Simulate the mouse in Linux using Python

Simulate the mouse in Linux using Python
14:41:22

Category: Linux

Install the python-xlib Library
Usage:
1) record the mouse track:Code:Python smartmouse. py-r <record time> <storage file>

2) replay the mouse track:Code:Python smartmouse. py-P <storage file>

The record file format is as follows:Code:6, 8, sleep: 2
6, 8, click: 1
6, 8, sleep: 3
315,4, click: 1
315,4, sleep: 2
800,662, click: 3
800,662, sleep: 2
780,662, click: 1

The first two are the X and Y coordinates of the screen, which are optional from the third. Click, release, press, and sleep are supported.
Click, release, press followed by ":", ":", followed by the number 1 indicates the left button, 2 indicates the middle button, 3 indicates the right button, and 4 indicates the Rolling Wheel, 5 is a rolling round.
The number next to sleep indicates the duration of the coordinate point, in seconds.

The unfinished part. The mouse button events cannot be recorded when the mouse track is automatically recorded. Please provide suggestions or solutions for xlib users.

Source code:Code:#! /Usr/bin/Python
#-*-Coding: UTF-8 -*-

# Name: smartmouse. py
# Useage:
#1) record the mouse track
# Python smartmouse. py-r <record time> <storage file>
#2) replay the mouse track
# Python smartmouse. py-P <storage file>
#
# Coded by xiooli <xioooli [at] yahoo.com.cn>
#2009.10.17

Import xlib. display as DS
Import xlib. X as X
Import xlib. Ext. xtest as xtest

Class mouse ():
'''Mouse class which contains couple of mouse Methods '''
Def _ init _ (Self ):
Self. Display = Ds. Display ()

Def mouse_press (self, button ):
'''Button = 1 left, 2 middle, 3 right, 4 middle up, 5 middle down '''
Xtest. fake_input (self. display, X. buttonpress, button)
Self. display. Sync ()
Def mouse_release (self, button ):
'''Button = 1 left, 2 middle, 3 right, 4 middle up, 5 middle down '''
Xtest. fake_input (self. display, X. buttonrelease, button)
Self. display. Sync ()
Def mouse_click (self, button ):
'''Button = 1 left, 2 middle, 3 right, 4 middle up, 5 middle down '''
Self. mouse_press (button)
Self. mouse_release (button)

Def goto_xy (self, x, y ):
'''Move to position X y '''
Xtest. fake_input (self. display, X. motion1_y, x = x, y = y)
Self. display. Flush ()

Def pos (Self ):
'''Get mouse position '''
Coord = self. display. Screen (). Root. query_pointer (). _ DATA
Return (coord ["root_x"], coord ["root_y"])

Def screen_size (Self ):
'''Get screen size '''
Width = self. display. Screen (). width_in_pixels
Height = self. display. Screen (). height_in_pixels
Return (width, height)

I = 0
Def elapse ():
'''Get elapse time, gap is 0.1 second '''
Global I
I + = 0.1
Return I

If _ name _ = "_ main __":

Import sys
Import time as TM

T = 0
M = mouse ()
Mouse_ev = ""
Ev = []
M = mouse ()
Evdic = {"Press": M. mouse_press,
"Release": M. mouse_release,
"Click": M. mouse_click,
"Sleep": TM. Sleep}

If SYS. argv [1] = "-R ":
Try:
Rctm = SYS. argv [2]
Except t:
SYS. Exit (1)
Try:
Logfile = SYS. argv [3]
Except t:
Logfile = "./mouse. log"

F = open (logfile, "W ")
While T <= float (rctm ):
T = elapse ()
PS = M. pos ()
F. Write (STR (PS [0]) + "," + STR (PS [1]) + "\ n ")
TM. Sleep (0.1)
F. Close ()
Elif SYS. argv [1] = "-P ":
Try:
F = open (SYS. argv [2])
Except t:
SYS. Exit (2)

Coord = f. readlines ()
F. Close ()

For pos_xy in coord:
Try:
Pos_x, pos_y = pos_xy.replace ("\ n", ""). Split (",")
Failed t valueerror:
Pos_x, pos_y, mouse_ev = pos_xy.replace ("\ n", ""). Split (",")
Ev = mouse_ev.split (":")

M. goto_xy (INT (pos_x), INT (pos_y ))

If eV and EV [1]:
If EV [0]! = "Sleep ":
Evdic [EV [0] (INT (EV [1])
Else:
Evdic [EV [0] (float (EV [1])
Ev = []

TM. Sleep (0.1)