public static ParseInvariant ( string value ) : |
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value | string | |
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private static Media ReadMedia(TextReader sdpStream, ref KeyValuePair <string, string> value) { Media returnValue = new Media(value.Value); value = GetKeyValue(sdpStream); while (value.Key != null) { // Media title if (value.Key == "i") { value = GetKeyValue(sdpStream); } // Connexion optional if (value.Key == "c") { returnValue.Connection = Connection.Parse(value.Value); value = GetKeyValue(sdpStream); } // bandwidth optional if (value.Key == "b") { returnValue.Bandwidth = Bandwidth.Parse(value.Value); value = GetKeyValue(sdpStream); } // enkription key optional if (value.Key == "k") { returnValue.EncriptionKey = EncriptionKey.ParseInvariant(value.Value); value = GetKeyValue(sdpStream); } //Attribut optional multiple if (value.Key == "a") { returnValue.Attributs.Add(Attribut.ParseInvariant(value.Value)); value = GetKeyValue(sdpStream); } if (value.Key == "m") { break; //next media } } return(returnValue); }
/// <summary> /// Reads the specified SDP stream. /// As define in RFC 4566 /// </summary> /// <param name="sdpStream">The SDP stream.</param> /// <returns></returns> public static SdpFile Read(TextReader sdpStream) { SdpFile returnValue = new SdpFile(); KeyValuePair <string, string> value = GetKeyValue(sdpStream); // Version mandatory if (value.Key == "v") { returnValue.Version = int.Parse(value.Value, CultureInfo.InvariantCulture); value = GetKeyValue(sdpStream); } else { throw new InvalidDataException(); } // Origin mandatory if (value.Key == "o") { returnValue.Origin = Origin.Parse(value.Value); value = GetKeyValue(sdpStream); } else { throw new InvalidDataException(); } // Session mandatory. // However the MuxLab HDMI Encoder (TX-500762) Firmware 1.0.6 // does not include the 'Session' so supress InvalidDatarException if (value.Key == "s") { returnValue.Session = value.Value; value = GetKeyValue(sdpStream); } else { // throw new InvalidDataException(); // we should throw, but instead we just ignore the error } // Session Information optional if (value.Key == "i") { returnValue.SessionInformation = value.Value; value = GetKeyValue(sdpStream); } // Uri optional if (value.Key == "u") { returnValue.Url = new Uri(value.Value); value = GetKeyValue(sdpStream); } // Email optional if (value.Key == "e") { returnValue.Email = value.Value; value = GetKeyValue(sdpStream); } // Phone optional if (value.Key == "p") { returnValue.Phone = value.Value; value = GetKeyValue(sdpStream); } // Connection optional if (value.Key == "c") { returnValue.Connection = Connection.Parse(value.Value); value = GetKeyValue(sdpStream); } // bandwidth optional if (value.Key == "b") { returnValue.Bandwidth = Bandwidth.Parse(value.Value); value = GetKeyValue(sdpStream); } // Timing mandatory while (value.Key == "t") { string timing = value.Value; string repeat = string.Empty; value = GetKeyValue(sdpStream); if (value.Key == "r") { repeat = value.Value; value = GetKeyValue(sdpStream); } returnValue.Timings.Add(new Timing(timing, repeat)); } // timezone optional if (value.Key == "z") { returnValue.TimeZone = SdpTimeZone.ParseInvariant(value.Value); value = GetKeyValue(sdpStream); } // encryption key optional if (value.Key == "k") { returnValue.EncriptionKey = EncriptionKey.ParseInvariant(value.Value); value = GetKeyValue(sdpStream); } //Attribute optional multiple while (value.Key == "a") { returnValue.Attributs.Add(Attribut.ParseInvariant(value.Value)); value = GetKeyValue(sdpStream); } // Hack for MuxLab HDMI Encoder (TX-500762) Firmware 1.0.6 // Skip over all other Key/Value pairs until the 'm=' key while (value.Key != "m") { value = GetKeyValue(sdpStream); } // Media while (value.Key == "m") { Media newMedia = ReadMedia(sdpStream, ref value); returnValue.Medias.Add(newMedia); } return(returnValue); }
/// <summary> /// Reads the specified SDP stream. /// As define in RFC 4566 /// </summary> /// <param name="sdpStream">The SDP stream.</param> /// <returns></returns> public static SdpFile Read(TextReader sdpStream) { SdpFile returnValue = new SdpFile(); KeyValuePair <string, string> value = GetKeyValue(sdpStream); // Version mandatory if (value.Key == "v") { returnValue.Version = int.Parse(value.Value, CultureInfo.InvariantCulture); } else { throw new InvalidDataException(); } value = GetKeyValue(sdpStream); // Origin mandatory if (value.Key == "o") { returnValue.Origin = Origin.Parse(value.Value); } else { throw new InvalidDataException(); } value = GetKeyValue(sdpStream); // Session mandatory if (value.Key == "s") { returnValue.Session = value.Value; } else { throw new InvalidDataException(); } value = GetKeyValue(sdpStream); // Session optional if (value.Key == "i") { returnValue.SessionInformation = value.Value; value = GetKeyValue(sdpStream); } // Uri optional if (value.Key == "u") { returnValue.Url = new Uri(value.Value); value = GetKeyValue(sdpStream); } // Email optional if (value.Key == "e") { returnValue.Email = value.Value; value = GetKeyValue(sdpStream); } // Phone optional if (value.Key == "p") { returnValue.Phone = value.Value; value = GetKeyValue(sdpStream); } // Connexion optional if (value.Key == "c") { returnValue.Connection = Connection.Parse(value.Value); value = GetKeyValue(sdpStream); } // bandwidth optional if (value.Key == "b") { returnValue.Bandwidth = Bandwidth.Parse(value.Value); value = GetKeyValue(sdpStream); } //Timing while (value.Key == "t") { string timing = value.Value; string repeat = string.Empty; value = GetKeyValue(sdpStream); if (value.Key == "r") { repeat = value.Value; value = GetKeyValue(sdpStream); } returnValue.Timings.Add(new Timing(timing, repeat)); } // timezone optional if (value.Key == "z") { returnValue.TimeZone = SdpTimeZone.ParseInvariant(value.Value); value = GetKeyValue(sdpStream); } // enkription key optional if (value.Key == "k") { returnValue.EncriptionKey = EncriptionKey.ParseInvariant(value.Value); value = GetKeyValue(sdpStream); } //Attribut optional multiple while (value.Key == "a") { returnValue.Attributs.Add(Attribut.ParseInvariant(value.Value)); value = GetKeyValue(sdpStream); } while (value.Key == "m") { Media newMedia = ReadMedia(sdpStream, ref value); returnValue.Medias.Add(newMedia); } return(returnValue); }