Loadingiron390

Chrome URLs are the short URLs used to access different functions of the Google Chrome web browser. Typing them on the URL bar and pressing enter will bring specific functions such as Chrome settings, History, Downloads list, Installed Extensions, etc. You don’t have to navigate using your mouse to access these functions if you know the Chrome URLs. So, here we are sharing some of the I mean most of such short URLs to help you in the process. So, have a look.

List of Chrome URLs

1. Chrome://about/ is already a URL using the chrome:// scheme (i.e. Internal to Google Chrome). Claiming that you can link to a chrome:// URL from a webpage based on there being links from a Chrome internal page is erroneous and a flawed comparison. It has already been clearly established that you can have such links from already privileged URLs/code (see answers detailing how to do so from an.
2. Use the onUpdated event to detect when a page has changed its location, and chrome.tabs.update to change its URL. Avoid an infinite loop though! Avoid an infinite loop though! The first one is the best one, because it is activated before a page is even requested.
3. At the top of Chrome's inspector (in the Network tab) is a checkbox which says Preserve log. Enable this option. Now it doesn't matter at all how the page navigates, the inspector will keep all log history - including the redirect response. Older versions of Chrome. At the bottom of Chrome's inspector (in the Network tab) is a button with a.

We categorized the URLs in different sections to help you better in finding the desired ones quickly. So, have a look at this list.

Chrome Urls List

Basic Chrome URLs

These are the basic URLs in Google Chrome which could be used for accessing simple functions like Settings, Plugins, Extensions, Downloads, etc.

.chrome.exe -incognito I can also pass a URL to open.chrome.exe google.com Each work fine on their own, but I can't get them to work together. What I want is to launch it with a URL, and open in its own tab, and hide the URL, buttons, etc., like a utility window, but I do want it resizable.

• chrome://settings
• chrome://flags
• chrome://plugins
• chrome://downloads
• chrome://extensions
• chrome://history

About function Chrome URLs

These Chrome URLs can be used for knowing and analyzing different functions and processes inside the browser.

• about:memory
• about:stats
• about:network
• about:histograms
• about:dns
• about:cache
• about:crash
• about:plugins
• about:version

Chrome URLs for Debugging Purposes

These Chrome URLs can help you debug errors or problems in case your browser crashed or not responding for a while.

• chrome://badcastcrash
• chrome://crash
• chrome://crashdump
• chrome://kill
• chrome://hang
• chrome://shorthang
• chrome://gpuclean
• chrome://gpucrash
• chrome://gpuhang
• chrome://ppapiflashcrash
• chrome://ppapiflashhang
• chrome://quit/
• chrome://restart/

Other Chrome URLs

• chrome://appcache-internals
• chrome://blob-internals
• chrome://bookmarks
• chrome://cache
• chrome://chrome-urls
• chrome://crashes
• chrome://credits
• chrome://dns
• chrome://flash
• chrome://gpu-internals
• chrome://histograms
• chrome://history
• chrome://ipc
• chrome://inspect
• chrome://media-internals
• chrome://memory
• chrome://net-internals
• chrome://view-http-cache
• chrome://newtab
• chrome://omnibox
• chrome://policy
• chrome://predictors
• chrome://print
• chrome://profiler
• chrome://quota-internals
• chrome://sessions
• chrome://stats
• chrome://sync-internals
• chrome://tasks
• chrome://terms
• chrome://tracing
• chrome://tcmalloc
• chrome://version
• chrome://conflicts
• chrome://workers

Chrome Url Bug

Use them after completely knowing what they do on your browser. Incorrect use of these functions may lead to some problems in your browser as well as in your computer. You can find many resources on the internet stating each function thoroughly. So, in case you wanted to use them, always analyze those sources. Alternatively, you can find them directly from Chrome by accessing chrome://chrome-urls/.

Chrome Url Box

Https Chrome Urls

Introduction

This section describes how to use the URLLoader API to load resources such as images and sound files from a server into your application.

The example discussed in this section is included in the SDK in the directory examples/api/url_loader.

