//Retrieves the details of DLLs and entry points used by P/Invoke
public ArrayList GetPInvokeDetails()
{
ArrayList externalDetails = new ArrayList();
ImplMap implMap = this.peFile.tables.ImplMap;
ModuleRef moduleRef = this.peFile.tables.ModuleRef;
MethodDef moduleDef = this.peFile.tables.MethodDef;
// get the name from the target type and for each type in TypeDef table check the Name for a match.
// When the match is found, get the namespace and methodlist start and methodlist finish (by looking at the next row method list start)
// Look at all the MethodDefs for the type, for each row look in ImplMap.memberForwarded.
// If found, return pinvoke details.
for (int i = 0; i < implMap.NumberOfRows; i++)
{
// ImplMap.MemberForwarded is a coded token with the first bit defining
// whether it indexes the MethodDef or Field table. As imported fields are not
// supported it always points to the MethodDef table so we can r-shift the bits
// to get the correct index into the methoddef table
uint methodIndex = implMap.MemberForwarded[i] >> 1;
string typeName = GetTypeName(methodIndex);
string methodName = (methodIndex > 0) ? GetStringFromStringHeap(moduleDef.Name[methodIndex - 1]) : String.Empty;
// Get the dll name and method name
string importedMethodName = GetStringFromStringHeap(implMap.ImportName[i]);
// import scope points to the moduleref table
uint moduleRefEntry = implMap.ImportScope[i];
string dllName = (moduleRefEntry > 0) ? GetStringFromStringHeap(moduleRef.Name[moduleRefEntry - 1]) : String.Empty;
externalDetails.Add(new Crossplatform.NET.PInvokeCallDetails(typeName, methodName, dllName, importedMethodName));
}
return(externalDetails);
}
public Tables(TablesHeader tablesHeader, MetaDataStream stringHeap, BinaryReader reader)
{
this.tablesHeader = tablesHeader;
this.stringHeap = stringHeap;
this.reader = reader;
this.indexSizeIndicator = tablesHeader.HeapSizes;
this.RowsPerTable = tablesHeader.NumberOfRows;
// set up a table of coded index information
// the first figure in the array is the number of bits needed to encode
// which table the index is pointing to. Note, some indexes use more bits
// than are necessary, for example CustomAttributeType uses 3 bits even though
// it only points to 2 tables, so in theory could be encoded in 1 bit.
this.CodedIndexInformation = new object[12];
CodedIndexInformation[(int)Tables.CodedIndexType.TypeDefOrRef] = new int[] { 2, (int)Tables.TableName.TypeDef, (int)Tables.TableName.TypeRef, (int)Tables.TableName.TypeSpec };
CodedIndexInformation[(int)Tables.CodedIndexType.HasConstant] = new int[] { 2, (int)Tables.TableName.Field, (int)Tables.TableName.Param, (int)Tables.TableName.Property };
CodedIndexInformation[(int)Tables.CodedIndexType.HasCustomAttribute] = new int[] { 5, (int)Tables.TableName.MethodDef,
(int)Tables.TableName.Field,
(int)Tables.TableName.TypeRef,
(int)Tables.TableName.TypeDef,
(int)Tables.TableName.Param,
(int)Tables.TableName.InterfaceImpl,
(int)Tables.TableName.MemberRef,
(int)Tables.TableName.Module,
(int)Tables.TableName.DeclSecurity,
(int)Tables.TableName.Property,
(int)Tables.TableName.EventX,
(int)Tables.TableName.StandAloneSig,
(int)Tables.TableName.ModuleRef,
(int)Tables.TableName.TypeSpec,
(int)Tables.TableName.Assembly,
(int)Tables.TableName.AssemblyRef,
