@Test
    public void testPrintStatement3() {
        System.out.println("Translating `System.out.println(4 + 3); System.out.println(10 * 2)`");
        minijava.syntaxtree.PrintStatement ps =
                new minijava.syntaxtree.PrintStatement(
                new minijava.syntaxtree.Expression(
                new minijava.syntaxtree.NodeChoice(
                new minijava.syntaxtree.PlusExpression(
                new minijava.syntaxtree.PrimaryExpression(
                new minijava.syntaxtree.NodeChoice(
                new minijava.syntaxtree.IntegerLiteral(
                new minijava.syntaxtree.NodeToken("4")), 0)),
                new minijava.syntaxtree.PrimaryExpression(
                new minijava.syntaxtree.NodeChoice(
                new minijava.syntaxtree.IntegerLiteral(
                new minijava.syntaxtree.NodeToken("3")), 0))), 2)));
        Context context = new Context(null, new piglet.syntaxtree.StmtList(
                new piglet.syntaxtree.NodeListOptional()));
        ps.accept(translator, context);

        ps =
                new minijava.syntaxtree.PrintStatement(
                new minijava.syntaxtree.Expression(
                new minijava.syntaxtree.NodeChoice(
                new minijava.syntaxtree.TimesExpression(
                new minijava.syntaxtree.PrimaryExpression(
                new minijava.syntaxtree.NodeChoice(
                new minijava.syntaxtree.IntegerLiteral(
                new minijava.syntaxtree.NodeToken("10")), 0)),
                new minijava.syntaxtree.PrimaryExpression(
                new minijava.syntaxtree.NodeChoice(
                new minijava.syntaxtree.IntegerLiteral(
                new minijava.syntaxtree.NodeToken("2")), 0))), 2)));
        ps.accept(translator, context);

        context.context.accept(formatter);
        context.context.accept(dumper);
        String translation = out.toString();
        System.out.println(translation);

        assertEquals("PRINT PLUS 4 3\nPRINT TIMES 10 2", translation);
    }