/// <summary>
/// Fulfill the schedule entries
/// </summary>
/// <param name="activities"></param>
public void ScheduleActivities(IEnumerable <ActivityPlanEntryDto> activities)
{
var scheduleTemplate = new ScheduleTemplateDto()
{
Name = "Automated Schedule Template",
PersonalPlanId = PersonalPlan.Id,
OptimizationModel = new ScheduleOptimizationType()
{
Classification = OptimizationModel.InteligentSchedule,
Name = "Intelligent Automation Schedule"
},
ScheduleActivities = new List <ScheduleEventDto>()
};
// Timespan indicative
var transientDateProgression = new DateTime(PersonalPlan.PlanStartsOn.Year, PersonalPlan.PlanStartsOn.Month, PersonalPlan.PlanStartsOn.Day, PersonalPlan.FreetimeStartsOn.Hours, PersonalPlan.FreetimeStartsOn.Minutes, 0);
var dailyFreeTimeSpan = PersonalPlan.FreeTimeEndsOn - PersonalPlan.FreetimeStartsOn;
foreach (var activity in activities)
{
var activityRemainingTime = activity.TimeAllocation;
// Brake down full timespan activities (ex: [x,y])
while (activityRemainingTime >= dailyFreeTimeSpan)
{
scheduleTemplate.ScheduleActivities.Add(new ScheduleEventDto
{
Name = activity.Name,
Description = activity.Description,
StartsOn = new DateTime(PersonalPlan.PlanStartsOn.Year, transientDateProgression.Month, transientDateProgression.Day, transientDateProgression.Hour, transientDateProgression.Minute, 0),
EndsOn = new DateTime(PersonalPlan.PlanStartsOn.Year, transientDateProgression.Month, transientDateProgression.Day, PersonalPlan.FreeTimeEndsOn.Hours, PersonalPlan.FreeTimeEndsOn.Minutes, 0),
});
// Timespan already scheduled above
var timespanScheduled = PersonalPlan.FreeTimeEndsOn.Subtract(transientDateProgression.TimeOfDay);
// Subtract time allocation
activityRemainingTime -= timespanScheduled;
// Move on to the next day
transientDateProgression = transientDateProgression.AddDays(1.0);
// Overflow case so get back on the free time starts
if (!activityRemainingTime.Equals(TimeSpan.Zero))
{
transientDateProgression -= timespanScheduled;
}
}
// Brake down partial timespan activities (ex: [x+2, y])
while (activityRemainingTime < dailyFreeTimeSpan && activityRemainingTime > TimeSpan.Zero)
{
// maximum timespan that can be added
var feasibleTimeToAdd = PersonalPlan.FreeTimeEndsOn.Subtract(transientDateProgression.TimeOfDay);
if (activityRemainingTime <= feasibleTimeToAdd)
{
scheduleTemplate.ScheduleActivities.Add(new ScheduleEventDto
{
Name = activity.Name,
Description = activity.Description,
StartsOn = new DateTime(PersonalPlan.PlanStartsOn.Year, transientDateProgression.Month, transientDateProgression.Day, transientDateProgression.Hour, transientDateProgression.Minute, 0),
EndsOn = new DateTime(PersonalPlan.PlanStartsOn.Year, transientDateProgression.Month, transientDateProgression.Day, transientDateProgression.Add(activityRemainingTime).Hour, transientDateProgression.Add(activityRemainingTime).Minute, 0),
});
transientDateProgression = transientDateProgression.Add(activityRemainingTime);
activityRemainingTime -= activityRemainingTime;
}
else
{
scheduleTemplate.ScheduleActivities.Add(new ScheduleEventDto
{
Name = activity.Name,
Description = activity.Description,
StartsOn = new DateTime(PersonalPlan.PlanStartsOn.Year, transientDateProgression.Month, transientDateProgression.Day, transientDateProgression.Hour, transientDateProgression.Minute, 0),
EndsOn = new DateTime(PersonalPlan.PlanStartsOn.Year, transientDateProgression.Month, transientDateProgression.Day, feasibleTimeToAdd.Hours, feasibleTimeToAdd.Minutes, 0),
});
transientDateProgression = transientDateProgression.Add(feasibleTimeToAdd);
activityRemainingTime -= feasibleTimeToAdd;
}
// Move on to the next day at the start free time point
if (transientDateProgression.TimeOfDay.Equals(PersonalPlan.FreeTimeEndsOn))
{
transientDateProgression = transientDateProgression.AddDays(1.0).Subtract(dailyFreeTimeSpan);
}
}
}
_planningRepository.CreateScheduleTemplate(scheduleTemplate);
}
public void CreateScheduleTemplate(ScheduleTemplateDto scheduleTemplate)
{
_dbContext.ScheduleTemplates.Add(scheduleTemplate);
_dbContext.SaveChanges();
}
