public PeriodicTimeInterval UpdatePeriodicTimeInterval(PeriodicTimeInterval periodicTimeInterval)
{
Contract.Requires(periodicTimeInterval != null);
using (IUnitOfWork uow = this.GetUnitOfWork())
{
IRepository <PeriodicTimeInterval> repo = uow.GetRepository <PeriodicTimeInterval>();
repo.Put(periodicTimeInterval);
uow.Commit();
}
return(periodicTimeInterval);
}
public bool DeletePeriodicTimeInterval(PeriodicTimeInterval periodicTimeInterval)
{
Contract.Requires(periodicTimeInterval != null);
Contract.Requires(periodicTimeInterval.Id >= 0);
using (IUnitOfWork uow = this.GetUnitOfWork())
{
IRepository <PeriodicTimeInterval> repo = uow.GetRepository <PeriodicTimeInterval>();
periodicTimeInterval = repo.Reload(periodicTimeInterval);
repo.Delete(periodicTimeInterval);
uow.Commit();
}
return(true);
}
public PeriodicTimeInterval CreatePeriodicTimeInterval(PeriodicTimeInstant periodicTimeInstant, TimeDuration duration)
{
PeriodicTimeInterval periodicTimeInterval = new PeriodicTimeInterval()
{
PeriodicTimeInstant = periodicTimeInstant,
Duration = duration
};
using (IUnitOfWork uow = this.GetUnitOfWork())
{
IRepository <PeriodicTimeInterval> repo = uow.GetRepository <PeriodicTimeInterval>();
repo.Put(periodicTimeInterval);
uow.Commit();
}
return(periodicTimeInterval);
}
public List <DateTime> PeriodicTimeMatch(PeriodicTimeInterval periodicTimeInterval, TimeInterval timeInterval, DateTime bookingStart, DateTime bookingEnd)
{
switch (periodicTimeInterval.PeriodicTimeInstant.ResetFrequency)
{
case ResetFrequency.Daily:
return(GetAffectedDaysInTimePeriodDaily(timeInterval.StartTime.Instant, timeInterval.EndTime.Instant, bookingStart, bookingEnd, periodicTimeInterval.PeriodicTimeInstant.ResetInterval));
case ResetFrequency.Weekly:
List <DayOfWeek> daysInWeek = GetDays(periodicTimeInterval.PeriodicTimeInstant.Off_Set, periodicTimeInterval.Duration.Value);
return(GetAffectedDaysInTimePeriodWeekly(timeInterval.StartTime.Instant, timeInterval.EndTime.Instant, bookingStart, bookingEnd, periodicTimeInterval.PeriodicTimeInstant.ResetInterval, daysInWeek));
case ResetFrequency.Monthly:
return(GetAffectedDaysInTimePeriodMonthly(timeInterval.StartTime.Instant, timeInterval.EndTime.Instant, bookingStart, bookingEnd, periodicTimeInterval.PeriodicTimeInstant.ResetInterval, periodicTimeInterval.Duration.Value, periodicTimeInterval.PeriodicTimeInstant.Off_Set));
default:
return(new List <DateTime>());
}
}
public PeriodicTimeIntervalModel(PeriodicTimeInterval periodicTimeInterval, DateTime statDateConstraint, DateTime?endDateConstraint)
{
Id = periodicTimeInterval.Id;
PeriodicTimeInstant = periodicTimeInterval.PeriodicTimeInstant;
Duration = periodicTimeInterval.Duration;
Days = new List <CheckModel>();
Days = TimeHelper.GetDays();
SelectedDays = new List <int>();
switch (PeriodicTimeInstant.ResetFrequency)
{
case ResetFrequency.Daily:
StartTime = new DateTime();
EndTime = new DateTime();
TimeSpan timeSpan = new TimeSpan(PeriodicTimeInstant.Off_Set, 00, 00);
StartTime.Add(timeSpan);
EndTime = StartTime.AddHours(periodicTimeInterval.Duration.Value);
if (PeriodicTimeInstant.ResetInterval <= 1)
{
Summary = "Daily";
}
else
{
Summary = String.Format("Every {0} days, start at {1} and end at {2}", PeriodicTimeInstant.ResetInterval, StartTime, EndTime);
}
break;
case ResetFrequency.Weekly:
List <int> ids = new List <int>();
//ids.Add(periodicTimeInterval.PeriodicTimeInstant.Off_Set);
for (int i = 0; i < periodicTimeInterval.Duration.Value; i++)
{
ids.Add(periodicTimeInterval.PeriodicTimeInstant.Off_Set + i);
}
string days = "";
int count = 0;
foreach (int id in ids)
{
count++;
var temp = Days.Where(a => a.Id == id).FirstOrDefault();
if (count == ids.Count())
{
days += temp.Name;
}
else
{
days += temp.Name + ", ";
}
Days.Where(w => w.Id == id).ToList().ForEach(s => s.Checked = true);
}
if (PeriodicTimeInstant.ResetInterval <= 1)
{
Summary = String.Format("Weekly on {0}", days);
}
else
{
Summary = String.Format("Every {0} weeks on {1}", PeriodicTimeInstant.ResetInterval, days);
}
break;
case ResetFrequency.Monthly:
StartDate = new DateTime();
StartDate = statDateConstraint;
EndDate = new DateTime();
EndDate = endDateConstraint;
if (PeriodicTimeInstant.ResetInterval <= 1)
{
Summary = String.Format("Monthly on day {0}", PeriodicTimeInstant.Off_Set);
}
else
{
Summary = String.Format("Every {0} months on the {1}th for the duration of {2}", PeriodicTimeInstant.ResetInterval, PeriodicTimeInstant.Off_Set, Duration.Value);
}
break;
}
ResetFrequencies = new List <ResetFrequency>();
ResetFrequencies.Add(ResetFrequency.Daily);
ResetFrequencies.Add(ResetFrequency.Weekly);
ResetFrequencies.Add(ResetFrequency.Monthly);
}
