public CoreDumpAnalyzer(IArchiveHandler archiveHandler, IFilesystem filesystem, IProcessHandler processHandler, IHttpRequestHandler requestHandler)
{
this.archiveHandler = archiveHandler ?? throw new ArgumentNullException("ArchiveHandler must not be null!");
this.filesystem = filesystem ?? throw new ArgumentNullException("Filesystem must not be null!");
this.processHandler = processHandler ?? throw new ArgumentNullException("ProcessHandler must not be null!");
this.requestHandler = requestHandler ?? throw new ArgumentNullException("RequestHandler must not be null!");
}
public GdbAnalyzer(IFilesystem filesystem, IProcessHandler processHandler, IFileInfo coredump, SDResult result)
{
this.filesystem = filesystem ?? throw new ArgumentNullException("FilesystemHelper must not be null!");
this.processHandler = processHandler ?? throw new ArgumentNullException("ProcessHandler must not be null!");
this.coredump = coredump ?? throw new ArgumentNullException("Coredump must not be null!");
this.analysisResult = result ?? throw new ArgumentNullException("SD Result Path must not be null!");
}
public void DelegateRequest(int i)
{
switch (i)
{
case 1:
ShowProducts(); return;
case 2:
ShowProductByName(); return;
default:
_processHandler.ProcessRequest(i);
break;
}
switch (_userService.CurrentUser)
{
case Guest _ when !(_processHandler is GuestProcessHandler):
_processHandler = new GuestProcessHandler(_userService);
break;
case AuthorizedUser _ when !(_processHandler is UserProcessHandler):
_processHandler = new UserProcessHandler(_userService, _productService, _orderService);
break;
case Admin _ when !(_processHandler is AdminProcessHandler):
_processHandler = new AdminProcessHandler(_userService, _productService, _orderService);
break;
}
}
public AccessProcessHandlerDecorator(
IProcessHandler <AccessMessage <TProcess> > decoratee,
IPrincipal userContext)
{
this.decoratee = decoratee;
this.userContext = userContext;
}
private static void Print(IProcessHandler handler)
{
Console.WriteLine("1 - view the list of goods;");
Console.WriteLine("2 - search for a product by name;");
switch (handler)
{
case GuestProcessHandler _:
Console.WriteLine("3 - user account registration;");
Console.WriteLine("4 - login to the online store with an account.");
break;
case UserProcessHandler _:
Console.WriteLine("3 - creating a new order;");
Console.WriteLine("4 - ordering or cancellation;");
Console.WriteLine("5 - view order history and delivery status;");
Console.WriteLine("6 - setting the status of the order \"Received\";");
Console.WriteLine("7 - change of personal information;");
Console.WriteLine("8 - sign out of your account.");
break;
case AdminProcessHandler _:
Console.WriteLine("3 - creating a new order");
Console.WriteLine("4 - ordering;");
Console.WriteLine("5 - view and change users personal information;");
Console.WriteLine("6 - adding a new product (name, category, description, cost);");
Console.WriteLine("7 - change of product information;");
Console.WriteLine("8 - change the status of the order;");
Console.WriteLine("9 - sign out of your account.");
break;
}
}
public Form1()
{
InitializeComponent();
processHandler = new ProcessHandler();
streamHandler = new StreamHandler(processHandler);
processHandler.TranscriptDataAvailable += ProcessHandler_TranscriptDataAvailable;
}
public void SetUp()
{
processStartedEventArgs = CreateProcessStartedEventArgs();
processListenerMock = Substitute.For <IProcessListener>();
processHandlerMock = Substitute.For <IProcessHandler>();
systemUnderTest = CreateSystemUnderTest();
}
public EshopRequestHandler()
{
_orderService = new OrderService();
_userService = new UserService();
_productService = new ProductService();
_userService.CurrentUser = new Guest();
_processHandler = new GuestProcessHandler(_userService);
}
public static ProcessResult Execute(this IProcessHandler handler, string executable, string arguments, int timeout = 30000)
{
var setup = new ProcessSetup()
{
Executable = executable, Arguments = arguments
};
return(handler.Execute(setup, timeout));
}
public GdbSharedLibAnalyzer(IFilesystem filesystem, IProcessHandler processHandler, IFileInfo coredump, SDResult result)
{
this.filesystem = filesystem ?? throw new ArgumentNullException("FilesystemHelper must not be null!");
this.processHandler = processHandler ?? throw new ArgumentNullException("ProcessHandler must not be null!");
this.coredump = coredump ?? throw new ArgumentNullException("Coredump must not be null!");
