private void ParseResGroupMembers(BinaryParser parser, ResGroup resGroup) { resGroup.Name = parser.ConsumeStringZ(); resGroup.Flags = parser.ConsumeUInt32(); }
private IList<Managed> ParseGroupBin(BinaryParser parser) { IList<Managed> items = this.context.Resolve<IList<Managed>>(); parser.Expect(magic); parser.Expect(major); parser.Expect(minor); this.rev = parser.ConsumeByte(); if (0 != parser.ConsumeUInt16()) { throw new FormatException(); } var resGroup = this.context.Resolve<ResGroup>(new Parameter[] { TypedParameter.From(parser.ResourceFile) }); resGroup.BasePath = parser.BasePath; items.Add(resGroup); for (;;) { var blockHash = parser.ConsumeUInt32(); if (blockHash == 0) { break; } var pos = parser.Position; var len = parser.ConsumeUInt32(); switch (blockHash) { case 0x8081E087: this.ParseResGroupMembers(parser, resGroup); break; case 0xDC3C2177: this.ParseGroupResources(parser, resGroup); break; case 0x3b495dc0: this.ParseChildGroups(parser, resGroup); break; default: throw new FormatException(); } if (parser.Position != pos + len) { throw new FormatException(); } } return items; }
private void ParseGroupResources(BinaryParser parser, ResGroup resGroup) { uint numResources = parser.ConsumeUInt32(); while (numResources > 0) { uint hash = parser.ConsumeUInt32(); uint resCount = parser.ConsumeUInt32(); bool unknown0 = parser.ConsumeBool(); bool unknown1 = parser.ConsumeBool(); while (resCount > 0) { --resCount; var pos = parser.Position; uint length = parser.ConsumeUInt32(); object ser = null; if (!this.context.TryResolveKeyed(hash, typeof(IBinarySerializer), out ser)) { this.errorHandler.CanNotRead( parser.BasePath, new FormatException(string.Format("Can't find resource reader for type {0}", hash))); parser.Skip(length - 4); continue; } var s = (IBinarySerializer)ser; Managed res = null; try { res = s.Parse(parser); resGroup.AddResource(res); } catch (Exception ex) { this.errorHandler.CanNotRead( parser.BasePath, new FormatException(string.Format("Can't read resource for type {0}", hash), ex)); parser.Position = pos + length; continue; } if (parser.Position != pos + length) { throw new FormatException( string.Format( "Parse of {0} failed: wrong position by {1} bytes", (res == null) ? hash.ToString() : res.GetType().Name, parser.Position - (pos + length))); //parser.Position = pos + length; } } --numResources; } }
private void ParseChildGroups(BinaryParser parser, ResGroup resGroup) { byte num = parser.ConsumeByte(); while (num > 0) { string path = parser.ConsumeStringZ(); if (!string.IsNullOrEmpty(path)) { resGroup.AddFile(path); } { if (0 != parser.ConsumeUInt32()) { throw new FormatException(); } } { if (0x00001000 != parser.ConsumeInt32()) { throw new FormatException(); } } { if (0xd9794596 != parser.ConsumeUInt32()) { throw new FormatException(); } } --num; } }