PWSTR NewStr(PWSTR str)
{
PWSTR newStr = (PWSTR)NewMem(((str ? wcslen(str) : 0) + 1) * sizeof(WCHAR));
if(str)
wcscpy(newStr, str);
return newStr;
}
void *DeprecatedSysMemAlloc(Int s)
{
Int size = s + sizeof(Int);
void *mem = (size > 0) ? NewMem(UChar, size) : nullptr; // NC is equivalent to HeapAlloc( , 0, )
if (!mem)
return nullptr;
*((Int*)mem)=s; // ###REMOVE: there's no need to store the size anymore, call GeGetAllocSize()
return (UChar*)mem+sizeof(Int);
}
PSTR NewStr(PSTR str)
{
PSTR newStr = NewMem((str ? lstrlen(str) : 0) + 1);
if(str)
lstrcpy(newStr, str);
return newStr;
}
PSTR NewStrAsAnsi(PWSTR str)
{
int newStrSize = ((str ? wcslen(str) : 0) + 1) * sizeof(WCHAR);
PSTR newStr = NewMem(newStrSize);
if(str)
wcstombs(newStr, str, newStrSize);
return newStr;
}
PWSTR NewStrAsWide(PSTR str)
{
int newStrSize = ((str ? lstrlen(str) : 0) + 1) * sizeof(WCHAR);
PWSTR newStr = (PWSTR)NewMem(newStrSize);
if(str)
MultiByteToWideChar(CP_ACP, 0, str, -1, newStr, newStrSize);
return newStr;
}
void UpdateCRC(Crc32 &crc, const String &str)
{
Int32 lLen = str.GetCStringLen();
Char* pchString = NewMem(Char,lLen + 2);
if (!pchString)
return;
str.GetCString(pchString, lLen + 1);
crc.Update(pchString, lLen);
DeleteMem(pchString);
}
PSTR W2S(PWSTR wStr, int strLen)
{
if(!wStr)
return NULL;
PSTR str = NULL;
int len = strLen == -1 ? wcslen(wStr) + 1 : strLen;
WCTMB(wStr, str = (PSTR)NewMem(len), len);
return str;
}
PWSTR S2W(PSTR str, int strLen)
{
if(!str)
return NULL;
PWSTR wStr = NULL;
int len = strLen == -1 ? strlen(str) + 1 : strLen;
MBTWC(str, wStr = (PWSTR)NewMem(sizeof(WCHAR) * len), len);
return wStr;
}
PWSTR NewZeroStr(PWSTR str)
{
for(DWORD size = 0; (str + size) && *(str + size); )
size += wcslen(str + size) + 1;
PWSTR newStr = (PWSTR)NewMem(++size * sizeof(WCHAR));
if(str)
CopyMemory(newStr, str, size * sizeof(WCHAR));
return newStr;
}
PSTR NewZeroStr(PSTR str)
{
for(DWORD size = 0; (str + size) && *(str + size); )
size += lstrlen(str + size) + 1;
PSTR newStr = NewMem(++size);
if(str)
CopyMemory(newStr, str, size);
return newStr;
}
Bool CDynamicSortLongSet::WriteElements(HyperFile* pFile, const Int32* pElements, Int32 lCount) const
{
#if (defined __MAC && __BIG_ENDIAN__)
if (lCount == 0)
return false;
void* pData = NewMem(Int32, lCount);
if (!pData)
return false;
CopyMem(pElements, pData, lCount * sizeof(Int32));
lIntel(pData, lCount);
if (!pFile->WriteMemory(pData, sizeof(Int32) * lCount))
return false;
#else
if (!pFile->WriteMemory(pElements, sizeof(Int32) * lCount))
return false;
#endif
return true;
}
void MemStatDialog::CheckMaxMemory(Int32 mbblocks)
{
maxon::BaseArray<void*> blocks;
Int32 i;
for (i = 0; true; i++)
{
void* block = nullptr;
if (mbblocks > 0)
block = NewMem(UChar, mbblocks * 1024 * 1024);
if (!block)
break;
InitValues();
if (!blocks.Append(block))
{
DeleteMem(block);
break;
}
InitValues();
}
BaseContainer stat;
GeGetMemoryStat(stat);
for (i = 0; i < blocks.GetCount(); i++)
{
void* block = blocks[i];
if (block)
DeleteMem(block);
}
InitValues();
String memstr = String::MemoryToString(stat.GetInt64(C4D_MEMORY_STAT_MEMORY_INUSE));
switch (mbblocks)
{
case 1: SetString(IDC_MEMORY_TEST_1MB_RES, memstr); break;
case 10: SetString(IDC_MEMORY_TEST_10MB_RES, memstr); break;
case 100: SetString(IDC_MEMORY_TEST_100MB_RES, memstr); break;
}
GeOutString("Max memory allocation: " + memstr, GEMB_OK);
}
Bool PaintUndoTile::Init(PaintLayerBmp *pBitmap, Int x, Int y)
