internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.Field, this);
nameIx = md.AddToStringsHeap(name);
if (!type.isDef())
{
type.BuildMDTables(md);
}
if (initVal != null)
{
FieldRVA rva = new FieldRVA(this, initVal);
rva.BuildMDTables(md);
}
if (constVal != null)
{
ConstantElem constElem = new ConstantElem(this, constVal);
constElem.BuildMDTables(md);
}
if (hasOffset)
{
FieldLayout layout = new FieldLayout(this, offset);
layout.BuildMDTables(md);
}
if (marshalType != null)
{
FieldMarshal marshalInfo = new FieldMarshal(this, marshalType);
marshalInfo.BuildMDTables(md);
}
}
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.Method, this);
nameIx = md.AddToStringsHeap(name);
if (genericParams != null)
{
foreach (object genericParam in genericParams)
{
((GenericParam)genericParam).BuildMDTables(md);
}
}
if (security != null)
{
foreach (object sec in security)
{
((DeclSecurity)sec).BuildMDTables(md);
}
}
if (pinvokeImpl != null)
{
pinvokeImpl.BuildMDTables(md);
}
if (entryPoint)
{
md.SetEntryPoint(this);
}
if (locals != null)
{
localSig = new LocalSig(locals);
localSig.BuildMDTables(md);
}
// The following code is done out of line in method
// TraverseCode *after* all the method indices have
// been allocated in the metadata.
// (kjg, March 2010)
//try {
// if (code != null) {
// if (code.IsEmpty()) {
// code = null;
// }
// else {
// code.BuildTables(md);
// }
// }
//}
//catch (InstructionException ex) {
// throw new Exception(ex.AddMethodName(name));
//}
parIx = md.TableIndex(MDTable.Param);
for (int i = 0; i < sig.numPars; i++)
{
parList[i].seqNo = (ushort)(i + 1);
parList[i].BuildMDTables(md);
}
sig.BuildTables(md);
}
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(tabIx, this);
foreach (Local local in locals)
{
local.BuildTables(md);
}
}
internal void AddConstraints(MetaDataOut md)
{
Contract.Requires(md != null);
foreach (GenericParamConstraint constraint in constraints)
{
md.AddToTable(MDTable.GenericParamConstraint, constraint);
}
}
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.AssemblyRef, this);
keyIx = md.AddToBlobHeap(keyBytes);
nameIx = md.AddToStringsHeap(name);
cultIx = md.AddToStringsHeap(culture);
hashIx = md.AddToBlobHeap(hashBytes);
}
internal override Type AddTypeSpec(MetaDataOut md)
{
if (this.myTypeSpec == null)
{
this.myTypeSpec = new GenericParTypeSpec(this);
md.AddToTable(MDTable.TypeSpec, this.myTypeSpec);
}
return(this.myTypeSpec);
}
// fix for Whidbey bug
internal void AddGenericsToTable(MetaDataOut md)
{
if (genericParams != null)
{
foreach (object genericParam in genericParams)
{
md.AddToTable(MDTable.GenericParam, (GenericParam)genericParam);
}
}
}
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.File, this);
nameIx = md.AddToStringsHeap(name);
hashIx = md.AddToBlobHeap(hashBytes);
if (entryPoint)
{
md.SetEntryPoint(this);
}
}
internal sealed override void BuildTables(MetaDataOut md)
{
if (!special)
{
md.AddToTable(MDTable.TypeRef, this);
nameIx = md.AddToStringsHeap(Name);
nameSpaceIx = md.AddToStringsHeap(NameSpace);
}
parent.BuildMDTables(md);
}
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.Event, this);
nameIx = md.AddToStringsHeap(name);
eventType.BuildMDTables(md);
for (int i = 0; i < tide; i++)
{
methods[i].BuildMDTables(md);
}
}
internal override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.MethodSpec, this);
if (!(methParent is MethodDef)) // Never build a method def
{
methParent.BuildMDTables(md);
}
foreach (Type instType in instTypes)
{
instType.BuildMDTables(md);
}
}
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.ExportedType, this);
nameSpaceIx = md.AddToStringsHeap(NameSpace);
nameIx = md.AddToStringsHeap(Name);
if (implementation is ModuleRef)
{
ModuleFile mFile = ((ModuleRef)implementation).modFile;
mFile.BuildMDTables(md);
implementation = mFile;
}
}
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.ModuleRef, this);
nameIx = md.AddToStringsHeap(name);
