V611. The memory allocation and deallocation methods are incompatible.
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] linearwt;'. hog.cpp 2630
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void HOGDescriptor::detectMultiScaleROI(....) const
{
....
double *linearwt = new double[totwords+1];
....
delete linearwt;
....
}
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] utf8;'. skobjectparser.cpp 346
SkString* SkObjectParser::TextToString(....)
{
....
char* utf8 = new char[sizeNeeded];
SkUTF16_ToUTF8((uint16_t*)text, byteLength / 2, utf8);
decodedText->append(utf8, sizeNeeded);
delete utf8;
....
}
V611 The memory was allocated using 'new' operator but was released using the 'free' function. Consider inspecting operation logics behind the 'buf' variable. cresourcechecker.cpp 921
int CResourceChecker::ReplaceFilesInZIP(....)
{
....
// Load file into a buffer
buf = new char[ ulLength ];
if ( fread ( buf, 1, ulLength, pFile ) != ulLength )
{
free( buf );
buf = NULL;
}
....
}
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] pepString;'. pepxfield.cxx 1023
string
Field::getText(....)
{
....
char* pepString = new char[peplen + 1];
....
delete pepString;
....
}
Similar errors can be found in some other places:
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] Np;'. context.cpp 446
void CContext::PolyBezier(CDPoint *pts, int Size)
{
// Make a new array to hold the points
POINT *Np = new POINT[Size];
....
delete Np;
}
Similar errors can be found in some other places:
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] buffer;'. colladamayadocumentexporter.cpp 345
String DocumentExporter::mayaNameToColladaName (....)
{
....
char* buffer = new char[length+1];
....
delete buffer;
....
}
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] objLoc;'. psviwriterhandlers.cpp 1631
const XMLCh* PSVIWriterHandlers::getIdName(XSObject* obj) {
XMLCh* objLoc = new XMLCh[9];
....
delete objLoc;
}
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] tmp;'. netplay.cpp 389
bool8 S9xNPConnect ()
{
....
uint8 *tmp = new uint8 [len];
....
delete tmp;
....
}
Similar errors can be found in some other places:
V611 The memory was allocated using 'new' operator but was released using the 'free' function. Consider inspecting operation logics behind the 'ptmp' variable. ximalyr.cpp 50
bool CxImage::LayerCreate(int32_t position)
{
....
CxImage** ptmp = new CxImage*[info.nNumLayers + 1];
....
} else {
free(ptmp);
return false;
}
....
}
V611 The memory was allocated using 'new' operator but was released using the 'free' function. Consider inspecting operation logics behind the 'recentEntries' variable. trayicon.cpp 355
void TSAPI LoadFavoritesAndRecent()
{
....
recentEntries = new RCENTRY[nen_options.wMaxRecent + 1];
if (recentEntries != NULL) {
....
if (iIndex == 0) {
free(recentEntries);
return;
}
....
}
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] VersionInfo;'. windowsplatformexceptionhandling.cpp 107
static void GetModuleVersion( .... )
{
....
char* VersionInfo = new char[InfoSize];
....
delete VersionInfo;
....
}
V611 The memory was allocated using 'new' operator but was released using the 'free' function. Consider inspecting operation logics behind the 'buffer' variable. astring.cpp 340
AString StringPrintf(const char *format, ...) {
va_list ap;
va_start(ap, format);
char *buffer;
#ifdef _MSC_VER
int n = vsnprintf(NULL, 0, format, ap);
buffer = new char[n+1]; // <=
vsnprintf(buffer, n+1, format, ap);
#else
vasprintf(&buffer, format, ap);
#endif
va_end(ap);
AString result(buffer);
free(buffer); // <=
buffer = NULL;
return result;
}
V611 The memory was allocated using 'new' operator but was released using the 'free' function. Consider inspecting operation logics behind the 'instanceData' variable. nptest.cpp 1029
NPError
NPP_New(....)
{
....
InstanceData* instanceData = new InstanceData;
....
NPError err = pluginInstanceInit(instanceData);
if (err != NPERR_NO_ERROR) {
NPN_ReleaseObject(scriptableObject);
free(instanceData);
return err;
}
....
