void* F_CALLBACK VisionFM_Realloc(void *ptr, unsigned int size, FMOD_MEMORY_TYPE type, const char *sourcestr)
{
#ifndef _VISION_XENON
if (ptr)
{
unsigned int iOldSize = g_FmodAllocations[ptr];
g_FmodAllocations.RemoveKey(ptr);
void* pNewPtr = vMemAlloc(size);
g_FmodAllocations.SetAt(pNewPtr, size);
memcpy(pNewPtr, ptr, iOldSize < size ? iOldSize : size);
vMemFree(ptr);
return pNewPtr;
}
else
{
void* ptr = vMemAlloc(size);
g_FmodAllocations.SetAt(ptr, size);
return vMemAlloc(size);
}
#else
return VFmodXenonRealloc(ptr, size, (type & FMOD_MEMORY_XBOX360_PHYSICAL)!=0);
#endif
}
void VRTLSupport_cl::SetText(const wchar_t *pText)
{
VASSERT(pText!=NULL);
//clear text vars for multiple SetText calls
if(m_ppTextLines!=NULL) {
for(int i=0;i<m_iTextLines;i++) {
V_SAFE_FREE(m_ppTextLines[i]);
}
}
V_SAFE_FREE(m_ppTextLines);
//create a tokenizer in order to separate the text lines
VArrayHelper_cl<wchar_t> tokenizer(pText, L"\n");
//create line pointers
m_iTextLines = tokenizer.CalcNumberOfTokens();
m_ppTextLines = (char **)vMemAlloc(m_iTextLines * sizeof(char *));
int iLineIndex=0;
int iWLen, iSize;
while( tokenizer.HasNextToken() ) {
//get the current text line
const wchar_t *pCurrentLine = tokenizer.NextToken();
//length of the current line
int iLength = VArrayHelper_cl<wchar_t>::Length(pCurrentLine);
//allocate the target buffer (original length + terminator)
wchar_t *pReversed = (wchar_t *) vMemAlloc(sizeof(wchar_t)*(iLength+1));
//pre-terminate buffer
pReversed[iLength] = 0;
//transform LTR to RTL
for(int i=0;i<iLength;i++)
{
pReversed[iLength-i-1] = pCurrentLine[i];
}
// Convert to UTF8 and assign the reversed line
iWLen = (int)wcslen(pReversed);
iSize = VString::ConvertWCharToUTF8String(pReversed, iWLen, NULL, 0);
m_ppTextLines[iLineIndex] = new char[iSize+1];
VString::ConvertWCharToUTF8String(pReversed, iWLen, m_ppTextLines[iLineIndex], iSize);
m_ppTextLines[iLineIndex][iSize] = '\0';
V_SAFE_DELETE(pReversed);
iLineIndex++;
}
}
// -------------------------------------------------------------------------- //
// Fmod memory callbacks
// -------------------------------------------------------------------------- //
void* F_CALLBACK VisionFM_Alloc(unsigned int size, FMOD_MEMORY_TYPE type, const char *sourcestr)
{
#ifndef _VISION_XENON
void* ptr = vMemAlloc(size);
g_FmodAllocations.SetAt(ptr, size);
return ptr;
#else
return VFmodXenonAlloc(size, (type & FMOD_MEMORY_XBOX360_PHYSICAL)!=0);
#endif
}
/// \brief
/// Creates a NULL-terminated copy of the specified buffer with the predefined length.
