/// <param name="matchType"></param>
/// <returns></returns>
public static string EPGForDateRange(DateTime startDateTime, DateTime endDateTime, List <string> TVChannelIDs, bool omitDescriptions, TVProgrammeType matchType)
{
DateTime utcStart = startDateTime.ToUniversalTime();
DateTime utcEnd = endDateTime.ToUniversalTime();
DateRange theRange = new DateRange(utcStart, utcEnd);
List <TVProgramme> tvProgs = EPGManager.mcData.GetTVProgrammes(theRange, TVChannelIDs.ToArray(), omitDescriptions, matchType);
return(XMLHelper.Serialize <List <TVProgramme> >(tvProgs));
}
public static string EPGForDaysRange(int startDaysAhead, int numberOfDays, List <string> TVChannelIDs, bool omitDescriptions, TVProgrammeType matchType)
{
DateTime startRange = DateTime.Now.Date.ToUniversalTime().AddDays(startDaysAhead);
int extraEPGOverspill = Convert.ToInt32(Settings.Default.SilverlightEPGOverspillHours);
DateTime endRange = startRange.AddDays(numberOfDays);
endRange = endRange.AddHours(extraEPGOverspill);
DateRange theRange = new DateRange(startRange, endRange);
List <TVProgramme> tvProgs = EPGManager.mcData.GetTVProgrammes(theRange, TVChannelIDs.ToArray(), omitDescriptions, matchType);
return(XMLHelper.Serialize <List <TVProgramme> >(tvProgs));
}
public static string EPGForLocalDate(DateTime localDate, List <string> TVChannelIDs, bool omitDescriptions, TVProgrammeType matchType)
{
DateTime startRange = localDate.Date.ToUniversalTime();
int extraEPGOverspill = Convert.ToInt32(Settings.Default.SilverlightEPGOverspillHours);
DateTime endRange = startRange.AddHours(24 + extraEPGOverspill);
DateRange theRange = new DateRange(startRange, endRange);
List <TVProgramme> tvProgs = EPGManager.mcData.GetTVProgrammes(theRange, TVChannelIDs.ToArray(), omitDescriptions, matchType);
return(XMLHelper.Serialize <List <TVProgramme> >(tvProgs));
}
public List<TVProgramme> GetTVProgrammesUsingEPGRequests(List<EPGRequest> EPGrequests, bool omitDescriptions, TVProgrammeType matchType)
{
Stopwatch timePerformance = new Stopwatch();
timePerformance.Start();
List<TVProgramme> mainOutput = new List<TVProgramme>();
ScheduleEntry[] schedEntries;
Service service;
foreach (EPGRequest epgRequest in EPGrequests)
{
// Get the service from the object store
service = GetServiceByID(epgRequest.TVServiceID);
if (service == null)
{
DebugError("Could not find service with ID " + epgRequest.TVServiceID);
continue; // break if service not found
}
List<TVProgramme> svcOutput = new List<TVProgramme>();
// Get entries in time range using API function (about 8-95 times faster!)
DateTime startTime = new DateTime(epgRequest.StartTime, DateTimeKind.Utc);
DateTime stopTime = new DateTime(epgRequest.StopTime, DateTimeKind.Utc);
schedEntries = service.GetScheduleEntriesBetween(startTime, stopTime);
TVProgramme tvp;
foreach (ScheduleEntry se in schedEntries)
{
if (se == null) continue;
// Include programme? (i.e. does it match the requested type)
bool includeMe;
if (matchType == TVProgrammeType.All)
includeMe = true;
else
includeMe = Conversion.isProgrammeType(se.Program, matchType);
if (includeMe)
{
tvp = Conversion.TVProgrammeFromScheduleEntry(se, omitDescriptions);
if (tvp != null)
svcOutput.Add(tvp);
}
}
// Sort each service's lineup by start time (prob not necessary)
CommonEPG.Comparers.TVProgrammeStartTimeComparer comparer = new CommonEPG.Comparers.TVProgrammeStartTimeComparer();
svcOutput.Sort(comparer);
mainOutput.AddRange(svcOutput);
svcOutput.Clear();
svcOutput = null;
}
timePerformance.Stop();
DebugNormal("Time to fetch EPG programmes on " + EPGrequests.Count.ToString() + " services: " + timePerformance.Elapsed.TotalMilliseconds.ToString() + "ms");
return mainOutput;
}
public static bool isProgrammeType(Program p, TVProgrammeType matchType)
{
return(matchType == ProgrammeTypeForProgram(p));
}
public static bool isProgrammeType(Program p, TVProgrammeType matchType)
{
return (matchType == ProgrammeTypeForProgram(p));
}
public static string EPGwithEPGRequests(List<EPGRequest> requests, bool omitDescriptions, TVProgrammeType matchType)
{
List<TVProgramme> tvProgs = EPGManager.mcData.GetTVProgrammes(requests, omitDescriptions, matchType);
return XMLHelper.Serialize<List<TVProgramme>>(tvProgs);
}