Quelle test_smilTiming.xhtml Sprache: unbekannt

Spracherkennung für: .xhtml vermutete Sprache: Unknown {[0] [0] [0]} [Methode: Schwerpunktbildung, einfache Gewichte, sechs Dimensionen]

<html xmlns="http://www.w3.org/1999/xhtml">
<head>
  <title>Test for SMIL timing</title>
  <script src="/tests/SimpleTest/SimpleTest.js"></script>
  <link rel="stylesheet" type="text/css" href="/tests/SimpleTest/test.css" />
</head>
<body>
<p id="display"></p>
<div id="content">
<svg id="svg" xmlns="http://www.w3.org/2000/svg" width="120px" height="120px"
     onload="this.pauseAnimations()">
  <circle cx="-100" cy="20" r="15" fill="blue" id="circle"/>
</svg>
</div>
<pre id="test">
<script class="testbody" type="text/javascript">
<![CDATA[
/** Test for SMIL timing **/

/* Global Variables */
const svgns = "http://www.w3.org/2000/svg";
var gSvg    = document.getElementById("svg");
var gCircle = document.getElementById('circle');

SimpleTest.waitForExplicitFinish();

function main() {
  ok(gSvg.animationsPaused(), "should be paused by <svg> load handler");
  is(gSvg.getCurrentTime(), 0, "should be paused at 0 in <svg> load handler");

  var testCases = Array();

  const secPerMin = 60;
  const secPerHour = secPerMin * 60;

  // In the following tests that compare start times, getStartTime will round
  // the start time to three decimal places since we expect our implementation
  // to be millisecond accurate.

