using System;
using System.Collections;
+using System.Security;
namespace Mono.ILASM {
- public class TypeDef : ICustomAttrTarget {
-
- protected class GenericInfo {
- public string Id;
- public ArrayList ConstraintList;
- }
+ public class TypeDef : ICustomAttrTarget, IDeclSecurityTarget, IComparable {
private PEAPI.TypeAttr attr;
private string name_space;
private string name;
private bool is_defined;
private bool is_intransit;
- private IClassRef parent;
+ private BaseClassRef parent;
private ArrayList impl_list;
private PEAPI.ClassDef classdef;
private Hashtable field_table;
private ArrayList field_list;
private Hashtable method_table;
+ private ArrayList method_list;
private ArrayList customattr_list;
+ private DeclSecurity decl_sec;
private ArrayList event_list;
private ArrayList property_list;
- private ArrayList typar_list;
+ private GenericParameters gen_params;
private ArrayList override_list;
private ArrayList override_long_list;
private TypeDef outer;
private bool is_value_class;
private bool is_enum_class;
+ private Location location;
+
public TypeDef (PEAPI.TypeAttr attr, string name_space, string name,
- IClassRef parent, ArrayList impl_list, Location location)
+ BaseClassRef parent, ArrayList impl_list, Location location, GenericParameters gen_params, TypeDef outer)
{
this.attr = attr;
- this.name_space = name_space;
- this.name = name;
this.parent = parent;
this.impl_list = impl_list;
+ this.gen_params = gen_params;
+ this.outer = outer;
+ this.location = location;
field_table = new Hashtable ();
field_list = new ArrayList ();
method_table = new Hashtable ();
+ method_list = new ArrayList ();
size = -1;
pack = -1;
is_value_class = false;
is_enum_class = false;
+
+ ResolveGenParams ();
+
+ int lastdot = name.LastIndexOf ('.');
+ /* Namespace . name split should not be done for nested classes */
+ if (lastdot >= 0 && outer == null) {
+ if (name_space == null || name_space == "")
+ this.name_space = name.Substring (0, lastdot);
+ else
+ this.name_space = name_space + "." + name.Substring (0, lastdot);
+ this.name = name.Substring (lastdot + 1);
+ } else {
+ this.name_space = name_space;
+ this.name = name;
+ }
+
+ //Fixup attributes
+ if (IsInterface)
+ this.attr |= PEAPI.TypeAttr.Abstract;
}
+ public bool NoAutoInherit { get; set; }
+
public string Name {
get { return name; }
}
get { return MakeFullName (); }
}
+ public string NestedFullName {
+ get { return (outer == null ? FullName : (outer.NestedFullName + "/" + FullName)); }
+ }
+
public TypeDef OuterType {
get { return outer; }
- set { outer = value; }
}
public PEAPI.ClassDef PeapiType {
}
public bool IsGenericType {
- get { return (typar_list == null); }
+ get { return (gen_params == null); }
}
public bool IsDefined {
get { return (attr & PEAPI.TypeAttr.Interface) != 0; }
}
- public void AddOverride (MethodDef body, ITypeRef parent, string name)
+ public bool IsAbstract {
+ get { return (attr & PEAPI.TypeAttr.Abstract) != 0; }
+ }
+
+ public GenericParameters TypeParameters {
+ get { return gen_params; }
+ }
+
+ public DeclSecurity DeclSecurity {
+ get {
+ if (decl_sec == null)
+ decl_sec = new DeclSecurity ();
+ return decl_sec;
+ }
+ }
+
+ public void AddOverride (MethodDef body, BaseTypeRef parent, string name)
{
if (override_list == null)
override_list = new ArrayList ();
new DictionaryEntry (parent, name)));
}
- public void AddOverride (string sig, IMethodRef decl)
+ public void AddOverride (string sig, BaseMethodRef decl)
{
if (override_long_list == null)
override_long_list = new ArrayList ();
public void AddFieldDef (FieldDef fielddef)
{
if (IsInterface && !fielddef.IsStatic) {
- Console.WriteLine ("warning -- Non-static field in interface, set to such");
