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AutoHotPy.py
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AutoHotPy.py
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# -*- coding: utf-8 -*-
"""
@author: Emilio Moretti
Copyright 2013 Emilio Moretti <emilio.morettiATgmailDOTcom>
This program is distributed under the terms of the GNU Lesser General Public License.
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU Lesser General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU Lesser General Public License for more details.
You should have received a copy of the GNU Lesser General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
"""
from InterceptionWrapper import *
import collections,time,threading,queue,copy,ctypes
class FunctionRunner(threading.Thread):
def __init__(self,queue):
threading.Thread.__init__(self)
self.queue = queue
def run(self):
while True:
#grabs a function from queue
task = self.queue.get()
#run it
task.run()
#signals to queue job is done
self.queue.task_done()
class Task(object):
def __init__(self,autohotpy,f,param):
self.function = f
self.arg1 = autohotpy
self.arg2 = param
def run(self):
self.function(self.arg1,self.arg2)
class Key(object):
def __init__(self,auto,code,str_repr,*args):
self.auto = auto
self.code = code
if (len(args) != 0):
self.state = args[0]
else:
self.state = 0
self.key_id = auto.get_key_id(self.code, self.state)
self.string_representation = str_repr
def get_id(self):
return self.key_id
def up(self):
up = InterceptionKeyStroke()
up.code = self.code
up.state = InterceptionKeyState.INTERCEPTION_KEY_UP | self.state
self.auto.sendToDefaultKeyboard(up)
def press(self):
event = InterceptionKeyStroke()
event.code = self.code
event.state = InterceptionKeyState.INTERCEPTION_KEY_DOWN | self.state
self.auto.sendToDefaultKeyboard(event)
self.auto.sleep()
event.state = InterceptionKeyState.INTERCEPTION_KEY_UP | self.state
self.auto.sendToDefaultKeyboard(event)
def down(self):
down = InterceptionKeyStroke()
down.code = self.code
down.state = InterceptionKeyState.INTERCEPTION_KEY_DOWN | self.state
self.auto.sendToDefaultKeyboard(down)
def isPressed(self):
return bool(not(self.auto.getKeyboardState(self.code,self.state) & InterceptionKeyState.INTERCEPTION_KEY_UP))
def __int__(self):
return int(self.code)
def __str__(self):
return self.string_representation
class AutoHotPy(object):
def __init__(self):
self.exit_configured = False
self.user32 = ctypes.windll.user32
#configure user32
self.user32.GetCursorPos.restype = ctypes.POINTER(Point)
#default interval between keypress
self.default_interval = 0.01
#Threads queue
self.kb_queue = queue.Queue()
self.mouse_queue = queue.Queue()
self.macro_queue = queue.Queue()
# Handlers
self.keyboard_handler_down = collections.defaultdict(self.__default_element)
self.keyboard_handler_hold = collections.defaultdict(self.__default_element)
self.keyboard_handler_up = collections.defaultdict(self.__default_element)
self.mouse_handler_hold = collections.defaultdict(self.__default_element)
self.mouse_handler = collections.defaultdict(self.__default_element)
self.mouse_move_handler = None
self.keyboard_state = collections.defaultdict(self.__default_kb_element)
self.mouse_state = collections.defaultdict(self.__default_element)
self.loopingCall = None
#are we recording a macro? Not yet...
self.recording_macro = False
self.enable_mouse_macro = True
self.enable_kb_macro = True
self.last_macro = []
self.keys = collections.defaultdict(self.__default_kb_element)
