public override bool TryPopulate(Envelope envelope, ref AnalyticsItem analyticsItem)
{
if (!(envelope.EventData is AvailabilityData availabilityData))
{
return(false);
}
AvailabilityItem availabilityItem = new AvailabilityItem();
availabilityItem.Duration = availabilityData.Duration;
availabilityItem.Message = availabilityData.Message;
availabilityItem.Name = availabilityData.Name;
availabilityItem.Success = availabilityData.Success;
if (availabilityData.Properties.TryGetValue("AspNetCoreEnvironment", out string environment))
{
availabilityItem.Environment = environment;
}
analyticsItem.AvailabilityItem = availabilityItem;
return(true);
}
public List <Library> GetBooksBasedOnAvailability(AvailabilityItem availability)
{
return(dbContext.LibraryItems.Where((L) => L.Availability == availability && L is Books).ToList());
}
/// <summary>
/// Maps the internal employee availability model back to Teams availability items.
/// </summary>
/// <param name="availabilityModel">The model to map.</param>
/// <param name="timeZoneInfoId">The time zone id to use to convert utc back to local.</param>
/// <returns>The list of Teams availability items.</returns>
public IList <AvailabilityItem> MapAvailability(EmployeeAvailabilityModel availabilityModel)
{
// when writing availability to Teams, we need to use IANA time zones rather than
// Windows, so convert if necessary
if (!TZConvert.TryWindowsToIana(availabilityModel.TimeZoneInfoId, out string ianaTimeZone))
{
ianaTimeZone = availabilityModel.TimeZoneInfoId;
}
// Some WFM providers allow for availability to be different for different weeks on an
// alternating basis, however, Teams only allows a single 'current' availability pattern
// to be defined per user this means that we need to identify the item in the rotational
// availability that represents the current week.
var rotationalWeekNumber = (((int)((_timeService.UtcNow - availabilityModel.CycleBaseDate).TotalDays / 7)) % availabilityModel.NumberOfWeeks) + 1;
var groupedByDayItems = availabilityModel.Availability
.Where(a => a.WeekNumber == rotationalWeekNumber)
.GroupBy(a => a.DayOfWeek.ToString(), a => new TimeSlotItem {
StartTime = a.StartTime, EndTime = a.EndTime
}, (key, g) =>
new
{
Day = key,
TimeSlots = g.ToList()
});
var availabilityItems = new List <AvailabilityItem>();
foreach (var item in groupedByDayItems)
{
var availabilityItem = new AvailabilityItem
{
Recurrence = new RecurrenceItem
{
Pattern = new PatternItem
{
DaysOfWeek = new List <string> {
item.Day
},
Interval = 1,
Type = "Weekly"
},
Range = new RangeItem
{
Type = "noEnd"
}
},
TimeSlots = new List <TimeSlotItem>(),
TimeZone = ianaTimeZone
};
foreach (var timeSlot in item.TimeSlots)
{
availabilityItem.TimeSlots.Add(new TimeSlotItem
{
StartTime = DateTimeHelper.ConvertToLocalTime(timeSlot.StartTime, availabilityModel.TimeZoneInfoId, _timeService),
EndTime = DateTimeHelper.ConvertToLocalTime(timeSlot.EndTime, availabilityModel.TimeZoneInfoId, _timeService)
});
}
availabilityItems.Add(availabilityItem);
}
if (availabilityItems.Count < 7)
{
AddUnavailableDays(availabilityItems, ianaTimeZone);
}
return(availabilityItems);
}
