private void ExecuteInternal()
{
try
{
WiFiDirectTestController disconnectTestController = localWFDController;
WiFiDirectTestController otherTestController = remoteWFDController;
WiFiDirectTestLogger.Log(
"Starting Disconnect for session with handle {0} on device {1} ({2}), expect session with handle {3} to close on device {4} ({5})",
disconnectParameters.SessionHandle,
disconnectTestController.DeviceAddress,
disconnectTestController.MachineName,
disconnectParameters.OtherSessionHandle,
otherTestController.DeviceAddress,
otherTestController.MachineName
);
disconnectTestController.DisconnectServiceSession(disconnectParameters.SessionHandle);
otherTestController.WaitForDisconnectServiceSession(disconnectParameters.OtherSessionHandle);
succeeded = true;
}
catch (Exception e)
{
WiFiDirectTestLogger.Error("Caught exception while executing service session disconnect scenario: {0}", e);
}
}
public LegacyPairingScenario(WiFiDirectTestController localWFDController, WiFiDirectTestController remoteWFDController)
{
this.localWFDController = localWFDController;
this.remoteWFDController = remoteWFDController;
this.scenarioSucceeded = false;
}
public ServicesUnpublishScenario(
WiFiDirectTestController advertisingWFDController,
ServicesUnpublishParameters unpublishParameters
)
{
this.advertisingWFDController = advertisingWFDController;
this.unpublishParameters = unpublishParameters;
}
public ServicesDiscoverConnectScenario(
WiFiDirectTestController seekerTestController,
WiFiDirectTestController advertiserTestController,
ServicesDiscoverConnectParameters discoveryConnectParameters
)
{
this.seekerTestController = seekerTestController;
this.advertiserTestController = advertiserTestController;
this.discoveryConnectParameters = discoveryConnectParameters;
}
public ServicesConnectScenario(
WiFiDirectTestController seekerWFDController,
WiFiDirectTestController advertiserWFDController,
ServicesConnectParameters connectParameters
)
{
this.seekerWFDController = seekerWFDController;
this.advertiserWFDController = advertiserWFDController;
this.connectParameters = connectParameters;
}
public ServicesPublishDiscoverScenario(
WiFiDirectTestController discoveryTestController,
WiFiDirectTestController advertiserTestController,
ServicesPublishDiscoverParameters publishDiscoveryParameters
)
{
this.discoveryTestController = discoveryTestController;
this.advertiserTestController = advertiserTestController;
this.publishDiscoveryParameters = publishDiscoveryParameters;
}
public ServicesSendDataScenario(
WiFiDirectTestController senderWFDController,
WiFiDirectTestController receiverWFDController,
ServicesSendDataParameters dataParameters
)
{
this.senderWFDController = senderWFDController;
this.receiverWFDController = receiverWFDController;
this.dataParameters = dataParameters;
}
public ServicesOpenSocketSendDataScenario(
WiFiDirectTestController senderWFDController,
WiFiDirectTestController receiverWFDController,
ServicesOpenSocketSendDataParameters socketDataParameters
)
{
this.senderWFDController = senderWFDController;
this.receiverWFDController = receiverWFDController;
this.socketDataParameters = socketDataParameters;
}
public ServicesDisconnectScenario(
WiFiDirectTestController localWFDController,
WiFiDirectTestController remoteWFDController,
ServicesDisconnectParameters disconnectParameters
)
{
this.localWFDController = localWFDController;
this.remoteWFDController = remoteWFDController;
this.disconnectParameters = disconnectParameters;
}
public static void TestClassSetup(TestContext context)
{
try
{
localWFDController = new WiFiDirectTestController(context);
remoteWFDController = WiFiDirectTestUtilities.GetRemoteTestControllerFromTestContext(context);
}
catch (Exception)
{
CleanupTestControllers();
throw;
}
}
public static WiFiDirectTestController GetRemoteTestControllerFromTestContext(TestContext context)
{
ushort remoteServerPort = WiFiDirectTestUtilities.ParsePortParameter(context, "RemoteServerPort", WiFiDirectRemoteServer.DefaultListenPort);
string remoteServer = context.Properties["RemoteServer"] as string;
if (remoteServer == null)
{
Verify.Fail("RemoteServer parameter must be provided.");
}
return(WiFiDirectTestController.CreateFromRemoteCommandClient(remoteServer, remoteServerPort));
}
static void CleanupTestControllers()
{
if (localWFDController != null)
