InputDevice *Input::getDevice(const std::string &name)
{
//std::cerr << "Input: looking for dev " << name << std::endl;
InputDevice *dev = findInMap(drivers, name);
if (!dev)
{
std::string conf = configPath("Device." + name);
std::string type = coCoviseConfig::getEntry("driver", conf, "const");
//std::cerr << "Input: creating dev " << name << ", driver " << type << std::endl;
DriverFactoryBase *plug = getDriverPlugin(coVRMSController::instance()->isMaster() ? type : "const");
if (!plug)
{
std::cerr << "Input: replaced driver " << name << " with \"const\"" << std::endl;
plug = getDriverPlugin("const");
}
if (plug)
{
dev = plug->newInstance("COVER.Input.Device." + name);
drivers[name] = dev;
if (dev->needsThread())
dev->start();
}
}
return dev;
}
void AddEditAutoProfileDialog::checkForReservedGUIDs(int index)
{
QVariant data = ui->devicesComboBox->itemData(index);
if (index == 0)
{
ui->asDefaultCheckBox->setChecked(false);
ui->asDefaultCheckBox->setEnabled(false);
ui->asDefaultCheckBox->setToolTip(tr("Please use the main default profile selection."));
}
else if (!data.isNull())
{
InputDevice *device = data.value<InputDevice*>();
if (reservedGUIDs.contains(device->getGUIDString()))
{
ui->asDefaultCheckBox->setChecked(false);
ui->asDefaultCheckBox->setEnabled(false);
ui->asDefaultCheckBox->setToolTip(tr("A different profile is already selected as the default for this device."));
}
else
{
ui->asDefaultCheckBox->setEnabled(true);
ui->asDefaultCheckBox->setToolTip(tr("Select this profile to be the default loaded for\nthe specified device. The selection will be used instead\nof the all default profile option."));
}
}
}
int main( int argc, char** argv )
{
QApplication app( argc, argv );
InputManager::instance()->initialize();
InputDevice* keyboard = InputManager::instance()->device( "qt_keyboard" );
if( !keyboard )
qFatal( "No keyboard found!" );
InputParameter* parameter = keyboard->parameter( Qt::Key_Return );
if( !parameter )
qFatal( "No return key found!" );
QLabel label;
QObject::connect( parameter, &InputParameter::buttonStateChanged, [&]() {
label.setText( parameter->buttonState() == InputParameter::ButtonPressed ? "Return Pressed" : "Return Released" );
} );
label.show();
app.exec();
}
void AddEditAutoProfileDialog::saveAutoProfileInformation()
{
info->setProfileLocation(ui->profileLineEdit->text());
int deviceIndex = ui->devicesComboBox->currentIndex();
if (deviceIndex > 0)
{
QVariant temp = ui->devicesComboBox->itemData(deviceIndex, Qt::UserRole);
// Assume that if the following is not true, the GUID should
// not be changed.
if (!temp.isNull())
{
InputDevice *device = ui->devicesComboBox->itemData(deviceIndex, Qt::UserRole).value<InputDevice*>();
info->setGUID(device->getGUIDString());
info->setDeviceName(device->getSDLName());
}
}
else
{
info->setGUID("all");
info->setDeviceName("");
}
info->setExe(ui->applicationLineEdit->text());
info->setWindowClass(ui->winClassLineEdit->text());
info->setWindowName(ui->winNameLineEdit->text());
info->setDefaultState(ui->asDefaultCheckBox->isChecked());
//info->setActive(true);
}
int InputManager::checkForNewXInputDevices()
{
DWORD dwResult;
XINPUT_STATE state;
int nrOfControllersAdded = 0;
for(int i = nrOfXInputDevices_; i < XUSER_MAX_COUNT; i++)
{
dwResult = 0;
ZeroMemory(&state, sizeof(XINPUT_STATE));
dwResult = XInputGetState(i, &state);
if(dwResult == ERROR_SUCCESS)
{
GUID guid;
ZeroMemory(&guid, sizeof(guid));
InputDevice* device = new XInputDevice(nrOfXInputDevices_++, guid, "Xbox Controller (non DI)", devices_.size());