+ Report.Warning ("Non-static field in interface, set to such");
fielddef.Attributes |= PEAPI.FieldAttr.Static;
}
- field_table.Add (fielddef.Name, fielddef);
+ DictionaryEntry entry = new DictionaryEntry (fielddef.Name, fielddef.Type.FullName);
+ if (field_table [entry] != null)
+ Report.Error ("Duplicate field declaration: " + fielddef.Type.FullName + " " + fielddef.Name);
+ field_table.Add (entry, fielddef);
field_list.Add (fielddef);
}
public void AddMethodDef (MethodDef methoddef)
{
- if (IsInterface && !(methoddef.IsVirtual || methoddef.IsAbstract)) {
- Console.WriteLine ("warning -- Non-virtual, non-abstract instance method in interface, set to such");
+ if (IsInterface && !methoddef.IsStatic && (!methoddef.IsVirtual || !methoddef.IsAbstract)) {
+ Report.Warning (methoddef.StartLocation, "Non-virtual or non-abstract instance method in interface, set to such");
methoddef.Attributes |= PEAPI.MethAttr.Abstract | PEAPI.MethAttr.Virtual;
}
+ if (method_table [methoddef.Signature] != null)
+ Report.Error (methoddef.StartLocation, "Duplicate method declaration: " + methoddef.Signature);
+
method_table.Add (methoddef.Signature, methoddef);
+ method_list.Add (methoddef);
}
public void BeginEventDef (EventDef event_def)
{
if (current_event != null)
- throw new Exception ("An event definition was not closed.");
+ Report.Error ("An event definition was not closed.");
current_event = event_def;
}
public void BeginPropertyDef (PropertyDef property_def)
{
if (current_property != null)
- throw new Exception ("A property definition was not closed.");
+ Report.Error ("A property definition was not closed.");
current_property = property_def;
}
customattr_list.Add (customattr);
}
- public void AddGenericParam (string id)
+ public GenericParameter GetGenericParam (string id)
+ {
+ if (gen_params == null)
+ return null;
+
+ return gen_params.GetGenericParam (id);
+ }
+
+ public GenericParameter GetGenericParam (int index)
+ {
+ if (gen_params == null || index < 0 || index >= gen_params.Count)
+ return null;
+
+ return gen_params [index];
+ }
+
+ public int GetGenericParamNum (string id)
{
- if (typar_list == null)
- typar_list = new ArrayList ();
+ if (gen_params == null)
+ return -1;
+
+ return gen_params.GetGenericParamNum (id);
+ }
- GenericInfo gi = new GenericInfo ();
- gi.Id = id;
+ /* Resolve any GenParams in constraints, parent & impl_list */
+ private void ResolveGenParams ()
+ {
+ if (gen_params == null)
+ return;
+
+ gen_params.ResolveConstraints (gen_params, null);
- typar_list.Add (gi);
+ BaseGenericTypeRef gtr = parent as BaseGenericTypeRef;
+ if (gtr != null)
+ gtr.Resolve (gen_params, null);
+
+ if (impl_list == null)
+ return;
+
+ foreach (BaseClassRef impl in impl_list) {
+ gtr = impl as BaseGenericTypeRef;
+ if (gtr != null)
+ gtr.Resolve (gen_params, null);
+ }
}
- public void AddGenericConstraint (int index, ITypeRef constraint)
+ private bool IsValueType (string ns, string name)
{
- GenericInfo gi = (GenericInfo) typar_list[index];
+ return (ns == "System" && name == "ValueType");
+ }
- if (gi.ConstraintList == null)
- gi.ConstraintList = new ArrayList ();
- gi.ConstraintList.Add (constraint);
+ private bool IsEnumType (string ns, string name)
+ {
+ return (ns == "System" && name == "Enum");
}
public void Define (CodeGen code_gen)
if (is_intransit) {
// Circular definition
- throw new Exception ("Circular definition of class: " + FullName);
+ Report.Error ("Circular definition of class: " + FullName);
}
+ if (outer != null) {
+ PEAPI.TypeAttr vis = attr & PEAPI.TypeAttr.VisibilityMask;
+
+ if (vis == PEAPI.TypeAttr.Private || vis == PEAPI.TypeAttr.Public) {
+ /* Nested class, but attr not set accordingly. */
