For example, if I wanted to use something like:
xdotool mousemove 945 132
xdotool click 1
In order to move the mouse to a certain location and click. In ubuntu I can just type these commands straight into the terminal to get the desired effect but I would like to put them inside of a Python script.
import subprocess
subprocess.call(["xdotool", "mousemove", "945", "132"])
etc. See the subprocess docs.
As of 2015 you can also use this python package: https://github.com/rshk/python-libxdo
I had been using xdotool with sh and os.system for a while but decided to update everything to use subprocess. Doing that I encountered a few minor glitches and in googling discovered the libxdo python module suggested by Simon. There was a small issue with Python3 - it uses bytestrings - but the conversion was simple and it runs more smoothly and reliably that the old two step process.
Here's a little code that may help (obviously the hash bang would need to match your python path). The two functions include the conversion to bytestrings (ascii) for Python 3 so .encode() could be left off for Python 2.
#!/home/john/anaconda3/bin/python3.6
import sys
from xdo import Xdo
from time import sleep
def sendkeys(*keys):
for k in keys: xdo.send_keysequence_window(0, k.encode())
def type(text):
xdo.enter_text_window(0, text.encode())
sleep(0.5)
xdo = Xdo()
# this updates a row in a spreadsheet with copies from prior row
# first check that this is the intended spreadsheet
if 'Trades' in xdo.get_window_name(xdo.get_active_window()).decode():
with open('my_data_file_name', 'r') as f:
trade = (f.readlines()[-int(sys.argv[1])])[:-1]
t = [s if s else '0' for s in trade.split('\t')]
type('\t'.join(t[:7]))
sendkeys('Tab', 'Up', 'ctrl+c', 'Down', 'ctrl+v', 'Right')
type(' ' + t[-3])
sendkeys('Tab')
type(t[-2])
sendkeys('Tab')
type(t[-1])
sendkeys('Tab', 'Up', 'ctrl+c', 'Down', 'ctrl+v', 'Right')
type('333')
sendkeys('Tab')