nrOfControllersAdded++;
devices_.push_back(device);
SEND_EVENT(&Event_CreateInputDevice(device, device->getInputObjectArray()));
}
}
return nrOfControllersAdded;
}
void InputManager::processEvent( const InputEvent& event )
{
for( size_t i = 0; i < devices.size(); i++ )
{
InputDevice* device = devices[i];
device->processEvent( event );
}
}
Result::Name CDIForceFeedbackEffectImpl::OnInputDevicePlugged()
{
InputDevice *pInputDevice = GetTargetInputDevice();
if( pInputDevice )
return pInputDevice->InitForceFeedbackEffect( *this );
else
return Result::UNKNOWN_ERROR;
}
/** Get the key bound to a player action (enum GUI::PlayerAction)*/
std::string getKeyBinding(int Enum_value)
{
InputDevice* device = input_manager->getDeviceManager()->getLatestUsedDevice();
DeviceConfig* config = device->getConfiguration();
PlayerAction ScriptAction = (PlayerAction)Enum_value;
irr::core::stringw control = config->getBindingAsString(ScriptAction);
std::string key = StringUtils::wideToUtf8(control);
return key;
}
int main () {
InputDevice* scanner = new InputDevice("Scanner");
cout << scanner->getName();
Device* printScanDev = new IODevice("PrintScan");
printScanDev->connectToCPU();
return 0;
}
Keyboard* InputManager::getKeyboard() const
{
for( size_t i = 0; i < devices.size(); i++ )
{
InputDevice* device = devices[i];
if( device->getType() == InputDeviceType::Keyboard )
return static_cast<Keyboard*>( device );
}
return nullptr;
}
Mouse* InputManager::getMouse() const
{
for( size_t i = 0; i < devices.size(); i++ )
{
InputDevice* device = devices[i];
if( device->getType() == InputDeviceType::Mouse )
return static_cast<Mouse*>( device );
}
return nullptr;
}
void JoyAxis::joyEvent(int value, bool ignoresets)
{
setCurrentRawValue(value);
//currentRawValue = value;
bool safezone = !inDeadZone(currentRawValue);
currentThrottledValue = calculateThrottledValue(value);
if (this->stick)
{
if (safezone && !isActive)
{
isActive = eventActive = true;
emit active(value);
}
else if (!safezone && isActive)
{
isActive = eventActive = false;
emit released(value);
}
stick->joyEvent(ignoresets);
}
else
{
InputDevice *device = parentSet->getInputDevice();
if (!device->isGameController() && !device->hasCalibrationThrottle(index))
{
performCalibration(currentRawValue);
safezone = !inDeadZone(currentRawValue);
currentThrottledValue = calculateThrottledValue(value);
}
if (safezone && !isActive)
{
isActive = eventActive = true;
emit active(value);
createDeskEvent(ignoresets);
}
else if (!safezone && isActive)
{
isActive = eventActive = false;
emit released(value);
createDeskEvent(ignoresets);
}
else if (isActive)
{
createDeskEvent(ignoresets);
}
}
emit moved(currentRawValue);
}
Result::Name CDIForceFeedbackEffectImpl::Init( const CForceFeedbackEffectDesc& desc, const CForceFeedbackTargetDevice& target )
{
m_pDesc = desc.CreateCopy();
m_Target = target;
InputDevice *pInputDevice = GetTargetInputDevice();
if( pInputDevice )
return pInputDevice->InitForceFeedbackEffect( *this );
else
return Result::UNKNOWN_ERROR;
}
void InputDaemon::refreshIndexes()
{
for (int i = 0; i < SDL_NumJoysticks(); i++)
{
SDL_Joystick *joystick = SDL_JoystickOpen(i);
SDL_JoystickID joystickID = SDL_JoystickInstanceID(joystick);
InputDevice *tempdevice = joysticks->value(joystickID);
if (tempdevice)
{
tempdevice->setIndex(i);
}
}
}
void coInputTUI::updateTUI()
{
if (size_t(personsChoice->getNumEntries()) != Input::instance()->getNumPersons())
{
personsChoice->clear();
for (size_t i = 0; i < Input::instance()->getNumPersons(); i++)