  // Offset syntax
  // -- Basic tests, sign and whitespace
  testCases.push(StartTimeTest('3s', 3));
  testCases.push(StartTimeTest('0s', 0));
  testCases.push(StartTimeTest('+2s', 2));
  testCases.push(StartTimeTest('-1s\t\r', -1));
  testCases.push(StartTimeTest('- 1s', -1));
  testCases.push(StartTimeTest('  -1s', -1));
  testCases.push(StartTimeTest(' - 1s', -1));
  testCases.push(StartTimeTest(' \t\n\r-1s', -1));
  testCases.push(StartTimeTest('+\n5s', 5));
  testCases.push(StartTimeTest('-\n5s', -5));
  testCases.push(StartTimeTest('\t 5s', 5));
  // -- These tests are from SMILANIM 3.6.7
  testCases.push(StartTimeTest('02:30:03', 2*secPerHour + 30*secPerMin + 3));
  testCases.push(StartTimeTest('50:00:10.25', 50*secPerHour + 10.25));
  testCases.push(StartTimeTest('02:33', 2*secPerMin + 33));
  testCases.push(StartTimeTest('00:10.5', 10.5));
  testCases.push(StartTimeTest('3.2h', 3.2*secPerHour));
  testCases.push(StartTimeTest('45min', 45*secPerMin));
  testCases.push(StartTimeTest('30s', 30));
  testCases.push(StartTimeTest('5ms', 0.005));
  testCases.push(StartTimeTest('12.467', 12.467));
  testCases.push(StartTimeTest('00.5s', 0.5));
  testCases.push(StartTimeTest('00:00.005', 0.005));
  // -- Additional tests
  testCases.push(StartTimeTest('61:59:59', 61*secPerHour + 59*secPerMin + 59));
  testCases.push(StartTimeTest('02:59.999999999999999999999', 3*secPerMin));
  testCases.push(StartTimeTest('1234:23:45',
                               1234*secPerHour + 23*secPerMin + 45));
  testCases.push(StartTimeTest('61min', 61*secPerMin));
  testCases.push(StartTimeTest('0:30:03', 30*secPerMin + 3));
  // -- Fractional precision
  testCases.push(StartTimeTest('25.4567', 25.457));
  testCases.push(StartTimeTest('0.123456789', 0.123));
  testCases.push(StartTimeTest('0.00000000000000000000001', 0));
  testCases.push(StartTimeTest('-0.00000000000000000000001', 0));
  testCases.push(StartTimeTest('0.0009', 0.001));
  testCases.push(StartTimeTest('0.99999999999999999999999999999999999999', 1));
  testCases.push(StartTimeTest('23.4567ms', 0.023));
  testCases.push(StartTimeTest('23.7ms', 0.024));
  // -- Test errors
  testCases.push(StartTimeTest(' + +3s', 'none'));
  testCases.push(StartTimeTest(' +-3s', 'none'));
  testCases.push(StartTimeTest('1:12:12:12', 'none'));
  testCases.push(StartTimeTest('4:50:60', 'none'));
  testCases.push(StartTimeTest('4:60:0', 'none'));
  testCases.push(StartTimeTest('4:60', 'none'));
  testCases.push(StartTimeTest('4:-1:00', 'none'));
  testCases.push(StartTimeTest('4 5m', 'none'));
  testCases.push(StartTimeTest('4 5ms', 'none'));
  testCases.push(StartTimeTest('02:3:03', 'none'));
  testCases.push(StartTimeTest('45.7 s', 'none'));
  testCases.push(StartTimeTest(' 3 h ', 'none'));
  testCases.push(StartTimeTest('2:33 ', 'none'));
  testCases.push(StartTimeTest('02:33 2', 'none'));
  testCases.push(StartTimeTest('\u000B 02:33', 'none'));
  testCases.push(StartTimeTest('h', 'none'));
  testCases.push(StartTimeTest('23.s', 'none'));
  testCases.push(StartTimeTest('23.', 'none'));
  testCases.push(StartTimeTest('23.54.2s', 'none'));
  testCases.push(StartTimeTest('23sec', 'none'));
  testCases.push(StartTimeTest('five', 'none'));
  testCases.push(StartTimeTest('', 'none'));
  testCases.push(StartTimeTest('02:33s', 'none'));
  testCases.push(StartTimeTest('02:33 s', 'none'));
  testCases.push(StartTimeTest('2.54e6', 'none'));
  testCases.push(StartTimeTest('02.5:33', 'none'));
  testCases.push(StartTimeTest('2:-45:33', 'none'));
  testCases.push(StartTimeTest('2:4.5:33', 'none'));
  testCases.push(StartTimeTest('45m', 'none'));
  testCases.push(StartTimeTest(':20:30', 'none'));
  testCases.push(StartTimeTest('1.5:30', 'none'));
  testCases.push(StartTimeTest('15:-30', 'none'));
  testCases.push(StartTimeTest('::30', 'none'));
  testCases.push(StartTimeTest('15:30s', 'none'));
  testCases.push(StartTimeTest('2:1.:30', 'none'));
  testCases.push(StartTimeTest('2:.1:30', 'none'));
  testCases.push(StartTimeTest('2.0:15:30', 'none'));
  testCases.push(StartTimeTest('2.:15:30', 'none'));
  testCases.push(StartTimeTest('.2:15:30', 'none'));
  testCases.push(StartTimeTest('70:15', 'none'));
  testCases.push(StartTimeTest('media', 'none'));
  testCases.push(StartTimeTest('5mi', 'none'));
  testCases.push(StartTimeTest('5hours', 'none'));
  testCases.push(StartTimeTest('h05:30', 'none'));
  testCases.push(StartTimeTest('05:40\x9A', 'none'));
  testCases.push(StartTimeTest('05:40\u30D5', 'none'));
  testCases.push(StartTimeTest('05:40β', 'none'));

  // List syntax
  testCases.push(StartTimeTest('3', 3));
  testCases.push(StartTimeTest('3;', 3));
  testCases.push(StartTimeTest('3; ', 3));
  testCases.push(StartTimeTest('3 ; ', 3));
  testCases.push(StartTimeTest('3;;', 3));
  testCases.push(StartTimeTest('3;; ', 3));
  testCases.push(StartTimeTest(';3', 3));
  testCases.push(StartTimeTest(' ;3', 3));
  testCases.push(StartTimeTest('3;4', 3));
  testCases.push(StartTimeTest(' 3 ; 4 ', 3));

