var listItem = "
";
// Create remove control
listItem += "
×";
// Create links to free media
if(media.free) {
var first = true;
listItem += "
(";
$.each(media, function(property,value) {
if($.jPlayer.prototype.format[property]) { // Check property is a media format.
if(first) {
first = false;
} else {
listItem += " | ";
}
listItem += "" + property + "";
}
});
listItem += ")";
}
// The title is given next in the HTML otherwise the float:right on the free media corrupts in IE6/7
listItem += "
" + media.title + (media.artist ? " by " + media.artist + "" : "") + "";
listItem += "
";
return listItem;
},
_createItemHandlers: function() {
var self = this;
// Create live handlers for the playlist items
$(this.cssSelector.playlist).off("click", "a." + this.options.playlistOptions.itemClass).on("click", "a." + this.options.playlistOptions.itemClass, function() {
var index = $(this).parent().parent().index();
if(self.current !== index) {
self.play(index);
} else {
$(self.cssSelector.jPlayer).jPlayer("play");
}
$(this).blur();
return false;
});
// Create live handlers that disable free media links to force access via right click
$(this.cssSelector.playlist).off("click", "a." + this.options.playlistOptions.freeItemClass).on("click", "a." + this.options.playlistOptions.freeItemClass, function() {
$(this).parent().parent().find("." + self.options.playlistOptions.itemClass).click();
$(this).blur();
return false;
});
// Create live handlers for the remove controls
$(this.cssSelector.playlist).off("click", "a." + this.options.playlistOptions.removeItemClass).on("click", "a." + this.options.playlistOptions.removeItemClass, function() {
var index = $(this).parent().parent().index();
self.remove(index);
$(this).blur();
return false;
});
},
_updateControls: function() {
if(this.options.playlistOptions.enableRemoveControls) {
$(this.cssSelector.playlist + " ." + this.options.playlistOptions.removeItemClass).show();
} else {
$(this.cssSelector.playlist + " ." + this.options.playlistOptions.removeItemClass).hide();
}
if(this.shuffled) {
$(this.cssSelector.shuffleOff).show();
$(this.cssSelector.shuffle).hide();
} else {
$(this.cssSelector.shuffleOff).hide();
$(this.cssSelector.shuffle).show();
}
},
_highlight: function(index) {
if(this.playlist.length && index !== undefined) {
$(this.cssSelector.playlist + " .jp-playlist-current").removeClass("jp-playlist-current");
$(this.cssSelector.playlist + " li:nth-child(" + (index + 1) + ")").addClass("jp-playlist-current").find(".jp-playlist-item").addClass("jp-playlist-current");
$(this.cssSelector.title + " li").html(this.playlist[index].title + (this.playlist[index].artist ? "
by " + this.playlist[index].artist + "" : ""));
}
},
setPlaylist: function(playlist) {
this._initPlaylist(playlist);
this._init();
},
add: function(media, playNow) {
$(this.cssSelector.playlist + " ul").append(this._createListItem(media)).find("li:last-child").hide().slideDown(this.options.playlistOptions.addTime);
this._updateControls();
this.original.push(media);
this.playlist.push(media); // Both array elements share the same object pointer. Comforms with _initPlaylist(p) system.
if(playNow) {
this.play(this.playlist.length - 1);
} else {
if(this.original.length === 1) {
this.select(0);
}
}
},
remove: function(index) {
var self = this;
if(index === undefined) {
this._initPlaylist([]);
this._refresh(function() {
$(self.cssSelector.jPlayer).jPlayer("clearMedia");
});
return true;
} else {
if(this.removing) {
return false;
} else {
index = (index < 0) ? self.original.length + index : index; // Negative index relates to end of array.
if(0 <= index && index < this.playlist.length) {
this.removing = true;
$(this.cssSelector.playlist + " li:nth-child(" + (index + 1) + ")").slideUp(this.options.playlistOptions.removeTime, function() {
$(this).remove();
if(self.shuffled) {
var item = self.playlist[index];
$.each(self.original, function(i) {
if(self.original[i] === item) {
self.original.splice(i, 1);
return false; // Exit $.each
}
});
self.playlist.splice(index, 1);
} else {
self.original.splice(index, 1);
self.playlist.splice(index, 1);
}
if(self.original.length) {
if(index === self.current) {
self.current = (index < self.original.length) ? self.current : self.original.length - 1; // To cope when last element being selected when it was removed
self.select(self.current);
} else if(index < self.current) {
self.current--;
}
} else {
$(self.cssSelector.jPlayer).jPlayer("clearMedia");
self.current = 0;
self.shuffled = false;
self._updateControls();
}
self.removing = false;
});
}
return true;
}
}
},
select: function(index) {
index = (index < 0) ? this.original.length + index : index; // Negative index relates to end of array.
if(0 <= index && index < this.playlist.length) {
this.current = index;
this._highlight(index);
$(this.cssSelector.jPlayer).jPlayer("setMedia", this.playlist[this.current]);
} else {
this.current = 0;
}
},
play: function(index) {
index = (index < 0) ? this.original.length + index : index; // Negative index relates to end of array.
if(0 <= index && index < this.playlist.length) {
if(this.playlist.length) {
this.select(index);
$(this.cssSelector.jPlayer).jPlayer("play");
}
} else if(index === undefined) {
$(this.cssSelector.jPlayer).jPlayer("play");
}
},
pause: function() {
$(this.cssSelector.jPlayer).jPlayer("pause");
},
next: function() {
var index = (this.current + 1 < this.playlist.length) ? this.current + 1 : 0;
if(this.loop) {
// See if we need to shuffle before looping to start, and only shuffle if more than 1 item.
if(index === 0 && this.shuffled && this.options.playlistOptions.shuffleOnLoop && this.playlist.length > 1) {
this.shuffle(true, true); // playNow
} else {
this.play(index);
}
} else {
// The index will be zero if it just looped round
if(index > 0) {
this.play(index);
}
}
},
previous: function() {
var index = (this.current - 1 >= 0) ? this.current - 1 : this.playlist.length - 1;
if(this.loop && this.options.playlistOptions.loopOnPrevious || index < this.playlist.length - 1) {
this.play(index);
}
},
shuffle: function(shuffled, playNow) {
var self = this;
if(shuffled === undefined) {
shuffled = !this.shuffled;
}
if(shuffled || shuffled !== this.shuffled) {
$(this.cssSelector.playlist + " ul").slideUp(this.options.playlistOptions.shuffleTime, function() {
self.shuffled = shuffled;
if(shuffled) {
self.playlist.sort(function() {
return 0.5 - Math.random();
});
} else {
self._originalPlaylist();
}
self._refresh(true); // Instant
if(playNow || !$(self.cssSelector.jPlayer).data("jPlayer").status.paused) {
self.play(0);
} else {
self.select(0);
}
$(this).slideDown(self.options.playlistOptions.shuffleTime);
});
}
}
};
})(jQuery);
jquery-jplayer-2.3.4+dfsg.orig/actionscript/ 0000775 0001750 0001750 00000000000 12151225023 021322 5 ustar pgquiles pgquiles jquery-jplayer-2.3.4+dfsg.orig/actionscript/Jplayer.as 0000664 0001750 0001750 00000054551 12151162635 023300 0 ustar pgquiles pgquiles /*
* jPlayer Plugin for jQuery JavaScript Library
* http://www.jplayer.org
*
* Copyright (c) 2009 - 2013 Happyworm Ltd
* Dual licensed under the MIT and GPL licenses.
* - http://www.opensource.org/licenses/mit-license.php
* - http://www.gnu.org/copyleft/gpl.html
*
* Author: Mark J Panaghiston
* Version: 2.3.4
* Date: 28th May 2013
*
* FlashVars expected: (AS3 property of: loaderInfo.parameters)
* id: (URL Encoded: String) Id of jPlayer instance
* vol: (Number) Sets the initial volume
* muted: (Boolean in a String) Sets the initial muted state
* jQuery: (URL Encoded: String) Sets the jQuery var name. Used with: someVar = jQuery.noConflict(true);
*
* Compiled using: Adobe Flex Compiler (mxmlc) Version 4.5.1 build 21328
*/
package {
import flash.system.Security;
import flash.external.ExternalInterface;
import flash.utils.Timer;
import flash.events.TimerEvent;
import flash.text.TextField;
import flash.text.TextFormat;
import flash.events.KeyboardEvent;
import flash.display.Sprite;
import happyworm.jPlayer.*;
import flash.display.StageAlign;
import flash.display.StageScaleMode;
import flash.events.Event;
import flash.net.LocalConnection;
import flash.events.StatusEvent;
import flash.events.MouseEvent;
import flash.ui.ContextMenu;
import flash.ui.ContextMenuItem;
import flash.events.ContextMenuEvent;
import flash.net.URLRequest;
import flash.net.navigateToURL;
import flash.media.Video;
public class Jplayer extends Sprite {
private var jQuery:String;
private var sentNumberFractionDigits:uint = 2;
public var commonStatus:JplayerStatus = new JplayerStatus(); // Used for inital ready event so volume is correct.
private var myInitTimer:Timer = new Timer(100, 0);
private var myMp3Player:JplayerMp3;
private var myMp4Player:JplayerMp4;
private var myRtmpPlayer:JplayerRtmp;
private var isRtmp:Boolean = false;
private var isMp4:Boolean = false;
private var isMp3:Boolean = false;
private var isVideo:Boolean = false;
private var securityIssue:Boolean = false; // On direct access and when SWF parameters contain illegal characters
private var txLog:TextField;
private var debug:Boolean = false; // Set debug to false for release compile!
private var localAIRDebug:Boolean = false; // This is autodetermined by AIR app - leave false!
private var traceOut:TraceOut;
public function Jplayer() {
flash.system.Security.allowDomain("*");
traceOut = new TraceOut();
// Fix to the security exploit reported by Jason Calvert http://appsec.ws/
checkFlashVars(loaderInfo.parameters);
stage.scaleMode = StageScaleMode.NO_SCALE;
stage.align = StageAlign.TOP_LEFT;
if(!securityIssue) {
// The jQuery param is the primary cause of security concerns.
jQuery = loaderInfo.parameters.jQuery + "('#" + loaderInfo.parameters.id + "').jPlayer";
commonStatus.volume = Number(loaderInfo.parameters.vol);
commonStatus.muted = loaderInfo.parameters.muted == "true";
stage.addEventListener(Event.RESIZE, resizeHandler);
stage.addEventListener(MouseEvent.CLICK, clickHandler);
var initialVolume:Number = commonStatus.volume;
if(commonStatus.muted) {
initialVolume = 0;
}
myMp3Player = new JplayerMp3(initialVolume);
addChild(myMp3Player);
myMp4Player = new JplayerMp4(initialVolume);
addChild(myMp4Player);
myRtmpPlayer = new JplayerRtmp(initialVolume);
addChild(myRtmpPlayer);
switchType("mp3"); // set default state to mp3
}
// The ContextMenu only partially works. The menu select events never occur.
// Investigated and it is something to do with the way jPlayer inserts the Flash on the page.
// A simple test inserting the Jplayer.swf on a page using: 1) SWFObject 2.2 works. 2) AC_FL_RunContent() works.
// jPlayer Flash insertion is based on SWFObject 2.2 and the resaon behind this failure is not clear. The Flash insertion HTML on the page looks similar.
var myContextMenu:ContextMenu = new ContextMenu();
myContextMenu.hideBuiltInItems();
var menuItem_jPlayer:ContextMenuItem = new ContextMenuItem("jPlayer " + JplayerStatus.VERSION);
var menuItem_happyworm:ContextMenuItem = new ContextMenuItem("© 2009-2013 Happyworm Ltd", true);
menuItem_jPlayer.addEventListener(ContextMenuEvent.MENU_ITEM_SELECT, menuSelectHandler_jPlayer);
menuItem_happyworm.addEventListener(ContextMenuEvent.MENU_ITEM_SELECT, menuSelectHandler_happyworm);
myContextMenu.customItems.push(menuItem_jPlayer, menuItem_happyworm);
contextMenu = myContextMenu;
// Log console for dev compile option: debug
if(debug || securityIssue) {
txLog = new TextField();
txLog.x = 5;
txLog.y = 5;
txLog.width = stage.stageWidth - 10;
txLog.height = stage.stageHeight - 10;
txLog.backgroundColor = 0xEEEEFF;
txLog.border = true;
txLog.background = true;
txLog.multiline = true;
txLog.text = "jPlayer " + JplayerStatus.VERSION;
if(securityIssue) {
txLog.visible = true;
} else if(debug) {
txLog.visible = false;
}
this.addChild(txLog);
if(debug && !securityIssue) {
this.stage.addEventListener(KeyboardEvent.KEY_UP, keyboardHandler);
myMp3Player.addEventListener(JplayerEvent.DEBUG_MSG, debugMsgHandler);
myMp4Player.addEventListener(JplayerEvent.DEBUG_MSG, debugMsgHandler);
myRtmpPlayer.addEventListener(JplayerEvent.DEBUG_MSG, debugMsgHandler);
}
}
if(!securityIssue) {
// Delay init() because Firefox 3.5.7+ developed a bug with local testing in Firebug.
myInitTimer.addEventListener(TimerEvent.TIMER, init);
myInitTimer.start();
}
}
private function switchType(playType:String):void {
switch(playType) {
case "rtmpa":
isRtmp=true;
isMp3=false;
isMp4=false;
isVideo=false;
break;
case "rtmpv":
isRtmp=true;
isMp3=false;
isMp4=false;
isVideo=true;
break;
case "mp3":
isRtmp=false;
isMp3=true;
isMp4=false;
isVideo=false;
break;
case "mp4":
isRtmp=false;
isMp3=false;
isMp4=true;
isVideo=false;
break;
case "m4v":
isRtmp=false;
isMp3=false;
isMp4=true;
isVideo=true;
break;
}
listenToMp3(isMp3);
listenToMp4(isMp4);
listenToRtmp(isRtmp);
}
private function init(e:TimerEvent):void {
myInitTimer.stop();
if(ExternalInterface.available && !securityIssue) {
ExternalInterface.addCallback("fl_setAudio_mp3", fl_setAudio_mp3);
ExternalInterface.addCallback("fl_setAudio_m4a", fl_setAudio_m4a);
ExternalInterface.addCallback("fl_setVideo_m4v", fl_setVideo_m4v);
ExternalInterface.addCallback("fl_setAudio_rtmp", fl_setAudio_rtmp);
ExternalInterface.addCallback("fl_setVideo_rtmp", fl_setVideo_rtmp);
ExternalInterface.addCallback("fl_clearMedia", fl_clearMedia);
ExternalInterface.addCallback("fl_load", fl_load);
ExternalInterface.addCallback("fl_play", fl_play);
ExternalInterface.addCallback("fl_pause", fl_pause);
ExternalInterface.addCallback("fl_play_head", fl_play_head);
ExternalInterface.addCallback("fl_volume", fl_volume);
ExternalInterface.addCallback("fl_mute", fl_mute);
ExternalInterface.call(jQuery, "jPlayerFlashEvent", JplayerEvent.JPLAYER_READY, extractStatusData(commonStatus)); // See JplayerStatus() class for version number.
