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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def visit_Call(self, node):
 """ Transform call site to have normal function call. Examples -------- For methods: >> a = [1, 2, 3] >> a.append(1) Becomes >> __list__.append(a, 1) For functions: >> __builtin__.dict.fromkeys([1, 2, 3]) Becomes >> __builtin__.__dict__.fromkeys([1, 2, 3]) """

        node = self.generic_visit(node)
        # Only attributes function can be Pythonic and should be normalized
        if isinstance(node.func, ast.Attribute):
            if node.func.attr in methods:
                # Get object targeted by methods
                obj = lhs = node.func.value
                # Get the most left identifier to check if it is not an
                # imported module
                while isinstance(obj, ast.Attribute):
                    obj = obj.value
                is_not_module = (not isinstance(obj, ast.Name) or
                                 obj.id not in self.imports)

                if is_not_module:
                    self.update = True
                    # As it was a methods call, push targeted object as first
                    # arguments and add correct module prefix
                    node.args.insert(0, lhs)
                    mod = methods[node.func.attr][0]
                    # Submodules import full module
                    self.to_import.add(mangle(mod[0]))
                    node.func = reduce(
                        lambda v, o: ast.Attribute(v, o, ast.Load()),
                        mod[1:] + (node.func.attr,),
                        ast.Name(mangle(mod[0]), ast.Load(), None)
                        )
                # else methods have been called using function syntax
            if node.func.attr in methods or node.func.attr in functions:
                # Now, methods and function have both function syntax
                def rec(path, cur_module):
                    """
                    Recursively rename path content looking in matching module.

                    Prefers __module__ to module if it exists.
                    This recursion is done as modules are visited top->bottom
                    while attributes have to be visited bottom->top.
                    """
                    err = "Function path is chained attributes and name"
                    assert isinstance(path, (ast.Name, ast.Attribute)), err
                    if isinstance(path, ast.Attribute):
                        new_node, cur_module = rec(path.value, cur_module)
                        new_id, mname = self.renamer(path.attr, cur_module)
                        return (ast.Attribute(new_node, new_id, ast.Load()),
                                cur_module[mname])
                    else:
                        new_id, mname = self.renamer(path.id, cur_module)
                        if mname not in cur_module:
                            raise PythranSyntaxError(
                                "Unbound identifier '{}'".format(mname), node)

                        return (ast.Name(new_id, ast.Load(), None),
                                cur_module[mname])

                # Rename module path to avoid naming issue.
                node.func.value, _ = rec(node.func.value, MODULES)
                self.update = True

        return node