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Oinktube/node_modules/videojs-playlist/test/dist/bundle.js
Daniel Neto 14f492d68f update
2023-07-02 19:30:57 -03:00

9885 lines
217 KiB
JavaScript
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/*! @name videojs-playlist @version 5.1.0 @license Apache-2.0 */
(function (QUnit, sinon, videojs) {
'use strict';
function _interopDefaultLegacy (e) { return e && typeof e === 'object' && 'default' in e ? e : { 'default': e }; }
var QUnit__default = /*#__PURE__*/_interopDefaultLegacy(QUnit);
var sinon__default = /*#__PURE__*/_interopDefaultLegacy(sinon);
var videojs__default = /*#__PURE__*/_interopDefaultLegacy(videojs);
var commonjsGlobal = typeof globalThis !== 'undefined' ? globalThis : typeof window !== 'undefined' ? window : typeof global !== 'undefined' ? global : typeof self !== 'undefined' ? self : {};
function getAugmentedNamespace(n) {
if (n.__esModule) return n;
var a = Object.defineProperty({}, '__esModule', {value: true});
Object.keys(n).forEach(function (k) {
var d = Object.getOwnPropertyDescriptor(n, k);
Object.defineProperty(a, k, d.get ? d : {
enumerable: true,
get: function () {
return n[k];
}
});
});
return a;
}
var win;
if (typeof window !== "undefined") {
win = window;
} else if (typeof commonjsGlobal !== "undefined") {
win = commonjsGlobal;
} else if (typeof self !== "undefined") {
win = self;
} else {
win = {};
}
var window_1 = win;
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{
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cov_1iwvftf2su = function () {
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};
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return actualCoverage;
}
cov_1iwvftf2su();
cov_1iwvftf2su().s[0]++;
/**
* Validates a number of seconds to use as the auto-advance delay.
*
* @private
* @param {number} s
* The number to check
*
* @return {boolean}
* Whether this is a valid second or not
*/
const validSeconds = s => {
cov_1iwvftf2su().f[0]++;
cov_1iwvftf2su().s[1]++;
return (cov_1iwvftf2su().b[0][0]++, typeof s === 'number') && (cov_1iwvftf2su().b[0][1]++, !isNaN(s)) && (cov_1iwvftf2su().b[0][2]++, s >= 0) && (cov_1iwvftf2su().b[0][3]++, s < Infinity);
};
/**
* Resets the auto-advance behavior of a player.
*
* @param {Player} player
* The player to reset the behavior on
*/
cov_1iwvftf2su().s[2]++;
let reset = player => {
cov_1iwvftf2su().f[1]++;
const aa = (cov_1iwvftf2su().s[3]++, player.playlist.autoadvance_);
cov_1iwvftf2su().s[4]++;
if (aa.timeout) {
cov_1iwvftf2su().b[1][0]++;
cov_1iwvftf2su().s[5]++;
player.clearTimeout(aa.timeout);
} else {
cov_1iwvftf2su().b[1][1]++;
}
cov_1iwvftf2su().s[6]++;
if (aa.trigger) {
cov_1iwvftf2su().b[2][0]++;
cov_1iwvftf2su().s[7]++;
player.off('ended', aa.trigger);
} else {
cov_1iwvftf2su().b[2][1]++;
}
cov_1iwvftf2su().s[8]++;
aa.timeout = null;
cov_1iwvftf2su().s[9]++;
aa.trigger = null;
};
/**
* Sets up auto-advance behavior on a player.
*
* @param {Player} player
* the current player
*
* @param {number} delay
* The number of seconds to wait before each auto-advance.
*
* @return {undefined}
* Used to short circuit function logic
*/
cov_1iwvftf2su().s[10]++;
const setup = (player, delay) => {
cov_1iwvftf2su().f[2]++;
cov_1iwvftf2su().s[11]++;
reset(player); // Before queuing up new auto-advance behavior, check if `seconds` was
// called with a valid value.
cov_1iwvftf2su().s[12]++;
if (!validSeconds(delay)) {
cov_1iwvftf2su().b[3][0]++;
cov_1iwvftf2su().s[13]++;
player.playlist.autoadvance_.delay = null;
cov_1iwvftf2su().s[14]++;
return;
} else {
cov_1iwvftf2su().b[3][1]++;
}
cov_1iwvftf2su().s[15]++;
player.playlist.autoadvance_.delay = delay;
cov_1iwvftf2su().s[16]++;
player.playlist.autoadvance_.trigger = function () {
cov_1iwvftf2su().f[3]++;
cov_1iwvftf2su().s[17]++; // This calls setup again, which will reset the existing auto-advance and
// set up another auto-advance for the next "ended" event.
const cancelOnPlay = () => {
cov_1iwvftf2su().f[4]++;
cov_1iwvftf2su().s[18]++;
return setup(player, delay);
}; // If there is a "play" event while we're waiting for an auto-advance,
// we need to cancel the auto-advance. This could mean the user seeked
// back into the content or restarted the content. This is reproducible
// with an auto-advance > 0.
cov_1iwvftf2su().s[19]++;
player.one('play', cancelOnPlay);
cov_1iwvftf2su().s[20]++;
player.playlist.autoadvance_.timeout = player.setTimeout(() => {
cov_1iwvftf2su().f[5]++;
cov_1iwvftf2su().s[21]++;
reset(player);
cov_1iwvftf2su().s[22]++;
player.off('play', cancelOnPlay);
cov_1iwvftf2su().s[23]++;
player.playlist.next();
}, delay * 1000);
};
cov_1iwvftf2su().s[24]++;
player.one('ended', player.playlist.autoadvance_.trigger);
};
/**
* Used to change the reset function in this module at runtime
* This should only be used in tests.
*
* @param {Function} fn
* The function to se the reset to
*/
cov_1iwvftf2su().s[25]++;
const setReset_ = fn => {
cov_1iwvftf2su().f[6]++;
cov_1iwvftf2su().s[26]++;
reset = fn;
};
function _extends() {
_extends = Object.assign || function (target) {
for (var i = 1; i < arguments.length; i++) {
var source = arguments[i];
for (var key in source) {
if (Object.prototype.hasOwnProperty.call(source, key)) {
target[key] = source[key];
}
}
}
return target;
};
return _extends.apply(this, arguments);
}
const proxy = props => {
let poster_ = '';
const player = _extends({}, videojs__default["default"].EventTarget.prototype, {
play: () => {},
paused: () => {},
ended: () => {},
poster: src => {
if (src !== undefined) {
poster_ = src;
}
return poster_;
},
src: () => {},
currentSrc: () => {},
addRemoteTextTrack: () => {},
removeRemoteTextTrack: () => {},
remoteTextTracks: () => {},
playlist: () => [],
ready: cb => cb(),
setTimeout: (cb, wait) => window_1.setTimeout(cb, wait),
clearTimeout: id => window_1.clearTimeout(id)
}, props);
player.constructor = videojs__default["default"].getComponent('Player');
player.playlist.player_ = player;
player.playlist.autoadvance_ = {};
player.playlist.currentIndex_ = -1;
player.playlist.autoadvance = () => {};
player.playlist.contains = () => {};
player.playlist.currentItem = () => {};
player.playlist.first = () => {};
player.playlist.indexOf = () => {};
player.playlist.next = () => {};
player.playlist.previous = () => {};
return player;
};
QUnit__default["default"].module('auto-advance');
QUnit__default["default"].test('set up ended listener if one does not exist yet', function (assert) {
const player = proxy();
const ones = [];
player.one = function (type) {
ones.push(type);
};
setup(player, 0);
assert.equal(ones.length, 1, 'there should have been only one one event added');
assert.equal(ones[0], 'ended', 'the event we want to one is "ended"');
});
QUnit__default["default"].test('off previous listener if exists before adding a new one', function (assert) {
const player = proxy();
const ones = [];
const offs = [];
player.one = function (type) {
ones.push(type);
};
player.off = function (type) {
offs.push(type);
};
setup(player, 0);
assert.equal(ones.length, 1, 'there should have been only one one event added');
assert.equal(ones[0], 'ended', 'the event we want to one is "ended"');
assert.equal(offs.length, 0, 'we should not have off-ed anything yet');
setup(player, 10);
assert.equal(ones.length, 2, 'there should have been only two one event added');
assert.equal(ones[0], 'ended', 'the event we want to one is "ended"');
assert.equal(ones[1], 'ended', 'the event we want to one is "ended"');
assert.equal(offs.length, 1, 'there should have been only one off event added');
assert.equal(offs[0], 'ended', 'the event we want to off is "ended"');
});
QUnit__default["default"].test('do nothing if timeout is weird', function (assert) {
const player = proxy();
const ones = [];
const offs = [];
player.one = function (type) {
ones.push(type);
};
player.off = function (type) {
offs.push(type);
};
setup(player, -1);
setup(player, -100);
setup(player, null);
setup(player, {});
setup(player, []);
assert.equal(offs.length, 0, 'we did nothing');
assert.equal(ones.length, 0, 'we did nothing');
});
QUnit__default["default"].test('reset if timeout is weird after we advance', function (assert) {
const player = proxy();
const ones = [];
const offs = [];
player.one = function (type) {
ones.push(type);
};
player.off = function (type) {
offs.push(type);
};
setup(player, 0);
setup(player, -1);
setup(player, 0);
setup(player, -100);
setup(player, 0);
setup(player, null);
setup(player, 0);
setup(player, {});
setup(player, 0);
setup(player, []);
setup(player, 0);
setup(player, NaN);
setup(player, 0);
setup(player, Infinity);
setup(player, 0);
setup(player, -Infinity);
assert.equal(offs.length, 8, 'we reset the advance 8 times');
assert.equal(ones.length, 8, 'we autoadvanced 8 times');
});
QUnit__default["default"].test('reset if we have already started advancing', function (assert) {
const player = proxy();
const oldClearTimeout = window_1.clearTimeout;
let clears = 0;
window_1.clearTimeout = function () {
clears++;
}; // pretend we started autoadvancing
player.playlist.autoadvance_.timeout = 1;
setup(player, 0);
assert.equal(clears, 1, 'we reset the auto advance');
window_1.clearTimeout = oldClearTimeout;
});
QUnit__default["default"].test('timeout is given in seconds', function (assert) {
const player = proxy();
const oldSetTimeout = window_1.setTimeout;
player.addEventListener = Function.prototype;
window_1.setTimeout = function (fn, timeout) {
assert.equal(timeout, 10 * 1000, 'timeout was given in seconds');
};
setup(player, 10);
player.trigger('ended');
window_1.setTimeout = oldSetTimeout;
});
QUnit__default["default"].test('cancel a pending auto-advance if play is requested', function (assert) {
const clock = sinon__default["default"].useFakeTimers();
const player = proxy();
sinon__default["default"].spy(player.playlist, 'next');
setup(player, 10);
player.trigger('ended');
clock.tick(10000);
assert.equal(player.playlist.next.callCount, 1, 'next was called');
setup(player, 10);
player.trigger('ended');
clock.tick(5000);
player.trigger('play');
clock.tick(5000);
assert.equal(player.playlist.next.callCount, 1, 'next was not called because a "play" occurred');
player.trigger('ended');
clock.tick(10000);
assert.equal(player.playlist.next.callCount, 2, 'next was called again because the content ended again and the appropriate wait time elapsed');
});
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{
// @ts-ignore
cov_spj91b6dj = function () {
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};
}
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}
cov_spj91b6dj();
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/**
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*
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*/
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*
* @private
*
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*
* @return {Array}
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*/
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cov_spj91b6dj().s[9]++;
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};
/**
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*
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*/
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/**
* Given two sources, check to see whether the two sources are equal.