}
}
private function checkFlashVars(p:Object):void {
// Check for direct access. Inspired by mediaelement.js - Also added name to HTML object for non-IE browsers.
if(ExternalInterface.objectID != null && ExternalInterface.objectID.toString() != "") {
for each (var s:String in p) {
if(illegalChar(s)) {
securityIssue = true; // Found a security concern.
}
}
if(!securityIssue) {
if(jQueryIllegal(p.jQuery)) {
securityIssue = true; // Found a security concern.
}
}
} else {
securityIssue = true; // Direct access disables the callbacks, which were a security concern.
}
}
private function illegalChar(s:String):Boolean {
// A whitelist of accepted chars.
var validParam:RegExp = /^[-A-Za-z0-9_.]+$/;
return !validParam.test(s);
}
private function jQueryIllegal(s:String):Boolean {
// Check param contains the term jQuery.
var validParam:RegExp = /(jQuery)/;
return !validParam.test(s);
}
// switchType() here
private function listenToMp3(active:Boolean):void {
if(active) {
myMp3Player.addEventListener(JplayerEvent.JPLAYER_ERROR, jPlayerFlashEvent);
myMp3Player.addEventListener(JplayerEvent.JPLAYER_PROGRESS, jPlayerFlashEvent);
myMp3Player.addEventListener(JplayerEvent.JPLAYER_TIMEUPDATE, jPlayerFlashEvent);
myMp3Player.addEventListener(JplayerEvent.JPLAYER_ENDED, jPlayerFlashEvent);
myMp3Player.addEventListener(JplayerEvent.JPLAYER_PLAY, jPlayerFlashEvent);
myMp3Player.addEventListener(JplayerEvent.JPLAYER_PAUSE, jPlayerFlashEvent);
myMp3Player.addEventListener(JplayerEvent.JPLAYER_LOADSTART, jPlayerFlashEvent);
myMp3Player.addEventListener(JplayerEvent.JPLAYER_SEEKING, jPlayerFlashEvent);
myMp3Player.addEventListener(JplayerEvent.JPLAYER_SEEKED, jPlayerFlashEvent);
myMp3Player.addEventListener(JplayerEvent.JPLAYER_WAITING, jPlayerFlashEvent); // only MP3 atm
myMp3Player.addEventListener(JplayerEvent.JPLAYER_PLAYING, jPlayerFlashEvent); // only MP3 atm
myMp3Player.addEventListener(JplayerEvent.JPLAYER_CANPLAY, jPlayerFlashEvent); // only MP3 atm
myMp3Player.addEventListener(JplayerEvent.JPLAYER_CANPLAYTHROUGH, jPlayerFlashEvent); // only MP3 atm
} else {
myMp3Player.removeEventListener(JplayerEvent.JPLAYER_ERROR, jPlayerFlashEvent);
myMp3Player.removeEventListener(JplayerEvent.JPLAYER_PROGRESS, jPlayerFlashEvent);
myMp3Player.removeEventListener(JplayerEvent.JPLAYER_TIMEUPDATE, jPlayerFlashEvent);
myMp3Player.removeEventListener(JplayerEvent.JPLAYER_ENDED, jPlayerFlashEvent);
myMp3Player.removeEventListener(JplayerEvent.JPLAYER_PLAY, jPlayerFlashEvent);
myMp3Player.removeEventListener(JplayerEvent.JPLAYER_PAUSE, jPlayerFlashEvent);
myMp3Player.removeEventListener(JplayerEvent.JPLAYER_LOADSTART, jPlayerFlashEvent);
myMp3Player.removeEventListener(JplayerEvent.JPLAYER_SEEKING, jPlayerFlashEvent);
myMp3Player.removeEventListener(JplayerEvent.JPLAYER_SEEKED, jPlayerFlashEvent);
myMp3Player.removeEventListener(JplayerEvent.JPLAYER_WAITING, jPlayerFlashEvent); // only MP3 atm
myMp3Player.removeEventListener(JplayerEvent.JPLAYER_PLAYING, jPlayerFlashEvent); // only MP3 atm
myMp3Player.removeEventListener(JplayerEvent.JPLAYER_CANPLAY, jPlayerFlashEvent); // only MP3 atm
myMp3Player.removeEventListener(JplayerEvent.JPLAYER_CANPLAYTHROUGH, jPlayerFlashEvent); // only MP3 atm
}
}
private function listenToMp4(active:Boolean):void {
if(active) {
myMp4Player.addEventListener(JplayerEvent.JPLAYER_ERROR, jPlayerFlashEvent);
myMp4Player.addEventListener(JplayerEvent.JPLAYER_PROGRESS, jPlayerFlashEvent);
myMp4Player.addEventListener(JplayerEvent.JPLAYER_TIMEUPDATE, jPlayerFlashEvent);
myMp4Player.addEventListener(JplayerEvent.JPLAYER_ENDED, jPlayerFlashEvent);
myMp4Player.addEventListener(JplayerEvent.JPLAYER_PLAY, jPlayerFlashEvent);
myMp4Player.addEventListener(JplayerEvent.JPLAYER_PAUSE, jPlayerFlashEvent);
myMp4Player.addEventListener(JplayerEvent.JPLAYER_LOADSTART, jPlayerFlashEvent);
myMp4Player.addEventListener(JplayerEvent.JPLAYER_SEEKING, jPlayerFlashEvent);
myMp4Player.addEventListener(JplayerEvent.JPLAYER_SEEKED, jPlayerFlashEvent);
myMp4Player.addEventListener(JplayerEvent.JPLAYER_LOADEDMETADATA, jPlayerMetaDataHandler); // Note the unique handler
} else {
myMp4Player.removeEventListener(JplayerEvent.JPLAYER_ERROR, jPlayerFlashEvent);
myMp4Player.removeEventListener(JplayerEvent.JPLAYER_PROGRESS, jPlayerFlashEvent);
myMp4Player.removeEventListener(JplayerEvent.JPLAYER_TIMEUPDATE, jPlayerFlashEvent);
myMp4Player.removeEventListener(JplayerEvent.JPLAYER_ENDED, jPlayerFlashEvent);
myMp4Player.removeEventListener(JplayerEvent.JPLAYER_PLAY, jPlayerFlashEvent);
myMp4Player.removeEventListener(JplayerEvent.JPLAYER_PAUSE, jPlayerFlashEvent);
myMp4Player.removeEventListener(JplayerEvent.JPLAYER_LOADSTART, jPlayerFlashEvent);
myMp4Player.removeEventListener(JplayerEvent.JPLAYER_SEEKING, jPlayerFlashEvent);
myMp4Player.removeEventListener(JplayerEvent.JPLAYER_SEEKED, jPlayerFlashEvent);
myMp4Player.removeEventListener(JplayerEvent.JPLAYER_LOADEDMETADATA, jPlayerMetaDataHandler); // Note the unique handler
}
}
private function listenToRtmp(active:Boolean):void {
if(active) {
myRtmpPlayer.addEventListener(JplayerEvent.JPLAYER_ERROR, jPlayerFlashEvent);
myRtmpPlayer.addEventListener(JplayerEvent.JPLAYER_PROGRESS, jPlayerFlashEvent);
myRtmpPlayer.addEventListener(JplayerEvent.JPLAYER_TIMEUPDATE, jPlayerFlashEvent);
myRtmpPlayer.addEventListener(JplayerEvent.JPLAYER_ENDED, jPlayerFlashEvent);
myRtmpPlayer.addEventListener(JplayerEvent.JPLAYER_PLAY, jPlayerFlashEvent);
myRtmpPlayer.addEventListener(JplayerEvent.JPLAYER_PAUSE, jPlayerFlashEvent);
myRtmpPlayer.addEventListener(JplayerEvent.JPLAYER_LOADSTART, jPlayerFlashEvent);
myRtmpPlayer.addEventListener(JplayerEvent.JPLAYER_CANPLAY, jPlayerFlashEvent);
myRtmpPlayer.addEventListener(JplayerEvent.JPLAYER_SEEKING, jPlayerFlashEvent);
myRtmpPlayer.addEventListener(JplayerEvent.JPLAYER_SEEKED, jPlayerFlashEvent);
myRtmpPlayer.addEventListener(JplayerEvent.JPLAYER_LOADEDMETADATA, jPlayerMetaDataHandler); // Note the unique handler
} else {
myRtmpPlayer.removeEventListener(JplayerEvent.JPLAYER_ERROR, jPlayerFlashEvent);
myRtmpPlayer.removeEventListener(JplayerEvent.JPLAYER_PROGRESS, jPlayerFlashEvent);
myRtmpPlayer.removeEventListener(JplayerEvent.JPLAYER_TIMEUPDATE, jPlayerFlashEvent);
myRtmpPlayer.removeEventListener(JplayerEvent.JPLAYER_ENDED, jPlayerFlashEvent);
myRtmpPlayer.removeEventListener(JplayerEvent.JPLAYER_PLAY, jPlayerFlashEvent);
myRtmpPlayer.removeEventListener(JplayerEvent.JPLAYER_PAUSE, jPlayerFlashEvent);
myRtmpPlayer.removeEventListener(JplayerEvent.JPLAYER_LOADSTART, jPlayerFlashEvent);
myRtmpPlayer.addEventListener(JplayerEvent.JPLAYER_CANPLAY, jPlayerFlashEvent);
myRtmpPlayer.removeEventListener(JplayerEvent.JPLAYER_SEEKING, jPlayerFlashEvent);
myRtmpPlayer.removeEventListener(JplayerEvent.JPLAYER_SEEKED, jPlayerFlashEvent);
myRtmpPlayer.removeEventListener(JplayerEvent.JPLAYER_LOADEDMETADATA, jPlayerMetaDataHandler); // Note the unique handler
}
}
private function fl_setAudio_mp3(src:String):Boolean {
if (src != null) {
log("fl_setAudio_mp3: "+src);
switchType("mp3");
myMp4Player.clearFile();
myRtmpPlayer.clearFile();
myMp3Player.setFile(src);
return true;
} else {
log("fl_setAudio_mp3: null");
return false;
}
}
private function fl_setAudio_rtmp(src:String):Boolean {
tracer("SET RTMP: "+src);
if (src != null) {
log("fl_setAudio_rtmp: "+src);
switchType("rtmpa");
myMp4Player.clearFile();
myMp3Player.clearFile();
myRtmpPlayer.setFile(src,false);
return true;
} else {
log("fl_setAudio_rtmp: null");
return false;
}
}
private function fl_setVideo_rtmp(src:String):Boolean {
tracer("SET RTMP: "+src);
if (src != null) {
log("fl_setVideo_rtmp: "+src);
switchType("rtmpv");
myMp4Player.clearFile();
myMp3Player.clearFile();
myRtmpPlayer.setFile(src,true);
return true;
} else {
log("fl_setVideo_rtmp: null");
return false;
}
}
private function fl_setAudio_m4a(src:String):Boolean {
if (src != null) {
log("fl_setAudio_m4a: "+src);
switchType("mp4")
myMp3Player.clearFile();
myRtmpPlayer.clearFile();
myMp4Player.setFile(src);
return true;
} else {
log("fl_setAudio_m4a: null");
return false;
}
}
private function fl_setVideo_m4v(src:String):Boolean {
if (src != null) {
log("fl_setVideo_m4v: "+src);
switchType("m4v");
myMp3Player.clearFile();
myRtmpPlayer.clearFile();
myMp4Player.setFile(src);
return true;
} else {
log("fl_setVideo_m4v: null");
return false;
}
}
private function fl_clearMedia():void {
log("clearMedia.");
myMp3Player.clearFile();
myMp4Player.clearFile();
myRtmpPlayer.clearFile();
}
private function getType():Object {
var returnType:Object;
if(isMp3) {
returnType=myMp3Player;
}
if(isRtmp) {
returnType=myRtmpPlayer;
}
if(isMp4) {
returnType=myMp4Player;
}
return returnType;
}
private function fl_load():Boolean {
log("load.");
var returnType:Object = getType();
return returnType.load();
}
private function fl_play(time:Number = NaN):Boolean {
log("play: time = " + time);
var returnType:Object = getType();
return returnType.play(time * 1000); // Flash uses milliseconds
}
private function fl_pause(time:Number = NaN):Boolean {
log("pause: time = " + time);
var returnType:Object = getType();
return returnType.pause(time * 1000); // Flash uses milliseconds
}
private function fl_play_head(percent:Number):Boolean {
log("play_head: "+percent+"%");
var returnType:Object = getType();
return returnType.playHead(percent);
}
private function fl_volume(v:Number):void {
log("volume: "+v);
commonStatus.volume = v;
if(!commonStatus.muted) {
myMp3Player.setVolume(v);
myMp4Player.setVolume(v);
myRtmpPlayer.setVolume(v);
}
}
private function fl_mute(mute:Boolean):void {
log("mute: "+mute);
commonStatus.muted = mute;
if(mute) {
myMp3Player.setVolume(0);
myMp4Player.setVolume(0);
myRtmpPlayer.setVolume(0);
} else {
myMp3Player.setVolume(commonStatus.volume);
myMp4Player.setVolume(commonStatus.volume);
myRtmpPlayer.setVolume(commonStatus.volume);
}
}
private function jPlayerFlashEvent(e:JplayerEvent):void {
log("jPlayer Flash Event: " + e.type + ": " + e.target);
//tracer("jPlayer Flash Event: " + e.type + ": " + e.target);
if(ExternalInterface.available && !securityIssue) {
ExternalInterface.call(jQuery, "jPlayerFlashEvent", e.type, extractStatusData(e.data));
}
}
private function tracer(msg:String):void {
traceOut.tracer(msg);
}
private function extractStatusData(data:JplayerStatus):Object {
var myStatus:Object = {
version: JplayerStatus.VERSION,
src: data.src,
paused: !data.isPlaying, // Changing this name requires inverting all assignments and conditional statements.