# Default key scancodes (you can send your own anyway)
# WARNING! Most of these depend on the keyboard implementation!!!!
self.ESC=Key(self,0x1,"ESC")
self.N1=Key(self,0x2,"N1")
self.N2=Key(self,0x3,"N2")
self.N3=Key(self,0x4,"N3")
self.N4=Key(self,0x5,"N4")
self.N5=Key(self,0x6,"N5")
self.N6=Key(self,0x7,"N6")
self.N7=Key(self,0x8,"N7")
self.N8=Key(self,0x9,"N8")
self.N9=Key(self,0x0A,"N9")
self.N0=Key(self,0x0B,"N0")
self.DASH=Key(self,0x0C,"DASH")
#self.Err:520=Key(self,0x0D)
self.BACKSPACE=Key(self,0x0E,"BACKSPACE")
self.TAB=Key(self,0x0F,"TAB")
self.Q=Key(self,0x10,"Q")
self.W=Key(self,0x11,"W")
self.E=Key(self,0x12,"E")
self.R=Key(self,0x13,"R")
self.T=Key(self,0x14,"T")
self.Y=Key(self,0x15,"Y")
self.U=Key(self,0x16,"U")
self.I=Key(self,0x17,"I")
self.O=Key(self,0x18,"O")
self.P=Key(self,0x19,"P")
self.BRACKET_LEFT=Key(self,0x1A,"BRACKET_LEFT")
self.BRACKET_RIGHT=Key(self,0x1B,"BRACKET_RIGHT")
self.ENTER=Key(self,0x1C,"ENTER")
self.LEFT_CTRL=Key(self,0x1D,"LEFT_CTRL")
self.RIGHT_CTRL=Key(self,0x1D,"RIGHT_CTRL", InterceptionKeyState.INTERCEPTION_KEY_E0)
self.A=Key(self,0x1E,"A")
self.S=Key(self,0x1F,"S")
self.D=Key(self,0x20,"D")
self.F=Key(self,0x21,"F")
self.G=Key(self,0x22,"G")
self.H=Key(self,0x23,"H")
self.J=Key(self,0x24,"J")
self.K=Key(self,0x25,"K")
self.L=Key(self,0x26,"L")
self.SEMICOLON=Key(self,0x27,"SEMICOLON")
self.APOSTROPHE=Key(self,0x28,"APOSTROPHE")
self.GRAVE_ACCENT=Key(self,0x29,"GRAVE_ACCENT")
self.LEFT_SHIFT=Key(self,0x2A,"LEFT_SHIFT")
self.BACKSLASH=Key(self,0x2B,"BACKSLASH")
self.Z=Key(self,0x2C,"Z")
self.X=Key(self,0x2D,"X")
self.C=Key(self,0x2E,"C")
self.V=Key(self,0x2F,"V")
self.B=Key(self,0x30,"B")
self.N=Key(self,0x31,"N")
self.M=Key(self,0x32,"M")
self.COMMA=Key(self,0x33,"COMMA")
self.DOT=Key(self,0x34,"DOT")
self.SLASH=Key(self,0x35,"SLASH")
self.RIGHT_SHIFT=Key(self,0x36,"RIGHT_SHIFT")
self.PRINT_SCREEN=Key(self,0x37,"PRINT_SCREEN", InterceptionKeyState.INTERCEPTION_KEY_E0)
self.LEFT_ALT=Key(self,0x38,"LEFT_ALT")
self.RIGHT_ALT=Key(self,0x38,"RIGHT_ALT", InterceptionKeyState.INTERCEPTION_KEY_E0)
self.SPACE=Key(self,0x39,"SPACE")
self.CAPSLOCK=Key(self,0x3A,"CAPSLOCK")
self.F1=Key(self,0x3B,"F1")
self.F2=Key(self,0x3C,"F2")
self.F3=Key(self,0x3D,"F3")
self.F4=Key(self,0x3E,"F4")
self.F5=Key(self,0x3F,"F5")
self.F6=Key(self,0x40,"F6")
self.F7=Key(self,0x41,"F7")
self.F8=Key(self,0x42,"F8")
self.F9=Key(self,0x43,"F9")
self.F10=Key(self,0x44,"F10")
self.NUMLOCK=Key(self,0x45,"NUMLOCK")
self.SCROLLLOCK=Key(self,0x46,"SCROLLLOCK")
