BOOL LLFloaterNotificationConsole::postBuild()
{
// these are in the order of processing
addChannel("Unexpired");
addChannel("Ignore");
addChannel("VisibilityRules");
addChannel("Visible", true);
// all the ones below attach to the Visible channel
addChannel("Persistent");
addChannel("Alerts");
addChannel("AlertModal");
addChannel("Group Notifications");
addChannel("Notifications");
addChannel("NotificationTips");
// getChild<LLButton>("add_notification")->setClickedCallback(onClickAdd, this);
LLComboBox* notifications = getChild<LLComboBox>("notification_types");
LLNotifications::TemplateNames names = LLNotifications::instance().getTemplateNames();
for (LLNotifications::TemplateNames::iterator template_it = names.begin();
template_it != names.end();
++template_it)
{
notifications->add(*template_it);
}
notifications->sortByName();
return TRUE;
}
//______________________________________________________________________________
void beamPositionMonitorInterface::initBPMChids()
{
message( "\n", "Searching for bpm chids..." );
// monitor objects
for( auto && it1 : bpmObj.dataObjects )
for( auto && it2 : it1.second.pvMonStructs )
addChannel( it1.second.pvRoot, it2.second );
// command objects
for( auto && it1 : bpmObj.dataObjects )
for( auto && it2 : it1.second.pvComStructs )
addChannel( it1.second.pvRoot, it2.second );
// send
int status = sendToEpics( "ca_create_channel", "Found bpm chids.", "!!TIMEOUT!! Not all bpm ChIds found." );
if( status == ECA_TIMEOUT )
{
std::this_thread::sleep_for(std::chrono::milliseconds( 500 )); /// MAGIC NUMBERR
for( auto && it1 : bpmObj.dataObjects )
{
for( auto && it2 : it1.second.pvMonStructs )
checkCHIDState( it2.second.CHID, it2.second.pvSuffix );
for( auto && it2 : it1.second.pvComStructs )
checkCHIDState( it2.second.CHID, it2.second.pvSuffix );
}
message("");
}
else if ( status == ECA_NORMAL )
allChidsInitialised = true; /// interface base class member
}
//______________________________________________________________________________
void shutterInterface::initChids()
{
message( "\n", "Searching for Shutter chids...");
for( auto && it1 : allShutterData )
{
addILockChannels( it1.second.numIlocks, it1.second.pvRoot, it1.second.name, it1.second.iLockPVStructs );
for( auto && it2 : it1.second.pvComStructs )
addChannel( it1.second.pvRoot, it2.second );
for( auto && it2 : it1.second.pvMonStructs )
addChannel( it1.second.pvRoot, it2.second );
}
int status = sendToEpics( "ca_create_channel", "Found Shutter chids.", "!!TIMEOUT!! Not all shutter ChIds found." );
if( status == ECA_TIMEOUT )
{
std::this_thread::sleep_for(std::chrono::milliseconds( 500 ));
for( const auto & it : allShutterData )
{
message("\n", "Checking Chids for ", it.first );
for( auto & it2 : it.second.pvMonStructs )
checkCHIDState( it2.second.CHID, it2.second.pvSuffix );
for( auto & it2 : it.second.pvComStructs )