srcSet: data.srcSet,
seekPercent: data.seekPercent,
currentPercentRelative: data.currentPercentRelative,
currentPercentAbsolute: data.currentPercentAbsolute,
currentTime: data.currentTime / 1000, // JavaScript uses seconds
duration: data.duration / 1000, // JavaScript uses seconds
videoWidth: data.videoWidth,
videoHeight: data.videoHeight,
volume: commonStatus.volume,
muted: commonStatus.muted
};
log("extractStatusData: sp="+myStatus.seekPercent+" cpr="+myStatus.currentPercentRelative+" cpa="+myStatus.currentPercentAbsolute+" ct="+myStatus.currentTime+" d="+myStatus.duration);
return myStatus;
}
private function jPlayerMetaDataHandler(e:JplayerEvent):void {
log("jPlayerMetaDataHandler:" + e.target);
if(ExternalInterface.available && !securityIssue) {
resizeHandler(new Event(Event.RESIZE));
ExternalInterface.call(jQuery, "jPlayerFlashEvent", e.type, extractStatusData(e.data));
}
}
private function resizeHandler(e:Event):void {
log("resizeHandler: stageWidth = " + stage.stageWidth + " | stageHeight = " + stage.stageHeight);
var mediaX:Number = 0;
var mediaY:Number = 0;
var mediaWidth:Number = 0;
var mediaHeight:Number = 0;
var aspectRatioStage:Number = 0;
var aspectRatioVideo:Number = 0;
var videoItem:*;
if(isRtmp) {
videoItem = myRtmpPlayer;
}
if(isMp4) {
videoItem = myMp4Player;
}
if(videoItem) {
if(stage.stageWidth > 0 && stage.stageHeight > 0 && videoItem.myVideo.width > 0 && videoItem.myVideo.height > 0) {
aspectRatioStage = stage.stageWidth / stage.stageHeight;
aspectRatioVideo = videoItem.myVideo.width / videoItem.myVideo.height;
if(aspectRatioStage < aspectRatioVideo) {
mediaWidth = stage.stageWidth;
mediaHeight = stage.stageWidth / aspectRatioVideo;
mediaX = 0;
mediaY = (stage.stageHeight - mediaHeight) / 2;
} else {
mediaWidth = stage.stageHeight * aspectRatioVideo;
mediaHeight = stage.stageHeight;
mediaX = (stage.stageWidth - mediaWidth) / 2;
mediaY = 0;
}
resizeEntity(videoItem, mediaX, mediaY, mediaWidth, mediaHeight);
}
}
if((debug || securityIssue) && stage.stageWidth > 20 && stage.stageHeight > 20) {
txLog.width = stage.stageWidth - 10;
txLog.height = stage.stageHeight - 10;
}
}
private function resizeEntity(entity:Sprite, mediaX:Number, mediaY:Number, mediaWidth:Number, mediaHeight:Number):void {
entity.x = mediaX;
entity.y = mediaY;
entity.width = mediaWidth;
entity.height = mediaHeight;
}
private function clickHandler(e:MouseEvent):void {
// This needs to work with RTMP format too!
if(isMp3) {
jPlayerFlashEvent(new JplayerEvent(JplayerEvent.JPLAYER_CLICK, myMp3Player.myStatus, "click"))
} else {
jPlayerFlashEvent(new JplayerEvent(JplayerEvent.JPLAYER_CLICK, myMp4Player.myStatus, "click"))
}
}
// This event is never called. See comments in class constructor.
private function menuSelectHandler_jPlayer(e:ContextMenuEvent):void {
navigateToURL(new URLRequest("http://jplayer.org/"), "_blank");
}
// This event is never called. See comments in class constructor.
private function menuSelectHandler_happyworm(e:ContextMenuEvent):void {
navigateToURL(new URLRequest("http://happyworm.com/"), "_blank");
}
private function log(t:String):void {
if(debug) {
txLog.text = t + "\n" + txLog.text;
localAIRDebug = traceOut.localAIRDebug();
if(localAIRDebug) {
tracer(t);
}
if(ExternalInterface.available && !securityIssue) {
ExternalInterface.call("console.log", t);
}
}
}
private function debugMsgHandler(e:JplayerEvent):void {
log(e.msg);
}
private function keyboardHandler(e:KeyboardEvent):void {
log("keyboardHandler: e.keyCode = " + e.keyCode);
switch(e.keyCode) {
case 68 : // d
txLog.visible = !txLog.visible;
log("Toggled log display: " + txLog.visible);
break;
case 76 : // l
if(e.ctrlKey && e.shiftKey) {
txLog.text = "Cleared log.";
}
break;
}
}
}
}
jquery-jplayer-2.3.4+dfsg.orig/actionscript/happyworm/ 0000775 0001750 0001750 00000000000 12151162635 023361 5 ustar pgquiles pgquiles jquery-jplayer-2.3.4+dfsg.orig/actionscript/happyworm/jPlayer/ 0000775 0001750 0001750 00000000000 12151162635 024767 5 ustar pgquiles pgquiles jquery-jplayer-2.3.4+dfsg.orig/actionscript/happyworm/jPlayer/ConnectManager.as 0000664 0001750 0001750 00000022632 12151162635 030205 0 ustar pgquiles pgquiles /*
* jPlayer Plugin for jQuery JavaScript Library
* http://www.jplayer.org
*
* Copyright (c) 2009 - 2013 Happyworm Ltd
* Dual licensed under the MIT and GPL licenses.
* - http://www.opensource.org/licenses/mit-license.php
* - http://www.gnu.org/copyleft/gpl.html
*
* Author: Robert M. Hall
* Date: 7th August 2012
* Custom NetConnection Manager for more robust RTMP support
* Based in part on work by Will Law for the old Akamai NCManager.as
* and some of Will's new work in the OVP base classes (Open Video Player)
* as well as similar approaches by many other NetConnection managers
*
*/
/*
TODO LIST 08/18/2011:
1. Wired up errors to dispatch events to Jplayer events to allow them to bubble up to JS
2. Rework event dispatch to handoff netconnection instead of a passed in reference
3. Allow a customizeable list of protocols and ports to be used instead of entire list
4. Allow a specific port/protocol (1 connect type) to be used first, and then optionally fallback on a custom list or the default list
5. Remove some traces and check a few other items below where I've made notes
*/
package happyworm.jPlayer {
import flash.events.*;
import flash.net.*;
import flash.utils.Timer;
import flash.utils.getTimer;
import flash.utils.clearInterval;
import flash.utils.setInterval;
public class ConnectManager extends Object {
private var protocols_arr:Array = new Array("rtmp","rtmpt","rtmpe","rtmpte","rtmps");
private var ports_arr:Array = new Array("",":1935",":80",":443");
private const protCount:Number = 5;
private const portCount:Number = 4;
private var _ncRef:Object;
private var _aNC:Array;
private var k_TIMEOUT:Number = 30000;
private var k_startConns:Number;
private var m_connList:Array = [];
private var m_serverName:String;
private var m_appName:String;
private var m_streamName:String;
private var m_connListCounter:Number;
private var m_flashComConnectTimeOut:Number;
private var m_validNetConnection:NetConnection;
private var connectSuccess:Boolean=false;
private var negotiating:Boolean=false;
private var idleTimeOut:Boolean=false;
public function ConnectManager() {
trace ("ConnectManager Initialized Version: 1.00 DT");
createPortsProtocolsArray();
}
private function createPortsProtocolsArray():void {
var outerLoop:Number=0;
var innerLoop:Number=0;
for (outerLoop=0; outerLoop
>");
tracer("DEBUG INFO: \n<"+Capabilities.serverString + ">\nFlash Player Version: " + Capabilities.version + "\n");
_localAIRDebug = true;
}
}
public function localAIRDebug():Boolean
{
return _localAIRDebug;
}
public function tracer(msg:String):void
{
trace(msg);
var outMsg:String = "[" + getTimer() + "ms] " + msg;
outgoing_lc.send("_log_output","displayMsg",outMsg);
}
}
}
jquery-jplayer-2.3.4+dfsg.orig/actionscript/happyworm/jPlayer/JplayerMp4.as 0000664 0001750 0001750 00000035776 12151162635 027325 0 ustar pgquiles pgquiles /*
* jPlayer Plugin for jQuery JavaScript Library
* http://www.jplayer.org
*
* Copyright (c) 2009 - 2013 Happyworm Ltd
* Dual licensed under the MIT and GPL licenses.
* - http://www.opensource.org/licenses/mit-license.php
* - http://www.gnu.org/copyleft/gpl.html
*
* Author: Mark J Panaghiston
* Date: 29th January 2013
*/
package happyworm.jPlayer {
import flash.display.Sprite;
import flash.media.Video;
import flash.media.SoundTransform;
import flash.net.NetConnection;
import flash.net.NetStream;
import flash.utils.Timer;
import flash.events.NetStatusEvent;
import flash.events.SecurityErrorEvent;
import flash.events.TimerEvent;
public class JplayerMp4 extends Sprite {
public var myVideo:Video = new Video();
private var myConnection:NetConnection;
private var myStream:NetStream;
private var myTransform:SoundTransform = new SoundTransform();
public var myStatus:JplayerStatus = new JplayerStatus();
private var timeUpdateTimer:Timer = new Timer(250, 0); // Matched to HTML event freq
private var progressTimer:Timer = new Timer(250, 0); // Matched to HTML event freq
private var seekingTimer:Timer = new Timer(100, 0); // Internal: How often seeking is checked to see if it is over.
public function JplayerMp4(volume:Number) {
myConnection = new NetConnection();
myConnection.addEventListener(NetStatusEvent.NET_STATUS, netStatusHandler);
myConnection.addEventListener(SecurityErrorEvent.SECURITY_ERROR, securityErrorHandler);
myVideo.smoothing = true;
this.addChild(myVideo);
timeUpdateTimer.addEventListener(TimerEvent.TIMER, timeUpdateHandler);
progressTimer.addEventListener(TimerEvent.TIMER, progressHandler);
seekingTimer.addEventListener(TimerEvent.TIMER, seekingHandler);
myStatus.volume = volume;
}
private function progressUpdates(active:Boolean):void {
if(active) {
progressTimer.start();
} else {
progressTimer.stop();
}
}
private function progressHandler(e:TimerEvent):void {
if(myStatus.isLoading) {
if(getLoadRatio() == 1) { // Close as can get to a loadComplete event since client.onPlayStatus only works with FMS
this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG, myStatus, "progressHandler: loadComplete"));
myStatus.loaded();
progressUpdates(false);
}
}
progressEvent();
}
private function progressEvent():void {
this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG, myStatus, "progressEvent:"));
updateStatusValues();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_PROGRESS, myStatus));
}
private function timeUpdates(active:Boolean):void {
if(active) {
timeUpdateTimer.start();
} else {
timeUpdateTimer.stop();
}
}
private function timeUpdateHandler(e:TimerEvent):void {
timeUpdateEvent();
}
private function timeUpdateEvent():void {
updateStatusValues();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_TIMEUPDATE, myStatus));
}
private function seeking(active:Boolean):void {
if(active) {
if(!myStatus.isSeeking) {
seekingEvent();
}
seekingTimer.start();
} else {
if(myStatus.isSeeking) {
seekedEvent();
}
seekingTimer.stop();
}
}
private function seekingHandler(e:TimerEvent):void {
if(getSeekTimeRatio() <= getLoadRatio()) {
seeking(false);
if(myStatus.playOnSeek) {
myStatus.playOnSeek = false; // Capture the flag.
play(myStatus.pausePosition); // Must pass time or the seek time is never set.
} else {
pause(myStatus.pausePosition); // Must pass time or the stream.time is read.
}
} else if(myStatus.metaDataReady && myStatus.pausePosition > myStatus.duration) {
// Illegal seek time
seeking(false);
pause(0);
}
}
private function seekingEvent():void {
myStatus.isSeeking = true;
updateStatusValues();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_SEEKING, myStatus));
}
private function seekedEvent():void {
myStatus.isSeeking = false;
updateStatusValues();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_SEEKED, myStatus));
}
private function netStatusHandler(e:NetStatusEvent):void {
this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG, myStatus, "netStatusHandler: '" + e.info.code + "'"));
switch(e.info.code) {
case "NetConnection.Connect.Success":
connectStream();
break;
case "NetStream.Play.Start":
// This event code occurs once, when the media is opened. Equiv to loadOpen() in mp3 player.
myStatus.loading();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_LOADSTART, myStatus));
progressUpdates(true);
// See onMetaDataHandler() for other condition, since duration is vital.
break;
case "NetStream.Play.Stop":
this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG, myStatus, "NetStream.Play.Stop: getDuration() - getCurrentTime() = " + (getDuration() - getCurrentTime())));
// Check if media is at the end (or close) otherwise this was due to download bandwidth stopping playback. ie., Download is not fast enough.
if(Math.abs(getDuration() - getCurrentTime()) < 150) { // Testing found 150ms worked best for M4A files, where playHead(99.9) caused a stuck state due to firing with ~116ms left to play.
endedEvent();
}
break;
case "NetStream.Seek.InvalidTime":
// Used for capturing invalid set times and clicks on the end of the progress bar.
endedEvent();
break;
case "NetStream.Play.StreamNotFound":
myStatus.error(); // Resets status except the src, and it sets srcError property.
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_ERROR, myStatus));
break;
}
// "NetStream.Seek.Notify" event code is not very useful. It occurs after every seek(t) command issued and does not appear to wait for the media to be ready.
