int SoundDevicePortAudio::open() {
qDebug() << "SoundDevicePortAudio::open()" << getInternalName();
PaError err;
if (m_audioOutputs.empty() && m_audioInputs.empty()) {
m_lastError = QString::fromAscii("No inputs or outputs in SDPA::open() "
"(THIS IS A BUG, this should be filtered by SM::setupDevices)");
return ERR;
}
memset(&m_outputParams, 0, sizeof(m_outputParams));
memset(&m_inputParams, 0, sizeof(m_inputParams));
PaStreamParameters * pOutputParams = &m_outputParams;
PaStreamParameters * pInputParams = &m_inputParams;
// Look at how many audio outputs we have,
// so we can figure out how many output channels we need to open.
if (m_audioOutputs.empty()) {
m_outputParams.channelCount = 0;
pOutputParams = NULL;
} else {
foreach (AudioOutput out, m_audioOutputs) {
ChannelGroup channelGroup = out.getChannelGroup();
int highChannel = channelGroup.getChannelBase()
+ channelGroup.getChannelCount();
if (m_outputParams.channelCount <= highChannel) {
m_outputParams.channelCount = highChannel;
}
}
}
void GuiControlProfile::incLoadCount()
{
if( !mLoadCount )
{
#ifdef DEBUG_SPEW
Platform::outputDebugString( "[GuiControlProfile] Loading profile %i:%s (%s:%s)",
getId(), getClassName(), getName(), getInternalName() );
#endif
sFontCacheDirectory = Con::getVariable( "$GUI::fontCacheDirectory" );
// Load font (if not already loaded).
if( mFont == NULL )
loadFont();
//
if (mBitmapName && mBitmapName[0] && dStricmp(mBitmapName, "texhandle") != 0 &&
!mTextureObject.set( mBitmapName, &GFXDefaultPersistentProfile, avar("%s() - mTextureObject (line %d)", __FUNCTION__, __LINE__) ))
Con::errorf("Failed to load profile bitmap (%s)",mBitmapName);
constructBitmapArray();
}
mLoadCount ++;
// Quick check to make sure our children profile is up-to-date
getChildrenProfile();
}
// The following method returns TRUE if parameter "output" is populated.
NABoolean
ComRoutineActionNamePart::getRoutineActionNameStoredInOBJECTS_OBJECT_NAME
(ComAnsiNamePart &output, // out
ComBoolean performCheck) // in - default is TRUE
{
if (NOT isValid())
return FALSE;
ComString funnyNameInInternalFormat;
getUudfUID().convertTo19BytesFixedWidthStringWithZeroesPrefix(funnyNameInInternalFormat/*out*/);
funnyNameInInternalFormat += "_";
funnyNameInInternalFormat += getInternalName();
NAWString ucs2FunnyInternalName;
ComAnsiNameToUCS2(funnyNameInInternalFormat, ucs2FunnyInternalName /* out */);
if (performCheck AND ucs2FunnyInternalName.length() > MAX_IDENTIFIER_INT_LEN)
return FALSE;
NAString extName = ToAnsiIdentifier(funnyNameInInternalFormat,
performCheck);
if (extName.isNull()) // the generated external name is invalid
return FALSE;
output.setInternalName(funnyNameInInternalFormat);
output.setExternalName(extName);
return TRUE;
}
//
// operator ==
//
NABoolean
ComRoutineActionNamePart::operator == (const ComRoutineActionNamePart &rhs) const
{
return ( this EQU &rhs OR
( getInternalName() EQU rhs.getInternalName() AND
getUudfUID() EQU rhs.getUudfUID() ));
}
void ForestItemData::packData(BitStream* stream)
{
Parent::packData(stream);
String localName = getInternalName();
if ( localName.isEmpty() )
localName = getName();
stream->write( localName );
stream->writeString(mShapeFile);
stream->writeFlag( mCollidable );
stream->write( mRadius );
stream->write( mMass );
stream->write( mRigidity );
stream->write( mTightnessCoefficient );
stream->write( mDampingCoefficient );
stream->write( mWindScale );
stream->write( mTrunkBendScale );
stream->write( mWindBranchAmp );
stream->write( mWindDetailAmp );
stream->write( mWindDetailFreq );
}
string SymbolTableEntry::getName(bool shouldDemangle) const {
const char* internalName = getInternalName();
if (shouldDemangle) {
return MachO::demangler->demangleName(internalName);
}
return internalName;
}
Resource::Ptr ResourceManager::createResource(const std::string &type,
const std::string &name)
{
std::string resname = name;
if (resname == "")
resname = getInternalName();
// Create resource
ResourceFactory::Ptr factory = getFactory(type);
if (!factory)
return 0;
Resource::Ptr created = factory->create(resname);
return created;
}
QString MachineBridge::getAttachmentData(INetworkAdapter *iface, uint32_t attachmentType)
{
switch(attachmentType)
{
case NetworkAttachmentType::NATNetwork: return getNatNetwork(iface);
case NetworkAttachmentType::Bridged: return getBridgedIface(iface);
case NetworkAttachmentType::Internal: return getInternalName(iface);
case NetworkAttachmentType::HostOnly: return getHostIface(iface);
case NetworkAttachmentType::Generic: return getGenericDriver(iface);
case NetworkAttachmentType::Null:
case NetworkAttachmentType::NAT:
default:
return QString::fromUtf8("");
}
}
void GuiControlProfile::decLoadCount()
{
AssertFatal( mLoadCount, "GuiControlProfile::decLoadCount - zero load count" );
if(!mLoadCount)
return;
-- mLoadCount;
if( !mLoadCount )
{
#ifdef DEBUG_SPEW
Platform::outputDebugString( "[GuiControlProfile] Unloading profile %i:%s (%s:%s)",
getId(), getClassName(), getName(), getInternalName() );
#endif
if( !mBitmapName || !mBitmapName[0] || dStricmp(mBitmapName, "texhandle") != 0 )
mTextureObject = NULL;
}
}
QString MachineBridge::getInternalName(uint32_t iface)
{
return getInternalName(getIface(iface));
}