{
localWFDController.Dispose();
localWFDController = null;
}
if (remoteWFDController != null)
{
remoteWFDController.Dispose();
remoteWFDController = null;
}
}
public DiscoveryScenario(WiFiDirectTestController localWFDController,
WiFiDirectTestController remoteWFDController,
DiscoveryScenarioType discoveryScenarioType,
bool isTargetedDiscovery,
WFD_DISCOVER_TYPE discoverType,
uint searchTimeoutMs,
bool discoverTestIe
)
{
this.succeeded = false;
this.localWFDController = localWFDController;
this.remoteWFDController = remoteWFDController;
this.discoveryScenarioType = discoveryScenarioType;
this.isTargetedDiscovery = isTargetedDiscovery;
this.discoverType = discoverType;
this.searchTimeoutMs = searchTimeoutMs;
this.discoverTestIe = discoverTestIe;
}
public ReconnectScenario(
WiFiDirectTestController localWFDController,
WiFiDirectTestController remoteWFDController,
ReconnectScenarioType reconnectScenarioType
)
{
if (localWFDController == null)
{
throw new ArgumentNullException("localWFDController");
}
if (remoteWFDController == null)
{
throw new ArgumentNullException("remoteWFDController");
}
this.localWFDController = localWFDController;
this.remoteWFDController = remoteWFDController;
this.reconnectScenarioType = reconnectScenarioType;
}
public RemoteControllerLogGroup(WiFiDirectTestController remoteWFDController, [CallerMemberName] string groupName = "")
{
if (remoteWFDController == null)
{
throw new System.ArgumentNullException("remoteWFDController");
}
if (groupName == null)
{
throw new System.ArgumentNullException("groupName");
}
this.remoteWFDController = remoteWFDController;
this.groupName = groupName;
if (groupName != String.Empty)
{
remoteWFDController.StartGroup(groupName);
}
}
static void CleanupTestControllers()
{
// Try to remove existing DAF association (if it exists)
if (localWFDController != null && remoteWFDController != null)
{
localWFDController.TryRemoveDafAssociation(remoteWFDController.DeviceAddress);
remoteWFDController.TryRemoveDafAssociation(localWFDController.DeviceAddress);
}
if (localWFDController != null)
{
localWFDController.Dispose();
localWFDController = null;
}
if (remoteWFDController != null)
{
remoteWFDController.Dispose();
remoteWFDController = null;
}
}
public static void RunDataPathValidation(WiFiDirectTestController localWFDController, WiFiDirectTestController remoteWFDController, string port = "5001")
{
// Close existing socket connections
localWFDController.ResetDataPathTester();
remoteWFDController.ResetDataPathTester();
// Turn off the listen state on the remote device before working with sockets.
remoteWFDController.ConfigureListenState(false);
remoteWFDController.StartStreamSocketListener(port);
localWFDController.ConnectStreamSocketAndSendGuid(port);
remoteWFDController.WaitForSocketConnectionReceived(); // Wait for the connection received callback to complete so the DataPathTestGuid is properly initialized
// Save GUID values to a local variable, to avoid having them change between the comparison and log prints below
Guid localTestGuid = localWFDController.DataPathTestGuid;
Guid remoteTestGuid = remoteWFDController.DataPathTestGuid;
if (remoteTestGuid != localTestGuid)
{
WiFiDirectTestLogger.Error("Received GUID value of {0} did not match transmitted value of {1}", remoteTestGuid, localTestGuid);
return;
}
WiFiDirectTestLogger.Log("Validated transmitted and received GUID values match.");
}
public PairingScenario(
WiFiDirectTestController localWFDController,
WiFiDirectTestController remoteWFDController,
PairingScenarioType pairingScenarioType,
DOT11_WPS_CONFIG_METHOD configMethod,
bool isPersistent,
bool runDataPathValidation
)
{
this.succeeded = false;
this.localWFDController = localWFDController;
this.remoteWFDController = remoteWFDController;
this.pairingScenarioType = pairingScenarioType;
if (configMethod != DOT11_WPS_CONFIG_METHOD.DOT11_WPS_CONFIG_METHOD_DISPLAY &&
configMethod != DOT11_WPS_CONFIG_METHOD.DOT11_WPS_CONFIG_METHOD_PUSHBUTTON &&
configMethod != DOT11_WPS_CONFIG_METHOD.DOT11_WPS_CONFIG_METHOD_KEYPAD)
{
throw new ArgumentException("Invalid value for configMethod. Expect pin display, pushbutton, or keypad.", "configMethod");
}
this.configMethod = configMethod;
this.isPersistent = isPersistent;
this.runDataPathValidation = runDataPathValidation;
}