}
private function endedEvent():void {
var wasPlaying:Boolean = myStatus.isPlaying;
pause(0);
timeUpdates(false);
timeUpdateEvent();
if(wasPlaying) {
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_ENDED, myStatus));
}
}
private function securityErrorHandler(event:SecurityErrorEvent):void {
this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG, myStatus, "securityErrorHandler."));
}
private function connectStream():void {
this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG, myStatus, "connectStream."));
var customClient:Object = new Object();
customClient.onMetaData = onMetaDataHandler;
// customClient.onPlayStatus = onPlayStatusHandler; // According to the forums and my tests, onPlayStatus only works with FMS (Flash Media Server).
myStream = null;
myStream = new NetStream(myConnection);
myStream.addEventListener(NetStatusEvent.NET_STATUS, netStatusHandler);
myStream.client = customClient;
myVideo.attachNetStream(myStream);
setVolume(myStatus.volume);
myStream.play(myStatus.src);
}
public function setFile(src:String):void {
if(myStream != null) {
myStream.close();
}
myVideo.clear();
progressUpdates(false);
timeUpdates(false);
myStatus.reset();
myStatus.src = src;
myStatus.srcSet = true;
timeUpdateEvent();
}
public function clearFile():void {
setFile("");
myStatus.srcSet = false;
}
public function load():Boolean {
if(myStatus.loadRequired()) {
myStatus.startingDownload();
myConnection.connect(null);
return true;
} else {
return false;
}
}
public function play(time:Number = NaN):Boolean {
var wasPlaying:Boolean = myStatus.isPlaying;
if(!isNaN(time) && myStatus.srcSet) {
if(myStatus.isPlaying) {
myStream.pause();
myStatus.isPlaying = false;
}
myStatus.pausePosition = time;
}
if(myStatus.isStartingDownload) {
myStatus.playOnLoad = true; // Raise flag, captured in onMetaDataHandler()
return true;
} else if(myStatus.loadRequired()) {
myStatus.playOnLoad = true; // Raise flag, captured in onMetaDataHandler()
return load();
} else if((myStatus.isLoading || myStatus.isLoaded) && !myStatus.isPlaying) {
if(myStatus.metaDataReady && myStatus.pausePosition > myStatus.duration) { // The time is invalid, ie., past the end.
myStream.pause(); // Since it is playing by default at this point.
myStatus.pausePosition = 0;
myStream.seek(0);
timeUpdates(false);
timeUpdateEvent();
if(wasPlaying) { // For when playing and then get a play(huge)
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_PAUSE, myStatus));
}
} else if(getSeekTimeRatio() > getLoadRatio()) { // Use an estimate based on the downloaded amount
myStatus.playOnSeek = true;
seeking(true);
myStream.pause(); // Since it is playing by default at this point.
} else {
if(!isNaN(time)) { // Avoid using seek() when it is already correct.
myStream.seek(myStatus.pausePosition/1000); // Since time is in ms and seek() takes seconds
}
myStatus.isPlaying = true; // Set immediately before playing. Could affects events.
myStream.resume();
timeUpdates(true);
if(!wasPlaying) {
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_PLAY, myStatus));
}
}
return true;
} else {
return false;
}
}
public function pause(time:Number = NaN):Boolean {
myStatus.playOnLoad = false; // Reset flag in case load/play issued immediately before this command, ie., before onMetadata() event.
myStatus.playOnSeek = false; // Reset flag in case play(time) issued before the command and is still seeking to time set.
var wasPlaying:Boolean = myStatus.isPlaying;
// To avoid possible loops with timeupdate and pause(time). A pause() does not have the problem.
var alreadyPausedAtTime:Boolean = false;
if(!isNaN(time) && myStatus.pausePosition == time) {
alreadyPausedAtTime = true;
}
// Need to wait for metadata to load before ever issuing a pause. The metadata handler will call this function if needed, when ready.
if(myStream != null && myStatus.metaDataReady) { // myStream is a null until the 1st media is loaded. ie., The 1st ever setMedia being followed by a pause() or pause(t).
myStream.pause();
}
if(myStatus.isPlaying) {
myStatus.isPlaying = false;
myStatus.pausePosition = myStream.time * 1000;
}
if(!isNaN(time) && myStatus.srcSet) {
myStatus.pausePosition = time;
}
if(wasPlaying) {
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_PAUSE, myStatus));
}
if(myStatus.isStartingDownload) {
return true;
} else if(myStatus.loadRequired()) {
if(time > 0) { // We do not want the stop() command, which does pause(0), causing a load operation.
return load();
} else {
return true; // Technically the pause(0) succeeded. ie., It did nothing, since nothing was required.
}
} else if(myStatus.isLoading || myStatus.isLoaded) {
if(myStatus.metaDataReady && myStatus.pausePosition > myStatus.duration) { // The time is invalid, ie., past the end.
myStatus.pausePosition = 0;
myStream.seek(0);
seekedEvent(); // Deals with seeking effect when using setMedia() then pause(huge). NB: There is no preceeding seeking event.
} else if(!isNaN(time)) {
if(getSeekTimeRatio() > getLoadRatio()) { // Use an estimate based on the downloaded amount
seeking(true);
} else {
if(myStatus.metaDataReady) { // Otherwise seek(0) will stop the metadata loading.
myStream.seek(myStatus.pausePosition/1000);
}
}
}
timeUpdates(false);
// Need to be careful with timeupdate event, otherwise a pause in a timeupdate event can cause a loop.
// Neither pause() nor pause(time) will cause a timeupdate loop.
if(wasPlaying || !isNaN(time) && !alreadyPausedAtTime) {
timeUpdateEvent();
}
return true;
} else {
return false;
}
}
public function playHead(percent:Number):Boolean {
var time:Number = percent * getDuration() * getLoadRatio() / 100;
if(myStatus.isPlaying || myStatus.playOnLoad || myStatus.playOnSeek) {
return play(time);
} else {
return pause(time);
}
}
public function setVolume(v:Number):void {
myStatus.volume = v;
myTransform.volume = v;
if(myStream != null) {
myStream.soundTransform = myTransform;
}
}
private function updateStatusValues():void {
myStatus.seekPercent = 100 * getLoadRatio();
myStatus.currentTime = getCurrentTime();
myStatus.currentPercentRelative = 100 * getCurrentRatioRel();
myStatus.currentPercentAbsolute = 100 * getCurrentRatioAbs();
myStatus.duration = getDuration();
}
public function getLoadRatio():Number {
if((myStatus.isLoading || myStatus.isLoaded) && myStream.bytesTotal > 0) {
return myStream.bytesLoaded / myStream.bytesTotal;
} else {
return 0;
}
}
public function getDuration():Number {
return myStatus.duration; // Set from meta data.
}
public function getCurrentTime():Number {
if(myStatus.isPlaying) {
return myStream.time * 1000;
} else {
return myStatus.pausePosition;
}
}
public function getCurrentRatioRel():Number {
if((getLoadRatio() > 0) && (getCurrentRatioAbs() <= getLoadRatio())) {
return getCurrentRatioAbs() / getLoadRatio();
} else {
return 0;
}
}
public function getCurrentRatioAbs():Number {
if(getDuration() > 0) {
return getCurrentTime() / getDuration();
} else {
return 0;
}
}
public function getSeekTimeRatio():Number {
if(getDuration() > 0) {
return myStatus.pausePosition / getDuration();
} else {
return 1;
}
}
public function onMetaDataHandler(info:Object):void { // Used in connectStream() in myStream.client object.
// This event occurs when jumping to the start of static files! ie., seek(0) will cause this event to occur.
if(!myStatus.metaDataReady) {
this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG, myStatus, "onMetaDataHandler: " + info.duration + " | " + info.width + "x" + info.height));
myStatus.metaDataReady = true; // Set flag so that this event only effects jPlayer the 1st time.
myStatus.metaData = info;
myStatus.duration = info.duration * 1000; // Only available via Meta Data.
if(info.width != undefined) {
myVideo.width = myStatus.videoWidth = info.width;
}
if(info.height != undefined) {
myVideo.height = myStatus.videoHeight = info.height;
}
if(myStatus.playOnLoad) {
myStatus.playOnLoad = false; // Capture the flag
if(myStatus.pausePosition > 0 ) { // Important for setMedia followed by play(time).
play(myStatus.pausePosition);
} else {
play(); // Not always sending pausePosition avoids the extra seek(0) for a normal play() command.
}
} else {
pause(myStatus.pausePosition); // Always send the pausePosition. Important for setMedia() followed by pause(time). Deals with not reading stream.time with setMedia() and play() immediately followed by stop() or pause(0)
}
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_LOADEDMETADATA, myStatus));
} else {
this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG, myStatus, "onMetaDataHandler: Already read (NO EFFECT)"));
}
}
}
}
jquery-jplayer-2.3.4+dfsg.orig/actionscript/happyworm/jPlayer/JplayerMp3.as 0000664 0001750 0001750 00000031123 12151162635 027302 0 ustar pgquiles pgquiles /*
* jPlayer Plugin for jQuery JavaScript Library
* http://www.jplayer.org
*
* Copyright (c) 2009 - 2013 Happyworm Ltd
* Dual licensed under the MIT and GPL licenses.
* - http://www.opensource.org/licenses/mit-license.php
* - http://www.gnu.org/copyleft/gpl.html
*
* Author: Mark J Panaghiston
* Date: 28th May 2013
*/
package happyworm.jPlayer {
import flash.display.Sprite;
import flash.media.Sound;
import flash.media.SoundChannel;
import flash.media.SoundLoaderContext;
import flash.media.SoundTransform;
import flash.net.URLRequest;
import flash.utils.Timer;
import flash.errors.IOError;
import flash.events.*;
public class JplayerMp3 extends Sprite {
private var mySound:Sound = new Sound();
private var myChannel:SoundChannel = new SoundChannel();
private var myContext:SoundLoaderContext = new SoundLoaderContext(3000, false);
private var myTransform:SoundTransform = new SoundTransform();
private var myRequest:URLRequest = new URLRequest();
private var timeUpdateTimer:Timer = new Timer(250, 0); // Matched to HTML event freq
private var progressTimer:Timer = new Timer(250, 0); // Matched to HTML event freq
private var seekingTimer:Timer = new Timer(100, 0); // Internal: How often seeking is checked to see if it is over.
private var playingTimer:Timer = new Timer(100, 0); // Internal: How often waiting/playing is checked.
private var waitingTimer:Timer = new Timer(3000, 0); // Internal: Check from loadstart to loadOpen. Generates a waiting event.
public var myStatus:JplayerStatus = new JplayerStatus();
public function JplayerMp3(volume:Number) {
timeUpdateTimer.addEventListener(TimerEvent.TIMER, timeUpdateHandler);
progressTimer.addEventListener(TimerEvent.TIMER, progressHandler);
seekingTimer.addEventListener(TimerEvent.TIMER, seekingHandler);
playingTimer.addEventListener(TimerEvent.TIMER, playingHandler);
waitingTimer.addEventListener(TimerEvent.TIMER, waitingHandler);
setVolume(volume);
}
public function setFile(src:String):void {
this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG, myStatus, "setFile: " + src));
if(myStatus.isPlaying) {
myChannel.stop();
}
progressUpdates(false);
timeUpdates(false);
waitingTimer.stop();
try {
mySound.close();
} catch (err:IOError) {
// Occurs if the file is either yet to be opened or has finished downloading.
}
mySound = null;
mySound = new Sound();
mySound.addEventListener(IOErrorEvent.IO_ERROR, errorHandler);
mySound.addEventListener(Event.OPEN, loadOpen);
mySound.addEventListener(Event.COMPLETE, loadComplete);
myRequest = new URLRequest(src);
myStatus.reset();
myStatus.src = src;
myStatus.srcSet = true;
timeUpdateEvent();
}
public function clearFile():void {
setFile("");
myStatus.srcSet = false;
}
private function errorHandler(err:IOErrorEvent):void {
// MP3 player needs to stop progress and timeupdate events as they are started before the error occurs.
// NB: The MP4 player works differently and the error occurs before they are started.
progressUpdates(false);
timeUpdates(false);
myStatus.error(); // Resets status except the src, and it sets srcError property.
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_ERROR, myStatus));
}
private function loadOpen(e:Event):void {
this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG, myStatus, "loadOpen:"));
waitingTimer.stop();
myStatus.loading();
if(myStatus.playOnLoad) {
myStatus.playOnLoad = false; // Capture the flag
// this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_LOADSTART, myStatus)); // So loadstart event happens before play event occurs.
play();
} else {
// this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_LOADSTART, myStatus));
pause();
}
progressUpdates(true);
}
private function loadComplete(e:Event):void {
this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG, myStatus, "loadComplete:"));
myStatus.loaded();
progressUpdates(false);
progressEvent();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_CANPLAYTHROUGH, myStatus));
}
private function soundCompleteHandler(e:Event):void {
myStatus.pausePosition = 0;
myStatus.isPlaying = false;
timeUpdates(false);
timeUpdateEvent();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_ENDED, myStatus));
}
private function progressUpdates(active:Boolean):void {
// Using a timer rather than Flash's load progress event, because that event gave data at about 200Hz. The 10Hz timer is closer to HTML5 norm.
if(active) {
progressTimer.start();
} else {
progressTimer.stop();
}
}
private function progressHandler(e:TimerEvent):void {
progressEvent();
}
private function progressEvent():void {
this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG, myStatus, "progressEvent:"));
updateStatusValues();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_PROGRESS, myStatus));
}
private function timeUpdates(active:Boolean):void {
if(active) {
timeUpdateTimer.start();
playingTimer.start();
} else {
timeUpdateTimer.stop();
playingTimer.stop();
}
}
private function timeUpdateHandler(e:TimerEvent):void {
timeUpdateEvent();
}
private function timeUpdateEvent():void {
updateStatusValues();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_TIMEUPDATE, myStatus));
}
private function seeking(active:Boolean):void {
if(active) {
seekingEvent();
waitingEvent();
seekingTimer.start();
} else {
seekingTimer.stop();
}
}
private function seekingHandler(e:TimerEvent):void {
if(myStatus.pausePosition <= getDuration()) {
seekedEvent();
seeking(false);
if(myStatus.playOnSeek) {
myStatus.playOnSeek = false; // Capture the flag.
play();
}
} else if(myStatus.isLoaded && (myStatus.pausePosition > getDuration())) {
// Illegal seek time
seeking(false);
seekedEvent();
pause(0);
}
}
private function seekingEvent():void {
myStatus.isSeeking = true;
updateStatusValues();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_SEEKING, myStatus));
}
private function seekedEvent():void {
myStatus.isSeeking = false;
updateStatusValues();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_SEEKED, myStatus));
}
private function playingHandler(e:TimerEvent):void {
checkPlaying(false); // Without forcing playing event.
