static void Main(string[] args)
{
String DeviceQuery = "IsDevice";
//
// Process args
//
if (args.Length < 1)
{
Console.WriteLine(" No Params\n");
}
else
{
String Param = args[0].ToString().ToUpper(new CultureInfo("en-US", false));
switch (Param)
{
case "/DQ:":
DeviceQuery = args[1].ToString();
break;
}
}
//
// Create WDTF Object
//
IWDTF2 WDTF = new WDTF2Class();
//
// Query for devices.
//
IWDTFTargets2 Devices = WDTF.DeviceDepot.Query(DeviceQuery);
//
// Get Simple I/O tests for all devices that have them.
//
IWDTFSimpleIOStressActions2 SimpleIoStressCollection = (IWDTFSimpleIOStressActions2)Devices.GetInterfacesIfExist("SimpleIOStressEx");
//
// Start test case
//
WDTF.Log.StartTestCase("Start Simple I/O");
//
// Start all I/O tests
//
if (SimpleIoStressCollection.Count > 0)
{
SimpleIoStressCollection.Start();
SimpleIoStressCollection.Stop();
}
//
// End test case.
//
WDTF.Log.EndTestCase();
}
static void Main(string[] args)
{
String DeviceQuery = "IsDevice";
//
// Process args
//
if (args.Length < 1)
{
Console.WriteLine(" No Params\n");
}
else
{
String Param = args[0].ToString().ToUpper(new CultureInfo("en-US", false));
switch (Param)
{
case "/DQ:":
DeviceQuery = args[1].ToString();;
break;
}
}
//
// Create WDTF Object
//
IWDTF2 WDTF = new WDTF2Class();
//
// Query for devices.
//
IWDTFTargets2 Devices = WDTF.DeviceDepot.Query(DeviceQuery);
//
// Get Simple I/O tests for all devices that have them.
//
IWDTFActions2 Actions = Devices.GetInterfacesIfExist("SimpleIOEx");
//
// Start test case
//
WDTF.Log.StartTestCase("Start Simple I/O");
//
// Do a litle bit of device testing.
//
foreach (IWDTFSimpleIOEx2 SimpleIoEx in Actions)
{
SimpleIoEx.Open();
SimpleIoEx.PerformIO();
SimpleIoEx.Close();
}
//
// End test case.
//
WDTF.Log.EndTestCase();
}
static void Main(string[] args)
{
String DeviceQuery = "IsDevice";
//
// Process args
//
if (args.Length < 1)
{
Console.WriteLine(" No Params\n");
}
else
{
String Param = args[0].ToString().ToUpper(new CultureInfo("en-US", false));
switch (Param)
{
case "/DQ:":
DeviceQuery = args[1].ToString();;
break;
}
}
//
// Create WDTF Object
//
IWDTF2 WDTF = new WDTF2Class();
//
// Query for devices.
//
IWDTFTargets2 Devices = WDTF.DeviceDepot.Query(DeviceQuery);
//
// Return if query didn't return any devices
//
if (Devices.Count == 0)
{
return;
}
//
// Get EDT interface
//
IWDTFEnhancedDeviceTestSupportActions2 Edt = (IWDTFEnhancedDeviceTestSupportActions2)Devices.GetInterfacesIfExist("EDT");
//
// Enable EDT support
//
Edt.Enable();
//
// Start test case
//
WDTF.Log.StartTestCase(" Perfrom PNP Surpise remove");
//
// Get PNP interface
//
IWDTFPNPActions2 Pnp = (IWDTFPNPActions2)Devices.GetInterfacesIfExist("PNP");
//
// Perfrom PNP Surpise remove
//
Pnp.EDTSurpriseRemoveDevice();
Pnp.RestartDevice();
//
// End test case.
//
WDTF.Log.EndTestCase();
}
public void Driver()
{
//
// Get the Absolute Driver Package Path string.
//
if (m_testContext.Properties["AbsoluteDriverPackagePath"] == null)
{
//
// Required parameter not supplied. Log an error and quit.
//
Log.Error(" The Driver Package Installation was not given the path to the Driver Package");
return;
}
else
{
//
// Save Absolute Driver Package Path
//
// As this test is initiated from the VS/WDK developer system but
// executed on the test system we need to expand any environment variable in
// the path also.
