public void Default_0_GetAvailableProtocol()
{
var availableProtocol = SecurityProtocolManager.GetAvailableProtocol();
Assert.NotEqual(0, (int)availableProtocol);
_output.WriteLine($@"availableProtocol: {availableProtocol}");
}
public void Configuration(IAppBuilder app)
{
var configuration = new HttpConfiguration();
// enable logging
configuration.Filters.Add(new DiagnosticsFilterAttribute());
// Web API configuration and services
// CORS Attribute
configuration.EnableCors(CorsManager.CorsAttribute());
// Ensure HTTPS over TLS 1.2 for External and Prod
SecurityProtocolManager.SetSecurityProtocol();
// Set application specific Json Serialization settings
SerializerManager.ApplyCustomSettings(configuration.Formatters);
// Web API routes and application routes
RoutesManager.AddRoutes(configuration);
// Owin level exception handling
app.Use <GlobalExceptionMiddleware>();
// IoC and DI configuration
configuration.DependencyResolver = ConfigureIocResolver();
// Middleware for properties stored on the LogicalThreadContext for log4net and other purposes
app.Use <RequestMetadataMiddleware>();
var authMiddleware = (AuthMiddleware)configuration.DependencyResolver.GetService(typeof(IAuthMiddleware));
app.Use(async(context, next) =>
{
await authMiddleware.Invoke(context, next);
});
// Global exception handler for AC errors
configuration.Filters.Add(new MgiExceptionFilter());
// Filter to add custom headers to the response
configuration.Filters.Add(new HeaderFilter());
AwMapper.Configure();
// Web API documentation configuration
// Web API documentation for environments that have ApiDocumentation app key set to true
var keyName = "ApiDocumentation";
var apiDocKeyExists = ConfigurationManager.AppSettings.AllKeys.Contains(keyName);
if (apiDocKeyExists && bool.Parse(ConfigurationManager.AppSettings[keyName]))
{
ApiDocumentationManager.Configure(configuration);
}
app.UseWebApi(configuration);
}
private static void Main()
{
Console.WriteLine($"SecurityProtocolManager.GetAvailableProtocol(): {SecurityProtocolManager.GetAvailableProtocol()}");
Console.ReadKey();
Console.WriteLine("NetworkInterface.IsNetworkAvailable(): " + NetworkInterface.IsNetworkAvailable());
Console.WriteLine("NetworkInterface.IsInternetAvailable(): " + NetworkInterface.IsInternetAvailable());
Console.ReadKey();
Console.WriteLine("Platform.DetectProcessArch(): " + Platform.DetectProcessArch());
Console.ReadKey();
using (var usbWatcher = UsbWatcherFactory.GetInstance().CreateUsbWatcher())
{
usbWatcher.OnDeviceConnected += OnUsbDeviceConnected;
usbWatcher.OnDeviceDisconnected += OnUsbDeviceDisconnected;
var isRunning = usbWatcher.IsRunning();
if (isRunning)
{
Console.WriteLine("usbWatcher is running");
}
else
{
Console.WriteLine("usbWatcher.Start(): " + usbWatcher.Start());
}
Console.ReadKey();
Console.WriteLine("usbWatcher.Stop(): " + usbWatcher.Stop());
Console.ReadKey();
}
var deviceInfos = UsbManager.GetHidDevices();
var index = 0;
foreach (var deviceInfo in deviceInfos)
{
Console.WriteLine($"deviceInfo[{index}].Path: \"{deviceInfo.Path}\"");
Console.WriteLine($"deviceInfo[{index}].VendorId: \"{deviceInfo.VendorId}\"");
Console.WriteLine($"deviceInfo[{index}].ProductId: \"{deviceInfo.ProductId}\"");
Console.WriteLine($"deviceInfo[{index}].Description: \"{deviceInfo.Description}\"");
Console.WriteLine($"deviceInfo[{index}].Manufacturer: \"{deviceInfo.Manufacturer}\"");
Console.WriteLine($"deviceInfo[{index}].SerialNumber: \"{deviceInfo.SerialNumber}\"");
var featureReport = UsbManager.GetHidFeatureReport(deviceInfo.Path, 0);
if (featureReport == null)
{
Console.WriteLine($"deviceInfo[{index}].featureReport is null");
}
else
{
Console.WriteLine($"deviceInfo[{index}].featureReport is {Util.Convert.ToHexString(featureReport)}");
}
index++;
}
Console.ReadKey();
deviceInfos = UsbManager.GetUsbDevices();
index = 0;
foreach (var deviceInfo in deviceInfos)
{
Console.WriteLine($"deviceInfo[{index}].Path: \"{deviceInfo.Path}\"");
Console.WriteLine($"deviceInfo[{index}].VendorId: \"{deviceInfo.VendorId}\"");
Console.WriteLine($"deviceInfo[{index}].ProductId: \"{deviceInfo.ProductId}\"");
Console.WriteLine($"deviceInfo[{index}].Description: \"{deviceInfo.Description}\"");
Console.WriteLine($"deviceInfo[{index}].Manufacturer: \"{deviceInfo.Manufacturer}\"");
Console.WriteLine($"deviceInfo[{index}].SerialNumber: \"{deviceInfo.SerialNumber}\"");
index++;
}
Console.ReadKey();
var randomUnusedPort = LocalPortManager.GetRandomUnusedPort();
var specificPort = 35447;
var randomUnusedPortStatus = LocalPortManager.GetPortStatus(randomUnusedPort);
var specificPortStatus = LocalPortManager.GetPortStatus(specificPort);
var randomUnusedPortVerifyStatus = LocalPortManager.VerifyPortStatus(randomUnusedPort);
var specificPortVerifyStatus = LocalPortManager.VerifyPortStatus(specificPort);
Console.WriteLine("Random unused port [" + randomUnusedPort + "] status: " + randomUnusedPortStatus + ", verify: " + randomUnusedPortVerifyStatus);
Console.WriteLine("Specific port [" + specificPort + "] status: " + specificPortStatus + ", verify: " + specificPortVerifyStatus);
var processWatcherFactory = ProcessWatcherFactory.GetInstance();
var notepadProcessWatcher = processWatcherFactory.CreateProcessWatcher("notepad.exe");
notepadProcessWatcher.ProcessCreated += OnProcessCreated;
notepadProcessWatcher.ProcessDeleted += OnProcessDeleted;
notepadProcessWatcher.Start();
Console.ReadKey();
notepadProcessWatcher.Stop();
Console.ReadKey();
var allProcessWatcher = processWatcherFactory.CreateProcessWatcher();
allProcessWatcher.ProcessCreated += OnProcessCreated;
allProcessWatcher.ProcessDeleted += OnProcessDeleted;
allProcessWatcher.Start();
Console.ReadKey();
allProcessWatcher.Stop();
Console.ReadKey();
var serviceName = "Winmgmt";
Console.WriteLine("service[" + serviceName + "].CurrentState: " + ServiceManager.QueryStartType(serviceName).CurrentState);
Console.ReadKey();
Console.WriteLine("WARNING!! This program will reboot system");
Console.ReadKey();
Platform.Exit(Platform.ExitType.Reboot);
Console.ReadKey();
}
