public BTree2Record04(H5BinaryReader reader, Superblock superblock)
{
this.FilteredHugeObjectAddress = superblock.ReadOffset(reader);
this.FilteredHugeObjectLength = superblock.ReadLength(reader);
this.FilterMask = reader.ReadUInt32();
this.FilteredHugeObjectMemorySize = superblock.ReadLength(reader);
}
public ExternalFileListSlot(H5BinaryReader reader, Superblock superblock) : base(reader)
{
// name heap offset
this.NameHeapOffset = superblock.ReadLength(reader);
// offset
this.Offset = superblock.ReadLength(reader);
// size
this.Size = superblock.ReadLength(reader);
}
public SingleChunkIndexingInformation(H5BinaryReader reader, Superblock superblock, ChunkedStoragePropertyFlags flags) : base(reader)
{
if (flags.HasFlag(ChunkedStoragePropertyFlags.SINGLE_INDEX_WITH_FILTER))
{
// filtered chunk size
this.FilteredChunkSize = superblock.ReadLength(reader);
// chunk filters
this.ChunkFilters = reader.ReadUInt32();
}
}
public ObjectHeaderContinuationMessage(H5BinaryReader reader, Superblock superblock) : base(reader)
{
this.Offset = superblock.ReadOffset(reader);
this.Length = superblock.ReadLength(reader);
}
public ContiguousStoragePropertyDescription(H5BinaryReader reader, Superblock superblock) : base(reader)
{
this.Address = superblock.ReadOffset(reader);
this.Size = superblock.ReadLength(reader);
}
public BTree2Record01(H5BinaryReader reader, Superblock superblock)
{
this.HugeObjectAddress = superblock.ReadOffset(reader);
this.HugeObjectLength = superblock.ReadLength(reader);
this.HugeObjectId = superblock.ReadLength(reader);
}
public BTree1GroupKey(H5BinaryReader reader, Superblock superblock)
{
this.LocalHeapByteOffset = superblock.ReadLength(reader);
}