+ Report.Warning (location, String.Format ("Nested class '{0}' has non-nested visibility, set to such.", NestedFullName));
+ attr = attr ^ vis;
+ attr |= (vis == PEAPI.TypeAttr.Public ? PEAPI.TypeAttr.NestedPublic : PEAPI.TypeAttr.NestedPrivate);
+ }
+ }
+
if (parent != null) {
is_intransit = true;
parent.Resolve (code_gen);
+
is_intransit = false;
if (parent.PeapiClass == null) {
- throw new Exception ("this type can not be a base type: "
+ Report.Error ("this type can not be a base type: "
+ parent);
}
- if (parent.PeapiClass.nameSpace != null &&
- parent.PeapiClass.nameSpace.CompareTo ("System") == 0) {
-
- if (parent.PeapiClass.name.CompareTo ("ValueType") == 0)
- is_value_class = true;
- else
- if (parent.PeapiClass.name.CompareTo ("Enum") == 0 )
- is_enum_class = true;
- }
+ if (IsValueType (parent.PeapiClass.nameSpace, parent.PeapiClass.name))
+ is_value_class = true;
+ else if (IsEnumType (parent.PeapiClass.nameSpace, parent.PeapiClass.name)) {
+ is_enum_class = true;
+ is_value_class = false;
+ }
+
+ if (!IsValueType (name_space, name) && !IsEnumType (name_space, name) &&
+ is_value_class && (attr & PEAPI.TypeAttr.Sealed) == 0) {
+
+ attr |= PEAPI.TypeAttr.Sealed;
+ }
if (outer != null) {
if (!outer.IsDefined)
name_space, name);
}
}
- if (FullName == "System.Object")
+ if (FullName == "System.Object" || NoAutoInherit)
classdef.SpecialNoSuper ();
}
- if (size != -1)
- classdef.AddLayoutInfo (pack, size);
+ is_defined = true;
+
+ if (size != -1 || pack != -1)
+ classdef.AddLayoutInfo ( (pack == -1) ? 1 : pack, (size == -1) ? 0 : size);
if (impl_list != null) {
- foreach (IClassRef impl in impl_list) {
+ foreach (BaseClassRef impl in impl_list) {
impl.Resolve (code_gen);
classdef.AddImplementedInterface (impl.PeapiClass);
}
}
- if (typar_list != null) {
- short index = 0;
- foreach (GenericInfo gi in typar_list) {
- PEAPI.GenericParameter gp = classdef.AddGenericParameter (index++, gi.Id);
- if (gi.ConstraintList != null) {
- foreach (ITypeRef cnst in gi.ConstraintList) {
- cnst.Resolve (code_gen);
- gp.AddConstraint (cnst.PeapiType);
- }
- }
- }
- }
+ if (gen_params != null)
+ gen_params.Resolve (code_gen, classdef);
is_intransit = false;
- is_defined = true;
code_gen.AddToDefineContentsList (this);
}
{
ArrayList fielddef_list = new ArrayList ();
foreach (FieldDef fielddef in field_list) {
+ if (is_enum_class && fielddef.Name == "value__") {
+ fielddef.Attributes |= PEAPI.FieldAttr.SpecialName | PEAPI.FieldAttr.RTSpecialName;
+ }
+
fielddef.Define (code_gen, classdef);
fielddef_list.Add (fielddef.PeapiFieldDef);
}
classdef.SetFieldOrder (fielddef_list);
- foreach (MethodDef methoddef in method_table.Values) {
- methoddef.Define (code_gen, this);
+ foreach (MethodDef methoddef in method_list) {
+ methoddef.Define (code_gen);
}
if (event_list != null) {
}
if (customattr_list != null) {
- foreach (CustomAttr customattr in customattr_list)
+ foreach (CustomAttr customattr in customattr_list) {
customattr.AddTo (code_gen, classdef);
+ if (customattr.IsSuppressUnmanaged (code_gen))
+ classdef.AddAttribute (PEAPI.TypeAttr.HasSecurity);
+ }
}
+
+ /// Add declarative security to this class
+ if (decl_sec != null) {
+ decl_sec.AddTo (code_gen, classdef);
+ classdef.AddAttribute (PEAPI.TypeAttr.HasSecurity);
+ }
if (override_list != null) {
foreach (DictionaryEntry entry in override_list) {
MethodDef body = (MethodDef) entry.Key;
DictionaryEntry decl = (DictionaryEntry) entry.Value;
- ITypeRef parent_type = (ITypeRef) decl.Key;
+ BaseTypeRef parent_type = (BaseTypeRef) decl.Key;
parent_type.Resolve (code_gen);
string over_name = (string) decl.Value;
- IMethodRef over_meth = parent_type.GetMethodRef (body.RetType,
