I\'m trying to automate some actions in a browser or a word processor with pyautogui module for Python 3 (Windows 10).
There is a highlighted text in a browser.
Well... Here it is:
from tkinter import Tk
def copy_clipboard():
clipboard = Tk().clipboard_get()
return clipboard
Tk().clipboard_get() returns the current text in the clipboard.
And you need to use pyautogui.hotkey('ctrl', 'c') first.
The keyboard combo Ctrl+C handles copying what is highlighted in most apps, and should work fine for you. This part is easy with pyautogui. For getting the clipboard contents programmatically, as others have mentioned, you could implement it using ctypes, pywin32, or other libraries. Here I've chosen pyperclip:
import pyautogui as pya
import pyperclip # handy cross-platform clipboard text handler
import time
def copy_clipboard():
pya.hotkey('ctrl', 'c')
time.sleep(.01) # ctrl-c is usually very fast but your program may execute faster
return pyperclip.paste()
# double clicks on a position of the cursor
pya.doubleClick(pya.position())
list = []
var = copy_clipboard()
list.append(var)
print(list)
You could import pyperclip and use pyperclip.copy('my text I want copied') and then use pyperclip.paste() to paste the text wherever you want it to go. You can find a reference here.
What soundstripe posted is valid, but doesn't take into account copying null values when there was a previous value copied. I've included an additional line that clears the clipboard so null-valued copies remain null-valued:
import pyautogui as pya
import pyperclip # handy cross-platform clipboard text handler
import time
def copy_clipboard():
pyperclip.copy("") # <- This prevents last copy replacing current copy of null.
pya.hotkey('ctrl', 'c')
time.sleep(.01) # ctrl-c is usually very fast but your program may execute faster
return pyperclip.paste()
# double clicks on a position of the cursor
pya.doubleClick(pya.position())
list = []
var = copy_clipboard()
list.append(var)
print(list)
Another option to get highlighted/selected text:
import subprocess
import shlex
selected_text = subprocess.check_output((shlex.split('xclip -out -selection')))