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* The first source
*
* @param {string|Object} source2
* The second source
*
* @return {boolean}
* The result
*/
cov_spj91b6dj().s[16]++;
const sourceEquals = (source1, source2) => {
cov_spj91b6dj().f[3]++;
let src1 = (cov_spj91b6dj().s[17]++, source1);
let src2 = (cov_spj91b6dj().s[18]++, source2);
cov_spj91b6dj().s[19]++;
if (typeof source1 === 'object') {
cov_spj91b6dj().b[3][0]++;
cov_spj91b6dj().s[20]++;
src1 = source1.src;
} else {
cov_spj91b6dj().b[3][1]++;
}
cov_spj91b6dj().s[21]++;
if (typeof source2 === 'object') {
cov_spj91b6dj().b[4][0]++;
cov_spj91b6dj().s[22]++;
src2 = source2.src;
} else {
cov_spj91b6dj().b[4][1]++;
}
cov_spj91b6dj().s[23]++;
if (/^\/\//.test(src1)) {
cov_spj91b6dj().b[5][0]++;
cov_spj91b6dj().s[24]++;
src2 = src2.slice(src2.indexOf('//'));
} else {
cov_spj91b6dj().b[5][1]++;
}
cov_spj91b6dj().s[25]++;
if (/^\/\//.test(src2)) {
cov_spj91b6dj().b[6][0]++;
cov_spj91b6dj().s[26]++;
src1 = src1.slice(src1.indexOf('//'));
} else {
cov_spj91b6dj().b[6][1]++;
}
cov_spj91b6dj().s[27]++;
return src1 === src2;
};
/**
* Look through an array of playlist items for a specific `source`;
* checking both the value of elements and the value of their `src`
* property.
*
* @private
* @param {Array} arr
* An array of playlist items to look through
*
* @param {string} src
* The source to look for
*
* @return {number}
* The index of that source or -1
*/
cov_spj91b6dj().s[28]++;
const indexInSources = (arr, src) => {
cov_spj91b6dj().f[4]++;
cov_spj91b6dj().s[29]++;
for (let i = (cov_spj91b6dj().s[30]++, 0); i < arr.length; i++) {
const sources = (cov_spj91b6dj().s[31]++, arr[i].sources);
cov_spj91b6dj().s[32]++;
if (Array.isArray(sources)) {
cov_spj91b6dj().b[7][0]++;
cov_spj91b6dj().s[33]++;
for (let j = (cov_spj91b6dj().s[34]++, 0); j < sources.length; j++) {
const source = (cov_spj91b6dj().s[35]++, sources[j]);
cov_spj91b6dj().s[36]++;
if ((cov_spj91b6dj().b[9][0]++, source) && (cov_spj91b6dj().b[9][1]++, sourceEquals(source, src))) {
cov_spj91b6dj().b[8][0]++;
cov_spj91b6dj().s[37]++;
return i;
} else {
cov_spj91b6dj().b[8][1]++;
}
}
} else {
cov_spj91b6dj().b[7][1]++;
}
}
cov_spj91b6dj().s[38]++;
return -1;
};
/**
* Randomize the contents of an array.
*
* @private
* @param {Array} arr
* An array.
*
* @return {Array}
* The same array that was passed in.
*/
cov_spj91b6dj().s[39]++;
const randomize = arr => {
cov_spj91b6dj().f[5]++;
let index = (cov_spj91b6dj().s[40]++, -1);
const lastIndex = (cov_spj91b6dj().s[41]++, arr.length - 1);
cov_spj91b6dj().s[42]++;
while (++index < arr.length) {
const rand = (cov_spj91b6dj().s[43]++, index + Math.floor(Math.random() * (lastIndex - index + 1)));
const value = (cov_spj91b6dj().s[44]++, arr[rand]);
cov_spj91b6dj().s[45]++;
arr[rand] = arr[index];
cov_spj91b6dj().s[46]++;
arr[index] = value;
}
cov_spj91b6dj().s[47]++;
return arr;
};
/**
* Factory function for creating new playlist implementation on the given player.
*
* API summary:
*
* playlist(['a', 'b', 'c']) // setter
* playlist() // getter
* playlist.currentItem() // getter, 0
* playlist.currentItem(1) // setter, 1
* playlist.next() // 'c'
* playlist.previous() // 'b'
* playlist.first() // 'a'
* playlist.last() // 'c'
* playlist.autoadvance(5) // 5 second delay
* playlist.autoadvance() // cancel autoadvance
*
* @param {Player} player
* The current player
*
* @param {Array=} initialList
* If given, an initial list of sources with which to populate
* the playlist.
*
* @param {number=} initialIndex
* If given, the index of the item in the list that should
* be loaded first. If -1, no video is loaded. If omitted, The
* the first video is loaded.
*
* @return {Function}
* Returns the playlist function specific to the given player.
*/
function factory(player, initialList, initialIndex = (cov_spj91b6dj().b[10][0]++, 0)) {
cov_spj91b6dj().f[6]++;
let list = (cov_spj91b6dj().s[48]++, null);
let changing = (cov_spj91b6dj().s[49]++, false);
/**
* Get/set the playlist for a player.
*
* This function is added as an own property of the player and has its
* own methods which can be called to manipulate the internal state.
*
* @param {Array} [newList]
* If given, a new list of sources with which to populate the
* playlist. Without this, the function acts as a getter.
*
* @param {number} [newIndex]
* If given, the index of the item in the list that should
* be loaded first. If -1, no video is loaded. If omitted, The
* the first video is loaded.
*
* @return {Array}
* The playlist
*/
const playlist = (cov_spj91b6dj().s[50]++, player.playlist = (nextPlaylist, newIndex = (cov_spj91b6dj().b[11][0]++, 0)) => {
cov_spj91b6dj().f[7]++;
cov_spj91b6dj().s[51]++;
if (changing) {
cov_spj91b6dj().b[12][0]++;
cov_spj91b6dj().s[52]++;
throw new Error('do not call playlist() during a playlist change');
} else {
cov_spj91b6dj().b[12][1]++;
}
cov_spj91b6dj().s[53]++;
if (Array.isArray(nextPlaylist)) {
cov_spj91b6dj().b[13][0]++; // @todo - Simplify this to `list.slice()` for v5.
const previousPlaylist = (cov_spj91b6dj().s[54]++, Array.isArray(list) ? (cov_spj91b6dj().b[14][0]++, list.slice()) : (cov_spj91b6dj().b[14][1]++, null));
cov_spj91b6dj().s[55]++;
list = preparePlaylistItems(nextPlaylist); // Mark the playlist as changing during the duringplaylistchange lifecycle.
cov_spj91b6dj().s[56]++;
changing = true;
cov_spj91b6dj().s[57]++;
player.trigger({
type: 'duringplaylistchange',
nextIndex: newIndex,
nextPlaylist,
previousIndex: playlist.currentIndex_,
// @todo - Simplify this to simply pass along `previousPlaylist` for v5.
previousPlaylist: (cov_spj91b6dj().b[15][0]++, previousPlaylist) || (cov_spj91b6dj().b[15][1]++, [])
});
cov_spj91b6dj().s[58]++;
changing = false;
cov_spj91b6dj().s[59]++;
if (newIndex !== -1) {
cov_spj91b6dj().b[16][0]++;
cov_spj91b6dj().s[60]++;
playlist.currentItem(newIndex);
} else {
cov_spj91b6dj().b[16][1]++;
} // The only time the previous playlist is null is the first call to this
// function. This allows us to fire the `duringplaylistchange` event
// every time the playlist is populated and to maintain backward
// compatibility by not firing the `playlistchange` event on the initial
// population of the list.
//
// @todo - Remove this condition in preparation for v5.
cov_spj91b6dj().s[61]++;
if (previousPlaylist) {
cov_spj91b6dj().b[17][0]++;
cov_spj91b6dj().s[62]++;
player.setTimeout(() => {
cov_spj91b6dj().f[8]++;
cov_spj91b6dj().s[63]++;
player.trigger({
type: 'playlistchange',
action: 'change'
});
}, 0);
} else {
cov_spj91b6dj().b[17][1]++;
}
} else {
cov_spj91b6dj().b[13][1]++;
} // Always return a shallow clone of the playlist list.
// We also want to return originalValue if any item in the list has it.
cov_spj91b6dj().s[64]++;
return list.map(item => {
cov_spj91b6dj().f[9]++;
cov_spj91b6dj().s[65]++;
return (cov_spj91b6dj().b[18][0]++, item.originalValue) || (cov_spj91b6dj().b[18][1]++, item);
});
}); // On a new source, if there is no current item, disable auto-advance.
cov_spj91b6dj().s[66]++;
player.on('loadstart', () => {
cov_spj91b6dj().f[10]++;
cov_spj91b6dj().s[67]++;
if (playlist.currentItem() === -1) {
cov_spj91b6dj().b[19][0]++;
cov_spj91b6dj().s[68]++;
reset(player);
} else {
cov_spj91b6dj().b[19][1]++;
}
});
cov_spj91b6dj().s[69]++;
playlist.currentIndex_ = -1;
cov_spj91b6dj().s[70]++;
playlist.player_ = player;
cov_spj91b6dj().s[71]++;
playlist.autoadvance_ = {};
cov_spj91b6dj().s[72]++;
playlist.repeat_ = false;
cov_spj91b6dj().s[73]++;
playlist.currentPlaylistItemId_ = null;
/**
* Get or set the current item in the playlist.
*
* During the duringplaylistchange event, acts only as a getter.
*
* @param {number} [index]
* If given as a valid value, plays the playlist item at that index.
*
* @return {number}
* The current item index.
*/
cov_spj91b6dj().s[74]++;
playlist.currentItem = index => {
cov_spj91b6dj().f[11]++;
cov_spj91b6dj().s[75]++; // If the playlist is changing, only act as a getter.
if (changing) {
cov_spj91b6dj().b[20][0]++;
cov_spj91b6dj().s[76]++;
return playlist.currentIndex_;
} else {
cov_spj91b6dj().b[20][1]++;
} // Act as a setter when the index is given and is a valid number.
cov_spj91b6dj().s[77]++;
if ((cov_spj91b6dj().b[22][0]++, typeof index === 'number') && (cov_spj91b6dj().b[22][1]++, playlist.currentIndex_ !== index) && (cov_spj91b6dj().b[22][2]++, index >= 0) && (cov_spj91b6dj().b[22][3]++, index < list.length)) {
cov_spj91b6dj().b[21][0]++;
cov_spj91b6dj().s[78]++;
playlist.currentIndex_ = index;
cov_spj91b6dj().s[79]++;
playItem(playlist.player_, list[playlist.currentIndex_]); // When playing multiple videos in a playlist the videojs PosterImage
// will be hidden using CSS. However, in some browsers the native poster
// attribute will briefly appear while the new source loads. Prevent
// this by hiding every poster after the first play list item. This
// doesn't cover every use case for showing/hiding the poster, but
// it will significantly improve the user experience.
cov_spj91b6dj().s[80]++;
if (index > 0) {
cov_spj91b6dj().b[23][0]++;
cov_spj91b6dj().s[81]++;
player.poster('');
} else {
cov_spj91b6dj().b[23][1]++;
}
cov_spj91b6dj().s[82]++;
return playlist.currentIndex_;
} else {
cov_spj91b6dj().b[21][1]++;
}
const src = (cov_spj91b6dj().s[83]++, (cov_spj91b6dj().b[24][0]++, playlist.player_.currentSrc()) || (cov_spj91b6dj().b[24][1]++, '')); // If there is a currentPlaylistItemId_, validate that it matches the
// current source URL returned by the player. This is sufficient evidence
// to suggest that the source was set by the playlist plugin. This code
// exists primarily to deal with playlists where multiple items have the
// same source.