{
personsChoice->addEntry(Input::instance()->getPerson(i)->getName());
}
}
int activePerson = Input::instance()->getActivePerson();
if(activePerson != personsChoice->getSelectedEntry())
personsChoice->setSelectedEntry(activePerson);
if (size_t(bodiesChoice->getNumEntries()) != Input::instance()->getNumBodies())
{
const std::string body = bodiesChoice->getSelectedText();
bodiesChoice->clear();
for (size_t i = 0; i < Input::instance()->getNumBodies(); i++)
{
bodiesChoice->addEntry(Input::instance()->getBody(i)->getName());
}
bodiesChoice->setSelectedEntry(0);
bodiesChoice->setSelectedText(body);
}
TrackingBody * tb = Input::instance()->getBody(bodiesChoice->getSelectedEntry());
if(tb)
{
osg::Matrix m = tb->getOffsetMat();
osg::Vec3 v = m.getTrans();
coCoord coord = m;
for (int i = 0; i < 3; i++)
{
bodyTrans[i]->setValue(v[i]);
bodyRot[i]->setValue(coord.hpr[i]);
}
}
InputDevice *id = Input::instance()->getDevice(devicesChoice->getSelectedEntry());
if(id)
{
osg::Matrix m = id->getOffsetMat();
osg::Vec3 v = m.getTrans();
coCoord coord = m;
for (int i = 0; i < 3; i++)
{
deviceTrans[i]->setValue(v[i]);
deviceRot[i]->setValue(coord.hpr[i]);
}
}
}
// get device name
static std::string getDeviceName(int id)
{
std::map<int, std::string>::const_iterator search = g_device.find(id);
if (search != g_device.end())
{
return search->second;
}
InputDevice device = InputDevice::getDevice(id);
std::string name = device.getName();
g_device[id] = name;
return name;
}
void InputComponent::handleRumbleEvent(Event_Rumble* e)
{
InputDevice* device = inputManager_->GetDevice(e->deviceNr);
if(device != nullptr)
{
if(e->runRumble)
device->RunForceFeedback(e->duration);
else
device->StopForceFeedback();
device->SetForceFeedback(e->leftScale, e->rightScale);
}
}
void InputDaemon::refreshIndexes()
{
for (int i = 0; i < SDL_NumJoysticks(); i++)
{
SDL_Joystick *joystick = SDL_JoystickOpen(i);
SDL_JoystickID joystickID = SDL_JoystickInstanceID(joystick);
// Make sure to decrement reference count
SDL_JoystickClose(joystick);
InputDevice *tempdevice = joysticks->value(joystickID);
if (tempdevice)
{
tempdevice->setIndex(i);
}
}
}
void SDLEventReader::closeDevices()
{
if (sdlIsOpen)
{
if (joysticks)
{
QMapIterator<SDL_JoystickID, InputDevice*> iter(*joysticks);
while (iter.hasNext())
{
iter.next();
InputDevice *current = iter.value();
current->closeSDLDevice();
}
}
}
}
void JoyAxis::performCalibration(int value)
{
InputDevice *device = parentSet->getInputDevice();
if (value <= -30000)
{
// Assume axis is a trigger. Set default throttle to Positive.
device->setCalibrationThrottle(index, PositiveThrottle);
}
else
{
// Ensure that default throttle is used when a device is reset.
device->setCalibrationThrottle(index, (JoyAxis::ThrottleTypes)throttle);
}
//else if (value >= -15000 && value <= 15000)
//{
// device->setCalibrationThrottle(index, NormalThrottle);
//}
}
bool Program::update()
{
InputDevice mouse = window.get_ic().get_mouse();
float time = System::get_time() / 1000.0f;
uniforms.time = time;
uniforms.mouse = Vec4f(mouse.get_x() / 800.0f, mouse.get_y() / 600.0f, 0, 0);
for(int i=0; i< uniforms.xparticle_count; ++i)
{
uniforms.positions[i].x += sinf(time + i * 2.0f) / 40.0f;
uniforms.positions[i].y += cosf(time + i * 2.0f) / 40.0f;
}
uniformVector.upload_data(gc, &uniforms, 1);
effect.draw(gc);
window.flip(0);
return !exit;
}
void InputDeviceProvider_Win32Hid::update(InputDevice &joystick, RAWINPUT *raw_input)
{
auto previous_buttons = buttons;
auto previous_axis = axis_values;
