def add_LeadingLowerProperties ( cls ):
new_props = []
existing_names = []
for prop in cls.properties:
existing_names.append( prop.name)
for prop in cls.properties:
name = prop.name[0].lower() + prop.name[1:]
if name not in existing_names: # lets make sure it's different
existing_names.append ( name )
new_props.append( property_t( name, prop.fget, prop.fset, prop.doc, prop.is_static ) )
cls.properties.extend( new_props )
def create_read_only_property( self, fget ):
found = self.find_out_ro_prefixes( fget.name )
# print "Prop Check", fget.name, ' ',
if found in ( None, '' ):
# print "NO"
return None
# print "YES"
## Now we need to look for overlapping function declarations
pure_names = []
pure_names.append( fget.name[len( found ):].lower())
funcs = self.class_accessors( fget.parent )[1]
funcs.extend( self.inherited_accessors( fget.parent )[1] )
for f in funcs:
if f.name.lower() in pure_names:
# print"Overloaded Read Only Property", fget.name, f.name
return None
return decl_wrappers.property_t( self.find_out_property_name( fget, found ), fget )
def create_property( self, fget, fset ):
# print "**** IN Create Property"
if not self.check_type_compatibility( fget, fset ):
return None
found = self.find_out_prefixes( fget.name, fset.name )
if not found:
return None
## Now we need to look for overlapping function declarations
pure_names = []
pure_names.append( fget.name[len( found[0] ):].lower())
pure_names.append( fset.name[len( found[1] ):].lower())
funcs = self.class_accessors( fget.parent )[1]
funcs.extend( self.inherited_accessors( fget.parent )[1] )
for f in funcs:
if f.name.lower() in pure_names:
# print"Overloaded Property", fget.name, fset.name, f.name
return None
return decl_wrappers.property_t( self.find_out_property_name( fget, found[0] ), fget, fset )