checkCHIDState( it2.second.CHID, it2.second.pvSuffix );
for( auto & it2 : it.second.iLockPVStructs )
checkCHIDState( it2.second.CHID, it2.second.pv );
}
message("");
}
else if ( status == ECA_NORMAL )
allChidsInitialised = true; /// interface base class member
}
void initChannels() {
channelHead = malloc(sizeof(channelNode));
channelHead->next = channelHead->prev = NULL;
channelHead->name[0] = '\0';
addChannel("#CHANNEL1");
addChannel("#CHANNEL2");
}
GrayAU8ColorSpace::GrayAU8ColorSpace(const QString &name, KoColorProfile *p)
: LcmsColorSpace<GrayAU8Traits>(colorSpaceId(), name, TYPE_GRAYA_8, cmsSigGrayData, p)
{
addChannel(new KoChannelInfo(i18n("Gray"), 0, 0, KoChannelInfo::COLOR, KoChannelInfo::UINT8));
addChannel(new KoChannelInfo(i18n("Alpha"), 1, 1, KoChannelInfo::ALPHA, KoChannelInfo::UINT8));
init();
addStandardCompositeOps<GrayAU8Traits>(this);
}
XyzF32ColorSpace::XyzF32ColorSpace(const QString &name, KoColorProfile *p) :
LcmsColorSpace<KoXyzF32Traits>(colorSpaceId(), name, TYPE_XYZA_FLT, cmsSigXYZData, p)
{
addChannel(new KoChannelInfo(i18n("X"), KoXyzF32Traits::x_pos * sizeof(float), KoXyzF32Traits::x_pos, KoChannelInfo::COLOR, KoChannelInfo::FLOAT32, sizeof(float), Qt::cyan));
addChannel(new KoChannelInfo(i18n("Y"), KoXyzF32Traits::y_pos * sizeof(float), KoXyzF32Traits::y_pos, KoChannelInfo::COLOR, KoChannelInfo::FLOAT32, sizeof(float), Qt::magenta));
addChannel(new KoChannelInfo(i18n("Z"), KoXyzF32Traits::z_pos * sizeof(float), KoXyzF32Traits::z_pos, KoChannelInfo::COLOR, KoChannelInfo::FLOAT32, sizeof(float), Qt::yellow));
addChannel(new KoChannelInfo(i18n("Alpha"), KoXyzF32Traits::alpha_pos * sizeof(float), KoXyzF32Traits::alpha_pos, KoChannelInfo::ALPHA, KoChannelInfo::FLOAT32, sizeof(float)));
init();
addStandardCompositeOps<KoXyzF32Traits>(this);
}
LabU16ColorSpace::LabU16ColorSpace(const QString &name, KoColorProfile *p)
: LcmsColorSpace<KoLabU16Traits>(colorSpaceId(), name, TYPE_LABA_16, cmsSigLabData, p)
{
addChannel(new KoChannelInfo(i18n("Lightness"), 0 * sizeof(quint16), 0, KoChannelInfo::COLOR, KoChannelInfo::UINT16, sizeof(quint16), QColor(100, 100, 100)));
addChannel(new KoChannelInfo(i18n("a*"), 1 * sizeof(quint16), 1, KoChannelInfo::COLOR, KoChannelInfo::UINT16, sizeof(quint16), QColor(150, 150, 150)));
addChannel(new KoChannelInfo(i18n("b*"), 2 * sizeof(quint16), 2, KoChannelInfo::COLOR, KoChannelInfo::UINT16, sizeof(quint16), QColor(200, 200, 200)));
addChannel(new KoChannelInfo(i18n("Alpha"), 3 * sizeof(quint16), 3, KoChannelInfo::ALPHA, KoChannelInfo::UINT16, sizeof(quint16)));
init();
addStandardCompositeOps<KoLabU16Traits>(this);
}
XyzU16ColorSpace::XyzU16ColorSpace(const QString &name, KoColorProfile *p) :
LcmsColorSpace<KoXyzU16Traits>(colorSpaceId(), name, TYPE_XYZA_16, cmsSigXYZData, p)
{
