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Use python to automate firefox. Automate Your Web Browser Actions by Selenium | Bukisa.com. Selenium Remote-Control. Selenium Remote Control (RC) is a test tool that allows you to write automated web application UI tests in any programming language against any HTTP website using any mainstream JavaScript-enabled browser. Selenium RC comes in two parts. A server which automatically launches and kills browsers, and acts as a HTTP proxy for web requests from them. Client libraries for your favorite computer language. Here is a simplified architectural representation.... Selenium Remote Control is great for testing complex AJAX-based web user interfaces under a Continuous Integration system.

It is also an ideal solution for users of Selenium IDE who want to write tests in a more expressive programming language than the Selenese HTML table format. Read More about Selenium Remote-Control in our documentation. 20.1. webbrowser — Convenient Web-browser controller — Python v2. Source code: Lib/webbrowser.py The webbrowser module provides a high-level interface to allow displaying Web-based documents to users. Under most circumstances, simply calling the open() function from this module will do the right thing. Under Unix, graphical browsers are preferred under X11, but text-mode browsers will be used if graphical browsers are not available or an X11 display isn’t available.

If text-mode browsers are used, the calling process will block until the user exits the browser. If the environment variable BROWSER exists, it is interpreted to override the platform default list of browsers, as an os.pathsep-separated list of browsers to try in order. When the value of a list part contains the string %s, then it is interpreted as a literal browser command line to be used with the argument URL substituted for %s; if the part does not contain %s, it is simply interpreted as the name of the browser to launch. python -m webbrowser -t " Notes: Footnotes. Automate firefox with python. Mechanize. Stateful programmatic web browsing in Python, after Andy Lester’s Perl module WWW::Mechanize.

The examples below are written for a website that does not exist (example.com), so cannot be run. There are also some working examples that you can run. import reimport mechanize br = mechanize.Browser()br.open(" follow second link with element text matching regular expressionresponse1 = br.follow_link(text_regex=r"cheese\s*shop", nr=1)assert br.viewing_html()print br.title()print response1.geturl()print response1.info() # headersprint response1.read() # body br.select_form(name="order")# Browser passes through unknown attributes (including methods)# to the selected HTMLForm.br["cheeses"] = ["mozzarella", "caerphilly"] # (the method here is __setitem__)# Submit current form. Browser calls .close() on the current response on# navigation, so this closes response1response2 = br.submit() mechanize exports the complete interface of urllib2:

Twill's Python API. Using TwillBrowser Making extensions twill is essentially a thin shell around the mechanize package. All twill commands are implemented in the commands.py file, and pyparsing does the work of parsing the input and converting it into Python commands (see parse.py). Interactive shell work and readline support is implemented via the cmd module (from the standard Python library). There are two fairly simple ways to use twill from Python. (They are compatible with each other, so you don't need to choose between them; just use whichever is appropriate.) The first is to simply import all of the commands in commands.py and use them directly from Python. From twill.commands import * go(" showforms() This has the advantage of being very simple, as well as being tied directly to the documented set of commands in the commands reference. However, the functions in commands.py are too simple for some situations.

To talk to the Web browser directly, call the get_browser function: