rtc_tools/loopback_test/loopback_test.html - src - Git at Google

 <!DOCTYPE html>
 <!--
   This page was created to help debug and study webrtc issues such as
   bandwidth estimation problems. It allows one to easily launch a test
   case that establishs a connection between 2 peer connections
 -->
 <html>
 <head>
 <title>Loopback test</title>

 <!-- In order to plot graphs, this tools uses google visualization API which is
      loaded via goog.load provided by google api. -->
 <script src="//www.google.com/jsapi"></script>

 <!-- This file is included to allow loopback_test.js instantiate a
      RTCPeerConnection on a browser and version agnostic way. -->
 <script src="adapter.js"></script>

 <!-- Provides class StatTracker used by loopback_test.js to keep track of
      RTCPeerConnection stats -->
 <script src="stat_tracker.js"></script>

 <!-- Provides LoopbackTest class which has the core logic for the test itself.
      Such as: create 2 peer connections, establish a call, filter turn
      candidates, constraint video bitrate etc.
   -->
 <script src="loopback_test.js"></script>

 <style>
 #chart {
   height: 400px;
 }

 #control-range {
   height: 100px;
 }
 </style>
 </head>
 <body>
 <div id="test-launcher">
   <p>Duration (s): <input id="duration" type="text"></p>
   <p>Max video bitrate (kbps): <input id="max-video-bitrate" type="text"></p>
   <p>Peer connection constraints: <input id="pc-constraints" type="text"></p>
   <p>Force TURN: <input id="force-turn" type="checkbox" checked></p>
   <p><input id="launcher-button" type="button" value="Run test">
   <div id="test-status" style="display:none"></div>
   <div id="dashboard">
     <div id="control-category"></div>
     <div id="chart"></div>
     <div id="control-range"></div>
   </div>
 </div>
 <script>
 google.load('visualization', '1.0', {'packages':['controls']});

 var durationInput = document.getElementById('duration');
 var maxVideoBitrateInput = document.getElementById('max-video-bitrate');
 var forceTurnInput = document.getElementById('force-turn');
 var launcherButton = document.getElementById('launcher-button');
 var autoModeInput = document.createElement('input');
 var testStatus = document.getElementById('test-status');
 var pcConstraintsInput = document.getElementById('pc-constraints');

 launcherButton.onclick = start;

 // Load parameters from the url if present. This allows one to link to
 // a specific test configuration and is used to automatically pass parameters
 // for scripts such as record-test.sh
 function getURLParameter(name, default_value) {
   var search =
       RegExp('(^\\?|&)' + name + '=' + '(.+?)(&|$)').exec(location.search);
   if (search)
     return decodeURI(search[2]);
   else
     return default_value;
 }

 durationInput.value = getURLParameter('duration', 10);
 maxVideoBitrateInput.value = getURLParameter('max-video-bitrate', 2000);
 forceTurnInput.checked = (getURLParameter('force-turn', 'true') === 'true');
 autoModeInput.checked = (getURLParameter('auto-mode', 'false') === 'true');
 pcConstraintsInput.value = getURLParameter('pc-constraints', '');

 if (autoModeInput.checked) start();

 function start() {
   var durationMs = parseInt(durationInput.value) * 1000;
   var maxVideoBitrateKbps = parseInt(maxVideoBitrateInput.value);
   var forceTurn = forceTurnInput.checked;
   var autoClose = autoModeInput.checked;
   var pcConstraints = pcConstraintsInput.value == "" ?
                       null : JSON.parse(pcConstraintsInput.value);

   var updateStatusInterval;
   var testFinished = false;
   function updateStatus() {
     if (testFinished) {
       testStatus.innerHTML = 'Test finished';
       if (updateStatusInterval) {
 	clearInterval(updateStatusInterval);
         updateStatusInterval = null;
       }
     } else {
       if (!updateStatusInterval) {
         updateStatusInterval = setInterval(updateStatus, 1000);
         testStatus.innerHTML = 'Running';
       }
       testStatus.innerHTML += '.';
     }
   }

   if (!(isFinite(maxVideoBitrateKbps) && maxVideoBitrateKbps > 0)) {
     // TODO(andresp): Get a better way to show errors than alert.
     alert("Invalid max video bitrate");
     return;
   }

   if (!(isFinite(durationMs) && durationMs > 0)) {
     alert("Invalid duration");
     return;
   }

   durationInput.disabled = true;
   forceTurnInput.disabled = true;
   maxVideoBitrateInput.disabled = true;
   launcherButton.style.display = 'none';
   testStatus.style.display = 'block';

   getUserMedia({audio:true, video:true},
                 gotStream, function() {});

   function gotStream(stream) {
     updateStatus();
     var test = new LoopbackTest(stream, durationMs,
                                 forceTurn,
                                 pcConstraints,
                                 maxVideoBitrateKbps);
     test.run(onTestFinished.bind(test));
   }