- body.CallConv, over_name, body.ParamTypeList ());
+ BaseMethodRef over_meth = parent_type.GetMethodRef (body.RetType,
+ body.CallConv, over_name, body.ParamTypeList (), body.GenParamCount);
over_meth.Resolve (code_gen);
classdef.AddMethodOverride (over_meth.PeapiMethod,
body.PeapiMethodDef);
if (override_long_list != null) {
foreach (DictionaryEntry entry in override_long_list) {
string sig = (string) entry.Key;
- IMethodRef decl = (IMethodRef) entry.Value;
+ BaseMethodRef decl = (BaseMethodRef) entry.Value;
MethodDef body = (MethodDef) method_table[sig];
decl.Resolve (code_gen);
classdef.AddMethodOverride (decl.PeapiMethod,
}
}
- public PEAPI.MethodDef ResolveMethod (string signature, CodeGen code_gen)
+ public PEAPI.Method ResolveMethod (BaseTypeRef ret_type, PEAPI.CallConv call_conv,
+ string name, BaseTypeRef [] param, int gen_param_count, CodeGen code_gen)
{
+ string signature = MethodDef.CreateSignature (ret_type, call_conv, name, param, gen_param_count, false);
MethodDef methoddef = (MethodDef) method_table[signature];
- if (methoddef == null) {
- code_gen.Report.Error ("Unable to resolve method: " + signature);
- Environment.Exit (1);
- }
-
- return methoddef.Resolve (code_gen, classdef);
+ if (methoddef != null)
+ return methoddef.Resolve (code_gen, classdef);
+ return ResolveAsMethodRef (ret_type, call_conv, name, param, gen_param_count, code_gen);
}
- public PEAPI.Method ResolveVarargMethod (string signature,
- CodeGen code_gen, PEAPI.Type[] opt)
+ public PEAPI.Method ResolveVarargMethod (BaseTypeRef ret_type, PEAPI.CallConv call_conv,
+ string name, BaseTypeRef [] param, int gen_param_count, PEAPI.Type [] opt, CodeGen code_gen)
{
+ // Only MethodDef sig required to lookup in the method_table
+ string signature = MethodDef.CreateSignature (ret_type, call_conv, name, param, 0, false);
MethodDef methoddef = (MethodDef) method_table[signature];
-
- if (methoddef == null) {
- code_gen.Report.Error ("Unable to resolve method: " + signature);
- Environment.Exit (1);
+ if (methoddef != null) {
+ methoddef.Resolve (code_gen, classdef);
+ return methoddef.GetVarargSig (
+ opt,
+ MethodDef.CreateSignature (ret_type, call_conv, name, param, 0, true));
}
+
+ return ResolveAsMethodRef (ret_type, call_conv, name, param, gen_param_count, code_gen);
+ }
- methoddef.Resolve (code_gen, classdef);
- return methoddef.GetVarargSig (opt);
+ private PEAPI.Method ResolveAsMethodRef (BaseTypeRef ret_type, PEAPI.CallConv call_conv,
+ string name, BaseTypeRef [] param, int gen_param_count, CodeGen code_gen)
+ {
+ ExternTypeRef type_ref = code_gen.ThisModule.GetTypeRef (FullName, false);
+ ExternMethodRef methodref = (ExternMethodRef) type_ref.GetMethodRef (ret_type, call_conv, name, param, gen_param_count);
+ methodref.Resolve (code_gen);
+
+ return methodref.PeapiMethod;
}
- public PEAPI.Field ResolveField (string name, CodeGen code_gen)
+ public PEAPI.Field ResolveField (string name, BaseTypeRef ret_type, CodeGen code_gen)
{
- FieldDef fielddef = (FieldDef) field_table[name];
+ FieldDef fielddef = (FieldDef) field_table[new DictionaryEntry (name, ret_type.FullName)];
+ if (fielddef !=null)
+ return fielddef.Resolve (code_gen, classdef);
- return fielddef.Resolve (code_gen, classdef);
+ ExternTypeRef type_ref = code_gen.ThisModule.GetTypeRef (FullName, false);
+ IFieldRef fieldref = type_ref.GetFieldRef (ret_type, name);
+ fieldref.Resolve (code_gen);
+
+ return fieldref.PeapiField;
}
private string MakeFullName ()
return name_space + "." + name;
}
+
+ public int CompareTo (object obj)
+ {
+ TypeDef type_def = (TypeDef) obj;
+
+ return FullName.CompareTo (type_def.FullName);
+ }
}
}
projects / mono.git / blobdiff