// JScript File function Player(playerType,streamURL) { /** * Player parameters */ this.obj = false; this.objName = "player"; this.width = 240; this.height = 69; this.zIndex = 0; this.url = streamURL; this.playerType = playerType; this.playerAPI = browserCheck["agent"]=="ie"?"object":"embed"; this.playerVersion = 0; this.autostart = true; /** * Interface parameters */ this.showSlider = true; /** * Slider parameters */ this.sliderStartMouse = 0; this.sliderStartObj = 0; this.sliderPosition = 0; this.sliderLastJump = 0; this.sliderSeeking = false; this.setPositionTimer = 0; this.useCustomAPI = true; this.useCustomControls = false; if (browserCheck["agent"]=="ie") { this.useCustomControls = true; } else if (browserCheck["agent"]=="opera" && this.playerType!="Real") { this.useCustomControls = true; } else if (browserCheck["agent"]=="gecko" && this.playerType!="Windows") { this.useCustomControls = true; } if (browserCheck["platform"]!="win") { this.useCustomControls = false; } if (this.playerType == "Windows") { this.playerVersion = parseInt(browserCheck["player_wme"]); } else if (this.playerType == "Real") { this.playerVersion = parseInt(browserCheck["player_real"]); } if(this.useCustomControls) { this.height = 0; } /** * Check if player obj can be scripted or customAPI is disabled * * Plugin/ActiveX Control API calls are a time critical feature that can easily trigger * a javascript error if invoked in the wrong moment or if blocked by browser security * features. * * A common way to check for a function is: if (this.obj.function) this.obj.function() * While this is standard conform and in most cases reliable, internet explorer raises * an error instead of returning false if you invoke an existing object function but the * call gets blocked by browser security settings (e.g. safe for scripting disabled) or * deprecated features (e.g. invoking through EMBED API in IE 6.x). * * Therefor we use a try...catch statement to suppress possible error messages. This * solution is easier to handle than using a global window.onerror event sink. * * By calling this method before every other API call we can avoid API timing related * problems. Make sure every direct API call is "protected"! * * @access public * @param void * @return float duration */ this.canScript = function() { var can = false if (!this.useCustomAPI) { can = false } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion < 7) { try { if (this.obj.ClientID) { can = true; } } catch (e) { can = false; } } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion >= 7) { try { if (this.obj.versionInfo) { can = true; } } catch (e) { can = false; } } else if (this.playerType == "Windows" && this.playerAPI == "embed" ) { try { if (this.obj.GetClientID()) { can = true; } } catch (e) { can = false; } } else if (this.playerType == "Real") { try { if (this.obj.GetVersionInfo() || this.obj.GetSource()) { can = true; } } catch (e) { can = false; } } return can; } /** * Create the OBJECT and EMBED tags and add GUI features * * Writing the controls to HTML is the most critical part of the player class. See the player * documentation for details on the specific parameters. * * Generally speaking there is always a CUSTOM and a STANDARD GUI version, the CUSTOM GUI is mostly * embedded into a table structere. Also there is always an OBJECT and an EMBED API version. * * @access public * @param void * @return string playerHTML */ this.draw = function () { var out = ''; this.width = parseInt(this.width); this.height = parseInt(this.height); /** * Windows Media Player using OBJECT API 6.4 * * Width and height are measured INCLUDING the standard controls if available. Therefore we * extend the height if they are available. The original Windows Media Player 6.4 controls are * a few pixels smaller but this can be ignored. * * API 9 6BF52A52-394A-11D3-B153-00C04F79FAA6 * * Parameter & Scripting docu: * http://msdn.microsoft.com/library/en-us/wmp6sdk/htm/microsoftwindowsmediaplayercontrolversion64sdk.asp * */ if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion < 7) { if (!this.useCustomControls) { out += '<\/OBJECT>\n' } if ( this.useCustomControls) { out += '
