- #Ghost browser screen resolution code#
- #Ghost browser screen resolution mac#
- #Ghost browser screen resolution windows#
Browser fingerprints are typically generated based on a user’s browser version, operating system, timezone, language settings, screen size, and many other variables. But the toolkit methods listed here will work on most platforms just fine and because they're cross-platform, you won't need to use special cases to import specific packages to make this work.Modern bot-detection and anti-fraud systems rely on ‘browser fingerprinting’ to detect suspicious or potentially fraudulent traffic.
#Ghost browser screen resolution windows#
For example, on Windows you can use PyWin32's win32api or ctypes. There are additional methods of getting this information that are platform dependent. Wrapping UpĪt this point, you should be able to get the screen resolution on any OS you're on. And as you probably know, both of these libraries are available on Windows, Linux and Mac.
If you have PyQt4 instead, then you'll want to change the import at the beginning to the following: Width, height = screen_resolution.width(), screen_resolution.height() Screen_resolution = app.desktop().screenGeometry() Using PySide / PyQtĪs you've probably guessed, you can also get the screen resolution using PySide and PyQt. It also provides screen resolution, although it requires you to create an "app" object too:įortunately, Tkinter is also available on all 3 major platforms, so you can use this method pretty much anywhere. The Tkinter library is usually included with Python, so you should have this one be default. It should also be noted that wxPython runs on all three major platforms. This is still an easy way to get the resolution you're looking for. It's a bit less useful in that you actually need to create an App object before you can get the resolution though. Using wxPythonĪs you might expect, the wxPython toolkit also provides a method for getting your screen resolution.
#Ghost browser screen resolution mac#
There is supposed to be a Mac version in development as well. Note that PyGTK is available for Windows and Linux. That was pretty straightforward as PyGTK has those methods built-in. If you happen to have PyGTK installed, then you can get your screen resolution using that. Of course the above method is Linux-only.
#Ghost browser screen resolution code#
The rest of the code just parses out the width and height of the monitor. Then I closed the stdout of the first process to basically flush whatever it had returned to the second process.
I piped the output from xrandr to my second subprocess via its stdin. Whenever you need to pipe data with Python, you will need to create two different subprocess instances. Resolution_string, junk = p2.communicate() P2 = subprocess.Popen(cmd2, stdin=p.stdout, stdout=subprocess.PIPE) P = subprocess.Popen(cmd, stdout=subprocess.PIPE) I then had to take that information and translate it into Python. I eventually found the following command: I wanted to find a way to get the screen resolution without installing a third party module. If you do a Google search, you'll see people using various Python GUI toolkits. There are several ways to get your screen resolution in Linux. Let's get started! Using the Linux Command Line Not all of the solutions will be cross-platform, but I'll be sure to mention that fact when I discuss those methods. In this article, we'll look at some of the ways to get your screen resolution. I was recently looking into ways to get my screen resolution with Python to help diagnose an issue with an application that wasn't behaving correctly.
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