public override void Initialize(MagicHomeLedOutputInfo outputInfo) { IPAddress ip; int port = 5577; switch (outputInfo.AddressType) { case AddressType.MacAddress: DeviceFindResult foundDevice = DeviceFinder.FindDevices().FirstOrDefault(x => x.MacAddress.Equals(outputInfo.MacAddress)); if (foundDevice == null) { throw new Exception(string.Format("device with mac {0} could not be found", outputInfo.MacAddress)); } ip = foundDevice.IpAddress; break; case AddressType.IpAddress: ip = outputInfo.IPAddress; if (outputInfo.Port.HasValue) { port = outputInfo.Port.Value; } break; default: throw new IndexOutOfRangeException(); } _device = new Device(new IPEndPoint(ip, port), outputInfo.DeviceType); _device.TurnOn(); }
/// <summary> /// 唤醒函数 /// </summary> private void Awake() { HeadSet = DeviceFinder.HeadsetCamera().gameObject; GameObject go = new GameObject("Temp"); orientionTrans = go.transform; curMenuCanvas = videoMenuCanvas; }
private void RefreshDevicesList() { var task = new Task <IEnumerable <DeviceFindResult> >(() => DeviceFinder.FindDevices().ToList()); task.Start(); refreshButton.Text = "..."; task.ContinueWith(tsk => this.Invoke((MethodInvoker)(() => RefreshListDone(tsk.Result)))); }
public static void UnpairByName(string name, int discoveryTime, Utils.DeviceType deviceType) { var devices = DeviceFinder.FindDevicesByName(DeviceDiscoverer.DiscoverPairedBluetoothDevices(discoveryTime), name, deviceType); if (devices.Count > 1) { throw new Exception($"{devices.Count} devices found, don't know which one to choose"); } DevicePairer.UnpairDevice(devices[0]); }
public virtual void ToggleBeam(bool state) { var index = DeviceFinder.GetControllerIndex(gameObject); if (state) { } else { } }
public void GetSerialNumber_shouldReturnValidSerialNumberAccordingToPNPDeviceIDProvided() { var deviceFinder = new DeviceFinder(string.Empty, string.Empty); var serialNumber = "412312312344"; var pnpDeviceID = $@"USB\VID_0D8C&PID_000C\{serialNumber}"; var result = deviceFinder.GetSerialNumber(pnpDeviceID); Assert.AreEqual(serialNumber, result); }
private void OnEnable() { hec = FindObjectOfType <HandleEventController>(); HeadSet = DeviceFinder.HeadsetCamera().gameObject; hec.ApplicationMenuPressedDownEvent += new HandleEventHandler(ApplicationPressedDown); hec.ApplicationMenuPressedUpEvent += new HandleEventHandler(ApplicationPressedUp); hec.TriggerPressedDownEvent += new global::HandleEventHandler(TriggerPressedDown); hec.TriggerPressedUpEvent += new HandleEventHandler(TriggerPressedUp); hec.TriggerPressedEvent += new HandleEventHandler(TriggerPressed); hec.TouchPadPressedDownEvent += new HandleEventHandler(TouchpadPressedDown); hec.TouchPadPressedUpEvent += new HandleEventHandler(TouchpadPressedUp); hec.GrispPressedDownEvent += new HandleEventHandler(GripPressedDown); }
private void Start() { this.name = "PlayerObject_" + this.name; lastGoodPositionSet = false; headset = DeviceFinder.HeadsetTransform(); CreateCollider(); InitHeadsetListeners(); var controllerManager = GameObject.FindObjectOfType <SteamVR_ControllerManager>(); InitControllerListeners(controllerManager.left); InitControllerListeners(controllerManager.right); }
private PDManager() { var existing_devices = DeviceFinder.FindObjects("Win32_USBHub"); foreach (var device in existing_devices) { if (device.ContainsKey("PNPDeviceID")) { var device_id = device["PNPDeviceID"]; string VidPid = "", UniqueId = ""; if (USBUtil.pnp_device_id_to_vidpid_and_unique_id(device_id, ref VidPid, ref UniqueId)) { lock (this) vidpid_to_unique_id_.Add(VidPid, UniqueId); } } } var existing_controller_devices = DeviceFinder.FindObjects("Win32_USBControllerDevice"); foreach (var device in existing_controller_devices) { if (device.ContainsKey("Dependent")) { var device_id = device["Dependent"]; string VidPid = "", UniqueId = ""; if (USBUtil.dependent_to_vidpid_and_unique_id(device_id, ref