if (modFile != null)
{
modFile.BuildMDTables(md);
}
foreach (object obj in exportedClasses)
{
((ExternClass)obj).BuildMDTables(md);
}
}
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.Assembly, this);
nameIx = md.AddToStringsHeap(name);
cultIx = md.AddToStringsHeap(culture);
keyIx = md.AddToBlobHeap(publicKey);
if (security != null)
{
foreach (object dclSecurity in security)
{
((DeclSecurity)dclSecurity).BuildMDTables(md);
}
}
}
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.Module, this);
nameIx = md.AddToStringsHeap(name);
mvidIx = md.AddToGUIDHeap(mvid);
defaultClass.BuildTables(md);
foreach (object cls in classes)
{
((Class)cls).BuildMDTables(md);
}
foreach (ManifestResource rsrc in resources)
{
rsrc.BuildMDTables(md);
}
}
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.StandAloneSig, this);
for (int i = 0; i < numPars; i++)
{
parTypes[i].BuildMDTables(md);
}
if (numOptPars > 0)
{
for (int i = 0; i < numOptPars; i++)
{
optParTypes[i].BuildMDTables(md);
}
}
}
internal override void BuildTables(MetaDataOut md)
{
if (parent is MethodRef || parent is ClassRef)
{
return; // don't add it - fix by CK
}
md.AddToTable(MDTable.GenericParam, this);
nameIx = md.AddToStringsHeap(name);
// KJG note, Aug 2010.
// The constraint metadata table (0x2c) holds four kinds of thing:
// (1) TypeDef objects -- always already in table 0x2
// (2) TypeRef objects -- must be entered in table 0x1
// (3) ClassSpec objects -- entered in typespec table 0x1b
// (4) GenericParamTypeSpec objects -- also in table 0x1b.
// These are generated on demand, for those GenericParam
// objects which do not have a TypeSpec already.
// In the last three cases, 2 - 4, the objects should also
// be offered up to the relevant metadata table.
for (int i = 0; i < constraintTypes.Count; i++)
{
ClassSpec constraintSpec;
GenericParam constraintParam;
Type cType = constraintTypes[i];
if (cType is ClassRef)
{
cType.BuildMDTables(md);
}
else if ((constraintSpec = cType as ClassSpec) != null)
{
// Fix by CK - should be BuildTables too??
// Yes it should (kjg) Aug 2010
md.ConditionalAddTypeSpec(cType);
cType.BuildMDTables(md); // Just in case genClass is a TypeRef
}
else if ((constraintParam = cType as GenericParam) != null)
{
// AddTypeSpec creates GenericParamTypeSpec object and
// adds it to table 0x1b, if not already allocated.
// Replace GenericParam constraint on list by
// the GenericParamTypeSpec
cType = constraintParam.AddTypeSpec(md);
}
constraints.Add(new GenericParamConstraint(this, cType));
}
}
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.MemberRef, this);
nameIx = md.AddToStringsHeap(name);
if (parent != null)
{
if (parent is ClassSpec)
{
md.ConditionalAddTypeSpec(parent);
}
if (parent is ConstructedTypeSpec)
{
md.ConditionalAddTypeSpec(((ConstructedTypeSpec)parent).Spec);
}
parent.BuildMDTables(md);
}
sig.BuildTables(md);
}
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.Property, this);
nameIx = md.AddToStringsHeap(name);
for (int i = 0; i < numPars; i++)
{
parList[i].BuildMDTables(md);
}
for (int i = 0; i < tide; i++)
{
methods[i].BuildMDTables(md);
}
if (constVal != null)
{
ConstantElem constElem = new ConstantElem(this, constVal);
constElem.BuildMDTables(md);
}
}
/*------------------------- internal functions --------------------------*/
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(tabIx, this);
nameIx = md.AddToStringsHeap(name);
if (type is ClassSpec)
{
md.ConditionalAddTypeSpec(type);
}
if (!type.isDef())
{
type.BuildMDTables(md);
}
if (parent != null)
{
if (parent is ClassSpec)
{
md.ConditionalAddTypeSpec(parent);
}
parent.BuildMDTables(md);
}
}
/*----------------------------- internal functions ------------------------------*/
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(tabIx, this);
}
/*----------------------------- internal functions ------------------------------*/
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(tabIx, this);