addChannel(new KoChannelInfo(i18n("X"), KoXyzU16Traits::x_pos * sizeof(quint16), KoXyzU16Traits::x_pos, KoChannelInfo::COLOR, KoChannelInfo::UINT16, sizeof(quint16), Qt::cyan));
addChannel(new KoChannelInfo(i18n("Y"), KoXyzU16Traits::y_pos * sizeof(quint16), KoXyzU16Traits::y_pos, KoChannelInfo::COLOR, KoChannelInfo::UINT16, sizeof(quint16), Qt::magenta));
addChannel(new KoChannelInfo(i18n("Z"), KoXyzU16Traits::z_pos * sizeof(quint16), KoXyzU16Traits::z_pos, KoChannelInfo::COLOR, KoChannelInfo::UINT16, sizeof(quint16), Qt::yellow));
addChannel(new KoChannelInfo(i18n("Alpha"), KoXyzU16Traits::alpha_pos * sizeof(quint16), KoXyzU16Traits::alpha_pos, KoChannelInfo::ALPHA, KoChannelInfo::UINT16, sizeof(quint16)));
init();
// ADD, ALPHA_DARKEN, BURN, DIVIDE, DODGE, ERASE, MULTIPLY, OVER, OVERLAY, SCREEN, SUBTRACT
addStandardCompositeOps<KoXyzU16Traits>(this);
}
YCbCrU8ColorSpace::YCbCrU8ColorSpace(const QString &name, KoColorProfile *p)
: LcmsColorSpace<KoYCbCrU8Traits>(colorSpaceId(), name, TYPE_YCbCrA_8, cmsSigXYZData, p)
{
addChannel(new KoChannelInfo(i18n("Y"), KoYCbCrU8Traits::Y_pos * sizeof(quint8), KoYCbCrU8Traits::Y_pos, KoChannelInfo::COLOR, KoChannelInfo::UINT8, sizeof(quint8), Qt::cyan));
addChannel(new KoChannelInfo(i18n("Cb"), KoYCbCrU8Traits::Cb_pos * sizeof(quint8), KoYCbCrU8Traits::Cb_pos, KoChannelInfo::COLOR, KoChannelInfo::UINT8, sizeof(quint8), Qt::magenta));
addChannel(new KoChannelInfo(i18n("Cr"), KoYCbCrU8Traits::Cr_pos * sizeof(quint8), KoYCbCrU8Traits::Cr_pos, KoChannelInfo::COLOR, KoChannelInfo::UINT8, sizeof(quint8), Qt::yellow));
addChannel(new KoChannelInfo(i18n("Alpha"), KoYCbCrU8Traits::alpha_pos * sizeof(quint8), KoYCbCrU8Traits::alpha_pos, KoChannelInfo::ALPHA, KoChannelInfo::UINT8, sizeof(quint8)));
init();
addStandardCompositeOps<KoYCbCrU8Traits>(this);
}
CmykU8ColorSpace::CmykU8ColorSpace(const QString &name, KoColorProfile *p)
: LcmsColorSpace<CmykU8Traits>(colorSpaceId(), name, TYPE_CMYKA_8, cmsSigCmykData, p)
{
addChannel(new KoChannelInfo(i18n("Cyan"), 0 * sizeof(quint8), 0, KoChannelInfo::COLOR, KoChannelInfo::UINT8, sizeof(quint8), Qt::cyan));
addChannel(new KoChannelInfo(i18n("Magenta"), 1 * sizeof(quint8), 1, KoChannelInfo::COLOR, KoChannelInfo::UINT8, sizeof(quint8), Qt::magenta));
addChannel(new KoChannelInfo(i18n("Yellow"), 2 * sizeof(quint8), 2, KoChannelInfo::COLOR, KoChannelInfo::UINT8, sizeof(quint8), Qt::yellow));
addChannel(new KoChannelInfo(i18n("Black"), 3 * sizeof(quint8), 3, KoChannelInfo::COLOR, KoChannelInfo::UINT8, sizeof(quint8), Qt::black));
addChannel(new KoChannelInfo(i18n("Alpha"), 4 * sizeof(quint8), 4, KoChannelInfo::ALPHA, KoChannelInfo::UINT8, sizeof(quint8)));
init();
addStandardCompositeOps<CmykU8Traits>(this);
}
CmykU8ColorSpace::CmykU8ColorSpace(KoColorProfile *p) :
LcmsColorSpace<CmykU8Traits>("CMYK", i18n("CMYK (8-bit integer/channel)"), TYPE_CMYK5_8, icSigCmykData, p)
{