self.HOME=Key(self,0x47,"HOME")
self.UP_ARROW=Key(self,0x48,"UP_ARROW", InterceptionKeyState.INTERCEPTION_KEY_E0)
self.PAGE_UP=Key(self,0x49,"PAGE_UP", InterceptionKeyState.INTERCEPTION_KEY_E0)
self.DASH_NUM=Key(self,0x4A,"DASH_NUM")
self.LEFT_ARROW=Key(self,0x4B,"LEFT_ARROW", InterceptionKeyState.INTERCEPTION_KEY_E0)
self.NUMERIC_5 =Key(self,0x4C,"NUMERIC_5")
self.RIGHT_ARROW=Key(self,0x4D,"RIGHT_ARROW", InterceptionKeyState.INTERCEPTION_KEY_E0)
self.PLUS=Key(self,0x4E,"PLUS")
self.END=Key(self,0x4F,"END", InterceptionKeyState.INTERCEPTION_KEY_E0)
self.DOWN_ARROW=Key(self,0x50,"DOWN_ARROW", InterceptionKeyState.INTERCEPTION_KEY_E0)
self.PAGE_DOWN=Key(self,0x51,"PAGE_DOWN", InterceptionKeyState.INTERCEPTION_KEY_E0)
self.INSERT=Key(self,0x52,"INSERT", InterceptionKeyState.INTERCEPTION_KEY_E0)
self.DELETE=Key(self,0x53,"DELETE", InterceptionKeyState.INTERCEPTION_KEY_E0)
self.SHIFT_F1=Key(self,0x54,"SHIFT_F1")
self.SHIFT_F2=Key(self,0x55,"SHIFT_F2")
self.SHIFT_F3=Key(self,0x56,"SHIFT_F3")
#self.SHIFT_F4=Key(self,0x57)
#self.SHIFT_F5=Key(self,0x58)
self.F11=Key(self,0x57,"F11") #these are not common. and might vary from one keyboard to another
self.F12=Key(self,0x58,"F12")
self.SHIFT_F6=Key(self,0x59,"SHIFT_F6")
self.SHIFT_F7=Key(self,0x5A,"SHIFT_F7")
self.SHIFT_F8=Key(self,0x5B,"SHIFT_F8")
self.SYSTEM=Key(self,0x5B,"SYSTEM", InterceptionKeyState.INTERCEPTION_KEY_E0) #commonly known as windows key
self.SHIFT_F9=Key(self,0x5C,"SHIFT_F9")
self.SHIFT_F10=Key(self,0x5D,"SHIFT_F10")
self.CTRL_F1=Key(self,0x5E,"CTRL_F1")
self.CTRL_F2=Key(self,0x5F,"CTRL_F2")
self.CTRL_F3=Key(self,0x60,"CTRL_F3")
self.CTRL_F4=Key(self,0x61,"CTRL_F4")
self.CTRL_F5=Key(self,0x62,"CTRL_F5")
self.CTRL_F6=Key(self,0x63,"CTRL_F6")
self.CTRL_F7=Key(self,0x64,"CTRL_F7")
self.CTRL_F8=Key(self,0x65,"CTRL_F8")
self.CTRL_F9=Key(self,0x66,"CTRL_F9")
self.CTRL_F10=Key(self,0x67,"CTRL_F10")
self.ALT_F1=Key(self,0x68,"ALT_F1")
self.ALT_F2=Key(self,0x69,"ALT_F2")
self.ALT_F3=Key(self,0x6A,"ALT_F3")
self.ALT_F4=Key(self,0x6B,"ALT_F4")
self.ALT_F5=Key(self,0x6C,"ALT_F5")
self.ALT_F6=Key(self,0x6D,"ALT_F6")
self.ALT_F7=Key(self,0x6E,"ALT_F7")
self.ALT_F8=Key(self,0x6F,"ALT_F8")
self.ALT_F9=Key(self,0x70,"ALT_F9")
self.ALT_F10=Key(self,0x71,"ALT_F10")
self.CTRL_PRINT_SCREEN=Key(self,0x72,"CTRL_PRINT_SCREEN")
self.CTRL_LEFT_ARROW=Key(self,0x73,"CTRL_LEFT_ARROW")
self.CTRL_RIGHT_ARROW=Key(self,0x74,"CTRL_RIGHT_ARROW")
self.CTRL_END=Key(self,0x75,"CTRL_END")
self.CTRL_PAGE_DOWN=Key(self,0x76,"CTRL_PAGE_DOWN")