}
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] boneWeightIndex;'. dgeometrynodeskinmodifierinfo.cpp 97
void dGeometryNodeSkinModifierInfo::RemoveUnusedVertices(
const int* const vertexMap)
{
....
dVector* vertexWeights = new dVector[m_vertexCount];
dBoneWeightIndex* boneWeightIndex =
new dBoneWeightIndex[m_vertexCount];
....
delete boneWeightIndex;
delete vertexWeights;
}
Similar errors can be found in some other places:
V611 The memory was allocated using 'malloc/realloc' function but was released using the 'delete' operator. Consider inspecting operation logics behind the 'pBuffer' variable. tsmfhook.cpp 1261
void
ReadTSMF(uint32_t u32ChannelHandle,
uint32_t u32HGCMClientId,
uint32_t u32SizeAvailable)
{
....
PBYTE pBuffer = (PBYTE)malloc(u32SizeAvailable + sizeof(....));
....
delete [] pBuffer;
....
}
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] workingDir;'. IEView ieview_main.cpp 68
extern "C" int __declspec(dllexport) Load(void)
{
int wdsize = GetCurrentDirectory(0, NULL);
TCHAR *workingDir = new TCHAR[wdsize];
GetCurrentDirectory(wdsize, workingDir);
Utils::convertPath(workingDir);
workingDirUtf8 = mir_utf8encodeT(workingDir);
delete workingDir;
....
}
Similar errors can be found in some other places:
V611 The memory was allocated using 'new' operator but was released using the 'free' function. Consider inspecting operation logics behind the 'piWidths' variable. MirandaG15 clcdlabel.cpp 209
void CLCDLabel::UpdateCutOffIndex()
{
....
int *piWidths = new int[(*--m_vLines.end()).length()];
....
free(piWidths);
....
}
Similar errors can be found in some other places:
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] pStrings;'. profile.hxx 103
sal_uInt32 readIdent(....)
{
size_t nItems = rStrings.size();
const sal_Char** pStrings = new const sal_Char*[ nItems+1 ];
....
delete pStrings;
return nRet;
}
Similar errors can be found in some other places:
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] Code;'. openglshaders.cpp 1790
template<class TOpenGLStage>
static FString GetShaderStageSource(TOpenGLStage* Shader)
{
....
if(Len > 0)
{
ANSICHAR* Code = new ANSICHAR[Len + 1]; // <=
glGetShaderSource(Shaders[i], Len + 1, &Len, Code);
Source += Code;
delete Code; // <=
}
....
}
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] CompressedDataRaw;'. crashupload.cpp 222
void FCrashUpload::CompressAndSendData()
{
....
uint8* CompressedDataRaw = new uint8[BufferSize]; // <=
int32 CompressedSize = BufferSize;
int32 UncompressedSize = UncompressedData.Num();
....
// Copy compressed data into the array.
TArray<uint8> CompressedData;
CompressedData.Append( CompressedDataRaw, CompressedSize );
delete CompressedDataRaw; // <=
CompressedDataRaw = nullptr;
....
}
V611 The memory was allocated using 'new' operator but was released using the 'free' function. Consider inspecting operation logics behind the 'instanceData' variable. nptest.cpp 971
NPError NPP_New(....)
{
....
InstanceData* instanceData = new InstanceData;
....
free(instanceData);
....
}
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] Buffer;'. bootstrappackagedgame.cpp 110
int SpawnTarget(WCHAR* CmdLine)
{
....
if(!CreateProcess(....))
{
DWORD ErrorCode = GetLastError();
WCHAR* Buffer = new WCHAR[wcslen(CmdLine) + 50];
wsprintf(Buffer,
L"Couldn't start:\n%s\nCreateProcess() returned %x.",
CmdLine, ErrorCode);
MessageBoxW(NULL, Buffer, NULL, MB_OK);
delete Buffer;
return 9005;
}
....
}
Similar errors can be found in some other places:
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] msg;'. compiler.cpp 379
Compiler::StaticType Compiler::FindNameAsStatic(....)
{
....
char* msg = new char[strlen(szPrompt)+name.size()+32];
::wsprintf(msg, szPrompt, name.c_str());
char szCaption[256];
::LoadString(GetResLibHandle(), IDR_COMPILER, szCaption, ....);
int answer = ::MessageBox(NULL, msg, szCaption, ....);
delete msg;
....