}
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.FieldMarshal, this);
ntIx = md.AddToBlobHeap(nt.ToBlob());
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(tabIx, this);
foreach (Local local in locals)
{
local.BuildTables(md);
}
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.DeclSecurity, this);
permissionIx = md.AddToBlobHeap(permissionSet);
}
// fix for Whidbey bug
internal void AddGenericsToTable(MetaDataOut md)
{
Contract.Requires(md != null);
//for (int i=0; i < methods.Count; i++) {
// ((MethodDef)methods[i]).AddGenericsToTable(md);
//}
for (int i = 0; i < genericParams.Count; i++)
{
md.AddToTable(MDTable.GenericParam, (GenericParam)genericParams[i]);
}
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.MemberRef, this);
nameIx = md.AddToStringsHeap(name);
if (parent != null)
{
if (parent is ClassSpec) md.ConditionalAddTypeSpec(parent);
if (parent is ConstructedTypeSpec)
md.ConditionalAddTypeSpec(((ConstructedTypeSpec)parent).Spec);
parent.BuildMDTables(md);
}
sig.BuildTables(md);
}
internal override sealed void BuildTables(MetaDataOut md)
{
if (!special)
{
md.AddToTable(MDTable.TypeRef, this);
nameIx = md.AddToStringsHeap(Name);
nameSpaceIx = md.AddToStringsHeap(NameSpace);
}
parent.BuildMDTables(md);
}
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.FieldLayout, this);
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.Event, this);
nameIx = md.AddToStringsHeap(name);
eventType.BuildMDTables(md);
for (int i = 0; i < tide; i++)
{
methods[i].BuildMDTables(md);
}
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.ImplMap, this);
iNameIx = md.AddToStringsHeap(importName);
importScope.BuildMDTables(md);
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.ModuleRef, this);
nameIx = md.AddToStringsHeap(name);
if (modFile != null) modFile.BuildMDTables(md);
foreach (object obj in exportedClasses)
((ExternClass)obj).BuildMDTables(md);
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.AssemblyRef, this);
keyIx = md.AddToBlobHeap(keyBytes);
nameIx = md.AddToStringsHeap(name);
cultIx = md.AddToStringsHeap(culture);
hashIx = md.AddToBlobHeap(hashBytes);
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.File, this);
nameIx = md.AddToStringsHeap(name);
hashIx = md.AddToBlobHeap(hashBytes);
if (entryPoint) md.SetEntryPoint(this);
}
// fix for Whidbey bug
internal void AddGenericsToTable(MetaDataOut md)
{
if (genericParams != null)
{
foreach (object genericParam in genericParams)
{
md.AddToTable(MDTable.GenericParam, (GenericParam)genericParam);
}
}
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.Property, this);
nameIx = md.AddToStringsHeap(name);
for (int i = 0; i < numPars; i++)
parList[i].BuildMDTables(md);
for (int i = 0; i < tide; i++)
methods[i].BuildMDTables(md);
if (constVal != null)
{
ConstantElem constElem = new ConstantElem(this, constVal);
constElem.BuildMDTables(md);
}
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.Assembly, this);
nameIx = md.AddToStringsHeap(name);
cultIx = md.AddToStringsHeap(culture);
keyIx = md.AddToBlobHeap(publicKey);
if (security != null)
{
foreach (object dclSecurity in security)
{
((DeclSecurity)dclSecurity).BuildMDTables(md);
}
}
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.Field, this);
nameIx = md.AddToStringsHeap(name);
if (!type.isDef()) type.BuildMDTables(md);
if (initVal != null)
{
FieldRVA rva = new FieldRVA(this, initVal);
rva.BuildMDTables(md);
}
if (constVal != null)
{
ConstantElem constElem = new ConstantElem(this, constVal);
constElem.BuildMDTables(md);
}
if (hasOffset)
{
FieldLayout layout = new FieldLayout(this, offset);
layout.BuildMDTables(md);
}
if (marshalType != null)
{
FieldMarshal marshalInfo = new FieldMarshal(this, marshalType);
marshalInfo.BuildMDTables(md);
}
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.InterfaceImpl, this);
if (!theInterface.isDef()) theInterface.BuildMDTables(md);
