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Adds support for windows with the use of AutoIt3 #7

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Adds support for windows with the use of AutoIt3 #7

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d640ab0
Adds support for windows with the use of AutiIt3
MarcusNoordstrom Jun 7, 2022
599c6dd
Update mouse.py
MarcusNoordstrom Jun 7, 2022
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126 changes: 80 additions & 46 deletions mouse.py
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Original file line number Diff line number Diff line change
@@ -1,16 +1,19 @@
from fileinput import filename
from operator import truediv
import pyautogui
import os, subprocess
from time import sleep
from random import randint, choice
from math import ceil
from tools import remove_dups, draw_points
from multiprocessing import Process
import platform

#WORKING DIRECTORY
CWD = os.path.dirname(os.path.realpath(__file__))

pyautogui.MINIMUM_DURATION = 0.01

pathToAHK = 'C:\\Program Files\\AutoHotkey\\autohotkey.exe'

def real_click():
'''This function clicks the mouse with realistic errors:
Expand All @@ -30,7 +33,6 @@ def real_click():
pyautogui.click()
elif tmp_rand == 2:
pyautogui.click(button = 'right')


def move_to_img(img_name, deviation, speed):
'''
Expand Down Expand Up @@ -66,7 +68,6 @@ def move_to_img(img_name, deviation, speed):
print("Can't find location")
return False


def move_to_area(x, y, width, height, deviation, speed):
'''
Arguments same as pyautogui.locateAllOnScreen format: x and y are top left corner
Expand All @@ -81,7 +82,6 @@ def move_to_area(x, y, width, height, deviation, speed):
y_coord = y + randint(0, height)

move(mouse_bez(init_pos, (x_coord, y_coord), deviation, speed))


def pascal_row(n):
# This returns the nth row of Pascal's Triangle
Expand All @@ -99,8 +99,6 @@ def pascal_row(n):
else:
result.extend(reversed(result))
return result



def make_bezier(xys):

Expand Down Expand Up @@ -176,12 +174,13 @@ def connected_bez(coord_list, deviation, speed):

return points


def move(mouse_points, draw = False, rand_err = True):
'''
Moves mouse in accordance with a list of points (continuous curve)
Input these as a list of points (2-tuple or another list)

For Linux:

Generates file (mouse.sh) in ./tmp/ and runs it as bash file

If you want a click at a particular point, write 'click' for that point in
Expand All @@ -193,47 +192,82 @@ def move(mouse_points, draw = False, rand_err = True):
You may wish to generate smooth bezier curve points to input into this
function. In this case, take mouse_bez(init_pos, fin_pos, deviation, speed)
as the argument.

For Windows:

PARAMETERS:
mouse_points
list of 2-tuples or lists of ints or floats representing xy coords
draw
a boolean deciding whether or not to draw the curve the mouse makes
to a file in /tmp/
Generates a file (mouse.au3) in ./tmp/ and runs it with AutoIt3

You need to put AutoIt3.exe in your environment paths, or you can replace 'autoit3',
in line 233 with the path to autoit3

PARAMETERS:
mouse_points
list of 2-tuples or lists of ints or floats representing xy coords
draw
a boolean deciding whether or not to draw the curve the mouse makes
to a file in /tmp/
'''

fname = 'mouse.sh'

outfile = open(CWD + '/tmp/' + fname, 'w')
os.system('chmod +x ' + CWD + '/tmp/' + fname)
outfile.write('#!/bin/bash')
outfile.write('\n\n')

#draw coords to file in ./tmp/
if draw == True:
drawpoints = [(v[0] - REL_ORIGIN[0], v[1] - REL_ORIGIN[1]) for v in mouse_points if type(v) is not str]
draw_points(drawpoints, width = 754, height = 503)


#round floats to ints
mouse_points = [[round(v) for v in x] if type(x) is not str else x for x in mouse_points]
for coord in mouse_points:
if coord == 'click':
if rand_err:
tmp = randint(1,39)
if tmp == 1:
outfile.write('xdotool click 3 \n')
elif tmp == 2:
outfile.write('xdotool click --repeat 2 1 \n')
elif tmp in range(4, 40): #if tmp == 4, write nothing
outfile.write('xdotool click 1 \n') #normal click
#Windows
if(platform.system() == 'Windows'):
fname = 'mouse.au3'

#Checks if path exists, if it doesn't we create it.
if not os.path.exists(CWD + '/tmp/'):
os.mkdir(CWD + '/tmp/')

outfile = open(CWD + '/tmp/' + fname, 'w')

mouse_points = [[round(v) for v in x] if type(x) is not str else x for x in mouse_points]
for coord in mouse_points:
if coord == 'click':
if rand_err:
tmp = randint(1,39)
if tmp == 1:
outfile.write('MouseClick(0) \n')
elif tmp == 2:
outfile.write('MouseClick(0) \n MouseClick(0) \n')
elif tmp in range(4, 40): #if tmp == 4, write nothing
outfile.write('MouseClick(0) \n') #normal click
else:
outfile.write('MouseClick(0) \n')
else:
outfile.write('xdotool click 1 \n')
else:
outfile.write('xdotool mousemove ' + str(coord[0]) + ' ' + str(coord[1]) + '\n')
outfile.write('MouseMove(' + str(coord[0]) + ',' + str(coord[1]) + ',1' + ')' + '\n')

outfile.close()
tmpFilePath = CWD + '\\tmp\\mouse.au3'
subprocess.call(['autoit3', tmpFilePath])

#Linux
else:
fname = 'mouse.sh'

outfile.close()
subprocess.call([CWD + '/tmp/' + fname])
outfile = open(CWD + '/tmp/' + fname, 'w')
os.system('chmod +x ' + CWD + '/tmp/' + fname)
outfile.write('#!/bin/bash')
outfile.write('\n\n')



#draw coords to file in ./tmp/
if draw == True:
drawpoints = [(v[0] - REL_ORIGIN[0], v[1] - REL_ORIGIN[1]) for v in mouse_points if type(v) is not str]
draw_points(drawpoints, width = 754, height = 503)


#round floats to ints
mouse_points = [[round(v) for v in x] if type(x) is not str else x for x in mouse_points]
for coord in mouse_points:
if coord == 'click':
if rand_err:
tmp = randint(1,39)
if tmp == 1:
outfile.write('xdotool click 3 \n')
elif tmp == 2:
outfile.write('xdotool click --repeat 2 1 \n')
elif tmp in range(4, 40): #if tmp == 4, write nothing
outfile.write('xdotool click 1 \n') #normal click
else:
outfile.write('xdotool click 1 \n')
else:
outfile.write('xdotool mousemove ' + str(coord[0]) + ' ' + str(coord[1]) + '\n')

outfile.close()
subprocess.call([CWD + '/tmp/' + fname])