VidPid, ref UniqueId)) { lock (this) if (!vidpid_to_unique_id_.ContainsKey(VidPid)) { vidpid_to_unique_id_.Add(VidPid, UniqueId); } } } } Refresh(); monitor_usbhub_devices_.DeviceAddedEvent += DeviceAdded; monitor_usbhub_devices_.DeviceDeletedEvent += DeviceRemoved; monitor_usbhub_devices_.Monitor("Win32_USBHub"); monitor_controller_devices_.DeviceAddedEvent += DeviceAddedConroller; monitor_controller_devices_.DeviceDeletedEvent += DeviceRemovedConroller; monitor_controller_devices_.Monitor("Win32_USBControllerDevice"); new Thread(Win32Util.check_for_dialogs_thread) { IsBackground = true }.Start(); }
private void UpdateDeviceList() { var devices = DeviceFinder.GetDeviceList(); this.DeviceList.Clear(); devices.ForEach(d => this.DeviceList.Add(d)); this.deviceCombo.SelectedIndex = 0; if (this.DeviceList.Contains(this.selectedDevice)) { this.deviceCombo.SelectedItem = this.selectedDevice; } }
public static void Main(string[] args) { /* * ForeignDevicePortOptions options = new ForeignDevicePortOptions() * { * PortId = 1, * BbmdHost = "<bbmd-ip-here>", * BbmdPort = 47808, * LocalHost = "0.0.0.0", * LocalPort = 47808, * RegistrationInterval = TimeSpan.FromSeconds(30) * }; */ EthernetPortOptions ethOptions = new EthernetPortOptions() { PortId = 1 }; PortManagerOptions portMgrOptions = new PortManagerOptions(); RouterOptions routerOpts = new RouterOptions(); routerOpts.PortNetworkMappings.Add(new KeyValuePair <byte, ushort>(1, 0)); HostOptions hostOpts = new HostOptions(); DeviceFinderOptions finderOpts = new DeviceFinderOptions(); //using (ForeignDevicePort port = new ForeignDevicePort(options)) using (EthernetPort port = new EthernetPort(ethOptions)) using (PortManager manager = new PortManager(portMgrOptions)) using (Router router = new Router(routerOpts)) using (Host host = new Host(hostOpts)) using (DeviceFinder finder = new DeviceFinder(finderOpts)) using (Session session = new Session(port, manager, router, host, finder)) { var client = new BACnet.Client.Client(host); // as long as there is at least 1 new devices found every 10 seconds, // for each found device, read that devices name and print it to the console finder.Timeout(TimeSpan.FromSeconds(10)) .Catch(Observable.Empty <DeviceTableEntry>()) .ForEachAsync(entry => { Console.WriteLine(entry.Instance); }) .Wait(); } }
/* * private static void PairWithMac(MacAddress mac, int discoveryTime, Utils.DeviceType deviceType, string pin) * { * var devices = DeviceFinder.FindDevicesByMac(DeviceDiscoverer.DiscoverBluetoothDevices(discoveryTime), mac, deviceType); * * if (devices.Count == 1) * { * DevicePairer.PairDevice(devices[0], pin); * return; * } * * if (devices.Count == 2) * { * throw new Exception( * $"2 devices with the mac '{mac}' found \"{devices[0]}\" and \"{devices[1]}\". Don't know which one to choose.\n"); * } * * throw new Exception( * $"{devices.Count} devices with the mac '{mac}' found. Don't know which one to choose"); * } */ private static async Task <bool> PairWithName(string name, int discoveryTime, Utils.DeviceType deviceType, string pin) { var devices = DeviceFinder.FindDevicesByName(DeviceDiscoverer.DiscoverBluetoothDevices(discoveryTime), name, deviceType); if (devices.Count == 1) { return(await DevicePairer.PairDevice(devices[0], pin)); } if (devices.Count == 2 && devices[0].Type == Bluetooth.DeviceType.BluetoothLE && devices[1].Type == Bluetooth.DeviceType.BluetoothLE) { return(await HandleSituation_2_BluetoothLe_devices_with_the_same_name_found(devices[0], devices[1], pin)); } throw new Exception($"{devices.Count} devices with the name '{name}' found. Don't know which one to choose"); }