if (theInterface is ClassSpec) md.ConditionalAddTypeSpec(theInterface);
}
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.FieldRVA, this);
md.AddData(data);
}
/*------------------------- internal functions --------------------------*/
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(tabIx, this);
nameIx = md.AddToStringsHeap(name);
if (type is ClassSpec) md.ConditionalAddTypeSpec(type);
if (!type.isDef())
type.BuildMDTables(md);
if (parent != null)
{
if (parent is ClassSpec) md.ConditionalAddTypeSpec(parent);
parent.BuildMDTables(md);
}
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.FieldLayout, this);
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.FieldRVA, this);
md.AddData(data);
}
internal sealed override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.FieldMarshal, this);
ntIx = md.AddToBlobHeap(nt.ToBlob());
}
internal void AddConstraints(MetaDataOut md)
{
Contract.Requires(md != null);
foreach (GenericParamConstraint constraint in constraints)
{
md.AddToTable(MDTable.GenericParamConstraint, constraint);
}
}
internal override void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.MethodSpec, this);
if (!(methParent is MethodDef)) // Never build a method def
methParent.BuildMDTables(md);
foreach (Type instType in instTypes)
{
instType.BuildMDTables(md);
}
}
internal override Type AddTypeSpec(MetaDataOut md)
{
if (this.myTypeSpec == null) {
this.myTypeSpec = new GenericParTypeSpec(this);
md.AddToTable(MDTable.TypeSpec, this.myTypeSpec);
}
return this.myTypeSpec;
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.Method, this);
nameIx = md.AddToStringsHeap(name);
if (genericParams != null)
{
foreach (object genericParam in genericParams)
{
((GenericParam)genericParam).BuildMDTables(md);
}
}
if (security != null)
{
foreach (object sec in security)
{
((DeclSecurity)sec).BuildMDTables(md);
}
}
if (pinvokeImpl != null) pinvokeImpl.BuildMDTables(md);
if (entryPoint) md.SetEntryPoint(this);
if (locals != null)
{
localSig = new LocalSig(locals);
localSig.BuildMDTables(md);
}
// The following code is done out of line in method
// TraverseCode *after* all the method indices have
// been allocated in the metadata.
// (kjg, March 2010)
//try {
// if (code != null) {
// if (code.IsEmpty()) {
// code = null;
// }
// else {
// code.BuildTables(md);
// }
// }
//}
//catch (InstructionException ex) {
// throw new Exception(ex.AddMethodName(name));
//}
parIx = md.TableIndex(MDTable.Param);
for (int i = 0; i < sig.numPars; i++)
{
parList[i].seqNo = (ushort)(i + 1);
parList[i].BuildMDTables(md);
}
sig.BuildTables(md);
}
internal override void BuildTables(MetaDataOut md)
{
if (parent is MethodRef || parent is ClassRef) return; // don't add it - fix by CK
md.AddToTable(MDTable.GenericParam, this);
nameIx = md.AddToStringsHeap(name);
// KJG note, Aug 2010.
// The constraint metadata table (0x2c) holds four kinds of thing:
// (1) TypeDef objects -- always already in table 0x2
// (2) TypeRef objects -- must be entered in table 0x1
// (3) ClassSpec objects -- entered in typespec table 0x1b
// (4) GenericParamTypeSpec objects -- also in table 0x1b.
// These are generated on demand, for those GenericParam
// objects which do not have a TypeSpec already.
// In the last three cases, 2 - 4, the objects should also
// be offered up to the relevant metadata table.
for (int i = 0; i < constraintTypes.Count; i++) {
ClassSpec constraintSpec;
GenericParam constraintParam;
Type cType = constraintTypes[i];
if (cType is ClassRef)
cType.BuildMDTables(md);
else if ((constraintSpec = cType as ClassSpec) != null) {
// Fix by CK - should be BuildTables too??
// Yes it should (kjg) Aug 2010
md.ConditionalAddTypeSpec(cType);
cType.BuildMDTables(md); // Just in case genClass is a TypeRef
}
else if ((constraintParam = cType as GenericParam) != null)
// AddTypeSpec creates GenericParamTypeSpec object and
// adds it to table 0x1b, if not already allocated.