addChannel(new KoChannelInfo(i18n("Cyan"), 0 * sizeof(quint8), 0, KoChannelInfo::COLOR, KoChannelInfo::UINT8, sizeof(quint8), Qt::cyan));
addChannel(new KoChannelInfo(i18n("Magenta"), 1 * sizeof(quint8), 1, KoChannelInfo::COLOR, KoChannelInfo::UINT8, sizeof(quint8), Qt::magenta));
addChannel(new KoChannelInfo(i18n("Yellow"), 2 * sizeof(quint8), 2, KoChannelInfo::COLOR, KoChannelInfo::UINT8, sizeof(quint8), Qt::yellow));
addChannel(new KoChannelInfo(i18n("Black"), 3 * sizeof(quint8), 3, KoChannelInfo::COLOR, KoChannelInfo::UINT8, sizeof(quint8), Qt::black));
addChannel(new KoChannelInfo(i18n("Alpha"), 4 * sizeof(quint8), 4, KoChannelInfo::ALPHA, KoChannelInfo::UINT8, sizeof(quint8)));
init();
// ADD, ALPHA_DARKEN, BURN, DIVIDE, DODGE, ERASE, MULTIPLY, OVER, OVERLAY, SCREEN, SUBTRACT
addStandardCompositeOps<CmykU8Traits>(this);
}
RgbU16ColorSpace::RgbU16ColorSpace(const QString &name, KoColorProfile *p) :
LcmsColorSpace<KoBgrU16Traits>(colorSpaceId(), name, TYPE_BGRA_16, cmsSigRgbData, p)
{
addChannel(new KoChannelInfo(i18n("Blue") , 0 * sizeof(quint16), 2, KoChannelInfo::COLOR, KoChannelInfo::UINT16, 2, QColor(0, 0, 255)));
addChannel(new KoChannelInfo(i18n("Green"), 1 * sizeof(quint16), 1, KoChannelInfo::COLOR, KoChannelInfo::UINT16, 2, QColor(0, 255, 0)));
addChannel(new KoChannelInfo(i18n("Red") , 2 * sizeof(quint16), 0, KoChannelInfo::COLOR, KoChannelInfo::UINT16, 2, QColor(255, 0, 0)));
addChannel(new KoChannelInfo(i18n("Alpha"), 3 * sizeof(quint16), 3, KoChannelInfo::ALPHA, KoChannelInfo::UINT16, 2));
init();
addStandardCompositeOps<KoBgrU16Traits>(this);
addCompositeOp(new RgbCompositeOpIn<KoBgrU16Traits>(this));
addCompositeOp(new RgbCompositeOpOut<KoBgrU16Traits>(this));
addCompositeOp(new RgbCompositeOpBumpmap<KoBgrU16Traits>(this));
}
bool SampleBase::onInit()
{
m_frameCount = 0;
m_fps = 0.0f;
addChannel( MSG_DEV );
if ( !WinFrame::create( "Sample Test" , g_ScreenWidth , g_ScreenHeight ,
SysMsgHandler::MsgProc , false ) )
return false;
if ( !CFly::initSystem() )
return false;
mWorld = WorldManager::getInstance().createWorld( getHWnd() , g_ScreenWidth , g_ScreenHeight , 32 , false );
CFly::PluginManager::getInstance().registerLinker( "CW3" , new Cw3FileLinker );
if ( !mWorld )
return false;
mWorld->setDir( DIR_OBJECT , SAMPLE_DATA_DIR );
mWorld->setDir( DIR_ACTOR , SAMPLE_DATA_DIR"/NPC" );
mWorld->setDir( DIR_TEXTURE, SAMPLE_DATA_DIR );
mWorld->setDir( DIR_SHADER , SAMPLE_DATA_DIR"/Shader" );
mMainViewport = mWorld->createViewport( 0 , 0 , g_ScreenWidth , g_ScreenHeight );
mMainScene = mWorld->createScene( 1 );
mMainScene->setAmbientLight( Color4f(1,1,1) );
mMainCamera = mMainScene->createCamera();
mMainCamera->setAspect( float( g_ScreenWidth ) / g_ScreenHeight );
mMainCamera->setNear(5.0f);
mMainCamera->setFar(100000.0f);
return onSetupSample();
}
