check.jcarr.wit.com/chrome/gpu_internals.js

528 lines
17 KiB
JavaScript

// Copyright (c) 2011 The Chromium Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
// // Copyright (c) 2011 The Chromium Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
cr.define('gpu', function() {
/**
* This class provides a 'bridge' for communicating between javascript and the
* browser. When run outside of WebUI, e.g. as a regular webpage, it provides
* synthetic data to assist in testing.
* @constructor
*/
function BrowserBridge() {
// If we are not running inside WebUI, output chrome.send messages
// to the console to help with quick-iteration debugging.
this.debugMode_ = (chrome.send === undefined && console.log);
if (this.debugMode_) {
var browserBridgeTests = document.createElement('script');
browserBridgeTests.src = 'browser_bridge_tests.js';
document.body.appendChild(browserBridgeTests);
}
this.nextRequestId_ = 0;
this.pendingCallbacks_ = [];
this.logMessages_ = [];
// Tell c++ code that we are ready to receive GPU Info.
if (!this.debugMode_) {
chrome.send('browserBridgeInitialized');
this.beginRequestClientInfo_();
this.beginRequestLogMessages_();
}
}
BrowserBridge.prototype = {
__proto__: cr.EventTarget.prototype,
applySimulatedData_: function applySimulatedData(data) {
// set up things according to the simulated data
this.gpuInfo_ = data.gpuInfo;
this.clientInfo_ = data.clientInfo;
this.logMessages_ = data.logMessages;
cr.dispatchSimpleEvent(this, 'gpuInfoUpdate');
cr.dispatchSimpleEvent(this, 'clientInfoChange');
cr.dispatchSimpleEvent(this, 'logMessagesChange');
},
/**
* Returns true if the page is hosted inside Chrome WebUI
* Helps have behavior conditional to emulate_webui.py
*/
get debugMode() {
return this.debugMode_;
},
/**
* Sends a message to the browser with specified args. The
* browser will reply asynchronously via the provided callback.
*/
callAsync: function(submessage, args, callback) {
var requestId = this.nextRequestId_;
this.nextRequestId_ += 1;
this.pendingCallbacks_[requestId] = callback;
if (!args) {
chrome.send('callAsync', [requestId.toString(), submessage]);
} else {
var allArgs = [requestId.toString(), submessage].concat(args);
chrome.send('callAsync', allArgs);
}
},
/**
* Called by gpu c++ code when client info is ready.
*/
onCallAsyncReply: function(requestId, args) {
if (this.pendingCallbacks_[requestId] === undefined) {
throw new Error('requestId ' + requestId + ' is not pending');
}
var callback = this.pendingCallbacks_[requestId];
callback(args);
delete this.pendingCallbacks_[requestId];
},
/**
* Get gpuInfo data.
*/
get gpuInfo() {
return this.gpuInfo_;
},
/**
* Called from gpu c++ code when GPU Info is updated.
*/
onGpuInfoUpdate: function(gpuInfo) {
this.gpuInfo_ = gpuInfo;
cr.dispatchSimpleEvent(this, 'gpuInfoUpdate');
},
/**
* This function begins a request for the ClientInfo. If it comes back
* as undefined, then we will issue the request again in 250ms.
*/
beginRequestClientInfo_: function() {
this.callAsync('requestClientInfo', undefined, (function(data) {
if (data === undefined) { // try again in 250 ms
window.setTimeout(this.beginRequestClientInfo_.bind(this), 250);
} else {
this.clientInfo_ = data;
cr.dispatchSimpleEvent(this, 'clientInfoChange');
}
}).bind(this));
},
/**
* Returns information about the currently running Chrome build.
*/
get clientInfo() {
return this.clientInfo_;
},
/**
* This function checks for new GPU_LOG messages.
* If any are found, a refresh is triggered.
*/
beginRequestLogMessages_: function() {
this.callAsync('requestLogMessages', undefined,
(function(messages) {
if (messages.length != this.logMessages_.length) {
this.logMessages_ = messages;
cr.dispatchSimpleEvent(this, 'logMessagesChange');
}
// check again in 250 ms
window.setTimeout(this.beginRequestLogMessages_.bind(this), 250);
}).bind(this));
},
/**
* Returns an array of log messages issued by the GPU process, if any.
*/
get logMessages() {
return this.logMessages_;
},
/**
* Returns the value of the "Sandboxed" row.
*/
isSandboxedForTesting : function() {
for (i = 0; i < this.gpuInfo_.basic_info.length; ++i) {
var info = this.gpuInfo_.basic_info[i];
if (info.description == "Sandboxed")
return info.value;
}
return false;
}
};
return {
BrowserBridge: BrowserBridge
};
});
// // Copyright (c) 2012 The Chromium Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
/**
* @fileoverview This view displays information on the current GPU
* hardware. Its primary usefulness is to allow users to copy-paste
* their data in an easy to read format for bug reports.
*/
cr.define('gpu', function() {
/**
* Provides information on the GPU process and underlying graphics hardware.