//
m_sAbsoluteDriverPackagePath =
Environment.ExpandEnvironmentVariables(m_testContext.Properties["AbsoluteDriverPackagePath"].ToString());
}
//
// Init WDTF
//
IWDTF2 WDTF = new WDTF2Class();
IWDTFDriverSetupSystemAction2 SystemDriverSetup = (IWDTFDriverSetupSystemAction2)WDTF.SystemDepot.ThisSystem.GetInterface("DriverSetup");
IWDTFSystemAction2 System = (IWDTFSystemAction2)WDTF.SystemDepot.ThisSystem.GetInterface("System");
IWDTFTargets2 Devices;
//
// Init Driver Package Class
//
WDTF.Log.StartTestCase("Init Driver Package");
WDTFDriverPackage2 DriverPackage = new WDTFDriverPackage2Class();
DriverPackage.SetPackageInfFileName(m_sAbsoluteDriverPackagePath);
//
// See if we started because of a reboot
//
if (System.IsRestarted)
{
//
// We have restarted lets see if the driver package installed on any device
// If not we have failed.
//
Devices = WDTF.DeviceDepot.Query(DriverPackage.GetQueryForDeviceUsingPackage());
if (Devices.Count == 0)
{
WDTF.Log.OutputError(" Failed to install the driver package on any device ");
}
//
// Driver package installed onto device , verify it started
//
foreach (IWDTFTarget2 Device in Devices)
{
if (Device.Eval("ProblemCode!=0"))
{
WDTF.Log.OutputError("Driver package installed onto device but driver failed to start");
WDTF.Log.OutputInfo("Device: " + Device.GetValue("UniqueTargetName"));
WDTF.Log.OutputInfo("Status: " + Device.GetValue("DeviceStatusString"));
}
}
SystemDriverSetup.SnapTriageLogs();
WDTF.Log.EndTestCase();
return;
}
//
// Output some INF info
//
WDTF.Log.OutputInfo(" INF Info");
WDTF.Log.OutputInfo(" Class: " + DriverPackage.ClassName);
WDTF.Log.OutputInfo(" Provider: " + DriverPackage.Provider);
WDTF.Log.OutputInfo(" Version: " + DriverPackage.Version);
WDTF.Log.OutputInfo(" Date: " + DriverPackage.Date);
WDTF.Log.OutputInfo(" CatalogFile: " + DriverPackage.CatalogFile);
WDTF.Log.OutputInfo(" HasCatalog: " + DriverPackage.HasCatalog.ToString());
WDTF.Log.OutputInfo(" IsImported: " + DriverPackage.IsImported.ToString());
WDTF.Log.OutputInfo(" DigitalSigner: " + DriverPackage.DigitalSigner);
WDTF.Log.OutputInfo(" IsDigitalSigned: " + DriverPackage.IsDigitalSigned.ToString());
WDTF.Log.OutputInfo(" IsDigitalSignerTrusted: " + DriverPackage.IsDigitalSignerTrusted.ToString());
//
// Determine if the system has a device that the package can be
// installed on to.
//
Devices = WDTF.DeviceDepot.Query(DriverPackage.GetQueryForDeviceThatCanUsePackage());
if (Devices.Count == 0)
{
WDTF.Log.OutputError(" System has no device the driver package can be installed onto.");
return;
}
Devices = null;
WDTF.Log.EndTestCase();
//
// Import driver package
//
WDTF.Log.StartTestCase("Import Driver Package");
SystemDriverSetup.ClearTriageLogs();
SystemDriverSetup.ImportDriverPackage(DriverPackage);
WDTF.Log.EndTestCase();
//
// Install driver package onto device
//
WDTF.Log.StartTestCase("Install driver package onto device");
Devices = WDTF.DeviceDepot.Query(DriverPackage.GetQueryForDeviceThatCanUsePackage());
IWDTFActions2 DeviceDriverSetupActions = DeviceDriverSetupActions = Devices.GetInterfaces("DriverSetup");
bool bRebootRequired = false;
foreach (IWDTFDriverSetupAction2 DeviceDriverSetup in DeviceDriverSetupActions)
{
if (DeviceDriverSetup.UpdateDriver(DriverPackage))
{
bRebootRequired = true;
}
}
if (bRebootRequired == false)
{
Devices = WDTF.DeviceDepot.Query(DriverPackage.GetQueryForDeviceUsingPackage());
if (Devices.Count == 0)
{
WDTF.Log.OutputError(" Failed to install driver package on any device ");
}
//
// Driver package installed onto device , verify it started
//
foreach (IWDTFTarget2 Device in Devices)
{
if (Device.Eval("ProblemCode!=0"))
{
WDTF.Log.OutputError("Driver package installed onto device but driver failed to start");
WDTF.Log.OutputInfo("Device: " + Device.GetValue("UniqueTargetName"));
WDTF.Log.OutputInfo("Status: " + Device.GetValue("DeviceStatusString"));
}
}
SystemDriverSetup.SnapTriageLogs();
WDTF.Log.EndTestCase();
return;
}
else
{
//
// Update driver indecated we need reboot
//
WDTF.Log.EndTestCase();
System.RebootRestart();
return;
}
}
