void TestLinkListAlignedRemove(void)
{
CLinkListAligned cLinkListAligned;
void* pv1;
void* pv2;
void* pv3;
void* pv;
cLinkListAligned.Init();
pv1 = cLinkListAligned.InsertAfterTail(1, 4, 0);
pv2 = cLinkListAligned.InsertAfterTail(2, 4, 0);
pv3 = cLinkListAligned.InsertAfterTail(3, 4, 0);
cLinkListAligned.Remove(pv2);
pv = cLinkListAligned.GetHead();
AssertPointer(pv1, pv);
pv = cLinkListAligned.GetNext(pv);
AssertPointer(pv3, pv);
pv = cLinkListAligned.GetNext(pv);
AssertNull(pv);
cLinkListAligned.Remove(pv1);
cLinkListAligned.Remove(pv3);
pv = cLinkListAligned.GetHead();
AssertNull(pv);
}
void TestIndexTreeBlockMemoryRemoveByObject(void)
{
CIndexTreeBlockMemory cIndex;
CTestIndexTreeObject object1;
CTestIndexTreeObject object2;
CTestIndexTreeObject object3;
CTestIndexTreeObject** ppcRemoved;
cIndex.Init();
AssertInt(1, cIndex.CountAllocatedNodes());
object1.Init("denarii");
cIndex.PutPtr(object1.GetName(), &object1);
AssertInt(8, cIndex.CountAllocatedNodes());
object2.Init("dendrodra");
cIndex.PutPtr(object2.GetName(), &object2);
object3.Init("dendrons");
cIndex.PutPtr(object3.GetName(), &object3);
AssertInt(3, cIndex.NumElements());
ppcRemoved = (CTestIndexTreeObject**)cIndex.Get(object2.GetName());
AssertPointer(&object2, *ppcRemoved);
AssertTrue(cIndex.Remove(object2.GetName()));
ppcRemoved = (CTestIndexTreeObject**)cIndex.Get(object2.GetName());
AssertNull(ppcRemoved);
AssertInt(2, cIndex.NumElements());
AssertFalse(cIndex.Remove(object2.GetName()));
AssertInt(2, cIndex.NumElements());
AssertInt(13, cIndex.CountAllocatedNodes());
cIndex.Remove(object3.GetName());
AssertInt(1, cIndex.NumElements());
AssertInt(8, cIndex.CountAllocatedNodes());
cIndex.PutPtr(object3.GetName(), &object3);
AssertInt(13, cIndex.CountAllocatedNodes());
AssertInt(2, cIndex.NumElements());
ppcRemoved = (CTestIndexTreeObject**)cIndex.Get(object3.GetName());
AssertPointer(&object3, *ppcRemoved);
AssertTrue(cIndex.Remove(object3.GetName()));
ppcRemoved = (CTestIndexTreeObject**)cIndex.Get(object3.GetName());
AssertNull(ppcRemoved);
AssertInt(1, cIndex.NumElements());
ppcRemoved = (CTestIndexTreeObject**)cIndex.Get(object1.GetName());
AssertPointer(&object1, *ppcRemoved);
AssertTrue(cIndex.Remove(object1.GetName()));
ppcRemoved = (CTestIndexTreeObject**)cIndex.Get(object1.GetName());
AssertNull(ppcRemoved);
AssertInt(0, cIndex.NumElements());
AssertFalse(cIndex.Remove(NULL));
AssertFalse(cIndex.Remove(""));
cIndex.Kill();
}
void TestSetTypeInstantiation(void)
{
UnknownsInit();
CSetType<CTestUnknown> cSet;
CTestUnknown* pcTest1;
CTestUnknown* pcTest2;
CTestUnknown* pcTest;
int iSize;
char* szName;
SSetIterator sIter;
int iCount;
cSet.Init();
pcTest1 = cSet.Add();
pcTest1->Init();
pcTest2 = UMalloc(CTestUnknown);
pcTest2->Init();
cSet.Add(pcTest2);
iCount = 0;
pcTest = cSet.StartIteration(&sIter);
while (pcTest)
{
iCount++;
pcTest = cSet.Iterate(&sIter);
}
AssertInt(2, iCount);
AssertInt(2, cSet.NumElements());
//This test is not correct. The order is not guaranteed.
//However it necessary to make the template compile.
AssertTrue(cSet.Contains(pcTest1));
AssertTrue(cSet.Contains(pcTest2));
pcTest = cSet.StartIteration(&sIter);
AssertPointer(pcTest1, pcTest);
pcTest = cSet.Iterate(&sIter);
AssertPointer(pcTest2, pcTest);
pcTest = cSet.StartIteration(&sIter);
cSet.RemoveDuringIteration(&sIter);
pcTest = cSet.Iterate(&sIter);
AssertPointer(pcTest2, pcTest);
AssertInt(1, cSet.NumElements());
cSet.Remove(pcTest2);
AssertInt(0, cSet.NumElements());
iSize = cSet.ClassSize();
AssertInt(40, iSize);
szName = cSet.ClassName();
AssertString("CSetType", szName);
cSet.Kill();
UnknownsKill();
}
void AssertLinkOrder(CMemoryCache* pcCache)
{
SMemoryCacheDescriptor* psCacheDesc;
SMemoryCacheDescriptor* psCacheDescReverse;
CArrayPointer cPointers;
int i;
AssertPointer(pcCache->TestGetFirst()->psPrev, pcCache->TestGetLast());
AssertPointer(pcCache->TestGetLast()->psNext, pcCache->TestGetFirst());
cPointers.Init(10);
psCacheDesc = pcCache->TestGetFirst();
for (;;)
{
cPointers.Add(psCacheDesc, 0);
psCacheDesc = psCacheDesc->psNext;
if (psCacheDesc == pcCache->TestGetFirst())
{
break;
}
}
psCacheDesc = pcCache->TestGetLast();
for (i = cPointers.NumElements() - 1; i >= 0; i--)
{
psCacheDescReverse = (SMemoryCacheDescriptor*)cPointers.GetPtr(i);
AssertPointer(psCacheDesc, psCacheDescReverse);
psCacheDesc = psCacheDesc->psPrev;
}
cPointers.Kill();
}
void TestDehollowficationFromDatabaseOfTwoPointers(void)
{
CIndexedConfig cConfig;
CFileUtil cFileUtil;
cConfig.Manual("Output\\Dehollowfication\\Database",
FALSE,
TRUE,
FALSE,
1 MB);
cFileUtil.RemoveDir("Output\\Dehollowfication\\Database");
MemoryInit();
ObjectsInit(&cConfig);
SetupDehollowficationScene();
gcObjects.Flush(FALSE, FALSE);
ObjectsKill();
MemoryKill();
MemoryInit();
ObjectsInit(&cConfig);
SetupDehollowficationConstructors();
Ptr<CRoot> pRoot = ORoot();
Ptr<CTestDoubleNamedString> pDouble = pRoot->Get<CTestDoubleNamedString>("Double Start");
Ptr<CTestNamedString> pString1 = pDouble->mpSplit1;
Ptr<CTestNamedString> pString2 = pDouble->mpSplit2;
pString1->ClassName();
pString2->ClassName();
Ptr<CTestNamedString> pDiamond1 = pString1->mpAnother;
Ptr<CTestNamedString> pDiamond2 = pString2->mpAnother;
AssertTrue(pDiamond1.IsHollow());
AssertTrue(pDiamond2.IsHollow());
AssertPointer(pDiamond1.Object(), pDiamond2.Object());
AssertPointer(pString1->mpAnother.Object(), pString2->mpAnother.Object());
AssertLongLongInt(3LL, pDiamond1.GetIndex());
AssertLongLongInt(3LL, pDiamond2.GetIndex());
//Dehollofication of pDiamond1 happens here. pString1->mpAnother and pString2->mpAnother are remapped to the dehollowed diamond object.