* @constructor
* @extends {cr.ui.TabPanel}
*/
var InfoView = cr.ui.define(cr.ui.TabPanel);
InfoView.prototype = {
__proto__: cr.ui.TabPanel.prototype,
decorate: function() {
cr.ui.TabPanel.prototype.decorate.apply(this);
browserBridge.addEventListener('gpuInfoUpdate', this.refresh.bind(this));
browserBridge.addEventListener('logMessagesChange',
this.refresh.bind(this));
browserBridge.addEventListener('clientInfoChange',
this.refresh.bind(this));
this.refresh();
},
/**
* Updates the view based on its currently known data
*/
refresh: function(data) {
// Client info
if (browserBridge.clientInfo) {
var clientInfo = browserBridge.clientInfo;
this.setTable_('client-info', [
{
description: 'Data exported',
value: (new Date()).toLocaleString()
},
{
description: 'Chrome version',
value: clientInfo.version
},
{
description: 'Operating system',
value: clientInfo.operating_system
},
{
description: 'Software rendering list version',
value: clientInfo.blacklist_version
},
{
description: 'Driver bug list version',
value: clientInfo.driver_bug_list_version
},
{
description: 'ANGLE commit id',
value: clientInfo.angle_commit_id
},
{
description: '2D graphics backend',
value: clientInfo.graphics_backend
},
{
description: 'Command Line',
value: clientInfo.command_line
}]);
} else {
this.setText_('client-info', '... loading...');
}
// Feature map
var featureLabelMap = {
'2d_canvas': 'Canvas',
'gpu_compositing': 'Compositing',
'webgl': 'WebGL',
'multisampling': 'WebGL multisampling',
'flash_3d': 'Flash',
'flash_stage3d': 'Flash Stage3D',
'flash_stage3d_baseline': 'Flash Stage3D Baseline profile',
'texture_sharing': 'Texture Sharing',
'video_decode': 'Video Decode',
'video_encode': 'Video Encode',
'panel_fitting': 'Panel Fitting',
'rasterization': 'Rasterization',
'multiple_raster_threads': 'Multiple Raster Threads',
'native_gpu_memory_buffers': 'Native GpuMemoryBuffers',
'vpx_decode': 'VPx Video Decode',
'webgl2': 'WebGL2',
'checker_imaging': 'CheckerImaging',
};
var statusMap = {
'disabled_software': {
'label': 'Software only. Hardware acceleration disabled',
'class': 'feature-yellow'
},
'disabled_off': {
'label': 'Disabled',
'class': 'feature-red'
},
'disabled_off_ok': {
'label': 'Disabled',
'class': 'feature-yellow'
},
'unavailable_software': {
'label': 'Software only, hardware acceleration unavailable',
'class': 'feature-yellow'
},
'unavailable_off': {
'label': 'Unavailable',
'class': 'feature-red'
},
'unavailable_off_ok': {
'label': 'Unavailable',
'class': 'feature-yellow'
},
'enabled_readback': {
'label': 'Hardware accelerated but at reduced performance',
'class': 'feature-yellow'
},
'enabled_force': {
'label': 'Hardware accelerated on all pages',
'class': 'feature-green'
},
'enabled': {
'label': 'Hardware accelerated',
'class': 'feature-green'
},
'enabled_on': {
'label': 'Enabled',
'class': 'feature-green'
},
'enabled_force_on': {
'label': 'Force enabled',
'class': 'feature-green'
},
};
// GPU info, basic
var diagnosticsDiv = this.querySelector('.diagnostics');
var diagnosticsLoadingDiv = this.querySelector('.diagnostics-loading');
var featureStatusList = this.querySelector('.feature-status-list');
var problemsDiv = this.querySelector('.problems-div');
var problemsList = this.querySelector('.problems-list');
var workaroundsDiv = this.querySelector('.workarounds-div');
var workaroundsList = this.querySelector('.workarounds-list');
var gpuInfo = browserBridge.gpuInfo;
var i;
if (gpuInfo) {
// Not using jstemplate here for blacklist status because we construct
// href from data, which jstemplate can't seem to do.
