pointfree.py
def __sig_from_func(self, func):
        """Extract function signature, default arguments, keyword-only
        arguments, and whether or not variable positional or keyword
        arguments are allowed.  This also supports calling unbound instance
        methods by passing an object instance as the first argument;
        however, unbound classmethod and staticmethod objects are not
        callable, so we do not attempt to support them here."""

        if isinstance(func, types.MethodType):
            # A bound instance or class method.
            argspec = getfullargspec(func.__func__)
            self.pargl = argspec[0][1:]
        else:
            # A regular function, an unbound instance method, or a
            # bound static method.
            argspec = getfullargspec(func)
            self.pargl = argspec[0][:]

        if argspec[3] is not None:
            def_offset = len(self.pargl) - len(argspec[3])
            self.def_argv = dict((self.pargl[def_offset+i],argspec[3][i]) \
                                     for i in range(len(argspec[3])))
        else:
            self.def_argv = {}

        self.var_pargs = argspec[1] is not None
        self.var_kargs = argspec[2] is not None
        self.kargl     = argspec[4]

        # We need keyword-only arguments' default values too.
        if argspec[5] is not None:
            self.def_argv.update(argspec[5])
def __sig_from_func(self, func):
        if isinstance(func, types.MethodType):
            # A bound instance or class method.
            argspec = getfullargspec(func.__func__)
            self.pargl = argspec[0][1:]
        else:
            # A regular function, an unbound instance method, or a
            # bound static method.
            argspec = getfullargspec(func)
            self.pargl = argspec[0][:]

        if argspec[3] is not None:
            def_offset = len(self.pargl) - len(argspec[3])
            self.def_argv = dict((self.pargl[def_offset+i],argspec[3][i]) \
                                     for i in range(len(argspec[3])))
        else:
            self.def_argv = {}

        self.var_pargs = argspec[1] is not None
        self.var_kargs = argspec[2] is not None
        self.kargl     = argspec[4]

        # We need keyword-only arguments' default values too.
        if argspec[5] is not None:
            self.def_argv.update(argspec[5])
def __sig_from_func ( self , func ) : if isinstance ( func , types . MethodType ) : # A bound instance or class method. argspec = getfullargspec ( func . __func__ ) self . pargl = argspec [ 0 ] [ 1 : ] else : # A regular function, an unbound instance method, or a # bound static method. argspec = getfullargspec ( func ) self . pargl = argspec [ 0 ] [ : ] if argspec [ 3 ] is not None : def_offset = len ( self . pargl ) - len ( argspec [ 3 ] ) self . def_argv = dict ( ( self . pargl [ def_offset + i ] , argspec [ 3 ] [ i ] ) for i in range ( len ( argspec [ 3 ] ) ) ) else : self . def_argv = { } self . var_pargs = argspec [ 1 ] is not None self . var_kargs = argspec [ 2 ] is not None self . kargl = argspec [ 4 ] # We need keyword-only arguments' default values too. if argspec [ 5 ] is not None : self . def_argv . update ( argspec [ 5 ] )
Extract function signature, default arguments, keyword-only
        arguments, and whether or not variable positional or keyword
        arguments are allowed.  This also supports calling unbound instance
        methods by passing an object instance as the first argument;
        however, unbound classmethod and staticmethod objects are not
        callable, so we do not attempt to support them here.
Extract function signature default arguments keyword - only arguments and whether or not variable positional or keyword arguments are allowed . This also supports calling unbound instance methods by passing an object instance as the first argument ; however unbound classmethod and staticmethod objects are not callable so we do not attempt to support them here .