Python's approach to simulating keystrokes and mouse clicks under Windows

Go to blog https://www.cnblogs.com/huidaoli/p/7398392.html, original Huidaoli

# _*_ Coding:utf-8 _*_import win32apiimport win32conimport win32guifrom ctypes import *import TimeVK_CODE = {' Backspac     E ': 0x08, ' tab ': 0x09, ' clear ': 0x0C, ' enter ': 0x0D, ' shift ': 0x10, ' Ctrl ': 0x11, ' alt ': 0x12, ' pause ': 0x13, ' Caps_lock ': 0x14, ' ESC ': 0x1B, ' SPACEBAR ': 0x20, ' page_up ': 0x21, ' Page_down ': 0x22, ' End ': 0x23, ' home ': 0x24, ' Left_arrow ': 0x25, ' up_arrow ': 0x26, ' right_arrow ': 0x27, ' down_arrow ': 0x28, ' select ': 0x29, ' print ':    0x2A, ' execute ': 0x2B, ' print_screen ': 0x2C, ' ins ': 0x2D, ' del ': 0x2e, ' help ': 0x2F, ' 0 ': 0x30, ' 1 ': 0x31, ' 2 ': 0x32, ' 3 ': 0x33, ' 4 ': 0x34, ' 5 ': 0x35, ' 6 ': 0x36, ' 7 ': 0x37, ' 8 ': 0x38, ' 9 ': 0x39, ' a ': 0x41, ' B ' : 0x42, ' C ': 0x43, ' d ': 0x44, ' e ': 0x45, ' F ': 0x46, ' G ': 0x47, ' h ': 0x48, ' I ': 0x49, ' j ': 0x4A, ' K ': 0x4B    , ' l ': 0x4C, ' m ': 0x4d, ' n ': 0x4E, ' o ': 0x4f, ' P ': 0x50, ' Q ': 0x51, ' R ': 0x52, ' s ': 0x53, ' t ': 0x54,  ' U ': 0x55, ' V ': 0x56,  ' W ': 0x57, ' x ': 0x58, ' y ': 0x59, ' z ': 0x5A, ' numpad_0 ': 0x60, ' numpad_1 ': 0x61, ' numpad_2 ': 0x62, ' Numpad_ ' 3 ': 0x63, ' numpad_4 ': 0x64, ' numpad_5 ': 0x65, ' numpad_6 ': 0x66, ' numpad_7 ': 0x67, ' numpad_8 ': 0x68, ' Numpad_9 '    : 0x69, ' Multiply_key ': 0x6A, ' Add_key ': 0x6b, ' Separator_key ': 0x6c, ' Subtract_key ': 0x6d, ' Decimal_key ': 0x6e,    ' Divide_key ': 0x6F, ' F1 ': 0x70, ' F2 ': 0x71, ' F3 ': 0x72, ' F4 ': 0x73, ' F5 ': 0x74, ' F6 ': 0x75, ' F7 ': 0x76, ' F8 ': 0x77, ' F9 ': 0x78, ' F10 ': 0x79, ' F11 ': 0x7A, ' F12 ': 0x7B, ' F13 ': 0x7C, ' F14 ': 0x7d, ' F15 ': 0x7E, ' F1 6 ': 0x7F, ' F17 ': 0x80, ' F18 ': 0x81, ' F19 ': 0x82, ' F20 ': 0x83, ' F21 ': 0x84, ' F22 ': 0x85, ' F23 ': 0x86, ' F24 '    : 0x87, ' num_lock ': 0x90, ' scroll_lock ': 0x91, ' left_shift ': 0xA0, ' right_shift ': 0xa1, ' Left_control ': 0xa2, ' Right_control ': 0xa3, ' left_menu ': 0xa4, ' right_menu ': 0xa5, ' browser_back ': 0xa6, ' Browser_forward ': 0xA7, ' B   Rowser_refresh ': 0xa8, ' Browser_stop ': 0xa9, ' browser_search ': 0xAA, ' browser_favorites ': 0xAB, ' browser_start_and_home ': 0xAC, ' volume_ Mute ': 0xAD, ' Volume_down ': 0xAE, ' volume_up ': 0xAF, ' next_track ': 0xb0, ' previous_track ': 0xb1, ' Stop_media ': 0x B2, ' Play/pause_media ': 0xb3, ' start_mail ': 0xb4, ' Select_media ': 0xb5, ' start_application_1 ': 0xb6, ' Start_app '    Lication_2 ': 0xb7, ' Attn_key ': 0xf6, ' Crsel_key ': 0xf7, ' Exsel_key ': 0xF8, ' Play_key ': 0xFA, ' Zoom_key ': 0xFB, ' Clear_key ': 0xFE, ' + ': 0xBB, ', ': 0xBC, '-': 0xBD, '. ': 0 XBE, '/': 0xBF, ': 0xC0, '; ': 0 XBA, ' [': 0xDB, ' \ \ ': 0xDC, '] ': 0xDD, ' ': 0xDE, ' ': 0xc0}class point (Structure): _fields_ = [("X", C_ulong ), ("Y", C_ulong)]def get_mouse_point (): PO = point () Windll.user32.GetCursorPos (ByRef (PO)) return int (po.x), int (     PO.Y) def mouse_click (X=none,y=none): If not X are None and not Y are none:mouse_move (x, y) time.sleep (0.05) Win32api.mouse_event (Win32con. MouseevEntf_leftdown, 0, 0, 0, 0) win32api.mouse_event (win32con. Mouseeventf_leftup, 0, 0, 0, 0) def mouse_dclick (X=none,y=none): If not X are None and not Y are None:mouse_move (x , y) time.sleep (0.05) win32api.mouse_event (Win32con. Mouseeventf_leftdown, 0, 0, 0, 0) win32api.mouse_event (win32con. Mouseeventf_leftup, 0, 0, 0, 0) win32api.mouse_event (win32con. Mouseeventf_leftdown, 0, 0, 0, 0) win32api.mouse_event (win32con. Mouseeventf_leftup, 0, 0, 0, 0) def mouse_move (x, y): def key_input (str= "): Windll.user32.SetCursorPos (C in) Str:win32api.keybd_event (vk_code[c],0,0,0) win32api.keybd_event (Vk_code[c],0,win32con. keyeventf_keyup,0) Time.sleep (0.01) if __name__ = = "__main__": Mouse_click (500,280) str1 = ' python ' ke Y_input (STR1) Mouse_click (1000,280)



Add some parts of yourself: Invoke the statement of the individual keys:

if __name__ = = ' __main__ ':
　　
Win32api.keybd_event (0x12, 0, 0, 0)

Win32api.keybd_event (0x41, 0, 0, 0)
Time.sleep (1)
Win32api.keybd_event (0x12, 0, Win32con. Keyeventf_keyup, 0)
Win32api.keybd_event (0x41, 0, Win32con. Keyeventf_keyup, 0)

Python's approach to simulating keystrokes and mouse clicks under Windows