Vous cherchez à écrire l’équivalent Bluetooth ‘hcitool’ dans Windows

Utiliser ma bibliothèque 32feet.NET comme suit

EDIT 3 mars: J’ai maintenant ajouté du code pour rechercher directement le périphérique par adresse plutôt que par la découverte du périphérique; c’est donc un simple ‘nouveau BluetoothDeviceInfo (…)’.

Voyez si cela trouve le périphérique que vous voulez. Cela nécessite que le périphérique distant ne soit en mode “Connectable” que le premier nécessite qu’il soit en mode “Discoverable”. (BTW j’ai laissé le code de découverte en place.)

EDIT 8 mars: effectue maintenant une connexion (à l’aide de l’API SDP) pour vérifier que le périphérique est à scope (et en mode connectable).

using System; using System.Collections.Generic; using System.Linq; using System.Text; using System.Threading; using InTheHand.Net.Bluetooth; using InTheHand.Net; using InTheHand.Net.Sockets; using System.Diagnostics; using System.Net.Sockets; namespace hcitool { partial class Program { static bool infoRatherThanName; static BluetoothAddress _searchAddress; static int Main(ssortingng[] args) { if (args.Length < 1) { Console.WriteLine("Please specify command."); return 2; } var cmd = args[0]; switch (cmd) { case "name": infoRatherThanName = false; break; case "info": infoRatherThanName = true; break; //- case "dev": return ShowRadios(); //case "auth": // return CauseAuth(GETADDRESS()); default: throw new NotImplementedException("Command: '" + cmd + "'"); } if (args.Length < 2) { Console.WriteLine("Please specify device address."); return 2; } var addrS = args[1]; _searchAddress = BluetoothAddress.Parse(addrS); // var dev = new BluetoothDeviceInfo(_searchAddress); bool isInRange = GetCanConnectTo(dev); if (isInRange) { PrintDevice(dev); } else { Console.WriteLine("Can't see that device."); } // Console.WriteLine("simple"); return Simple(); //return Fancier(); } //---- private static int ShowRadios() { BluetoothRadio[] list; try { list = BluetoothRadio.AllRadios; } catch (Exception) { return 1; } Debug.Assert(list.Length != 0, "Expect zero radios case to raise an error."); foreach (var curR in list) { Console.WriteLine("* {0} '{1}'", curR.LocalAddress, curR.Name); Console.WriteLine("{0}", curR.SoftwareManufacturer); Console.WriteLine("{0}", curR.Manufacturer); Console.WriteLine("{0}", curR.Mode); }//for return 0; } private static int CauseAuth(BluetoothAddress addr) { BluetoothSecurity.PairRequest(addr, null); return 0; } //---- static int Simple() { BluetoothDeviceInfo[] devices; BluetoothDeviceInfo foundDev = null; var cli = new BluetoothClient(); // Fast: Remembered/Authenticated devices = cli.DiscoverDevices(255, true, true, false, false); SimpleCheckDevice(devices, ref foundDev); if (foundDev == null) { // Slow: Inquiry cli.DiscoverDevices(255, false, false, true, false); SimpleCheckDevice(devices, ref foundDev); } // if (foundDev != null) { return 0; } else { return 1; } } private static void SimpleCheckDevice(IEnumerable devices, ref BluetoothDeviceInfo foundDev) { foreach (var cur in devices) { if (cur.DeviceAddress == _searchAddress) { foundDev = cur; PrintDevice(cur); } }//for } private static void PrintDevice(BluetoothDeviceInfo cur) { Console.WriteLine("* Found device: '{0}' ", cur.DeviceName); if (infoRatherThanName) { try { var vs = cur.GetVersions(); Console.WriteLine(vs.Manufacturer); Console.WriteLine(vs.LmpVersion); Console.WriteLine(vs.LmpSubversion); Console.WriteLine(vs.LmpSupportedFeatures); } catch (Exception ex) { Console.WriteLine("Failed to get remote device versions info: " + ex.Message); } } } //---- private static bool GetCanConnectTo(BluetoothDeviceInfo device) { bool inRange; Guid fakeUuid = new Guid("{F13F471D-47CB-41d6-9609-BAD0690BF891}"); try { ServiceRecord[] records = device.GetServiceRecords(fakeUuid); Debug.Assert(records.Length == 0, "Why are we getting any records?? len: " + records.Length); inRange = true; } catch (SocketException) { inRange = false; } return inRange; } } }