   function onTestFinished() {
     testFinished = true;
     updateStatus();
     if (autoClose) {
       window.close();
     } else {
       plotStats(this.getResults());
     }
   }
 }

 function plotStats(data) {
   var dashboard = new google.visualization.Dashboard(
       document.getElementById('dashboard'));

   var chart = new google.visualization.ChartWrapper({
       'containerId': 'chart',
       'chartType': 'LineChart',
       'options': { 'pointSize': 0, 'lineWidth': 1, 'interpolateNulls': true },
     });

   var rangeFilter = new google.visualization.ControlWrapper({
      'controlType': 'ChartRangeFilter',
      'containerId': 'control-range',
      'options': {
        'filterColumnIndex': 0,
        'ui': {
          'chartType': 'ScatterChart',
          'chartOptions': {
            'hAxis': {'baselineColor': 'none'}
          },
          'chartView': {
            'columns': [0, 1]
          },
          'minRangeSize': 1000 // 1 second
        }
      },
    });

   // Create a table with the columns of the dataset.
   var columnsTable = new google.visualization.DataTable();
   columnsTable.addColumn('number', 'columnIndex');
   columnsTable.addColumn('string', 'columnLabel');
   var initState = {selectedValues: []};
   for (var i = 1; i < data.getNumberOfColumns(); i++) {
     columnsTable.addRow([i, data.getColumnLabel(i)]);
     initState.selectedValues.push(data.getColumnLabel(i));
   }

   var columnFilter = new google.visualization.ControlWrapper({
     controlType: 'CategoryFilter',
     containerId: 'control-category',
     dataTable: columnsTable,
     options: {
       filterColumnLabel: 'columnLabel',
       ui: {
         label: '',
         allowNone: false,
         selectedValuesLayout: 'aside'
       }
     },
     state: initState
   });
   google.visualization.events.addListener(columnFilter, 'statechange',
     function () {
       var state = columnFilter.getState();
       var row;
       var columnIndices = [0];
       for (var i = 0; i < state.selectedValues.length; i++) {
         row = columnsTable.getFilteredRows([{
             column: 1,
             value: state.selectedValues[i]}])[0];
         columnIndices.push(columnsTable.getValue(row, 0));
       }
       // Sort the indices into their original order
       columnIndices.sort(function (a, b) { return (a - b); });
       chart.setView({columns: columnIndices});
       chart.draw();
     });

   columnFilter.draw();
   dashboard.bind([rangeFilter], [chart]);
   dashboard.draw(data);
 }
 </script>
 </body>
 </html>
	<!DOCTYPE html>
	<!--
	This page was created to help debug and study webrtc issues such as
	bandwidth estimation problems. It allows one to easily launch a test
	case that establishs a connection between 2 peer connections
	-->
	<html>
	<head>
	<title>Loopback test</title>

	<!-- In order to plot graphs, this tools uses google visualization API which is
	loaded via goog.load provided by google api. -->
	<script src="//www.google.com/jsapi"></script>

	<!-- This file is included to allow loopback_test.js instantiate a
	RTCPeerConnection on a browser and version agnostic way. -->
	<script src="adapter.js"></script>

	<!-- Provides class StatTracker used by loopback_test.js to keep track of
	RTCPeerConnection stats -->
	<script src="stat_tracker.js"></script>

	<!-- Provides LoopbackTest class which has the core logic for the test itself.
	Such as: create 2 peer connections, establish a call, filter turn
	candidates, constraint video bitrate etc.
	-->
	<script src="loopback_test.js"></script>

	<style>
	#chart {
	height: 400px;
	}

	#control-range {
	height: 100px;
	}
	</style>
	</head>
	<body>
	<div id="test-launcher">
	<p>Duration (s): <input id="duration" type="text"></p>
	<p>Max video bitrate (kbps): <input id="max-video-bitrate" type="text"></p>
	<p>Peer connection constraints: <input id="pc-constraints" type="text"></p>
	<p>Force TURN: <input id="force-turn" type="checkbox" checked></p>
	<p><input id="launcher-button" type="button" value="Run test">
	<div id="test-status" style="display:none"></div>
	<div id="dashboard">
	<div id="control-category"></div>
	<div id="chart"></div>
	<div id="control-range"></div>
	</div>
	</div>
	<script>
	google.load('visualization', '1.0', {'packages':['controls']});

	var durationInput = document.getElementById('duration');
	var maxVideoBitrateInput = document.getElementById('max-video-bitrate');
	var forceTurnInput = document.getElementById('force-turn');
	var launcherButton = document.getElementById('launcher-button');
	var autoModeInput = document.createElement('input');
	var testStatus = document.getElementById('test-status');
	var pcConstraintsInput = document.getElementById('pc-constraints');

	launcherButton.onclick = start;