{
m_pDestBitmap->SetLink(pBitmap);
if (!pBitmap)
{
return false;
}
m_xTile = (int)(x * PAINTTILEINV);
m_yTile = (int)(y * PAINTTILEINV);
m_x = m_xTile * PAINTTILESIZE;
m_y = m_yTile * PAINTTILESIZE;
int bitdepth, numChannels;
if (!GetChannelInfo(pBitmap, bitdepth, numChannels))
return false;
if (m_pData)
{
DeleteMem(m_pData);
m_dataSize = 0;
}
COLORMODE colorMode = (COLORMODE)pBitmap->GetColorMode();
Int32 bitsPerPixel = (bitdepth / 8) * numChannels;
m_dataSize = PAINTTILESIZE * PAINTTILESIZE * bitsPerPixel;
m_pData = NewMem(UChar, m_dataSize);
if (!m_pData)
return false;
//Copy the data across;
UChar *pos = m_pData;
for (Int32 yy = 0; yy < PAINTTILESIZE; yy++)
{
pBitmap->GetPixelCnt((Int32)m_x, (Int32)m_y + yy, (Int32)PAINTTILESIZE, &pos[yy*PAINTTILESIZE*bitsPerPixel], colorMode, PIXELCNT_0);
}
return true;
}
void StringReplace::Replace(String &str)
{
// test for environment variables
Int32 lStart, lEnd, lStartSearch = 0;
Int32 lStringLen;
String strExpr;
char* pchEnvVar;
char pszVar[1000];
BaseContainer bc;
while (str.FindFirst("($", &lStart, lStartSearch))
{
if (!str.FindFirst("$)", &lEnd, lStart))
return;
lStartSearch = lStart + 1;
strExpr = str.SubStr(lStart + 2, lEnd - lStart - 2);
lStringLen = strExpr.GetCStringLen(STRINGENCODING_8BIT);
Char* pchString = NewMem(Char,lStringLen + 2);
if (!pchString)
return;
strExpr.GetCString(pchString, lStringLen + 1, STRINGENCODING_8BIT);
pchEnvVar = GetOSEnvironmentVariable(pchString, pszVar, 1000);
DeleteMem(pchString);
if (pchEnvVar)
str = str.SubStr(0, lStart) + String(pchEnvVar) + str.SubStr(lEnd + 2, str.GetLength() - lEnd - 2);
}
FindAndReplace(str, String("($CINEMA_4D_ROOT$)"), m_strStartupPath);
FindAndReplace(str, String("($CINEMA_4D_PLUGIN$)"), m_strPluginPath);
FindAndReplace(str, String("($CINEMA_4D_VERSION$)"), m_strCurrentVersion);
FindAndReplace(str, String("($CURRENT_DATE$)"), m_strDate);
FindAndReplace(str, String("($CURRENT_TIME$)"), m_strTime);
FindAndReplace(str, String("($CURRENT_DATE_TIME$)"), m_strDateTime);
FindAndReplace(str, String("($BUILD_VERSION$)"), m_strBuildVersion);
FindAndReplace(str, String("($RELEASE_LINE$)"), m_strReleaseLine);
FindAndReplace(str, String("($BUILD_ID$)"), m_strBuildID);
}
Bool DiffZipFiles(const CDynamicFilenameSet &arFiles, const Filename &fnNew, const Filename &fnDestZip, const char* pchPassword)
{
AutoAlloc <ZipFile> pOldZip, pNewZip, pDiffZip;
ZipArray arStrings;
ZipFileInfo info;
String strName;
Bool bExisted;
Bool bOK = false;
Int32 l, lCount;
ZipArrayEntry* pEntry;
void* pchData = nullptr;
UInt32 lMaxDataLen = 0;
ZipWriteInfo writeinfo;
Bool bAppFolderChanged = false;
if (!pOldZip || !pNewZip || !pDiffZip)
return false;
if (!pNewZip->Open(fnNew, true) || !pDiffZip->Open(fnDestZip, false))
return false;
// first, add all files of the new zip file into our array
if (pNewZip->GoToFirstFile())
{
do
{
if (!pNewZip->GetCurrentFileInfo(info) ||
!pNewZip->GetCurrentFileInfo(&strName))
GOTO_ERROR;
ZipArrayEntry* pEntry = arStrings.SearchObject(&strName);
if (!pEntry)
{
pEntry = NewObjClear(ZipArrayEntry);
if (!pEntry)
GOTO_ERROR;
pEntry->strName = strName;
pEntry->bInNew = true;
pEntry->bInOld = false;
pEntry->ulCRCNew = info.lCRC32;
pEntry->lNewSize = info.lUncompressedSize;
pEntry->bChanged = false;
pEntry->bInAppFolder = strName.FindFirst(".app/", nullptr);
arStrings.InsertObject(pEntry, bExisted);
DebugAssert(!bExisted);
}
else
{
// exists twice?!