(int)Tables.TableName.File,
(int)Tables.TableName.ExportedType,
(int)Tables.TableName.ManifestResource };
CodedIndexInformation[(int)Tables.CodedIndexType.HasFieldMarshal] = new int[] { 1, (int)Tables.TableName.Field, (int)Tables.TableName.Param };
CodedIndexInformation[(int)Tables.CodedIndexType.HasDeclSecurity] = new int[] { 2, (int)Tables.TableName.TypeDef, (int)Tables.TableName.MethodDef, (int)Tables.TableName.Assembly };
CodedIndexInformation[(int)Tables.CodedIndexType.MemberRefParent] = new int[] { 3, (int)Tables.TableName.TypeRef, (int)Tables.TableName.ModuleRef, (int)Tables.TableName.MethodDef, (int)Tables.TableName.TypeSpec };
CodedIndexInformation[(int)Tables.CodedIndexType.HasSemantics] = new int[] { 1, (int)Tables.TableName.EventX, (int)Tables.TableName.Property };
CodedIndexInformation[(int)Tables.CodedIndexType.MethodDefOrRef] = new int[] { 1, (int)Tables.TableName.MethodDef, (int)Tables.TableName.MemberRef };
CodedIndexInformation[(int)Tables.CodedIndexType.MemberForwarded] = new int[] { 1, (int)Tables.TableName.Field, (int)Tables.TableName.MethodDef };
CodedIndexInformation[(int)Tables.CodedIndexType.Implementation] = new int[] { 2, (int)Tables.TableName.File, (int)Tables.TableName.AssemblyRef, (int)Tables.TableName.ExportedType };
CodedIndexInformation[(int)Tables.CodedIndexType.CustomAttributeType] = new int[] { 3, (int)Tables.TableName.MethodDef, (int)Tables.TableName.MemberRef };
CodedIndexInformation[(int)Tables.CodedIndexType.ResolutionScope] = new int[] { 2, (int)Tables.TableName.Module, (int)Tables.TableName.ModuleRef, (int)Tables.TableName.AssemblyRef, (int)Tables.TableName.TypeRef };
this.Module = new Module(Tables.TableName.Module, this);
this.TypeRef = new TypeRef(Tables.TableName.TypeRef, this);
this.TypeDef = new TypeDef(Tables.TableName.TypeDef, this);
this.Field = new Field(Tables.TableName.Field, this);
this.MethodDef = new MethodDef(Tables.TableName.MethodDef, this);
this.Param = new Param(Tables.TableName.Param, this);
this.InterfaceImpl = new InterfaceImpl(Tables.TableName.InterfaceImpl, this);
this.MemberRef = new MemberRef(Tables.TableName.MemberRef, this);
this.Constant = new Constant(Tables.TableName.Constant, this);
this.CustomAttribute = new CustomAttribute(Tables.TableName.CustomAttribute, this);
this.FieldMarshal = new FieldMarshal(Tables.TableName.FieldMarshal, this);
this.DeclSecurity = new DeclSecurity(Tables.TableName.DeclSecurity, this);
this.ClassLayout = new ClassLayout(Tables.TableName.ClassLayout, this);
this.FieldLayout = new FieldLayout(Tables.TableName.FieldLayout, this);
this.StandAloneSig = new StandAloneSig(Tables.TableName.StandAloneSig, this);
this.EventMap = new EventMap(Tables.TableName.EventMap, this);
this.EventX = new EventX(Tables.TableName.EventX, this);
this.PropertyMap = new PropertyMap(Tables.TableName.PropertyMap, this);
this.Property = new Property(Tables.TableName.Property, this);
this.MethodSemantics = new MethodSemantics(Tables.TableName.MethodSemantics, this);
this.MethodImpl = new MethodImpl(Tables.TableName.MethodImpl, this);
this.ModuleRef = new ModuleRef(Tables.TableName.ModuleRef, this);
this.TypeSpec = new TypeSpec(Tables.TableName.TypeSpec, this);
this.ImplMap = new ImplMap(Tables.TableName.ImplMap, this);
}
