Revert of Add support for rich output inside of content editables.

chrome/browser/resources/chromeos/chromevox/cvox2/background/output_test.extjs

 // Copyright 2014 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.
 
 GEN_INCLUDE(['../../testing/assert_additions.js']);
 GEN_INCLUDE(['../../testing/chromevox_next_e2e_test_base.js']);
 
 /**
  * Gets the braille output and asserts that it matches expected values.
  * Annotations in the output that are primitive strings are ignored.
@@ skipping 282 matching lines @@
           {value: new Output.EarconAction("BUTTON"), start: 0, end: 11},
           {value: 'value', start: 12, end: 26},
           {value: 'role', start: 27, end: 33}]
         ],
         '||Edit text, search entry',
         '||Edit text'
       ];
       // TODO(plundblad): Some of these are wrong, there should be an initial
       // space for the cursor in edit fields.
       var expectedBrailleValues = [
-        'ed',
-        '@ed',
-        'pwded',
-        '#ed',
-        'spnbtn',
+        ' ed',
+        ' @ed',
+        ' pwded',
+        ' #ed',
+        ' spnbtn',
         {string_: 'time'},
         {string_: 'date'},
         {string_: 'Choose File No file chosen btn'},
-        'srched',
-        'ed'
+        ' srched',
+        ' ed'
       ];
       assertEquals(expectedSpeechValues.length, expectedBrailleValues.length);
 
       var el = root.firstChild.firstChild;
       expectedSpeechValues.forEach(function(expectedValue) {
         var range = cursors.Range.fromNode(el);
         var o = new Output().withSpeechAndBraille(range, null, 'navigate');
         if (typeof expectedValue == 'object') {
           checkSpeechOutput(expectedValue[0], expectedValue[1], o);
         } else {
@@ skipping 66 matching lines @@
     checkSpeechOutput(
         'a|Tree item|Expanded| 1 of 3 | level 1 |Tree|with 3 items',
         [
           {value: 'name', 'start': 0, end: 1},
           {value: 'state', start: 12, end: 20},
           {value: 'role','start': 40, end: 44},
         ],
     o);
     // TODO(plundblad): Braille output is wrong.
     checkBrailleOutput(
-        'a tritm - 1/3  level 1 tree +3',
+        'a tritm - 1/3  level 1  tree +3',
         [{value: new Output.NodeSpan(el), start: 0, end: 1},
          {value: new Output.NodeSpan(el.parent), start: 2, end: 23},
-         {value: new Output.NodeSpan(el.parent.parent), start: 23, end: 30}],
+         {value: new Output.NodeSpan(el.parent.parent), start: 24, end: 31}],
         o);
 
     el = root.firstChild.children[1].firstChild;
     range = cursors.Range.fromNode(el);
     o = new Output().withSpeechAndBraille(range, null, 'navigate');
     checkSpeechOutput(
         'b|Tree item| 2 of 3 | level 1 |Tree|with 3 items',
         [
           {value: 'name', start: 0, end: 1},
           {value: 'role', 'start': 31, end: 35}
         ],
         o);
     // TODO(plundblad): Braille output is wrong.
     checkBrailleOutput(
-        'b tritm 2/3  level 1 tree +3',
+        'b tritm 2/3  level 1  tree +3',
         [{value: new Output.NodeSpan(el), start: 0, end: 1},
          {value: new Output.NodeSpan(el.parent), start: 2, end: 21},
-         {value: new Output.NodeSpan(el.parent.parent), start: 21, end: 28}],
+         {value: new Output.NodeSpan(el.parent.parent), start: 22, end: 29}],
         o);
 
     el = root.firstChild.children[2].firstChild;
     range = cursors.Range.fromNode(el);
     o = new Output().withSpeechAndBraille(range, null, 'navigate');
     checkSpeechOutput(
         'c|Tree item|Collapsed| 3 of 3 | level 1 |Tree|with 3 items',
         [
           {value: 'name', 'start': 0, end: 1},
           {value: 'state', start: 12, end: 21},
           {value: 'role','start': 41, end: 45},
         ],
         o);
     // TODO(plundblad): Braille output is wrong.
     checkBrailleOutput(
-        'c tritm + 3/3  level 1 tree +3',
+        'c tritm + 3/3  level 1  tree +3',
         [{value: new Output.NodeSpan(el), start: 0, end: 1},
          {value: new Output.NodeSpan(el.parent), start: 2, end: 23},
-         {value: new Output.NodeSpan(el.parent.parent), start: 23, end: 30}],
+         {value: new Output.NodeSpan(el.parent.parent), start: 24, end: 31}],
         o);
   });
 });
 
 TEST_F('OutputE2ETest', 'Menu', function() {
   this.runWithLoadedTree(function() {/*!
     <div role="menu">
       <div role="menuitem">a</div>
     </div>
   */},
@@ skipping 193 matching lines @@
   this.runWithLoadedTree(function() {/*!
       <div><button>ok</button></div>
     */},
     function(root) {
       var div = root.find({role: 'div'});
       var o = new Output().withSpeech(cursors.Range.fromNode(div));
       assertEquals('ok|Button'
                    , o.speechOutputForTest.string_);
   });
 });