}
V611 The memory was allocated using 'new' operator but was released using the 'free' function. Consider inspecting operation logics behind the 'row' variable. motionblurfx.cpp 288
template <class T>
void doDirectionalBlur(....)
{
T *row, *buffer;
....
row = new T[lx + 2 * brad + 2]; // <=
if (!row)
return;
memset(row, 0, (lx + 2 * brad + 2) * sizeof(T));
....
free(row); // <=
r->unlock();
}
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] uPrime;'. tstroke.cpp 3353
double *reparameterize3D(....)
{
double *uPrime = new double[size]; // <=
for (int i = 0; i < size; i++) {
uPrime[i] = NewtonRaphsonRootFind3D(....);
if (!_finite(uPrime[i])) {
delete uPrime; // <=
return 0;
}
}
....
}
Similar errors can be found in some other places:
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] piP;'. sci_grand.cpp 990
types::Function::ReturnValue sci_grand(....)
{
....
int* piP = new int[vectpDblInput[0]->getSize()];
int* piOut = new int[pDblOut->getSize()];
....
delete piP;
delete piOut;
....
}
Similar errors can be found in some other places:
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] offsets;'. scim_generic_table.cpp 998
void
GenericTableContent::set_max_key_length (size_t max_key_length)
{
....
std::vector<uint32> *offsets;
std::vector<OffsetGroupAttr> *offsets_attrs;
offsets = new(std::nothrow) // <=
std::vector <uint32> [max_key_length];
if (!offsets) return;
offsets_attrs = new(std::nothrow)
std::vector <OffsetGroupAttr> [max_key_length];
if (!offsets_attrs) {
delete offsets; // <=
return;
}
....
}
V611 The memory was allocated using 'alloca' function but was released using the 'free' function. Consider inspecting operation logics behind the 'full_path' variable. setting-ringtone-remove.c 88
static void __draw_remove_list(SettingRingtoneData *ad)
{
char *full_path = NULL;
....
full_path = (char *)alloca(PATH_MAX); // <=
....
if (!select_all_item) {
SETTING_TRACE_ERROR("select_all_item is NULL");
free(full_path); // <=
return;
}
....
}
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] pInlineStorage;'. sphinx.cpp 19178
#define SafeDelete(_x) \
{ if (_x) { delete (_x); (_x) = nullptr; } }
#define SafeDeleteArray(_x) \
{ if (_x) { delete [] (_x); (_x) = nullptr; } }
int CSphIndex_VLN::DebugCheck ( FILE * fp )
{
....
CSphRowitem * pInlineStorage = NULL;
if ( pQword->m_iInlineAttrs )
pInlineStorage = new CSphRowitem [ pQword->m_iInlineAttrs ];
....
// cleanup
SafeDelete ( pInlineStorage );
....
}
As you can see, the memory is allocated as for an array, and is deallocated, as if only one item was created. Instead of macro, SafeDelete the macro SafeDeleteArray should be used here.
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] buffer;'. Check lines: 101, 237. message.h 101
class Message
{
....
void createBuffer(Firebird::IMessageMetadata* aMeta)
{
unsigned l = aMeta->getMessageLength(&statusWrapper);
check(&statusWrapper);
buffer = new unsigned char[l];
}
....
~Message()
{
delete buffer;
....
}
....
unsigned char* buffer;
....
};
V611 CWE-762 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] mDistributionBuffer;'. AAudioServiceEndpointCapture.cpp 50
aaudio_result_t AAudioServiceEndpointCapture::open(....) {
....
delete mDistributionBuffer;
int distributionBufferSizeBytes =
getStreamInternal()->getFramesPerBurst() *
getStreamInternal()->getBytesPerFrame();
mDistributionBuffer = new uint8_t[distributionBufferSizeBytes];
....
}
V611 CWE-762 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] mEventCache;'. Check lines: 391, 384. SensorEventConnection.cpp 391
void
SensorService::SensorEventConnection::reAllocateCacheLocked(....)