cov_spj91b6dj().s[84]++;
if (playlist.currentPlaylistItemId_) {
cov_spj91b6dj().b[25][0]++;
const indexInItemIds = (cov_spj91b6dj().s[85]++, indexInPlaylistItemIds(list, playlist.currentPlaylistItemId_));
const item = (cov_spj91b6dj().s[86]++, list[indexInItemIds]); // Found a match, this is our current index!
cov_spj91b6dj().s[87]++;
if ((cov_spj91b6dj().b[27][0]++, item) && (cov_spj91b6dj().b[27][1]++, Array.isArray(item.sources)) && (cov_spj91b6dj().b[27][2]++, indexInSources([item], src) > -1)) {
cov_spj91b6dj().b[26][0]++;
cov_spj91b6dj().s[88]++;
playlist.currentIndex_ = indexInItemIds;
cov_spj91b6dj().s[89]++;
return playlist.currentIndex_;
} else {
cov_spj91b6dj().b[26][1]++;
} // If this does not match the current source, null it out so subsequent
// calls can skip this step.
cov_spj91b6dj().s[90]++;
playlist.currentPlaylistItemId_ = null;
} else {
cov_spj91b6dj().b[25][1]++;
} // Finally, if we don't have a valid, current playlist item ID, we can
// auto-detect it based on the player's current source URL.
cov_spj91b6dj().s[91]++;
playlist.currentIndex_ = playlist.indexOf(src);
cov_spj91b6dj().s[92]++;
return playlist.currentIndex_;
};
/**
* A custom DOM event that is fired when new item(s) are added to the current
* playlist (rather than replacing the entire playlist).
*
* Unlike playlistchange, this is fired synchronously as it does not
* affect playback.
*
* @typedef {Object} PlaylistAddEvent
* @see [CustomEvent Properties]{@link https://developer.mozilla.org/en-US/docs/Web/API/CustomEvent}
* @property {string} type
* Always "playlistadd"
*
* @property {number} count
* The number of items that were added.
*
* @property {number} index
* The starting index where item(s) were added.
*/
/**
* A custom DOM event that is fired when new item(s) are removed from the
* current playlist (rather than replacing the entire playlist).
*
* This is fired synchronously as it does not affect playback.
*
* @typedef {Object} PlaylistRemoveEvent
* @see [CustomEvent Properties]{@link https://developer.mozilla.org/en-US/docs/Web/API/CustomEvent}
* @property {string} type
* Always "playlistremove"
*
* @property {number} count
* The number of items that were removed.
*
* @property {number} index
* The starting index where item(s) were removed.
*/
/**
* Add one or more items to the playlist.
*
* @fires {PlaylistAddEvent}
* @throws {Error}
* If called during the duringplaylistchange event, throws an error.
*
* @param {string|Object|Array} item
* An item - or array of items - to be added to the playlist.
*
* @param {number} [index]
* If given as a valid value, injects the new playlist item(s)
* starting from that index. Otherwise, the item(s) are appended.
*/
cov_spj91b6dj().s[93]++;
playlist.add = (items, index) => {
cov_spj91b6dj().f[12]++;
cov_spj91b6dj().s[94]++;
if (changing) {
cov_spj91b6dj().b[28][0]++;
cov_spj91b6dj().s[95]++;
throw new Error('cannot modify a playlist that is currently changing');
} else {
cov_spj91b6dj().b[28][1]++;
}
cov_spj91b6dj().s[96]++;
if ((cov_spj91b6dj().b[30][0]++, typeof index !== 'number') || (cov_spj91b6dj().b[30][1]++, index < 0) || (cov_spj91b6dj().b[30][2]++, index > list.length)) {
cov_spj91b6dj().b[29][0]++;
cov_spj91b6dj().s[97]++;
index = list.length;
} else {
cov_spj91b6dj().b[29][1]++;
}
cov_spj91b6dj().s[98]++;
if (!Array.isArray(items)) {
cov_spj91b6dj().b[31][0]++;
cov_spj91b6dj().s[99]++;
items = [items];
} else {
cov_spj91b6dj().b[31][1]++;
}
cov_spj91b6dj().s[100]++;
list.splice(index, 0, ...preparePlaylistItems(items)); // playlistchange is triggered synchronously in this case because it does
// not change the current media source
cov_spj91b6dj().s[101]++;
player.trigger({
type: 'playlistchange',
action: 'add'
});
cov_spj91b6dj().s[102]++;
player.trigger({
type: 'playlistadd',
count: items.length,
index
});
};
/**
* Remove one or more items from the playlist.
*
* @fires {PlaylistRemoveEvent}
* @throws {Error}
* If called during the duringplaylistchange event, throws an error.
*
* @param {number} index
* If a valid index in the current playlist, removes the item at that
* index from the playlist.
*
* If no valid index is given, nothing is removed from the playlist.
*
* @param {number} [count=1]
* The number of items to remove from the playlist.
*/
cov_spj91b6dj().s[103]++;
playlist.remove = (index, count = (cov_spj91b6dj().b[32][0]++, 1)) => {
cov_spj91b6dj().f[13]++;
cov_spj91b6dj().s[104]++;
if (changing) {
cov_spj91b6dj().b[33][0]++;
cov_spj91b6dj().s[105]++;
throw new Error('cannot modify a playlist that is currently changing');
} else {
cov_spj91b6dj().b[33][1]++;
}
cov_spj91b6dj().s[106]++;
if ((cov_spj91b6dj().b[35][0]++, typeof index !== 'number') || (cov_spj91b6dj().b[35][1]++, index < 0) || (cov_spj91b6dj().b[35][2]++, index > list.length)) {
cov_spj91b6dj().b[34][0]++;
cov_spj91b6dj().s[107]++;
return;
} else {
cov_spj91b6dj().b[34][1]++;
}
cov_spj91b6dj().s[108]++;
list.splice(index, count); // playlistchange is triggered synchronously in this case because it does
// not change the current media source
cov_spj91b6dj().s[109]++;
player.trigger({
type: 'playlistchange',
action: 'remove'
});
cov_spj91b6dj().s[110]++;
player.trigger({
type: 'playlistremove',
count,
index
});
};
/**
* Checks if the playlist contains a value.
*
* @param {string|Object|Array} value
* The value to check
*
* @return {boolean}
* The result
*/
cov_spj91b6dj().s[111]++;
playlist.contains = value => {
cov_spj91b6dj().f[14]++;
cov_spj91b6dj().s[112]++;
return playlist.indexOf(value) !== -1;
};
/**
* Gets the index of a value in the playlist or -1 if not found.
*
* @param {string|Object|Array} value
* The value to find the index of
*
* @return {number}
* The index or -1
*/
cov_spj91b6dj().s[113]++;
playlist.indexOf = value => {
cov_spj91b6dj().f[15]++;
cov_spj91b6dj().s[114]++;
if (typeof value === 'string') {
cov_spj91b6dj().b[36][0]++;
cov_spj91b6dj().s[115]++;
return indexInSources(list, value);
} else {
cov_spj91b6dj().b[36][1]++;
}
const sources = (cov_spj91b6dj().s[116]++, Array.isArray(value) ? (cov_spj91b6dj().b[37][0]++, value) : (cov_spj91b6dj().b[37][1]++, value.sources));
cov_spj91b6dj().s[117]++;
for (let i = (cov_spj91b6dj().s[118]++, 0); i < sources.length; i++) {
const source = (cov_spj91b6dj().s[119]++, sources[i]);
cov_spj91b6dj().s[120]++;
if (typeof source === 'string') {
cov_spj91b6dj().b[38][0]++;
cov_spj91b6dj().s[121]++;
return indexInSources(list, source);
} else {
cov_spj91b6dj().b[38][1]++;
cov_spj91b6dj().s[122]++;
if (source.src) {
cov_spj91b6dj().b[39][0]++;
cov_spj91b6dj().s[123]++;
return indexInSources(list, source.src);
} else {
cov_spj91b6dj().b[39][1]++;
}
}
}
cov_spj91b6dj().s[124]++;
return -1;
};
/**
* Get the index of the current item in the playlist. This is identical to
* calling `currentItem()` with no arguments.
*
* @return {number}
* The current item index.
*/
cov_spj91b6dj().s[125]++;
playlist.currentIndex = () => {
cov_spj91b6dj().f[16]++;
cov_spj91b6dj().s[126]++;
return playlist.currentItem();
};
/**
* Get the index of the last item in the playlist.
*
* @return {number}
* The index of the last item in the playlist or -1 if there are no
* items.
*/
cov_spj91b6dj().s[127]++;
playlist.lastIndex = () => {
cov_spj91b6dj().f[17]++;
cov_spj91b6dj().s[128]++;
return list.length - 1;
};
/**
* Get the index of the next item in the playlist.
*
* @return {number}
* The index of the next item in the playlist or -1 if there is no
* current item.
*/
cov_spj91b6dj().s[129]++;
playlist.nextIndex = () => {
cov_spj91b6dj().f[18]++;
const current = (cov_spj91b6dj().s[130]++, playlist.currentItem());
cov_spj91b6dj().s[131]++;
if (current === -1) {
cov_spj91b6dj().b[40][0]++;
cov_spj91b6dj().s[132]++;
return -1;
} else {
cov_spj91b6dj().b[40][1]++;
}
const lastIndex = (cov_spj91b6dj().s[133]++, playlist.lastIndex()); // When repeating, loop back to the beginning on the last item.
cov_spj91b6dj().s[134]++;
if ((cov_spj91b6dj().b[42][0]++, playlist.repeat_) && (cov_spj91b6dj().b[42][1]++, current === lastIndex)) {
cov_spj91b6dj().b[41][0]++;
cov_spj91b6dj().s[135]++;
return 0;
} else {
cov_spj91b6dj().b[41][1]++;
} // Don't go past the end of the playlist.
cov_spj91b6dj().s[136]++;
return Math.min(current + 1, lastIndex);
};
/**
* Get the index of the previous item in the playlist.
*
* @return {number}
* The index of the previous item in the playlist or -1 if there is
* no current item.
*/
cov_spj91b6dj().s[137]++;
playlist.previousIndex = () => {
cov_spj91b6dj().f[19]++;
const current = (cov_spj91b6dj().s[138]++, playlist.currentItem());
cov_spj91b6dj().s[139]++;
if (current === -1) {
cov_spj91b6dj().b[43][0]++;
cov_spj91b6dj().s[140]++;
return -1;
} else {
cov_spj91b6dj().b[43][1]++;
} // When repeating, loop back to the end of the playlist.
cov_spj91b6dj().s[141]++;
if ((cov_spj91b6dj().b[45][0]++, playlist.repeat_) && (cov_spj91b6dj().b[45][1]++, current === 0)) {
cov_spj91b6dj().b[44][0]++;
cov_spj91b6dj().s[142]++;
return playlist.lastIndex();
} else {
cov_spj91b6dj().b[44][1]++;
} // Don't go past the beginning of the playlist.
cov_spj91b6dj().s[143]++;
return Math.max(current - 1, 0);
};
/**
* Plays the first item in the playlist.
*
* @return {Object|undefined}
* Returns undefined and has no side effects if the list is empty.
