private void AttemptToAllocateCastings(IEnumerable <ScheduleWithQueues> schs, MazakSchedulesAndLoadActions mazakData)
{
// go through each job and check for castings in an input queue that have not yet been assigned to a job
foreach (var job in schs.Where(s => !s.LowerPriorityScheduleMatchingPartSkipped).OrderBy(s => s.Job.RouteStartingTimeUTC).GroupBy(s => s.Unique))
{
var uniqueStr = job.Key;
var partName = job.First().Job.PartName;
var numProc = job.First().Job.NumProcesses;
log.Debug("Checking job {uniq} with for unallocated castings", uniqueStr);
bool needRecheckProc1 = false;
// check for any raw material to assign to the job
var proc1Queues =
job
.Select(s => s.Procs[1].InputQueue)
.Where(q => !string.IsNullOrEmpty(q))
.Distinct();
foreach (var queue in proc1Queues)
{
var inQueue = _log.GetMaterialInQueue(queue);
var remain = job.Select(s =>
s.SchRow.PlanQuantity - CountCompletedOrMachiningStarted(s)
).Sum();
var alreadyAssigned =
inQueue
.Where(m => m.Unique == uniqueStr && FindNextProcess(m.MaterialID) == 1)
.Count();
var partsToAllocate =
inQueue
.Where(m => string.IsNullOrEmpty(m.Unique) && m.PartName == partName)
.Any();
log.Debug("Checking unique {uniq} for unallocated castings in queue {queue}, " +
" found {remain} remaining parts, {assigned} already assigned parts, {toAllocate} parts to allocate",
uniqueStr, queue, remain, alreadyAssigned, partsToAllocate);
if (remain > alreadyAssigned && partsToAllocate)
{
var newMats = _log.AllocateCastingsInQueue(queue, partName, uniqueStr, numProc, remain - alreadyAssigned);
log.Debug("Alloacted new ids {@matIds} to {unique}, recalculating proc1 castings", newMats, uniqueStr);
needRecheckProc1 = true;
}
}
if (needRecheckProc1)
{
CheckCastingsForProc1(job, mazakData);
}
}
}