static ELEM_TYPE * Copy(const ELEM_TYPE * pBuffer, int length)
{
VASSERT(pBuffer);
//create an empty buffer
ELEM_TYPE *pCopy = (ELEM_TYPE *) vMemAlloc(sizeof(ELEM_TYPE)*(length+1));
//copy and terminate
memcpy((void *)pCopy, (void*) pBuffer, sizeof(ELEM_TYPE)*length);
pCopy[length] = NULL;
return pCopy;
}
inline wchar_t* vwStrDup(const wchar_t* the_string)
{
if (the_string)
{
wchar_t* szTempBuffer = (wchar_t*)vMemAlloc((wcslen(the_string)+1)*sizeof(wchar_t));
VASSERT(szTempBuffer);
#pragma warning(push)
#pragma warning(disable:4996)
return (wcscpy(szTempBuffer, the_string));
#pragma warning(pop)
}
return (NULL);
}
inline char* vStrDup(const char* the_string)
{
if (the_string)
{
char* szTempBuffer = (char*)vMemAlloc(strlen(the_string)+1);
VASSERT(szTempBuffer);
#pragma warning(push)
#pragma warning(disable:4996)
return (strcpy(szTempBuffer, the_string));
#pragma warning(pop)
}
return (NULL);
}
void VArabicSupport_cl::SetText(const wchar_t *pArabicText, bool isContextualArabic, bool duplicateSpacesDuringConversion)
{
VASSERT(pArabicText!=NULL);
//clear text vars for multiple SetText calls
if(m_ppTextLines!=NULL) {
for(int i=0;i<m_iTextLines;i++) {
V_SAFE_FREE(m_ppTextLines[i]);
}
}
V_SAFE_FREE(m_ppTextLines);
//create a tokenizer in order to separate the text lines
VArrayHelper_cl<wchar_t> tokenizer(pArabicText, L"\n");
//create line pointers
m_iTextLines = tokenizer.CalcNumberOfTokens();
m_ppTextLines = (char **)vMemAlloc(m_iTextLines * sizeof(char *));
int iWLen, iSize;
int iLineIndex=0;
while( tokenizer.HasNextToken() ) {
wchar_t *pConverted = NULL;
if(isContextualArabic)
{
//duplicate line
pConverted = VArrayHelper_cl<wchar_t>::Copy(tokenizer.NextToken());
}
else
{
//convert to contextual
pConverted = UniformToContextualLine(m_pFont, tokenizer.NextToken(), duplicateSpacesDuringConversion);
}
// Convert to UTF8 and assign the reversed line
iWLen = (int)wcslen(pConverted);
iSize = VString::ConvertWCharToUTF8String(pConverted, iWLen, NULL, 0);
m_ppTextLines[iLineIndex] = new char[iSize+1];
VString::ConvertWCharToUTF8String(pConverted, iWLen, m_ppTextLines[iLineIndex], iSize);
m_ppTextLines[iLineIndex][iSize] = '\0';
V_SAFE_DELETE(pConverted);
iLineIndex++;
}
}
inline void CloneData(VTerrainLockObject &target)
{
target.Init(m_iPos[0],m_iPos[1],m_iSize[0],m_iSize[1],0);
if (!IsValid())
return;
target.m_iStride = m_iStride;
target.m_iComponentSize = m_iComponentSize;
target.m_bOwnsData = true;
int iByteCount = m_iStride*m_iSize[1]*m_iComponentSize;
target.m_pData = vMemAlloc(iByteCount);
memcpy(target.m_pData,m_pData,iByteCount);
// copy additional properties (important since resource infos might be stored)
target.m_pTerrain = m_pTerrain;
memcpy(target.m_iSectorRect,m_iSectorRect,sizeof(m_iSectorRect));
memcpy(target.m_iReserved,m_iReserved,sizeof(m_iReserved));
memcpy(target.m_pReserved,m_pReserved,sizeof(m_pReserved));
}
wchar_t* VArabicSupport_cl::UniformToContextualLine(VisFont_cl * pArabicFont, const wchar_t * pUniformArabic, bool duplicateSpaces) {
if(pUniformArabic==NULL) return NULL;
//length of the current line
int iLength = VArrayHelper_cl<wchar_t>::Length(pUniformArabic);
//count spaces
int iNumSpaces = 0;
if(duplicateSpaces)
{
for(int i=0;i<iLength;i++)
{
if(pUniformArabic[i]==L' ') iNumSpaces++;
}
}
//allocate the target buffer (original length + number of duplicates space + terminator)
wchar_t *pContextualArabic = (wchar_t *) vMemAlloc(sizeof(wchar_t)*(iLength+iNumSpaces+1));
//pre-terminate buffer
pContextualArabic[iLength+iNumSpaces] = 0;
wchar_t wcCurLetter = pUniformArabic[0]; //start with the first letter
wchar_t wcPrevLetter = 0; //init wcPrevLetter, because the assignment is done at the end of the for loop
//is the current (first) letter an Arabic letter?
bool bCurIsArabic = isUniformArabic(pUniformArabic[0]);
bool bPrevIsArabic = false; //at the beginning the previous letter is never Arabic
bool bNextIsArabic; //calculated inside the loop
//transform and terminate the target buffer
for(int i=0;i<iLength;i++)
{
//start at the right side with the first character at index 0 (because Arabic is RTL)
wcCurLetter = pUniformArabic[i];
bNextIsArabic = i<(iLength-1) ? isUniformArabic(pUniformArabic[i+1]) : false;
if(bCurIsArabic)
{
//first uniform letter is 'alif madda: 0x0622 (maps to contextual representation 0xFE81)
int iIndex = wcCurLetter-0x0622; //number of iterations
wchar_t wcContextual = 0xFE81; //contextual representation of 'alif madda
//calculate contextual representation of current uniform representation
//(count up transformation steps)
for(int j=0;j<iIndex;j++) {
if(s_pArabicLetterMap[j]==0) wcContextual +=2;
else if(s_pArabicLetterMap[j]==1) wcContextual +=4;
//else skip (-1)
}
//now adjust character according to the in-word position
wchar_t wcCandidate = wcContextual; //we experiment with a candidate character since it's not sure that the candidate exists!
