public void WriteWorkResult(KPoint key, MapSectionWorkResult val, bool overwriteResults)
{
// When writing include the Area's offset.
KPoint transKey = key.ToGlobal(_position);
try
{
lock (_repoLock)
{
if (overwriteResults)
{
_countsRepo.Change(transKey, val);
//WorkResultReWriteCount++;
}
else
{
_countsRepo.Add(transKey, val, saveOnWrite: false);
//WorkResultWriteCount++;
}
}
}
catch
{
Debug.WriteLine($"Could not write data for x: {transKey.X} and y: {transKey.Y}.");
}
}
public void WriteWorkResult(SubJob subJob, bool overwriteResults)
{
KPoint key = subJob.Position;
SubJobResult val = subJob.SubJobResult;
// When writing, include the Area's offset.
KPoint transKey = key.ToGlobal(_position);
try
{
lock (_repoLock)
{
if (Closed)
{
return;
}
if (overwriteResults)
{
_countsRepo.Change(transKey, val);
}
else
{
_countsRepo.Add(transKey, val, saveOnWrite: true);
}
}
}
catch
{
Debug.WriteLine($"Could not write data for x: {key.X} and y: {key.Y}.");
}
}
public void TestMethod1()
{
string filename = "Center1";
using (ValueRecords <RectangleInt, MapSectionWorkResult> repo = new ValueRecords <RectangleInt, MapSectionWorkResult>(filename, useHiRezFolder: false))
{
RectangleInt key = new RectangleInt(new PointInt(0, 0), new SizeInt(100, 100));
MapSectionWorkResult val = BuildMSWR(100 * 100);
repo.Add(key, val);
MapSectionWorkResult val2 = new MapSectionWorkResult(100 * 100, hiRez: false, includeZValuesOnRead: true);
repo.ReadParts(key, val2);
}
using (ValueRecords <RectangleInt, MapSectionWorkResult> repo = new ValueRecords <RectangleInt, MapSectionWorkResult>(filename, useHiRezFolder: false))
{
RectangleInt key = new RectangleInt(new PointInt(0, 0), new SizeInt(100, 100));
MapSectionWorkResult val2 = new MapSectionWorkResult(100 * 100, hiRez: false, includeZValuesOnRead: true);
repo.ReadParts(key, val2);
}
}