*/
cov_spj91b6dj().s[144]++;
playlist.first = () => {
cov_spj91b6dj().f[20]++;
cov_spj91b6dj().s[145]++;
if (changing) {
cov_spj91b6dj().b[46][0]++;
cov_spj91b6dj().s[146]++;
return;
} else {
cov_spj91b6dj().b[46][1]++;
}
const newItem = (cov_spj91b6dj().s[147]++, playlist.currentItem(0));
cov_spj91b6dj().s[148]++;
if (list.length) {
cov_spj91b6dj().b[47][0]++;
cov_spj91b6dj().s[149]++;
return (cov_spj91b6dj().b[48][0]++, list[newItem].originalValue) || (cov_spj91b6dj().b[48][1]++, list[newItem]);
} else {
cov_spj91b6dj().b[47][1]++;
}
cov_spj91b6dj().s[150]++;
playlist.currentIndex_ = -1;
};
/**
* Plays the last item in the playlist.
*
* @return {Object|undefined}
* Returns undefined and has no side effects if the list is empty.
*/
cov_spj91b6dj().s[151]++;
playlist.last = () => {
cov_spj91b6dj().f[21]++;
cov_spj91b6dj().s[152]++;
if (changing) {
cov_spj91b6dj().b[49][0]++;
cov_spj91b6dj().s[153]++;
return;
} else {
cov_spj91b6dj().b[49][1]++;
}
const newItem = (cov_spj91b6dj().s[154]++, playlist.currentItem(playlist.lastIndex()));
cov_spj91b6dj().s[155]++;
if (list.length) {
cov_spj91b6dj().b[50][0]++;
cov_spj91b6dj().s[156]++;
return (cov_spj91b6dj().b[51][0]++, list[newItem].originalValue) || (cov_spj91b6dj().b[51][1]++, list[newItem]);
} else {
cov_spj91b6dj().b[50][1]++;
}
cov_spj91b6dj().s[157]++;
playlist.currentIndex_ = -1;
};
/**
* Plays the next item in the playlist.
*
* @return {Object|undefined}
* Returns undefined and has no side effects if on last item.
*/
cov_spj91b6dj().s[158]++;
playlist.next = () => {
cov_spj91b6dj().f[22]++;
cov_spj91b6dj().s[159]++;
if (changing) {
cov_spj91b6dj().b[52][0]++;
cov_spj91b6dj().s[160]++;
return;
} else {
cov_spj91b6dj().b[52][1]++;
}
const index = (cov_spj91b6dj().s[161]++, playlist.nextIndex());
cov_spj91b6dj().s[162]++;
if (index !== playlist.currentIndex_) {
cov_spj91b6dj().b[53][0]++;
const newItem = (cov_spj91b6dj().s[163]++, playlist.currentItem(index));
cov_spj91b6dj().s[164]++;
return (cov_spj91b6dj().b[54][0]++, list[newItem].originalValue) || (cov_spj91b6dj().b[54][1]++, list[newItem]);
} else {
cov_spj91b6dj().b[53][1]++;
}
};
/**
* Plays the previous item in the playlist.
*
* @return {Object|undefined}
* Returns undefined and has no side effects if on first item.
*/
cov_spj91b6dj().s[165]++;
playlist.previous = () => {
cov_spj91b6dj().f[23]++;
cov_spj91b6dj().s[166]++;
if (changing) {
cov_spj91b6dj().b[55][0]++;
cov_spj91b6dj().s[167]++;
return;
} else {
cov_spj91b6dj().b[55][1]++;
}
const index = (cov_spj91b6dj().s[168]++, playlist.previousIndex());
cov_spj91b6dj().s[169]++;
if (index !== playlist.currentIndex_) {
cov_spj91b6dj().b[56][0]++;
const newItem = (cov_spj91b6dj().s[170]++, playlist.currentItem(index));
cov_spj91b6dj().s[171]++;
return (cov_spj91b6dj().b[57][0]++, list[newItem].originalValue) || (cov_spj91b6dj().b[57][1]++, list[newItem]);
} else {
cov_spj91b6dj().b[56][1]++;
}
};
/**
* Set up auto-advance on the playlist.
*
* @param {number} [delay]
* The number of seconds to wait before each auto-advance.
*/
cov_spj91b6dj().s[172]++;
playlist.autoadvance = delay => {
cov_spj91b6dj().f[24]++;
cov_spj91b6dj().s[173]++;
setup(playlist.player_, delay);
};
/**
* Sets `repeat` option, which makes the "next" video of the last video in
* the playlist be the first video in the playlist.
*
* @param {boolean} [val]
* The value to set repeat to
*
* @return {boolean}
* The current value of repeat
*/
cov_spj91b6dj().s[174]++;
playlist.repeat = val => {
cov_spj91b6dj().f[25]++;
cov_spj91b6dj().s[175]++;
if (val === undefined) {
cov_spj91b6dj().b[58][0]++;
cov_spj91b6dj().s[176]++;
return playlist.repeat_;
} else {
cov_spj91b6dj().b[58][1]++;
}
cov_spj91b6dj().s[177]++;
if (typeof val !== 'boolean') {
cov_spj91b6dj().b[59][0]++;
cov_spj91b6dj().s[178]++;
videojs__default["default"].log.error('videojs-playlist: Invalid value for repeat', val);
cov_spj91b6dj().s[179]++;
return;
} else {
cov_spj91b6dj().b[59][1]++;
}
cov_spj91b6dj().s[180]++;
playlist.repeat_ = !!val;
cov_spj91b6dj().s[181]++;
return playlist.repeat_;
};
/**
* Sorts the playlist array.
*
* @see {@link https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Array/sort}
* @fires playlistsorted
*
* @param {Function} compare
* A comparator function as per the native Array method.
*/
cov_spj91b6dj().s[182]++;
playlist.sort = compare => {
cov_spj91b6dj().f[26]++;
cov_spj91b6dj().s[183]++; // Bail if the array is empty.
if (!list.length) {
cov_spj91b6dj().b[60][0]++;
cov_spj91b6dj().s[184]++;
return;
} else {
cov_spj91b6dj().b[60][1]++;
}
cov_spj91b6dj().s[185]++;
list.sort(compare); // If the playlist is changing, don't trigger events.
cov_spj91b6dj().s[186]++;
if (changing) {
cov_spj91b6dj().b[61][0]++;
cov_spj91b6dj().s[187]++;
return;
} else {
cov_spj91b6dj().b[61][1]++;
}
/**
* Triggered after the playlist is sorted internally.
*
* @event playlistsorted
* @type {Object}
*/
cov_spj91b6dj().s[188]++;
player.trigger('playlistsorted');
};
/**
* Reverses the playlist array.
*
* @see {@link https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Array/reverse}
* @fires playlistsorted
*/
cov_spj91b6dj().s[189]++;
playlist.reverse = () => {
cov_spj91b6dj().f[27]++;
cov_spj91b6dj().s[190]++; // Bail if the array is empty.
if (!list.length) {
cov_spj91b6dj().b[62][0]++;
cov_spj91b6dj().s[191]++;
return;
} else {
cov_spj91b6dj().b[62][1]++;
}
cov_spj91b6dj().s[192]++;
list.reverse(); // If the playlist is changing, don't trigger events.
cov_spj91b6dj().s[193]++;
if (changing) {
cov_spj91b6dj().b[63][0]++;
cov_spj91b6dj().s[194]++;
return;
} else {
cov_spj91b6dj().b[63][1]++;
}
/**
* Triggered after the playlist is sorted internally.
*
* @event playlistsorted
* @type {Object}
*/
cov_spj91b6dj().s[195]++;
player.trigger('playlistsorted');
};
/**
* Shuffle the contents of the list randomly.
*
* @see {@link https://github.com/lodash/lodash/blob/40e096b6d5291a025e365a0f4c010d9a0efb9a69/shuffle.js}
* @fires playlistsorted
* @todo Make the `rest` option default to `true` in v5.0.0.
* @param {Object} [options]
* An object containing shuffle options.
*
* @param {boolean} [options.rest = false]
* By default, the entire playlist is randomized. However, this may
* not be desirable in all cases, such as when a user is already
* watching a video.
*
* When `true` is passed for this option, it will only shuffle
* playlist items after the current item. For example, when on the
* first item, will shuffle the second item and beyond.
*/
cov_spj91b6dj().s[196]++;
playlist.shuffle = ({
rest
} = (cov_spj91b6dj().b[64][0]++, {})) => {
cov_spj91b6dj().f[28]++;
let index = (cov_spj91b6dj().s[197]++, 0);
let arr = (cov_spj91b6dj().s[198]++, list); // When options.rest is true, start randomization at the item after the
// current item.
cov_spj91b6dj().s[199]++;
if (rest) {
cov_spj91b6dj().b[65][0]++;
cov_spj91b6dj().s[200]++;
index = playlist.currentIndex_ + 1;
cov_spj91b6dj().s[201]++;
arr = list.slice(index);
} else {
cov_spj91b6dj().b[65][1]++;
} // Bail if the array is empty or too short to shuffle.
cov_spj91b6dj().s[202]++;
if (arr.length <= 1) {
cov_spj91b6dj().b[66][0]++;
cov_spj91b6dj().s[203]++;
return;
} else {
cov_spj91b6dj().b[66][1]++;
}
cov_spj91b6dj().s[204]++;
randomize(arr); // When options.rest is true, splice the randomized sub-array back into
// the original array.
cov_spj91b6dj().s[205]++;
if (rest) {
cov_spj91b6dj().b[67][0]++;
cov_spj91b6dj().s[206]++;
list.splice(...[index, arr.length].concat(arr));
} else {
cov_spj91b6dj().b[67][1]++;
} // If the playlist is changing, don't trigger events.
cov_spj91b6dj().s[207]++;
if (changing) {
cov_spj91b6dj().b[68][0]++;
cov_spj91b6dj().s[208]++;
return;
} else {
cov_spj91b6dj().b[68][1]++;
}
/**
* Triggered after the playlist is sorted internally.
*
* @event playlistsorted
* @type {Object}
*/
cov_spj91b6dj().s[209]++;
player.trigger('playlistsorted');
}; // If an initial list was given, populate the playlist with it.
cov_spj91b6dj().s[210]++;
if (Array.isArray(initialList)) {
cov_spj91b6dj().b[69][0]++;
cov_spj91b6dj().s[211]++;
playlist(initialList, initialIndex); // If there is no initial list given, silently set an empty array.
} else {
cov_spj91b6dj().b[69][1]++;
cov_spj91b6dj().s[212]++;
list = [];
}
cov_spj91b6dj().s[213]++;
return playlist;
}
var version = "5.1.0";
function cov_d7t40zke3() {
var path = "/Users/bclifford/Code/videojs-playlist/src/plugin.js";
var hash = "86f3dd7eb7d6aac3026b62f2267de1cdde2a9aca";
var global = new Function("return this")();
var gcv = "__coverage__";
var coverageData = {
path: "/Users/bclifford/Code/videojs-playlist/src/plugin.js",
statementMap: {
"0": {
start: {
line: 6,
column: 23
},
end: {
line: 6,
column: 63
}
},
"1": {
start: {
line: 18,
column: 15
},
end: {
line: 20,
column: 1
}
},
"2": {
start: {
line: 19,
column: 2
},
end: {
line: 19,
column: 34
}
},
"3": {
start: {
line: 22,
column: 0
},
end: {
line: 22,
column: 35
}
},
"4": {
start: {
line: 24,
column: 0
},
end: {
line: 24,
column: 25
}
}
},
fnMap: {
"0": {
name: "(anonymous_0)",
decl: {
start: {
line: 18,
column: 15
},
end: {
line: 18,
column: 16
}
},
loc: {
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end: {
line: 20,
column: 1
}
},
line: 18
}
},
branchMap: {
"0": {
loc: {
start: {
line: 6,
column: 23
},
end: {
line: 6,
column: 63
}
},
type: "binary-expr",
locations: [{
start: {
line: 6,
column: 23
},
end: {
line: 6,
column: 45
}
}, {
start: {
line: 6,
column: 49
},
end: {
line: 6,
column: 63
}
}],
line: 6
}
},
s: {
"0": 0,
"1": 0,
"2": 0,
"3": 0,
"4": 0
},
f: {
"0": 0
},
b: {
"0": [0, 0]
},
_coverageSchema: "1a1c01bbd47fc00a2c39e90264f33305004495a9",
hash: "86f3dd7eb7d6aac3026b62f2267de1cdde2a9aca"
};
var coverage = global[gcv] || (global[gcv] = {});
if (!coverage[path] || coverage[path].hash !== hash) {
coverage[path] = coverageData;
}
var actualCoverage = coverage[path];
{
// @ts-ignore
cov_d7t40zke3 = function () {
return actualCoverage;
};
}
return actualCoverage;
}
cov_d7t40zke3();
const registerPlugin = (cov_d7t40zke3().s[0]++, (cov_d7t40zke3().b[0][0]++, videojs__default["default"].registerPlugin) || (cov_d7t40zke3().b[0][1]++, videojs__default["default"].plugin));
/**
* The video.js playlist plugin. Invokes the playlist-maker to create a
* playlist function on the specific player.