//end character
if( bPrevIsArabic && isInnerLetter(wcPrevLetter) && (!bNextIsArabic || isEndLetter(wcCurLetter)) ) {
wcCandidate+=1;
//start character
} else if( bNextIsArabic && (!bPrevIsArabic || isEndLetter(wcPrevLetter)) ) {
if(s_pArabicLetterMap[iIndex]!=0)
wcCandidate+=2;
//inner character
} else if( i>0 && bPrevIsArabic && bNextIsArabic && isInnerLetter(wcPrevLetter) && isInnerLetter(wcCurLetter) ) {
if(s_pArabicLetterMap[iIndex]!=0)
wcCandidate+=3;
}
//else isolated (default)
//candidate check (do we have this character in the font..?)
VRectanglef requiredSpace = GetCharacterDimension(wcCandidate, pArabicFont);
if(requiredSpace.GetSizeX()<=0)
{
wcCandidate = wcContextual; //restore from backup (because the character is missing)
//just in case: fall-back to non-contextual
VRectanglef requiredSpace = GetCharacterDimension(wcCandidate, pArabicFont);
if(requiredSpace.GetSizeX()<=0) wcCandidate = wcCurLetter;
}
#ifdef HK_DEBUG_SLOW
requiredSpace = GetCharacterDimension(wcCandidate, pArabicFont);
VASSERT_MSG(requiredSpace.GetSizeX()>0, "Your text contains a character which is not present in your font!")
#endif
//candidate approved:
pContextualArabic[iLength+iNumSpaces-i-1] = wcCandidate;
} else {
//invert directional symbols
switch(wcCurLetter) {
case L'(': wcCurLetter = L')'; break;
case L')': wcCurLetter = L'('; break;
case L'<': wcCurLetter = L'>'; break;
case L'>': wcCurLetter = L'<'; break;
case L'{': wcCurLetter = L'}'; break;
case L'}': wcCurLetter = L'{'; break;
case L'[': wcCurLetter = L']'; break;
case L']': wcCurLetter = L'['; break;
case L'/': wcCurLetter = L'\\'; break;
case L'\\': wcCurLetter = L'/'; break;
case L' ':
if(duplicateSpaces) {
pContextualArabic[iLength+iNumSpaces-i-1] = L' ';
iNumSpaces--;
}
break;
default: break;
}
pContextualArabic[iLength+iNumSpaces-i-1] = wcCurLetter;
}
//prepare for next loop iteration
wcPrevLetter = wcCurLetter;
bPrevIsArabic = bCurIsArabic;
bCurIsArabic = bNextIsArabic;
}
return pContextualArabic;
}
void VFmodManager::InitFmodSystem()
{
// Give the application a chance to modify the m_config.
VFmodConfigCallbackData config(&OnBeforeInitializeFmod, m_config);
OnBeforeInitializeFmod.TriggerCallbacks(&config);
// Set debug output level. Has only effect when using Fmod logging libs, otherwise will return FMOD_ERR_UNSUPPORTED.
#ifdef HK_DEBUG_SLOW
FMOD_WARNINGCHECK(FMOD::Debug_SetLevel(m_config.iDebugLevel));
#endif
// initialize memory
{
FMOD_RESULT result = FMOD_OK;
if (!m_config.bUseMemoryPool)
result = FMOD::Memory_Initialize(NULL, 0, VisionFM_Alloc, VisionFM_Realloc, VisionFM_Free, 0);
else
{
#ifndef _VISION_XENON
pMemoryPool = vMemAlloc(m_config.iMemoryPoolSize);
#else
pMemoryPool = VFmodXenonAlloc(m_config.iMemoryPoolSize, true);
#endif
VASSERT(pMemoryPool != NULL);
result = FMOD::Memory_Initialize(pMemoryPool,m_config.iMemoryPoolSize, NULL, NULL, NULL);
}
// In case the old Sound Plugin and the new Fmod Plugin are both loaded inside vForge (required for converting scenes),
// it can happen that the Fmod system is already initialized by the old Sound Plugin. Then Memory_Initialize() will be
// called after Fmod system is already initialized, which is illegal. Therefore inside vForge failing to call Memory_Initialize()
// in such a case is not treated as fatal error. Fmod will simply not use Vision De-/ Allocators or a preallocated memory block,
// instead it will use it own de-/ allocators. This should be fine in case of converting scenes. Otherwise it should be anyway
// avoided to load both plugins simultaneously.
