Remove contents of grit's SVN repository.

grit/node/base_unittest.py

Index: grit/node/base_unittest.py
===================================================================
--- grit/node/base_unittest.py	(revision 202)
+++ grit/node/base_unittest.py	(working copy)
@@ -1,258 +0,0 @@
-#!/usr/bin/env python
-# Copyright (c) 2012 The Chromium Authors. All rights reserved.
-# Use of this source code is governed by a BSD-style license that can be
-# found in the LICENSE file.
-
-'''Unit tests for base.Node functionality (as used in various subclasses)'''
-
-
-import os
-import sys
-if __name__ == '__main__':
-  sys.path.append(os.path.join(os.path.dirname(__file__), '../..'))
-
-import StringIO
-import unittest
-
-from grit import grd_reader
-from grit import util
-from grit.node import base
-from grit.node import message
-
-
-def MakePlaceholder(phname='BINGO'):
-  ph = message.PhNode()
-  ph.StartParsing(u'ph', None)
-  ph.HandleAttribute(u'name', phname)
-  ph.AppendContent(u'bongo')
-  ph.EndParsing()
-  return ph
-
-
-class NodeUnittest(unittest.TestCase):
-  def testWhitespaceHandling(self):
-    # We test using the Message node type.
-    node = message.MessageNode()
-    node.StartParsing(u'hello', None)
-    node.HandleAttribute(u'name', u'bla')
-    node.AppendContent(u" '''  two spaces  ")
-    node.EndParsing()
-    self.failUnless(node.GetCdata() == u'  two spaces')
-
-    node = message.MessageNode()
-    node.StartParsing(u'message', None)
-    node.HandleAttribute(u'name', u'bla')
-    node.AppendContent(u"  two spaces  '''  ")
-    node.EndParsing()
-    self.failUnless(node.GetCdata() == u'two spaces  ')
-
-  def testWhitespaceHandlingWithChildren(self):
-    # We test using the Message node type.
-    node = message.MessageNode()
-    node.StartParsing(u'message', None)
-    node.HandleAttribute(u'name', u'bla')
-    node.AppendContent(u" '''  two spaces  ")
-    node.AddChild(MakePlaceholder())
-    node.AppendContent(u' space before and after ')
-    node.AddChild(MakePlaceholder('BONGO'))
-    node.AppendContent(u" space before two after  '''")
-    node.EndParsing()
-    self.failUnless(node.mixed_content[0] == u'  two spaces  ')
-    self.failUnless(node.mixed_content[2] == u' space before and after ')
-    self.failUnless(node.mixed_content[-1] == u' space before two after  ')
-
-  def testXmlFormatMixedContent(self):
-    # Again test using the Message node type, because it is the only mixed
-    # content node.
-    node = message.MessageNode()
-    node.StartParsing(u'message', None)
-    node.HandleAttribute(u'name', u'name')
-    node.AppendContent(u'Hello <young> ')
-
-    ph = message.PhNode()
-    ph.StartParsing(u'ph', None)
-    ph.HandleAttribute(u'name', u'USERNAME')
-    ph.AppendContent(u'$1')
-    ex = message.ExNode()
-    ex.StartParsing(u'ex', None)
-    ex.AppendContent(u'Joi')
-    ex.EndParsing()
-    ph.AddChild(ex)
-    ph.EndParsing()
-
-    node.AddChild(ph)
-    node.EndParsing()
-
-    non_indented_xml = node.FormatXml()
-    self.failUnless(non_indented_xml == u'<message name="name">\n  Hello '
-                    u'&lt;young&gt; <ph name="USERNAME">$1<ex>Joi</ex></ph>'
-                    u'\n</message>')
-
-    indented_xml = node.FormatXml(u'  ')
-    self.failUnless(indented_xml == u'  <message name="name">\n    Hello '
-                    u'&lt;young&gt; <ph name="USERNAME">$1<ex>Joi</ex></ph>'
-                    u'\n  </message>')
-
-  def testXmlFormatMixedContentWithLeadingWhitespace(self):
-    # Again test using the Message node type, because it is the only mixed
-    # content node.
