public ReleaseMilstoneCP_Footer(ReleaseMilestone rm, List <int> cpids, ICollection <ReleaseCP> releaseCps, string accountName)
{
this.MilestoneName = rm.Milestone.Name;
this.MilestoneDate = FormatDateTime(rm.MilestoneDate);
ReleaseCPView releaseCP = null;
using (IReleaseCPRepository db = new ReleaseCPRepository())
{
releaseCP = new ReleaseCPView((!rm.Milestone.CPs.Any(cp => cp.MilestoneID == rm.MilestoneID && cpids.Contains(cp.CPID)))? null :
releaseCps.Where(r => r.ReleaseID == rm.ReleaseID &&
r.CPID == rm.Milestone.CPs.Where(cp => cp.MilestoneID == rm.MilestoneID && cpids.Contains(cp.CPID)).FirstOrDefault().CPID).FirstOrDefault(), accountName);
}
IsCreated = releaseCP != null;
this.CheckPointDate = this.IsCreated ? FormatDateTime(releaseCP.PlannedDate) : String.Empty;
this.CheckPointId = this.IsCreated ? releaseCP.ReleaseCPID : -1;
this.CPName = this.IsCreated ? releaseCP.CPName : String.Empty;
}
private static MilestoneDates ComputeMilestoneDates(DataStore data, DateTime endDate, ReleaseMilestone releaseMilestone, ILogger logger)
{
// Identify the number of working days between the end date and the start date
// Look. I know this could be done with cool math, but this is the easiest thing right now :). We can optimize later
var current = endDate;
var workDays = 0;
logger.LogDebug("Computing work days in {Milestone}...", releaseMilestone.Name);
while (current <= releaseMilestone.BranchCloses !.Value)
{
if (!data.IsHoliday(current, WorkLocation.US) && current.DayOfWeek != DayOfWeek.Sunday && current.DayOfWeek != DayOfWeek.Saturday)
{
workDays += 1;
}
current = current.AddDays(1);
}
logger.LogDebug("Computed work days in {Milestone}", releaseMilestone.Name);
return(new MilestoneDates()
{
Name = releaseMilestone.Name,
BranchCloses = releaseMilestone.BranchCloses !.Value.ToString("yyyy-MM-dd"),
WorkDaysRemaining = workDays,
});
