public IntoAST(string textfile) { maintodo = new List <IChildMainFile>(); /* Clean string */ // Newline to spaces string cleaned = textfile.Replace("\n", " "); // Tabs to spaces cleaned = cleaned.Replace("\t", " "); // Split by spaces string[] parts = cleaned.Split(new char[] { ' ' }); // Remove empty parts (aka "") parts = parts.ToList().FindAll(p => p != null && (p != "")).ToArray(); // Save context string context = "mainfile"; // For every part for (int i = 0; i < parts.Length;) { // Identify next statement IdentifyResponse ir = Identify(context, "", parts, i); // Go to next statement i = ir.next; // Add to main todo maintodo.Add(ir.IChild as IChildMainFile); } }
private void Handshake(NetworkStream stream, FrameReader reader) { // Initiate the V2 protocol stream.Write(MagicV2, 0, MagicV2.Length); _identifyResponse = Identify(stream, reader); if (_identifyResponse.AuthRequired) { Dispose(); throw new NotSupportedException("Authorization is not supported"); } SendCommandToStream(stream, new Subscribe(_options.Topic, _options.Channel)); }
private async Task PerformHandshake() { await WriteProtocolCommand(new ProtocolVersion()) .ConfigureAwait(false); if (this.options is NsqConsumerOptions consumerOptions) { await WriteProtocolCommand(new IdentifyCommand(consumerOptions.MsgTimeout)) .ConfigureAwait(false); } else { await WriteProtocolCommand(new IdentifyCommand()) .ConfigureAwait(false); } Frame frame = await this.reader.ReadNext().ConfigureAwait(false); if (frame is ErrorFrame errorFrame) { throw new NsqException("Error during handshake: " + errorFrame.Message); } else if (frame is ResponseFrame responseFrame) { this.identify = IdentifyResponse.ParseWithFrame(responseFrame); if (this.identify.AuthRequired) { throw new NsqException("Authentication is not supported"); } } else { throw new NsqException("Unexpected response during handshake"); } }
public abstract void OnIdentificationFailure(IdentifyResponse identifyResponse);
public async Task <IdentifyResponse> IdentifyChild(FPCaptureRs vm) { IdentifyResponse returnModel = new IdentifyResponse(); IdentifyRequest request = new IdentifyRequest(); request.Id = Guid.NewGuid(); request.FingerprintRecord = new DsdAfis.Core.FingerBiometrics.FingerprintRecord(); request.FingerprintRecord.Id = 0; request.FingerprintRecord.Active = false; request.FingerprintRecord.DateTime = DateTime.Now; request.FingerprintRecord.FingerprintSet = new DsdAfis.Core.FingerBiometrics.FingerprintSet(); request.FingerprintRecord.FingerprintSet.Dpi = 500; request.FingerprintRecord.FingerprintSet.ImageEncoding = "WSQ"; request.FingerprintRecord.FingerprintSet.ImageHeight = 512; request.FingerprintRecord.FingerprintSet.ImageWidth = 512; List <Fingerprint> fingers = new List <Fingerprint>(); Fingerprint blankFinger = null; fingers.Add(blankFinger); foreach (Finger f in vm.Fingers) { if (f.Sequence > 0) { Fingerprint finger = new Fingerprint(); switch (f.Name) { case "1": finger.Code = FingerCode.RightThumb; break; case "6": finger.Code = FingerCode.LeftThumb; break; } finger.EncodedImage = f.Print; fingers.Add(finger); } else { fingers.Add(null); } } request.FingerprintRecord.FingerprintSet.Fingerprints = fingers.ToArray(); using (var client = new HttpClient()) { //Passing service base url client.BaseAddress = new Uri(ConfigurationManager.AppSettings["WebApiUrl"]); client.DefaultRequestHeaders.Clear(); //Define request data format client.DefaultRequestHeaders.Accept.Add(new MediaTypeWithQualityHeaderValue("application/json")); HttpResponseMessage response = await client.PostAsync( "api/afis/identify", new StringContent(request.Json, Encoding.UTF8, "application/json")); if (response.IsSuccessStatusCode) { return(MessageBase.Deserialize <IdentifyResponse>(response.Content.ReadAsStringAsync().Result)); } else { return(returnModel); } } }