self.CTRL_HOME=Key(self,0x77,"CTRL_HOME")
self.ALT_1=Key(self,0x78,"ALT_1")
self.ALT_2=Key(self,0x79,"ALT_2")
self.ALT_3=Key(self,0x7A,"ALT_3")
self.ALT_4=Key(self,0x7B,"ALT_4")
self.ALT_5=Key(self,0x7C,"ALT_5")
self.ALT_6=Key(self,0x7D,"ALT_6")
self.ALT_7=Key(self,0x7E,"ALT_7")
self.ALT_8=Key(self,0x7F,"ALT_8")
self.ALT_9=Key(self,0x80,"ALT_9")
self.ALT_0=Key(self,0x81,"ALT_0")
self.ALT_DASH=Key(self,0x82,"ALT_DASH")
self.ALT_EQUALS=Key(self,0x82,"ALT_EQUALS")
self.CTRL_PAGE_UP=Key(self,0x84,"CTRL_PAGE_UP")
#self.F11=Key(self,0x85)
#self.F12=Key(self,0x86)
self.SHIFT_F11=Key(self,0x87,"SHIFT_F11")
self.SHIFT_F12=Key(self,0x88,"SHIFT_F12")
self.CTRL_F11=Key(self,0x89,"CTRL_F11")
self.CTRL_F12=Key(self,0x8A,"CTRL_F12")
self.ALT_F11=Key(self,0x8B,"ALT_F11")
self.ALT_F12=Key(self,0x8C,"ALT_F12")
self.CTRL_UP_ARROW=Key(self,0x8C,"CTRL_UP_ARROW")
self.CTRL_DASH_NUM=Key(self,0x8E,"CTRL_DASH_NUM")
self.CTRL_5_NUM=Key(self,0x8F,"CTRL_5_NUM")
self.CTRL_PLUS_NUM=Key(self,0x90,"CTRL_PLUS_NUM")
self.CTRL_DOWN_ARROW=Key(self,0x91,"CTRL_DOWN_ARROW")
self.CTRL_INSERT=Key(self,0x92,"CTRL_INSERT")
self.CTRL_DELETE=Key(self,0x93,"CTRL_DELETE")
self.CTRL_TAB=Key(self,0x94,"CTRL_TAB")
self.CTRL_SLASH_NUM=Key(self,0x95,"CTRL_SLASH_NUM")
self.CTRL_ASTERISK_NUM=Key(self,0x96,"CTRL_ASTERISK_NUM")
self.ALT_HOME=Key(self,0x97,"ALT_HOME")
self.ALT_UP_ARROW=Key(self,0x98,"ALT_UP_ARROW")
self.ALT_PAGE_UP=Key(self,0x99,"ALT_PAGE_UP")
#self. =Key(self,0x9A)
self.ALT_LEFT_ARROW=Key(self,0x9B,"ALT_LEFT_ARROW")
#self. =Key(self,0x9C)
self.ALT_RIGHT_ARROW=Key(self,0x9D,"ALT_RIGHT_ARROW")
#self. =Key(self,0x9E)
self.ALT_END=Key(self,0x9F,"ALT_END")
self.ALT_DOWN_ARROW=Key(self,0xA0,"ALT_DOWN_ARROW")
self.ALT_PAGE_DOWN=Key(self,0xA1,"ALT_PAGE_DOWN")
self.ALT_INSERT=Key(self,0xA2,"ALT_INSERT")
self.ALT_DELETE=Key(self,0xA3,"ALT_DELETE")
self.ALT_SLASH_NUM=Key(self,0xA4,"ALT_SLASH_NUM")
self.ALT_TAB=Key(self,0xA5,"ALT_TAB")
self.ALT_ENTER_NUM=Key(self,0xA6,"ALT_ENTER_NUM")
#lets create a dictionary with the keys
#this is used when we save a macro to a file
self.keys[self.ESC.get_id()]=self.ESC
self.keys[self.N1.get_id()]=self.N1
self.keys[self.N2.get_id()]=self.N2
self.keys[self.N3.get_id()]=self.N3
self.keys[self.N4.get_id()]=self.N4
self.keys[self.N5.get_id()]=self.N5
self.keys[self.N6.get_id()]=self.N6
self.keys[self.N7.get_id()]=self.N7
self.keys[self.N8.get_id()]=self.N8
self.keys[self.N9.get_id()]=self.N9
self.keys[self.N0.get_id()]=self.N0
self.keys[self.DASH.get_id()]=self.DASH
#self.keys[self.Err:520.get_id()]=self.
