Ejemplo n.º 1
0
        public static void Main(string[] args)
        {
            Console.SetWindowSize(Console.LargestWindowWidth, Console.LargestWindowHeight);

            BulkAnalyzer        bulkAnalyzer = new BulkAnalyzer();
            CustomizedArguments arguments    = CustomizedArguments.Parse(args);

            //step 1: load settings
            if (arguments.Has(CustomizedArguments.ARG_FILTER_MATCH_TYPE_EXACT) ||
                arguments.Has(CustomizedArguments.ARG_FILTER_MATCH_TYPE_PARAMETER_CONTAINS_PROPERTY) ||
                arguments.Has(CustomizedArguments.ARG_FILTER_MATCH_TYPE_PROPERTY_CONTAINS_PARAMETER))
            {
                bulkAnalyzer.IsNameCaseInvariant = true;
                bulkAnalyzer.AllowExactMatch     = arguments.Has(CustomizedArguments.ARG_FILTER_MATCH_TYPE_EXACT);
                bulkAnalyzer.AllowParameterNameContainsPropertyName = arguments.Has(CustomizedArguments.ARG_FILTER_MATCH_TYPE_PARAMETER_CONTAINS_PROPERTY);
                bulkAnalyzer.AllowPropertyNameContainsParameterName = arguments.Has(CustomizedArguments.ARG_FILTER_MATCH_TYPE_PROPERTY_CONTAINS_PARAMETER);
            }
            else
            {
                bulkAnalyzer.IsNameCaseInvariant = true;
                bulkAnalyzer.AllowExactMatch     = true;
                bulkAnalyzer.AllowParameterNameContainsPropertyName = true;
                bulkAnalyzer.AllowPropertyNameContainsParameterName = true;
            }
            bulkAnalyzer.ProjectFolderPath = arguments.Get(CustomizedArguments.ARG_SOURCE_PATH);
            bool preferredVersionsOnly = arguments.Has(CustomizedArguments.ARG_PREFERRED_VERSION_ONLY);

            //step 2: print settings
            Console.WriteLine("Settings: ");
            Console.WriteLine("Project folder: " + bulkAnalyzer.ProjectFolderPath);
            Console.WriteLine("Preferred API versions only: " + preferredVersionsOnly);
            Console.WriteLine("Case invariant: " + bulkAnalyzer.IsNameCaseInvariant);
            Console.WriteLine("Allow exact match: " + bulkAnalyzer.AllowExactMatch);
            Console.WriteLine("Allow Property name contains Path Parameter name: " + bulkAnalyzer.AllowPropertyNameContainsParameterName);
            Console.WriteLine("Allow Path Parameter name contains Property name: " + bulkAnalyzer.AllowParameterNameContainsPropertyName);

            //step 3: start analysis
            bulkAnalyzer.StartBulkAnalysis(Alias.ReadList(File.ReadAllText(arguments.Get(CustomizedArguments.ARG_SOURCE_PATH) + @"\alias.json")), preferredVersionsOnly);
            Console.ReadLine();
        }
Ejemplo n.º 2
0
        public static void Main(string[] args)
        {
            //step 1: load arguments
            CustomizedArguments arguments = CustomizedArguments.Parse(args);

            //step 2: load log writer
            if (arguments.Has(CustomizedArguments.ARG_LOG_OUT))
            {
                //console
                if (arguments.Get(CustomizedArguments.ARG_LOG_OUT).CompareTo(CustomizedArguments.OPT_LOG_OUT_CONSOLE) == 0)
                {
                    Log.LogWriters.Add(new CustomizedConsoleLogWriter()
                    {
                        LogLevel = arguments.LogLevel
                    });
                }
                //file
                else
                {
                    Log.LogWriters.Add(new FileLogWriter(arguments.LogPath + DateTime.Now.ToString(String.Format("yyyy-MM-dd_HH.mm.ss.FFF")) + ".log")
                    {
                        LogLevel = arguments.LogLevel
                    });
                }
                Log.Debug(TAG, "log_out:" + arguments.Get(CustomizedArguments.ARG_LOG_OUT));
            }
            //default (console)
            else
            {
                Log.LogWriters.Add(new CustomizedConsoleLogWriter()
                {
                    LogLevel = arguments.LogLevel
                });
            }

