protected override async Task HandleSupervisionEvent(SupervisionEvent @event, IIccOutput outputSettings)
{
Configure(outputSettings);
var mapping = outputSettings.WeekMapping;
var weeks = mapping.Weeks;
if (mapping.UseWeekModulo)
{
weeks = weekMappingHelper.ComputeMapping(mapping.Weeks);
}
var supervisions = new List <TimetableSupervisionData>();
foreach (var supervision in @event.Supervisions)
{
var supervisionWeeks = supervision.Weeks ?? Enumerable.Range(1, outputSettings.WeekMapping.Weeks.Count);
if (string.IsNullOrEmpty(supervision.Teacher))
{
logger.LogDebug("Skipping supervision with empty teacher.");
continue;
}
var namedWeeks = supervisionWeeks
.Select(x => weeks.ContainsKey(x) ? weeks[x] : null)
.Where(x => x != null)
.Distinct();
foreach (var week in namedWeeks)
{
supervisions.Add(new TimetableSupervisionData
{
Id = Guid.NewGuid().ToString(),
Lesson = supervision.Lesson,
Day = supervision.WeekDay,
Location = supervision.Location,
Teacher = supervision.Teacher,
IsBefore = true,
Week = week
});
}
}
var response = await iccImporter.ImportSupervisionsAsync(outputSettings.SupervisionPeriod, supervisions.ToList());
await HandleResponseAsync(response);
}
protected abstract Task HandleSupervisionEvent(SupervisionEvent @event, T outputSettings);
public Task HandleSupervisionEvent(SupervisionEvent @event, IOutput outputSettings)
{
return(HandleSupervisionEvent(@event, CastSettings(outputSettings)));
}
private void HandleSupervisionEvent(SupervisionEvent obj)
{
Handle("supervision", (handler, settings) => handler.HandleSupervisionEvent(obj, settings));
}
protected override Task HandleSupervisionEvent(SupervisionEvent @event, IFileOutput outputSettings)
{
return(WriteJson(@event.Supervisions, outputSettings, "supervisions.json"));
}