self.keys[self.BACKSPACE.get_id()]=self.BACKSPACE
self.keys[self.TAB.get_id()]=self.TAB
self.keys[self.Q.get_id()]=self.Q
self.keys[self.W.get_id()]=self.W
self.keys[self.E.get_id()]=self.E
self.keys[self.R.get_id()]=self.R
self.keys[self.T.get_id()]=self.T
self.keys[self.Y.get_id()]=self.Y
self.keys[self.U.get_id()]=self.U
self.keys[self.I.get_id()]=self.I
self.keys[self.O.get_id()]=self.O
self.keys[self.P.get_id()]=self.P
self.keys[self.BRACKET_LEFT.get_id()]=self.BRACKET_LEFT
self.keys[self.BRACKET_RIGHT.get_id()]=self.BRACKET_RIGHT
self.keys[self.ENTER.get_id()]=self.ENTER
self.keys[self.LEFT_CTRL.get_id()]=self.LEFT_CTRL
self.keys[self.RIGHT_CTRL.get_id()]=self.RIGHT_CTRL
self.keys[self.A.get_id()]=self.A
self.keys[self.S.get_id()]=self.S
self.keys[self.D.get_id()]=self.D
self.keys[self.F.get_id()]=self.F
self.keys[self.G.get_id()]=self.G
self.keys[self.H.get_id()]=self.H
self.keys[self.J.get_id()]=self.J
self.keys[self.K.get_id()]=self.K
self.keys[self.L.get_id()]=self.L
self.keys[self.SEMICOLON.get_id()]=self.SEMICOLON
self.keys[self.APOSTROPHE.get_id()]=self.APOSTROPHE
self.keys[self.GRAVE_ACCENT.get_id()]=self.GRAVE_ACCENT
self.keys[self.LEFT_SHIFT.get_id()]=self.LEFT_SHIFT
self.keys[self.BACKSLASH.get_id()]=self.BACKSLASH
self.keys[self.Z.get_id()]=self.Z
self.keys[self.X.get_id()]=self.X
self.keys[self.C.get_id()]=self.C
self.keys[self.V.get_id()]=self.V
self.keys[self.B.get_id()]=self.B
self.keys[self.N.get_id()]=self.N
self.keys[self.M.get_id()]=self.M
self.keys[self.COMMA.get_id()]=self.COMMA
self.keys[self.DOT.get_id()]=self.DOT
self.keys[self.SLASH.get_id()]=self.SLASH
self.keys[self.RIGHT_SHIFT.get_id()]=self.RIGHT_SHIFT
self.keys[self.PRINT_SCREEN.get_id()]=self.PRINT_SCREEN
self.keys[self.LEFT_ALT.get_id()]=self.LEFT_ALT
self.keys[self.RIGHT_ALT.get_id()]=self.RIGHT_ALT
self.keys[self.SPACE.get_id()]=self.SPACE
self.keys[self.CAPSLOCK.get_id()]=self.CAPSLOCK
self.keys[self.F1.get_id()]=self.F1
self.keys[self.F2.get_id()]=self.F2
self.keys[self.F3.get_id()]=self.F3
self.keys[self.F4.get_id()]=self.F4
self.keys[self.F5.get_id()]=self.F5
self.keys[self.F6.get_id()]=self.F6
self.keys[self.F7.get_id()]=self.F7
self.keys[self.F8.get_id()]=self.F8
self.keys[self.F9.get_id()]=self.F9
self.keys[self.F10.get_id()]=self.F10
self.keys[self.NUMLOCK.get_id()]=self.NUMLOCK
self.keys[self.SCROLLLOCK.get_id()]=self.SCROLLLOCK
self.keys[self.HOME.get_id()]=self.HOME
self.keys[self.UP_ARROW.get_id()]=self.UP_ARROW
self.keys[self.PAGE_UP.get_id()]=self.PAGE_UP
self.keys[self.DASH_NUM.get_id()]=self.DASH_NUM
self.keys[self.LEFT_ARROW.get_id()]=self.LEFT_ARROW
self.keys[self.NUMERIC_5 .get_id()]=self.NUMERIC_5
self.keys[self.RIGHT_ARROW.get_id()]=self.RIGHT_ARROW
self.keys[self.PLUS.get_id()]=self.PLUS
self.keys[self.END.get_id()]=self.END
self.keys[self.DOWN_ARROW.get_id()]=self.DOWN_ARROW
self.keys[self.PAGE_DOWN.get_id()]=self.PAGE_DOWN
self.keys[self.INSERT.get_id()]=self.INSERT
self.keys[self.DELETE.get_id()]=self.DELETE
self.keys[self.SHIFT_F1.get_id()]=self.SHIFT_F1
self.keys[self.SHIFT_F2.get_id()]=self.SHIFT_F2
self.keys[self.SHIFT_F3.get_id()]=self.SHIFT_F3
#self.keys[self.SHIFT_F4.get_id()]=self.SHIFT_F4
#self.keys[self.SHIFT_F5.get_id()]=self.SHIFT_F5
self.keys[self.F11.get_id()]=self.F11 #these are not common. and might vary from one keyboard to another