Animation::Channel* Animation::createChannel(AnimationTarget* target, int propertyId, unsigned int keyCount, unsigned long* keyTimes, float* keyValues, float* keyInValue, float* keyOutValue, unsigned int type)
{
unsigned int propertyComponentCount = target->getAnimationPropertyComponentCount(propertyId);
assert(propertyComponentCount > 0);
Curve* curve = new Curve(keyCount, propertyComponentCount);
if (target->_targetType == AnimationTarget::TRANSFORM)
setTransformRotationOffset(curve, propertyId);
unsigned long lowest = keyTimes[0];
unsigned long duration = keyTimes[keyCount-1] - lowest;
float* normalizedKeyTimes = new float[keyCount];
normalizedKeyTimes[0] = 0.0f;
curve->setPoint(0, normalizedKeyTimes[0], keyValues, (Curve::InterpolationType) type, keyInValue, keyOutValue);
unsigned int pointOffset = propertyComponentCount;
unsigned int i = 1;
for (; i < keyCount - 1; i++)
{
normalizedKeyTimes[i] = (float) (keyTimes[i] - lowest) / (float) duration;
curve->setPoint(i, normalizedKeyTimes[i], (keyValues + pointOffset), (Curve::InterpolationType) type, (keyInValue + pointOffset), (keyOutValue + pointOffset));
pointOffset += propertyComponentCount;
}
i = keyCount - 1;
normalizedKeyTimes[i] = 1.0f;
curve->setPoint(i, normalizedKeyTimes[i], keyValues + pointOffset, (Curve::InterpolationType) type, keyInValue + pointOffset, keyOutValue + pointOffset);
SAFE_DELETE(normalizedKeyTimes);
Channel* channel = new Channel(this, target, propertyId, curve, duration);
addChannel(channel);
return channel;
}
XyzF32ColorSpace::XyzF32ColorSpace(const QString &name, KoColorProfile *p) :
LcmsColorSpace<KoXyzF32Traits>(colorSpaceId(), name, TYPE_XYZA_FLT, cmsSigXYZData, p)
{
const IccColorProfile *icc_p = dynamic_cast<const IccColorProfile *>(p);
Q_ASSERT(icc_p);
QVector<KoChannelInfo::DoubleRange> uiRanges(icc_p->getFloatUIMinMax());
Q_ASSERT(uiRanges.size() == 3);
addChannel(new KoChannelInfo(i18n("X"), KoXyzF32Traits::x_pos * sizeof(float), KoXyzF32Traits::x_pos, KoChannelInfo::COLOR, KoChannelInfo::FLOAT32, sizeof(float), Qt::cyan, uiRanges[0]));
addChannel(new KoChannelInfo(i18n("Y"), KoXyzF32Traits::y_pos * sizeof(float), KoXyzF32Traits::y_pos, KoChannelInfo::COLOR, KoChannelInfo::FLOAT32, sizeof(float), Qt::magenta, uiRanges[1]));
addChannel(new KoChannelInfo(i18n("Z"), KoXyzF32Traits::z_pos * sizeof(float), KoXyzF32Traits::z_pos, KoChannelInfo::COLOR, KoChannelInfo::FLOAT32, sizeof(float), Qt::yellow, uiRanges[2]));
addChannel(new KoChannelInfo(i18n("Alpha"), KoXyzF32Traits::alpha_pos * sizeof(float), KoXyzF32Traits::alpha_pos, KoChannelInfo::ALPHA, KoChannelInfo::FLOAT32, sizeof(float)));
init();
addStandardCompositeOps<KoXyzF32Traits>(this);
}
void MorseConnection::whenPhoneCodeRequired()
{
qDebug() << Q_FUNC_INFO;
Tp::DBusError error;
//Registration
Tp::BaseChannelPtr baseChannel = Tp::BaseChannel::create(this, TP_QT_IFACE_CHANNEL_TYPE_SERVER_AUTHENTICATION);