pDiamond1->ClassName();
AssertFalse(pDiamond1.IsHollow());
AssertFalse(pDiamond2.IsHollow()); //This should be false but it's not until I remap local pointers.
AssertPointer(pDiamond1.Object(), pDiamond2.Object()); //These should be the same but they're not until I remap local pointers.
AssertLongLongInt(3LL, pDiamond1.GetIndex());
AssertFalse(pString1->mpAnother.IsHollow());
AssertFalse(pString2->mpAnother.IsHollow());
AssertPointer(pString1->mpAnother.Object(), pString2->mpAnother.Object());
ObjectsKill();
MemoryKill();
}
void TestDurableSetAdd(void)
{
CFileUtil cFileUtil;
CDurableFileController cController;
CDurableFile cDurableFile1;
CDurableFile cDurableFile2;
CDurableFile cDurableFile3;
CDurableFile cDurableFile4;
char szDirectory[] = "Durable2";
char szRewrite[] = "_Durable2";
CDurableFile* pcDurableFile;
cFileUtil.RemoveDir(szDirectory);
cFileUtil.MakeDir(szDirectory);
cFileUtil.RemoveDir(szRewrite);
cFileUtil.MakeDir(szRewrite);
cController.Init(szDirectory, szRewrite);
cDurableFile1.Init(&cController, "Durable" _FS_ "1.txt", "Durable" _FS_ "_1.txt");
cDurableFile2.Init(&cController, "Durable" _FS_ "2.txt", "Durable" _FS_ "_2.txt");
cDurableFile3.Init(&cController, "Durable" _FS_ "3.txt", "Durable" _FS_ "_3.txt");
cDurableFile4.Init(&cController, "Durable" _FS_ "4.txt", "Durable" _FS_ "_4.txt");
cController.Begin();
cController.AddFile(&cDurableFile1);
AssertInt(1, cController.NumFiles());
pcDurableFile = cController.GetFile(0);
AssertPointer(&cDurableFile1, pcDurableFile);
cController.AddFile(&cDurableFile1);
AssertInt(1, cController.NumFiles());
pcDurableFile = cController.GetFile(0);
AssertPointer(&cDurableFile1, pcDurableFile);
cController.AddFile(&cDurableFile2);
AssertInt(2, cController.NumFiles());
cController.AddFile(&cDurableFile3);
AssertInt(3, cController.NumFiles());
cController.AddFile(&cDurableFile4);
AssertInt(4, cController.NumFiles());
cController.AddFile(&cDurableFile2);
AssertInt(4, cController.NumFiles());
cController.AddFile(&cDurableFile3);
AssertInt(4, cController.NumFiles());
cController.AddFile(&cDurableFile4);
AssertInt(4, cController.NumFiles());
cController.End();
cDurableFile1.Kill();
cDurableFile2.Kill();
cDurableFile3.Kill();
cDurableFile4.Kill();
cController.Kill();
}
void TestMapBlockInternals(void)
{
CMapBlock cMapBlock;
int i;
int j;
int iKey;
int* piData;
CArrayBlockSorted* paBlock;
SMNode** psNode1;
SMNode** psNode2;
int* piKey;
cMapBlock.Init(1024, &CompareInt, TRUE);
i = 7; j = 43;
cMapBlock.Put(&i, sizeof(int), &j, sizeof(int));
i = 9; j = 21;
cMapBlock.Put(&i, sizeof(int), &j, sizeof(int));
AssertInt(2, cMapBlock.NumElements());
paBlock = cMapBlock.GetArray();
paBlock->InsertHoldingIntoSorted();
psNode1 = (SMNode**)paBlock->GetInSorted(0);
psNode2 = (SMNode**)paBlock->GetInSorted(1);
AssertInt(sizeof(int), (*psNode1)->iDataSize);
AssertInt(sizeof(int), (*psNode1)->iKeySize);
AssertPointer(&cMapBlock, (*psNode1)->pcMapBlock);
AssertInt(sizeof(int), (*psNode2)->iDataSize);
AssertInt(sizeof(int), (*psNode2)->iKeySize);
AssertPointer(&cMapBlock, (*psNode2)->pcMapBlock);
piKey = (int*)RemapSinglePointer(*psNode1, sizeof(SMNode));
AssertInt(7, *piKey);
piData = (int*)RemapSinglePointer(piKey, (int)sizeof(int));
AssertInt(43, *piData);
piKey = (int*)RemapSinglePointer(*psNode2, sizeof(SMNode));
AssertInt(9, *piKey);
piData = (int*)RemapSinglePointer(piKey, (int)sizeof(int));
AssertInt(21, *piData);
iKey = 7; piData = NULL;
cMapBlock.Get(&iKey, (void**)&piData, NULL);
AssertNotNull(piData);
AssertInt(43, *piData);
iKey = 9; piData = NULL;
cMapBlock.Get(&iKey, (void**)&piData, NULL);
AssertNotNull(piData);
AssertInt(21, *piData);
iKey = 3; piData = NULL;
cMapBlock.Get(&iKey, (void**)&piData, NULL);
AssertNull(piData);
cMapBlock.Kill();
}
void TestIndexTreeMemoryAdd(void)
{
CIndexTreeMemory cIndex;
CTestIndexTreeObject a;
CTestIndexTreeObject aa;
CTestIndexTreeObject temp;
CArrayVoidPtr avp;
BOOL bResult;
CIndexTreeNodeMemory* pcNode;
CTestIndexTreeObject** ppvTest;
CTestIndexTreeObject*** ppvTestA;
CTestIndexTreeObject*** ppvTestAA;
cIndex.Init();
a.Init("A");
bResult = cIndex.PutPtr(a.GetName(), &a);
AssertTrue(bResult);
pcNode = cIndex.GetNode("A", 1);
ppvTest = (CTestIndexTreeObject**)pcNode->GetObjectPtr();
AssertPointer(&a, *ppvTest);
aa.Init("AA");
bResult = cIndex.PutPtr(aa.GetName(), &aa);
AssertTrue(bResult);
pcNode = cIndex.GetNode("A", 1);
ppvTest = (CTestIndexTreeObject**)pcNode->GetObjectPtr();
AssertPointer(&a, *ppvTest);
pcNode = cIndex.GetNode("AA", 2);
ppvTest = (CTestIndexTreeObject**)pcNode->GetObjectPtr();
AssertPointer(&aa, *ppvTest);
avp.Init();
cIndex.FindAll(&avp);
AssertInt(2, avp.NumElements());
ppvTestA = (CTestIndexTreeObject***)avp.Get(0);