Reference information

For reference information related to loading data from URLs, see the following documentation:

• url_loader.h - Contains URLLoader class for loading data from URLs
• url_request_info.h - Contains URLRequest class for creating and manipulating URL requests
• url_response_info.h - Contains URLResponse class for examaning URL responses

Background

When a user launches your Native Client web application, Chrome downloads and caches your application’s HTML file, manifest file (.nmf), and Native Client module (.pexe or .nexe). If your application needs additional assets, such as images and sound files, it must explicitly load those assets. You can use the Pepper APIs described in this section to load assets from a URL into your application.

After you’ve loaded assets into your application, Chrome will cache those assets. To avoid being at the whim of the Chrome cache, however, you may want to use the Pepper FileIO API to write those assets to a persistent, sandboxed location on the user’s file system.

The url_loader example

The SDK includes an example called url_loader demonstrating downloading files from a server. This example has these primary files:

Chrome Url Tab

• index.html - The HTML code that launches the Native Client module.
• example.js - The JavaScript file for index.html. It has code that sends a PostMessage request to the Native Client module when the “Get URL” button is clicked.
• url_loader_success.html - An HTML file on the server whose contents are being retrieved using the URLLoader API.
• url_loader.cc - The code that sets up and provides and entry point into the Native client module.
• url_loader_handler.cc - The code that retrieves the contents of the url_loader_success.html file and returns the results (this is where the bulk of the work is done).

The remainder of this document covers the code in the url_loader.cc and url_loader_handler.cc files.

URL loading overview

Like many Pepper APIs, the URLLoader API includes a set of methods that execute asynchronously and that invoke callback functions in your Native Client module. The high-level flow for the url_loader example is described below. Note that methods in the namespace pp::URLLoader are part of the Pepper URLLoader API, while the rest of the functions are part of the code in the Native Client module (specifically in the file url_loader_handler.cc). The following image shows the flow of the url_loader_handler code:

Following are the high-level steps involved in URL loading.

1. The Native Client module calls pp::URLLoader::Open to begin opening the URL.
2. When Open completes, it invokes a callback function in the Native Client module (in this case, OnOpen).
3. The Native Client module calls the Pepper function URLLoader::ReadResponseBody to begin reading the response body with the data. ReadResponseBody is passed an optional callback function in the Native Client module (in this case, On Read). The callback function is an optional callback because ReadResponseBody may read data and return synchronously if data is available (this improves performance for large files and fast connections).

The remainder of this document demonstrates how the previous steps are implemented in the url_loader example.

url_loader deep dive

Chrome Url Commands

Setting up the request

HandleMessage in url_loader.cc creates a URLLoaderHandler instance and passes it the URL of the asset to be retrieved. Then HandleMessage calls Start to start retrieving the asset from the server:

Notice that the constructor for URLLoaderHandler in url_loader_handler.cc sets up the parameters of the URL request (using SetURL,SetMethod, and SetRecordDownloadProgress):

Downloading the data

Start in url_loader_handler.cc creates a callback (cc) using a CompletionCallbackFactory. The callback is passed to Open to be called upon its completion. Open begins loading the URLRequestInfo.

OnOpen ensures that the Open call was successful and, if so, calls GetDownloadProgress to determine the amount of data to be downloaded so it can allocate memory for the response body.

Note that the amount of data to be downloaded may be unknown, in which case GetDownloadProgress sets total_bytes_to_be_received to -1. It is not a problem if total_bytes_to_be_received is set to -1 or if GetDownloadProgress fails; in these scenarios memory for the read buffer can’t be allocated in advance and must be allocated as data is received.

Finally, OnOpen calls ReadBody.

ReadBody creates another CompletionCallback (a NewOptionalCallback) and passes it to ReadResponseBody, which reads the response body, and AppendDataBytes, which appends the resulting data to the previously read data.

Eventually either all the bytes have been read for the entire file (resulting in PP_OK or 0), all the bytes have been read for what has been downloaded, but more is to be downloaded (PP_OK_COMPLETIONPENDING or -1), or there is an error (less than -1). OnRead is called in the event of an error or PP_OK.

Displaying a result

Chrome Url Bar Missing

OnRead calls ReportResultAndDie when either an error or PP_OK is returned to indicate streaming of file is complete. ReportResultAndDie then calls ReportResult, which calls PostMessage to send the result back to the HTML page.