Tp::BaseChannelServerAuthenticationTypePtr authType
= Tp::BaseChannelServerAuthenticationType::create(TP_QT_IFACE_CHANNEL_INTERFACE_SASL_AUTHENTICATION);
baseChannel->plugInterface(Tp::AbstractChannelInterfacePtr::dynamicCast(authType));
saslIface = Tp::BaseChannelSASLAuthenticationInterface::create(QStringList() << QLatin1String("X-TELEPATHY-PASSWORD"),
/* hasInitialData */ false,
/* canTryAgain */ true,
/* authorizationIdentity */ m_selfPhone,
/* defaultUsername */ QString(),
/* defaultRealm */ QString(),
/* maySaveResponse */ false);
saslIface->setStartMechanismWithDataCallback( Tp::memFun(this, &MorseConnection::startMechanismWithData));
baseChannel->setRequested(false);
baseChannel->plugInterface(Tp::AbstractChannelInterfacePtr::dynamicCast(saslIface));
baseChannel->registerObject(&error);
if (!error.isValid()) {
addChannel(baseChannel);
}
}
void TGen::Engine::Sound::LocalSource::trigger(TGen::Engine::TriggerContext & context, TriggerMode mode) {
TGen::Engine::Symbol methodSymbol = context.getFunctionSymbol();
if (methodSymbol == symbolPlaySound) {
int soundId = context.getParameter<int>(0);
TGen::Engine::Sound::Sound * sound = TGen::union_cast<TGen::Engine::Sound::Sound *>(soundId);
std::cout << "SOUND: " << std::hex << soundId << " " << sound << std::hex <<" " << context.getParameter<int>(0) << std::endl;
if (!sound)
throw TGen::RuntimeException("Sound::Source::trigger", "NULL sound sent");
TGen::Engine::Sound::Channel * newChannel = sound->spawnChannel(false);
newChannel->set3D(true); // det som är felet! blir override i localsource... KOLLA SEN HUR CALL OCH MOVE kan förbättras så de bara använder ComponentLink!
newChannel->set3DMinMaxDistance(minDistance, maxDistance);
newChannel->setVolume(volume);
addChannel(newChannel);
context.setRegister<TGen::Engine::Triggerable *>(context.getReturnRegister(), newChannel);
}
else {
TGen::Engine::Sound::Source::trigger(context, mode);
}
}
int QLCInputProfile_Test::qt_metacall(QMetaObject::Call _c, int _id, void **_a)
{
_id = QObject::qt_metacall(_c, _id, _a);
if (_id < 0)
return _id;
if (_c == QMetaObject::InvokeMetaMethod) {
switch (_id) {
case 0: manufacturer(); break;
case 1: model(); break;
case 2: name(); break;
case 3: addChannel(); break;
case 4: removeChannel(); break;
case 5: remapChannel(); break;
case 6: channel(); break;
case 7: channels(); break;
case 8: channelNumber(); break;
case 9: copy(); break;
case 10: assign(); break;
case 11: load(); break;
case 12: loadNoProfile(); break;
case 13: loader(); break;
case 14: save(); break;
default: ;
}
_id -= 15;
}
return _id;
}
/*!
Construct a new multi-port multiplexer object and attach it to \a parent.
The \c{primary} channel will be set to \a device. Further channels
can be added by calling addChannel(). Ownership of \a device will
pass to this object; it will be deleted when this object is deleted.