ppvTestAA = (CTestIndexTreeObject***)avp.Get(1);
AssertPointer(&a, **ppvTestA);
AssertPointer(&aa, **ppvTestAA);
AssertString("A", (**ppvTestA)->mszName);
AssertString("AA", (**ppvTestAA)->mszName);
avp.Kill();
cIndex.Kill();
cIndex.Init();
bResult = cIndex.PutPtr(NULL, &temp);
AssertFalse(bResult);
bResult = cIndex.PutPtr("", &temp);
AssertFalse(bResult);
cIndex.Kill();
}
void TestObjectReaderSimpleDeserialised(void)
{
WriteObjectReaderSimpleFile();
CObjectReaderSimpleDisk cReader;
CObjectGraphDeserialiser cGraphDeserialiser;
CPointer cBase;
Ptr<CTestNamedString> cNS1;
Ptr<CTestNamedString> cNS2;
CPointer cTemp;
CObjectAllocator cAllocator;
CDependentReadObjects cDependentReadObjects;
MemoryInit();
ObjectsInit();
gcObjects.AddConstructor<CTestNamedString>();
AssertLongLongInt(0, gcObjects.NumDatabaseObjects());
AssertLongLongInt(0, gcObjects.NumMemoryIndexes());
cAllocator.Init(&gcObjects);
cDependentReadObjects.Init();
cReader.Init("Output\\ObjectReaderSimple\\Test\\");
cGraphDeserialiser.Init(&cReader, FALSE, &cAllocator, &cDependentReadObjects, gcObjects.GetMemory());
cBase = cGraphDeserialiser.Read("Waggy");
AssertLongLongInt(0, gcObjects.NumDatabaseObjects());
AssertLongLongInt(2, gcObjects.NumMemoryIndexes());
cNS1 = gcObjects.Get("Waggy");
AssertTrue(cNS1.IsNotNull());
AssertString("NS1", cNS1->mszEmbedded.Text());
cNS2 = gcObjects.Get("Dog");
AssertTrue(cNS2.IsNotNull());
AssertString("NS2", cNS2->mszEmbedded.Text());
AssertTrue(cBase.IsNotNull());
AssertString("CTestNamedString", cBase->ClassName());
AssertPointer(&cNS1, &cBase);
AssertPointer(&cNS2, &cNS1->mpAnother);
AssertPointer(NULL, &cNS2->mpAnother);
cGraphDeserialiser.Kill();
cDependentReadObjects.Kill();
cAllocator.Kill();
cReader.Kill();
ObjectsKill();
}
void TestIndexTreeMemoryPutPtrDuplicate(void)
{
CIndexTreeMemory cIndex;
CTestIndexTreeObject andrew;
CTestIndexTreeObject andrewToo;
CTestIndexTreeObject** pcResult;
CArrayVoidPtr avp;
BOOL bResult;
cIndex.Init();
andrew.Init("Andrew");
bResult = cIndex.PutPtr(andrew.mszName, &andrew);
AssertTrue(bResult);
AssertTrue(cIndex.ValidateSize());
AssertInt(1, cIndex.NumElements());
andrewToo.Init("Andrew");
bResult = cIndex.PutPtr(andrewToo.GetName(), &andrewToo);
AssertTrue(bResult);
AssertTrue(cIndex.ValidateSize());
AssertInt(1, cIndex.NumElements());
pcResult = (CTestIndexTreeObject**)cIndex.Get("Andrew");
AssertPointer(&andrewToo, *pcResult);
avp.Init();
cIndex.FindAll(&avp);
AssertInt(1, avp.NumElements());
avp.Kill();
cIndex.Kill();
}
void TestArrayAllocation(void)
{
CTestArray asTestArray;
STestArrayTemplateItem* psItem;
int i;
asTestArray.Init(10);
AssertInt(sizeof(STestArrayTemplateItem), asTestArray.ElementSize());
AssertInt(0, asTestArray.NumElements());
AssertInt(0, asTestArray.AllocatedElements());
AssertInt(10, asTestArray.ChunkSize());
AssertPointer(NULL, asTestArray.GetData());
psItem = asTestArray.Add();
AssertInt(1, asTestArray.NumElements());
AssertInt(10, asTestArray.AllocatedElements());
AssertInt(10, asTestArray.ChunkSize());
AssertFalse(asTestArray.GetData() == NULL);
psItem->i1 = 1;
psItem->i2 = 2;
//Add upto and including the eleventh element. This will cause the array to be reallocated.
for (i = 0; i < 10; i++)
{
asTestArray.Add();
}
//Make sure the elements haven't been corrupted on reallocation.
psItem = asTestArray.Get(0);
AssertInt(1, psItem->i1);
AssertInt(2, psItem->i2);
asTestArray.Kill();
}
void TestArrayTemplateEmbeddedAdd(void)
{
CArrayTemplateEmbedded<int, 5> cArray;
int* pi;
int* piEmbeddedData;
cArray.Init();
AssertInt(0, cArray.NumElements());
piEmbeddedData = cArray.GetData();
pi = cArray.Add();
*pi = 7;
AssertInt(1, cArray.NumElements());
AssertPointer(piEmbeddedData, cArray.GetData());
pi = cArray.Get(0);
AssertInt(7,* pi);
cArray.AddNum(3);
AssertInt(4, cArray.NumElements());
AssertPointer(piEmbeddedData, cArray.GetData());
*cArray.Get(1) = 6;
*cArray.Get(2) = 5;
*cArray.Get(3) = 4;
pi = cArray.Add();
*pi = 22;
AssertInt(5, cArray.NumElements());
AssertPointer(piEmbeddedData, cArray.GetData());
AssertInt(7, *cArray.Get(0));
AssertInt(22, *cArray.Get(4));
pi = cArray.Add();
*pi = 20;
AssertInt(6, cArray.NumElements());
AssertFalse(piEmbeddedData == cArray.GetData());
AssertInt(7, *cArray.Get(0));
AssertInt(6, *cArray.Get(1));
AssertInt(5, *cArray.Get(2));
AssertInt(4, *cArray.Get(3));
AssertInt(22, *cArray.Get(4));
AssertInt(20, *cArray.Get(5));
AssertTrue(cArray.TestInternalConsistency());
cArray.Kill();
}
void TestEmbeddedObjectClass(void)
{
MemoryInit();
ObjectsInit();
CEmbeddedComplex cComplex;
CPointer* pcPtr0;
CPointer* pcPtr1;
CPointer* pcPtr2;
CPointer* pcPtr3;
CPointer* pcPtr4;
CPointer* pcPtr5;
//Class not yet called. Always call Class.