}
private function checkPlaying(force:Boolean):void {
if(mySound.isBuffering) {
if(!myStatus.isWaiting) {
waitingEvent();
}
} else {
if(myStatus.isWaiting || force) {
playingEvent();
}
}
}
private function waitingEvent():void {
myStatus.isWaiting = true;
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_WAITING, myStatus));
}
private function playingEvent():void {
myStatus.isWaiting = false;
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_CANPLAY, myStatus));
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_PLAYING, myStatus));
}
private function waitingHandler(e:TimerEvent):void {
waitingTimer.stop();
if(myStatus.playOnLoad) {
waitingEvent();
}
}
public function load():Boolean {
if(myStatus.loadRequired()) {
myStatus.startingDownload();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_LOADSTART, myStatus));
waitingTimer.start();
mySound.load(myRequest, myContext);
return true;
} else {
return false;
}
}
public function play(time:Number = NaN):Boolean {
var wasPlaying:Boolean = myStatus.isPlaying;
if(!isNaN(time) && myStatus.srcSet) {
if(myStatus.isPlaying) {
myChannel.stop();
myStatus.isPlaying = false;
}
myStatus.pausePosition = time;
}
if(myStatus.isStartingDownload) {
myStatus.playOnLoad = true; // Raise flag, captured in loadOpen()
return true;
} else if(myStatus.loadRequired()) {
myStatus.playOnLoad = true; // Raise flag, captured in loadOpen()
return load();
} else if((myStatus.isLoading || myStatus.isLoaded) && !myStatus.isPlaying) {
if(myStatus.isLoaded && myStatus.pausePosition > getDuration()) { // The time is invalid, ie., past the end.
myStatus.pausePosition = 0;
timeUpdates(false);
timeUpdateEvent();
if(wasPlaying) { // For when playing and then get a play(huge)
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_PAUSE, myStatus));
}
} else if(myStatus.pausePosition > getDuration()) {
myStatus.playOnSeek = true;
seeking(true);
} else {
myStatus.isPlaying = true; // Set immediately before playing. Could affects events.
myChannel = mySound.play(myStatus.pausePosition);
myChannel.soundTransform = myTransform;
myChannel.addEventListener(Event.SOUND_COMPLETE, soundCompleteHandler);
timeUpdates(true);
if(!wasPlaying) {
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_PLAY, myStatus));
}
checkPlaying(true); // Force the playing event unless waiting, which will be dealt with in the playingTimer.
}
return true;
} else {
return false;
}
}
public function pause(time:Number = NaN):Boolean {
myStatus.playOnLoad = false; // Reset flag in case load/play issued immediately before this command, ie., before loadOpen() event.
myStatus.playOnSeek = false; // Reset flag in case play(time) issued before the command and is still seeking to time set.
var wasPlaying:Boolean = myStatus.isPlaying;
// To avoid possible loops with timeupdate and pause(time). A pause() does not have the problem.
var alreadyPausedAtTime:Boolean = false;
if(!isNaN(time) && myStatus.pausePosition == time) {
alreadyPausedAtTime = true;
}
if(myStatus.isPlaying) {
myStatus.isPlaying = false;
myChannel.stop();
if(myChannel.position > 0) { // Required otherwise a fast play then pause causes myChannel.position to equal zero and not the correct value. ie., When it happens leave pausePosition alone.
myStatus.pausePosition = myChannel.position;
}
}
if(!isNaN(time) && myStatus.srcSet) {
myStatus.pausePosition = time;
}
if(wasPlaying) {
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_PAUSE, myStatus));
}
if(myStatus.isStartingDownload) {
return true;
} else if(myStatus.loadRequired()) {
if(time > 0) { // We do not want the stop() command, which does pause(0), causing a load operation.
return load();
} else {
return true; // Technically the pause(0) succeeded. ie., It did nothing, since nothing was required.
}
} else if(myStatus.isLoading || myStatus.isLoaded) {
if(myStatus.isLoaded && myStatus.pausePosition > getDuration()) { // The time is invalid, ie., past the end.
myStatus.pausePosition = 0;
} else if(myStatus.pausePosition > getDuration()) {
seeking(true);
}
timeUpdates(false);
// Need to be careful with timeupdate event, otherwise a pause in a timeupdate event can cause a loop.
// Neither pause() nor pause(time) will cause a timeupdate loop.
if(wasPlaying || !isNaN(time) && !alreadyPausedAtTime) {
timeUpdateEvent();
}
return true;
} else {
return false;
}
}
public function playHead(percent:Number):Boolean {
var time:Number = percent * getDuration() / 100;
if(myStatus.isPlaying || myStatus.playOnLoad || myStatus.playOnSeek) {
return play(time);
} else {
return pause(time);
}
}
public function setVolume(v:Number):void {
myStatus.volume = v;
myTransform.volume = v;
myChannel.soundTransform = myTransform;
}
private function updateStatusValues():void {
myStatus.seekPercent = 100 * getLoadRatio();
myStatus.currentTime = getCurrentTime();
myStatus.currentPercentRelative = 100 * getCurrentRatioRel();
myStatus.currentPercentAbsolute = 100 * getCurrentRatioAbs();
myStatus.duration = getDuration();
}
public function getLoadRatio():Number {
if((myStatus.isLoading || myStatus.isLoaded) && mySound.bytesTotal > 0) {
return mySound.bytesLoaded / mySound.bytesTotal;
} else {
return 0;
}
}
public function getDuration():Number {
if(mySound.length > 0) {
return mySound.length;
} else {
return 0;
}
}
public function getCurrentTime():Number {
if(myStatus.isPlaying) {
return myChannel.position;
} else {
return myStatus.pausePosition;
}
}
public function getCurrentRatioRel():Number {
if((getDuration() > 0) && (getCurrentTime() <= getDuration())) {
return getCurrentTime() / getDuration();
} else {
return 0;
}
}
public function getCurrentRatioAbs():Number {
return getCurrentRatioRel() * getLoadRatio();
}
}
}
jquery-jplayer-2.3.4+dfsg.orig/actionscript/happyworm/jPlayer/JplayerStatus.as 0000664 0001750 0001750 00000004650 12151162635 030133 0 ustar pgquiles pgquiles /*
* jPlayer Plugin for jQuery JavaScript Library
* http://www.jplayer.org
*
* Copyright (c) 2009 - 2013 Happyworm Ltd
* Dual licensed under the MIT and GPL licenses.
* - http://www.opensource.org/licenses/mit-license.php
* - http://www.gnu.org/copyleft/gpl.html
*
* Author: Mark J Panaghiston
* Date: 28th May 2013
*/
package happyworm.jPlayer {
public class JplayerStatus {
public static const VERSION:String = "2.3.4"; // The version of the Flash jPlayer entity.
public var volume:Number = 0.5; // Not affected by reset()
public var muted:Boolean = false; // Not affected by reset()
public var src:String;
public var srcError:Boolean;
public var srcSet:Boolean;
public var isPlaying:Boolean;
public var isSeeking:Boolean;
public var isWaiting:Boolean;
public var playOnLoad:Boolean;
public var playOnSeek:Boolean;
public var isStartingDownload:Boolean;
public var isLoading:Boolean;
public var isLoaded:Boolean;
public var pausePosition:Number;
public var seekPercent:Number;
public var currentTime:Number;
public var currentPercentRelative:Number;
public var currentPercentAbsolute:Number;
public var duration:Number;
public var videoWidth:Number;
public var videoHeight:Number;
public var metaDataReady:Boolean;
public var metaData:Object;
public function JplayerStatus() {
reset();
}
public function reset():void {
src = "";
srcError = false;
srcSet = false;
isPlaying = false;
isSeeking = false;
isWaiting = false;
playOnLoad = false;
playOnSeek = false;
isStartingDownload = false;
isLoading = false;
isLoaded = false;
pausePosition = 0;
seekPercent = 0;
currentTime = 0;
currentPercentRelative = 0;
currentPercentAbsolute = 0;
duration = 0;
videoWidth = 0;
videoHeight = 0;
metaDataReady = false;
metaData = {};
}
public function error():void {
var srcSaved:String = src;
reset();
src = srcSaved;
srcError = true;
}
public function loadRequired():Boolean {
return (srcSet && !isStartingDownload && !isLoading && !isLoaded);
}
public function startingDownload():void {
isStartingDownload = true;
isLoading = false;
isLoaded = false;
}
public function loading():void {
isStartingDownload = false;
isLoading = true;
isLoaded = false;
}
public function loaded():void {
isStartingDownload = false;
isLoading = false;
isLoaded = true;
}
}
}
jquery-jplayer-2.3.4+dfsg.orig/actionscript/happyworm/jPlayer/JplayerRtmp.as 0000664 0001750 0001750 00000074006 12151162635 027574 0 ustar pgquiles pgquiles /*
* jPlayer Plugin for jQuery JavaScript Library
* http://www.jplayer.org
*
* Copyright (c) 2009 - 2013 Happyworm Ltd
* Dual licensed under the MIT and GPL licenses.
* - http://www.opensource.org/licenses/mit-license.php
* - http://www.gnu.org/copyleft/gpl.html
*
* Author: Robert M. Hall
* Date: 29th January 2013
* Based on JplayerMp4.as with modifications for rtmp
*/
package happyworm.jPlayer
{
import flash.display.Sprite;
import flash.media.Video;
import flash.media.SoundTransform;
import flash.net.NetConnection;
import flash.net.NetStream;
import flash.net.Responder;
import flash.utils.Timer;
import flash.utils.getTimer;
import flash.events.NetStatusEvent;
import flash.events.SecurityErrorEvent;
import flash.events.TimerEvent;
import flash.events.ErrorEvent;
import flash.events.UncaughtErrorEvent;
import flash.utils.clearInterval;
import flash.utils.setInterval;
import happyworm.jPlayer.ConnectManager;
public class JplayerRtmp extends Sprite
{
public var myVideo:Video = new Video;
private var myConnection:NetConnection;
private var myStream:NetStream;
public var responder:Responder;
private var streamName:String;
private var connectString:Object;
private var firstTime:Boolean = true;
private var myTransform:SoundTransform = new SoundTransform ;
public var myStatus:JplayerStatus = new JplayerStatus ;
private var ConnMgr:ConnectManager=new ConnectManager();
private var timeUpdateTimer:Timer = new Timer(250,0);// Matched to HTML event freq
private var progressTimer:Timer = new Timer(250,0);// Matched to HTML event freq
private var seekingTimer:Timer = new Timer(100,0);// Internal: How often seeking is checked to see if it is over.
private var startBuffer:Number = 3;
private var maxBuffer:Number = 12;
public function JplayerRtmp(volume:Number)
{
myConnection = new NetConnection ;
myConnection.client = this;
// Moved the netconnection negotiation into the ConnectManager.as class - not needed for initial connection
// may need to add eventHandler back in for errors only or just dispatch from the ConnectManager..revisit...
// myConnection.addEventListener(NetStatusEvent.NET_STATUS,netStatusHandler);
// myConnection.addEventListener(SecurityErrorEvent.SECURITY_ERROR,securityErrorHandler);
myVideo.smoothing = true;
this.addChild(myVideo);
timeUpdateTimer.addEventListener(TimerEvent.TIMER,timeUpdateHandler);
progressTimer.addEventListener(TimerEvent.TIMER,progressHandler);
seekingTimer.addEventListener(TimerEvent.TIMER,seekingHandler);
myStatus.volume = volume;
addEventListener(UncaughtErrorEvent.UNCAUGHT_ERROR, uncaughtErrorHandler);
}
private function uncaughtErrorHandler(event:UncaughtErrorEvent):void
{
trace("UNCAUGHT ERROR - try loading again");
if (event.error is Error)
{
var error:Error = event.error as Error;
trace(error);
// do something with the error
}
else if (event.error is ErrorEvent)
{
var errorEvent:ErrorEvent = event.error as ErrorEvent;
// do something with the error
trace(errorEvent);
}
else
{
// a non-Error, non-ErrorEvent type was thrown and uncaught
}
load();
}
private function progressUpdates(active:Boolean):void
{
if (active)
{
progressTimer.start();
}
else
{
progressTimer.stop();
}
}
private function progressHandler(e:TimerEvent):void
{
if (myStatus.isLoading)
{
if ((getLoadRatio() == 1))
{// Close as can get to a loadComplete event since client.onPlayStatus only works with FMS
this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG,myStatus,"progressHandler: loadComplete"));
myStatus.loaded();
progressUpdates(false);
}
}
progressEvent();
}
private function progressEvent():void
{
// temporarily disabled progress event dispatching - not really needed for rtmp
//this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG,myStatus,"progressEvent:"));
updateStatusValues();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_PROGRESS,myStatus));
}
private function timeUpdates(active:Boolean):void
{
if (active)
{
timeUpdateTimer.start();
}
else
{
timeUpdateTimer.stop();
}
}
private function timeUpdateHandler(e:TimerEvent):void
{
timeUpdateEvent();
}
private function timeUpdateEvent():void
{
updateStatusValues();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_TIMEUPDATE,myStatus));
}
private function seeking(active:Boolean):void
{
if (active)
{
if (! myStatus.isSeeking)
{
seekingEvent();
}
seekingTimer.start();
}
else
{
if (myStatus.isSeeking)
{
seekedEvent();
}
seekingTimer.stop();
}
}
private function seekingHandler(e:TimerEvent):void
{
if ((getSeekTimeRatio() <= getLoadRatio()))
{
seeking(false);
if (myStatus.playOnSeek)
{
myStatus.playOnSeek = false;// Capture the flag.
play(myStatus.pausePosition);// Must pass time or the seek time is never set.
}
else
{
pause(myStatus.pausePosition);// Must pass time or the stream.time is read.
}
}
else if (myStatus.metaDataReady && myStatus.pausePosition > myStatus.duration)
{
// Illegal seek time
seeking(false);
pause(0);
}
}
private function seekingEvent():void
{
myStatus.isSeeking = true;
updateStatusValues();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_SEEKING,myStatus));
}
private function seekedEvent():void
{
myStatus.isSeeking = false;
updateStatusValues();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_SEEKED,myStatus));
}
private function netStatusHandler(e:NetStatusEvent):void
{
trace(("netStatusHandler: " + e.info.code));
//this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG,myStatus,"netStatusHandler: '" + e.info.code + "'"));
//trace("BEFORE: bufferTime: "+myStream.bufferTime+" - bufferTimeMax: "+myStream.bufferTimeMax);
switch (e.info.code)
{
case "NetConnection.Connect.Success" :
// connectStream(); // This method did not do anything sensible anyway.
// Do not think this case occurs. This was for the static file connection.
