public void TestCreateAVariousRecord()
{
ServiceRecord record = CreateAVariousRecord();
#if false
TestWcLsnrBluetoothFactory f = new TestWcLsnrBluetoothFactory();
BluetoothFactory.SetFactory(f);
//----
int port = 19;
ServiceRecordHelper.SetRfcommChannelNumber(record, port);
//
ISdpService x0 = SdpService.CreateCustom(record);
TestSdpService2 x = (TestSdpService2)x0;
#endif
TestWcLsnrBluetoothFactory f = new TestWcLsnrBluetoothFactory();
TestLsnrRfCommIf commIf = new TestLsnrRfCommIf();
f.queueIRfCommIf.Enqueue(commIf);
TestLsnrRfcommPort port0 = new TestLsnrRfcommPort();
f.queueIRfCommPort.Enqueue(port0);
BluetoothFactory.SetFactory(f);
//
port0.SetOpenServerResult(PORT_RETURN_CODE.SUCCESS);
BluetoothListener lsnr = new BluetoothListener(BluetoothService.VideoSource,
record);
lsnr.Start();
int port = lsnr.LocalEndPoint.Port;
lsnr.Stop();
//
TestSdpService2 x = f.GetTestSdpService();
x.AssertCalls(
// Well-known
"AddServiceClassIdList: <00001400-0000-1000-8000-00805f9b34fb>" + NewLine
+ "AddRFCommProtocolDescriptor: " + port + NewLine
// Eeeeeeech, how to detect all possible LangOffset_WellKnown strings!!!!
+ "AddAttribute: id: 0x0006, dt: DATA_ELE_SEQ, len: 9, val: "
+ "09-65-6E-" + "09-00-6A-" + "09-01-00" + NewLine
+ "AddAttribute: id: 0x0100, dt: TEXT_STR, len: 4, val: 61-6C-61-6E" + NewLine
+ "AddAttribute: id: 0x0401, dt: DATA_ELE_ALT, len: 66, val: "
+ "35-2F-35-2D-25-0C-61-62-63-64-C3-A9-66-67-68-C4-"
+ "AD-6A-45-1A-68-74-74-70-3A-2F-2F-65-78-61-6D-70-"
+ "6C-65-2E-63-6F-6D-2F-66-6F-6F-2E-74-78-74-09-FE-"
+ "12-25-0C-61-62-63-64-C3-A9-66-67-68-C4-AD-6A-09-"
+ "12-34" + NewLine
+ "AddAttribute: id: 0x4015, dt: UINT, len: 1, val: 15" + NewLine
+ "AddAttribute: id: 0x4016, dt: UINT, len: 2, val: 00-16" + NewLine
+ "AddAttribute: id: 0x4017, dt: UINT, len: 4, val: 00-00-00-17" + NewLine
+ "AddAttribute: id: 0x401E, dt: TWO_COMP_INT, len: 1, val: 1E" + NewLine
+ "AddAttribute: id: 0x401F, dt: TWO_COMP_INT, len: 2, val: 00-1F" + NewLine
+ "AddAttribute: id: 0x4020, dt: TWO_COMP_INT, len: 4, val: 00-00-00-20" + NewLine
+ "AddAttribute: id: 0x4028, dt: UUID, len: 2, val: 00-28" + NewLine
+ "AddAttribute: id: 0x4029, dt: UUID, len: 4, val: 00-00-00-29" + NewLine
+ "AddAttribute: id: 0x402A, dt: UUID, len: 16, val: 00-00-00-2A-00-00-10-00-80-00-00-80-5F-9B-34-FB" + NewLine
+ "AddAttribute: id: 0x402C, dt: BOOLEAN, len: 1, val: 01" + NewLine
);
}
public void OneFailedIncomingConnection()
{
TestWcLsnrBluetoothFactory f = new TestWcLsnrBluetoothFactory();
TestLsnrRfCommIf commIf = new TestLsnrRfCommIf();
f.queueIRfCommIf.Enqueue(commIf);
TestLsnrRfcommPort port0 = new TestLsnrRfcommPort();
f.queueIRfCommPort.Enqueue(port0);
BluetoothFactory.SetFactory(f);
//
port0.SetOpenServerResult(PORT_RETURN_CODE.SUCCESS);
BluetoothListener lsnr = new BluetoothListener(BluetoothService.VideoSink);
lsnr.ServiceName = "weeee";
lsnr.Start();
IAsyncResult ar = lsnr.BeginAcceptBluetoothClient(null, null);
TestLsnrRfcommPort port1 = new TestLsnrRfcommPort();
f.queueIRfCommPort.Enqueue(port1);
port1.SetOpenServerResult(PORT_RETURN_CODE.SUCCESS); // now begun immediately