AssertInt(0, cComplex.GetNumFieldPointerTos());
AssertInt(1, cComplex.GetNumEmbedded());
cComplex.ClearFlagNumEmbedded();
cComplex.Class();
AssertInt(5, cComplex.GetNumFieldPointerTos());
AssertInt(6, cComplex.GetNumEmbedded());
pcPtr0 = cComplex.GetFieldPointerTo(0);
pcPtr1 = cComplex.GetFieldPointerTo(1);
pcPtr2 = cComplex.GetFieldPointerTo(2);
pcPtr3 = cComplex.GetFieldPointerTo(3);
pcPtr4 = cComplex.GetFieldPointerTo(4);
pcPtr5 = cComplex.GetFieldPointerTo(5);
AssertPointer(cComplex.mpTest.This(), pcPtr0);
AssertPointer(cComplex.mcSimple.mpTest.This(), pcPtr1);
AssertPointer(cComplex.mcContainer.mpTest.This(), pcPtr2);
AssertPointer(cComplex.mcContainer.mcOne.mpTest.This(), pcPtr3);
AssertPointer(cComplex.mcContainer.mcTwo.mpTest.This(), pcPtr4);
AssertNull(pcPtr5);
AssertInt(0, cComplex.GetFieldPointerToIndex(pcPtr0));
AssertInt(1, cComplex.GetFieldPointerToIndex(pcPtr1));
AssertInt(2, cComplex.GetFieldPointerToIndex(pcPtr2));
AssertInt(3, cComplex.GetFieldPointerToIndex(pcPtr3));
AssertInt(4, cComplex.GetFieldPointerToIndex(pcPtr4));
AssertInt(-1, cComplex.GetFieldPointerToIndex(NULL));
ObjectsKill();
MemoryKill();
}
void TestLinkListAlignedGrow(void)
{
CLinkListAligned cLinkListAligned;
int* pi;
void* pvOld;
void* pvNew;
cLinkListAligned.Init();
pi = (int*)cLinkListAligned.InsertAfterTail(20, 4, 0);
pi[0] = 0;
pi[1] = 1;
pi[2] = 2;
pi[3] = 3;
pi[4] = 4;
pi = (int*)cLinkListAligned.Grow(pi, 24);
AssertInt(0, pi[0]);
AssertInt(1, pi[1]);
AssertInt(2, pi[2]);
AssertInt(3, pi[3]);
AssertInt(4, pi[4]);
pi[5] = 5;
pi = (int*)cLinkListAligned.Grow(pi, 8);
AssertInt(0, pi[0]);
AssertInt(1, pi[1]);
pi = (int*)cLinkListAligned.Grow(pi, 0);
AssertNull(pi);
cLinkListAligned.Kill();
cLinkListAligned.Init();
pvOld = cLinkListAligned.InsertAfterTail(1, 4, 0);
pvNew = cLinkListAligned.Grow(pvOld, 2);
AssertPointer(pvOld, pvNew);
pvNew = cLinkListAligned.Grow(pvOld, 3);
AssertPointer(pvOld, pvNew);
pvNew = cLinkListAligned.Grow(pvOld, 3);
AssertPointer(pvOld, pvNew);
pvNew = cLinkListAligned.Grow(pvOld, 4);
AssertPointer(pvOld, pvNew);
pvNew = cLinkListAligned.Grow(pvOld, 8);
AssertFalse(pvOld == pvNew);
cLinkListAligned.Kill();
}
void AssertCache(CMemoryCache* pcCache, int iFirstLength, char cFirstChar, int iSecondLength, char cSecondChar)
{
SMemoryCacheDescriptor* psFirst;
SMemoryCacheDescriptor* psLast;
AssertInt(2, pcCache->NumCached());
psFirst = pcCache->GetFirst();
psLast = pcCache->GetLast();
AssertNotNull(psFirst);
AssertFalse(psFirst == psLast);
AssertPointer(psLast, psFirst->psNext);
AssertPointer(psFirst, psLast->psNext);
AssertCacheElement(pcCache, psFirst, iFirstLength, cFirstChar);
AssertCacheElement(pcCache, psLast, iSecondLength, cSecondChar);
}
void TestArrayTemplateEmbeddedAllocationWithVirtualClass(void)
{
CTestArrayTemplateEmbedded ac;
CTestOverridenArrayTemplateItem* pc;
ac.Init();
pc = ac.Add();
pc->Init(5);
AssertInt(5, pc->i1);
AssertInt(33, pc->i2);
pc = ac.InsertAt(0);
pc->Init(6);
AssertInt(6, pc->i1);
AssertInt(33, pc->i2);
pc = ac.Add();
pc->Init(7);
AssertInt(7, pc->i1);
AssertInt(33, pc->i2);
AssertPointer(ac.Get(2), pc);
pc = ac.Add();
pc->Init(8);
AssertInt(8, pc->i1);
AssertInt(33, pc->i2);
AssertPointer(ac.Get(3), pc);
AssertInt(4, ac.NumElements());
pc = ac.InsertAt(3);
pc->Init(9);
AssertInt(9, pc->i1);
AssertInt(33, pc->i2);
AssertPointer(ac.Get(3), pc);
pc = ac.Get(4);
AssertInt(8, pc->i1);
AssertInt(33, pc->i2);
ac.Kill();
}
void AssertCache(CMemoryCache* pcCache, int iFirstLength, char cFirstChar)
{
SMemoryCacheDescriptor* psFirst;
SMemoryCacheDescriptor* psLast;
AssertInt(1, pcCache->NumCached());
psFirst = pcCache->GetFirst();
AssertNotNull(psFirst);
AssertPointer(psFirst, psFirst->psNext);
psLast = pcCache->GetLast();
AssertPointer(psFirst, psLast);
AssertPointer(psLast, psLast->psNext);
AssertCacheElement(pcCache, psFirst, iFirstLength, cFirstChar);
AssertLinkOrder(pcCache);
}
void AssertCache(CMemoryCache* pcCache, int iLen1, char c1, int iLen2, char c2, int iLen3, char c3)
{
SMemoryCacheDescriptor* psFirst;
SMemoryCacheDescriptor* psLast;
AssertInt(3, pcCache->NumCached());
psFirst = pcCache->GetFirst();
psLast = pcCache->GetLast();
AssertNotNull(psFirst);
AssertFalse(psFirst == psLast);
AssertFalse(psFirst->psNext == psLast);
AssertPointer(psFirst->psNext->psNext, psLast);
AssertPointer(psLast->psNext, psFirst);
AssertCacheElement(pcCache, psFirst, iLen1, c1);
AssertCacheElement(pcCache, psFirst->psNext, iLen2, c2);
AssertCacheElement(pcCache, psFirst->psNext->psNext, iLen3, c3);