//auto previous_hat = hat_values; // TODO: What about this
if (raw_input->header.hDevice == rawinput_device)
{
DataBuffer preparse_data = get_preparse_data();
for (DWORD i = 0; i < raw_input->data.hid.dwCount; i++)
{
BYTE *raw_data = const_cast<BYTE *>(raw_input->data.hid.bRawData);
DWORD offset = i * raw_input->data.hid.dwSizeHid;
void *report = raw_data + offset;
int report_size = raw_input->data.hid.dwSizeHid;
update(preparse_data.get_data(), report, report_size);
}
}
for (unsigned int cnt = 0; cnt < previous_buttons.size(); cnt++)
{
if (previous_buttons[cnt] != buttons[cnt])
{
InputEvent input_event;
input_event.type = buttons[cnt] ? InputEvent::pressed : InputEvent::released;
input_event.id = (InputCode) cnt;
buttons[cnt] ? joystick.sig_key_down()(input_event) : joystick.sig_key_up()(input_event);
}
}
for (unsigned int cnt = 0; cnt < previous_axis.size(); cnt++)
{
if (previous_axis[cnt] != axis_values[cnt])
{
InputEvent input_event;
input_event.type = InputEvent::axis_moved;
input_event.id = (InputCode) cnt;
input_event.axis_pos = axis_values[cnt];
joystick.sig_axis_move()(input_event);
}
}
}
void SetJoystick::refreshAxes()
{
deleteAxes();
InputDevice *device = getInputDevice();
for (int i=0; i < device->getNumberRawAxes(); i++)
{
JoyAxis *axis = new JoyAxis(i, index, this, this);
axes.insert(i, axis);
if (device->hasCalibrationThrottle(i))
{
JoyAxis::ThrottleTypes throttle = device->getCalibrationThrottle(i);
axis->setInitialThrottle(throttle);
}
enableAxisConnections(axis);
}
}
void DataDeviceManager::overrideSelection(const QMimeData &mimeData)
{
QStringList formats = mimeData.formats();
if (formats.isEmpty())
return;
m_retainedData.clear();
foreach (const QString &format, formats)
m_retainedData.setData(format, mimeData.data(format));
m_compositor->feedRetainedSelectionData(&m_retainedData);
m_compositorOwnsSelection = true;
InputDevice *dev = m_compositor->defaultInputDevice();
Surface *focusSurface = dev->keyboardFocus();
if (focusSurface)
offerFromCompositorToClient(
dev->dataDevice(focusSurface->base()->resource.client)->dataDeviceResource());
}
void SDLEventReader::closeSDL()
{
SDL_Event event;
QMapIterator<SDL_JoystickID, InputDevice*> iter(*joysticks);
while (iter.hasNext())
{
iter.next();
InputDevice *current = iter.value();
current->closeSDLDevice();
}
// Clear any pending events
while (SDL_PollEvent(&event) > 0)
{
}
SDL_Quit();
sdlIsOpen = false;
emit sdlClosed();
}
void
InputRecorder::Start()
{
isRecording_ = true;
if (recording_)
{
recording_->Clear();
}
else
{
recording_ = manager_.GetAllocator().New<InputRecording>(manager_.GetAllocator());
}
startTime_ = manager_.GetTime();
recordingListener_ = manager_.GetAllocator().New<RecordingListener>(manager_, *this);
recordingListenerId_ = manager_.AddListener(recordingListener_);
// Record the initial state
for (InputManager::iterator it = manager_.begin();
it != manager_.end();
++it)
{
InputDevice* device = it->second;
const DeviceId deviceId = device->GetDeviceId();
if (!IsDeviceToRecord(deviceId))
{
continue;
}
GAINPUT_ASSERT(device->GetInputState());
for (DeviceButtonId buttonId = 0; buttonId < device->GetInputState()->GetButtonCount(); ++buttonId)
{
if (device->IsValidButtonId(buttonId))
{
if (device->GetButtonType(buttonId) == BT_BOOL)
{
recording_->AddChange(0, deviceId, buttonId, device->GetBool(buttonId));
}
else
{
recording_->AddChange(0, deviceId, buttonId, device->GetFloat(buttonId));
}
}
}
}
}
bool Program::update()
{
GraphicContext gc = window.get_gc();
InputDevice mouse = window.get_ic().get_mouse();
