tor-browser

The Tor Browser
git clone https://git.dasho.dev/tor-browser.git
Log | Files | Refs | README | LICENSE

test_attributes.js (3480B)

      1 /* This Source Code Form is subject to the terms of the Mozilla Public
      2 * License, v. 2.0. If a copy of the MPL was not distributed with this
      3 * file, You can obtain one at http://mozilla.org/MPL/2.0/. */
      4 
      5 var ObjectReadWrite = {
      6  QueryInterface: ChromeUtils.generateQI(["nsIXPCTestObjectReadWrite"]),
      7 
      8  /* nsIXPCTestObjectReadWrite */
      9  stringProperty: "XPConnect Read-Writable String",
     10  booleanProperty: true,
     11  shortProperty: 32767,
     12  longProperty: 2147483647,
     13  floatProperty: 5.5,
     14  charProperty: "X",
     15  // timeProperty is PRTime and signed type.
     16  // So it has to allow negative value.
     17  timeProperty: -1,
     18 };
     19 
     20 var ObjectReadOnly = {
     21  QueryInterface: ChromeUtils.generateQI(["nsIXPCTestObjectReadOnly"]),
     22 
     23  /* nsIXPCTestObjectReadOnly */
     24  strReadOnly: "XPConnect Read-Only String",
     25  boolReadOnly: true,
     26  shortReadOnly: 32767,
     27  longReadOnly: 2147483647,
     28  floatReadOnly: 5.5,
     29  charReadOnly: "X",
     30  // timeProperty is PRTime and signed type.
     31  // So it has to allow negative value.
     32  timeReadOnly: -1,
     33 };
     34 
     35 function run_test() {
     36  // Load the component manifests.
     37  registerXPCTestComponents();
     38 
     39  // Test for each component.
     40  test_component_readwrite(Cc["@mozilla.org/js/xpc/test/native/ObjectReadWrite;1"].createInstance());
     41  test_component_readwrite(xpcWrap(ObjectReadWrite));
     42  test_component_readonly(Cc["@mozilla.org/js/xpc/test/native/ObjectReadOnly;1"].createInstance());
     43  test_component_readonly(xpcWrap(ObjectReadOnly));
     44 }
     45 
     46 function test_component_readwrite(obj) {
     47  // Instantiate the object.
     48  var o = obj.QueryInterface(Ci.nsIXPCTestObjectReadWrite);
     49 
     50  // Test the initial values.
     51  Assert.equal("XPConnect Read-Writable String", o.stringProperty);
     52  Assert.equal(true, o.booleanProperty);
     53  Assert.equal(32767, o.shortProperty);
     54  Assert.equal(2147483647, o.longProperty);
     55  Assert.ok(5.25 < o.floatProperty && 5.75 > o.floatProperty);
     56  Assert.equal("X", o.charProperty);
     57  Assert.equal(-1, o.timeProperty);
     58 
     59  // Write new values.
     60  o.stringProperty = "another string";
     61  o.booleanProperty = false;
     62  o.shortProperty = -12345;
     63  o.longProperty = 1234567890;
     64  o.floatProperty = 10.2;
     65  o.charProperty = "Z";
     66  o.timeProperty = 1;
     67 
     68  // Test the new values.
     69  Assert.equal("another string", o.stringProperty);
     70  Assert.equal(false, o.booleanProperty);
     71  Assert.equal(-12345, o.shortProperty);
     72  Assert.equal(1234567890, o.longProperty);
     73  Assert.ok(10.15 < o.floatProperty && 10.25 > o.floatProperty);
     74  Assert.equal("Z", o.charProperty);
     75  Assert.equal(1, o.timeProperty);
     76 
     77  // Assign values that differ from the expected type to verify conversion.
     78 
     79  function SetAndTestBooleanProperty(newValue, expectedValue) {
     80    o.booleanProperty = newValue;
     81    Assert.equal(expectedValue, o.booleanProperty);
     82  };
     83  SetAndTestBooleanProperty(false, false);
     84  SetAndTestBooleanProperty(1, true);
     85  SetAndTestBooleanProperty(null, false);
     86  SetAndTestBooleanProperty("A", true);
     87  SetAndTestBooleanProperty(undefined, false);
     88  SetAndTestBooleanProperty([], true);
     89  SetAndTestBooleanProperty({}, true);
     90 }
     91 
     92 function test_component_readonly(obj) {
     93  var o = obj.QueryInterface(Ci.nsIXPCTestObjectReadOnly);
     94 
     95  // Test the initial values.
     96  Assert.equal("XPConnect Read-Only String", o.strReadOnly);
     97  Assert.equal(true, o.boolReadOnly);
     98  Assert.equal(32767, o.shortReadOnly);
     99  Assert.equal(2147483647, o.longReadOnly);
    100  Assert.ok(5.25 < o.floatReadOnly && 5.75 > o.floatReadOnly);
    101  Assert.equal("X", o.charReadOnly);
    102  Assert.equal(-1, o.timeReadOnly);
    103 }