// Replace GenericParam constraint on list by
// the GenericParamTypeSpec
cType = constraintParam.AddTypeSpec(md);
constraints.Add(new GenericParamConstraint(this, cType));
}
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.Module, this);
nameIx = md.AddToStringsHeap(name);
mvidIx = md.AddToGUIDHeap(mvid);
defaultClass.BuildTables(md);
foreach (object cls in classes)
{
((Class)cls).BuildMDTables(md);
}
foreach (ManifestResource rsrc in resources)
{
rsrc.BuildMDTables(md);
}
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.StandAloneSig, this);
for (int i = 0; i < numPars; i++)
{
parTypes[i].BuildMDTables(md);
}
if (numOptPars > 0)
{
for (int i = 0; i < numOptPars; i++)
{
optParTypes[i].BuildMDTables(md);
}
}
}
internal override sealed void BuildTables(MetaDataOut md)
{
// The processing of superTypes must be done either entirely
// before or entirely after the processing of this TypeDef.
// Otherwise the method indices will not be monotonic in table-2.
if (superType != null) {
superType.BuildMDTables(md);
if (superType is ClassSpec) md.ConditionalAddTypeSpec(superType);
}
//uint startT = md.TableIndex(MDTable.TypeDef);
//uint startM = md.TableIndex(MDTable.Method);
md.AddToTable(MDTable.TypeDef, this);
methodIx = md.TableIndex(MDTable.Method);
fieldIx = md.TableIndex(MDTable.Field);
//Console.WriteLine("Building tables for " + this.TypeName());
//Console.WriteLine("tIx {0}, methods {1} - {2}",
// Hex.Short((short)startT),
// Hex.Short((short)startM),
// Hex.Short((short)md.TableIndex(MDTable.Method)));
foreach (GenericParam genericParam in genericParams)
{
genericParam.BuildMDTables(md);
}
nameIx = md.AddToStringsHeap(Name);
nameSpaceIx = md.AddToStringsHeap(NameSpace);
if (security != null) {
foreach (object sec in security)
{
((DeclSecurity)sec).BuildMDTables(md);
}
}
if (Layout != null) Layout.BuildMDTables(md);
// Console.WriteLine("adding methods " + methods.Count);
foreach (object method in methods)
{
((MethodDef)method).BuildMDTables(md);
}
// Console.WriteLine("adding fields");
foreach (object field in fields)
{
((FieldDef)field).BuildMDTables(md);
}
// Console.WriteLine("adding interfaceimpls and methodimpls");
if (interfaces.Count > 0) {
for (int i = 0; i < interfaces.Count; i++) {
((InterfaceImpl)interfaces[i]).BuildMDTables(md);
}
}
if (methodImpls.Count > 0) {
foreach (object methodImpl in methodImpls)
{
((MethodImpl)methodImpl).BuildMDTables(md);
}
}
// Console.WriteLine("adding events and properties");
if (events.Count > 0) {
new MapElem(this, md.TableIndex(MDTable.Event), MDTable.EventMap).BuildMDTables(md);
for (int i = 0; i < events.Count; i++) {
((Event)events[i]).BuildMDTables(md);
}
}
if (properties.Count > 0) {
new MapElem(this, md.TableIndex(MDTable.Property), MDTable.PropertyMap).BuildMDTables(md);
for (int i = 0; i < properties.Count; i++) {
((Property)properties[i]).BuildMDTables(md);
}
}
// Console.WriteLine("Adding nested classes");
if (nestedClasses.Count > 0) {
foreach (object nestedClass in nestedClasses)
{
ClassDef nClass = (ClassDef)nestedClass;
nClass.BuildMDTables(md);
new MapElem(nClass, this, MDTable.NestedClass).BuildTables(md);
}
}
// Console.WriteLine("End of building tables");
}
internal override sealed void BuildTables(MetaDataOut md)
{
md.AddToTable(MDTable.ExportedType, this);
nameSpaceIx = md.AddToStringsHeap(NameSpace);
nameIx = md.AddToStringsHeap(Name);
if (implementation is ModuleRef)
{
ModuleFile mFile = ((ModuleRef)implementation).modFile;
mFile.BuildMDTables(md);
implementation = mFile;
}
}
