public override void Parse(CLRMetaDataParser parser)
{
Parent = parser.ReadHasCustomAttribute();
Constructor = parser.ReadCustomAttributeType();
m_rawValue = parser.ReadBlob();
m_tables = parser.Tables;
}
public override void Parse(CLRMetaDataParser parser)
{
if (parser.ReadU16() != 0)
throw new ParseFailedException("Bad Generation value");
Name = parser.ReadString();
Mvid = parser.ReadGuid();
CLRGuid encId = parser.ReadGuid();
CLRGuid encBaseId = parser.ReadGuid();
if (encId != null || encBaseId != null)
throw new ParseFailedException("Unexpected EncId/EncBaseId values");
}
public override void Parse(CLRMetaDataParser parser)
{
Offset = parser.ReadU32();
uint flags = parser.ReadU32();
uint visibility = (flags & 0x7);
if (visibility < 0x1 || visibility > 0x2)
throw new ParseFailedException("Unexpected visibility on manifest resource");
Visibility = (ManifestResourceVisibility)visibility;
Name = parser.ReadString();
Implementation = parser.ReadImplementation();
}
public override void Parse(CLRMetaDataParser parser)
{
uint semantics = parser.ReadU16();
Setter = ((semantics & 0x1) != 0);
Getter = ((semantics & 0x2) != 0);
Other = ((semantics & 0x4) != 0);
AddOn = ((semantics & 0x8) != 0);
RemoveOn = ((semantics & 0x10) != 0);
Fire = ((semantics & 0x20) != 0);
Method = (CLRMethodDefRow)parser.ReadTable(CLRMetaDataTables.TableIndex.MethodDef);
Association = parser.ReadHasSemantics();
}
public override void Parse(CLRMetaDataParser parser)
{
Number = parser.ReadU16();
uint flags = parser.ReadU16();
Owner = parser.ReadTypeOrMethodDef();
Name = parser.ReadString();
Constraints = new List<CLRGenericParamConstraintRow>();
Variance = (VarianceEnum)(flags & 0x3);
ReferenceTypeConstraint = ((flags & 0x4) != 0);
NotNullableValueTypeConstraint = ((flags & 0x8) != 0);
DefaultConstructorConstraint = ((flags & 0x10) != 0);
}
public override void Parse(CLRMetaDataParser parser)
{
Type = (CLRSigType.ElementType)parser.ReadU8();
if (parser.ReadU8() != 0)
throw new ParseFailedException("Pad missing");
Parent = parser.ReadHasConstant();
Value = parser.ReadBlob();
ICLRHasConstant hcParent = (ICLRHasConstant)Parent;
CLRConstantRow[] newConstants;
if (hcParent.AttachedConstants != null)
{
CLRConstantRow[] oldConstants = hcParent.AttachedConstants;
newConstants = new CLRConstantRow[oldConstants.Length + 1];
for (int i = 0; i < oldConstants.Length; i++)
newConstants[i] = oldConstants[i];
}
else
newConstants = new CLRConstantRow[1];
newConstants[newConstants.Length - 1] = this;
hcParent.AttachedConstants = newConstants;
}
public override void Parse(CLRMetaDataParser parser)
{
MajorVersion = parser.ReadU16();
MinorVersion = parser.ReadU16();
BuildNumber = parser.ReadU16();
RevisionNumber = parser.ReadU16();
uint flags = parser.ReadU32();
PublicKeyOrToken = parser.ReadBlob();
Name = parser.ReadString();
Culture = parser.ReadString();
HashValue = parser.ReadBlob();
HasPublicKey = ((flags & 0x1) != 0);
Retargetable = ((flags & 0x100) != 0);
DisableJITcompileOptimizer = ((flags & 0x4000) != 0);
EnableJITcompileTracking = ((flags & 0x8000) != 0);
}
public override void Parse(CLRMetaDataParser parser)
{
Class = (CLRTypeDefRow)parser.ReadTable(CLRMetaDataTables.TableIndex.TypeDef);
Interface = parser.ReadTypeDefOrRefOrSpec();
}
public CLRTableRow Parse(CLRMetaDataParser parser, CLRMetaDataTables tables)
{
uint code = parser.ReadU16();
uint tag = (code & m_tagMask);
if (tag > m_maxTag)
throw new ParseFailedException("Invalid coded tag");
ICLRTable table = tables.GetTable((int)m_tableIndexes[tag]);
if (table.NumRows > m_maxCompactRows)
{
uint highCode = parser.ReadU16();
code |= (highCode << 16);
}
uint row = code >> (int)m_tagBits;
if (row == 0)
return null;
return table.GetRow(row - 1);
}
public override void Parse(CLRMetaDataParser parser)
{
HashAlgId = (AssemblyHashAlgorithm)parser.ReadU32();