port0.NewEvent(PORT_EV.CONNECT_ERR);
TestsApmUtils.SafeNoHangWaitShort(ar, "Accept");
Assert.IsTrue(ar.IsCompleted, "IsCompleted");
port0.AssertOpenServerCalledAndClear(29);
try {
try {
BluetoothClient cli = lsnr.EndAcceptBluetoothClient(ar);
} catch (System.IO.IOException ioexShouldNotWrapSEx) { //HACK ioexShouldNotWrapSEx
throw ioexShouldNotWrapSEx.InnerException;
}
Assert.Fail("should have thrown!");
} catch (SocketException) {
}
TestSdpService2 sdpSvc = f.GetTestSdpService();
Assert.AreEqual(0, sdpSvc.NumDisposeCalls, "NumDisposeCalls");
lsnr.Stop();
Assert.AreEqual(1, sdpSvc.NumDisposeCalls, "NumDisposeCalls");
//
Assert.AreEqual(0, f.queueIRfCommPort.Count, "Used both ports");
port1.AssertCloseCalledOnce("second acceptor closed");
//port0.AssertCloseCalledOnce("first failed connection now closed");
//
BluetoothEndPoint lep = lsnr.LocalEndPoint;
sdpSvc.AssertCalls(
"AddServiceClassIdList: 00001304-0000-1000-8000-00805f9b34fb" + NewLine
+ "AddRFCommProtocolDescriptor: " + lep.Port + NewLine
+ "AddServiceName: weeee" + NewLine
);
}
internal override ISdpService GetWidcommSdpService()
{
if (_countSdpService >= _maxSdpService)
{
throw new InvalidOperationException("Uses more SdpService instances than expected.");
}
if (m_sdpSvc != null)
{
NUnit.Framework.Assert.AreEqual(1, m_sdpSvc.NumDisposeCalls, "TestSdpService2 NumDisposeCalls");
}
m_sdpSvc = new TestSdpService2();
++_countSdpService;
return(m_sdpSvc);
}
public void OneConnection_PendingBeforeSyncAccept()
{
TestWcLsnrBluetoothFactory f = new TestWcLsnrBluetoothFactory();
TestLsnrRfCommIf commIf = new TestLsnrRfCommIf();
f.queueIRfCommIf.Enqueue(commIf);
TestLsnrRfcommPort port0 = new TestLsnrRfcommPort();
f.queueIRfCommPort.Enqueue(port0);
BluetoothFactory.SetFactory(f);
//
port0.SetOpenServerResult(PORT_RETURN_CODE.SUCCESS);
BluetoothListener lsnr = new BluetoothListener(BluetoothService.VideoSource);
try {
Assert.IsFalse(lsnr.Pending(), "!Pending before Start");
lsnr.Start();
port0.AssertOpenServerCalledAndClear(29); //adter Start?
TestLsnrRfcommPort port1 = new TestLsnrRfcommPort();
port1.SetOpenServerResult(PORT_RETURN_CODE.SUCCESS); // now begun immediately
f.queueIRfCommPort.Enqueue(port1);
Assert.IsFalse(lsnr.Pending(), "!Pending before");
port0.NewEvent(PORT_EV.CONNECTED);
Thread.Sleep(100);
Assert.IsTrue(lsnr.Pending(), "Pending");
BluetoothClient cli = lsnr.AcceptBluetoothClient();
TestSdpService2 sdpSvc = f.GetTestSdpService();
Assert.AreEqual(0, sdpSvc.NumDisposeCalls, "NumDisposeCalls");
lsnr.Stop();
Assert.AreEqual(1, sdpSvc.NumDisposeCalls, "NumDisposeCalls");
//
Assert.IsTrue(cli.Connected, "cli.Connected");
//TODOAssert.AreEqual(0, f.queueIRfCommPort.Count, "Used both ports");
//TODO port1.AssertCloseCalledOnce("second acceptor closed");
cli.Close();
port0.AssertCloseCalledOnce("first accepted connection now closed");
//
BluetoothEndPoint lep = lsnr.LocalEndPoint;
sdpSvc.AssertCalls(
"AddServiceClassIdList: 00001303-0000-1000-8000-00805f9b34fb" + NewLine
+ "AddRFCommProtocolDescriptor: " + lep.Port + NewLine
);
//
//
} finally {
lsnr.Stop(); // See errors that might otherwise occur on the Finalizer.