-    node = message.MessageNode()
-    node.StartParsing(u'message', None)
-    node.HandleAttribute(u'name', u'name')
-    node.AppendContent(u"'''   Hello <young> ")
-
-    ph = message.PhNode()
-    ph.StartParsing(u'ph', None)
-    ph.HandleAttribute(u'name', u'USERNAME')
-    ph.AppendContent(u'$1')
-    ex = message.ExNode()
-    ex.StartParsing(u'ex', None)
-    ex.AppendContent(u'Joi')
-    ex.EndParsing()
-    ph.AddChild(ex)
-    ph.EndParsing()
-
-    node.AddChild(ph)
-    node.AppendContent(u" yessiree '''")
-    node.EndParsing()
-
-    non_indented_xml = node.FormatXml()
-    self.failUnless(non_indented_xml ==
-                    u"<message name=\"name\">\n  '''   Hello"
-                    u' &lt;young&gt; <ph name="USERNAME">$1<ex>Joi</ex></ph>'
-                    u" yessiree '''\n</message>")
-
-    indented_xml = node.FormatXml(u'  ')
-    self.failUnless(indented_xml ==
-                    u"  <message name=\"name\">\n    '''   Hello"
-                    u' &lt;young&gt; <ph name="USERNAME">$1<ex>Joi</ex></ph>'
-                    u" yessiree '''\n  </message>")
-
-    self.failUnless(node.GetNodeById('name'))
-
-  def testXmlFormatContentWithEntities(self):
-    '''Tests a bug where &nbsp; would not be escaped correctly.'''
-    from grit import tclib
-    msg_node = message.MessageNode.Construct(None, tclib.Message(
-      text = 'BEGIN_BOLDHelloWHITESPACEthere!END_BOLD Bingo!',
-      placeholders = [
-        tclib.Placeholder('BEGIN_BOLD', '<b>', 'bla'),
-        tclib.Placeholder('WHITESPACE', '&nbsp;', 'bla'),
-        tclib.Placeholder('END_BOLD', '</b>', 'bla')]),
-                                             'BINGOBONGO')
-    xml = msg_node.FormatXml()
-    self.failUnless(xml.find('&nbsp;') == -1, 'should have no entities')
-
-  def testIter(self):
-    # First build a little tree of message and ph nodes.
-    node = message.MessageNode()
-    node.StartParsing(u'message', None)
-    node.HandleAttribute(u'name', u'bla')
-    node.AppendContent(u" '''  two spaces  ")
-    node.AppendContent(u' space before and after ')
-    ph = message.PhNode()
-    ph.StartParsing(u'ph', None)
-    ph.AddChild(message.ExNode())
-    ph.HandleAttribute(u'name', u'BINGO')
-    ph.AppendContent(u'bongo')
-    node.AddChild(ph)
-    node.AddChild(message.PhNode())
-    node.AppendContent(u" space before two after  '''")
-
-    order = [message.MessageNode, message.PhNode, message.ExNode, message.PhNode]
-    for n in node:
-      self.failUnless(type(n) == order[0])
-      order = order[1:]
-    self.failUnless(len(order) == 0)
-
-  def testGetChildrenOfType(self):
-    xml = '''<?xml version="1.0" encoding="UTF-8"?>
-      <grit latest_public_release="2" source_lang_id="en-US"
-            current_release="3" base_dir=".">
-        <outputs>
-          <output filename="resource.h" type="rc_header" />
-          <output filename="en/generated_resources.rc" type="rc_all"
-                  lang="en" />
-          <if expr="pp_if('NOT_TRUE')">
-            <output filename="de/generated_resources.rc" type="rc_all"
-                    lang="de" />
-          </if>
-        </outputs>
-        <release seq="3">
-          <messages>
-            <message name="ID_HELLO">Hello!</message>
-          </messages>
-        </release>
-      </grit>'''
-    grd = grd_reader.Parse(StringIO.StringIO(xml),
-                           util.PathFromRoot('grit/test/data'))
-    from grit.node import io
-    output_nodes = grd.GetChildrenOfType(io.OutputNode)
-    self.failUnlessEqual(len(output_nodes), 3)