<\/OBJECT><\/td><\/tr><\/table>\n' } } /** * Windows Media Player using OBJECT API 7-10 * * Width and height are measured INCLUDING the standard controls if available. Therefore we * extend the height if they are available. The original Windows Media Player 6.4 controls are * a few pixels smaller but this can be ignored. * * API 9 6BF52A52-394A-11D3-B153-00C04F79FAA6 * * Parameter & Scripting docu: * http://msdn.microsoft.com/library/en-us/wmp6sdk/htm/microsoftwindowsmediaplayercontrolversion64sdk.asp * */ if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion >= 7) { var uiMode = "invisible"; if (!this.useCustomControls) { uiMode = "mini" } if (!this.useCustomControls) { out += '<\/OBJECT>\n' } if ( this.useCustomControls) { out += '
<\/OBJECT><\/td><\/tr><\/table>\n' } } /** * Windows Media Player using EMBED API * * See OBJECT API comments for details about height adjustment. */ if (this.playerType == "Windows" && this.playerAPI == "embed") { if (!this.useCustomControls) { out += '<\/embed>\n' } if ( this.useCustomControls) { out += '
<\/embed><\/td><\/tr><\/table>\n' } } /** * Real Media Player using OBJECT API * * Parameter & Scripting docu: * http://service.real.com/help/library/guides/realonescripting/browse/realscript.htm */ if (this.playerType == "Real" && this.playerAPI == "object") { if(!this.useCustomControls) { out += '<\/OBJECT>'; }else { out += '<\/OBJECT>'; } } /** * Real Media Player using EMBED API */ if (this.playerType == "Real" && this.playerAPI == "embed") { if(!this.useCustomControls) { out += '<\/EMBED>'; }else { out += '<\/EMBED>'; } } if(this.playerType == "LivePhone") { out += ''; out += ' '; out += '

' + phoneText ; out += ' <\/font>
'; out += ' <\/span>

'; out += ' <\/td>'; out += ' <\/tr>'; out += '<\/table>'; document.getElementById("audioPlayer_Player").innerHTML = out; hideDiv("audioPlayer_thomson_logo"); playerFrame = "loaded"; return; } if (this.useCustomControls) { out += this.drawStatus() } if (this.useCustomControls) { out += this.drawSlider() } if (this.useCustomControls) { out += this.drawControls() } document.getElementById("audioPlayer_Player").innerHTML = out; if (this.playerType == "Windows") { this.obj = document.getElementById("MediaPlayer") } else if (this.playerType == "Real") { this.obj = document.getElementById("RealAudio2") } if (this.playerType == "Real") { try { this.obj.SetWantErrors(true); } catch(e) { } } if (this.useCustomControls) { player.handleEvents(); } playerFrame = "loaded"; } /** * Create the controls object HTML code * * We hide the fullscreen button in Quicktime. See this.setFullscreen() for details * * @access private * @param void * @return string htmlControls */ this.drawControls = function() { var out = ""; out += ''; out += ''; out += '
<\/td><\/tr>
<\/div><\/td>'; out += '
Play<\/td>'; out += 'Stop<\/td>'; out += ''; out += '
'; out += 'Toggle mute'; out += '
'; out += '
'; out += '
'; out += '
'; out += '<\/div>'; out += '<\/td>'; out += '
<\/td>'; out += '
<\/div><\/td>'; out += '<\/tr>'; out += '<\/table>'; return out; } function audioDoMove(e) { if (window.event) { e = window.event } player.audioDoMoveX(e) } this.audioDoMove = audioDoMove this.audioDoMoveX = function(e) { if (window.event) { e = window.event } var newX = parseInt(this.audioStartObj+(e.clientX-this.audioStartMouse)) if (newX <= 3) newX = 3; if (newX >= 39) newX = 39; document.getElementById("player_audio_knob").style.left = newX+"px" document.getElementById("player_audio_dark").style.width = newX+"px" this.setVolume(Math.floor((newX-3)/3.45)); } function audioEndMove(e) { player.audioEndMoveX(e) } this.audioEndMove = audioEndMove this.audioEndMoveX = function() { document.onmouseup = null document.onmousemove = null return true } this.audioStartMove = function(e) { if (window.event) { e = window.event } this.audioStartMouse = e.clientX this.audioStartObj = parseInt(document.getElementById("player_audio_knob").style.left) document.onmouseup = this.audioEndMove document.onmousemove = this.audioDoMove this.audioDoMove(e) return true } /** * Create the slider object HTML code * * Do not use an IMH tag as silder (safari drags the image as a desktop object) and keep the * div with the background-image in another span (this avoids image reloading in IE). * * @access private * @param void * @return string htmlSlider */ this.drawSlider = function() { var out = ""; out += ''; out += ''; out += '
<\/td><\/tr>
<\/div><\/td>'; out += '
<\/td>'; out += ''; out += '
'; out += '
 <\/div>'; out += '