}
}
public void OneConnection()
{
TestWcLsnrBluetoothFactory f = new TestWcLsnrBluetoothFactory();
TestLsnrRfCommIf commIf = new TestLsnrRfCommIf();
f.queueIRfCommIf.Enqueue(commIf);
TestLsnrRfcommPort port0 = new TestLsnrRfcommPort();
f.queueIRfCommPort.Enqueue(port0);
BluetoothFactory.SetFactory(f);
TestLsnrRfcommPort port1 = AddSomeCreatablePorts(f);
//
port0.SetOpenServerResult(PORT_RETURN_CODE.SUCCESS);
BluetoothListener lsnr = new BluetoothListener(BluetoothService.VideoSource);
lsnr.Start();
IAsyncResult ar = lsnr.BeginAcceptBluetoothClient(null, null);
port0.AssertOpenServerCalledAndClear(29);//adter Start?
port0.NewEvent(PORT_EV.CONNECTED);
TestsApmUtils.SafeNoHangWaitShort(ar, "Accept");
Assert.IsTrue(ar.IsCompleted, "IsCompleted");
BluetoothClient cli = lsnr.EndAcceptBluetoothClient(ar);
TestSdpService2 sdpSvc = f.GetTestSdpService();
Assert.AreEqual(0, sdpSvc.NumDisposeCalls, "NumDisposeCalls");
lsnr.Stop();
Assert.AreEqual(1, sdpSvc.NumDisposeCalls, "NumDisposeCalls");
//
Assert.IsTrue(cli.Connected, "cli.Connected");
Assert.AreEqual(0, f.queueIRfCommPort.Count, "Used both ports");
port1.AssertCloseCalledOnce("second acceptor closed");
cli.Close();
port0.AssertCloseCalledOnce("first accepted connection now closed");
//
BluetoothEndPoint lep = lsnr.LocalEndPoint;
sdpSvc.AssertCalls(
"AddServiceClassIdList: 00001303-0000-1000-8000-00805f9b34fb" + NewLine
+ "AddRFCommProtocolDescriptor: " + lep.Port + NewLine
);
}
// The tests are included in the base class.
protected override void DoTest(byte[] expectedRecordBytes, ServiceRecord record)
{
byte[] buf = new byte[1024];
WidcommSdpServiceCreator creator = new WidcommSdpServiceCreator();
TestSdpService2 iface = new TestSdpService2();
creator.CreateServiceRecord(record, iface);
//
//if (expectedRecordBytes == Data_SdpCreator_SingleElementTests.RecordBytes_Empty) {
// Debug.Assert(!resultMap.ContainsKey(expectedRecordBytes), "manually handled!");
// iface.AssertZeroAddAttributeCalls();
//} else
{
// All other expected results are in the mapping table.
// Next can throw KeyNotFoundException.
string expected = resultMap[expectedRecordBytes];
iface.AssertCalls(expected);
}
}
void MultipleConnection_(bool auth, bool encrypt,
BTM_SEC expectedSecurityLevel)
{
TestWcLsnrBluetoothFactory f = new TestWcLsnrBluetoothFactory();
TestLsnrRfCommIf commIf = new TestLsnrRfCommIf();
f.queueIRfCommIf.Enqueue(commIf);
TestLsnrRfcommPort port0 = new TestLsnrRfcommPort();
f.queueIRfCommPort.Enqueue(port0);
port0.SetOpenServerResult(PORT_RETURN_CODE.SUCCESS);
BluetoothFactory.SetFactory(f);
//
BluetoothListener lsnr = new BluetoothListener(BluetoothService.VideoSource);
if (auth)
{
lsnr.Authenticate = true;
}
if (encrypt)
{
lsnr.Encrypt = true;
}
Assert.AreEqual(auth, lsnr.Authenticate, ".Authenticate 1");
Assert.AreEqual(encrypt, lsnr.Encrypt, ".Encrypt 1");
lsnr.Start();
IAsyncResult ar;
commIf.AssertSetSecurityLevel(expectedSecurityLevel, true);
//
ar = lsnr.BeginAcceptBluetoothClient(null, null);
port0.AssertOpenServerCalledAndClear(29);//adter Start?