DebugAssert(false);
}
} while (pNewZip->GoToNextFile());
}
// browse through the array and check if something has changed
for (l = 0; l < arFiles.GetElementCount(); l++)
{
if (!pOldZip->Open(*arFiles[l], true))
GOTO_ERROR;
if (pOldZip->GoToFirstFile())
{
do
{
if (!pOldZip->GetCurrentFileInfo(info) ||
!pOldZip->GetCurrentFileInfo(&strName))
GOTO_ERROR;
ZipArrayEntry* pEntry = arStrings.SearchObject(&strName);
if (!pEntry)
{
// file has been deleted
pEntry = NewObjClear(ZipArrayEntry);
if (!pEntry)
GOTO_ERROR;
pEntry->strName = strName;
pEntry->bInNew = false;
pEntry->bInOld = true;
arStrings.InsertObject(pEntry, bExisted);
DebugAssert(!bExisted);
}
else
{
// check for size and CRC
pEntry->bInOld++;
if ((pEntry->lNewSize != info.lUncompressedSize || pEntry->ulCRCNew != info.lCRC32) && pEntry->bInNew)
{
pEntry->bChanged = true;
if (pEntry->bInAppFolder)
bAppFolderChanged = true;
}
}
} while (pOldZip->GoToNextFile());
}
pOldZip->Close();
}
lCount = arFiles.GetElementCount();
for (l = 0; l < arStrings.GetElementCount(); l++)
{
if (arStrings[l]->bInNew)
// we want to add it - mark as old if it exists in all old archives
arStrings[l]->bInOld = (arStrings[l]->bInOld == lCount);
else
// old if it exists in at least one archive
arStrings[l]->bInOld = (arStrings[l]->bInOld > 0);
}
lCount = arStrings.GetElementCount();
if (!bAppFolderChanged)
{
// check if a new file as been added
for (l = 0; l < lCount; l++)
{
pEntry = arStrings.GetObjectAt(l);
if (!pEntry)
{
DebugAssert(false);
continue;
}
if (pEntry->bInAppFolder && pEntry->bInNew && !pEntry->bInOld)
{
bAppFolderChanged = true;
break;
}
}
}
for (l = 0; l < lCount; l++)
{
pEntry = arStrings.GetObjectAt(l);
if (!pEntry)
{
DebugAssert(false);
continue;
}
if (pEntry->bChanged || (pEntry->bInNew && !pEntry->bInOld) || (bAppFolderChanged && pEntry->bInAppFolder))
{
// the file has changed or was added, copy it from the new distri to the diff
if (!pNewZip->LocateFile(pEntry->strName))
GOTO_ERROR;
if (!pNewZip->GetCurrentFileInfo(info))
GOTO_ERROR;
if (!pchData || lMaxDataLen < pEntry->lNewSize)
{
DeleteMem(pchData);
pchData = NewMem(UChar, pEntry->lNewSize + 1);
if (!pchData)
GOTO_ERROR;
lMaxDataLen = pEntry->lNewSize;
}
if (!pNewZip->OpenCurrentFile(pchPassword))
GOTO_ERROR;
if (pNewZip->ReadCurrentFile(pchData, pEntry->lNewSize) != pEntry->lNewSize)
GOTO_ERROR;
pNewZip->CloseCurrentFile();
writeinfo.ti = info.t;
if (pEntry->strName[pEntry->strName.GetLength() - 1] == '/')
{
writeinfo.lExternalAttr = ZIP_FLAG_DIRECTORY;
writeinfo.lInternalAttr = 0;
if (!pDiffZip->CreateFileInZip(pEntry->strName, &writeinfo, nullptr, 0, nullptr, 0, nullptr, ZipMethodStore, 0, pchPassword, 0))
GOTO_ERROR;
if (!pDiffZip->CloseFileInZip())