if (!Vision::Editor.IsInEditor())
FMOD_ERRORCHECK(result);
else
{
if(result == FMOD_ERR_INITIALIZED)
Vision::Error.Warning("Failed to initialize Fmod memory system, this is most probably because the old Sound Plugin is loaded, too. This should only be done for converting scenes.");
else
FMOD_ERRORCHECK(result);
}
}
FMOD_ERRORCHECK(FMOD::EventSystem_Create(&m_pEventSystem));
#ifdef VFMOD_SUPPORTS_NETWORK
if (m_config.bUseNetworkSystem)
{
#ifdef _VISION_PS3
bool bNetworkInitialized = VInitializeNetworkPS3();
VASSERT(bNetworkInitialized == true);
#endif
FMOD_ERRORCHECK(FMOD::NetEventSystem_Init(m_pEventSystem));
}
#endif
FMOD_ERRORCHECK(m_pEventSystem->getSystemObject(&m_pSystem));
unsigned int iVersion = 0;
FMOD_ERRORCHECK(m_pEventSystem->getVersion(&iVersion));
VASSERT(iVersion >= FMOD_VERSION)
FMOD_ERRORCHECK(m_pSystem->setSoftwareFormat(m_config.iSampleRate, m_config.iFormat, 0,m_config.iMaxInputChannels, m_config.iResampleMethod));
// install file manager callbacks
FMOD_ERRORCHECK(m_pSystem->setFileSystem(VisionFM_Open, VisionFM_Close, VisionFM_Read, VisionFM_Seek, NULL, NULL, 4096));
#ifdef _VISION_ANDROID
// Increase DSP buffer size on Android
{
unsigned int iBlocksize = 0;
int iNumblocks = 0;
m_pSystem->getDSPBufferSize(&iBlocksize, &iNumblocks);
m_pSystem->setDSPBufferSize(iBlocksize*2, iNumblocks);
#ifdef HK_DEBUG_SLOW
int iBufferSize = iNumblocks*iBlocksize;
Vision::Error.Warning("Fmod DSP buffer size increased from %i to %i, in order to get correct sound output", iBufferSize, iBufferSize*2);
#endif
}
#endif
#ifndef _VISION_PS3
FMOD_RESULT result = m_pEventSystem->init(m_config.iMaxChannels, FMOD_INIT_NORMAL, NULL, FMOD_EVENT_INIT_NORMAL);
FMOD_WARNINGCHECK(result);
#else
VSpursHandler *spursHandler = Vision::GetSpursHandler();
VASSERT(spursHandler != NULL);
CellSpurs *spurs = spursHandler->GetSpurs();
FMOD_PS3_EXTRADRIVERDATA extradriverdata;
memset(&extradriverdata, 0, sizeof(FMOD_PS3_EXTRADRIVERDATA));
extradriverdata.spurs = spurs; /* Using SPURS */
extradriverdata.spu_thread_priority = 16; /* Default, THIS WILL BE IGNORED */
FMOD_RESULT result = m_pEventSystem->init(m_config.iMaxChannels, FMOD_INIT_NORMAL, (void *)&extradriverdata, FMOD_EVENT_INIT_NORMAL);
FMOD_WARNINGCHECK(result);
#endif
// In case of missing sound card, we need to deinitialize the Fmod Event System.
// However it is still ensured, that the application can be run, by preventing calls to native Fmod functions.
if(result != FMOD_OK)
{
DeInitFmodSystem();
Vision::Error.Warning("The application will run without sound output!");
return;
}
FMOD_ERRORCHECK(m_pSystem->set3DSettings(1.0, m_config.fFmodToVisionScale, 1.0f));
// get the master channel group where all sound instances go to initially
FMOD_ERRORCHECK(m_pSystem->getMasterChannelGroup(&m_pMasterGroup));
VASSERT(m_pMasterGroup!=NULL);
// create a special channel group for background music
FMOD_ERRORCHECK(m_pSystem->createChannelGroup("music", &m_pMusicGroup));
VASSERT(m_pMusicGroup!=NULL);
IVisCallbackDataObject_cl data(&OnAfterInitializeFmod);
OnAfterInitializeFmod.TriggerCallbacks(&data);
}
void VFmodManager::InitFmodSystem()
{
// Give the application a chance to modify the m_config.