TestLsnrRfcommPort port1 = new TestLsnrRfcommPort();
f.queueIRfCommPort.Enqueue(port1);
port1.SetOpenServerResult(PORT_RETURN_CODE.SUCCESS);
port0.NewEvent(PORT_EV.CONNECTED);
TestsApmUtils.SafeNoHangWaitShort(ar, "Accept");
Assert.IsTrue(ar.IsCompleted, "IsCompleted");
BluetoothClient cli0 = lsnr.EndAcceptBluetoothClient(ar);
//
ar = lsnr.BeginAcceptBluetoothClient(null, null);
port1.AssertOpenServerCalledAndClear(29);//adter Start?
TestLsnrRfcommPort port2 = new TestLsnrRfcommPort();
port2.SetOpenServerResult(PORT_RETURN_CODE.SUCCESS);
f.queueIRfCommPort.Enqueue(port2);
port1.NewEvent(PORT_EV.CONNECTED);
TestsApmUtils.SafeNoHangWaitShort(ar, "Accept");
Assert.IsTrue(ar.IsCompleted, "IsCompleted");
BluetoothClient cli1 = lsnr.EndAcceptBluetoothClient(ar);
//
ar = lsnr.BeginAcceptBluetoothClient(null, null);
port2.AssertOpenServerCalledAndClear(29);//adter Start?
TestLsnrRfcommPort port3 = new TestLsnrRfcommPort();
port3.SetOpenServerResult(PORT_RETURN_CODE.SUCCESS);
f.queueIRfCommPort.Enqueue(port3);
port2.NewEvent(PORT_EV.CONNECTED);
TestsApmUtils.SafeNoHangWaitShort(ar, "Accept");
Assert.IsTrue(ar.IsCompleted, "IsCompleted");
BluetoothClient cli2 = lsnr.EndAcceptBluetoothClient(ar);
//
ar = lsnr.BeginAcceptBluetoothClient(null, null);
port3.AssertOpenServerCalledAndClear(29);//adter Start?
TestLsnrRfcommPort port4 = new TestLsnrRfcommPort();
f.queueIRfCommPort.Enqueue(port4);
port4.SetOpenServerResult(PORT_RETURN_CODE.SUCCESS);
port3.NewEvent(PORT_EV.CONNECTED);
TestsApmUtils.SafeNoHangWaitShort(ar, "Accept");
Assert.IsTrue(ar.IsCompleted, "IsCompleted");
BluetoothClient cli3 = lsnr.EndAcceptBluetoothClient(ar);
//
TestSdpService2 sdpSvc = f.GetTestSdpService();
Assert.AreEqual(0, sdpSvc.NumDisposeCalls, "NumDisposeCalls");
lsnr.Stop();
Assert.AreEqual(1, sdpSvc.NumDisposeCalls, "NumDisposeCalls");
Assert.AreEqual(auth, lsnr.Authenticate, ".Authenticate 2");
Assert.AreEqual(encrypt, lsnr.Encrypt, ".Encrypt 2");
//
Assert.IsTrue(cli0.Connected, "0 cli.Connected");
Assert.AreEqual(0, f.queueIRfCommPort.Count, "Used both ports");
port4.AssertCloseCalledOnce("4 acceptor closed");
cli0.Close();
port0.AssertCloseCalledOnce("0 accepted connection now closed");
//
Assert.IsTrue(cli1.Connected, "1 cli.Connected");
cli1.Close();
port1.AssertCloseCalledOnce("1 accepted connection now closed");
//
Assert.IsTrue(cli2.Connected, "2 cli.Connected");
cli2.Close();
port2.AssertCloseCalledOnce("2 accepted connection now closed");
//
Assert.IsTrue(cli3.Connected, "3 cli.Connected");
cli3.Close();
port3.AssertCloseCalledOnce("3 accepted connection now closed");
}