*
* @param {Array} list
* a list of sources
*
* @param {number} item
* The index to start at
*/
cov_d7t40zke3().s[1]++;
const plugin = function (list, item) {
cov_d7t40zke3().f[0]++;
cov_d7t40zke3().s[2]++;
factory(this, list, item);
};
cov_d7t40zke3().s[3]++;
registerPlugin('playlist', plugin);
cov_d7t40zke3().s[4]++;
plugin.VERSION = version;
var _nodeResolve_empty = {};
var _nodeResolve_empty$1 = /*#__PURE__*/Object.freeze({
__proto__: null,
'default': _nodeResolve_empty
});
var require$$0 = /*@__PURE__*/getAugmentedNamespace(_nodeResolve_empty$1);
var topLevel = typeof commonjsGlobal !== 'undefined' ? commonjsGlobal : typeof window !== 'undefined' ? window : {};
var minDoc = require$$0;
var doccy;
if (typeof document !== 'undefined') {
doccy = document;
} else {
doccy = topLevel['__GLOBAL_DOCUMENT_CACHE@4'];
if (!doccy) {
doccy = topLevel['__GLOBAL_DOCUMENT_CACHE@4'] = minDoc;
}
}
var document_1 = doccy;
/**
* Destroy a fixture player.
*
* @param {Object} context
* A testing context.
*/
function destroyFixturePlayer(context) {
context.player.dispose();
}
/**
* Create a fixture player.
*
* @param {Object} context
* A testing context.
*/
function createFixturePlayer(context) {
context.video = document_1.createElement('video');
context.fixture = document_1.querySelector('#qunit-fixture');
context.fixture.appendChild(context.video);
context.playerIsReady = false;
context.player = videojs__default["default"](context.video, {}, () => {
context.playerIsReady = true;
});
context.player.playlist();
}
const samplePlaylist = [{
sources: [{
src: 'http://media.w3.org/2010/05/sintel/trailer.mp4',
type: 'video/mp4'
}],
poster: 'http://media.w3.org/2010/05/sintel/poster.png'
}, {
sources: [{
src: 'http://media.w3.org/2010/05/bunny/trailer.mp4',
type: 'video/mp4'
}],
poster: 'http://media.w3.org/2010/05/bunny/poster.png'
}, {
sources: [{
src: 'http://vjs.zencdn.net/v/oceans.mp4',
type: 'video/mp4'
}],
poster: 'http://www.videojs.com/img/poster.jpg'
}];
QUnit__default["default"].module('current-item', {
beforeEach() {
this.clock = sinon__default["default"].useFakeTimers();
createFixturePlayer(this);
},
afterEach() {
destroyFixturePlayer(this);
this.clock.restore();
}
}, function () {
QUnit__default["default"].module('without a playlist', function () {
QUnit__default["default"].test('player without a source', function (assert) {
assert.strictEqual(this.player.playlist.currentItem(), -1, 'currentItem() before tech ready'); // Tick forward to ready the playback tech.
this.clock.tick(1);
assert.strictEqual(this.player.playlist.currentItem(), -1, 'currentItem() after tech ready');
});
QUnit__default["default"].test('player with a source', function (assert) {
assert.strictEqual(this.player.playlist.currentItem(), -1, 'currentItem() before tech ready'); // Tick forward to ready the playback tech.
this.clock.tick(1);
this.player.src({
src: 'http://vjs.zencdn.net/v/oceans.mp4',
type: 'video/mp4'
});
assert.strictEqual(this.player.playlist.currentItem(), -1, 'currentItem() after tech ready');
});
});
QUnit__default["default"].module('with a playlist', function () {
QUnit__default["default"].test('set new source by calling currentItem()', function (assert) {
this.player.playlist(samplePlaylist);
assert.strictEqual(this.player.playlist.currentItem(), 0, 'currentItem() before tech ready'); // Tick forward to ready the playback tech.
this.clock.tick(1);
assert.strictEqual(this.player.playlist.currentItem(), 0, 'currentItem() after tech ready');
this.player.playlist.currentItem(1);
assert.strictEqual(this.player.playlist.currentItem(), 1, 'currentItem() changes the current item');
});
QUnit__default["default"].test('set a new source via src()', function (assert) {
this.player.playlist(samplePlaylist);
assert.strictEqual(this.player.playlist.currentItem(), 0, 'currentItem() before tech ready'); // Tick forward to ready the playback tech.
this.clock.tick(1);
assert.strictEqual(this.player.playlist.currentItem(), 0, 'currentItem() after tech ready');
this.player.src({
src: 'http://vjs.zencdn.net/v/oceans.mp4',
type: 'video/mp4'
});
assert.strictEqual(this.player.playlist.currentItem(), 2, 'src() changes the current item');
});
QUnit__default["default"].test('set a new source via src() - source is NOT in the playlist', function (assert) {
// Populate the player with a playlist without oceans.mp4
this.player.playlist(samplePlaylist.slice(0, 2));
assert.strictEqual(this.player.playlist.currentItem(), 0, 'currentItem() before tech ready'); // Tick forward to ready the playback tech.
this.clock.tick(1);
assert.strictEqual(this.player.playlist.currentItem(), 0, 'currentItem() after tech ready');
this.player.src({
src: 'http://vjs.zencdn.net/v/oceans.mp4',
type: 'video/mp4'
});
assert.strictEqual(this.player.playlist.currentItem(), -1, 'src() changes the current item');
});
});
QUnit__default["default"].module('duplicate sources playlist', function () {
QUnit__default["default"].test('set new sources by calling currentItem()', function (assert) {
// Populate the player with a playlist with another sintel on the end.
this.player.playlist(samplePlaylist.concat([{
sources: [{
src: 'http://media.w3.org/2010/05/sintel/trailer.mp4',
type: 'video/mp4'
}],
poster: 'http://media.w3.org/2010/05/sintel/poster.png'
}]));
assert.strictEqual(this.player.playlist.currentItem(), 0, 'currentItem() before tech ready'); // Tick forward to ready the playback tech.
this.clock.tick(1);
assert.strictEqual(this.player.playlist.currentItem(), 0, 'currentItem() after tech ready'); // Set the playlist to the last item.
this.player.playlist.currentItem(3);
assert.strictEqual(this.player.playlist.currentItem(), 3, 'currentItem() matches the duplicated item that was actually selected'); // Set the playlist back to the first item (also sintel).
this.player.playlist.currentItem(0);
assert.strictEqual(this.player.playlist.currentItem(), 0, 'currentItem() matches the duplicated item that was actually selected'); // Set the playlist to the second item (NOT sintel).
this.player.playlist.currentItem(1);
assert.strictEqual(this.player.playlist.currentItem(), 1, 'currentItem() is correct');
});
QUnit__default["default"].test('set new source by calling src()', function (assert) {
// Populate the player with a playlist with another sintel on the end.
this.player.playlist(samplePlaylist.concat([{
sources: [{
src: 'http://media.w3.org/2010/05/sintel/trailer.mp4',
type: 'video/mp4'
}],
poster: 'http://media.w3.org/2010/05/sintel/poster.png'
}]));
assert.strictEqual(this.player.playlist.currentItem(), 0, 'currentItem() before tech ready'); // Tick forward to ready the playback tech.
this.clock.tick(1);
assert.strictEqual(this.player.playlist.currentItem(), 0, 'currentItem() after tech ready'); // Set the playlist to the second item (NOT sintel).