	// Load parameters from the url if present. This allows one to link to
	// a specific test configuration and is used to automatically pass parameters
	// for scripts such as record-test.sh
	function getURLParameter(name, default_value) {
	var search =
	RegExp('(^\\?\|&)' + name + '=' + '(.+?)(&\|$)').exec(location.search);
	if (search)
	return decodeURI(search[2]);
	else
	return default_value;
	}

	durationInput.value = getURLParameter('duration', 10);
	maxVideoBitrateInput.value = getURLParameter('max-video-bitrate', 2000);
	forceTurnInput.checked = (getURLParameter('force-turn', 'true') === 'true');
	autoModeInput.checked = (getURLParameter('auto-mode', 'false') === 'true');
	pcConstraintsInput.value = getURLParameter('pc-constraints', '');

	if (autoModeInput.checked) start();

	function start() {
	var durationMs = parseInt(durationInput.value) * 1000;
	var maxVideoBitrateKbps = parseInt(maxVideoBitrateInput.value);
	var forceTurn = forceTurnInput.checked;
	var autoClose = autoModeInput.checked;
	var pcConstraints = pcConstraintsInput.value == "" ?
	null : JSON.parse(pcConstraintsInput.value);

	var updateStatusInterval;
	var testFinished = false;
	function updateStatus() {
	if (testFinished) {
	testStatus.innerHTML = 'Test finished';
	if (updateStatusInterval) {
	clearInterval(updateStatusInterval);
	updateStatusInterval = null;
	}
	} else {
	if (!updateStatusInterval) {
	updateStatusInterval = setInterval(updateStatus, 1000);
	testStatus.innerHTML = 'Running';
	}
	testStatus.innerHTML += '.';
	}
	}

	if (!(isFinite(maxVideoBitrateKbps) && maxVideoBitrateKbps > 0)) {
	// TODO(andresp): Get a better way to show errors than alert.
	alert("Invalid max video bitrate");
	return;
	}

	if (!(isFinite(durationMs) && durationMs > 0)) {
	alert("Invalid duration");
	return;
	}

	durationInput.disabled = true;
	forceTurnInput.disabled = true;
	maxVideoBitrateInput.disabled = true;
	launcherButton.style.display = 'none';
	testStatus.style.display = 'block';

	getUserMedia({audio:true, video:true},
	gotStream, function() {});

	function gotStream(stream) {
	updateStatus();
	var test = new LoopbackTest(stream, durationMs,
	forceTurn,
	pcConstraints,
	maxVideoBitrateKbps);
	test.run(onTestFinished.bind(test));
	}

	function onTestFinished() {
	testFinished = true;
	updateStatus();
	if (autoClose) {
	window.close();
	} else {
	plotStats(this.getResults());
	}
	}
	}

	function plotStats(data) {
	var dashboard = new google.visualization.Dashboard(
	document.getElementById('dashboard'));

	var chart = new google.visualization.ChartWrapper({
	'containerId': 'chart',
	'chartType': 'LineChart',
	'options': { 'pointSize': 0, 'lineWidth': 1, 'interpolateNulls': true },
	});

	var rangeFilter = new google.visualization.ControlWrapper({
	'controlType': 'ChartRangeFilter',
	'containerId': 'control-range',
	'options': {
	'filterColumnIndex': 0,
	'ui': {
	'chartType': 'ScatterChart',
	'chartOptions': {
	'hAxis': {'baselineColor': 'none'}
	},
	'chartView': {
	'columns': [0, 1]
	},
	'minRangeSize': 1000 // 1 second
	}
	},
	});

	// Create a table with the columns of the dataset.
	var columnsTable = new google.visualization.DataTable();
	columnsTable.addColumn('number', 'columnIndex');
	columnsTable.addColumn('string', 'columnLabel');
	var initState = {selectedValues: []};
	for (var i = 1; i < data.getNumberOfColumns(); i++) {
	columnsTable.addRow([i, data.getColumnLabel(i)]);
	initState.selectedValues.push(data.getColumnLabel(i));
	}

	var columnFilter = new google.visualization.ControlWrapper({
	controlType: 'CategoryFilter',
	containerId: 'control-category',
	dataTable: columnsTable,
	options: {
	filterColumnLabel: 'columnLabel',
	ui: {
	label: '',
	allowNone: false,
	selectedValuesLayout: 'aside'
	}
	},
	state: initState
	});
	google.visualization.events.addListener(columnFilter, 'statechange',
	function () {
	var state = columnFilter.getState();
	var row;
	var columnIndices = [0];
	for (var i = 0; i < state.selectedValues.length; i++) {
	row = columnsTable.getFilteredRows([{
	column: 1,
	value: state.selectedValues[i]}])[0];
	columnIndices.push(columnsTable.getValue(row, 0));
	}
	// Sort the indices into their original order
	columnIndices.sort(function (a, b) { return (a - b); });
	chart.setView({columns: columnIndices});
	chart.draw();
	});

	columnFilter.draw();
	dashboard.bind([rangeFilter], [chart]);
	dashboard.draw(data);
	}
	</script>
	</body>
	</html>