public SubJob(Job parentJob, KPoint position)
{
ParentJob = parentJob ?? throw new ArgumentNullException(nameof(parentJob));
Position = position;
SubJobResult = null;
OperationType = SubJobOperationType.Unknown;
}
public List <KPoint> GetRepoKeysForJob()
{
IEnumerable <KPoint> keys = GetAllRepoKeys();
if (keys == null)
{
return(null);
}
int sx = FJobRequest.Area.Point.X;
int sy = FJobRequest.Area.Point.Y;
int ex = sx + FJobRequest.Area.Size.W;
int ey = sy + FJobRequest.Area.Size.H;
List <KPoint> result = new List <KPoint>();
foreach (KPoint pos in keys)
{
if (pos.X >= sx && pos.X < ex && pos.Y >= sy && pos.Y < ey)
{
KPoint localKey = pos.FromGlobal(_position);
result.Add(localKey);
}
}
return(result);
}
public Job(FJobRequest fJobRequest, string requestMsgId)
{
FJobRequest = fJobRequest;
RequestMsgId = requestMsgId;
FGenJob fGenJob = BuildFGenJob(fJobRequest);
FGenerator = new FGenerator(fGenJob);
//_position = new KPoint(fJobRequest.Area.Point.X * FGenerator.BLOCK_WIDTH, fJobRequest.Area.Point.Y * FGenerator.BLOCK_HEIGHT);
_position = new KPoint(fJobRequest.Area.Point.X, fJobRequest.Area.Point.Y);
_subJobIterator = new SubJobIterator(this);
ResetSubJobsRemainingToBeSent();
_closed = false;
Debug.WriteLine($"Creating new Repo. Name: {Name}, JobId: {JobId}.");
_countsRepo = new ValueRecords <KPoint, SubJobResult>(Name);
ReportRepoContents();
//Debug.WriteLine($"Starting to get histogram for {Name} at {DateTime.Now.ToString(DiagTimeFormat)}.");
//Dictionary<int, int> h = GetHistogram();
//Debug.WriteLine($"Histogram complete for {Name} at {DateTime.Now.ToString(DiagTimeFormat)}.");
}
public void WriteWorkResult(SubJob subJob, bool overwriteResults)
{
KPoint key = subJob.Position;
SubJobResult val = subJob.SubJobResult;
// When writing, include the Area's offset.
KPoint transKey = key.ToGlobal(_position);
try
{
lock (_repoLock)
{
if (Closed)
{
return;
}
if (overwriteResults)
{
_countsRepo.Change(transKey, val);
}
else
{
_countsRepo.Add(transKey, val, saveOnWrite: true);
}
}
}
catch
{
Debug.WriteLine($"Could not write data for x: {key.X} and y: {key.Y}.");
}
}
private SubJobResult GetEmptySubJobResult(KPoint dummy)
{
if (_emptySubJobResult == null)
{
int size = FGenerator.BLOCK_WIDTH * FGenerator.BLOCK_HEIGHT;
string instanceName = "MainJob";
_emptySubJobResult = SubJobResult.GetEmptySubJobResult(size, instanceName, includeZValuesOnRead: false);
}
SubJobResult.ClearSubJobResult(_emptySubJobResult);
return(_emptySubJobResult);
}
public bool RetrieveWorkResultFromRepo(KPoint riKey, SubJobResult workResult)
{
// When writing include the Area's offset.
KPoint transKey = riKey.ToGlobal(_position);
lock (_repoLock)
{
if (Closed)
{
return(false);
}
bool result = _countsRepo.ReadParts(transKey, workResult);
return(result);
}
}