}
void TestObjectsObjectKillInGraph(void)
{
Ptr<CTestNamedString> cNS1;
Ptr<CTestNamedString> cNS2;
Ptr<CRoot> pRoot;
Ptr<CString> cS1;
Ptr<CString> cS2;
CTestNamedString* pcNS2;
CString* pcS2;
ObjectsInit();
pRoot = ORoot();
cS1 = OMalloc(CString);
cS1->Init("CS1");
cNS1 = ONMalloc(CTestNamedString, "NS1")->Init(cS1, ONull, "NS1");
cS2 = OMalloc(CString)->Init("CS2");
cNS2 = ONMalloc(CTestNamedString, "NS2")->Init(cS2, cNS1, "NS2");
pRoot->Add(cNS2);
AssertPointer(cNS2->mpAnother.Object(), cNS1.Object());
AssertLongLongInt(6, gcObjects.NumMemoryIndexes());
pcNS2 = &cNS2;
cNS2 = NULL;
pRoot = NULL;
cS1 = NULL;
pcS2 = &cS2;
cS2 = NULL;
AssertLongLongInt(6, gcObjects.NumMemoryIndexes());
cNS1->Kill();
AssertNull(pcNS2->mpAnother.Object());
AssertLongLongInt(4, gcObjects.NumMemoryIndexes());
AssertPointer(pcNS2->mszString.Object(), pcS2);
ObjectsKill();
}
void TestIndexTreeMemoryCountAllocatedNodes(void)
{
CIndexTreeMemory cIndex;
CTestIndexTreeObject cZebra;
CTestIndexTreeObject cAardvark;
CTestIndexTreeObject cAardvar;
CTestIndexTreeObject cAardvarc;
CTestIndexTreeObject** pvResult;
cIndex.Init();
AssertInt(1, cIndex.CountAllocatedNodes());
cZebra.Init("Zebra");
cAardvark.Init("Aardvark");
cAardvar.Init("Aardvar");
cAardvarc.Init("Aardvarc");
cIndex.PutPtr(cZebra.GetName(), &cZebra);
pvResult = (CTestIndexTreeObject**)cIndex.Get("Zebra");
AssertPointer(&cZebra, *pvResult);
AssertInt(6, cIndex.CountAllocatedNodes());
cIndex.PutPtr(cAardvark.GetName(), &cAardvark);
pvResult = (CTestIndexTreeObject**)cIndex.Get("Aardvark");
AssertPointer(&cAardvark, *pvResult);
AssertInt(14, cIndex.CountAllocatedNodes());
cIndex.PutPtr(cAardvar.GetName(), &cAardvar);
pvResult = (CTestIndexTreeObject**)cIndex.Get("Aardvar");
AssertPointer(&cAardvar, *pvResult);
AssertInt(14, cIndex.CountAllocatedNodes());
cIndex.PutPtr(cAardvarc.GetName(), &cAardvarc);
pvResult = (CTestIndexTreeObject**)cIndex.Get("Aardvarc");
AssertPointer(&cAardvarc, *pvResult);
AssertInt(15, cIndex.CountAllocatedNodes());
cIndex.Kill();
}
void TestArrayTemplateEmbeddedRemove(void)
{
CArrayTemplateEmbedded<int*, 2> cArray;
int i1;
int i2;
int i3;
int* pi1;
int* pi2;
int* pi3;
int** ppi1;
int** ppi2;
int iIndex;
i1 = 1;
i2 = 2;
i3 = 3;
pi1 = &i1;
pi2 = &i2;
pi3 = &i3;
cArray.Init();
ppi1 = cArray.Add(&pi1);
ppi2 = cArray.Add(&pi2);
iIndex = cArray.GetIndex(&pi1);
AssertInt(-1, iIndex);
iIndex = cArray.GetIndex(ppi1);
AssertInt(0, iIndex);
iIndex = cArray.GetIndex(&pi2);
AssertInt(-1, iIndex);
iIndex = cArray.GetIndex(ppi2);
AssertInt(1, iIndex);
iIndex = cArray.Find(&pi1);
AssertInt(0, iIndex);
iIndex = cArray.Find(ppi1);
AssertInt(0, iIndex);
iIndex = cArray.Find(&pi2);
AssertInt(1, iIndex);
iIndex = cArray.Find(ppi2);
AssertInt(1, iIndex);
cArray.Remove(&pi1);
iIndex = cArray.Find(&pi1);
AssertInt(-1, iIndex);
AssertPointer(pi2, *cArray.Get(0));
}
void TestTreeTemplateInsert(void)
{
CTestTree cTree;
STestTreeTemplateItem* pcNode0;
STestTreeTemplateItem* pcNode00;
STestTreeTemplateItem* pcNode01;
STestTreeTemplateItem* pcNode02;
STestTreeTemplateItem* pcNode000;
STestTreeTemplateItem* pcTest;
cTree.Init();
pcNode0 = cTree.InsertRoot();
pcNode0->Init(672, 7645);
pcNode00 = cTree.InsertOnRightOfChildren(pcNode0);
pcNode00->Init(720, 6);
pcNode000 = cTree.InsertOnRightOfChildren(pcNode00);
pcNode000->Init(325, 28274);
pcNode01 = cTree.InsertOnRightOfChildren(pcNode0);
pcNode01->Init(8, 12);
pcNode02 = cTree.InsertOnRightOfChildren(pcNode0);
pcNode02->Init(99, 7);
AssertInt(5, cTree.NumElements());
pcTest = cTree.GetRoot();
AssertPointer(pcNode0, pcTest);
AssertTrue(pcTest->IsOkay(672, 7645));
pcTest = cTree.GetUp(pcNode0);
AssertPointer(pcNode00, pcTest);
AssertTrue(pcTest->IsOkay(720, 6));
pcTest = cTree.GetUp(pcNode00);
AssertPointer(pcNode000, pcTest);
pcTest = cTree.GetRight(pcNode00);
AssertPointer(pcNode01, pcTest);
pcTest = cTree.GetRight(pcNode01);
AssertPointer(pcNode02, pcTest);
pcTest = cTree.GetRight(pcNode02);
AssertNull(pcTest);
AssertNull(cTree.GetUp(pcNode01));
AssertNull(cTree.GetUp(pcNode02));
AssertPointer(pcNode0, cTree.GetDown(pcNode00));
AssertPointer(pcNode0, cTree.GetDown(pcNode01));
AssertPointer(pcNode0, cTree.GetDown(pcNode02));
cTree.Kill();
}
void TestIndexTreeNodeFileRootMemory(void)
{
CIndexTreeNodeFile* pcNode;
CIndexTreeBlockFile cIndex;
CIndexTreeNodeFile cChildNode;
CIndexTreeChildNode* pcResult;
cIndex.FakeInit();
pcNode = (CIndexTreeNodeFile*)malloc(sizeof(CIndexTreeNodeFile) + sizeof(CIndexTreeChildNode)); //Node. No object. One child.