public static void Main(string[] args) { /* ForeignDevicePortOptions options = new ForeignDevicePortOptions() { PortId = 1, BbmdHost = "<bbmd-ip-here>", BbmdPort = 47808, LocalHost = "0.0.0.0", LocalPort = 47808, RegistrationInterval = TimeSpan.FromSeconds(30) }; */ EthernetPortOptions ethOptions = new EthernetPortOptions() { PortId = 1 }; PortManagerOptions portMgrOptions = new PortManagerOptions(); RouterOptions routerOpts = new RouterOptions(); routerOpts.PortNetworkMappings.Add(new KeyValuePair<byte, ushort>(1, 0)); HostOptions hostOpts = new HostOptions(); DeviceFinderOptions finderOpts = new DeviceFinderOptions(); //using (ForeignDevicePort port = new ForeignDevicePort(options)) using (EthernetPort port = new EthernetPort(ethOptions)) using (PortManager manager = new PortManager(portMgrOptions)) using (Router router = new Router(routerOpts)) using (Host host = new Host(hostOpts)) using (DeviceFinder finder = new DeviceFinder(finderOpts)) using (Session session = new Session(port, manager, router, host, finder)) { var client = new BACnet.Client.Client(host); // as long as there is at least 1 new devices found every 10 seconds, // for each found device, read that devices name and print it to the console finder.Timeout(TimeSpan.FromSeconds(10)) .Catch(Observable.Empty<DeviceTableEntry>()) .ForEachAsync(entry => { Console.WriteLine(entry.Instance); }) .Wait(); } }
protected virtual void Awake() { if (controller == null) { controller = GetComponent <ControllerEvent>(); } if (controller == null) { Debug.Log(""); return; } //Utilities headset = DeviceFinder.HeadsetTransform(); playArea = DeviceFinder.PlayAreaTransform(); playAreaCursorBoundaries = new GameObject[4]; }
private static void PairWithMac(MacAddress mac, int discoveryTime, Utils.DeviceType deviceType, string pin) { var devices = DeviceFinder.FindDevicesByMac(DeviceDiscoverer.DiscoverBluetoothDevices(discoveryTime), mac, deviceType); if (devices.Count == 1) { DevicePairer.PairDevice(devices[0], pin); return; } if (devices.Count == 2) { throw new Exception( $"2 devices with the mac '{mac}' found \"{devices[0]}\" and \"{devices[1]}\". Don't know which one to choose.\n"); } throw new Exception( $"{devices.Count} devices with the mac '{mac}' found. Don't know which one to choose"); }
static void Main(string[] aArgs) { Helper helper = new Helper(aArgs); OptionParser optParser = helper.OptionParser; optParser.Usage = "usage: FindDevice [options] [device name]"; OptionParser.OptionInt optTimeout = new OptionParser.OptionInt("-w", "--wait", 5, "Time to wait for finding the device (s)", "TIMEOUT"); optParser.AddOption(optTimeout); helper.ProcessCommandLine(); if (optParser.PosArgs.Count != 1) { Console.WriteLine(optParser.Help()); return; } string uglyname = optParser.PosArgs[0]; int timeout = optTimeout.Value; DeviceFinder finder = new DeviceFinder(uglyname); Device device; try { device = finder.Find(helper.Interface.Interface.Info.IPAddress, timeout * 1000); } catch (DeviceFinderException) { Console.WriteLine("Device not found"); return; } helper.Dispose(); Console.WriteLine("Udn: " + device.Udn); System.Environment.Exit(0); }
string FindDevice() { BeginStep("Transmit multicast PROBE message"); LogStepEvent("Retransmit once per 5 seconds until a response is received or timeout (no more than 50 times)"); DeviceFinder finder = new DeviceFinder(_nic.IP, _semaphore.StopEvent); finder.OnProgress += finder_OnProgress; Uri uri = new Uri(_cameraAddress); System.Net.IPAddress ip = System.Net.IPAddress.Parse(uri.Host); DeviceFinder.FindDeviceDelegate del = new DeviceFinder.FindDeviceDelegate(finder.ProbeDevice); IAsyncResult result = del.BeginInvoke(ip, 50, 5000, null, null); WaitHandle[] handles = new WaitHandle[] { _semaphore.StopEvent, result.AsyncWaitHandle }; int handle = WaitHandle.WaitAny(handles); if (handle == 0) { finder.Stop(); throw new StopEventException(); } string data = del.EndInvoke(result); if (!string.IsNullOrEmpty(data)) { LogStepEvent(string.Format("PROBE match message: {0}", data)); } StepPassed(); Assert(data != null, "Device not found", "Check that answer has been received"); return(data); }
