def __parse_gccxml_created_file( self, gccxml_file ):
scanner_ = scanner_t( gccxml_file, self.__decl_factory )
scanner_.read()
decls = scanner_.declarations()
types = scanner_.types()
files = {}
for file_id, file_path in scanner_.files().iteritems():
files[file_id] = self.__produce_full_file(file_path)
linker_ = linker.linker_t( decls=decls
, types=types
, access=scanner_.access()
, membership=scanner_.members()
, files=files )
for type_ in types.values():
#I need this copy because internaly linker change types collection
linker_.instance = type_
apply_visitor( linker_, type_ )
for decl in decls.itervalues():
linker_.instance = decl
apply_visitor( linker_, decl )
bind_aliases( decls.itervalues() )
#some times gccxml report typedefs defined in no namespace
#it happens for example in next situation
#template< typename X>
#void ddd(){ typedef typename X::Y YY;}
#if I will fail on this bug next time, the right way to fix it may be different
patcher.fix_calldef_decls( scanner_.calldefs(), scanner_.enums() )
decls = filter( lambda inst: isinstance( inst, namespace_t ) and not inst.parent
, decls.itervalues() )
return ( decls, files.values() )
def __parse_gccxml_created_file( self, gccxml_file ):
scanner_ = scanner.scanner_t( gccxml_file, self.__decl_factory )
scanner_.read()
decls = scanner_.declarations()
types = scanner_.types()
files = {}
for file_id, file_path in scanner_.files().items():
files[file_id] = self.__produce_full_file(file_path)
linker_ = linker.linker_t( decls=decls
, types=types
, access=scanner_.access()
, membership=scanner_.members()
, files=files )
for type_ in list( types.itervalues() ):
#I need this copy because internaly linker change types collection
linker_.instance = type_
apply_visitor( linker_, type_ )
for decl in decls.itervalues():
linker_.instance = decl
apply_visitor( linker_, decl )
bind_aliases( decls.itervalues() )
decls = filter( lambda inst: isinstance(inst, declaration_t) and not inst.parent, decls.itervalues() )
#some times gccxml report typedefs defined in no namespace
#it happens for example in next situation
#template< typename X>
#void ddd(){ typedef typename X::Y YY;}
decls = filter( lambda inst: isinstance( inst, namespace_t ), decls )
decls = patcher.patch_it( decls )
decls_all = make_flatten( decls )
for decl in decls_all:
if decl.location:
decl.location.file_name = self.__produce_full_file( decl.location.file_name )
return ( decls, files.values() )
def __parse_gccxml_created_file(self, gccxml_file):
scanner_ = scanner_t(gccxml_file, self.__decl_factory)
scanner_.read()
decls = scanner_.declarations()
types = scanner_.types()
files = {}
for file_id, file_path in scanner_.files().iteritems():
files[file_id] = self.__produce_full_file(file_path)
linker_ = linker.linker_t(decls=decls,
types=types,
access=scanner_.access(),
membership=scanner_.members(),
files=files)
for type_ in types.values():
#I need this copy because internaly linker change types collection
linker_.instance = type_
apply_visitor(linker_, type_)
for decl in decls.itervalues():
linker_.instance = decl
apply_visitor(linker_, decl)
bind_aliases(decls.itervalues())
#some times gccxml report typedefs defined in no namespace
#it happens for example in next situation
#template< typename X>
#void ddd(){ typedef typename X::Y YY;}
#if I will fail on this bug next time, the right way to fix it may be different
patcher.fix_calldef_decls(scanner_.calldefs(), scanner_.enums())
decls = filter(
lambda inst: isinstance(inst, namespace_t) and not inst.parent,
decls.itervalues())
return (decls, files.values())