self.keys[self.F12.get_id()]=self.F12
self.keys[self.SHIFT_F6.get_id()]=self.SHIFT_F6
self.keys[self.SHIFT_F7.get_id()]=self.SHIFT_F7
self.keys[self.SHIFT_F8.get_id()]=self.SHIFT_F8
self.keys[self.SYSTEM.get_id()]=self.SYSTEM #commonly known as windows key
self.keys[self.SHIFT_F9.get_id()]=self.SHIFT_F9
self.keys[self.SHIFT_F10.get_id()]=self.SHIFT_F10
self.keys[self.CTRL_F1.get_id()]=self.CTRL_F1
self.keys[self.CTRL_F2.get_id()]=self.CTRL_F2
self.keys[self.CTRL_F3.get_id()]=self.CTRL_F3
self.keys[self.CTRL_F4.get_id()]=self.CTRL_F4
self.keys[self.CTRL_F5.get_id()]=self.CTRL_F5
self.keys[self.CTRL_F6.get_id()]=self.CTRL_F6
self.keys[self.CTRL_F7.get_id()]=self.CTRL_F7
self.keys[self.CTRL_F8.get_id()]=self.CTRL_F8
self.keys[self.CTRL_F9.get_id()]=self.CTRL_F9
self.keys[self.CTRL_F10.get_id()]=self.CTRL_F10
self.keys[self.ALT_F1.get_id()]=self.ALT_F1
self.keys[self.ALT_F2.get_id()]=self.ALT_F2
self.keys[self.ALT_F3.get_id()]=self.ALT_F3
self.keys[self.ALT_F4.get_id()]=self.ALT_F4
self.keys[self.ALT_F5.get_id()]=self.ALT_F5
self.keys[self.ALT_F6.get_id()]=self.ALT_F6
self.keys[self.ALT_F7.get_id()]=self.ALT_F7
self.keys[self.ALT_F8.get_id()]=self.ALT_F8
self.keys[self.ALT_F9.get_id()]=self.ALT_F9
self.keys[self.ALT_F10.get_id()]=self.ALT_F10
self.keys[self.CTRL_PRINT_SCREEN.get_id()]=self.CTRL_PRINT_SCREEN
self.keys[self.CTRL_LEFT_ARROW.get_id()]=self.CTRL_LEFT_ARROW
self.keys[self.CTRL_RIGHT_ARROW.get_id()]=self.CTRL_RIGHT_ARROW
self.keys[self.CTRL_END.get_id()]=self.CTRL_END
self.keys[self.CTRL_PAGE_DOWN.get_id()]=self.CTRL_PAGE_DOWN
self.keys[self.CTRL_HOME.get_id()]=self.CTRL_HOME
self.keys[self.ALT_1.get_id()]=self.ALT_1
self.keys[self.ALT_2.get_id()]=self.ALT_2
self.keys[self.ALT_3.get_id()]=self.ALT_3
self.keys[self.ALT_4.get_id()]=self.ALT_4
self.keys[self.ALT_5.get_id()]=self.ALT_5
self.keys[self.ALT_6.get_id()]=self.ALT_6
self.keys[self.ALT_7.get_id()]=self.ALT_7
self.keys[self.ALT_8.get_id()]=self.ALT_8
self.keys[self.ALT_9.get_id()]=self.ALT_9
self.keys[self.ALT_0.get_id()]=self.ALT_0
self.keys[self.ALT_DASH.get_id()]=self.ALT_DASH
self.keys[self.ALT_EQUALS.get_id()]=self.ALT_EQUALS
self.keys[self.CTRL_PAGE_UP.get_id()]=self.CTRL_PAGE_UP
#self.keys[self.F11.get_id()]=self.
#self.keys[self.F12.get_id()]=self.
self.keys[self.SHIFT_F11.get_id()]=self.SHIFT_F11
self.keys[self.SHIFT_F12.get_id()]=self.SHIFT_F12
self.keys[self.CTRL_F11.get_id()]=self.CTRL_F11
self.keys[self.CTRL_F12.get_id()]=self.CTRL_F12
self.keys[self.ALT_F11.get_id()]=self.ALT_F11
self.keys[self.ALT_F12.get_id()]=self.ALT_F12
self.keys[self.CTRL_UP_ARROW.get_id()]=self.CTRL_UP_ARROW
self.keys[self.CTRL_DASH_NUM.get_id()]=self.CTRL_DASH_NUM
self.keys[self.CTRL_5_NUM.get_id()]=self.CTRL_5_NUM
self.keys[self.CTRL_PLUS_NUM.get_id()]=self.CTRL_PLUS_NUM
self.keys[self.CTRL_DOWN_ARROW.get_id()]=self.CTRL_DOWN_ARROW
self.keys[self.CTRL_INSERT.get_id()]=self.CTRL_INSERT
self.keys[self.CTRL_DELETE.get_id()]=self.CTRL_DELETE
self.keys[self.CTRL_TAB.get_id()]=self.CTRL_TAB
self.keys[self.CTRL_SLASH_NUM.get_id()]=self.CTRL_SLASH_NUM
self.keys[self.CTRL_ASTERISK_NUM.get_id()]=self.CTRL_ASTERISK_NUM
self.keys[self.ALT_HOME.get_id()]=self.ALT_HOME
self.keys[self.ALT_UP_ARROW.get_id()]=self.ALT_UP_ARROW
self.keys[self.ALT_PAGE_UP.get_id()]=self.ALT_PAGE_UP
#self.keys[self. .get_id()]=self.