this.player.playlist.currentItem(1);
assert.strictEqual(this.player.playlist.currentItem(), 1, 'currentItem() acted as a setter');
this.player.src({
src: 'http://media.w3.org/2010/05/sintel/trailer.mp4',
type: 'video/mp4'
});
assert.strictEqual(this.player.playlist.currentItem(), 0, 'currentItem() defaults to the first playlist item that matches the current source');
});
});
});
QUnit__default["default"].module('play-item');
QUnit__default["default"].test('clearTracks will try and remove all tracks', function (assert) {
const player = proxy();
const remoteTracks = [1, 2, 3];
const removedTracks = [];
player.remoteTextTracks = function () {
return remoteTracks;
};
player.removeRemoteTextTrack = function (tt) {
removedTracks.push(tt);
};
clearTracks(player);
assert.deepEqual(removedTracks.sort(), remoteTracks.sort(), 'the removed tracks are equivalent to our remote tracks');
});
QUnit__default["default"].test('will not try to play if paused', function (assert) {
const player = proxy();
let tryPlay = false;
player.paused = function () {
return true;
};
player.play = function () {
tryPlay = true;
};
playItem(player, {
sources: [1, 2, 3],
textTracks: [4, 5, 6],
poster: 'http://example.com/poster.png'
});
assert.ok(!tryPlay, 'we did not reply on paused');
});
QUnit__default["default"].test('will try to play if not paused', function (assert) {
const player = proxy();
let tryPlay = false;
player.paused = function () {
return false;
};
player.play = function () {
tryPlay = true;
};
playItem(player, {
sources: [1, 2, 3],
textTracks: [4, 5, 6],
poster: 'http://example.com/poster.png'
});
assert.ok(tryPlay, 'we replayed on not-paused');
});
QUnit__default["default"].test('will not try to play if paused and not ended', function (assert) {
const player = proxy();
let tryPlay = false;
player.paused = function () {
return true;
};
player.ended = function () {
return false;
};
player.play = function () {
tryPlay = true;
};
playItem(player, {
sources: [1, 2, 3],
textTracks: [4, 5, 6],
poster: 'http://example.com/poster.png'
});
assert.ok(!tryPlay, 'we did not replaye on paused and not ended');
});
QUnit__default["default"].test('will try to play if paused and ended', function (assert) {
const player = proxy();
let tryPlay = false;
player.paused = function () {
return true;
};
player.ended = function () {
return true;
};
player.play = function () {
tryPlay = true;
};
playItem(player, {
sources: [1, 2, 3],
poster: 'http://example.com/poster.png'
});
assert.ok(tryPlay, 'we replayed on not-paused');
});
QUnit__default["default"].test('fires "beforeplaylistitem" and "playlistitem"', function (assert) {
const player = proxy();
const beforeSpy = sinon__default["default"].spy();
const spy = sinon__default["default"].spy();
player.on('beforeplaylistitem', beforeSpy);
player.on('playlistitem', spy);
playItem(player, {
sources: [1, 2, 3],
poster: 'http://example.com/poster.png'
});
assert.strictEqual(beforeSpy.callCount, 1);
assert.strictEqual(spy.callCount, 1);
});
QUnit__default["default"].test('the environment is sane', function (assert) {
assert.strictEqual(typeof Array.isArray, 'function', 'es5 exists');
assert.strictEqual(typeof sinon__default["default"], 'object', 'sinon exists');
assert.strictEqual(typeof videojs__default["default"], 'function', 'videojs exists');
assert.strictEqual(typeof plugin, 'function', 'plugin is a function');
});
QUnit__default["default"].test('registers itself with video.js', function (assert) {
assert.expect(1);
assert.strictEqual(typeof videojs__default["default"].getComponent('Player').prototype.playlist, 'function', 'videojs-playlist plugin was registered');
});
const videoList = [{
sources: [{
src: 'http://media.w3.org/2010/05/sintel/trailer.mp4',
type: 'video/mp4'
}],
poster: 'http://media.w3.org/2010/05/sintel/poster.png'
}, {
sources: [{
src: 'http://media.w3.org/2010/05/bunny/trailer.mp4',
type: 'video/mp4'
}],
poster: 'http://media.w3.org/2010/05/bunny/poster.png'
}, {
sources: [{
src: 'http://vjs.zencdn.net/v/oceans.mp4',
type: 'video/mp4'
}],
poster: 'http://www.videojs.com/img/poster.jpg'
}, {
sources: [{
src: 'http://media.w3.org/2010/05/bunny/movie.mp4',
type: 'video/mp4'
}],
poster: 'http://media.w3.org/2010/05/bunny/poster.png'
}, {
sources: [{
src: 'http://media.w3.org/2010/05/video/movie_300.mp4',
type: 'video/mp4'
}],
poster: 'http://media.w3.org/2010/05/video/poster.png'
}];
QUnit__default["default"].module('playlist-maker', {
beforeEach() {
this.clock = sinon__default["default"].useFakeTimers();
},
afterEach() {
this.clock.restore();
}
});
QUnit__default["default"].test('playlistMaker takes a player and a list and returns a playlist', function (assert) {
const playlist = factory(proxy(), []);
assert.equal(typeof playlist, 'function', 'playlist is a function');
assert.equal(typeof playlist.autoadvance, 'function', 'we have a autoadvance function');
assert.equal(typeof playlist.currentItem, 'function', 'we have a currentItem function');
assert.equal(typeof playlist.first, 'function', 'we have a first function');
assert.equal(typeof playlist.indexOf, 'function', 'we have a indexOf function');
assert.equal(typeof playlist.next, 'function', 'we have a next function');
assert.equal(typeof playlist.previous, 'function', 'we have a previous function');
});
QUnit__default["default"].test('playlistMaker can either take nothing or an Array as its first argument', function (assert) {
const playlist1 = factory(proxy());
const playlist2 = factory(proxy(), 'foo');
const playlist3 = factory(proxy(), {
foo: [1, 2, 3]
});
assert.deepEqual(playlist1(), [], 'if given no initial array, default to an empty array');
assert.deepEqual(playlist2(), [], 'if given no initial array, default to an empty array');
assert.deepEqual(playlist3(), [], 'if given no initial array, default to an empty array');
});
QUnit__default["default"].test('playlist() is a getter and setter for the list', function (assert) {
const playlist = factory(proxy(), [1, 2, 3]);
assert.deepEqual(playlist(), [1, 2, 3], 'equal to input list');
assert.deepEqual(playlist([1, 2, 3, 4, 5]), [1, 2, 3, 4, 5], 'equal to input list, arguments ignored');
assert.deepEqual(playlist(), [1, 2, 3, 4, 5], 'equal to input list');
const list = playlist();
list.unshift(10);
assert.deepEqual(playlist(), [1, 2, 3, 4, 5], 'changing the list did not affect the playlist');
assert.notDeepEqual(playlist(), [10, 1, 2, 3, 4, 5], 'changing the list did not affect the playlist');
});
QUnit__default["default"].test('playlist() should only accept an Array as a new playlist', function (assert) {
const playlist = factory(proxy(), [1, 2, 3]);
assert.deepEqual(playlist('foo'), [1, 2, 3], 'when given "foo", it should be treated as a getter');
assert.deepEqual(playlist({
foo: [1, 2, 3]
}), [1, 2, 3], 'when given {foo: [1,2,3]}, it should be treated as a getter');
});
QUnit__default["default"].test('playlist.currentItem() works as expected', function (assert) {
const player = proxy();
const playlist = factory(player, videoList);
let src;
player.src = function (s) {
if (s) {
if (typeof s === 'string') {
src = s;
} else if (Array.isArray(s)) {
return player.src(s[0]);
} else {
return player.src(s.src);
}
}
};
player.currentSrc = function () {
return src;
};
src = videoList[0].sources[0].src;
assert.equal(playlist.currentItem(), 0, 'begin at the first item, item 0');
assert.equal(playlist.currentItem(2), 2, 'setting to item 2 gives us back the new item index');
assert.equal(playlist.currentItem(), 2, 'the current item is now 2');
assert.equal(playlist.currentItem(5), 2, 'cannot change to an out-of-bounds item');
assert.equal(playlist.currentItem(-1), 2, 'cannot change to an out-of-bounds item');
assert.equal(playlist.currentItem(null), 2, 'cannot change to an invalid item');
assert.equal(playlist.currentItem(NaN), 2, 'cannot change to an invalid item');
assert.equal(playlist.currentItem(Infinity), 2, 'cannot change to an invalid item');
assert.equal(playlist.currentItem(-Infinity), 2, 'cannot change to an invalid item');
});
QUnit__default["default"].test('playlist.currentItem() shows the poster for the first video', function (assert) {
const player = proxy();
const playlist = factory(player, videoList);
playlist.currentItem(0);
assert.notEqual(player.poster(), '', 'poster is shown for playlist index 0');
});
QUnit__default["default"].test('playlist.currentItem() hides the poster for all videos after the first', function (assert) {
const player = proxy();
const playlist = factory(player, videoList);
for (let i = 1; i <= playlist.lastIndex(); i++) {
playlist.currentItem(i);
assert.equal(player.poster(), '', 'poster is hidden for playlist index ' + i);
}
});
QUnit__default["default"].test('playlist.currentItem() returns -1 with an empty playlist', function (assert) {
const playlist = factory(proxy(), []);
assert.equal(playlist.currentItem(), -1, 'we should get a -1 with an empty playlist');
});
QUnit__default["default"].test('playlist.currentItem() does not change items if same index is given', function (assert) {
const player = proxy();
let sources = 0;
let src;
player.src = function (s) {
if (s) {
if (typeof s === 'string') {
src = s;
} else if (Array.isArray(s)) {
return player.src(s[0]);
} else {
return player.src(s.src);
}
}
sources++;
};
player.currentSrc = function () {
return src;
};
const playlist = factory(player, videoList);
assert.equal(sources, 1, 'we switched to the first playlist item');
sources = 0;
assert.equal(playlist.currentItem(), 0, 'we start at index 0');
playlist.currentItem(0);
assert.equal(sources, 0, 'we did not try to set sources');
playlist.currentItem(1);
assert.equal(sources, 1, 'we did try to set sources');
playlist.currentItem(1);
assert.equal(sources, 1, 'we did not try to set sources');
});
QUnit__default["default"].test('playlistMaker accepts a starting index', function (assert) {
const player = proxy();
let src;
player.src = function (s) {
if (s) {
if (typeof s === 'string') {
src = s;
} else if (Array.isArray(s)) {
return player.src(s[0]);
} else {
return player.src(s.src);
}
}
};
player.currentSrc = function () {
return src;
};
const playlist = factory(player, videoList, 1);
assert.equal(playlist.currentItem(), 1, 'if given an initial index, load that video');
});
QUnit__default["default"].test('playlistMaker accepts a starting index', function (assert) {
const player = proxy();
let src;
player.src = function (s) {
if (s) {
if (typeof s === 'string') {
src = s;
} else if (Array.isArray(s)) {
return player.src(s[0]);
} else {
return player.src(s.src);
}
}
};
player.currentSrc = function () {
return src;
};
const playlist = factory(player, videoList, -1);
assert.equal(playlist.currentItem(), -1, 'if given -1 as initial index, load no video');
});
QUnit__default["default"].test('playlist.contains() works as expected', function (assert) {
const player = proxy();
const playlist = factory(player, videoList);
player.playlist = playlist;
assert.ok(playlist.contains('http://media.w3.org/2010/05/sintel/trailer.mp4'), 'we can ask whether it contains a source string');
assert.ok(playlist.contains(['http://media.w3.org/2010/05/sintel/trailer.mp4']), 'we can ask whether it contains a sources list of strings');
assert.ok(playlist.contains([{
src: 'http://media.w3.org/2010/05/sintel/trailer.mp4',
type: 'video/mp4'
}]), 'we can ask whether it contains a sources list of objects');
assert.ok(playlist.contains({
sources: ['http://media.w3.org/2010/05/sintel/trailer.mp4']
}), 'we can ask whether it contains a playlist item');
assert.ok(playlist.contains({
sources: [{
src: 'http://media.w3.org/2010/05/sintel/trailer.mp4',
type: 'video/mp4'
