Method emitExprsAssign

source/python.js:17293–17355

(lhs_exprs, outputs /*, rhs_loc, n_binders */)

                }
            }
            emitExprsAssign(lhs_exprs, outputs /*, rhs_loc, n_binders */) {
                let i = 0;
                for (const assignee of lhs_exprs) {
                    if (assignee instanceof ast.Subscript) {
                        throw new python.Error('Not implemented.');
                        /*
                        this.emitSubscriptAssign(
                            rhs_loc,
                            Subscript(assignee),
                            NamedValue(rhs_loc, outputs.at(i).asValue(rhs_loc, method)));
                        i++;
                        */
                    } else if (assignee instanceof ast.Name) {
                        this.environment_stack.setSugaredVar(assignee.range(), assignee.id, outputs[i], /*annotated_type=*/null);
                        i++;
                    } else if (assignee instanceof ast.Starred) {
                        throw new python.Error('Not implemented.');
                        /*
                        const var = Starred(assignee).expr();
                        if (var.kind() != TK_VAR) {
                        throw(
                            ErrorReport(var) << 'Cannot pack a tuple into a non-variable');
                        }
                        size_t n_matched = outputs.size() - n_binders;
                        ArrayRef<std::shared_ptr<SugaredValue>> outputs_ref = outputs;
                        const values = fmap(
                            outputs_ref.slice(i, n_matched),
                            [&](const std::shared_ptr<SugaredValue>& v) {
                            return v.asValue(assignee.range(), method);
                            });
                        const tup = graph.insertNode(graph.createTuple(values)).output();
                        environment_stack.setVar(var.range(), Var(var).name().name(), tup);
                        i += n_matched;
                        */
                    } else if (assignee instanceof ast.Tuple) {
                        throw new python.Error('Not implemented.');
                        /*
                        // recursively emit tuple assignments on tuple literal input
                        TupleLiteral sub_tl = TupleLiteral(assignee);
                        size_t sub_n_binders = sub_tl.inputs().length;
                        bool sub_starred_unpack =
                            validateAssignLhsExpr(sub_tl.inputs(), sub_tl.range());
                        if (sub_starred_unpack)
                        sub_n_binders--;
                        emitTupleAssign(
                            sub_tl,
                            outputs.at(i),
                            rhs_loc,
                            sub_n_binders,
                            sub_starred_unpack);
                        i++;
                        */
                    } else if (assignee instanceof ast.Attribute) {
                        throw new python.Error('Not implemented.');
                        /*
                        emitSelectAssign(assignee, outputs.at(i), rhs_loc);
                        i++;
                        */