{
sensors_event_t *eventCache_new;
const int new_cache_size = computeMaxCacheSizeLocked();
eventCache_new = new sensors_event_t[new_cache_size];
....
delete mEventCache;
mEventCache = eventCache_new;
mCacheSize += count;
mMaxCacheSize = new_cache_size;
}
V611 CWE-762 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] data;'. vectorn.h 102
~vectorn_tpl()
{
if (!(flags & mtx_foreign_data))
{
delete[] data;
}
}
vectorn_tpl& operator=(const vectorn_tpl<ftype>& src)
{
if (src.len != len && !(flags & mtx_foreign_data))
{
delete data; // <=
data = new ftype[src.len];
}
....
}
V611 CWE-762 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] groups;'. PAL.cpp 4733
NET_API_STATUS NetUserGetLocalGroups(....)
{
string unameA = utf16to8(UserName).substr(0, ACCT_NAME_MAX);
int ngroups = 50;
gid_t *groups = new gid_t[ngroups];
gid_t gid;
....
delete groups;
return NERR_Success;
}
V611 CWE-762 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] p;'. ascr_fnc.cpp 4401
void aciPackFile(char *fname)
{
int sz, sz1;
char *p, *p1;
....
p = new char[sz];
p1 = new char[sz1];
....
delete p;
delete p1;
}
Similar errors can be found in some other places:
V611 The memory was allocated using 'new' operator but was released using the 'free' function. Consider inspecting operation logics behind the 'remcopy' variable. Number.cc 8123
string Number::print(....) const
{
....
while(!exact && precision2 > 0) {
if(try_infinite_series) {
remcopy = new mpz_t[1]; // <=
mpz_init_set(*remcopy, remainder);
}
mpz_mul_si(remainder, remainder, base);
mpz_tdiv_qr(remainder, remainder2, remainder, d);
exact = (mpz_sgn(remainder2) == 0);
if(!started) {
started = (mpz_sgn(remainder) != 0);
}
if(started) {
mpz_mul_si(num, num, base);
mpz_add(num, num, remainder);
}
if(try_infinite_series) {
if(started && first_rem_check == 0) {
remainders.push_back(remcopy);
} else {
if(started) first_rem_check--;
mpz_clear(*remcopy);
free(remcopy); // <=
}
}
....
}
....
}
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] fMsg;'. Err.cpp 65
class Err {
public:
....
private:
char *fMsg;
ssize_t fPos;
};
void
Err::Unset() {
delete fMsg; // <=
fMsg = __null;
fPos = -1;
}
void
Err::SetMsg(const char *msg) {
if (fMsg) {
delete fMsg; // <=
fMsg = __null;
}
if (msg) {
fMsg = new(std::nothrow) char[strlen(msg)+1]; // <=
if (fMsg)
strcpy(fMsg, msg);
}
}
V611 The memory was allocated using 'new' operator but was released using the 'free' function. Consider inspecting operation logics behind the 'wrapperPool' variable. vm_page.cpp 3080
class PageWriteWrapper {
public:
PageWriteWrapper();
~PageWriteWrapper();
void SetTo(vm_page* page);
bool Done(status_t result);
private:
vm_page* fPage;
struct VMCache* fCache;
bool fIsActive;
};
PageWriteWrapper::PageWriteWrapper()
:
fIsActive(false)
{
}
PageWriteWrapper::~PageWriteWrapper()
{
if (fIsActive)
panic("page write wrapper going out of scope but isn't completed");
}
status_t
vm_page_write_modified_page_range(....)
{
....
PageWriteWrapper* wrapperPool
= new(malloc_flags(allocationFlags)) PageWriteWrapper[maxPages + 1];
PageWriteWrapper** wrappers
= new(malloc_flags(allocationFlags)) PageWriteWrapper*[maxPages];
if (wrapperPool == NULL || wrappers == NULL) {
free(wrapperPool); // <=
free(wrappers); // <=
wrapperPool = stackWrappersPool;
wrappers = stackWrappers;
maxPages = 1;
}
....
}
V611 The memory was allocated using 'new T[]' operator but was released using the 'delete' operator. Consider inspecting this code. It's probably better to use 'delete [] fOutBuffer;'. Check lines: 26, 45. PCL6Rasterizer.h 26
class PCL6Rasterizer : public Rasterizer
{
public:
....
~PCL6Rasterizer()
{
delete fOutBuffer;
fOutBuffer = NULL;
}
....
virtual void InitializeBuffer()
{
fOutBuffer = new uchar[fOutBufferSize];
}
private:
uchar* fOutBuffer;
int fOutBufferSize;
};