if (HashAlgId != AssemblyHashAlgorithm.None && HashAlgId != AssemblyHashAlgorithm.ReservedMD5 && HashAlgId != AssemblyHashAlgorithm.SHA1)
throw new ParseFailedException("Unknown hash algorith");
MajorVersion = parser.ReadU16();
MinorVersion = parser.ReadU16();
BuildNumber = parser.ReadU16();
RevisionNumber = parser.ReadU16();
uint flags = parser.ReadU32();
PublicKey = parser.ReadBlob();
Name = parser.ReadString();
Culture = parser.ReadString();
HasPublicKey = ((flags & 0x1) != 0);
Retargetable = ((flags & 0x100) != 0);
DisableJITcompileOptimizer = ((flags & 0x4000) != 0);
EnableJITcompileTracking = ((flags & 0x8000) != 0);
}
public override void Parse(CLRMetaDataParser parser)
{
ResolutionScope = parser.ReadResolutionScope();
TypeName = parser.ReadString();
TypeNamespace = parser.ReadString();
}
public override void ResolveSpans(CLRTableRow nextRow, CLRMetaDataParser parser)
{
Fields = CLRSpanResolver<CLRTypeDefRow, CLRFieldRow>.Resolve(this, nextRow, ref m_firstField, parser,
CLRMetaDataTables.TableIndex.Field, nextRowTyped => { return nextRowTyped.m_firstField; });
MethodDefs = CLRSpanResolver<CLRTypeDefRow, CLRMethodDefRow>.Resolve(this, nextRow, ref m_firstMethodDef, parser,
CLRMetaDataTables.TableIndex.MethodDef, nextRowTyped => { return nextRowTyped.m_firstMethodDef; });
}
public override void Parse(CLRMetaDataParser parser)
{
PackingSize = parser.ReadU16();
ClassSize = parser.ReadU32();
Parent = (CLRTypeDefRow)parser.ReadTable(CLRMetaDataTables.TableIndex.TypeDef);
}
public override void Parse(CLRMetaDataParser parser)
{
Method = parser.ReadMethodDefOrRef();
Instantiation = new CLRSigMethodSpec(new CLRSignatureParser(parser.ReadBlob(), parser.Tables));
}
public override void Parse(CLRMetaDataParser parser)
{
RVA = parser.ReadU32();
Field = (CLRFieldRow)parser.ReadTable(CLRMetaDataTables.TableIndex.Field);
}
public virtual void ResolveSpans(CLRTableRow nextRow, CLRMetaDataParser parser)
{
}
public virtual void Parse(CLRMetaDataParser parser)
{
throw new NotImplementedException();
}
public override void Parse(CLRMetaDataParser parser)
{
Signature = parser.ReadBlob();
}
public override void Parse(CLRMetaDataParser parser)
{
Parent = (CLRTypeDefRow)parser.ReadTable(CLRMetaDataTables.TableIndex.TypeDef);
m_firstProperty = parser.ReadTableRawRow(CLRMetaDataTables.TableIndex.Property);
}
public override void Parse(CLRMetaDataParser parser)
{
Owner = (CLRGenericParamRow)parser.ReadTable(CLRMetaDataTables.TableIndex.GenericParam);
Constraint = parser.ReadTypeDefOrRefOrSpec();
}
public CLRMetaDataTables(StreamParser parser, CLRMetaData metaData, CLRMetaStreamBinaryData binData)
{
MetaData = metaData;
parser.Skip(4); // Reserved
byte majorVersion = parser.ReadU8();
byte minorVersion = parser.ReadU8();
byte heapSizes = parser.ReadU8();
parser.Skip(1); // Reserved
ulong validMask = parser.ReadU64();
ulong sortedMask = parser.ReadU64();
m_rowCounts = new uint[64];
for (int i = 0; i < 64; i++)
{
if ((validMask & ((ulong)1 << i)) != 0)
m_rowCounts[i] = parser.ReadU32();
}
StringOffsets32Bit = ((heapSizes & 1) != 0);
GuidOffsets32Bit = ((heapSizes & 2) != 0);
BlobOffsets32Bit = ((heapSizes & 4) != 0);
if (majorVersion != 2 || minorVersion != 0)
throw new ParseFailedException("Unknown metadata table version");
m_clrTables = new ICLRTable[64];
AddTable(0x00, new CLRTable<CLRModuleRow>());
AddTable(0x01, new CLRTable<CLRTypeRefRow>());
AddTable(0x02, new CLRTable<CLRTypeDefRow>());
AddTable(0x04, new CLRTable<CLRFieldRow>());
AddTable(0x06, new CLRTable<CLRMethodDefRow>());
AddTable(0x08, new CLRTable<CLRParamRow>());
AddTable(0x09, new CLRTable<CLRInterfaceImplRow>());
AddTable(0x0a, new CLRTable<CLRMemberRefRow>());
AddTable(0x0b, new CLRTable<CLRConstantRow>());
AddTable(0x0c, new CLRTable<CLRCustomAttributeRow>());
