Traits* PoolObject::resolveParameterizedType(const Toplevel* toplevel, Traits* base, Traits* param_traits ) const
{
Traits* r = NULL;
if( base == core->traits.vector_itraits)
{
// Only vector is parameterizable for now...
if(!param_traits) // Vector.<*>
r = core->traits.vectorobj_itraits;
else if( param_traits == core->traits.int_itraits)
r = core->traits.vectorint_itraits;
else if (param_traits == core->traits.uint_itraits)
r = core->traits.vectoruint_itraits;
else if (param_traits == core->traits.number_itraits)
r = core->traits.vectordouble_itraits;
else
{
Stringp fullname = core->internString( core->concatStrings(core->newString("Vector.<"),
core->concatStrings(param_traits->formatClassName(), core->newString(">")))->atom());
Multiname newname;
newname.setName(fullname);
newname.setNamespace(base->ns);
r = getTraits(newname, toplevel);
if( !r )
{
r = core->traits.vectorobj_itraits->newParameterizedITraits(fullname, base->ns);
core->traits.vector_itraits->pool->domain->addNamedTrait(fullname, base->ns, r);
}
}
}
return r;
}
MethodEnv* ProxyObject::getMethod(Stringp name)const
{
//Atom atom=this->getAtomProperty(name->atom());
//if(AvmCore::isNullOrUndefined(atom)) return NULL;
//return AvmCore::atomToScriptObject(atom);
Multiname m;
m.setName(name);
m.setNamespace(m_pNamespace);
Binding b = avmplus::getBinding(toplevel(), vtable, &m);
if(AvmCore::bindingKind(b)!=BKIND_METHOD) return NULL;
return vtable->methods[AvmCore::bindingToMethodId(b)];
}
void PoolObject::parseMultiname(const byte *pos, Multiname& m) const
{
// the multiname has already been validated so we don't do
// any checking here, we just fill in the Multiname object
// with the information we have parsed.
int index;
CPoolKind kind = (CPoolKind) *(pos++);
switch (kind)
{
case CONSTANT_Qname:
case CONSTANT_QnameA:
{
// U16 namespace_index
// U16 name_index
// parse a multiname with one namespace (aka qname)
index = AvmCore::readU30(pos);
if (!index)
m.setAnyNamespace();
else
m.setNamespace(getNamespace(index));
index = AvmCore::readU30(pos);
if (!index)
m.setAnyName();
else
m.setName(getString(index));
m.setQName();
m.setAttr(kind==CONSTANT_QnameA);
break;
}
case CONSTANT_RTQname:
case CONSTANT_RTQnameA:
{
// U16 name_index
// parse a multiname with just a name; ns fetched at runtime
index = AvmCore::readU30(pos);
if (!index)
m.setAnyName();
else
m.setName(getString(index));
m.setQName();
m.setRtns();
m.setAttr(kind==CONSTANT_RTQnameA);
break;
}
case CONSTANT_RTQnameL:
case CONSTANT_RTQnameLA:
{
m.setQName();
m.setRtns();
m.setRtname();
m.setAttr(kind==CONSTANT_RTQnameLA);
break;
}
case CONSTANT_Multiname:
case CONSTANT_MultinameA:
{
index = AvmCore::readU30(pos);
if (!index)
m.setAnyName();
else
m.setName(getString(index));
index = AvmCore::readU30(pos);
AvmAssert(index != 0);
m.setNsset(getNamespaceSet(index));
m.setAttr(kind==CONSTANT_MultinameA);
break;
}
case CONSTANT_MultinameL:
case CONSTANT_MultinameLA:
{
m.setRtname();
index = AvmCore::readU30(pos);
AvmAssert(index != 0);
m.setNsset(getNamespaceSet(index));
m.setAttr(kind==CONSTANT_MultinameLA);
break;
}
case CONSTANT_TypeName:
{
index = AvmCore::readU30(pos);
Atom a = cpool_mn[index];
parseMultiname(atomToPos(a), m);
index = AvmCore::readU30(pos);
AvmAssert(index==1);
m.setTypeParameter(AvmCore::readU30(pos));
break;
}
default:
AvmAssert(false);
}
return;
}