GOTO_ERROR;
}
else
{
writeinfo.lExternalAttr = info.lExternalAttr;
writeinfo.lInternalAttr = info.lInternalAttr;
if (!pDiffZip->CreateFileInZip(pEntry->strName, &writeinfo, nullptr, 0, nullptr, 0, nullptr, ZipMethodDeflate, 9, nullptr, 0))
GOTO_ERROR;
if (!pDiffZip->WriteInFileInZip(pchData, pEntry->lNewSize))
GOTO_ERROR;
if (!pDiffZip->CloseFileInZip())
GOTO_ERROR;
}
}
else if (!pEntry->bInNew && pEntry->bInOld)
{
if (pEntry->strName[pEntry->strName.GetLength() - 1] == '/')
{
writeinfo.lExternalAttr = ZIP_FLAG_DIRECTORY;
writeinfo.lInternalAttr = 0;
if (!pDiffZip->CreateFileInZip("----" + pEntry->strName, &writeinfo, nullptr, 0, nullptr, 0, nullptr, ZipMethodStore, 0, pchPassword, 0))
GOTO_ERROR;
if (!pDiffZip->CloseFileInZip())
GOTO_ERROR;
}
else
{
writeinfo.lExternalAttr = 0;
writeinfo.lInternalAttr = 0;
if (!pDiffZip->CreateFileInZip("----" + pEntry->strName, &writeinfo, nullptr, 0, nullptr, 0, nullptr, ZipMethodStore, 9, nullptr, 0))
GOTO_ERROR;
if (!pDiffZip->CloseFileInZip())
GOTO_ERROR;
}
}
}
bOK = true;
error:
pOldZip->Close();
pNewZip->Close();
pDiffZip->Close();
arStrings.Free();
DeleteMem(pchData);
return bOK;
}
void RunCommand(const char *command, const char *dir, bool hide, bool synch)
{
#ifdef WIN32
int fmHigh = 0;
int fmWide = 0;
int fmLeft = 0;
int fmTop = 0;
ExitType = 3;
startInfo = (LPSTARTUPINFO) NewMem(sizeof(STARTUPINFO));
if (startInfo == NULL)
return;
startInfo->cb = sizeof(STARTUPINFO);
startInfo->dwFlags = STARTF_USESHOWWINDOW;
startInfo->wShowWindow = hide ? SW_HIDE : SW_SHOWNORMAL;
#if 0
if (sized) {
fmHigh = F_ApiGetInt(0, FV_SessionId, FP_ScreenHeight);
fmWide = F_ApiGetInt(0, FV_SessionId, FP_ScreenWidth);
fmLeft = F_ApiGetInt(0, FV_SessionId, FP_ScreenX);
fmTop = F_ApiGetInt(0, FV_SessionId, FP_ScreenY);
startInfo->dwXSize = (fmWide < 540) ? fmWide : 540;
startInfo->dwYSize = (fmHigh < 400) ? fmHigh : 400;
startInfo->dwX = (fmLeft > 100) ? fmLeft - 100 : fmLeft + 100;
startInfo->dwY = (fmTop < 80) ? fmTop + 80 : fmTop - 80;
startInfo->dwFlags |= (STARTF_USESIZE | STARTF_USEPOSITION);
}
#endif
procInfo = (PROCESS_INFORMATION *) NewMem(sizeof(PROCESS_INFORMATION));
if (procInfo == NULL) {
DeleteMem(startInfo);
return;
}
ExitType = 0;
if (!dir) {
PathBuf[0] = '\0';
dir = _getcwd(PathBuf, MAXPATH);
}
StopCommand = false;
if (CreateProcess(NULL, (char *) command, NULL, NULL, TRUE, 0,
NULL, dir, startInfo, procInfo)) {
CurrProc = procInfo->hProcess;
if (synch)
WaitForCurrProcess();
//WaitForSingleObject(procInfo->hProcess, INFINITE);
}
else {
ExitType = 1;
LocalExitCode = GetLastError();
DeleteMem(startInfo);
DeleteMem(procInfo);
}
#else
/* for Mac and UNIX */
ExitType = 0;
if ((ExitCode = system(command)) != 0)
ExitType = 4;
#endif
}