static void Main(string[] args) { ConfigureLog4Net(); var df = new DeviceFinder(); var d = df.FindLoggerOnPort(DeviceFinder.DefaultPreferredPort); if (d == null) { Console.WriteLine("No device found. Terminating."); return; } Console.WriteLine($"Device located : {d.SerialNumber}"); var dd = d.GetDetailsFromDevice(); Console.WriteLine("Device details:"); Console.WriteLine($"Serial Number : {dd.SerialNumber}"); Console.WriteLine($"Description : {dd.Description}"); Console.WriteLine($"Model : {dd.Model}"); Console.WriteLine($"Log Count : {dd.NumberOfSamples}"); Console.WriteLine($"Sample Interval : {dd.SampleInterval}"); Console.WriteLine($"Delay Time : {dd.DelayTime}"); Console.WriteLine($"Offset CH1 : {dd.OffsetCh1}"); Console.WriteLine($"Offset CH2 : {dd.OffsetCh2}"); Console.ReadLine(); var s = d.GetSamplesFromDevice(null).Result; Console.WriteLine($"Received {s.Length} samples"); for (int i = 0; i < 10; i++) { var x = s[i]; Console.WriteLine($"{x.ID:5} {x.TimeStamp:yyyy-MM-dd HH:mm:ss} {x.Temperature}"); } }
static void Main(string[] args) { var lst = DeviceFinder.GetDevices(); if (lst.Count > 0) { for (int i = 0; i < 1000; i++) { int deviceCounter = 0; foreach (var d in lst) { d.Open(); deviceCounter++; for (int j = 0; j < 10; j++) { Console.WriteLine("Device {0} : {1}", deviceCounter, d.GetTemperature()); } d.Close(); } System.Threading.Thread.Sleep(100); } } }
public async Task <List <Bridge> > SearchBridgesUsingUPNPAsync() { var discoveredBridges = new List <Bridge>(); DeviceFinder finder = new DeviceFinder(); await finder.DiscoverDevices(); foreach (var url in finder.DiscoveredUrls) { if (!url.EndsWith("/description.xml")) { continue; } Bridge bridge = await BridgeFromDescriptionAsync(url); if (bridge != null) { discoveredBridges.Add(bridge); } } return(discoveredBridges); }
static SmartPlug DeviceFinderDemo(IPAddress ipAddressToUse) { DeviceFinder deviceFinder = new DeviceFinder(SENDINGPORT, LISTENINGPORT, TIMEOUTPERIOD); // finding devices in the network(s), the computer is located, as these could be // more than one, tell the FindDevices method, which IP to use. deviceFinder.FindDevices(ipAddressToUse); while (deviceFinder.IsStillSearching) { System.Threading.Thread.Sleep(500); } //System.Threading.Thread.Sleep(30000); IEnumerable <Contrequarte.SmartPlug.Core.SmartPlug> smartPlugs = deviceFinder.SmartPlugList; foreach (var smartP in smartPlugs) { System.Console.WriteLine(string.Format("Name: {0} IP:{1} model: {2} sw version: {3} " , smartP.Name, smartP.IpAddress, smartP.Model, smartP.SoftwareVersion)); } int i = smartPlugs.Count(); return(smartPlugs.First()); }
public static List <Dictionary <string, string> > get_all_usb_pnp_device_info() { return(DeviceFinder.FindObjects("Win32_USBHub")); }
public static List <string> get_all_usb_dependent_ids() { var existing_devices = DeviceFinder.FindObjects("Win32_USBControllerDevice"); return(existing_devices.Select(d => d.ContainsKey("Dependent") ? d["Dependent"] : "--INVALID-DEVICE--").ToList()); }
// for testing - run into problems? please run this: /* * foreach ( var p in USBUtil.get_all_portable_paths()) * Console.WriteLine(p); * foreach ( var p in USBUtil.get_all_usb_pnp_device_ids()) * Console.WriteLine(p); * foreach ( var p in USBUtil.get_all_usb_dependent_ids()) * Console.WriteLine(p); */ public static List <string> get_all_usb_pnp_device_ids() { var existing_devices = DeviceFinder.FindObjects("Win32_USBHub"); return(existing_devices.Select(d => d.ContainsKey("PNPDeviceID") ? d["PNPDeviceID"] : "--INVALID-DEVICE--").ToList()); }
public void GetSerialNumber_PNPDeviceIDwithEmptySeriaNumberShouldThrowEmtySerialNumberException() { var deviceFinder = new DeviceFinder(string.Empty, string.Empty); deviceFinder.GetSerialNumber(string.Empty); }