// Which now seems to be handled by the Connection Manager.
break;
case "NetStream.Buffer.Full":
if(connectString.streamTYPE == "LIVE") {
myStream.bufferTime = startBuffer;
} else {
myStream.bufferTime = maxBuffer;
}
break;
case "NetStream.Buffer.Flush":
myStream.bufferTime = startBuffer;
break;
case "NetStream.Buffer.Empty":
myStream.bufferTime = startBuffer;
break;
case "NetStream.Seek.Notify":
myStream.bufferTime = startBuffer;
break;
case "NetStream.Play.Start" :
if (firstTime) {
firstTime = false; // Capture flag
myStatus.loading();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_LOADSTART,myStatus));
// NB: With MP4 player both audio and video types get connected to myVideo.
// NB: Had believed it was important for the audio too, otherwise what plays it?
if(videoBinding) {
myVideo.attachNetStream(myStream);
}
setVolume(myStatus.volume);
// Really the progress event just needs to be generated once, and should probably happen before now.
progressUpdates(true);
// This is an ASSUMPTION! Made it so that the default GUI worked.
// Hence why this part should be refactored.
// Lots of commands sequences after setMedia would be corrupted by this assumption.
// Bascally, we assume that after a setMedia, you will play it.
// Doing setMedia and pause(15) cause the flag to be set incorrectly and the GUI locks up.
myStatus.isPlaying = true; // Should be handled elsewhere.
}
// Under RTMP, this event code occurs every time the media starts playing and when a new position is seeked to, even when paused.
// Since under RTMP the event behaviour is quite different, believe a refactor is best here.
// ie., Under RTMP we should be able to know a lot more info about the stream.
// See onMetaDataHandler() for other condition, since duration is vital.
// See onResult() response handler too.
// Appears to be some duplication between onMetaDataHandler() and onResult(), along with a race between them occuring.
break;
case "NetStream.Play.UnpublishNotify":
myStream.bufferTime = startBuffer; // was 3
case "NetStream.Play.Stop" :
myStream.bufferTime = startBuffer; // was 3
//this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG,myStatus,"NetStream.Play.Stop: getDuration() - getCurrentTime() = " + (getDuration() - getCurrentTime())));
// Check if media is at the end (or close) otherwise this was due to download bandwidth stopping playback. ie., Download is not fast enough.
if (Math.abs((getDuration() - getCurrentTime())) < 150)
{// Testing found 150ms worked best for M4A files, where playHead(99.9) caused a stuck state due to firing with ~116ms left to play.
//endedEvent();
}
break;
case "NetStream.Seek.InvalidTime" :
// Used for capturing invalid set times and clicks on the end of the progress bar.
endedEvent();
break;
case "NetStream.Play.StreamNotFound" :
myStatus.error();
// Resets status except the src, and it sets srcError property.;
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_ERROR,myStatus));
break;
}
//trace("AFTER: bufferTime: "+myStream.bufferTime+" - bufferTimeMax: "+myStream.bufferTimeMax);
// "NetStream.Seek.Notify" event code is not very useful. It occurs after every seek(t) command issued and does not appear to wait for the media to be ready.
}
private function endedEvent():void
{
trace("ENDED STREAM EVENT");
var wasPlaying:Boolean = myStatus.isPlaying;
// timeUpdates(false);
// timeUpdateEvent();
pause(0);
if (wasPlaying)
{
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_ENDED,myStatus));
}
}
private function securityErrorHandler(event:SecurityErrorEvent):void
{
//this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG,myStatus,"securityErrorHandler."));
}
public function connectStream():void
{
trace("CONNECTING");
//this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG,myStatus,"connectStream."));
//this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_CANPLAY,myStatus));
timeUpdates(true);
progressUpdates(true);
//myVideo.attachNetStream(myStream);
//setVolume(myStatus.volume);
}
private function onResult(result:Object):void
{
trace("OnResult EVENT FIRED!");
myStatus.duration = parseFloat(result.toString()) * 1000;
trace((("The stream length is " + result) + " seconds"));
if(!myConnection.connected) {
load();
} else {
//this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_CANPLAY,myStatus,"Rockit!"));
//myStatus.loaded();
//myStatus.isPlaying=true;
if (! myStatus.metaDataReady)
{
//this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG,myStatus,"onMetaDataHandler: " + myStatus.duration));
// Allow multiple onResult Handlers to affect size. As per PR #131 and #98.
// myStatus.metaDataReady = true;
/*var info:Object = new Object();
info.duration=myStatus.duration
info.width=undefined;
info.height=undefined;
myStatus.metaData = info;
*/
if (myStatus.playOnLoad)
{
myStatus.playOnLoad = false;// Capture the flag
if (myStatus.pausePosition > 0)
{// Important for setMedia followed by play(time).
play(myStatus.pausePosition);
}
else
{
play();// Not always sending pausePosition avoids the extra seek(0) for a normal play() command.
}
}
else
{
pause(myStatus.pausePosition);// Always send the pausePosition. Important for setMedia() followed by pause(time). Deals with not reading stream.time with setMedia() and play() immediately followed by stop() or pause(0)
}
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_LOADEDMETADATA,myStatus));
}
else
{
//this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG,myStatus,"onMetaDataHandler: Already read (NO EFFECT)"));
}
myStream.play(streamName);
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_PLAY,myStatus));
// timeUpdates(false);
}
}
private var overRideConnect:Boolean=false;
public function doneYet():void {
if(!myConnection.connected) {
// try again
ConnMgr.stopAll(true);
overRideConnect=true;
trace("Connected: "+myConnection.connected+" - "+myStatus.loadRequired());
load();
}
}
private var videoBinding:Boolean=false;
public function setFile(src:String,videoSupport:Boolean=false):void
{
// videoSupport turns on/off video - by default no video, audio only
videoBinding=videoSupport;
/* Dont close the stream or netconnection here anymore so we can recycle if host/appname are the same
if ((myStream != null))
{
myStream.close();
myConnection.close();
}
*/
if(ConnMgr.getNegotiating() == true) {
//ConnMgr.stopAll();
ConnMgr.setNegotiating(false);
}
myVideo.clear();
progressUpdates(false);
timeUpdates(false);
myStatus.reset();
myStatus.src = src;
myStatus.srcSet = true;
firstTime = true;
//myStatus.loaded();
if(src != "") {
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_CANPLAY,myStatus));
}
//timeUpdateEvent();
}
public function shutDownNcNs():void {
trace("Connections Closed");
timeUpdates(false);
progressUpdates(false);
myStream.close();
myConnection.close();
myStatus.reset();
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_ENDED,myStatus));
}
public function clearFile():void
{
if (myStream != null)
{
myStream.close();
// Dont close the netConnection here any longer, as we may recycle it later
// may need an extra way to close manually if switching media types after an rtmp session - revisit
// myConnection.close();
myStatus.reset();
}
setFile("");
myStatus.srcSet = false;
}
public function parseRTMPsrcConnect(rtmpSrc:String):Object
{
// rtmp://cp76372.live.edgefcs.net/live/Flash1Office@60204
var appName:String = "";
var streamFileName:String = "";
var startIndex:uint = 2 + rtmpSrc.indexOf("//");
var streamTYPE:String = "recorded";
var host:String = rtmpSrc.substr(startIndex);
var port:String = "";
host = host.substr(0,host.indexOf("/"));
var endHost:Number = startIndex + host.length + 1;
// See if there is a host port specified
if(host.indexOf(":") != -1) {
port = host.substr(host.indexOf(":")+1);
host = host.substr(0,host.indexOf(":"));
}
// Akamai specific live streams
if (rtmpSrc.lastIndexOf("/live/") != -1)
{
trace("LIVE!");
appName = rtmpSrc.substring(endHost,rtmpSrc.lastIndexOf("/live/") + 6);
streamFileName = rtmpSrc.substr(rtmpSrc.lastIndexOf("/live/") + 6);
streamTYPE="LIVE";
} else {
streamTYPE="RECORDED";
}
// Mp3 streams with standard appname/no instance name, mp3: prefix
if (rtmpSrc.indexOf(".mp3") != -1)
{
appName = rtmpSrc.substring(endHost,rtmpSrc.indexOf("mp3:"));
streamFileName = rtmpSrc.substr(rtmpSrc.indexOf("mp3:"));
streamFileName = streamFileName.substr(0,streamFileName.length - 4);
}
// rtmp://cp83813.edgefcs.net/ondemand/rob_hall/bruce_campbell_oldspice.flv
// Mp4 streams with standard appname/no instance name, mp4: prefix
if (rtmpSrc.indexOf("mp4:") != -1)
{
appName = rtmpSrc.substring(endHost,rtmpSrc.indexOf("mp4:"));
streamFileName = rtmpSrc.substr(rtmpSrc.indexOf("mp4:"));
streamFileName = streamFileName.substr(0,streamFileName.length - 4);
}
// .f4v streams with standard appname/no instance name, .flv extension
if (rtmpSrc.indexOf(".flv") != -1)
{
// allow use of ^ in rtmp string to indicate break point for an appname or instance name that
// contains a / in it where it would require multiple connection attempts or manual configuratiom
// of the appname/instancename
var endApp:Number=0;
if(rtmpSrc.indexOf("^") != -1) {
endApp=rtmpSrc.indexOf("^");
rtmpSrc.replace("^", "/");
} else {
endApp = rtmpSrc.indexOf("/",endHost);
}
appName = rtmpSrc.substring(endHost,endApp) + "/";
streamFileName = rtmpSrc.substr(endApp+1);
}
if(port=="") {
port="MULTI";
}
//rtmp, rtmpt, rtmps, rtmpe, rtmpte
trace(("\n\n*** HOST: " + host));
trace(("*** PORT: " + port));
trace(("*** APPNAME: " + appName));
trace(("*** StreamName: " + streamFileName));
var streamParts:Object = new Object;
streamParts.streamTYPE=streamTYPE;
streamParts.appName = appName;
streamParts.streamFileName = streamFileName;
streamParts.hostName = host;
streamName = streamFileName;
return streamParts;
}
public function load():Boolean
{
//trace("LOAD: "+myStatus.src);
if (myStatus.loadRequired() || overRideConnect==true)
{
overRideConnect=false;
myStatus.startingDownload();
var lastAppName:String;
var lastHostName:String;
try{
// we do a try, as these properties might not exist yet
if(connectString.appName != "" && connectString.appName != undefined) {
trace("PREVIOUS APP/HOST INFO AVAILABLE");
lastAppName = connectString.appName;
lastHostName = connectString.hostName;
trace("LAST: "+lastAppName,lastHostName);
}
} catch (error:Error) {
//trace("*** Caught an error condition: "+error);
}
connectString = parseRTMPsrcConnect(myStatus.src);
trace("**** LOAD :: CONNECT SOURCE: " +connectString.hostName +" "+ connectString.appName);
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_WAITING, myStatus));
if((connectString.appName == lastAppName && connectString.hostName == lastHostName) && (myConnection.connected)) {
// recycle the netConnection
trace("RECYCLING NETCONNECTION");
if ((myStream != null))
{
myStream.close();
}
connectStream();
onBWDone(null,myConnection);
} else {
// myConnection.connect(connectString.appName);
trace("NEW NetConnection Negotiation");
if ((myStream != null))
{
myStream.close();
myConnection.close();
}
ConnMgr.stopAll(true);
ConnMgr.negotiateConnect(this,connectString.hostName,connectString.appName);
}
trace("**** LOAD2 :: CONNECT SOURCE: " +connectString.hostName +" "+ connectString.appName);
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_WAITING, myStatus));
return true;
}
else
{
return false;
}
}
public function onFCUnsubscribe(info:Object):void
{
trace(("onFCUnSubscribe worked" + info));
}
public function onFCSubscribe(info:Object):void
{
trace(("onFCSubscribe worked" + info));
}
public function onBWDone(info:Object,nc:NetConnection):void
{
if(nc.connected) {
myConnection=nc;
trace(((("onBWDone " + info) + " :: ") + myStatus.src));
var customClient:Object = new Object ;
customClient.onMetaData = onMetaDataHandler;
customClient.onPlayStatus = onPlayStatusHandler;// According to the forums and my tests, onPlayStatus only works with FMS (Flash Media Server).
myStream = null;
myStream = new NetStream(myConnection);
myStream.addEventListener(NetStatusEvent.NET_STATUS,netStatusHandler);
myStream.client = customClient;
if(connectString.streamTYPE == "LIVE") {
myStream.bufferTime = 3; // was 3
myStream.bufferTimeMax = 24;
startBuffer = 3;
maxBuffer = 12;
} else {
myStream.bufferTime = .2; // was 3
myStream.bufferTimeMax = 0;
startBuffer = .2;
maxBuffer = 12;
}
//streamName="";
//var connectString:Object = parseRTMPsrcConnect(myStatus.src);
//streamName=connectString.streamFileName;
responder = new Responder(onResult);
myConnection.call("getStreamLength",responder,streamName);
} else {
connectStream();
}
trace("PLAY SOURCE: "+connectString);
}
public function play(time:Number = NaN):Boolean {
//trace("PLAY: "+time+" - isPlaying: "+myStatus.isPlaying +" - myStatus.isStartingDownload:"+myStatus.isStartingDownload);
var wasPlaying:Boolean = myStatus.isPlaying;
if(!isNaN(time) && myStatus.srcSet) {
if(myStatus.isPlaying) {
myStream.pause();
myStatus.isPlaying = false;
}
myStatus.pausePosition = time;
}
if(myStatus.isStartingDownload) {
myStatus.playOnLoad = true; // Raise flag, captured in onMetaDataHandler()
return true;
} else if(myStatus.loadRequired()) {
myStatus.playOnLoad = true; // Raise flag, captured in onMetaDataHandler()
return load();
} else if((myStatus.isLoading || myStatus.isLoaded) && !myStatus.isPlaying) {
if(myStatus.metaDataReady && myStatus.pausePosition > myStatus.duration && connectString.streamTYPE != "LIVE") { // The time is invalid, ie., past the end.
myStream.pause(); // Since it is playing by default at this point.
myStatus.pausePosition = 0;
trace("SEEKER!");
myStream.seek(0);
timeUpdates(false);
timeUpdateEvent();
if(wasPlaying) { // For when playing and then get a play(huge)
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_PAUSE, myStatus));
}
} else if(getSeekTimeRatio() > getLoadRatio()) { // Use an estimate based on the downloaded amount
myStatus.playOnSeek = true;
seeking(true);
trace("SEEKER PAUSE!");
myStream.pause(); // Since it is playing by default at this point.