this.systemContext = (SDCDSystemContext)result.SystemContext;
this.systemContext.Modules = new List <SDModule>();
}
public StreamHandler(IProcessHandler processhndlr)
{
processhandler = processhndlr;
//channel = GrpcChannel.ForAddress("https://localhost:5001");
AppContext.SetSwitch("System.Net.Http.SocketsHttpHandler.Http2UnencryptedSupport", true);
Uri uri = new Uri("http://wien-hiring.eastus2.cloudapp.azure.com:80");
channel = GrpcChannel.ForAddress(uri);
client = new Acd.DialogScribe.DialogScribeClient(channel);
}
public static async Task <ProcessResult> ExecuteAsync(this IProcessHandler handler, string executable, string arguments, CancellationToken cancel = default)
{
var setup = new ProcessSetup()
{
Executable = executable,
Arguments = arguments
};
return(await handler.ExecuteAsync(setup, cancel));
}
public LivePlayer(IProcessHandler proc, ICharacterStateProvider character, IInputHandler input, IPlanProvider planProvider)
{
this.proc = proc;
this.character = character;
this.input = input;
this.planProvider = planProvider;
FoundNodes = new Queue <Node>();
ViaRoute = new Queue <Node>();
}
public void SetUp()
{
screenShooterMock = MockRepository.GenerateStrictMock<IScreenShooter>();
screenShooterMock.Expect(m => m.Capture("")).IgnoreArguments().Repeat.Once();
processHandlerStub = MockRepository.GenerateStub<IProcessHandler>();
processHandlerStub.Expect(m => m.GetCurrentProcess()).Return("process");
validator = new ProcessCaptureValidator(processHandlerStub, new string[] { "process" });
processRecorder = new ProcessRecorder(
new RecordConfiguration() { Name = "", Path = "", Period = 1000 }, validator, screenShooterMock);
}
public BMBApplication(
IProcessListener processListener,
IProcessHandler processHandler,
IKeyboardListener keyboardListener,
IKeyboardHandler keyboardHandler)
{
this.processListener = processListener;
this.processHandler = processHandler;
this.keyboardListener = keyboardListener;
this.keyboardHandler = keyboardHandler;
}
public ProcessSuite(
IProcessManager processManager,
IProcessHandler handler,
ProcessConstraint processConstraint,
float constraintValue
)
{
thisProcessManager = processManager;
thisHandler = handler;
thisProcessConstraint = processConstraint;
thisValue = constraintValue;
}
/// <summary>
/// Registers the pipelinec components
/// </summary>
/// <returns></returns>
public IProcessHandler RegisterOutBoundHandlers(PaymentTypes metaKey)
{
string handlerList = string.Empty;
switch (metaKey)
{
//Below configuration can be fetched from any api
case PaymentTypes.PHYSICALPRODUCT:
handlerList = "PhysicalProductPackingSlipHandler,ProcessCommissionPaymentHandler,ResponseHandler"; break;
case PaymentTypes.BOOKS:
handlerList = "CreateDuplicateSlipForRoyaldepartmentHandler,ProcessCommissionPaymentHandler,ResponseHandler"; break;
case PaymentTypes.MEMBERSHIPACTIVATE:
handlerList = "ActivateMemeberShipHandler,NotifyEmailHandler,ResponseHandler"; break;
case PaymentTypes.MEMBERSHIPUPGRADE:
handlerList = "UpgradeMembershipHandler,NotifyEmailHandler,ResponseHandler"; break;
case PaymentTypes.VIDEO:
handlerList = "AddFirstAidVideoHandler,PhysicalProductPackingSlipHandler,ResponseHandler"; break;
default:
return(null);
}
try
{
var outBoundhandlers = handlerList.Split(',');
outBoundhandlers = outBoundhandlers.Where(x => !string.IsNullOrWhiteSpace(x)).ToArray();
IProcessHandler currentHandler = null;
IProcessHandler previoustHandler = null;
//Create a handler chain execution based on the requirement
for (int i = outBoundhandlers.Length - 1; i >= 0; i--)
{
//Get the handlers class using named instance
currentHandler = _serviceAcessor(outBoundhandlers[i]);
if (i != outBoundhandlers.Length - 1 && previoustHandler != null)
{
currentHandler.Next(previoustHandler.Invoke);
}
previoustHandler = currentHandler;
}
Handler = previoustHandler;
}
catch (Exception ex)
{
_logger.LogError(ex, $"RegisterOutBoundHandlers|Exception:{ex.Message}");
}
return(Handler);
}
public ConstArg(
IProcessManager processManager,
ProcessConstraint constraint,
float value,
IProcessHandler handler,
IProcessSuite suite
) : base(
processManager,
constraint,
value
)
{
thisHandler = handler;
thisSuite = suite;
}
public QueryBuilderDependencies(
IProcessHandler processHandler,
IDbConnection context,
INamingStrategyService namingStrategyService,
IFilterParser <T> filterParser,
Lazy <IJoinHandler> joinHandler,
Lazy <ISortHandler> sortHandler,
Lazy <IPropertyParser> propertyParser
)