VFmodConfigCallbackData config(&OnBeforeInitializeFmod, m_config);
OnBeforeInitializeFmod.TriggerCallbacks(&config);
// Set debug output level. Has only effect when using Fmod logging libs, otherwise will return FMOD_ERR_UNSUPPORTED.
#ifdef HK_DEBUG_SLOW
FMOD_WARNINGCHECK(FMOD::Debug_SetLevel(m_config.iDebugLevel));
#endif
// initialize memory
{
FMOD_RESULT result = FMOD_OK;
if (!m_config.bUseMemoryPool)
result = FMOD::Memory_Initialize(NULL, 0, VisionFM_Alloc, VisionFM_Realloc, VisionFM_Free, 0);
else
{
#ifndef _VISION_XENON
pMemoryPool = vMemAlloc(m_config.iMemoryPoolSize);
#else
pMemoryPool = VFmodXenonAlloc(m_config.iMemoryPoolSize, true);
#endif
VASSERT(pMemoryPool != NULL);
result = FMOD::Memory_Initialize(pMemoryPool,m_config.iMemoryPoolSize, NULL, NULL, NULL);
}
// In case the old Sound Plugin and the new Fmod Plugin are both loaded inside vForge (required for converting scenes),
// it can happen that the Fmod system is already initialized by the old Sound Plugin. Then Memory_Initialize() will be
// called after Fmod system is already initialized, which is illegal. Therefore inside vForge failing to call Memory_Initialize()
// in such a case is not treated as fatal error. Fmod will simply not use Vision De-/ Allocators or a preallocated memory block,
// instead it will use it own de-/ allocators. This should be fine in case of converting scenes. Otherwise it should be anyway
// avoided to load both plugins simultaneously.
if (!Vision::Editor.IsInEditor())
FMOD_ERRORCHECK(result);
else
{
if(result == FMOD_ERR_INITIALIZED)
hkvLog::Warning("Failed to initialize Fmod memory system, this is most probably because the old Sound Plugin is loaded, too. This should only be done for converting scenes.");
else
FMOD_ERRORCHECK(result);
}
}
FMOD_ERRORCHECK(FMOD::EventSystem_Create(&m_pEventSystem));
#ifdef VFMOD_SUPPORTS_NETWORK
if (m_config.bUseNetworkSystem)
{
#ifdef _VISION_PS3
bool bNetworkInitialized = VInitializeNetworkPS3();
VASSERT(bNetworkInitialized == true);
#endif
FMOD_ERRORCHECK(FMOD::NetEventSystem_Init(m_pEventSystem));
}
#endif
FMOD_ERRORCHECK(m_pEventSystem->getSystemObject(&m_pSystem));
unsigned int iVersion = 0;
FMOD_ERRORCHECK(m_pEventSystem->getVersion(&iVersion));
VASSERT(iVersion >= FMOD_VERSION)
FMOD_ERRORCHECK(m_pSystem->setSoftwareFormat(m_config.iSampleRate, m_config.iFormat, 0,m_config.iMaxInputChannels, m_config.iResampleMethod));
// install file manager callbacks
FMOD_ERRORCHECK(m_pSystem->setFileSystem(VisionFM_Open, VisionFM_Close, VisionFM_Read, VisionFM_Seek, NULL, NULL, 4096));
//listen to system events (eg. new device - headphones)
FMOD_ERRORCHECK(m_pSystem->setCallback(VisionFM_System));
#ifdef _VISION_ANDROID
// Increase DSP buffer size on Android
{
unsigned int iBlocksize = 0;
int iNumblocks = 0;
m_pSystem->getDSPBufferSize(&iBlocksize, &iNumblocks);
m_pSystem->setDSPBufferSize(iBlocksize*2, iNumblocks);
#ifdef HK_DEBUG_SLOW
int iBufferSize = iNumblocks*iBlocksize;
hkvLog::Warning("Fmod DSP buffer size increased from %i to %i, in order to get correct sound output", iBufferSize, iBufferSize*2);
#endif
}
#endif
VFmodSoundInit_e initResult = InitDevice();
switch(initResult)
{
case VFMODSOUNDINIT_NO_HARDWARE: hkvLog::Warning("No sound card present!"); break;
case VFMODSOUNDINIT_NO_SPEAKERS: hkvLog::Warning("No speakers or headphones connected."); break;
default: //case VSOUNDINIT_OK:
hkvLog::Info("Sound successfully initialized.");
break;
}
}