bool SoundflowerDevice::initHardware(IOService *provider)
{
bool result = false;
if (!super::initHardware(provider))
goto Done;
setDeviceName("WavTap");
setDeviceShortName("WavTap");
setManufacturerName("WavTap");
if (!createAudioEngines())
goto Done;
result = true;
Done:
return result;
}
QHYCCD::QHYCCD(const char *name) : FilterInterface(this)
{
// Filter Limits, can we call QHY API to find filter maximum?
FilterSlotN[0].min = 1;
FilterSlotN[0].max = 5;
HasUSBTraffic = false;
HasUSBSpeed = false;
HasGain = false;
HasOffset = false;
HasFilters = false;
coolerEnabled = false;
snprintf(this->name, MAXINDINAME, "QHY CCD %.15s", name);
snprintf(this->camid, MAXINDINAME, "%s", name);
setDeviceName(this->name);
setVersion(INDI_QHY_VERSION_MAJOR, INDI_QHY_VERSION_MINOR);
sim = false;
}
FishCampCCD::FishCampCCD(int CamNum)
{
cameraNum = CamNum;
int rc = fcUsb_OpenCamera(cameraNum);
IDLog("fcUsb_OpenCamera opening cam #%d, returns %d\n", cameraNum, rc);
rc = fcUsb_cmd_getinfo(cameraNum, &camInfo);
IDLog("fcUsb_cmd_getinfo opening cam #%d, returns %d\n", cameraNum, rc);
strncpy(name, (char *)&camInfo.camNameStr, MAXINDINAME);
IDLog("Cam #%d with name %s\n", cameraNum, name);
setDeviceName(name);
setVersion(FISHCAMP_VERSION_MAJOR, FISHCAMP_VERSION_MINOR);
sim = false;
}
bool SoundflowerDevice::initHardware(IOService *provider)
{
bool result = false;
//IOLog("SoundflowerDevice[%p]::initHardware(%p)\n", this, provider);
if (!super::initHardware(provider))
goto Done;
setDeviceName("Soundflower");
setDeviceShortName("Soundflower");
setManufacturerName("ma++ ingalls for Cycling '74");
if (!createAudioEngines())
goto Done;
result = true;
Done:
return result;
}
bool MixlrAudioDevice::initHardware(IOService *provider)
{
bool result = false;
//IOLog("MixlrAudioDevice[%p]::initHardware(%p)\n", this, provider);
if (!super::initHardware(provider))
goto Done;
setDeviceName("Mixlr");
setDeviceShortName("Mixlr");
setManufacturerName("Mixlr");
if (!createAudioEngines())
goto Done;
result = true;
Done:
return result;
}
ASICCD::ASICCD(ASI_CAMERA_INFO *camInfo)
{
setVersion(ASI_VERSION_MAJOR, ASI_VERSION_MINOR);
ControlN = NULL;
ControlS = NULL;
pControlCaps = NULL;
m_camInfo = camInfo;
exposureRetries = 0;
streamPredicate = 0;
terminateThread = false;
InWEPulse = InNSPulse = false;
WEPulseRequest = NSPulseRequest =0;
WEtimerID = NStimerID = 0;
WEDir = NSDir = ASI_GUIDE_NORTH;
TemperatureUpdateCounter = 0;
snprintf(this->name, MAXINDIDEVICE, "ZWO CCD %s", m_camInfo->Name+4);
setDeviceName(this->name);
}
BulkController::BulkController(libusb_context* context,
libusb_device_handle *handle,
struct libusb_device_descriptor *desc)
: m_context(context),
m_phandle(handle),
in_epaddr(0),
out_epaddr(0)
{
vendor_id = desc->idVendor;
product_id = desc->idProduct;
manufacturer = get_string(handle, desc->iManufacturer);
product = get_string(handle, desc->iProduct);
m_sUID = get_string(handle, desc->iSerialNumber);
setDeviceCategory(tr("USB Controller"));
setDeviceName(QString("%1 %2").arg(product).arg(m_sUID));
setInputDevice(true);
setOutputDevice(true);
m_pReader = NULL;
}
ULaserDevice::ULaserDevice()
{
verbose = false;
threadStop = true;
threadRunning = false;
datalogInterval = 0;
datalogUsedScans = false;
datalogSeq = 0;
angleResolution = 1.0;
modeAngleScan = 180;
modeSimulated = false;
statGoodCnt = 0;
statBadCnt = 0;
statMsgRate = 0.0;
// set default device
setDeviceName("/dev/ttyS4");
//setDeviceName("/dev/ttyS0");
sendNewData = false;
sendStrCnt = 0;
loopCnt = 0;
// repeatGetScan = true; //false;
serial = 0;
mirrorData = false;
// fakeState = 0;
// fakePose.clear();
maxValidRange = 80.0;
pushData = NULL;
vars = NULL;
var.name = NULL;
var.type = NULL;
var.serial = NULL;
var.scanwidth = NULL;
var.scanres = NULL;
var.maxRange = NULL;
var.scanDelay = NULL;
}
RadioSim::RadioSim()
{
InCapture = false;
DishSize = 5;
setDeviceName(getDefaultName());
}
QFW::QFW()
{
setDeviceName(QFW::getDefaultName());
setVersion(VERSION_MAJOR, VERSION_MINOR);
setFilterConnection(CONNECTION_SERIAL | CONNECTION_TCP);
}
bool AppleIntelAC97AudioDriver::initHardware( IOService * provider )
{
DebugLog("%s::%s(%p)\n", getName(), __FUNCTION__, provider);
if ( super::initHardware(provider) == false )
{
IOLog("super::initHardware\n");
goto fail;
}
setManufacturerName( "Intel" );
setDeviceName( "AC97 Audio Controller" );
// Keep a reference to our provider. Must be an audio codec.
_audioCodec = OSDynamicCast( AppleIntelAC97Codec, provider );
if ( _audioCodec == 0 )
{
goto fail;
}
// Open codec for exclusive access.
if ( _audioCodec->open( this ) == false )
{
DebugLog("%s: codec open error\n", getName());
goto fail;
}
// Create audio engine.
if ( createAudioEngine() == false )
{
DebugLog("%s: createAudioEngine() error\n", getName());
goto fail;
}
// Create audio ports, and attach them to audio engine.
if ( createAudioPorts() == false )
{
DebugLog("%s: createAudioPorts() error\n", getName());
goto fail;
}
// Activate audio engine.
if ( activateAudioEngine( _audioEngine ) != kIOReturnSuccess )
{
DebugLog("%s: activateAudioEngine() error\n", getName());
goto fail;
}
// Flush default audio control settings.
flushAudioControls();
return true;
fail:
if ( _audioCodec )
{
_audioCodec->close( this );
_audioCodec = 0;
}
return false;
}
Fan::Fan(int speed, int range): proSpeed(speed),
proRange(range)
{
setDeviceName("Coolers Fan");
setDeviceType(MOTOR);
}
Temperature::Temperature()
{
setDeviceName("Temperature Sensor");
setDeviceType(SENSOR);
setAddr(ADC_BG_ADDRESS);
}