{
ProcessHandler = processHandler;
Context = context;
NamingStrategy = namingStrategyService;
FilterParser = filterParser;
JoinHandler = joinHandler;
SortHandler = sortHandler;
PropertyParser = propertyParser;
}
public CoreQueryBuilderDependencies(
IProcessHandler processHandler,
IDbConnection context,
Lazy <IServiceProvider> serviceProvider,
INamingStrategyService namingStrategyService,
IFilterParser <T> filterParser,
Lazy <IJoinHandler> joinHandler,
Lazy <ISortHandler> sortHandler,
Lazy <IPropertyParser> propertyParser
) : base(
processHandler,
context,
namingStrategyService,
filterParser,
joinHandler,
sortHandler,
propertyParser)
{
ServiceProvider = serviceProvider;
}
public AutofacQueryBuilderDependencies(
IProcessHandler processHandler,
IDbConnection context,
Lazy <ILifetimeScope> scope,
INamingStrategyService namingStrategyService,
IFilterParser <T> filterParser,
Lazy <IJoinHandler> joinHandler,
Lazy <ISortHandler> sortHandler,
Lazy <IPropertyParser> propertyParser
) : base(
processHandler,
context,
namingStrategyService,
filterParser,
joinHandler,
sortHandler,
propertyParser)
{
Scope = scope;
}
/// <summary>
/// Execute process pipeline.
/// </summary>
/// <param name="request">Process request.</param>
/// <param name="handler">Process handler.</param>
/// <param name="token">Cancellation token.</param>
/// <returns>Task.</returns>
public Task ExecutePipline(ProcessRequest <TState> request, IProcessHandler <TState> handler, CancellationToken token)
{
var delegates = new List <Func <ProcessMiddlewareDelegate, ProcessMiddlewareDelegate> >();
foreach (var middleware in middlewares)
{
delegates.Add(next =>
{
return(() => middleware.Execute(request, next, token));
});
}
ProcessMiddlewareDelegate execute = () => handler.Handle(request, token);
foreach (var @delegate in delegates)
{
execute = @delegate(execute);
}
return(execute());
}
public DebugSymbolAnalysis(IFilesystem filesystem, IProcessHandler processHandler, SDResult result)
{
this.filesystem = filesystem ?? throw new ArgumentNullException("Filesystem must not be null!");
this.processHandler = processHandler ?? throw new ArgumentNullException("ProcessHandler must not be null!");
this.analysisResult = result ?? throw new ArgumentNullException("SD Result must not be null!");
}
public LivePlayer(IProcessHandler proc, ICharacterStateProvider character, IInputHandler input) : this(proc, character, input, null)
{
}
public ServiceManager(IProcessHandler process_handler)
{
ProcessHandler = process_handler;
ProcessHandler.ProcessExit += HandleProcessExit;
}
public App(ILog Logger, IEnumerable <DispatchDetails> dispatchDetails, IProcessHandler processHandler)
{
this.dispatchDetails = dispatchDetails;
this.Logger = Logger;
this.processHandler = processHandler;
}
public TestRunner()
{
m_processHandler = new GUnitFramework.Implementation.ExternalProcessHandler();
}
public RequestHandler(IProcessHandler processHandler)
{
_processHandler = processHandler;
}
public ProcessCaptureValidator(IProcessHandler processHandler, IList<string> processes)
{
this.processHandler = processHandler;
this.validProcesses = processes;
}
/// <summary>
/// Starts a process, optionally waits for it to exit before continuing execution.
/// </summary>
/// <param name="process_handler">The IProcessHandler that will start the process.</param>
/// <param name="psi">The ProcessStartInfo that defines the parameters of the newly started process.</param>
/// <param name="time">If -1, continue execution immediately after starting process.
/// Else, waits the process to exit for this many milliseconds. If the process does not exit in the given timeframe,
/// the process is killed, and a ResultType of Timeout is returned.</param>
public RunUnregisteredProcessTask(IProcessHandler process_handler, ProcessStartInfo psi, int time = -1)
{
ProcessHandler = process_handler;
ProcessStartInfo = psi;
ExecutionTime = time;
}
public DebugSymbolResolver(IFilesystem filesystem, IHttpRequestHandler requestHandler, IProcessHandler processHandler)
{
this.filesystem = filesystem ?? throw new ArgumentNullException("Filesystem Helper must not be null!");
this.requestHandler = requestHandler ?? throw new ArgumentNullException("RequestHandler must not be null!");
this.processHandler = processHandler ?? throw new ArgumentNullException("ProcessHandler must not be null!");
}
public VendorWindowHandler(IProcessHandler proc, IInputHandler input)
{
this.proc = proc;
this.input = input;
}
