Windows Automation Python pyautogui RPA operation implementation

import time
import pyautogui
import pyperclip
import os
import psutil
from  import Application

(1)

(100, 100, duration=0.25)
(100, 100, duration=0.25)
(10,10)   # Click the specified position with the mouse, the default PRIMARY key(10,10,button='left')       # Click the left button(1000,300,button='right')   # Right-click(1000,300,button='middle')  # Click the middle key

## For more convenience, the following function wraps the click, and does not need to pass the argument button(10,10)		# Click the left button(10,10)		# Right-click(10,10)	# Click the middle key
# Double-click the mouse(10,10)

# Three-click the mouse(10,10)

# Press & release()   # Press the mouse()    # Mouse release
#Drag the mouse(x, y) Absolute location
(x, y) Relative position

# Scroll the mouse Scroll occurs at the current position of the mouse.  Passing a positive integer means scrolling up, passing a negative integer means scrolling down.(-100)
(100)   # Scroll to the right 100(-100)   # Scroll left by 100

# key operation press('enter', 5)   # Double-click 5 times to enter# Press & release('A') ： Simulation button press；
('A') ： Simulate key release；

('ctrl')
('c')
('c')
('ctrl')

('ctrl', 'c')

def kill_process(process_name):
    for proc in psutil.process_iter(['pid', 'name']):
        if ['name'] == process_name:
            try:
                ()
                print(f"Process {process_name} with PID {['pid']} has been terminated.")
            except :
                print(f"Process {process_name} with PID {['pid']} no longer exists.")
            except :
                print(f"Access denied to terminate process {process_name}.")

# usekill_process('')

titles = ()
print("titles: ", titles)

def make_window_visible(title):
    try:
        # Try to connect to a running application        app = Application(backend="uia").connect(title=title, timeout=10)
        window = (title=title)
        # Make sure the window is visible and in the front        if not window.is_active():
            window.set_focus()  # Set focus, which usually brings the window to the foreground        if not window.is_visible():
            ()  # Show window (if it is minimized or hidden)        print(f"Window '{title}' has been made visible and active.")
    except Exception as e:
        print(f"Failed to make window '{title}' visible: {e}")

# make_window_visible('WeChat')

# Only one is returned heredef close_dialog():
    try:
        close_icon_center = ('close_icon.png', grayscale=True, confidence=0.9)
        (0.01)
        print("Box Close Icon-Coordinates:", close_icon_center)
        if close_icon_center:
            (close_icon_center.x, close_icon_center.y)
            (0.01)
    except  as ee:
        print("No pop-up box close icon found")
 
 # Multiple operationsdown_select_icon_centers = list(('down_select_icon.png', grayscale=True, confidence=0.9))
print("Pull down arrow length len:", len(down_select_icon_centers))
((down_select_icon_centers[1]).x, (down_select_icon_centers[1]).y)

# This may be affected by the input method()

def paste_str(str1):
	(str1)
	('ctrl', 'v')
	# ('') # Reset the pasteboard content to empty	# () This is paste

# OpenApplication().start("D:/Program Files/AliWorkbench/")
# showmake_window_visible('Qianniu Workbench')
# Get window according to window name and maximizechat_window = ('Qianniu Workbench')[0]
chat_window.maximize()

# () # Maximize
# () # Minimize
# () # If it is maximum/minimized, it will return to normal state
# ()