float time = System::get_time() / 1000.0f;
uniforms.time = time;
auto pos = mouse.get_position();
uniforms.mouse = Vec4f(pos.x / 800.0f, pos.y / 600.0f, 0, 0);
for(int i=0; i< uniforms.particle_count; ++i)
{
uniforms.positions[i].x += sinf(time + i * 2.0f) / 40.0f;
uniforms.positions[i].y += cosf(time + i * 2.0f) / 40.0f;
}
uniformVector.upload_data(gc, &uniforms, 1);
effect.draw(gc);
window.flip(1);
return !exit;
}
void coInputTUI::tabletEvent(coTUIElement *tUIItem)
{
if(tUIItem == personsChoice)
{
Input::instance()->setActivePerson(personsChoice->getSelectedEntry());
}
else if(tUIItem == bodiesChoice)
{
updateTUI();
}
else if(tUIItem == devicesChoice)
{
updateTUI();
}
else if(tUIItem == bodyTrans[0] || tUIItem == bodyTrans[1] || tUIItem == bodyTrans[2] ||
tUIItem == bodyRot[0] || tUIItem == bodyRot[1] || tUIItem == bodyRot[2])
{
TrackingBody * tb = Input::instance()->getBody(bodiesChoice->getSelectedEntry());
osg::Matrix m;
MAKE_EULER_MAT(m, bodyRot[0]->getValue(), bodyRot[1]->getValue(), bodyRot[2]->getValue());
osg::Matrix translationMat;
translationMat.makeTranslate(bodyTrans[0]->getValue(), bodyTrans[1]->getValue(), bodyTrans[2]->getValue());
m.postMult(translationMat);
tb->setOffsetMat(m);
}
else if(tUIItem == deviceTrans[0] || tUIItem == deviceTrans[1] || tUIItem == deviceTrans[2] ||
tUIItem == deviceRot[0] || tUIItem == deviceRot[1] || tUIItem == deviceRot[2])
{
InputDevice *id = Input::instance()->getDevice(devicesChoice->getSelectedEntry());
osg::Matrix m;
MAKE_EULER_MAT(m, deviceRot[0]->getValue(), deviceRot[1]->getValue(), deviceRot[2]->getValue());
osg::Matrix translationMat;
translationMat.makeTranslate(deviceTrans[0]->getValue(), deviceTrans[1]->getValue(), deviceTrans[2]->getValue());
m.postMult(translationMat);
id->setOffsetMat(m);
}
}
bool InputManager::addNewDevice(HWND hWindow, GUID instanceGUID, GUID productGUID, std::string name)
{
bool deviceAdded = false;
InputDevice* device;
if(nrOfXInputDevices_ >= XUSER_MAX_COUNT || !isXInputDevice(&productGUID))
{
LPDIRECTINPUTDEVICE8 dInputDevice;
HRESULT result = dInput_->CreateDevice(instanceGUID, &dInputDevice, NULL);
if(FAILED(result))
return false;
DirectInputDevice* diDevice = new DirectInputDevice(dInputDevice, instanceGUID, name, devices_.size());
if(diDevice->Init(hWindow))
{
devices_.push_back(diDevice);
device = diDevice;
deviceAdded = true;
}
}
else
{
device = new XInputDevice(nrOfXInputDevices_++, instanceGUID, name, devices_.size());
devices_.push_back(device);
deviceAdded = true;
}
if(deviceAdded)
{
SEND_EVENT(&Event_CreateInputDevice(device, device->getInputObjectArray()));
}
return deviceAdded;
}
/*!
* Sets the backbuffer for this surface. The back buffer is not yet on
* screen and will become live during the next swapBuffers().
*
* The backbuffer represents the current state of the surface for the
* purpose of GUI-thread accessible properties such as size and visibility.
*/
void Surface::setBackBuffer(SurfaceBuffer *buffer)
{
m_buffer = buffer;
if (m_buffer) {
bool valid = m_buffer->waylandBufferHandle() != 0;
setSize(valid ? m_buffer->size() : QSize());
m_damage = m_damage.intersected(QRect(QPoint(), m_size));
emit m_waylandSurface->damaged(m_damage);
} else {
InputDevice *inputDevice = m_compositor->defaultInputDevice();
if (inputDevice->keyboardFocus() == this)
inputDevice->setKeyboardFocus(0);
if (inputDevice->mouseFocus() && inputDevice->mouseFocus()->surface() == waylandSurface())
inputDevice->setMouseFocus(0, QPointF(), QPointF());
}
m_damage = QRegion();
}