pcNode->Init(&cIndex, NULL);
AssertTrue(pcNode->IsEmpty());
AssertFalse(pcNode->HasNodes());
AssertFalse(pcNode->HasObject());
AssertTrue(pcNode->ValidateNodesEmpty());
pcNode->Contain(33);
AssertFalse(pcNode->IsEmpty());
AssertTrue(pcNode->HasNodes());
AssertFalse(pcNode->HasObject());
gcLogger.SetBreakOnError(FALSE);
AssertFalse(pcNode->ValidateNodesEmpty());
gcLogger.SetBreakOnError(TRUE);
AssertInt(33, pcNode->GetFirstIndex());
AssertInt(33, pcNode->GetLastIndex());
pcNode->Set(33, &cChildNode);
AssertFalse(pcNode->IsEmpty());
AssertTrue(pcNode->HasNodes());
AssertFalse(pcNode->HasObject());
AssertInt(1, pcNode->NumInitialisedIndexes());
AssertTrue(pcNode->ValidateNodesEmpty());
pcResult = pcNode->Get(33);
AssertTrue(pcResult->IsMemory());
AssertPointer(&cChildNode, pcResult->u.mpcMemory);
AssertFalse(pcNode->ContainsIndex(32));
AssertTrue(pcNode->ContainsIndex(33));
AssertFalse(pcNode->ContainsIndex(34));
free(pcNode);
}
void TestEmbeddedGetEmbeddedObject(void)
{
MemoryInit();
ObjectsInit();
CEmbeddedComplex cComplex;
CEmbeddedObject* pcEmbedded;
cComplex.Class();
cComplex.Init();
pcEmbedded = cComplex.GetEmbeddedObject(0);
AssertPointer(&cComplex, pcEmbedded);
pcEmbedded = cComplex.GetEmbeddedObject(1);
AssertPointer(&cComplex.mcSimple, pcEmbedded);
pcEmbedded = cComplex.GetEmbeddedObject(2);
AssertPointer(&cComplex.ma, pcEmbedded);
pcEmbedded = cComplex.GetEmbeddedObject(3);
AssertPointer(&cComplex.mcContainer, pcEmbedded);
pcEmbedded = cComplex.GetEmbeddedObject(4);
AssertPointer(&cComplex.mcContainer.mcOne, pcEmbedded);
pcEmbedded = cComplex.GetEmbeddedObject(5);
AssertPointer(&cComplex.mcContainer.mcTwo, pcEmbedded);
pcEmbedded = cComplex.GetEmbeddedObject(6);
AssertNull(pcEmbedded);
pcEmbedded = cComplex.mcSimple.GetEmbeddedObject(0);
AssertPointer(&cComplex.mcSimple, pcEmbedded);
pcEmbedded = cComplex.mcSimple.GetEmbeddedObject(1);
AssertNull(pcEmbedded);
pcEmbedded = cComplex.ma.GetEmbeddedObject(0);
AssertPointer(&cComplex.ma, pcEmbedded);
pcEmbedded = cComplex.ma.GetEmbeddedObject(1);
AssertNull(pcEmbedded);
ObjectsKill();
MemoryKill();
}
void TestIndexesIteration(void)
{
CIndexes cIndexes;
void* pvMem;
void* pvTest;
int i;
SIndexesIterator sIter;
i = 15;
pvMem = &i;
cIndexes.Init(512);
cIndexes.Add(2, pvMem);
pvTest = cIndexes.Get(2);
AssertPointer(pvMem, pvTest);
cIndexes.Add(255, pvMem);
cIndexes.Add(256, pvMem);
cIndexes.Add(260, pvMem);
cIndexes.Add(0x0000708a9bcd5500LL, pvMem);
cIndexes.Add(0x0000708a9bcd5501LL, pvMem);
cIndexes.Add(0x0000708a9bcd55FFLL, pvMem);
cIndexes.Add(0x0000720000000101LL, pvMem);
cIndexes.Add(0x0000720000000102LL, pvMem);
AssertLongLongInt(2, cIndexes.StartIteration(&sIter));
AssertLongLongInt(255, cIndexes.Iterate(&sIter));
AssertLongLongInt(256, cIndexes.Iterate(&sIter));
AssertLongLongInt(260, cIndexes.Iterate(&sIter));
AssertLongLongInt(0x0000708a9bcd5500LL, cIndexes.Iterate(&sIter));
AssertLongLongInt(0x0000708a9bcd5501LL, cIndexes.Iterate(&sIter));
AssertLongLongInt(0x0000708a9bcd55FFLL, cIndexes.Iterate(&sIter));
AssertLongLongInt(0x0000720000000101LL, cIndexes.Iterate(&sIter));
AssertLongLongInt(0x0000720000000102LL, cIndexes.Iterate(&sIter));
AssertLongLongInt(INVALID_O_INDEX, cIndexes.Iterate(&sIter));
cIndexes.Kill();
}
void TestDehollowficationFromDatabase(void)
{
CIndexedConfig cConfig;
CFileUtil cFileUtil;
cConfig.Manual("Output\\Dehollowfication\\Database",
FALSE,
TRUE,
FALSE,
1 MB);
cFileUtil.RemoveDir("Output\\Dehollowfication\\Database");
MemoryInit();
ObjectsInit(&cConfig);
SetupDehollowficationScene();
gcObjects.Flush(FALSE, FALSE);
ObjectsKill();
MemoryKill();
MemoryInit();
ObjectsInit(&cConfig);
SetupDehollowficationConstructors();
AssertLongLongInt(0, gcUnknowns.NumElements());
AssertInt(0, gcObjects.GetStackPointers()->UsedPointers());
AssertLongLongInt(0, gcObjects.NumMemoryIndexes());
AssertLongLongInt(0, gcObjects.NumMemoryNames());
AssertLongLongInt(11, gcObjects.NumDatabaseObjects());
AssertLongLongInt(0, gcObjects.NumDatabaseObjectsCached());
AssertLongLongInt(6, gcObjects.NumDatabaseNames());
Ptr<CRoot> pRoot = ORoot();
AssertTrue(pRoot->IsSetHollow());
AssertLongLongInt(2, gcUnknowns.NumElements());
AssertLongLongInt(2, gcObjects.NumMemoryIndexes());
AssertLongLongInt(1, gcObjects.NumMemoryNames());
AssertLongLongInt(1, gcObjects.NumDatabaseObjectsCached());
AssertLongLongInt(6, gcObjects.NumDatabaseNames());
AssertInt(1, gcObjects.GetStackPointers()->UsedPointers());
Ptr<CTestDoubleNamedString> pTest = pRoot->Get<CTestDoubleNamedString>("Double Start"); //This will cause pRoot.Set to be dehollowed.