}]
}), 'we can ask whether it contains a playlist item');
assert.ok(!playlist.contains('http://media.w3.org/2010/05/sintel/poster.png'), 'we get false for a non-existent source string');
assert.ok(!playlist.contains(['http://media.w3.org/2010/05/sintel/poster.png']), 'we get false for a non-existent source list of strings');
assert.ok(!playlist.contains([{
src: 'http://media.w3.org/2010/05/sintel/poster.png',
type: 'video/mp4'
}]), 'we get false for a non-existent source list of objects');
assert.ok(!playlist.contains({
sources: ['http://media.w3.org/2010/05/sintel/poster.png']
}), 'we can ask whether it contains a playlist item');
assert.ok(!playlist.contains({
sources: [{
src: 'http://media.w3.org/2010/05/sintel/poster.png',
type: 'video/mp4'
}]
}), 'we get false for a non-existent playlist item');
});
QUnit__default["default"].test('playlist.indexOf() works as expected', function (assert) {
const player = proxy();
const playlist = factory(player, videoList);
const mixedSourcesPlaylist = factory(player, [{
sources: [{
src: 'http://media.w3.org/2010/05/sintel/trailer.mp4',
type: 'video/mp4'
}, {
app_name: 'rtmp://example.com/sintel/trailer',
// eslint-disable-line
avg_bitrate: 4255000,
// eslint-disable-line
codec: 'H264',
container: 'MP4'
}],
poster: 'http://media.w3.org/2010/05/sintel/poster.png'
}]);
player.playlist = playlist;
assert.equal(playlist.indexOf('http://media.w3.org/2010/05/sintel/trailer.mp4'), 0, 'sintel trailer is first item');
assert.equal(playlist.indexOf('//media.w3.org/2010/05/sintel/trailer.mp4'), 0, 'sintel trailer is first item, protocol-relative url considered equal');
assert.equal(playlist.indexOf(['http://media.w3.org/2010/05/bunny/trailer.mp4']), 1, 'bunny trailer is second item');
assert.equal(playlist.indexOf([{
src: 'http://vjs.zencdn.net/v/oceans.mp4',
type: 'video/mp4'
}]), 2, 'oceans is third item');
assert.equal(playlist.indexOf({
sources: ['http://media.w3.org/2010/05/bunny/movie.mp4']
}), 3, 'bunny movie is fourth item');
assert.equal(playlist.indexOf({
sources: [{
src: 'http://media.w3.org/2010/05/video/movie_300.mp4',
type: 'video/mp4'
}]
}), 4, 'timer video is fifth item');
assert.equal(playlist.indexOf('http://media.w3.org/2010/05/sintel/poster.png'), -1, 'poster.png does not exist');
assert.equal(playlist.indexOf(['http://media.w3.org/2010/05/sintel/poster.png']), -1, 'poster.png does not exist');
assert.equal(playlist.indexOf([{
src: 'http://media.w3.org/2010/05/sintel/poster.png',
type: 'video/mp4'
}]), -1, 'poster.png does not exist');
assert.equal(playlist.indexOf({
sources: ['http://media.w3.org/2010/05/sintel/poster.png']
}), -1, 'poster.png does not exist');
assert.equal(playlist.indexOf({
sources: [{
src: 'http://media.w3.org/2010/05/sintel/poster.png',
type: 'video/mp4'
}]
}), -1, 'poster.png does not exist');
assert.equal(mixedSourcesPlaylist.indexOf({
sources: [{
src: 'http://media.w3.org/2010/05/bunny/movie.mp4',
type: 'video/mp4'
}, {
app_name: 'rtmp://example.com/bunny/movie',
// eslint-disable-line
avg_bitrate: 4255000,
// eslint-disable-line
codec: 'H264',
container: 'MP4'
}],
poster: 'http://media.w3.org/2010/05/sintel/poster.png'
}), -1, 'bunny movie does not exist');
assert.equal(mixedSourcesPlaylist.indexOf({
sources: [{
src: 'http://media.w3.org/2010/05/sintel/trailer.mp4',
type: 'video/mp4'
}, {
app_name: 'rtmp://example.com/sintel/trailer',
// eslint-disable-line
avg_bitrate: 4255000,
// eslint-disable-line
codec: 'H264',
container: 'MP4'
}],
poster: 'http://media.w3.org/2010/05/sintel/poster.png'
}), 0, 'sintel trailer does exist');
});
QUnit__default["default"].test('playlist.nextIndex() works as expected', function (assert) {
const playlist = factory(proxy(), []);
assert.equal(playlist.nextIndex(), -1, 'the next index was -1 for an empty list');
playlist([1, 2, 3]);
playlist.currentItem = () => 0;
assert.equal(playlist.nextIndex(), 1, 'the next index was 1');
playlist.currentItem = () => 1;
assert.equal(playlist.nextIndex(), 2, 'the next index was 2');
playlist.currentItem = () => 2;
assert.equal(playlist.nextIndex(), 2, 'the next index did not change because the playlist does not repeat');
playlist.repeat(true);
assert.equal(playlist.nextIndex(), 0, 'the next index was now 0 because the playlist repeats');
});
QUnit__default["default"].test('playlist.previousIndex() works as expected', function (assert) {
const playlist = factory(proxy(), []);
assert.equal(playlist.previousIndex(), -1, 'the previous index was -1 for an empty list');
playlist([1, 2, 3]);
playlist.currentItem = () => 2;
assert.equal(playlist.previousIndex(), 1, 'the previous index was 1');
playlist.currentItem = () => 1;
assert.equal(playlist.previousIndex(), 0, 'the previous index was 0');
playlist.currentItem = () => 0;
assert.equal(playlist.previousIndex(), 0, 'the previous index did not change because the playlist does not repeat');
playlist.repeat(true);
assert.equal(playlist.previousIndex(), 2, 'the previous index was now 2 because the playlist repeats');
});
QUnit__default["default"].test('playlist.lastIndex() works as expected', function (assert) {
const playlist = factory(proxy(), []);
assert.equal(playlist.lastIndex(), -1, 'the last index was -1 for an empty list');
playlist([1, 2, 3]);
assert.equal(playlist.lastIndex(), 2, 'the last index was 2');
});
QUnit__default["default"].test('playlist.next() works as expected', function (assert) {
const player = proxy();
const playlist = factory(player, videoList);
let src;
player.currentSrc = function () {
return src;
};
src = videoList[0].sources[0].src;
assert.equal(playlist.currentItem(), 0, 'we start on item 0');
assert.deepEqual(playlist.next(), videoList[1], 'we get back the value of currentItem 2');
src = videoList[1].sources[0].src;
assert.equal(playlist.currentItem(), 1, 'we are now on item 1');
assert.deepEqual(playlist.next(), videoList[2], 'we get back the value of currentItem 3');
src = videoList[2].sources[0].src;
assert.equal(playlist.currentItem(), 2, 'we are now on item 2');
src = videoList[4].sources[0].src;
assert.equal(playlist.currentItem(4), 4, 'we are now on item 4');
assert.equal(typeof playlist.next(), 'undefined', 'we get nothing back if we try to go out of bounds');
});
QUnit__default["default"].test('playlist.previous() works as expected', function (assert) {
const player = proxy();
const playlist = factory(player, videoList);
let src;
player.currentSrc = function () {
return src;
};
src = videoList[0].sources[0].src;
assert.equal(playlist.currentItem(), 0, 'we start on item 0');
assert.equal(typeof playlist.previous(), 'undefined', 'we get nothing back if we try to go out of bounds');
src = videoList[2].sources[0].src;
assert.equal(playlist.currentItem(), 2, 'we are on item 2');
assert.deepEqual(playlist.previous(), videoList[1], 'we get back value of currentItem 1');
src = videoList[1].sources[0].src;
assert.equal(playlist.currentItem(), 1, 'we are on item 1');
assert.deepEqual(playlist.previous(), videoList[0], 'we get back value of currentItem 0');
src = videoList[0].sources[0].src;
assert.equal(playlist.currentItem(), 0, 'we are on item 0');
assert.equal(typeof playlist.previous(), 'undefined', 'we get nothing back if we try to go out of bounds');
});
QUnit__default["default"].test('loading a non-playlist video will cancel autoadvance and set index of -1', function (assert) {
const oldReset = reset;
const player = proxy();
const playlist = factory(player, [{
sources: [{
src: 'http://media.w3.org/2010/05/sintel/trailer.mp4',
type: 'video/mp4'
}],
poster: 'http://media.w3.org/2010/05/sintel/poster.png'
}, {
sources: [{
src: 'http://media.w3.org/2010/05/bunny/trailer.mp4',
type: 'video/mp4'
}],
poster: 'http://media.w3.org/2010/05/bunny/poster.png'
}]);
player.currentSrc = function () {
return 'http://vjs.zencdn.net/v/oceans.mp4';
};
setReset_(function () {
assert.ok(true, 'autoadvance.reset was called');
});
player.trigger('loadstart');
assert.equal(playlist.currentItem(), -1, 'new currentItem is -1');
player.currentSrc = function () {
return 'http://media.w3.org/2010/05/sintel/trailer.mp4';
};
setReset_(function () {
assert.ok(false, 'autoadvance.reset should not be called');
});
player.trigger('loadstart');
setReset_(oldReset);
});
QUnit__default["default"].test('when loading a new playlist, trigger "duringplaylistchange" on the player', function (assert) {
const done = assert.async();
const player = proxy();
const playlist = factory(player, [1, 2, 3], 1);
player.on('duringplaylistchange', e => {
assert.strictEqual(e.type, 'duringplaylistchange', 'the event object had the correct "type" property');
assert.strictEqual(e.previousIndex, 1, 'the event object had the correct "previousIndex" property');
assert.deepEqual(e.previousPlaylist, [1, 2, 3], 'the event object had the correct "previousPlaylist" property');
assert.strictEqual(e.nextIndex, 0, 'the event object had the correct "nextIndex" property');
assert.deepEqual(e.nextPlaylist, [4, 5, 6], 'the event object had the correct "nextPlaylist" property');
assert.throws(() => {
playlist([1, 2, 3]);
}, Error, 'cannot set a new playlist during a change');
const spy = sinon__default["default"].spy();
player.on('playlistsorted', spy);
playlist.sort();
playlist.reverse();
playlist.shuffle();
assert.strictEqual(spy.callCount, 0, 'the "playlistsorted" event never fired');
playlist.currentItem(2);
assert.strictEqual(playlist.currentItem(), 1, 'the playlist current item could not be changed');
playlist.next();
assert.strictEqual(playlist.currentItem(), 1, 'the playlist current item could not be changed');
playlist.previous();
assert.strictEqual(playlist.currentItem(), 1, 'the playlist current item could not be changed');
playlist.first();
assert.strictEqual(playlist.currentItem(), 1, 'the playlist current item could not be changed');
playlist.last();
assert.strictEqual(playlist.currentItem(), 1, 'the playlist current item could not be changed');
done();
});
playlist([4, 5, 6]);
});
QUnit__default["default"].test('when loading a new playlist, trigger "playlistchange" on the player', function (assert) {
const spy = sinon__default["default"].spy();
const player = proxy();
player.on('playlistchange', spy);
const playlist = factory(player, [1, 2, 3]);
playlist([4, 5, 6]);
this.clock.tick(1);
assert.strictEqual(spy.callCount, 1);
assert.strictEqual(spy.firstCall.args[0].type, 'playlistchange');
assert.strictEqual(spy.firstCall.args[0].action, 'change');
});
QUnit__default["default"].test('"duringplaylistchange" and "playlistchange" on first call without an initial list', function (assert) {
const changeSpy = sinon__default["default"].spy();
const duringSpy = sinon__default["default"].spy();
const player = proxy();
player.on('playlistchange', changeSpy);
player.on('duringplaylistchange', duringSpy);
const playlist = factory(player);
this.clock.tick(1);
assert.strictEqual(changeSpy.callCount, 0, 'on initial call, the "playlistchange" event did not fire');
assert.strictEqual(duringSpy.callCount, 0, 'on initial call, the "duringplaylistchange" event did not fire');
playlist([1]);
this.clock.tick(1);
assert.strictEqual(changeSpy.callCount, 1, 'on second call, the "playlistchange" event did fire');
assert.strictEqual(duringSpy.callCount, 1, 'on second call, the "duringplaylistchange" event did fire');
playlist([2]);
this.clock.tick(1);
assert.strictEqual(changeSpy.callCount, 2, 'on third call, the "playlistchange" event did fire');
assert.strictEqual(duringSpy.callCount, 2, 'on third call, the "duringplaylistchange" event did fire');
});
QUnit__default["default"].test('"duringplaylistchange" and "playlistchange" on first call with an initial list', function (assert) {