'; out += '
<\/span><\/div>'; out += '<\/div>'; out += '<\/div>'; out += '<\/td>'; out += '
<\/td>'; out += '
<\/div><\/td>'; out += '<\/tr>'; out += '<\/table>'; return out } /** * Create the status object HTML code * * @access private * @param void * @return string htmlStatus */ this.drawStatus = function() { var out = ""; out += '
Initiating player object...<\/span><\/div><\/div><\/div>\n' return out } /** * Convert a float into a human readable timestamp in format hh:mm:ss * * @access private * @param float time * @return string timestamp (hh:mm:ss) */ this.float2timestamp = function(f) { var hours = Math.floor(f/3600); var minutes = Math.floor((f-hours*3600)/60); var seconds = Math.floor(f-hours*3600-minutes*60) if (hours <= 9) { hours = "0"+hours; } if (minutes <= 9) { minutes = "0"+minutes; } if (seconds <= 9) { seconds = "0"+seconds; } return hours+":"+minutes+":"+seconds; }; /** * Get the current player buffer level * * Attention: In case fast-start is activated the bufferProgress reamains always 0 in Windows * Media Player. Therefor we check if there was any buffering using bufferingCount and return * 100 if not. * * Real and Quicktime do not report any good percentage values. We just distinguish between 0 and 100. * * @access private * @param void * @return int buffer (0-100) */ this.getBuffer = function() { var buf = 0; if (!this.canScript()) { buf = 0; } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion < 7) { buf = (this.obj.bufferingCount > 0)?this.obj.BufferingProgress:100; } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion >= 7) { buf = (this.obj.network.bufferingCount > 0)?this.obj.network.BufferingProgress:100; } else if (this.playerType == "Windows" && this.playerAPI == "embed") { buf = (this.obj.GetBufferingCount() > 0)?this.obj.GetBufferingProgress():100; } else if (this.playerType == "Real") { buf = (this.obj.GetPlayState() == 2)?0:100; } if (!buf) { buf = 0; } return buf } /** * Get the duration of the clip if available * * For easier handling we floor the duration to 1/10 second * * The TimeScale property is a special Quicktime feature to describe te number of fractions * per second (usually it's roughly 600). We need to devide all time values by the scale * the get the value in seconds. * * @access public * @param void * @return float duration */ this.getDuration = function() { var duration = 0 if (!this.canScript()) { duration = 0; } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion < 7) { duration = this.obj.duration; } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion >= 7) { duration = this.obj.currentMedia.duration; } else if (this.playerType == "Windows" && this.playerAPI == "embed") { duration = this.obj.GetDuration(); } else if (this.playerType == "Real") { duration = this.obj.GetLength()/1000 } if (!duration) { duration = 0 } return Math.floor(duration*10)/10; } /** * Get the duration of the clip human readable * * This function just wraps around {@link this.getDuration()} * * @access public * @param void * @return string duration */ this.getDurationString = function() { return this.float2timestamp(this.getDuration()) } /** * Get the current position of the clip if available * * For easier handling we floor the duration to 1/10 second * * The TimeScale property is a special Quicktime feature to describe te number of fractions * per second (usually it's roughly 600). We need to devide all time values by the scale * the get the value in seconds. * * The checks for negative values or values beyond duration is a workaround for Windows Media * player 6.4. When under heavy load (e.g. multiple setPositions per second) the currentPosition * property contains enpredictable values. Maybe an undocumented api error message or just a bug. * * @access public * @param void * @return float position */ this.getPosition = function() { var position = 0 if (!this.canScript()) { position = 0; } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion < 7) { position = this.obj.currentPosition; } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion >= 7) { position = this.obj.controls.currentPosition; } else if (this.playerType == "Windows" && this.playerAPI == "embed") { position = this.obj.GetCurrentPosition(); } else if (this.playerType == "Real") { position = this.obj.GetPosition()/1000 // force a stop if end of clip reached