public virtual async ValueTask <bool> ParseReplayDataChunkHeader(ReplayArchiveAsync chunkReader)
{
uint time1 = uint.MaxValue;
uint time2 = uint.MaxValue;
if (ReplayHeader !.FileVersion >= ReplayVersionHistory.streamChunkTimes)
{
time1 = await chunkReader.ReadUInt32Async();
time2 = await chunkReader.ReadUInt32Async();
int replaySizeInBytes = await chunkReader.ReadInt32Async();
}
using (IMemoryOwner <byte> uncompressedData = await chunkReader.UncompressData())//TODO: check compress
{
return(ParseReplayData(new ChunkArchive(uncompressedData.Memory, DemoHeader !, ReplayHeader !)));
}
}
public virtual async ValueTask <bool> ParseCheckpointHeader(ReplayArchiveAsync binaryReader)
{
string id = await binaryReader.ReadStringAsync();
string group = await binaryReader.ReadStringAsync();
string metadata = await binaryReader.ReadStringAsync();
uint time1 = await binaryReader.ReadUInt32Async();
uint time2 = await binaryReader.ReadUInt32Async();
int eventSizeInBytes = await binaryReader.ReadInt32Async();
Debug.Assert(eventSizeInBytes == binaryReader.Length - binaryReader.Position);
using (IMemoryOwner <byte> uncompressed = await binaryReader.UncompressData())
{
return(ParseCheckpointContent(new ChunkArchive(uncompressed.Memory, DemoHeader !, ReplayHeader !), id, group, metadata, time1, time2));
}
}
public virtual async ValueTask <bool> ParseCheckpointHeader(ReplayArchiveAsync binaryReader)
{
string id = await binaryReader.ReadStringAsync();
string group = await binaryReader.ReadStringAsync();
string metadata = await binaryReader.ReadStringAsync();
uint time1 = await binaryReader.ReadUInt32Async();
uint time2 = await binaryReader.ReadUInt32Async();
int eventSizeInBytes = await binaryReader.ReadInt32Async();
using (IMemoryOwner <byte> uncompressed = await binaryReader.UncompressData())
{
return(ParseCheckpointContent(new ChunkArchive(uncompressed.Memory, DemoHeader !.EngineNetworkProtocolVersion), id, group, metadata, time1, time2));
return(true);
}
}