self.keys[self.ALT_LEFT_ARROW.get_id()]=self.ALT_LEFT_ARROW
#self.keys[self. .get_id()]=self.
self.keys[self.ALT_RIGHT_ARROW.get_id()]=self.ALT_RIGHT_ARROW
#self.keys[self. .get_id()]=self.
self.keys[self.ALT_END.get_id()]=self.ALT_END
self.keys[self.ALT_DOWN_ARROW.get_id()]=self.ALT_DOWN_ARROW
self.keys[self.ALT_PAGE_DOWN.get_id()]=self.ALT_PAGE_DOWN
self.keys[self.ALT_INSERT.get_id()]=self.ALT_INSERT
self.keys[self.ALT_DELETE.get_id()]=self.ALT_DELETE
self.keys[self.ALT_SLASH_NUM.get_id()]=self.ALT_SLASH_NUM
self.keys[self.ALT_TAB.get_id()]=self.ALT_TAB
self.keys[self.ALT_ENTER_NUM.get_id()]=self.ALT_ENTER_NUM
def get_key_id(self, code, state):
"""
a key id is a combination of the code and the state ignoring
up and down bits. This is done to consider E0 and E1 states
to differentiate left and right control keys, arrows from numbers, etc
"""
return int("0x%s%s"% (hex(code).replace('0x', ''),hex(state & 0xFE).replace('0x', '')),16)
def __default_kb_element(self):
"""
if there is not state, it has never been pressed, so it's up
"""
return InterceptionKeyState.INTERCEPTION_KEY_UP
def __default_element(self):
"""
Used to return None instead of a key exception for maps
"""
return None
def __null_handler(self,interception,event):
"""
Used as a null handler to disable events like "hold"
"""
return None
def runMacro(self, autohotpy, macro_list):
"""
go trough the events list and run the events in the specified time
run this in another thread or you will block the execution
autohotpy is in the parameters because I wanted to execute this as a task
"""
def getTimeDifference(old,new):
if (old == 0):
return 0
return new-old
last_time=0
#removing invalid events that the macro accidentally stores
#startkey UP is pressed as first char
#startkey DOWN is pressed as last char
macro_valid_elements = macro_list[1:len(macro_list)-1]
for event in macro_valid_elements:
self.sleep(getTimeDifference(last_time,event[0])) #wait before firing the event
last_time = event[0]
if (isinstance(event[1],InterceptionMouseStroke)):
# print("Stroke state:" + str(hex(event[1].state)))
# print("Stroke flags:" + str(hex(event[1].flags)))
# print("Stroke information:" + str(hex(event[1].information)))
# print("Stroke rolling:" + str(hex(event[1].rolling)))
# print("Stroke x:" + str(hex(event[1].x)))
# print("Stroke y:" + str(hex(event[1].y)))
self.sendToDefaultMouse(event[1])
elif(isinstance(event[1],InterceptionKeyStroke)):
# print("Stroke scancode:" + str(hex(event[1].code)))
# print("Stroke state:" + str(hex(event[1].state)))
self.sendToDefaultKeyboard(event[1])
def sleep(self, *args):
"""
Sleep. If no parameters are sent, default_interval is assumed.
useful for waiting between keypress.
"""
if (len(args) == 0):
interval = self.default_interval
else:
interval=args[0]
time.sleep(interval)
def start(self):
if (not self.exit_configured):
raise Exception("Configure a way to close the process before starting")
#Load the dll and setup the required functions
self.interception = InterceptionWrapper()
# Setup context
self.context = self.interception.interception_create_context()
if (self.context == None):
raise Exception("Interception driver not installed!\nInstall required drivers to continue.")