if (position > 0 && position >= (this.getDuration()-0.6)) { try { this.stop(); } catch(e) { } } } if (!position || position < 0 || position > this.getDuration()) { position = 0 } return Math.floor(position*10)/10; } /** * Get the current position of the clip human readable * * This function just wraps around {@link this.getPosition()} * * @access public * @param void * @return string position */ this.getPositionString = function() { return this.float2timestamp(this.getPosition()) } /** * Get the current player status code * * Attention: Windows Media Player 9 reports the Series 9 status codes even if forced to use * the series 6 API. 0,1,2 are the same, but beware if you ever use further status codes like * "re-buffering" or "fast-forward". This will end up in unexpectable results. * * @access public * @param void * @return int status (0 = stopped, 1 = paused, 2 = playing, 3 = waiting) */ this.getStatus = function() { var stat = 0; if (!this.canScript()) { stat = 0; } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion < 7) { if (this.obj.PlayState == 0) { stat = 0; } else if (this.obj.PlayState == 1 || this.obj.PlayState == 8) { stat = 1; } else if (this.obj.PlayState == 2) { stat = 2; } else if (this.obj.PlayState >= 3) { stat = 3; } } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion >= 7) { if (this.obj.PlayState == 0) { stat = 3; } else if (this.obj.PlayState == 1 || this.obj.PlayState == 8 || this.obj.PlayState == 10) { stat = 0; } else if (this.obj.PlayState == 2) { stat = 1; } else if (this.obj.PlayState == 3) { stat = 2; } else if (this.obj.PlayState >= 4) { stat = 3; } } else if (this.playerType == "Windows" && this.playerAPI == "embed") { if (this.obj.GetPlayState() == 0) { stat = 0; } else if (this.obj.GetPlayState() == 1) { stat = 1; } else if (this.obj.GetPlayState() == 2) { stat = 2; } else if (this.obj.GetPlayState() >= 3) { stat = 3; } } else if (this.playerType == "Real") { if (this.obj.GetPlayState() == 0) { stat = 0; } else if (this.obj.GetPlayState() == 1) { stat = 3; } else if (this.obj.GetPlayState() == 2) { stat = 3; } else if (this.obj.GetPlayState() == 3) { stat = 2; } else if (this.obj.GetPlayState() >= 4) { stat = 1; } } if (!stat) { stat = 0 } return stat } /** * Get the current player status string * * This is a combination of {@link this.getStatus()} and {@link getBuffer()} * * We only display a "buffering" message if the buffer level underrun 99% to avoid a constant * switching between "Buffering 99%" and "Playing" if the internet connection is unstable or * the client uses a really tiny buffer (2 seconds or less). * * The buffer level only overrides the normal status string if the player is playing or waiting. * This avoids a constant buffering messages if player is stopped/paused or the network connection * gets lost during buffering. * * @access public * @param void * @return string status */ this.getStatusString = function() { var statusString = "" if (!this.canScript()) { statusString = "No scripting support" } else { var state = this.getStatus() var buffer = this.getBuffer() if (buffer == 0 && state >= 2) { statusString = "Buffering" } else if (buffer < 99 && state >= 2) { statusString = "Buffering "+buffer+"%" } else if (state == 0) { statusString = "Stopped" } else if (state == 1) { statusString = "Paused" } else if (state == 2) { statusString = "Playing" } else if (state == 3) { statusString = "Connecting" } else { statusString = "Unknown status" } } return statusString } /** * Get the volume level of the current player * * This function includes a helper function (decibel2volume) to convert the 1/100 decibel * damper to numeric volume levels. Array conversion is faster than logarithmic conversion. * * @access public * @param void * @return int volume (0-9) */ this.getVolume = function() { function decibel2volume(decibel) { var decibel = Math.abs(decibel) var decibelLevels = new Array(10000,2000,1397,1045,795,602,443,309,193,91,0) for(var volume=0;volume=decibelLevels[volume]) break return volume } var volume = 7 if (!this.canScript()) { volume = 7; } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion < 7) { volume = decibel2volume(this.obj.volume) } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion >= 7) { volume = Math.round(this.obj.settings.volume/10) } else if (this.playerType == "Windows" && this.playerAPI == "embed") { volume = decibel2volume(this.obj.GetVolume()) } else if (this.playerType == "Real") { volume = Math.round(this.obj.GetVolume()/10) } if (!volume) { volume = 0 } if (volume < 0) { volume = 0 } if (volume > 10) { volume = 10 } return volume } /** * Init event handling emulation * * This function inits the main loop to emulate the event handling. To avoid timing * issues we wait a bit to allow the players to start and call the function again. * * @access public * @param waited bool * @return void */ this.handleEvents = function(waited) { if (!waited) { window.setTimeout(this.objName+".handleEvents(true)",500); } else { playerInterval = window.setInterval(this.objName+".interval()",500); } } /** * A constant loop to emulate event handling cross-browser * * We re-init obj every cycle to prevent various timing issues. Also some * * @access public * @param void * @return float duration */ this.lastRealCaption = ""; this.lastStatus = ""; this.interval = function() { try { if (this.playerType == "Windows") { this.obj = document.getElementById("MediaPlayer") } else if (this.playerType == "Real") { this.obj = document.getElementById("RealAudio2") } var curPosition = this.getPosition() var curDuration = this.getDuration() var curPercent = 0 if (curDuration > 0) { curPercent = Math.floor(curPosition/curDuration*100) } var w = (this.width-36)/100*curPercent var newS = "" if(this.url == "") { newS = "The Archive for this event has expired."; } else { if (this.sliderSeeking) { newS = "Seeking "+this.float2timestamp(this.sliderPosition)+" / "+this.getDurationString() } else { if (document.getElementById("player_slider_knob")) { document.getElementById("player_slider_knob").style.left = w+"px"; document.getElementById("player_slider_bg").style.width = w+"px"; } newS = this.getStatusString()+" "+this.getPositionString()+" / "+this.getDurationString() } } if (document.getElementById("player_status") && document.getElementById("player_status").innerHTML != newS) { document.getElementById("player_status").innerHTML = newS } if (this.playerType == "Real" && this.canScript() && this.lastRealCaption != this.obj.GetAuthor()) { this.lastRealCaption = this.obj.GetAuthor(); refresh.forceCommand(this.lastRealCaption); } var curStatus = this.getStatus(); if (curStatus != this.lastStatus) { this.lastStatus = curStatus; if( document.getElementById("player_controls_start") && document.getElementById("player_controls_stop")) { switch (curStatus) { case 0: document.getElementById("player_controls_start").setAttribute("alt","Play"); document.getElementById("player_controls_start").src = "Images/player_play.gif" document.getElementById("player_controls_stop").src = "Images/player_stop_disabled.gif" break; case 1: document.getElementById("player_controls_start").setAttribute("alt","Play"); document.getElementById("player_controls_start").src = "Images/player_play.gif" document.getElementById("player_controls_stop").src = "Images/player_stop.gif" break; case 2: document.getElementById("player_controls_start").setAttribute("alt","Pause"); document.getElementById("player_controls_start").src = "Images/player_pause.gif" //document.getElementById("player_controls_stop").src = "Images/player_stop.gif" break; case 3: document.getElementById("player_controls_start").setAttribute("alt","Pause"); document.getElementById("player_controls_start").src = "Images/player_pause.gif" document.getElementById("player_controls_stop").src = "Images/player_stop.gif" break; } } } } catch(e) { } } /** * Pause the player output * * Always check the IsBroadcast flag to avoid warning messages in Windows Media Player 6.4 * before calling this.obj.pause(). The Canthis.pause() in Real is not really necessary but maybe * it will be in the future. * * @access public * @param void * @return void */ this.pause = function() { if (this.canScript()) { if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion < 7 ) { this.obj.Pause() } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion >= 7) { this.obj.controls.pause() } else if (this.playerType == "Windows" && this.playerAPI == "embed") { this.obj.Pause() } else if (this.playerType == "Real" && this.obj.CanPause()) { this.obj.DoPause() } } } /** * Set the current position of the clip if possible * * The TimeScale property is a special Quicktime feature