const changeSpy = sinon__default["default"].spy();
const duringSpy = sinon__default["default"].spy();
const player = proxy();
player.on('playlistchange', changeSpy);
player.on('duringplaylistchange', duringSpy);
const playlist = factory(player, [1]);
this.clock.tick(1);
assert.strictEqual(changeSpy.callCount, 0, 'on initial call, the "playlistchange" event did not fire');
assert.strictEqual(duringSpy.callCount, 1, 'on initial call, the "duringplaylistchange" event did fire');
playlist([2]);
this.clock.tick(1);
assert.strictEqual(changeSpy.callCount, 1, 'on second call, the "playlistchange" event did fire');
assert.strictEqual(duringSpy.callCount, 2, 'on second call, the "duringplaylistchange" event did fire');
playlist([3]);
this.clock.tick(1);
assert.strictEqual(changeSpy.callCount, 2, 'on third call, the "playlistchange" event did fire');
assert.strictEqual(duringSpy.callCount, 3, 'on third call, the "duringplaylistchange" event did fire');
});
QUnit__default["default"].test('playlist.sort() works as expected', function (assert) {
const player = proxy();
const spy = sinon__default["default"].spy();
player.on('playlistsorted', spy);
const playlist = factory(player, []);
playlist.sort();
assert.deepEqual(playlist(), [], 'playlist did not change because it is empty');
assert.strictEqual(spy.callCount, 0, 'the "playlistsorted" event did not trigger');
playlist([4, 2, 1, 3]);
playlist.sort();
assert.deepEqual(playlist(), [1, 2, 3, 4], 'playlist is sorted per default sort behavior');
assert.strictEqual(spy.callCount, 1, 'the "playlistsorted" event triggered');
playlist.sort((a, b) => b - a);
assert.deepEqual(playlist(), [4, 3, 2, 1], 'playlist is sorted per default sort behavior');
assert.strictEqual(spy.callCount, 2, 'the "playlistsorted" event triggered');
});
QUnit__default["default"].test('playlist.reverse() works as expected', function (assert) {
const player = proxy();
const spy = sinon__default["default"].spy();
player.on('playlistsorted', spy);
const playlist = factory(player, []);
playlist.reverse();
assert.deepEqual(playlist(), [], 'playlist did not change because it is empty');
assert.strictEqual(spy.callCount, 0, 'the "playlistsorted" event did not trigger');
playlist([1, 2, 3, 4]);
playlist.reverse();
assert.deepEqual(playlist(), [4, 3, 2, 1], 'playlist is reversed');
assert.strictEqual(spy.callCount, 1, 'the "playlistsorted" event triggered');
});
QUnit__default["default"].test('playlist.shuffle() works as expected', function (assert) {
const player = proxy();
const spy = sinon__default["default"].spy();
player.on('playlistsorted', spy);
const playlist = factory(player, []);
playlist.shuffle();
assert.deepEqual(playlist(), [], 'playlist did not change because it is empty');
assert.strictEqual(spy.callCount, 0, 'the "playlistsorted" event did not trigger');
playlist([1, 2, 3, 4]);
playlist.shuffle();
const list = playlist();
assert.strictEqual(list.length, 4, 'playlist is the correct length');
assert.notStrictEqual(list.indexOf(1), -1, '1 is in the list');
assert.notStrictEqual(list.indexOf(2), -1, '2 is in the list');
assert.notStrictEqual(list.indexOf(3), -1, '3 is in the list');
assert.notStrictEqual(list.indexOf(4), -1, '4 is in the list');
assert.strictEqual(spy.callCount, 1, 'the "playlistsorted" event triggered');
});
QUnit__default["default"].test('playlist.shuffle({rest: true}) works as expected', function (assert) {
const player = proxy();
const spy = sinon__default["default"].spy();
player.on('playlistsorted', spy);
const playlist = factory(player, [1, 2, 3, 4]);
playlist.currentIndex_ = 3;
playlist.shuffle({
rest: true
});
let list = playlist();
assert.deepEqual(list, [1, 2, 3, 4], 'playlist is unchanged because the last item is selected');
assert.strictEqual(spy.callCount, 0, 'the "playlistsorted" event was not triggered');
playlist.currentIndex_ = 2;
playlist.shuffle({
rest: true
});
list = playlist();
assert.deepEqual(list, [1, 2, 3, 4], 'playlist is unchanged because the second-to-last item is selected');
assert.strictEqual(spy.callCount, 0, 'the "playlistsorted" event was not triggered');
playlist.currentIndex_ = 1;
playlist.shuffle({
rest: true
});
list = playlist();
assert.strictEqual(list.length, 4, 'playlist is the correct length');
assert.strictEqual(list.indexOf(1), 0, '1 is the first item in the list');
assert.strictEqual(list.indexOf(2), 1, '2 is the second item in the list');
assert.notStrictEqual(list.indexOf(3), -1, '3 is in the list');
assert.notStrictEqual(list.indexOf(4), -1, '4 is in the list');
assert.strictEqual(spy.callCount, 1, 'the "playlistsorted" event triggered');
playlist.currentIndex_ = 0;
playlist.shuffle({
rest: true
});
list = playlist();
assert.strictEqual(list.length, 4, 'playlist is the correct length');
assert.strictEqual(list.indexOf(1), 0, '1 is the first item in the list');
assert.notStrictEqual(list.indexOf(2), -1, '2 is in the list');
assert.notStrictEqual(list.indexOf(3), -1, '3 is in the list');
assert.notStrictEqual(list.indexOf(4), -1, '4 is in the list');
assert.strictEqual(spy.callCount, 2, 'the "playlistsorted" event triggered');
playlist.currentIndex_ = -1;
playlist.shuffle({
rest: true
});
list = playlist();
assert.strictEqual(list.length, 4, 'playlist is the correct length');
assert.notStrictEqual(list.indexOf(1), -1, '1 is in the list');
assert.notStrictEqual(list.indexOf(2), -1, '2 is in the list');
assert.notStrictEqual(list.indexOf(3), -1, '3 is in the list');
assert.notStrictEqual(list.indexOf(4), -1, '4 is in the list');
assert.strictEqual(spy.callCount, 3, 'the "playlistsorted" event triggered');
});
QUnit__default["default"].test('playlist.add will append an item by default', function (assert) {
const player = proxy();
const playlist = factory(player, [1, 2, 3]);
const spy = sinon__default["default"].spy();
this.clock.tick(1);
player.on(['playlistchange', 'playlistadd'], spy);
playlist.add(4);
assert.deepEqual(playlist(), [1, 2, 3, 4]);
assert.strictEqual(spy.callCount, 2);
assert.strictEqual(spy.firstCall.args[0].type, 'playlistchange');
assert.strictEqual(spy.firstCall.args[0].action, 'add');
assert.strictEqual(spy.secondCall.args[0].type, 'playlistadd');
assert.strictEqual(spy.secondCall.args[0].index, 3);
assert.strictEqual(spy.secondCall.args[0].count, 1);
});
QUnit__default["default"].test('playlist.add can insert an item at a specific index', function (assert) {
const player = proxy();
const playlist = factory(player, [1, 2, 3]);
const spy = sinon__default["default"].spy();
this.clock.tick(1);
player.on(['playlistchange', 'playlistadd'], spy);
playlist.add(4, 1);
assert.deepEqual(playlist(), [1, 4, 2, 3]);
assert.strictEqual(spy.callCount, 2);
assert.strictEqual(spy.firstCall.args[0].type, 'playlistchange');
assert.strictEqual(spy.firstCall.args[0].action, 'add');
assert.strictEqual(spy.secondCall.args[0].type, 'playlistadd');
assert.strictEqual(spy.secondCall.args[0].index, 1);
assert.strictEqual(spy.secondCall.args[0].count, 1);
});
QUnit__default["default"].test('playlist.add appends when specified index is out of bounds', function (assert) {
const player = proxy();
const playlist = factory(player, [1, 2, 3]);
const spy = sinon__default["default"].spy();
this.clock.tick(1);
player.on(['playlistchange', 'playlistadd'], spy);
playlist.add(4, 10);
assert.deepEqual(playlist(), [1, 2, 3, 4]);
assert.strictEqual(spy.callCount, 2);
assert.strictEqual(spy.firstCall.args[0].type, 'playlistchange');
assert.strictEqual(spy.firstCall.args[0].action, 'add');
assert.strictEqual(spy.secondCall.args[0].type, 'playlistadd');
assert.strictEqual(spy.secondCall.args[0].index, 3);
assert.strictEqual(spy.secondCall.args[0].count, 1);
});
QUnit__default["default"].test('playlist.add can append multiple items', function (assert) {
const player = proxy();
const playlist = factory(player, [1, 2, 3]);
const spy = sinon__default["default"].spy();
this.clock.tick(1);
player.on(['playlistchange', 'playlistadd'], spy);
playlist.add([4, 5, 6]);
assert.deepEqual(playlist(), [1, 2, 3, 4, 5, 6]);
assert.strictEqual(spy.callCount, 2);
assert.strictEqual(spy.firstCall.args[0].type, 'playlistchange');
assert.strictEqual(spy.firstCall.args[0].action, 'add');
assert.strictEqual(spy.secondCall.args[0].type, 'playlistadd');
assert.strictEqual(spy.secondCall.args[0].index, 3);
assert.strictEqual(spy.secondCall.args[0].count, 3);
});
QUnit__default["default"].test('playlist.add can insert multiple items at a specific index', function (assert) {
const player = proxy();
const playlist = factory(player, [1, 2, 3]);
const spy = sinon__default["default"].spy();
this.clock.tick(1);
player.on(['playlistchange', 'playlistadd'], spy);
playlist.add([4, 5, 6, 7], 1);
assert.deepEqual(playlist(), [1, 4, 5, 6, 7, 2, 3]);
assert.strictEqual(spy.callCount, 2);
assert.strictEqual(spy.firstCall.args[0].type, 'playlistchange');
assert.strictEqual(spy.firstCall.args[0].action, 'add');
assert.strictEqual(spy.secondCall.args[0].type, 'playlistadd');
assert.strictEqual(spy.secondCall.args[0].index, 1);
assert.strictEqual(spy.secondCall.args[0].count, 4);
});
QUnit__default["default"].test('playlist.add throws an error duringplaylistchange', function (assert) {
const done = assert.async();
const player = proxy();
const playlist = factory(player, [1, 2, 3]);
player.on('duringplaylistchange', e => {
assert.throws(() => playlist.add(4));
done();
});
playlist([4, 5, 6]);
});
QUnit__default["default"].test('playlist.remove can remove an item at an index', function (assert) {
const player = proxy();
const playlist = factory(player, [1, 2, 3]);
const spy = sinon__default["default"].spy();
this.clock.tick(1);
player.on(['playlistchange', 'playlistremove'], spy);
playlist.remove(1);
assert.deepEqual(playlist(), [1, 3]);
assert.strictEqual(spy.callCount, 2);
assert.strictEqual(spy.firstCall.args[0].type, 'playlistchange');
assert.strictEqual(spy.firstCall.args[0].action, 'remove');
assert.strictEqual(spy.secondCall.args[0].type, 'playlistremove');
assert.strictEqual(spy.secondCall.args[0].index, 1);
assert.strictEqual(spy.secondCall.args[0].count, 1);
});
QUnit__default["default"].test('playlist.remove does nothing when index is out of range', function (assert) {
const player = proxy();
const playlist = factory(player, [1, 2, 3]);
const spy = sinon__default["default"].spy();
this.clock.tick(1);
player.on(['playlistchange', 'playlistremove'], spy);
playlist.remove(4);
assert.deepEqual(playlist(), [1, 2, 3]);
assert.strictEqual(spy.callCount, 0);
});
QUnit__default["default"].test('playlist.remove can remove multiple items at an index', function (assert) {
const player = proxy();
const playlist = factory(player, [1, 2, 3]);
const spy = sinon__default["default"].spy();
this.clock.tick(1);
player.on(['playlistchange', 'playlistremove'], spy);
playlist.remove(1, 2);
assert.deepEqual(playlist(), [1]);
assert.strictEqual(spy.callCount, 2);
assert.strictEqual(spy.firstCall.args[0].type, 'playlistchange');
assert.strictEqual(spy.firstCall.args[0].action, 'remove');
assert.strictEqual(spy.secondCall.args[0].type, 'playlistremove');
assert.strictEqual(spy.secondCall.args[0].index, 1);
assert.strictEqual(spy.secondCall.args[0].count, 2);
});
QUnit__default["default"].test('playlist.remove throws an error duringplaylistchange', function (assert) {
const done = assert.async();
const player = proxy();
const playlist = factory(player, [1, 2, 3]);
player.on('duringplaylistchange', e => {
assert.throws(() => playlist.remove(0));
done();
});
playlist([4, 5, 6]);
});
})(QUnit, sinon, videojs);
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