public static void GetGroups( string street, string city, string state, string zip, GetGroupsComplete onCompletion )
{
List<GroupEntry> groupEntries = new List<GroupEntry>();
GroupEntry sourceLocation = new GroupEntry( );
// first convert the address into a location object
RockApi.Instance.GetLocationFromAddress( street, city, state, zip,
delegate(System.Net.HttpStatusCode statusCode, string statusDescription, Rock.Client.Location model )
{
// verify the call was successful AND it resulted in a valid location
if ( Rock.Mobile.Network.Util.StatusInSuccessRange( statusCode ) == true &&
model != null &&
model.Latitude.HasValue == true &&
model.Longitude.HasValue == true )
{
// take the source location so we can provide it to the caller
sourceLocation.Latitude = model.Latitude.Value;
sourceLocation.Longitude = model.Longitude.Value;
// now get the groups
RockApi.Instance.GetGroupsByLocation( PrivateGeneralConfig.NeighborhoodGroupGeoFenceValueId,
PrivateGeneralConfig.NeighborhoodGroupValueId,
model.Id,
delegate(System.Net.HttpStatusCode groupStatusCode, string groupStatusDescription, List<Rock.Client.Group> rockGroupList )
{
bool result = false;
if ( Rock.Mobile.Network.Util.StatusInSuccessRange( statusCode ) == true )
{
result = true;
// first thing we receive is the "area" group(s)
foreach ( Rock.Client.Group areaGroup in rockGroupList )
{
// in each area, there's an actual small group
foreach ( Rock.Client.Group smallGroup in areaGroup.Groups )
{
// get the group location out of the small group enumerator
IEnumerator enumerator = smallGroup.GroupLocations.GetEnumerator( );
enumerator.MoveNext( );
Rock.Client.Location location = ( (Rock.Client.GroupLocation)enumerator.Current ).Location;
// and of course, each group has a location
GroupEntry entry = new GroupEntry();
entry.Title = smallGroup.Name;
entry.Address = location.Street1 + "\n" + location.City + ", " + location.State + " " + location.PostalCode.Substring( 0, Math.Max( 0, location.PostalCode.IndexOf( '-' ) ) );
entry.NeighborhoodArea = areaGroup.Name;
entry.Id = smallGroup.Id;
// get the distance
entry.Distance = location.Distance;
// get the meeting schedule if it's available
if ( smallGroup.Schedule != null )
{
entry.MeetingTime = smallGroup.Schedule.FriendlyScheduleText;
// get the day of week
/*if( smallGroup.Schedule.WeeklyDayOfWeek.HasValue == true )
{
entry.Day = GeneralStrings.Days[ smallGroup.Schedule.WeeklyDayOfWeek.Value ];
}
// get the meeting time, if set.
if( smallGroup.Schedule.WeeklyTimeOfDay.HasValue == true )
{
DateTime time_24 = ParseMilitaryTime( string.Format( "{0:D2}:{1:D2}:{2:D2}", smallGroup.Schedule.WeeklyTimeOfDay.Value.Hours,
smallGroup.Schedule.WeeklyTimeOfDay.Value.Minutes,
smallGroup.Schedule.WeeklyTimeOfDay.Value.Seconds) );
entry.Time = time_24.ToString( "t" );
}*/
}
entry.Latitude = location.Latitude.Value;
entry.Longitude = location.Longitude.Value;
groupEntries.Add( entry );
}
}
}
// our network delegate has been invoked and compelted, so now call whoever called us.
onCompletion( sourceLocation, groupEntries, result );
} );
}
else
{
onCompletion( sourceLocation, groupEntries, Rock.Mobile.Network.Util.StatusInSuccessRange( statusCode ) == true ? true : false );
}
} );
}
public static void GetGroups(int groupTypeId, string street, string city, string state, string zip, int skip, int top, GetGroupsComplete onCompletion)
{
MobileAppApi.GroupSearchResult sourceLocation = new MobileAppApi.GroupSearchResult( );
// first convert the address into a location object
RockApi.Get_Locations_FromAddress(street, city, state, zip,
delegate(System.Net.HttpStatusCode statusCode, string statusDescription, Rock.Client.Location model)
{
// verify the call was successful AND it resulted in a valid location
if (Rock.Mobile.Network.Util.StatusInSuccessRange(statusCode) == true &&
model != null &&
model.Latitude.HasValue == true &&
model.Longitude.HasValue == true)
{
// take the source location so we can provide it to the caller
sourceLocation.Latitude = model.Latitude.Value;
sourceLocation.Longitude = model.Longitude.Value;
MobileAppApi.GetPublicGroupsByLocation(groupTypeId, model.Id, skip, top, delegate(List <MobileAppApi.GroupSearchResult> searchResults)
{
if (searchResults != null)
{
onCompletion(sourceLocation, searchResults, true);
}
else
{
// pass on empty list on failure
onCompletion(sourceLocation, new List <MobileAppApi.GroupSearchResult>(), false);
}
});
}
else
{
onCompletion(sourceLocation, new List <MobileAppApi.GroupSearchResult>( ), Rock.Mobile.Network.Util.StatusInSuccessRange(statusCode) == true ? true : false);
}
});
}