to describe te number of fractions * per second (usually it's roughly 600). We need to devide all time values by the scale * the get the value in seconds. * * When using Darwin Streaming Server instead of progressive download setPosition and getTimeScale * can return unexpected results when heavily used. A workaround is a setRate(0) and a setRate(1) * before and after the this.setPosition(). * * Window Media Player Object API needs an extra check for currentPosition before changing it's * value. In rare cases the player already accepts API commands but throws an error if used. * This seems to happen most during transitioning process and is probably a glitch in microsofts * backward compatibility because it does not happen in series 6.4, only in series 7-9 players in * compatibility mode. * * We only allow a setPosition if not stopped and if the last setPosition call is at least 500ms ago. * The 500ms barrier is mainly a workaround to stop Windows Media Player 6.4 loosing server connection * and to stop Quicktime from eating up all system ressources. * * @access public * @param float position * @return bool */ this.setPosition = function(pos) { var pos = parseFloat(pos)+0.01; if (pos > this.getDuration()) { pos = this.getDuration() } var now = new Date(); var ms = now.getTime(); if ((ms-this.setPositionTimer)>500) { this.setPositionTimer = ms if (this.canScript() && this.getStatus() != 0 && pos > 0) { //if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion < 7 && this.obj.currentPosition) { if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion < 7) { this.obj.currentPosition = pos; //} else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion >= 7 && this.obj.controls.currentPosition) { } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion >= 7) { this.obj.controls.currentPosition = pos; } else if (this.playerType == "Windows" && this.playerAPI == "embed" ) { this.obj.SetCurrentPosition(pos); } else if (this.playerType == "Real") { this.obj.SetPosition(pos*1000) } } } } /** * Get the volume level of the current player * * This function includes a helper function (volume2decibel) to convert the numeric volume * levels to an 1/100 decibel damper. Array conversion is faster than logarithmic conversion. * * @access public * @param int volume (0-10) * @return void */ this.setVolume = function(volume) { function volume2decibel(volume) { var decibelLevels = new Array(10000,2000,1397,1045,795,602,443,309,193,91,0) return decibelLevels[volume] } if (this.canScript()) { if (volume < 0) { volume = 0 } if (volume > 10) { volume = 10 } if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion < 7) { this.obj.volume = volume2decibel(volume)*-1 } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion >= 7) { this.obj.settings.volume = volume*10 } else if (this.playerType == "Windows" && this.playerAPI == "embed") { this.obj.SetVolume(volume2decibel(volume)*-1) } else if (this.playerType == "Real") { this.obj.SetVolume(volume*10) } } } /** * Event sink for click event on volume control * * @access public * @param e eventObject * @return void */ this.setVolumeControl = function(e) { var eObj = (window.event)?window.event.srcElement:e.target var eLeft = (window.event)?window.event.offsetX:e.layerX var newV = parseInt(eLeft/parseInt(eObj.width)*11) this.setVolume(newV) } /** * Event sink for mousemove event on slider object * * Take care the slider does not leave it's boundaries and avoid reaching exact 0 or duration * because this might result in unpredictable reactions depending on the embedded player * * The function returns false if the player is stopped * * @access public * @param e eventObject * @return void */ function sliderDoMove(e) { if (window.event) { e = window.event } player.sliderDoMoveX(e) } this.sliderDoMove = sliderDoMove this.sliderDoMoveX = function(e) { if (this.getStatus() == 0) { this.sliderEndMove() } else { if (window.event) { e = window.event } var newX = parseInt(this.sliderStartObj+(e.clientX-this.sliderStartMouse)) if (newX > 0 && newX < (this.width-36)) { document.getElementById("player_slider_knob").style.left = newX+"px" document.getElementById("player_slider_bg").style.width = newX+"px" d = player.getDuration() pLeft = newX/(this.width-36)*100 this.sliderPosition = Math.round(d/100*pLeft) } } } /** * Event sink for mouseup event on