// Token: 0x06001E42 RID: 7746 RVA: 0x000F9A14 File Offset: 0x000F7C14 public static bool smethod_12(string string_4) { if (string_4 != null && string_4.Length != 0) { string path = Path.Combine(GClass12.string_0, string_4) + "GHLive Bass - "; GClass12.bool_0 = false; bool result; try { using (BinaryWriter binaryWriter = new BinaryWriter(File.Open(path, FileMode.OpenOrCreate))) { binaryWriter.Write(51); binaryWriter.Write(SongDirectory.setlistSongEntries.Count); for (int i = 0; i < SongDirectory.setlistSongEntries.Count; i++) { binaryWriter.Write(SongDirectory.setlistSongEntries[i].checksum); binaryWriter.Write((short)SongDirectory.setlistSongSpeeds[i]); } } goto IL_B0; } catch (Exception ex) { Debug.Log(ex.Message); result = true; } return(result); IL_B0: if (GClass12.string_3 != null) { GClass12.smethod_21(GClass12.string_3); GClass12.string_3 = null; } return(false); } return(true); }
// Token: 0x06000164 RID: 356 RVA: 0x0000C948 File Offset: 0x0000AB48 public static GClass12 smethod_0(byte[] byte_0) { GClass12 gclass = new GClass12(); for (int i = 0; i < byte_0.Length; i++) { GEnum1 genum = (GEnum1)byte_0[i]; switch (genum) { case GEnum1.Integer: { gclass.List_0.Add(new GClass12 { GEnum1_0 = GEnum1.Integer, Int32_0 = (int)byte_0[i + 1] }); byte[] array = new byte[(int)byte_0[i + 1]]; int length = (i + 2 + (int)byte_0[i + 1] > byte_0.Length) ? (byte_0.Length - (i + 2)) : ((int)byte_0[i + 1]); Array.Copy(byte_0, i + 2, array, 0, length); gclass.List_0[gclass.List_0.Count - 1].Byte_0 = array; i = i + 1 + gclass.List_0[gclass.List_0.Count - 1].Int32_0; break; } case GEnum1.BitString: case GEnum1.Null: break; case GEnum1.OctetString: { gclass.List_0.Add(new GClass12 { GEnum1_0 = GEnum1.OctetString, Int32_0 = (int)byte_0[i + 1] }); byte[] array2 = new byte[(int)byte_0[i + 1]]; int length = (i + 2 + (int)byte_0[i + 1] > byte_0.Length) ? (byte_0.Length - (i + 2)) : ((int)byte_0[i + 1]); Array.Copy(byte_0, i + 2, array2, 0, length); gclass.List_0[gclass.List_0.Count - 1].Byte_0 = array2; i = i + 1 + gclass.List_0[gclass.List_0.Count - 1].Int32_0; break; } case GEnum1.ObjectIdentifier: { gclass.List_0.Add(new GClass12 { GEnum1_0 = GEnum1.ObjectIdentifier, Int32_0 = (int)byte_0[i + 1] }); byte[] array3 = new byte[(int)byte_0[i + 1]]; int length = (i + 2 + (int)byte_0[i + 1] > byte_0.Length) ? (byte_0.Length - (i + 2)) : ((int)byte_0[i + 1]); Array.Copy(byte_0, i + 2, array3, 0, length); gclass.List_0[gclass.List_0.Count - 1].Byte_0 = array3; i = i + 1 + gclass.List_0[gclass.List_0.Count - 1].Int32_0; break; } default: if (genum == GEnum1.Sequence) { byte[] array4; if (gclass.Int32_0 == 0) { gclass.GEnum1_0 = GEnum1.Sequence; gclass.Int32_0 = byte_0.Length - (i + 2); array4 = new byte[gclass.Int32_0]; } else { gclass.List_0.Add(new GClass12 { GEnum1_0 = GEnum1.Sequence, Int32_0 = (int)byte_0[i + 1] }); array4 = new byte[(int)byte_0[i + 1]]; } int num = (array4.Length > byte_0.Length - (i + 2)) ? (byte_0.Length - (i + 2)) : array4.Length; Array.Copy(byte_0, i + 2, array4, 0, array4.Length); gclass.List_0.Add(GClass10.smethod_0(array4)); i = i + 1 + (int)byte_0[i + 1]; } break; } } return(gclass); }
// Token: 0x06000425 RID: 1061 RVA: 0x001D37D4 File Offset: 0x001D1BD4 public void b_read(IAsyncResult ar) { bool flag = !this.CN | this.bool_1; if (!flag) { bool flag2; try { int num = 0; try { num = this.Client.Client.EndReceive(ar); } catch (SocketException ex) { SocketException ex2 = ex; this.string_1 = ex2.SocketErrorCode.ToString(); goto IL_422; } flag = (num <= 0); if (flag) { goto IL_422; } Class7.long_1 += (long)num; flag = (this.Length == -1L); if (flag) { flag2 = (this.b[0] == 0); if (flag2) { byte[] array = this.M.ToArray(); this.Length = Conversions.ToLong(Class6.smethod_12(ref array)); this.M.Dispose(); this.M = new MemoryStream(); flag2 = (this.Length == 0L); if (flag2) { this.Length = -1L; flag2 = (this.L == null & !this.isPL); if (flag2) { this.string_1 = "LTimeOut"; goto IL_422; } int num2 = (int)Math.Round(Math.Round((DateAndTime.Now.Subtract(this.lastPing).TotalMilliseconds - 10.0) / 1.5)); flag2 = (num2 < 0); if (flag2) { num2 = 0; } flag2 = (num2 > 999); if (flag2) { num2 = 999; } this.lastPing = DateAndTime.Now; this.IsPNGED = false; string text = "P" + Class7.string_1 + num2.ToString("000"); GClass12 gclass = new GClass12(this, Class6.smethod_11(ref text)); List <GClass12> req = this.SK.REQ; List <GClass12> obj = req; lock (obj) { this.SK.REQ.Add(gclass); } while (!gclass.bool_0) { Thread.Sleep(1); } goto IL_39E; } else { this.b = new byte[(int)(this.Length - 1L) + 1 - 1 + 1]; } } else { this.M.WriteByte(this.b[0]); } } else { this.M.Write(this.b, 0, num); flag2 = (this.M.Length == this.Length); if (flag2) { this.Length = -1L; GClass12 gclass2 = new GClass12(this, this.M.ToArray()); List <GClass12> req2 = this.SK.REQ; List <GClass12> obj2 = req2; lock (obj2) { this.SK.REQ.Add(gclass2); } while (!gclass2.bool_0) { Thread.Sleep(1); } this.M.Dispose(); this.M = new MemoryStream(); this.b = new byte[1]; } else { this.b = new byte[(int)(this.Length - this.M.Length - 1L) + 1 - 1 + 1]; } } Thread.Sleep(1); } catch (Exception ex3) { this.string_1 = "RError"; goto IL_422; } IL_39E: flag2 = !this.CN; if (flag2) { return; } try { this.Client.Client.BeginReceive(this.b, 0, this.b.Length, SocketFlags.None, new AsyncCallback(this.b_read), null); return; } catch (SocketException ex4) { SocketException ex5 = ex4; this.string_1 = ex5.SocketErrorCode.ToString(); } } IL_422: this.CN = false; }