} else {
if(!isNaN(time)) { // Avoid using seek() when it is already correct.
trace("SEEKER3");
myStream.seek(myStatus.pausePosition/1000); // Since time is in ms and seek() takes seconds
}
myStatus.isPlaying = true; // Set immediately before playing. Could affects events.
trace("SHOULD GET RESUME!");
myStream.resume();
timeUpdates(true);
if(!wasPlaying) {
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_PLAY, myStatus));
}
}
return true;
} else {
return false;
}
}
public function pause(time:Number=NaN):Boolean
{
//trace("PAUSE: "+time);
myStatus.playOnLoad = false;// Reset flag in case load/play issued immediately before this command, ie., before onMetadata() event.
myStatus.playOnSeek = false;// Reset flag in case play(time) issued before the command and is still seeking to time set.
var wasPlaying:Boolean = myStatus.isPlaying;
// To avoid possible loops with timeupdate and pause(time). A pause() does not have the problem.
var alreadyPausedAtTime:Boolean = false;
if(!isNaN(time) && myStatus.pausePosition == time) {
alreadyPausedAtTime = true;
}
trace("!isNaN: "+!isNaN(time) +" isNaN: "+isNaN(time));
// Need to wait for metadata to load before ever issuing a pause. The metadata handler will call this function if needed, when ready.
if (((myStream != null) && myStatus.metaDataReady))
{// myStream is a null until the 1st media is loaded. ie., The 1st ever setMedia being followed by a pause() or pause(t).
if(connectString.streamTYPE == "LIVE") {
trace("PAUSING LIVE");
myStream.play(false)
} else {
trace("PAUSING RECORDED");
myStream.pause();
}
}
if (myStatus.isPlaying)
{
myStatus.isPlaying = false;
myStatus.pausePosition = myStream.time * 1000;
}
if (! isNaN(time) && myStatus.srcSet)
{
myStatus.pausePosition = time;
}
if (wasPlaying)
{
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_PAUSE,myStatus));
}
if (myStatus.isStartingDownload)
{
return true;
}
else if (myStatus.loadRequired())
{
if ((time > 0))
{// We do not want the stop() command, which does pause(0), causing a load operation.
return load();
}
else
{
return true;// Technically the pause(0) succeeded. ie., It did nothing, since nothing was required.
}
}
else if (myStatus.isLoading || myStatus.isLoaded)
{
if (myStatus.metaDataReady && myStatus.pausePosition > myStatus.duration && connectString.streamTYPE != "LIVE" )
{// The time is invalid, ie., past the end.
myStatus.pausePosition = 0;
trace("GOT HERE!");
myStream.seek(0);
seekedEvent();// Deals with seeking effect when using setMedia() then pause(huge). NB: There is no preceeding seeking event.
}
else if (! isNaN(time))
{
if ((getSeekTimeRatio() > getLoadRatio()))
{// Use an estimate based on the downloaded amount
seeking(true);
}
else
{
if (myStatus.metaDataReady && connectString.streamTYPE != "LIVE")
{// Otherwise seek(0) will stop the metadata loading.
trace("GOT HERE TOO!");
myStream.seek(myStatus.pausePosition / 1000);
}
}
}
timeUpdates(false);
// Need to be careful with timeupdate event, otherwise a pause in a timeupdate event can cause a loop.
// Neither pause() nor pause(time) will cause a timeupdate loop.
if(wasPlaying || !isNaN(time) && !alreadyPausedAtTime) {
timeUpdateEvent();
}
return true;
}
else
{
return false;
}
}
public function playHead(percent:Number):Boolean
{
var time:Number = percent * getDuration() * getLoadRatio() / 100;
if (myStatus.isPlaying || myStatus.playOnLoad || myStatus.playOnSeek)
{
return play(time);
}
else
{
return pause(time);
}
}
public function setVolume(v:Number):void
{
myStatus.volume = v;
myTransform.volume = v;
if ((myStream != null))
{
myStream.soundTransform = myTransform;
}
}
private function updateStatusValues():void
{
//myStatus.seekPercent = 100 * getLoadRatio();
myStatus.seekPercent = 100;
myStatus.currentTime = getCurrentTime();
myStatus.currentPercentRelative = 100 * getCurrentRatioRel();
myStatus.currentPercentAbsolute = 100 * getCurrentRatioAbs();
myStatus.duration = getDuration();
}
public function getLoadRatio():Number
{
return 1;
/*trace("LoadRatio:"+myStream.bytesLoaded, myStream.bytesTotal);
if((myStatus.isLoading || myStatus.isLoaded) && myStream.bytesTotal > 0) {
return myStream.bytesLoaded / myStream.bytesTotal;
} else {
return 0;
}
*/
}
public function getDuration():Number
{
return myStatus.duration;// Set from meta data.
}
public function getCurrentTime():Number
{
if (myStatus.isPlaying)
{
//trace(myStream.time * 1000);
return myStream.time * 1000; // was +1000
}
else
{
return myStatus.pausePosition;
}
}
public function getCurrentRatioRel():Number
{
if ((getCurrentRatioAbs() <= getLoadRatio()))
{
//if((getLoadRatio() > 0) && (getCurrentRatioAbs() <= getLoadRatio())) {
return getCurrentRatioAbs() / getLoadRatio();
}
else
{
return 0;
}
}
public function getCurrentRatioAbs():Number
{
if ((getDuration() > 0))
{
return getCurrentTime() / getDuration();
}
else
{
return 0;
}
}
public function getSeekTimeRatio():Number
{
if ((getDuration() > 0))
{
return myStatus.pausePosition / getDuration();
}
else
{
return 1;
}
}
public function onPlayStatusHandler(infoObject:Object):void
{
trace((("OnPlayStatusHandler called: (" + getTimer()) + " ms)"));
for (var prop:* in infoObject)
{
trace(((("\t" + prop) + ":\t") + infoObject[prop]));
}
if (infoObject.code == "NetStream.Play.Complete")
{
endedEvent();
}
}
public function onMetaDataHandler(info:Object):void
{// Used in connectStream() in myStream.client object.
// This event occurs when jumping to the start of static files! ie., seek(0) will cause this event to occur.
if (! myStatus.metaDataReady)
{
trace("\n\n*** METADATA FIRED! ***\n\n");
//this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG,myStatus,"onMetaDataHandler: " + info.duration + " | " + info.width + "x" + info.height));
myStatus.metaDataReady = true;// Set flag so that this event only effects jPlayer the 1st time.
myStatus.metaData = info;
myStatus.duration = info.duration * 1000;// Only available via Meta Data.
if (info.width != undefined)
{
myVideo.width = myStatus.videoWidth = info.width;
}
if (info.height != undefined)
{
myVideo.height = myStatus.videoHeight = info.height;
}
if (myStatus.playOnLoad)
{
myStatus.playOnLoad = false;// Capture the flag
if (myStatus.pausePosition > 0)
{// Important for setMedia followed by play(time).
play(myStatus.pausePosition);
}
else
{
play();// Not always sending pausePosition avoids the extra seek(0) for a normal play() command.
}
}
else
{
pause(myStatus.pausePosition);// Always send the pausePosition. Important for setMedia() followed by pause(time). Deals with not reading stream.time with setMedia() and play() immediately followed by stop() or pause(0)
}
this.dispatchEvent(new JplayerEvent(JplayerEvent.JPLAYER_LOADEDMETADATA,myStatus));
}
else
{
//this.dispatchEvent(new JplayerEvent(JplayerEvent.DEBUG_MSG,myStatus,"onMetaDataHandler: Already read (NO EFFECT)"));
}
}
}
} jquery-jplayer-2.3.4+dfsg.orig/popcorn/ 0000775 0001750 0001750 00000000000 12151162635 020311 5 ustar pgquiles pgquiles jquery-jplayer-2.3.4+dfsg.orig/popcorn/player/ 0000775 0001750 0001750 00000000000 12151162635 021605 5 ustar pgquiles pgquiles jquery-jplayer-2.3.4+dfsg.orig/popcorn/player/popcorn.jplayer.js 0000664 0001750 0001750 00000046474 12151162635 025307 0 ustar pgquiles pgquiles /*
* jPlayer Player Plugin for Popcorn JavaScript Library
* http://www.jplayer.org
*
* Copyright (c) 2013 Happyworm Ltd
* Dual licensed under the MIT and GPL licenses.
* - http://www.opensource.org/licenses/mit-license.php
* - http://www.gnu.org/copyleft/gpl.html
*
* Author: Mark J Panaghiston
* Version: 1.1.0
* Date: 20th April 2013
*
* For Popcorn Version: 1.3
* For jPlayer Version: 2.3.0
* Requires: jQuery 1.3.2+
* Note: jQuery dependancy cannot be removed since jPlayer 2 is a jQuery plugin. Use of jQuery will be kept to a minimum.
*/
/* Code verified using http://www.jshint.com/ */
/*jshint asi:false, bitwise:false, boss:false, browser:true, curly:false, debug:false, eqeqeq:true, eqnull:false, evil:false, forin:false, immed:false, jquery:true, laxbreak:false, newcap:true, noarg:true, noempty:true, nonew:true, onevar:false, passfail:false, plusplus:false, regexp:false, undef:true, sub:false, strict:false, white:false, smarttabs:true */
/*global Popcorn:false, console:false */
(function(Popcorn) {
var JQUERY_SCRIPT = 'http://ajax.googleapis.com/ajax/libs/jquery/1.8/jquery.min.js', // Used if jQuery not already present.
JPLAYER_SCRIPT = 'http://www.jplayer.org/2.3.0/js/jquery.jplayer.min.js', // Used if jPlayer not already present.
JPLAYER_SWFPATH = 'http://www.jplayer.org/2.3.0/js/Jplayer.swf', // Used if not specified in jPlayer options via SRC Object.
SOLUTION = 'html,flash', // The default solution option.
DEBUG = false, // Decided to leave the debugging option and console output in for the time being. Overhead is trivial.
jQueryDownloading = false, // Flag to stop multiple instances from each pulling in jQuery, thus corrupting it.
jPlayerDownloading = false, // Flag to stop multiple instances from each pulling in jPlayer, thus corrupting it.
format = { // Duplicate of jPlayer 2.3.0 object, to avoid always requiring jQuery and jPlayer to be loaded before performing the _canPlayType() test.
mp3: {
codec: 'audio/mpeg; codecs="mp3"',
flashCanPlay: true,
media: 'audio'
},
m4a: { // AAC / MP4
codec: 'audio/mp4; codecs="mp4a.40.2"',
flashCanPlay: true,
media: 'audio'
},
oga: { // OGG
codec: 'audio/ogg; codecs="vorbis"',
flashCanPlay: false,
media: 'audio'
},
wav: { // PCM
codec: 'audio/wav; codecs="1"',
flashCanPlay: false,
media: 'audio'
},
webma: { // WEBM
codec: 'audio/webm; codecs="vorbis"',
flashCanPlay: false,
media: 'audio'
},
fla: { // FLV / F4A
codec: 'audio/x-flv',
flashCanPlay: true,
media: 'audio'
},
rtmpa: { // RTMP AUDIO
codec: 'audio/rtmp; codecs="rtmp"',
flashCanPlay: true,
media: 'audio'
},
m4v: { // H.264 / MP4
codec: 'video/mp4; codecs="avc1.42E01E, mp4a.40.2"',
flashCanPlay: true,
media: 'video'
},
ogv: { // OGG
codec: 'video/ogg; codecs="theora, vorbis"',
flashCanPlay: false,
media: 'video'
},
webmv: { // WEBM
codec: 'video/webm; codecs="vorbis, vp8"',
flashCanPlay: false,
media: 'video'
},
flv: { // FLV / F4V
codec: 'video/x-flv',
flashCanPlay: true,
media: 'video'
},
rtmpv: { // RTMP VIDEO
codec: 'video/rtmp; codecs="rtmp"',
flashCanPlay: true,
media: 'video'
}
},
isObject = function(val) { // Basic check for Object
if(val && typeof val === 'object' && val.hasOwnProperty) {
return true;
} else {
return false;
}
},
getMediaType = function(url) { // Function to gleam the media type from the URL
var mediaType = false;
if(/\.mp3$/i.test(url)) {
mediaType = 'mp3';
} else if(/\.mp4$/i.test(url) || /\.m4v$/i.test(url)) {
mediaType = 'm4v';
} else if(/\.m4a$/i.test(url)) {
mediaType = 'm4a';
} else if(/\.ogg$/i.test(url) || /\.oga$/i.test(url)) {
mediaType = 'oga';
} else if(/\.ogv$/i.test(url)) {
mediaType = 'ogv';
} else if(/\.webm$/i.test(url)) {
mediaType = 'webmv';
}
return mediaType;
},
getSupplied = function(url) { // Function to generate a supplied option from an src object. ie., When supplied not specified.
var supplied = '',
separator = '';
if(isObject(url)) {
// Generate supplied option from object's properties. Non-format properties would be ignored by jPlayer. Order is unpredictable.
for(var prop in url) {
if(url.hasOwnProperty(prop)) {
supplied += separator + prop;
separator = ',';
}
}
}
if(DEBUG) console.log('getSupplied(): Generated: supplied = "' + supplied + '"');
return supplied;
};
Popcorn.player( 'jplayer', {
_canPlayType: function( containerType, url ) {
// url : Either a String or an Object structured similar a jPlayer media object. ie., As used by setMedia in jPlayer.
// The url object may also contain a solution and supplied property.
// Define the src object structure here!
var cType = containerType.toLowerCase(),
srcObj = {
media:{},
options:{}
},
rVal = false, // Only a boolean false means it is not supported.
mediaType;
if(cType !== 'video' && cType !== 'audio') {
if(typeof url === 'string') {
// Check it starts with http, so the URL is absolute... Well, it is not a perfect check.
if(/^http.*/i.test(url)) {
mediaType = getMediaType(url);
if(mediaType) {
srcObj.media[mediaType] = url;
srcObj.options.solution = SOLUTION;
srcObj.options.supplied = mediaType;
}
}
} else {
srcObj = url; // Assume the url is an src object.
}
// Check for Object and appropriate minimum data structure.
if(isObject(srcObj) && isObject(srcObj.media)) {
if(!isObject(srcObj.options)) {
srcObj.options = {};
}
if(!srcObj.options.solution) {
srcObj.options.solution = SOLUTION;
}
if(!srcObj.options.supplied) {
srcObj.options.supplied = getSupplied(srcObj.media);
}
// Figure out how jPlayer will play it.