slider object * * Basicly only a helper function to release the event sinks and the this.sliderSeeking * Sets the player to the specified position by the last known this.sliderPosition * * @access public * @param void * @return void */ function sliderEndMove(e) { if (window.event) { e = window.event } player.sliderEndMoveX(e) } this.sliderEndMove = sliderEndMove this.sliderEndMoveX = function() { this.sliderSeeking = false player.setPosition(this.sliderPosition) document.onmouseup = null document.onmousemove = null return true } /** * Event sink for click event on slider line * * Opera doesn't like calls to window.event in this case, therefor we transfer the * needed values into other variables instead of e=window.event. This is a workaround, * maybe it's worth to dig into this later. Opera throws a security exception, somehow * he wants to protect the event object, maybe to avoid event spoofing?! * * The function returns false if the player is stopped * * @access public * @param e eventObject * @return void */ this.sliderJump = function(e) { if (this.getStatus() != 0) { var eObj = (window.event)?window.event.srcElement:e.target var eLeft = (window.event)?window.event.offsetX:e.layerX if (eObj.id == "player_slider") { d = this.getDuration() eLeft = eLeft-8 if (eLeft<1) { eLeft = 1 } if (eLeft>this.width-36) { eLeft = this.width-36 } pLeft = eLeft/(this.width-36)*100 this.setPosition(d/100*pLeft) } } } /** * Event sink for mousedown event on slider object * * We set this.sliderSeeking to true to avoid constant movement of both {@link sliderDoMove()} * and the updates coming from {@link interval()} * * The function returns false if the player is stopped * * @access public * @param e eventObject * @return bool */ this.sliderStartMove = function(e) { if (this.getStatus() == 0) { return false } else { if (window.event) { e = window.event } this.sliderStartMouse = e.clientX this.sliderStartObj = parseInt(document.getElementById("player_slider_knob").style.left) this.sliderSeeking = true document.onmouseup = this.sliderEndMove document.onmousemove = this.sliderDoMove this.sliderDoMove(e) return true } } /** * Start the player output * * @access public * @param void * @return void */ this.start = function() { if (this.canScript()) { if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion < 7) { this.obj.Play() } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion >= 7) { this.obj.controls.Play() } else if (this.playerType == "Windows" && this.playerAPI == "embed") { this.obj.Play() } else if (this.playerType == "Real" && this.obj.CanPlay()) { this.obj.DoPlay() } } } /** * Stop the player output * * Windows Media Player 6.4 does not always return to the beginning of the clip if stopped. * Therefor we need a this.setPosition(0) before the stop. * * Quicktime does not return to the beginning of the clip if stopped. It seems this.obj.stop() * only reduces the rate to zero. Therefor we need a rewind before the stop. * * @access public * @param void * @return void */ this.stop = function() { if (this.canScript()) { if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion < 7) { this.setPosition(0); this.obj.Stop() } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion >= 7) { this.setPosition(0); this.obj.controls.Stop() } else if (this.playerType == "Windows" && this.playerAPI == "embed") { this.setPosition(0); this.obj.Stop() } else if (this.playerType == "Real" && this.obj.CanStop()) { this.obj.DoStop() } } } /** * Toggle mute state of player object * * @access public * @param void * @return void */ this.toggleMute = function() { if (this.canScript()) { var newState = true; if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion < 7) { this.obj.mute = !this.obj.mute newState = this.obj.mute; } else if (this.playerType == "Windows" && this.playerAPI == "object" && this.playerVersion >= 7) { this.obj.settings.mute = !this.obj.settings.mute newState = this.obj.settings.mute; } else if (this.playerType == "Windows" && this.playerAPI == "embed" ) { this.obj.SetMute(!this.obj.GetMute()) newState = !this.obj.GetMute(); } else if (this.playerType == "Real") { this.obj.SetMute(!this.obj.GetMute()) newState = !this.obj.GetMute(); } try { document.getElementById("player_mute").src = newState?"Images/player_audio_mute.gif":"Images/player_audio.gif"; } catch(e) {} } } }