public TypeDef(PEAPI.TypeAttr attr, string name_space, string name,
BaseClassRef parent, ArrayList impl_list, Location location, GenericParameters gen_params, TypeDef outer)
{
this.attr = attr;
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_defined = false;
is_intransit = false;
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 GenericTypeInst (BaseClassRef class_ref, GenericArguments gen_args, bool is_valuetypeinst,
string sig_mod, ArrayList conv_list)
: base ("", is_valuetypeinst, conv_list, sig_mod)
{
if (class_ref is GenericTypeInst)
throw new InternalErrorException ("Cannot create nested GenericInst, '" +
class_ref.FullName + "' '" + gen_args.ToString () + "'");
this.class_ref = class_ref;
this.gen_args = gen_args;
is_added = false;
}
public void BeginTypeDef(TypeAttr attr, string name, BaseClassRef parent,
ArrayList impl_list, Location location, GenericParameters gen_params)
{
TypeDef outer = null;
string cache_name = CacheName(name);
if (typedef_stack_top > 0)
{
StringBuilder sb = new StringBuilder();
for (int i = 0; i < typedef_stack_top; i++)
{
outer = (TypeDef)typedef_stack [i];
if (i == 0)
{
/* Use FullName for outermost class to get the
* namespace also */
sb.Append(outer.FullName);
}
else
{
sb.Append(outer.Name);
}
sb.Append("/");
}
sb.Append(name);
cache_name = sb.ToString();
}
TypeDef typedef = type_manager[cache_name];
if (typedef != null)
{
// Class head is allready defined, we are just reopening the class
current_customattrtarget = current_typedef = typedef;
current_declsectarget = typedef;
typedef_stack.Add(current_typedef);
typedef_stack_top++;
return;
}
typedef = new TypeDef(attr, current_namespace,
name, parent, impl_list, location, gen_params, outer);
type_manager[cache_name] = typedef;
current_customattrtarget = current_typedef = typedef;
current_declsectarget = typedef;
typedef_stack.Add(typedef);
typedef_stack_top++;
}
public GenericTypeInst(BaseClassRef class_ref, GenericArguments gen_args, bool is_valuetypeinst,
string sig_mod, ArrayList conv_list)
: base("", is_valuetypeinst, conv_list, sig_mod)
{
if (class_ref is GenericTypeInst)
{
throw new InternalErrorException("Cannot create nested GenericInst, '" +
class_ref.FullName + "' '" + gen_args.ToString() + "'");
}
this.class_ref = class_ref;
this.gen_args = gen_args;
is_added = false;
}
public void MakeCustomModified(CodeGen code_gen, PEAPI.CustomModifier modifier,
BaseClassRef klass)
{
use_type_spec = true;
conversion_list.Add(ConversionMethod.MakeCustomModified);
conversion_list.Add(modifier);
conversion_list.Add(klass);
if (modifier == PEAPI.CustomModifier.modreq)
{
SigMod += ("modreq (" + klass.FullName + ")");
}
else if (modifier == PEAPI.CustomModifier.modopt)
{
SigMod += ("modopt (" + klass.FullName + ")");
}
}
public TypeDef (PEAPI.TypeAttr attr, string name_space, string name,
BaseClassRef parent, ArrayList impl_list, Location location, GenericParameters gen_params, TypeDef outer)
{
this.attr = attr;
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_defined = false;
is_intransit = false;
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 void MakeCustomModified(CodeGen code_gen, PEAPI.CustomModifier modifier,
BaseClassRef klass)
{
PEAPI.Type type;
use_type_spec = true;
Pair p = new Pair(peapi_type, modifier.ToString());
type = type_table [p] as PEAPI.Type;
if (type == null)
{
klass.Resolve(code_gen);
type = new PEAPI.CustomModifiedType(peapi_type,
modifier, klass.PeapiClass);
type_table [p] = type;
}
peapi_type = type;
}
public void BeginTypeDef (TypeAttr attr, string name, BaseClassRef parent,
ArrayList impl_list, Location location, GenericParameters gen_params)
{
TypeDef outer = null;
string cache_name = CacheName (name);
if (typedef_stack_top > 0) {
StringBuilder sb = new StringBuilder ();
for (int i = 0; i < typedef_stack_top; i++){
outer = (TypeDef) typedef_stack [i];
if (i == 0)
/* Use FullName for outermost class to get the
namespace also */
sb.Append (outer.FullName);
else
sb.Append (outer.Name);
sb.Append ("/");
}
sb.Append (name);
cache_name = sb.ToString ();
}
TypeDef typedef = type_manager[cache_name];
if (typedef != null) {
// Class head is allready defined, we are just reopening the class
current_customattrtarget = current_typedef = typedef;
current_declsectarget = typedef;
typedef_stack.Add (current_typedef);
typedef_stack_top++;
return;
}
typedef = new TypeDef (attr, current_namespace,
name, parent, impl_list, location, gen_params, outer);
type_manager[cache_name] = typedef;
current_customattrtarget = current_typedef = typedef;
current_declsectarget = typedef;
typedef_stack.Add (typedef);
typedef_stack_top++;
}
public void MakeCustomModified (CodeGen code_gen,
PEAPI.CustomModifier modifier, BaseClassRef klass)
{
type_ref.MakeCustomModified (code_gen, modifier, klass);
}
public GenericTypeInst(BaseClassRef class_ref, GenericArguments gen_args, bool is_valuetypeinst)
: this(class_ref, gen_args, is_valuetypeinst, null, null)
{
}
public void MakeCustomModified(CodeGen code_gen,
PEAPI.CustomModifier modifier, BaseClassRef klass)
{
type_ref.MakeCustomModified(code_gen, modifier, klass);
}
public GenericTypeInst (BaseClassRef class_ref, GenericArguments gen_args, bool is_valuetypeinst)
: this (class_ref, gen_args, is_valuetypeinst, null, null)
{
}
public void MakeCustomModified (CodeGen code_gen, PEAPI.CustomModifier modifier,
BaseClassRef klass)
{
use_type_spec = true;
conversion_list.Add (ConversionMethod.MakeCustomModified);
conversion_list.Add (modifier);
conversion_list.Add (klass);
if (modifier == PEAPI.CustomModifier.modreq)
SigMod += ("modreq (" + klass.FullName + ")");
else if (modifier == PEAPI.CustomModifier.modopt)
SigMod += ("modopt (" + klass.FullName + ")");
}
public void MakeCustomModified (CodeGen code_gen, PEAPI.CustomModifier modifier,
BaseClassRef klass)
{
PEAPI.Type type;
use_type_spec = true;
Pair p = new Pair (peapi_type, modifier.ToString ());
type = type_table [p] as PEAPI.Type;
if (type == null) {
klass.Resolve (code_gen);
type = new PEAPI.CustomModifiedType (peapi_type,
modifier, klass.PeapiClass);
type_table [p] = type;
}
peapi_type = type;
}