// This may not work properly when both audio and video is supplied. ie., A media player. But it should return truethy and jPlayer can figure it out.
var solution = srcObj.options.solution.toLowerCase().split(","), // Create the solution array, with prority based on the order of the solution string.
supplied = srcObj.options.supplied.toLowerCase().split(","); // Create the supplied formats array, with prority based on the order of the supplied formats string.
for(var sol = 0; sol < solution.length; sol++) {
var solutionType = solution[sol].replace(/^\s+|\s+$/g, ""), //trim
checkingHtml = solutionType === 'html',
checkingFlash = solutionType === 'flash',
mediaElem;
for(var fmt = 0; fmt < supplied.length; fmt++) {
mediaType = supplied[fmt].replace(/^\s+|\s+$/g, ""); //trim
if(format[mediaType]) { // Check format is valid.
// Create an HTML5 media element for the type of media.
if(!mediaElem && checkingHtml) {
mediaElem = document.createElement(format[mediaType].media);
}
// See if the HTML5 media element can play the MIME / Codec type.
// Flash also returns the object if the format is playable, so it is truethy, but that html property is false.
// This assumes Flash is available, but that should be dealt with by jPlayer if that happens.
var htmlCanPlay = !!(mediaElem && mediaElem.canPlayType && mediaElem.canPlayType(format[mediaType].codec)),
htmlWillPlay = htmlCanPlay && checkingHtml,
flashWillPlay = format[mediaType].flashCanPlay && checkingFlash;
// The first one found will match what jPlayer uses.
if(htmlWillPlay || flashWillPlay) {
rVal = {
html: htmlWillPlay,
type: mediaType
};
sol = solution.length; // Exit solution loop
fmt = supplied.length; // Exit supplied loop
}
}
}
}
}
}
return rVal;
},
// _setup: function( options ) { // Warning: options is deprecated.
_setup: function() {
var media = this,
myPlayer, // The jQuery selector of the jPlayer element. Usually a
jPlayerObj, // The jPlayer data instance. For performance and DRY code.
mediaType = 'unknown',
jpMedia = {},
jpOptions = {},
ready = false, // Used during init to override the annoying duration dependance in the track event padding during Popcorn's isReady(). ie., We is ready after loadeddata and duration can then be set real value at leisure.
duration = 0, // For the durationchange event with both HTML5 and Flash solutions. Used with 'ready' to keep control during the Popcorn isReady() via loadeddata event. (Duration=0 is bad.)
durationchangeId = null, // A timeout ID used with delayed durationchange event. (Because of the duration=NaN fudge to avoid Popcorn track event corruption.)
canplaythrough = false,
error = null, // The MediaError object.
dispatchDurationChange = function() {
if(ready) {
if(DEBUG) console.log('Dispatched event : durationchange : ' + duration);
media.dispatchEvent('durationchange');
} else {
if(DEBUG) console.log('DELAYED EVENT (!ready) : durationchange : ' + duration);
clearTimeout(durationchangeId); // Stop multiple triggers causing multiple timeouts running in parallel.
durationchangeId = setTimeout(dispatchDurationChange, 250);
}
},
jPlayerFlashEventsPatch = function() {
/* Events already supported by jPlayer Flash:
* loadstart
* loadedmetadata (M4A, M4V)
* progress
* play
* pause
* seeking
* seeked
* timeupdate
* ended
* volumechange
* error <- See the custom handler in jPlayerInit()
*/
/* Events patched:
* loadeddata
* durationchange
* canplaythrough
* playing
*/
/* Events NOT patched:
* suspend
* abort
* emptied
* stalled
* loadedmetadata (MP3)
* waiting
* canplay
* ratechange
*/
// Triggering patched events through the jPlayer Object so the events are homogeneous. ie., The contain the event.jPlayer data structure.
var checkDuration = function(event) {
if(event.jPlayer.status.duration !== duration) {
duration = event.jPlayer.status.duration;
dispatchDurationChange();
}
},
checkCanPlayThrough = function(event) {
if(!canplaythrough && event.jPlayer.status.seekPercent === 100) {
canplaythrough = true;
setTimeout(function() {
if(DEBUG) console.log('Trigger : canplaythrough');
jPlayerObj._trigger($.jPlayer.event.canplaythrough);
}, 0);
}
};
myPlayer.bind($.jPlayer.event.loadstart, function() {
setTimeout(function() {
if(DEBUG) console.log('Trigger : loadeddata');
jPlayerObj._trigger($.jPlayer.event.loadeddata);
}, 0);
})
.bind($.jPlayer.event.progress, function(event) {
checkDuration(event);
checkCanPlayThrough(event);
})
.bind($.jPlayer.event.timeupdate, function(event) {
checkDuration(event);
checkCanPlayThrough(event);
})
.bind($.jPlayer.event.play, function() {
setTimeout(function() {
if(DEBUG) console.log('Trigger : playing');
jPlayerObj._trigger($.jPlayer.event.playing);
}, 0);
});
if(DEBUG) console.log('Created CUSTOM event handlers for FLASH');
},
jPlayerInit = function() {
(function($) {
myPlayer = $('#' + media.id);
if(typeof media.src === 'string') {
mediaType = getMediaType(media.src);
jpMedia[mediaType] = media.src;
jpOptions.supplied = mediaType;
jpOptions.solution = SOLUTION;
} else if(isObject(media.src)) {
jpMedia = isObject(media.src.media) ? media.src.media : {};
jpOptions = isObject(media.src.options) ? media.src.options : {};
jpOptions.solution = jpOptions.solution || SOLUTION;
jpOptions.supplied = jpOptions.supplied || getSupplied(media.src.media);
}
// Allow the swfPath to be set to local server. ie., If the jPlayer Plugin is local and already on the page, then you can also use the local SWF.
jpOptions.swfPath = jpOptions.swfPath || JPLAYER_SWFPATH;
myPlayer.bind($.jPlayer.event.ready, function(event) {
if(event.jPlayer.flash.used) {
jPlayerFlashEventsPatch();
}
// Set the media andd load it, so that the Flash solution behaves similar to HTML5 solution.
// This also allows the loadstart event to be used to know jPlayer is ready.
$(this).jPlayer('setMedia', jpMedia).jPlayer('load');
});
// Do not auto-bubble the reserved events, nor the loadeddata and durationchange event, since the duration must be carefully handled when loadeddata event occurs.
// See the duration property code for more details. (Ranting.)
var reservedEvents = $.jPlayer.reservedEvent + ' loadeddata durationchange',
reservedEvent = reservedEvents.split(/\s+/g);
// Generate event handlers for all the standard HTML5 media events. (Except durationchange)
var bindEvent = function(name) {
myPlayer.bind($.jPlayer.event[name], function(event) {
if(DEBUG) console.log('Dispatched event: ' + name + (event && event.jPlayer ? ' (' + event.jPlayer.status.currentTime + 's)' : '')); // Must be after dispatch for some reason on Firefox/Opera
media.dispatchEvent(name);
});
if(DEBUG) console.log('Created event handler for: ' + name);
};
for(var eventName in $.jPlayer.event) {
if($.jPlayer.event.hasOwnProperty(eventName)) {
var nativeEvent = true;
for(var iRes in reservedEvent) {
if(reservedEvent.hasOwnProperty(iRes)) {
if(reservedEvent[iRes] === eventName) {
nativeEvent = false;
break;
}
}
}
if(nativeEvent) {
bindEvent(eventName);
} else {
if(DEBUG) console.log('Skipped auto event handler creation for: ' + eventName);
}
}
}
myPlayer.bind($.jPlayer.event.loadeddata, function(event) {
if(DEBUG) console.log('Dispatched event: loadeddata' + (event && event.jPlayer ? ' (' + event.jPlayer.status.currentTime + 's)' : ''));
media.dispatchEvent('loadeddata');
ready = true;
});
if(DEBUG) console.log('Created CUSTOM event handler for: loadeddata');
myPlayer.bind($.jPlayer.event.durationchange, function(event) {
duration = event.jPlayer.status.duration;
dispatchDurationChange();
});
if(DEBUG) console.log('Created CUSTOM event handler for: durationchange');
// The error event is a special case. Plus jPlayer error event assumes it is a broken URL. (It could also be a decoder error... Or aborted or a Network error.)
myPlayer.bind($.jPlayer.event.error, function(event) {
// Not sure how to handle the error situation. Popcorn does not appear to have the error or error.code property documented here: http://popcornjs.org/popcorn-docs/media-methods/
// If any error event happens, then something has gone pear shaped.
error = event.jPlayer.error; // Saving object pointer, not a copy of the object. Possible garbage collection issue... But the player is dead anyway, so don't care.
if(error.type === $.jPlayer.error.URL) {
error.code = 4; // MEDIA_ERR_SRC_NOT_SUPPORTED since jPlayer makes this assumption. It is the most common error, then the decode error. Never seen either of the other 2 error types occur.
} else {
error.code = 0; // It was a jPlayer error, not an HTML5 media error.
}
if(DEBUG) console.log('Dispatched event: error');
if(DEBUG) console.dir(error);
media.dispatchEvent('error');
});
if(DEBUG) console.log('Created CUSTOM event handler for: error');
Popcorn.player.defineProperty( media, 'error', {
set: function() {
// Read-only property
return error;
},
get: function() {
return error;
}
});
Popcorn.player.defineProperty( media, 'currentTime', {
set: function( val ) {
if(jPlayerObj.status.paused) {
myPlayer.jPlayer('pause', val);
} else {
myPlayer.jPlayer('play', val);
}
return val;
},
get: function() {
return jPlayerObj.status.currentTime;
}
});
/* The joy of duration and the loadeddata event isReady() handler
* The duration is assumed to be a NaN or a valid duration.
* jPlayer uses zero instead of a NaN and this screws up the Popcorn track event start/end arrays padding.
* This line here:
* videoDurationPlus = duration != duration ? Number.MAX_VALUE : duration + 1;
* Not sure why it is not simply:
* videoDurationPlus = Number.MAX_VALUE; // Who cares if the padding is close to the real duration?
* So if you trigger loadeddata before the duration is correct, the track event padding is screwed up. (It pads the start, not the end... Well, duration+1 = 0+1 = 1s)
* That line makes the MP3 Flash fallback difficult to setup. The whole MP3 will need to load before the duration is known.
* Planning on using a NaN for duration until a >0 value is found... Except with MP3, where seekPercent must be 100% before setting the duration.
* Why not just use a NaN during init... And then correct the duration later?
*/
Popcorn.player.defineProperty( media, 'duration', {
set: function() {
// Read-only property
if(ready) {
return duration;
} else {
return NaN;
}
},
get: function() {
if(ready) {
return duration; // Popcorn has initialized, we can now use duration zero or whatever without fear.
} else {
return NaN; // Keep the duration a NaN until after loadeddata event has occurred. Otherwise Popcorn track event padding is corrupted.
}
}
});
Popcorn.player.defineProperty( media, 'muted', {
set: function( val ) {
myPlayer.jPlayer('mute', val);
return jPlayerObj.options.muted;
},
get: function() {
return jPlayerObj.options.muted;
}
});
Popcorn.player.defineProperty( media, 'volume', {
set: function( val ) {
myPlayer.jPlayer('volume', val);
return jPlayerObj.options.volume;
},
get: function() {
return jPlayerObj.options.volume;
}
});
Popcorn.player.defineProperty( media, 'paused', {
set: function() {
// Read-only property
return jPlayerObj.status.paused;
},
get: function() {
return jPlayerObj.status.paused;
}
});
media.play = function() {
myPlayer.jPlayer('play');
};
media.pause = function() {
myPlayer.jPlayer('pause');
};
myPlayer.jPlayer(jpOptions); // Instance jPlayer. Note that the options should not have a ready event defined... Kill it by default?
jPlayerObj = myPlayer.data('jPlayer');
}(jQuery));
},
jPlayerCheck = function() {
if (!jQuery.jPlayer) {
if (!jPlayerDownloading) {
jPlayerDownloading = true;
Popcorn.getScript(JPLAYER_SCRIPT, function() {
jPlayerDownloading = false;
jPlayerInit();
});
} else {
setTimeout(jPlayerCheck, 250);
}
} else {
jPlayerInit();
}
},
jQueryCheck = function() {
if (!window.jQuery) {
if (!jQueryDownloading) {
jQueryDownloading = true;
Popcorn.getScript(JQUERY_SCRIPT, function() {
jQueryDownloading = false;
jPlayerCheck();
});
} else {
setTimeout(jQueryCheck, 250);
}
} else {
jPlayerCheck();
}
};
jQueryCheck();
},
_teardown: function() {
jQuery('#' + this.id).jPlayer('destroy');
}
});
}(Popcorn)); jquery-jplayer-2.3.4+dfsg.orig/README 0000664 0001750 0001750 00000001653 12151162635 017516 0 ustar pgquiles pgquiles jPlayer : HTML5 Audio & Video for jQuery
http://www.jplayer.org/
What is jPlayer?
jPlayer is a jQuery plugin that allows you to:
* play and control media files in your webpage
* create and style a media player using just HTML and CSS
* add audio and video to your jQuery projects
* support more devices using HTML5
* support older browsers using a Flash Fallback
* control media on your website using a JavaScript API
jPlayer supports:
* HTML5: mp3, m4a (AAC), m4v (H.264), ogv*, oga*, wav*, webm*
* Flash: mp3, m4a (AAC), m4v (H.264)
(*) Optional counterpart formats to increase HTML5 x-browser support.
Dual licensed under the MIT and GPL licenses.
* http://www.opensource.org/licenses/mit-license.php
* http://www.gnu.org/copyleft/gpl.html
Quick Start Guide:
http://www.jplayer.org/latest/quick-start-guide/
Developer Guide and API Reference:
http://www.jplayer.org/latest/developer-guide/
Author: Mark J Panaghiston
jquery-jplayer-2.3.4+dfsg.orig/package.json 0000664 0001750 0001750 00000001222 12151162635 021114 0 ustar pgquiles pgquiles {
"name": "jplayer",
"version": "2.3.3",
"description": "The jQuery HTML5 Audio / Video Library",
"homepage": "http://www.jplayer.org/",
"keywords": [
"audio",
"video"
],
"dependencies": {
"jquery": ">1.4.2"
},
"licenses": [
{
"type": "MIT",
"url": "http://www.opensource.org/licenses/mit-license.php"
},
{
"type" : "GPL",
"url": "http://www.gnu.org/copyleft/gpl.html"
}
],
"repositories": [
{
"type": "git",
"url": "https://github.com/happyworm/jPlayer.git"
}
],
"github": "http://github.com/happyworm/jPlayer",
"main": "jquery.jplayer/jquery.jplayer.js"
}