AssertInt(2, gcObjects.GetStackPointers()->UsedPointers());
AssertFalse(pRoot->IsSetHollow());
AssertTrue(pTest.IsNotNull());
AssertTrue(pTest.IsHollow());
AssertLongLongInt(10, pTest.GetIndex());
AssertLongLongInt(4, gcUnknowns.NumElements());
AssertLongLongInt(4, gcObjects.NumMemoryIndexes());
AssertString("12345", pTest->mpSplit1->mszEmbedded.Text()); //This will cause pTest and pTest.Split1 to be dehollowed.
AssertLongLongInt(9, gcUnknowns.NumElements());
AssertLongLongInt(9, gcObjects.NumMemoryIndexes());
AssertFalse(pTest.IsHollow());
AssertLongLongInt(10, pTest.GetIndex());
AssertInt(2, gcObjects.GetStackPointers()->UsedPointers());
AssertTrue(pTest->mpSplit1->mpAnother.IsHollow());
AssertTrue(pTest->mpSplit2.IsHollow());
AssertTrue(pTest->mpSplit1->mszString.IsHollow());
AssertString("Diamond End", pTest->mpSplit1->mpAnother.GetName());
AssertString("6789", pTest->mpSplit1->mszString->Text());
AssertFalse(pTest->mpSplit1->mszString.IsHollow());
AssertInt(2, gcObjects.GetStackPointers()->UsedPointers());
Ptr<CTestNamedString> pDiamond = pTest->mpSplit1->mpAnother;
AssertLongLongInt(9, gcUnknowns.NumElements());
AssertLongLongInt(9, gcObjects.NumMemoryIndexes());
AssertInt(3, gcObjects.GetStackPointers()->UsedPointers());
AssertTrue(pTest->mpSplit1->mpAnother.IsHollow());
AssertTrue(pDiamond.IsHollow());
pDiamond->ClassName(); //This will cause pDiamond to be de-hollowed
AssertFalse(pDiamond.IsHollow());
AssertFalse(pTest->mpSplit1->mpAnother.IsHollow());
AssertLongLongInt(10, gcUnknowns.NumElements());
AssertLongLongInt(10, gcObjects.NumMemoryIndexes());
AssertLongLongInt(6, gcObjects.NumMemoryNames());
AssertLongLongInt(3, gcObjects.NumDatabaseObjectsCached());
AssertLongLongInt(6, gcObjects.NumDatabaseNames());
AssertTrue(pTest->mpSplit2.IsHollow());
pTest->mpSplit2->ClassSize();
AssertFalse(pTest->mpSplit2.IsHollow());
AssertFalse(pTest->mpSplit2->mpAnother.IsHollow());
AssertPointer(pDiamond.Object(), pTest->mpSplit2->mpAnother.Object());
AssertLongLongInt(11, gcObjects.NumMemoryIndexes());
AssertLongLongInt(6, gcObjects.NumMemoryNames());
AssertLongLongInt(2, gcObjects.NumDatabaseObjectsCached());
AssertLongLongInt(6, gcObjects.NumDatabaseNames());
Ptr<CTestNamedString> pRandom = pRoot->Get<CTestNamedString>("NamedString 3");
AssertTrue(pRandom.IsNotNull());
AssertTrue(pRandom.IsHollow());
AssertTrue(pRandom->mszString.IsHollow());
AssertFalse(pRandom.IsHollow());
AssertTrue(pTest->mpSplit2->mszString.IsHollow());
AssertString("World", pRandom->mszString->Text());
AssertFalse(pRandom->mszString.IsHollow());
AssertFalse(pTest->mpSplit2->mszString.IsHollow());
AssertPointer(pRandom->mszString.Object(), pTest->mpSplit2->mszString.Object());
AssertLongLongInt(11, gcObjects.NumDatabaseObjects());
ObjectsKill();
AssertTrue(pRoot.IsNull());
AssertTrue(pTest.IsNull());
AssertTrue(pDiamond.IsNull());
AssertTrue(pRandom.IsNull());
pDiamond.UnsafeClearObject();
MemoryKill();
}
void TestIndexTreeMemoryValidateInternalConsistency(void)
{
CIndexTreeMemory cIndex;
CTestIndexTreeObject cObject;
CTestIndexTreeObject cType;
CArrayVoidPtr avp;
cIndex.Init();
cObject.Init("");
cIndex.PutPtr("tonic", &cObject);
cIndex.PutPtr("topia", &cObject);
cIndex.PutPtr("topic", &cObject);
cIndex.PutPtr("totem", &cObject);
cIndex.PutPtr("tower", &cObject);
cIndex.PutPtr("tracter", &cObject);
cIndex.PutPtr("traction", &cObject);
cIndex.PutPtr("trahend", &cObject);
cIndex.PutPtr("translucence", &cObject);
cIndex.PutPtr("translucency", &cObject);
cIndex.PutPtr("transparentness", &cObject);
cIndex.PutPtr("tread", &cObject);
cIndex.PutPtr("treasurer", &cObject);
cIndex.PutPtr("treasurership", &cObject);
cIndex.PutPtr("treasury", &cObject);
cIndex.PutPtr("trench", &cObject);
cIndex.PutPtr("triangularity", &cObject);
cIndex.PutPtr("tribe", &cObject);
cIndex.PutPtr("triplication", &cObject);
cIndex.PutPtr("truncation", &cObject);
cIndex.PutPtr("trunk", &cObject);
cIndex.PutPtr("tunic", &cObject);
cIndex.PutPtr("tunnel", &cObject);
cIndex.PutPtr("tutor", &cObject);
cIndex.PutPtr("tutorship", &cObject);
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("tonic"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("topia"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("topic"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("totem"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("tower"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("tracter"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("traction"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("trahend"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("translucence"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("translucency"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("transparentness"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("tread"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("treasurer"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("treasurership"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("treasury"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("trench"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("triangularity"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("tribe"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("triplication"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("truncation"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("trunk"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("tunic"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("tunnel"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("tutor"));