            //step 3: load OpenAPI documentation
            Log.Info(TAG, "Load OpenAPI documentation from '" + arguments.Get(CustomizedArguments.ARG_SOURCE) + "'");
            OpenApiDiagnostic openApiDiagnostic = new OpenApiDiagnostic();
            OpenApiDocument   openApiDocument   = new OpenApiStringReader().Read(File.ReadAllText(arguments.Get(CustomizedArguments.ARG_SOURCE)), out openApiDiagnostic);

            foreach (OpenApiError openApiError in openApiDiagnostic.Errors)
            {
                Log.Error(TAG, "OpenAPI Reader Error: " + openApiError.Message);
            }
            Log.Info(TAG, "Load OpenAPI documentation - completed\n");

            //step 4: create URI Model
            Log.Info(TAG, "Create URI Model:");
            UriModel uriModel = CustomizedUriModelFactory.Instance.Create(openApiDocument);

            Log.Info(TAG, "\n" + uriModel.ToString() + "\n");

            //step 5: identify reachability associations
            Log.Info(TAG, "Identify reachability associations:");
            ILinkAnalyzer       linkAnalyzer = LinkAnalyzerFactory.Create();
            IList <PathSegment> pathSegmentsRepresentingResources = uriModel.Root.QuerySubTree.HasOperations().Results;

            foreach (PathSegment pathSegmentRepresentingResources in pathSegmentsRepresentingResources)
            {
                ((CustomizedPathSegment)pathSegmentRepresentingResources).IdentifyReachabilityPaths(linkAnalyzer);
                Log.Info(TAG, pathSegmentRepresentingResources.UriPath);
                foreach (ReachabilityPath association in ((CustomizedPathSegment)pathSegmentRepresentingResources).ReachabilityPaths)
                {
                    Log.Info(TAG, association.ToString());
                }
            }

            //step 6: set base path
            string basePath = "";

            if (arguments.Has(CustomizedArguments.ARG_API_BASE_PATH))
            {
                basePath = arguments.Get(CustomizedArguments.ARG_API_BASE_PATH);
            }
            else
            {
                foreach (OpenApiServer openApiServer in openApiDocument.Servers)
                {
                    basePath = openApiServer.Url;
                }
            }
            Log.Info(TAG, "\nBase path of remote API: '" + basePath + "'");

            //step 7: load property name prefix of injected properties
            string propertyNamePrefix = "";

            if (arguments.Has(CustomizedArguments.ARG_INJECTION_PREFIX))
            {
                propertyNamePrefix = arguments.Get(CustomizedArguments.ARG_INJECTION_PREFIX);
            }

            //step 8: prepare proxy
            IProxyHandler handler = new CustomizedProxyHandler(basePath, uriModel, propertyNamePrefix, arguments.Has(CustomizedArguments.ARG_EXTENDED_HYPERLINK), arguments.Has(CustomizedArguments.ARG_PREFLIGHT_HEAD_COUNTER)?Int32.Parse(arguments.Get(CustomizedArguments.ARG_PREFLIGHT_HEAD_COUNTER)):10);

            ApiRequest.IgnoreBadCertificates();

            if (arguments.Has(CustomizedArguments.ARG_ACCESS_TOKEN))
            {
                handler.UpdateAcessTokenAutomatically = false;
                handler.UpdateAuthorization(arguments.Get(CustomizedArguments.ARG_ACCESS_TOKEN));
                Log.Info(TAG, "Access token has been loaded from arguments and will be injected into API requests automatically");
            }
            else
            {
                handler.UpdateAcessTokenAutomatically = true;
                Log.Warning(TAG, "Access token is not specified in arguments. If the API expects an access token, make sure that the client specifies this token in each request.");
            }

            HttpController controller = new ProxyController(handler);

            //step 9: start proxy
            HttpService service = new DefaultHttpSysService(false, "+", Int32.Parse(arguments.Get(CustomizedArguments.ARG_PORT)));

            service.AddController(controller);

            Log.Info(TAG, "Proxy routes:");
            Log.Info(TAG, service.Routes);
            service.Start();
            Log.Info(TAG, "Proxy is listening on port '" + arguments.Get(CustomizedArguments.ARG_PORT) + "'");

            Console.WriteLine("PRESS KEY TO TERMINATE SERVICE");
            Console.ReadKey();
        }