AddTable(0x0d, new CLRTable<CLRFieldMarshalRow>());
AddTable(0x0e, new CLRTable<CLRDeclSecurityRow>());
AddTable(0x0f, new CLRTable<CLRClassLayoutRow>());
AddTable(0x10, new CLRTable<CLRFieldLayoutRow>());
AddTable(0x11, new CLRTable<CLRStandAloneSigRow>());
AddTable(0x12, new CLRTable<CLREventMapRow>());
AddTable(0x14, new CLRTable<CLREventRow>());
AddTable(0x15, new CLRTable<CLRPropertyMapRow>());
AddTable(0x17, new CLRTable<CLRPropertyRow>());
AddTable(0x18, new CLRTable<CLRMethodSemanticsRow>());
AddTable(0x19, new CLRTable<CLRMethodImplRow>());
AddTable(0x1a, new CLRTable<CLRModuleRefRow>());
AddTable(0x1b, new CLRTable<CLRTypeSpecRow>());
AddTable(0x1c, new CLRTable<CLRImplMapRow>());
AddTable(0x1d, new CLRTable<CLRFieldRVARow>());
AddTable(0x20, new CLRTable<CLRAssemblyRow>());
AddTable(0x21, new CLRTable<CLRAssemblyProcessorRow>());
AddTable(0x22, new CLRTable<CLRAssemblyOSRow>());
AddTable(0x23, new CLRTable<CLRAssemblyRefRow>());
AddTable(0x24, new CLRTable<CLRAssemblyRefProcessorRow>());
AddTable(0x25, new CLRTable<CLRAssemblyRefOSRow>());
AddTable(0x26, new CLRTable<CLRFileRow>());
AddTable(0x27, new CLRTable<CLRExportedTypeRow>());
AddTable(0x28, new CLRTable<CLRManifestResourceRow>());
AddTable(0x29, new CLRTable<CLRNestedClassRow>());
AddTable(0x2a, new CLRTable<CLRGenericParamRow>());
AddTable(0x2c, new CLRTable<CLRGenericParamConstraintRow>());
AddTable(0x2b, new CLRTable<CLRMethodSpecRow>());
MetaDataParser = new CLRMetaDataParser(parser, binData, this, StringOffsets32Bit, GuidOffsets32Bit, BlobOffsets32Bit);
for (int i = 0; i < 64; i++)
{
if ((validMask & (ulong)1 << i) != 0)
{
if (m_clrTables[i] == null)
throw new ParseFailedException("Unknown table type");
m_clrTables[i].Parse(MetaDataParser);
}
}
}
public override void Parse(CLRMetaDataParser parser)
{
m_childClasses = new List<CLRTypeDefRow>();
m_implementedInterfaces = new List<CLRTableRow>();
m_methodImpls = new List<CLRMethodImplRow>();
GenericParameters = null;
uint flags = parser.ReadU32();
uint vis = flags & 0x07;
if (vis > 0x07)
throw new ParseFailedException("Invalid visibility");
uint layout = flags & 0x18;
if (layout != 0x0 && layout != 0x08 && layout != 0x10)
throw new ParseFailedException("Invalid layout");
uint semantics = flags & 0x20;
if (semantics != 0 && semantics != 0x20)
throw new ParseFailedException("Invalid semantics");
Visibility = (TypeVisibility)vis;
ClassLayout = (TypeClassLayout)layout;
Semantics = (TypeSemantics)semantics;
IsAbstract = (flags & 0x80) != 0;
IsSealed = (flags & 0x100) != 0;
IsSpecialName = (flags & 0x400) != 0;
IsImported = (flags & 0x1000) != 0;
IsSerializable = (flags & 0x2000) != 0;
StringFormat = (TypeStringFormat)(flags & 0x30000);
CustomStringFormat = (byte)((flags & 0xc00000) >> 22);
IsBeforeFieldInit = (flags & 0x100000) != 0;
IsRTSpecialName = (flags & 0x800) != 0;
HasSecurity = (flags & 0x40000) != 0;
IsTypeForwarder = (flags & 0x200000) != 0;
TypeName = parser.ReadString();
TypeNamespace = parser.ReadString();
Extends = parser.ReadTypeDefOrRefOrSpec();
m_firstField = parser.ReadTableRawRow(CLRMetaDataTables.TableIndex.Field);
m_firstMethodDef = parser.ReadTableRawRow(CLRMetaDataTables.TableIndex.MethodDef);
if (m_firstField == 0 || m_firstMethodDef == 0)
throw new ParseFailedException("Invalid method/field def span");
}
public override void ResolveSpans(CLRTableRow nextRow, CLRMetaDataParser parser)
{
PropertyList = CLRSpanResolver<CLRPropertyMapRow, CLRPropertyRow>.Resolve(this, nextRow, ref m_firstProperty, parser,
CLRMetaDataTables.TableIndex.Property, nextRowTyped => { return nextRowTyped.m_firstProperty; });
}
public override void Parse(CLRMetaDataParser parser)
{
Class = (CLRTypeDefRow)parser.ReadTable(CLRMetaDataTables.TableIndex.TypeDef);
MethodBody = parser.ReadMethodDefOrRef();
MethodDeclaration = parser.ReadMethodDefOrRef();
}