Experimental parser: remove inline code from lexer rules

tools/lexer_generator/rule_parser_test.py

 # Copyright 2013 the V8 project authors. All rights reserved.
 # Redistribution and use in source and binary forms, with or without
 # modification, are permitted provided that the following conditions are
 # met:
 #
 #     * Redistributions of source code must retain the above copyright
 #       notice, this list of conditions and the following disclaimer.
 #     * Redistributions in binary form must reproduce the above
 #       copyright notice, this list of conditions and the following
 #       disclaimer in the documentation and/or other materials provided
@@ skipping 25 matching lines @@
      self.state = RuleParserState(KeyEncoding.get('latin1'))
 
    def parse(self, string):
     return self.state.parse(string)
 
    def test_basic(self):
      self.parse('''
 alias = /regex/;
 <<cond1>> /regex/ <||cond2>
 <<cond1>> alias <||cond2>
-<<cond2>> /regex/ <|{body}|>
-<<cond2>> alias <|{body}|>
-<<cond3>> /regex/ <{body}||>
-<<cond3>> alias <{body}||>''')
+<<cond2>> /regex/ <|body|>
+<<cond2>> alias <|body|>
+<<cond3>> /regex/ <body||>
+<<cond3>> alias <body||>''')
 
      self.assertTrue(len(self.state.aliases), 1)
      self.assertTrue('alias' in self.state.aliases)
      self.assertEquals(self.state.aliases['alias'], RegexParser.parse('regex'))
 
      self.assertTrue(len(self.state.rules), 2)
      self.assertTrue('cond1' in self.state.rules)
      self.assertEquals(len(self.state.rules['cond1']['regex']), 2)
      # self.assertTrue('regex2' in self.state.rules['cond1'])
      # self.assertEquals(self.state.rules['cond1']['regex2'],
      #                   ('condition', 'cond2'))
 
      self.assertTrue('cond2' in self.state.rules)
      self.assertEquals(len(self.state.rules['cond2']['regex']), 2)
      # self.assertTrue('regex3' in self.state.rules['cond2'])
      # self.assertEquals(self.state.rules['cond2']['regex3'],
      #                   ('body', 'body'))
 
      self.assertTrue('cond3' in self.state.rules)
      self.assertEquals(len(self.state.rules['cond3']['regex']), 2)
      # self.assertTrue('regex4' in self.state.rules['cond3'])
      # self.assertEquals(self.state.rules['cond3']['regex4'],
      #                   ('condition_and_body', 'cond4', 'body'))
 
    def test_more_complicated(self):
      self.parse('''
 alias = "regex;with;semicolon";
-<<cond1>> "regex3}with}braces}" <|{body {with} braces }|>
-<<cond1>> "regex4{with{braces}" <{body {with} braces }||>''')
+<<cond1>> "regex3}with}braces}" <|body|>
+<<cond1>> "regex4{with{braces}" <body||>''')
 
      self.assertEquals(self.state.aliases['alias'],
                        RegexParser.parse("regex;with;semicolon"))
      self.assertTrue('cond1' in self.state.rules)
      self.assertEquals(len(self.state.rules['cond1']['regex']), 2)
 
      # self.assertEquals(
      #     self.parse['cond1']['regex4{with{braces}'],
      #     ('body', 'body {with} braces }'))
-
-   def test_body_with_if(self):
-     self.parse('<<cond>> "regex" <|{ if (foo) { bar } }|>')
-     # self.assertEquals(
-     #     self.parse['cond']['regex'],
-     #     ('body', 'if (foo) { bar }'))
-
-   def test_regexp_with_count(self):
-     self.parse('<<cond>> /regex{1,3}/ <|{ if (foo) { bar } }|>')
-     # self.assertEquals(
-     #     self.parse['cond']['regex{1,3}'],
-     #     ('body', 'if (foo) { bar }'))