def getCompactDescriptor(d):
seen = {}
ind = []
r = r_getCompactDescriptor(d, seen, ind)
# Fix up indirections:
for i in ind:
try:
if (type(i[0]) is types.StringType):
i[0] = seen[i[0]]
else:
i[0] = seen[id(i[0])]
except KeyError:
raise CORBA.BAD_TYPECODE(BAD_TYPECODE_InvalidIndirection,
CORBA.COMPLETED_NO)
return r
def createTypeCode(d, parent=None):
try:
r = basicTypeCodes.get(d)
if r is not None:
return r
except TypeError:
# Happens if d contains a mutable object
pass
if type(d) is not types.TupleType:
raise CORBA.INTERNAL()
k = d[0]
if k == tv_string: return TypeCode_string(d)
elif k == tv_wstring: return TypeCode_wstring(d)
elif k == tv_fixed: return TypeCode_fixed(d)
elif k in [tv_objref, tv_abstract_interface, tv_local_interface]:
tc = typeCodeMapping.get(d[1])
if tc is None:
tc = TypeCode_objref(d)
return tc
elif k == tv_struct:
tc = typeCodeMapping.get(d[2])
if tc is None:
tc = TypeCode_struct(d, parent)
return tc
elif k == tv_union:
tc = typeCodeMapping.get(d[2])
if tc is None:
tc = TypeCode_union(d, parent)
return tc
elif k == tv_enum:
tc = typeCodeMapping.get(d[1])
if tc is None:
tc = TypeCode_enum(d)
return tc
elif k == tv_sequence:
return TypeCode_sequence(d, parent)
elif k == tv_array:
return TypeCode_array(d, parent)
elif k == tv_alias:
tc = typeCodeMapping.get(d[1])
if tc is None:
tc = TypeCode_alias(d, parent)
return tc
elif k == tv_except:
tc = typeCodeMapping.get(d[2])
if tc is None:
tc = TypeCode_except(d, parent)
return tc
elif k == tv_value:
tc = typeCodeMapping.get(d[2])
if tc is None:
tc = TypeCode_value(d, parent)
return tc
elif k == tv_value_box:
tc = typeCodeMapping.get(d[2])
if tc is None:
tc = TypeCode_value_box(d, parent)
return tc
elif k == tv__indirect:
if type(d[1][0]) == types.StringType:
nd = omniORB.findType(d[1][0])
if nd is None:
raise CORBA.BAD_TYPECODE(
omniORB.BAD_TYPECODE_InvalidIndirection,
CORBA.COMPLETED_NO)
d[1][0] = nd
return createTypeCode(d[1][0], parent)
raise CORBA.INTERNAL()