  // List syntax on end times
  testCases.push({
    'attr' : { 'begin': '0s',
               'end': '1s; 2s' },
    'times': [ [ 0, 0 ],
               [ 1, -100 ] ]
  });
  testCases.push({
    'attr' : { 'begin': '0s',
               'end': '1s; 2s; ' },
    'times': [ [ 0, 0 ],
               [ 1, -100 ] ]
  });
  testCases.push({
    'attr' : { 'begin': '0s',
               'end': '3s; 2s' },
    'times': [ [ 0, 0 ],
               [ 1, 10 ],
               [ 2, -100 ] ]
  });

  // Simple case
  testCases.push({
    'attr' : { 'begin': '3s' },
    'times': [ [ 0, -100 ],
               [ 4, 10 ] ]
  });

  // Multiple begins
  testCases.push({
    'attr' : { 'begin': '2s; 6s',
               'dur': '2s' },
    'times': [ [ 0, -100 ],
               [ 3, 50 ],
               [ 4, -100 ],
               [ 7, 50 ],
               [ 8, -100 ] ]
  });

  // Negative begins
  testCases.push({
    'attr' : { 'begin': '-3s; 1s ; 4s',
               'dur': '2s ',
               'fill': 'freeze' },
    'times': [ [ 0, -100 ],
               [ 0.5, -100 ],
               [ 1, 0 ],
               [ 2, 50 ],
               [ 3, 100 ],
               [ 5, 50 ] ]
  });

  // Sorting
  testCases.push({
    'attr' : { 'begin': '-3s; 110s; 1s; 4s; -5s; -10s',
               'end': '111s; -5s; -15s; 6s; -5s; 1.2s',
               'dur': '2s ',
               'fill': 'freeze' },
    'times': [ [ 0, -100 ],
               [ 1, 0 ],
               [ 2, 10 ],
               [ 4, 0 ],
               [ 5, 50 ],
               [ 109, 100 ],
               [ 110, 0 ],
               [ 112, 50 ] ]
  });

  for (var i = 0; i < testCases.length; i++) {
    gSvg.setCurrentTime(0);
    var test = testCases[i];

    // Generate string version of params for output messages
    var params = "";
    for (var name in test.attr) {
      params += name + '="' + test.attr[name] + '" ';
    }
    params = params.trim();

    // Create animation elements
    var anim = createAnim(test.attr);

    // Run samples
    if ('times' in test) {
      for (var j = 0; j < test.times.length; j++) {
        var curSample = test.times[j];
        checkSample(curSample[0], curSample[1], params);
      }
    }

    // Check start time
    if ('startTime' in test) {
      is(getStartTime(anim), test.startTime,
         "Got unexpected start time for " + params);
    }

    anim.remove();
  }

  SimpleTest.finish();
}

function createAnim(attr) {
  var anim = document.createElementNS(svgns,'animate');
  anim.setAttribute('attributeName','cx');
  anim.setAttribute('from','0');
  anim.setAttribute('to','100');
  anim.setAttribute('dur','10s');
  anim.setAttribute('begin','indefinite');
  for (name in attr) {
    anim.setAttribute(name, attr[name]);
  }
  return gCircle.appendChild(anim);
}

function checkSample(time, expectedValue, params) {
  gSvg.setCurrentTime(time);
  var msg = "Unexpected sample value for " + params +
    " at t=" + time + ": ";
  is(gCircle.cx.animVal.value, expectedValue);
}

function getStartTime(anim) {
  var startTime;
  try {
    startTime = anim.getStartTime();
    // We round start times to 3 decimal places to make comparisons simpler
    startTime = parseFloat(startTime.toFixed(3));
  } catch(e) {
    if (e.name == "InvalidStateError" &&
        e.code == DOMException.INVALID_STATE_ERR) {
      startTime = 'none';
    } else {
      ok(false, "Unexpected exception: " + e);
    }
  }
  return startTime;
}

function StartTimeTest(beginSpec, expectedStartTime) {
  return { 'attr'     : { 'begin': beginSpec },
           'startTime': expectedStartTime };
}

window.addEventListener("load", main);
]]>
</script>
</pre>
</body>
</html>

Quelle test_smilTiming.xhtml Sprache: unbekannt

[Dauer der Verarbeitung: 0.27 Sekunden, vorverarbeitet 2026-06-10]