*/
QMultiPortMultiplexer::QMultiPortMultiplexer
( QSerialIODevice *device, QObject *parent )
: QSerialIODeviceMultiplexer( parent )
{
d = new QMultiPortMultiplexerPrivate();
addChannel( "primary", device );
}
DevLog()
{
addChannel( MSG_DEV );
setLevel( 3 );
pos = 0;
}
void moduleDialog::loadSavedData(const QByteArray &inData)
{
const int Header = 9;
unsigned char highByte,lowByte;
int overallSize,numberOfModules,i,j,k;
int numberOfChunks = inData[8];
char chunkID;
int tempCounter;
int fileLocation = 0;
moduleList.clear();
ui->moduleListView->clear();
ui->channelListView->clear();
ui->moduleChannelListView->clear();
numberOfChannels=0;
int channelCount;
module tempMod;
k=0;
while(k<numberOfChunks)
{
chunkID = inData[fileLocation+Header];
switch(chunkID)
{
case 0x06:
numberOfModules = inData[fileLocation+Header+3];
channelCount=inData[fileLocation+Header+4];
i=0;
while(i<channelCount)
{
addChannel();
i++;
}
tempCounter=0;
i=0;
while(i<numberOfModules)
{
tempMod.clearAll();
tempCounter+=tempMod.setSavedData(inData,fileLocation+Header+tempCounter+5);
moduleList.push_back(tempMod);
ui->moduleListView->addItem(QString("Module %1").arg(moduleList.at(moduleList.size()-1).getID()));
i++;
}
highByte=inData[fileLocation+Header+1];
lowByte=inData[fileLocation+Header+2];
overallSize=(highByte<<8) | lowByte;
fileLocation+=overallSize;
break;
default:
highByte=inData[fileLocation+Header+1];
lowByte=inData[fileLocation+Header+2];
overallSize=(highByte<<8) | lowByte;
fileLocation+=overallSize;
break;
}
k++;
}
}
bool SuplaDeviceClass::addDimmer(void) {
int c = addChannel(0, 0, false, false);
if ( c == -1 ) return false;
Params.reg_dev.channels[c].Type = SUPLA_CHANNELTYPE_DIMMER;
setRGBWvalue(c, Params.reg_dev.channels[c].value);
}
bool SuplaDeviceClass::addRgbController(void) {
int c = addChannel(0, 0, false, false);
if ( c == -1 ) return false;
Params.reg_dev.channels[c].Type = SUPLA_CHANNELTYPE_RGBLEDCONTROLLER;
setRGBWvalue(c, Params.reg_dev.channels[c].value);
}
void joinChannel(char *chName, clientNode *client) {
channelNode *channel = searchChannel(chName);
if(channel == NULL)
channel = addChannel(chName);
addRef(client, &(channel->refHead));
}
int ChannelInfoManager::getLastChannelMessage(int id)
{
if (!channels.contains(id))
{
addChannel(id);
save();
}
return channels.value(id).messageId;
}
bool ChannelInfoManager::getChannelNotifications(int id)
{
if (!channels.contains(id))
{
addChannel(id);
save();
}
return channels[id].isNotify;
}
inline ChannelData *addChannel(const std::string &server,
const std::string &channel,
ChannelController *user_data){
return addChannel(server.c_str(),
server.length(),
channel.c_str(),
channel.length(),
user_data);
}
bool SuplaDeviceClass::addDistanceSensor(void) {
int c = addChannel(0, 0, false, false);
if ( c == -1 ) return false;
Params.reg_dev.channels[c].Type = SUPLA_CHANNELTYPE_DISTANCESENSOR;
channel_pin[c].last_val_dbl1 = -1;
channelSetDoubleValue(c, channel_pin[c].last_val_dbl1);
}
bool SuplaDeviceClass::addDS18B20Thermometer(void) {
int c = addChannel(0, 0, false, false);
if ( c == -1 ) return false;
Params.reg_dev.channels[c].Type = SUPLA_CHANNELTYPE_THERMOMETERDS18B20;
channel_pin[c].last_val_dbl1 = -275;
channelSetDoubleValue(c, channel_pin[c].last_val_dbl1);
}
void ChannelInfoManager::setLastChannelMessage(int id, int messageId)
{
if (!channels.contains(id))
{
addChannel(id);
}
channels[id].messageId = messageId;
save();
}