mss · PyPI

Very basic, it will grab one screen shot by monitor or a screen shot of all monitors and save it to an optimised PNG file, Python 2.7/3.4 compatible & PEP8 compliant.

So, while you can pip install –upgrade mss, you may just drop it in your project and forget about it.

MSS stands for Multi-Screen Shot.

It’s under zlib licence.

Testing

You can try the MSS module directly from the console:

python2 mss.py [--debug]
python3 -X faulthandler mss.py

Passing the –debug argument will make it more verbose.

Instance the good class

You can determine automatically which class to use:

from platform import system
import mss

systems = {
    'Darwin': mss.MSSMac,
    'Linux': mss.MSSLinux,
    'Windows': mss.MSSWindows
    }
mss_class = systems[system()]

Or simply import the good one:

from mss import MSSLinux as mss_class

init(debug)

When initialising an instance of MSS, you can enable debug output:

mss = mss_class(debug=True)

save(output, screen, callback)

For each monitor, grab a screen shot and save it to a file.

Parameters:

output - string - the output filename. It can contain '%d' which
                  will be replaced by the monitor number.
screen - integer - grab one screen shot of all monitors (screen=-1)
                   grab one screen shot by monitor (screen=0)
                   grab the screen shot of the monitor N (screen=N)
callback - function - in case where output already exists, call
                      the defined callback function with output
                      as parameter. If it returns True, then
                      continue; else ignores the monitor and
                      switches to ne next.

This is a generator which returns created files.

Examples

Then, it is quite simple:

mss = mss_class()

try:
    # One screen shot per monitor
    for filename in mss.save():
        print('File: "{}" created.'.format(filename))

    # Screen shot of the monitor 1
    for filename in mss.save(output='monitor-%d.png', screen=1):
        print('File: "{}" created.'.format(filename))

    # A shot to grab them all :)
    for filename in mss.save(output='full-screenshot.png', screen=-1):
        print('File: "{}" created.'.format(filename))

    # Example with a callback
    def on_exists(fname):
        ''' Callback example when we try to overwrite an existing screen shot. '''

        from os import rename
        newfile = fname + '.old'
        print('Renaming "{}" to "{}"'.format(fname, newfile))
        rename(fname, newfile)
        return True

    # Screen shot of the monitor 1, with callback
    for fname in mss.save(output='mon-%d.png', screen=1, callback=on_exists):
        print('File: "{}" created.'.format(fname))
except ScreenshotError as ex:
    print(ex)

Bonus

Just for fun … Show us your screen shot with all monitors in one file, we will update the gallery.

Link to the galley: https://tiger-222.fr/tout/python-mss/galerie/

Metadata

Release files for mss 0.0.8

For a detailed explanation of source distributions (sdists) and built distributions (wheels), please see the package formats documentation.

Source distribution (sdist)

Source distribution for mss 0.0.8
File	Size	Uploaded
mss-0.0.8.tar.gz	10.6 kB	Feb 3, 2015	Details

Release files / mss-0.0.8.tar.gz

Download URL	mss-0.0.8.tar.gz
Size	10.6 kB
Tags	Source
SHA-256 checksum How to use checksums	`c064e5df1163f31460c28e758638ce38dffb87d39b2f0b45e012cdf9392b789d`
BLAKE2b-256 checksum How to use checksums	`44832a5cf70e08980d979dd320a58e7f62a8c86524188fd96b2edbd1204def24`
Upload date	Feb 3, 2015
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