| public HasTable ( MetaDataTableType table ) : bool | ||
| table | MetaDataTableType | |
| return | bool | |
internal NETTableReader(TablesHeap tablesheap)
{
reader = new BinaryReader(new MemoryStream(tablesheap.Contents));
tablesheap.header = ASMGlobals.ReadStructureFromReader<Structures.METADATA_TABLE_HEADER>(reader);
this.tableheap = tablesheap;
for (int i = 0; i < 45; i++)
if (tableheap.HasTable((MetaDataTableType)i))
{
tableheap.tablecount++;
}
ReadTableHeaders();
tableheap.tablereader = this;
// ReadTables();
}
internal NETTableReader(MetaDataStream stream)
{
this.stream = stream;
reader = new BinaryReader(new MemoryStream(stream.Contents));
tableheap = new TablesHeap();
tableheap.header = ASMGlobals.ReadStructureFromReader<Structures.METADATA_TABLE_HEADER>(reader);
tableheap.reader = stream.reader;
tableheap.offset = stream.offset;
tableheap.size = stream.size;
tableheap.stream = stream;
tableheap.streamoffset = stream.streamoffset;
tableheap.headeroffset = stream.headeroffset;
tableheap.netheader = stream.netheader;
for (int i = 0; i < 45; i++)
if (tableheap.HasTable((MetaDataTableType)i))
{
tableheap.tablecount++;
}
ReadTableHeaders();
tableheap.tablereader = this;
// ReadTables();
}
internal NETTableReader(TablesHeap tablesheap)
{
using (BinaryReader reader = new BinaryReader(new MemoryStream(tablesheap.Contents)))
{
tablesheap._header = ASMGlobals.ReadStructureFromReader<Structures.METADATA_TABLE_HEADER>(reader);
this.tablesHeap = tablesheap;
for (int i = 0; i < 45; i++)
if (tablesHeap.HasTable((MetaDataTableType)i))
{
tablesHeap._tablecount++;
}
tablesHeap._tablereader = this;
if ((tablesHeap.HeapOffsetSizes & 1) == 1)
tablesHeap._netheader.StringsHeap._indexsize = 4;
if ((tablesHeap.HeapOffsetSizes & 2) == 2)
tablesHeap._netheader.GuidHeap._indexsize = 4;
if ((tablesHeap.HeapOffsetSizes & 4) == 4)
tablesHeap._netheader.BlobHeap._indexsize = 4;
ReadTableHeaders(reader);
}
}