-    self.failUnlessEqual(output_nodes[2].attrs['filename'],
-                         'de/generated_resources.rc')
-
-  def testEvaluateExpression(self):
-    def AssertExpr(expected_value, expr, defs, target_platform,
-                   extra_variables):
-      self.failUnlessEqual(expected_value, base.Node.EvaluateExpression(
-          expr, defs, target_platform, extra_variables))
-
-    AssertExpr(True, "True", {}, 'linux', {})
-    AssertExpr(False, "False", {}, 'linux', {})
-    AssertExpr(True, "True or False", {}, 'linux', {})
-    AssertExpr(False, "True and False", {}, 'linux', {})
-    AssertExpr(True, "os == 'linux'", {}, 'linux', {})
-    AssertExpr(False, "os == 'linux'", {}, 'ios', {})
-    AssertExpr(True, "'foo' in defs", {'foo': 'bar'}, 'ios', {})
-    AssertExpr(False, "'foo' in defs", {'baz': 'bar'}, 'ios', {})
-    AssertExpr(False, "'foo' in defs", {}, 'ios', {})
-    AssertExpr(True, "is_linux", {}, 'linux2', {})
-    AssertExpr(False, "is_linux", {}, 'win32', {})
-    AssertExpr(True, "is_macosx", {}, 'darwin', {})
-    AssertExpr(False, "is_macosx", {}, 'ios', {})
-    AssertExpr(True, "is_win", {}, 'win32', {})
-    AssertExpr(False, "is_win", {}, 'darwin', {})
-    AssertExpr(True, "is_android", {}, 'android', {})
-    AssertExpr(False, "is_android", {}, 'linux3', {})
-    AssertExpr(True, "is_ios", {}, 'ios', {})
-    AssertExpr(False, "is_ios", {}, 'darwin', {})
-    AssertExpr(True, "is_posix", {}, 'linux2', {})
-    AssertExpr(True, "is_posix", {}, 'darwin', {})
-    AssertExpr(True, "is_posix", {}, 'android', {})
-    AssertExpr(True, "is_posix", {}, 'ios', {})
-    AssertExpr(True, "is_posix", {}, 'freebsd7', {})
-    AssertExpr(False, "is_posix", {}, 'win32', {})
-    AssertExpr(True, "pp_ifdef('foo')", {'foo': True}, 'win32', {})
-    AssertExpr(True, "pp_ifdef('foo')", {'foo': False}, 'win32', {})
-    AssertExpr(False, "pp_ifdef('foo')", {'bar': True}, 'win32', {})
-    AssertExpr(True, "pp_if('foo')", {'foo': True}, 'win32', {})
-    AssertExpr(False, "pp_if('foo')", {'foo': False}, 'win32', {})
-    AssertExpr(False, "pp_if('foo')", {'bar': True}, 'win32', {})
-    AssertExpr(True, "foo", {'foo': True}, 'win32', {})
-    AssertExpr(False, "foo", {'foo': False}, 'win32', {})
-    AssertExpr(False, "foo", {'bar': True}, 'win32', {})
-    AssertExpr(True, "foo == 'baz'", {'foo': 'baz'}, 'win32', {})
-    AssertExpr(False, "foo == 'baz'", {'foo': True}, 'win32', {})
-    AssertExpr(False, "foo == 'baz'", {}, 'win32', {})
-    AssertExpr(True, "lang == 'de'", {}, 'win32', {'lang': 'de'})
-    AssertExpr(False, "lang == 'de'", {}, 'win32', {'lang': 'fr'})
-    AssertExpr(False, "lang == 'de'", {}, 'win32', {})
-
-    # Test a couple more complex expressions for good measure.
-    AssertExpr(True, "is_ios and (lang in ['de', 'fr'] or foo)",
-               {'foo': 'bar'}, 'ios', {'lang': 'fr', 'context': 'today'})
-    AssertExpr(False, "is_ios and (lang in ['de', 'fr'] or foo)",
-               {'foo': False}, 'linux2', {'lang': 'fr', 'context': 'today'})
-    AssertExpr(False, "is_ios and (lang in ['de', 'fr'] or foo)",
-               {'baz': 'bar'}, 'ios', {'lang': 'he', 'context': 'today'})
-    AssertExpr(True, "foo == 'bar' or not baz",
-               {'foo': 'bar', 'fun': True}, 'ios', {'lang': 'en'})
-    AssertExpr(True, "foo == 'bar' or not baz",
-               {}, 'ios', {'lang': 'en', 'context': 'java'})
-    AssertExpr(False, "foo == 'bar' or not baz",
-               {'foo': 'ruz', 'baz': True}, 'ios', {'lang': 'en'})
-
-if __name__ == '__main__':
-  unittest.main()
-