def __init__( self, global_ns, binary_file, hint ):
libparser_t.__init__( self, global_ns, binary_file )
self.__formated_decls = {}
self.undname_creator = undname.undname_creator_t()
formatter = lambda decl: self.undname_creator.format_decl( decl, hint )
for f in self.global_ns.calldefs( allow_empty=True, recursive=True ):
self.__formated_decls[ formatter( f ) ] = f
for v in self.global_ns.variables( allow_empty=True, recursive=True ):
self.__formated_decls[ formatter( v ) ] = v
def __init__(self, global_ns, binary_file, hint):
libparser_t.__init__(self, global_ns, binary_file)
self.__formated_decls = {}
self.undname_creator = undname.undname_creator_t()
formatter = lambda decl: self.undname_creator.format_decl(decl, hint)
for f in self.global_ns.calldefs(allow_empty=True, recursive=True):
self.__formated_decls[formatter(f)] = f
for v in self.global_ns.variables(allow_empty=True, recursive=True):
self.__formated_decls[formatter(v)] = v
def format_decl( decl, hint=None ):
"""
returns string, that represents formatted declaration, according to some rules
:param hint: valid values are: "msvc" and "nm"
"""
return undname.undname_creator_t().format_decl( decl, hint=hint )
def undecorate_blob( blob ):
"""returns undecorated\unmangled string, created from blob(exported symbol name)"""
return undname.undname_creator_t().undecorate_blob( blob )