if (gpuInfo.featureStatus) {
// feature status list
featureStatusList.textContent = '';
for (var featureName in gpuInfo.featureStatus.featureStatus) {
var featureStatus =
gpuInfo.featureStatus.featureStatus[featureName];
var featureEl = document.createElement('li');
var nameEl = document.createElement('span');
if (!featureLabelMap[featureName])
console.log('Missing featureLabel for', featureName);
nameEl.textContent = featureLabelMap[featureName] + ': ';
featureEl.appendChild(nameEl);
var statusEl = document.createElement('span');
var statusInfo = statusMap[featureStatus];
if (!statusInfo) {
console.log('Missing status for ', featureStatus);
statusEl.textContent = 'Unknown';
statusEl.className = 'feature-red';
} else {
statusEl.textContent = statusInfo['label'];
statusEl.className = statusInfo['class'];
}
featureEl.appendChild(statusEl);
featureStatusList.appendChild(featureEl);
}
// problems list
if (gpuInfo.featureStatus.problems.length) {
problemsDiv.hidden = false;
problemsList.textContent = '';
for (i = 0; i < gpuInfo.featureStatus.problems.length; i++) {
var problem = gpuInfo.featureStatus.problems[i];
var problemEl = this.createProblemEl_(problem);
problemsList.appendChild(problemEl);
}
} else {
problemsDiv.hidden = true;
}
// driver bug workarounds list
if (gpuInfo.featureStatus.workarounds.length) {
workaroundsDiv.hidden = false;
workaroundsList.textContent = '';
for (i = 0; i < gpuInfo.featureStatus.workarounds.length; i++) {
var workaroundEl = document.createElement('li');
workaroundEl.textContent = gpuInfo.featureStatus.workarounds[i];
workaroundsList.appendChild(workaroundEl);
}
} else {
workaroundsDiv.hidden = true;
}
} else {
featureStatusList.textContent = '';
problemsList.hidden = true;
workaroundsList.hidden = true;
}
if (gpuInfo.basic_info)
this.setTable_('basic-info', gpuInfo.basic_info);
else
this.setTable_('basic-info', []);
if (gpuInfo.compositorInfo)
this.setTable_('compositor-info', gpuInfo.compositorInfo);
else
this.setTable_('compositor-info', []);
if (gpuInfo.gpuMemoryBufferInfo)
this.setTable_('gpu-memory-buffer-info', gpuInfo.gpuMemoryBufferInfo);
else
this.setTable_('gpu-memory-buffer-info', []);
if (gpuInfo.diagnostics) {
diagnosticsDiv.hidden = false;
diagnosticsLoadingDiv.hidden = true;
$('diagnostics-table').hidden = false;
this.setTable_('diagnostics-table', gpuInfo.diagnostics);
} else if (gpuInfo.diagnostics === null) {
// gpu_internals.cc sets diagnostics to null when it is being loaded
diagnosticsDiv.hidden = false;
diagnosticsLoadingDiv.hidden = false;
$('diagnostics-table').hidden = true;
} else {
diagnosticsDiv.hidden = true;
}
} else {
this.setText_('basic-info', '... loading ...');
diagnosticsDiv.hidden = true;
featureStatusList.textContent = '';
problemsDiv.hidden = true;
}
// Log messages
jstProcess(new JsEvalContext({values: browserBridge.logMessages}),
$('log-messages'));
},
createProblemEl_: function(problem) {
var problemEl;
problemEl = document.createElement('li');
// Description of issue
var desc = document.createElement('a');
desc.textContent = problem.description;
problemEl.appendChild(desc);
// Spacing ':' element
if (problem.crBugs.length > 0) {
var tmp = document.createElement('span');
tmp.textContent = ': ';
problemEl.appendChild(tmp);
}
var nbugs = 0;
var j;
// crBugs
for (j = 0; j < problem.crBugs.length; ++j) {
if (nbugs > 0) {
var tmp = document.createElement('span');
tmp.textContent = ', ';
problemEl.appendChild(tmp);
}
var link = document.createElement('a');
var bugid = parseInt(problem.crBugs[j]);
link.textContent = bugid;
link.href = 'http://crbug.com/' + bugid;
problemEl.appendChild(link);
nbugs++;
}
if (problem.affectedGpuSettings.length > 0) {
var brNode = document.createElement('br');
problemEl.appendChild(brNode);
var iNode = document.createElement('i');
problemEl.appendChild(iNode);
var headNode = document.createElement('span');
if (problem.tag == 'disabledFeatures')
headNode.textContent = 'Disabled Features: ';
else // problem.tag == 'workarounds'
headNode.textContent = 'Applied Workarounds: ';
iNode.appendChild(headNode);
for (j = 0; j < problem.affectedGpuSettings.length; ++j) {
if (j > 0) {
var separateNode = document.createElement('span');
separateNode.textContent = ', ';
iNode.appendChild(separateNode);
}
var nameNode = document.createElement('span');
if (problem.tag == 'disabledFeatures')
nameNode.classList.add('feature-red');
else // problem.tag == 'workarounds'
nameNode.classList.add('feature-yellow');
nameNode.textContent = problem.affectedGpuSettings[j];
iNode.appendChild(nameNode);
}
}
return problemEl;
},
setText_: function(outputElementId, text) {
var peg = document.getElementById(outputElementId);
peg.textContent = text;
},
setTable_: function(outputElementId, inputData) {
var template = jstGetTemplate('info-view-table-template');
jstProcess(new JsEvalContext({value: inputData}),
template);
var peg = document.getElementById(outputElementId);
if (!peg)
throw new Error('Node ' + outputElementId + ' not found');
peg.innerHTML = '';
peg.appendChild(template);
}
};
return {
InfoView: InfoView
};
});
var browserBridge;
/**
* Main entry point. called once the page has loaded.
*/
function onLoad() {
browserBridge = new gpu.BrowserBridge();
// Create the views.
cr.ui.decorate('#info-view', gpu.InfoView);
}
document.addEventListener('DOMContentLoaded', onLoad);