protected static void Cmd17 <T>(ROM rom, T state)
{
int segment = rom.Read8(3);
int startAddress = rom.Read32(4);
int endAddress = rom.Read32(8);
if ((uint)startAddress > 0x4000000)
{
return;
}
SegmentDescriptor descriptor = new SegmentDescriptor(startAddress, endAddress - startAddress);
rom.SetSegment(segment, descriptor);
}
protected static void Cmd00 <T>(ROM rom, T state)
{
int segment = rom.Read8(3);
//if (segment != 0x19)
// throw new ArgumentException("ROM does not use bank 0x19. Did you import a level?");
int startAddress = rom.Read32(4);
int endAddress = rom.Read32(8);
SegmentDescriptor descriptor = new SegmentDescriptor(startAddress, endAddress - startAddress);
rom.SetSegment(segment, descriptor);
int segmentedAddress = rom.Read32(12);
int levelscriptAddress = rom.GetROMAddress(segmentedAddress);
rom.offset = levelscriptAddress - 0x10; // kostul for adding 0x10
}
public void T000_BasicTests()
{
MergeCandidate mc;
var mm = new MergeManager_Incremental(null);
mm.MIN_MERGE_SIZE = 1; // force small merge sizes okay for ours tests
mm.MAX_MERGE_SIZE = 1000; // force 'infinite' merge sizes for our tests
var gen0seg = new SegmentDescriptor(0, new RecordKey().appendParsedKey("A"), new RecordKey().appendParsedKey("Z"));
var gen1seg = new SegmentDescriptor(1, new RecordKey().appendParsedKey("A"), new RecordKey().appendParsedKey("Z"));
var gen2seg = new SegmentDescriptor(2, new RecordKey().appendParsedKey("A"), new RecordKey().appendParsedKey("Z"));
// add two segments on top of eachother
mm.notify_addSegment(gen0seg);
mm.notify_addSegment(gen1seg);
Assert.AreEqual(1, mm.getNumberOfCandidates(), "candidate count 1");
mc = mm.getBestCandidate();
Assert.AreEqual(new SegmentDescriptor[1] { gen1seg }, mc.source_segs);
Assert.AreEqual(new SegmentDescriptor[1] { gen0seg }, mc.target_segs);
// add a third segment
mm.notify_addSegment(gen2seg);
mc = mm.getBestCandidate();
System.Console.WriteLine(mc.ToString());
Assert.AreEqual(3, mm.getNumberOfCandidates(), "candidate count 2");
Assert.AreEqual(new SegmentDescriptor[2] { gen2seg, gen1seg }, mc.source_segs);
Assert.AreEqual(new SegmentDescriptor[1] { gen0seg }, mc.target_segs);
// test removal
mm.notify_removeSegment(gen2seg);
Assert.AreEqual(1, mm.getNumberOfCandidates(), "candidate count 3");
mc = mm.getBestCandidate();
Assert.AreEqual(new SegmentDescriptor[1] { gen1seg }, mc.source_segs);
Assert.AreEqual(new SegmentDescriptor[1] { gen0seg }, mc.target_segs);
mm.notify_removeSegment(gen1seg);
Assert.AreEqual(0, mm.getNumberOfCandidates());
mm.notify_addSegment(gen1seg);
Assert.AreEqual(1, mm.getNumberOfCandidates());
mm.notify_removeSegment(gen0seg);
Assert.AreEqual(0, mm.getNumberOfCandidates());
}
public void T000_TestRangeBoundaries()
{
MergeCandidate mc;
var mm = new MergeManager_Incremental(null);
mm.MIN_MERGE_SIZE = 1; // force small merge sizes okay for our tests
mm.MAX_MERGE_SIZE = 1000; // force 'infinite' merge sizes for our tests
mm.getMaxGeneration();
var gen0abseg = new SegmentDescriptor(0, new RecordKey().appendParsedKey("A"), new RecordKey().appendParsedKey("B"));
var gen0dfseg = new SegmentDescriptor(0, new RecordKey().appendParsedKey("D"), new RecordKey().appendParsedKey("F"));
var gen1acseg = new SegmentDescriptor(1, new RecordKey().appendParsedKey("A"), new RecordKey().appendParsedKey("C"));
var gen2azseg = new SegmentDescriptor(2, new RecordKey().appendParsedKey("A"), new RecordKey().appendParsedKey("Z"));
// add two gen0 segs
mm.notify_addSegment(gen0abseg);
mm.notify_addSegment(gen0dfseg);
Assert.AreEqual(0, mm.getNumberOfCandidates(), "candidate count 1");
// add gen1 seg
mm.notify_addSegment(gen1acseg);
Assert.AreEqual(1, mm.getNumberOfCandidates());
mc = mm.getBestCandidate();
Assert.AreEqual(new SegmentDescriptor[1] { gen1acseg }, mc.source_segs);
Assert.AreEqual(new SegmentDescriptor[1] { gen0abseg }, mc.target_segs);
// add gen2 seg
mm.notify_addSegment(gen2azseg);
dumpPrioritizedMergeList(mm);
Assert.AreEqual(3, mm.getNumberOfCandidates(), "candidate count 2");
mc = mm.getBestCandidate();
Assert.AreEqual(new SegmentDescriptor[2] { gen2azseg, gen1acseg }, mc.source_segs);
Assert.AreEqual(new SegmentDescriptor[2] { gen0abseg, gen0dfseg }, mc.target_segs);
// simulate "merge down" of gen1ac -> gen0abseg
var gen0acseg = new SegmentDescriptor(0, new RecordKey().appendParsedKey("A"), new RecordKey().appendParsedKey("C"));
mm.notify_removeSegment(gen1acseg);
mm.notify_removeSegment(gen0abseg);
Assert.AreEqual(0, mm.getNumberOfCandidates(), "candidate count 3");
mm.notify_addSegment(gen0acseg);
dumpPrioritizedMergeList(mm);
Assert.AreEqual(1, mm.getNumberOfCandidates());
mc = mm.getBestCandidate();
Assert.AreEqual(new SegmentDescriptor[1] { gen2azseg}, mc.source_segs);
Assert.AreEqual(new SegmentDescriptor[2] { gen0acseg, gen0dfseg }, mc.target_segs);
}