AssertPointer(&cObject, *(CTestIndexTreeObject**)cIndex.Get("tutorship"));
cType.Init("type");
cIndex.PutPtr(cType.GetName(), &cType);
AssertPointer(&cType, *(CTestIndexTreeObject**)cIndex.Get("type"));
avp.Init();
cIndex.FindAll(&avp);
AssertInt(26, avp.NumElements());
avp.Kill();
cIndex.Kill();
}
void TestArrayTemplateEmbeddedRemoveAt(void)
{
CArrayTemplateEmbedded<int, 5> cArray;
int* piEmbeddedData;
int* pi;
int i;
cArray.Init();
piEmbeddedData = cArray.GetData();
cArray.AddNum(6);
AssertFalse(piEmbeddedData == cArray.GetData());
AssertInt(6, cArray.NumElements());
*cArray.Get(0) = 7;
*cArray.Get(1) = 6;
*cArray.Get(2) = 5;
*cArray.Get(3) = 4;
*cArray.Get(4) = 22;
*cArray.Get(5) = 20;
AssertInt(7, *cArray.Get(0));
AssertInt(6, *cArray.Get(1));
AssertInt(5, *cArray.Get(2));
AssertInt(4, *cArray.Get(3));
AssertInt(22, *cArray.Get(4));
AssertInt(20, *cArray.Get(5));
cArray.Resize(5);
AssertPointer(piEmbeddedData, cArray.GetData());
AssertInt(5, cArray.NumElements());
AssertInt(7, *cArray.Get(0));
AssertInt(6, *cArray.Get(1));
AssertInt(5, *cArray.Get(2));
AssertInt(4, *cArray.Get(3));
AssertInt(22, *cArray.Get(4));
pi = cArray.Add();
*pi = 20;
AssertInt(6, cArray.NumElements());
AssertFalse(piEmbeddedData == cArray.GetData());
cArray.RemoveAt(2);
AssertPointer(piEmbeddedData, cArray.GetData());
AssertInt(5, cArray.NumElements());
AssertInt(7, *cArray.Get(0));
AssertInt(6, *cArray.Get(1));
AssertInt(4, *cArray.Get(2));
AssertInt(22, *cArray.Get(3));
AssertInt(20, *cArray.Get(4));
cArray.RemoveAt(3);
AssertPointer(piEmbeddedData, cArray.GetData());
AssertInt(4, cArray.NumElements());
AssertInt(7, *cArray.Get(0));
AssertInt(6, *cArray.Get(1));
AssertInt(4, *cArray.Get(2));
AssertInt(20, *cArray.Get(3));
i = 8;
cArray.InsertAt(&i, 4);
AssertInt(5, cArray.NumElements());
AssertInt(8, *cArray.Get(4));
i = 9;
cArray.InsertAt(&i, 5);
AssertFalse(piEmbeddedData == cArray.GetData());
AssertInt(6, cArray.NumElements());
AssertInt(8, *cArray.Get(4));
AssertInt(9, *cArray.Get(5));
cArray.RemoveAt(5);
AssertPointer(piEmbeddedData, cArray.GetData());
AssertInt(5, cArray.NumElements());
AssertInt(7, *cArray.Get(0));
AssertInt(6, *cArray.Get(1));
AssertInt(4, *cArray.Get(2));
AssertInt(20, *cArray.Get(3));
AssertInt(8, *cArray.Get(4));
}
void TestIndexTreeMemoryRemoveOnRoot(void)
{
CIndexTreeMemory cIndex;
int i;
unsigned char cKey;
int iData;
CIndexTreeNodeMemory* pcRoot;
CIndexTreeNodeMemory* pcOldRoot;
CArrayVoidPtr avp;
cIndex.Init();
pcOldRoot = cIndex.GetRoot();
pcRoot = pcOldRoot;
AssertInt(0, pcRoot->GetFirstIndex());
AssertInt(255, pcRoot->GetLastIndex());
AssertInt(256, pcRoot->NumIndexes());
AssertInt(0, pcRoot->NumValidIndexes());
AssertInt(0, cIndex.NumElements());
AssertPointer(pcOldRoot, pcRoot);
AssertInt(1, cIndex.CountAllocatedNodes());
for (i = 0; i <= UCHAR_MAX; i++)
{
cKey = (unsigned char)i;
memset(&iData, cKey, sizeof(int));
cIndex.Put(&cKey, 1, &iData, sizeof(int));
pcRoot = cIndex.GetRoot();
AssertPointer(pcOldRoot, pcRoot);
AssertInt(0, pcRoot->GetFirstIndex());
AssertInt(255, pcRoot->GetLastIndex());
AssertInt(256, pcRoot->NumIndexes());
AssertInt(i + 1, pcRoot->NumValidIndexes());
AssertInt(i + 1, cIndex.NumElements());
AssertInt(i + 2, cIndex.CountAllocatedNodes());
}
AssertInt(256, cIndex.NumElements());
for (i = 0; i <= UCHAR_MAX; i++)
{
cKey = (unsigned char)(i / 2);
if (i % 2 == 1)
{
cKey = 255 - cKey;
}
cIndex.Remove(&cKey, 1);
pcRoot = cIndex.GetRoot();
AssertPointer(pcOldRoot, pcRoot);
AssertInt(0, pcRoot->GetFirstIndex());
AssertInt(255, pcRoot->GetLastIndex());
AssertInt(256, pcRoot->NumIndexes());
AssertInt(255 - i, pcRoot->NumValidIndexes());
AssertInt(255 - i, cIndex.NumElements());
AssertInt(256 - i, cIndex.CountAllocatedNodes());
avp.Init();
cIndex.FindAll(&avp);
AssertInt(255 - i, avp.NumElements());
avp.Kill();
}
cIndex.Kill();
}
void TestContiguousExternalChannels(void)
{
CChannels cChannels;
CChannels cExternalChannel;
int vSourse;
int iExpected0;
int iExpected1;
int iExpected2;
int iExpected3;
TypeConverterInit();
ClassStorageInit();
UnknownsInit();
//Rows 3 2 1 0
vSourse = 0xFF00aa55;
cExternalChannel.Init();
cExternalChannel.BeginChange();
cExternalChannel.AddChannel(3, PT_nybble);
cExternalChannel.AddChannel(2, PT_bit);
cExternalChannel.AddChannel(1, PT_bit);
cExternalChannel.AddChannel(0, PT_crumb);
cExternalChannel.SetData((char*)&vSourse);
cExternalChannel.SetSize(4);
cExternalChannel.EndChange();
AssertInt(4, cExternalChannel.GetSize());
cChannels.Init();
cChannels.BeginChange();
cChannels.AddChannel(3, PT_uchar);
cChannels.AddChannel(2, PT_uchar);
cChannels.AddChannel(1, PT_uchar);
cChannels.AddChannel(0, PT_uchar);
cChannels.SetSize(4);
cChannels.EndChange();
AssertInt(4, cChannels.GetSize());
CChannelsCopier cCopy;
cCopy.Init(&cExternalChannel, &cChannels);
cCopy.Copy(0, 0, 4);
iExpected0 = 0x5500ff55;
iExpected1 = 0xaaff00aa;
iExpected2 = 0x00000000;
iExpected3 = 0xFFffffff;
AssertPointer((void*)(size_t)iExpected0, (void*)(size_t)((int*)cChannels.GetData())[0]);
AssertPointer((void*)(size_t)iExpected1, (void*)(size_t)((int*)cChannels.GetData())[1]);
AssertPointer((void*)(size_t)iExpected2, (void*)(size_t)((int*)cChannels.GetData())[2]);
AssertPointer((void*)(size_t)iExpected3, (void*)(size_t)((int*)cChannels.GetData())[3]);
cCopy.Kill();
cChannels.Kill();
cExternalChannel.Kill();
UnknownsKill();
ClassStorageKill();
TypeConverterKill();
}
