internal void RegisterOP(AppealCase ac, Hour opStartHour, Hour opEndHour)
{
Hour start = opStartHour.Subtract(OPPREPARATIONHOURS);
Hour end = opEndHour;
_opTimes.Add(ac, new SimulationTimeSpan(start, end));
}
private void _getNextCase()
{
if (_chairQueue.Count > 0)
{
_currentCase = _chairQueue.Dequeue();
_currentRole = Work.WorkRole.Chair;
_initialiseCase();
return;
}
if (_otherQueue.Count > 0)
{
_currentCase = _otherQueue.Dequeue();
_currentRole = Work.WorkRole.Other;
_initialiseCase();
return;
}
if (_rapporteurQueue.Count > 0)
{
_currentCase = _rapporteurQueue.Dequeue();
_currentRole = Work.WorkRole.Rapporteur;
_initialiseCase();
return;
}
_currentCase = null;
}
internal void Enqueue(AppealCase appealCase)
{
if (appealCase.Stage == AppealCaseState.Stage.New)
{
appealCase.AdvanceState();
}
switch (appealCase.Stage)
{
case AppealCaseState.Stage.SummonsEnqueued:
case AppealCaseState.Stage.SummonsStarted:
case AppealCaseState.Stage.SummonsFinished:
_summonsQueue.Enqueue(appealCase);
break;
case AppealCaseState.Stage.DecisionEnqueued:
case AppealCaseState.Stage.DecisionStarted:
case AppealCaseState.Stage.DecisionFinished:
_decisionQueue.Enqueue(appealCase);
break;
default:
throw new InvalidOperationException("Appeal is not in Summons or Decision stage.");
}
}
internal void NotifyOPSchedule(AppealCase ac, Hour opStartHour, Hour opEndHour)
{
foreach (Member member in _allocatedBoard)
{
member.RegisterOP(ac, opStartHour, opEndHour);
}
}
internal WorkReport DoWork()
{
AppealCase opCase = _opTimes.OPScheduledForCurrentHour;
if (opCase != null)
{
return(new OPWorkReport(opCase));
}
if (_currentCase == null)
{
_getNextCase();
}
if (_currentCase == null)
{
return(new NullWorkReport());
}
_workCase();
WorkReport report;
if (_workCounter == 0)
{
report = new WorkReport(_currentCase, _currentWorkType, _currentRole, Work.WorkState.Finished);
_currentCase = null;
}
else
{
report = new WorkReport(_currentCase, _currentWorkType, _currentRole, Work.WorkState.Ongoing);
}
return(report);
}
private Hour _scheduleOP(AppealCase appealCase)
{
// TODO: make a proper scheduler
Hour startHour = SimulationTime.Future(OPLEADTIME);
_scheduledOPs[appealCase] = startHour;
return(startHour);
}
private void _processIncomingCases()
{
while (_incomingCases.Count > 0)
{
AppealCase appealCase = _incomingCases.Dequeue();
Allocation allocation = _allocate(appealCase);
Member firstWorker = allocation.Enqueue(appealCase);
_activeCases[appealCase] = allocation;
}
}
internal Member()
{
_rapporteurQueue = new CaseQueuePair();
_chairQueue = new CaseQueuePair();
_otherQueue = new CaseQueuePair();
_opTimes = new OPList();
_currentCase = null;
_workCounter = 0;
}
private void _processCirculatingCases()
{
while (_circulatingCases.Count > 0)
{
AppealCase appealCase = _circulatingCases.Dequeue();
Allocation allocation = _activeCases[appealCase];
Member nextWorker = allocation.Enqueue(appealCase);
if (nextWorker == null)
{
appealCase.AdvanceState();
Hour opStartHour = _scheduleOP(appealCase);
Hour opEndHour = opStartHour.Add(OPDURATION);
allocation.NotifyOPSchedule(appealCase, opStartHour, opEndHour);
}
}
}
internal BoardLog DoWork()
{
_processCirculatingCases();
_processIncomingCases();
BoardLog log = new BoardLog();
foreach (Member m in _members())
{
WorkReport report = m.DoWork();
log.Add(m, report);
if (report.State == Work.WorkState.Finished)
{
AppealCase appealCase = report.Case;
_circulatingCases.Enqueue(appealCase);
}
}
return(log);
}
internal Member Enqueue(AppealCase appealCase)
{
switch (appealCase.Stage)
{
case AppealCaseState.Stage.New:
appealCase.AdvanceState();
break;
case AppealCaseState.Stage.SummonsEnqueued:
appealCase.AdvanceState();
break;
case AppealCaseState.Stage.SummonsStarted:
break;
case AppealCaseState.Stage.SummonsFinished:
break;
case AppealCaseState.Stage.OPPending:
break;
case AppealCaseState.Stage.OPFinsished:
break;
case AppealCaseState.Stage.DecisionEnqueued:
break;
case AppealCaseState.Stage.DecisionStarted:
break;
case AppealCaseState.Stage.DecisionFinished:
break;
default:
break;
}
if (_allocatedBoard.SummonsWorkerCount == 0)
{
return(null);
}
Member member = _allocatedBoard.DequeueSummonsWorker();
switch (_allocatedBoard.SummonsWorkerCount)
{
case 2:
member.EnqueueRapporteurWork(appealCase);
break;
case 1:
member.EnqueueOtherWork(appealCase);
break;
case 0:
member.EnqueueChairWork(appealCase);
break;
default:
throw new InvalidOperationException("Something is wrong with the number of summons workers.");
}
return(member);
}
internal void EnqueueRapporteurWork(AppealCase appealCase)
{
_rapporteurQueue.Enqueue(appealCase);
}
internal void EnqueueNewCase(AppealCase appealCase)
{
_incomingCases.Enqueue(appealCase);
}
private Allocation _allocate(AppealCase appealCase)
{
// TODO: make a proper allocation
return(new Allocation(_chair, _technical[0], _legal[0]));
}
internal void EnqueueChairWork(AppealCase appealCase)
{
_chairQueue.Enqueue(appealCase);
}
internal void EnqueueOtherWork(AppealCase appealCase)
{
_otherQueue.Enqueue(appealCase);
}
internal void Add(AppealCase ac, SimulationTimeSpan span)
{
_opTimes.Add(span);
_cases[span] = ac;
}