self.running = True
# Setup filters.
self.interception.interception_set_filter(self.context, self.interception.interception_is_keyboard, InterceptionFilterKeyState.INTERCEPTION_FILTER_KEY_ALL);
self.interception.interception_set_filter(self.context, self.interception.interception_is_mouse, InterceptionFilterMouseState.INTERCEPTION_FILTER_MOUSE_ALL);
# Store a default keyboard and a default mouse
hardware_id = ctypes.c_byte * 512
for i in range(10):
current_dev = self.interception.INTERCEPTION_KEYBOARD(i)
if (self.interception.interception_is_keyboard(current_dev)):
size = self.interception.interception_get_hardware_id(self.context, current_dev, ctypes.byref(hardware_id()), 512);
if (size != 0):
self.default_keyboard_device = current_dev
break
for i in range(10):
current_dev = self.interception.INTERCEPTION_MOUSE(i)
if (self.interception.interception_is_mouse(current_dev)):
size = self.interception.interception_get_hardware_id(self.context, current_dev, ctypes.byref(hardware_id()), 512);
if (size != 0):
self.default_mouse_device = current_dev
break
# Start threads. These will run the functions the user writes
self.kb_thread = FunctionRunner(self.kb_queue)
self.kb_thread.setDaemon(True)
self.kb_thread.start()
self.mouse_thread = FunctionRunner(self.mouse_queue)
self.mouse_thread.setDaemon(True)
self.mouse_thread.start()
self.macro_thread = FunctionRunner(self.macro_queue)
self.macro_thread.setDaemon(True)
self.macro_thread.start()
#reserve space for the stroke
stroke = InterceptionStroke()
while (self.running):
device = self.interception.interception_wait(self.context)
# print("#####DEVICE ID:"+str(device))
if (self.interception.interception_receive(self.context, device, ctypes.byref(stroke), 1) > 0):
if (self.interception.interception_is_keyboard(device)):
kb_event=ctypes.cast(stroke, ctypes.POINTER(InterceptionKeyStroke)).contents
if (self.recording_macro & self.enable_kb_macro):
self.last_macro.append((time.time(), copy.deepcopy(kb_event)))
current_key = self.get_key_id(kb_event.code,kb_event.state)
current_state = self.keyboard_state[current_key] #current state for the key
self.keyboard_state[current_key] = kb_event.state
if (kb_event.state & InterceptionKeyState.INTERCEPTION_KEY_UP): #up
user_function = self.keyboard_handler_up[current_key]
else:# down
if (current_state == kb_event.state):
user_function = self.keyboard_handler_hold[current_key]
else:
user_function = self.keyboard_handler_down[current_key]
if (user_function):
self.kb_queue.put(Task(self,user_function,copy.deepcopy(kb_event)))
else:
self.interception.interception_send(self.context, device, ctypes.byref(stroke), 1)
elif (self.interception.interception_is_mouse(device)):
mouse_event=ctypes.cast(stroke, ctypes.POINTER(InterceptionMouseStroke)).contents
if (self.recording_macro & self.enable_mouse_macro):
self.last_macro.append((time.time(), copy.deepcopy(mouse_event)))
if (mouse_event.state != InterceptionMouseState.INTERCEPTION_MOUSE_MOVE):
current_state_changed = self.__toggleMouseState(mouse_event)
if (current_state_changed):
user_function = self.mouse_handler[mouse_event.state]
else:
#TODO: implement something to make a fake on hold. Mouse clicks don't automatically resend events like keyboard keys do
user_function = self.mouse_handler_hold[mouse_event.state]
else:
user_function = self.mouse_move_handler
#print("Stroke state:" + str(hex(mouse_event.state)))
#print("Stroke flags:" + str(hex(mouse_event.flags)))
#print("Stroke information:" + str(hex(mouse_event.information)))
#print("Stroke rolling:" + str(hex(mouse_event.rolling)))
#print("Stroke x:" + str(hex(mouse_event.x)))
#print("Stroke y:" + str(hex(mouse_event.y)))
#print("position 1:" +str(win32gui.GetCursorPos()))
if (user_function):
self.mouse_queue.put(Task(self,user_function,copy.deepcopy(mouse_event)))
else:
self.interception.interception_send(self.context, device, ctypes.byref(stroke), 1)
if self.loopingCall != None:
self.loopingCall(self)
self.macro_queue.join()
self.kb_queue.join()
self.mouse_queue.join()
self.interception.interception_destroy_context(self.context)
def __toggleMouseState(self, mouse_event):
"""
applies the mouse state change
returns False if no changes were made
"""
BUTTON1=1
BUTTON2=2
BUTTON3=3
BUTTON4=4
BUTTON5=5
WHEEL=6
HWHEEL=7
newState = mouse_event.state
if ((newState == InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_1_DOWN) | (newState == InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_1_UP)):
return self.__updateButtonState(BUTTON1,newState)
elif ((newState == InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_2_DOWN) | (newState == InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_2_UP)):
return self.__updateButtonState(BUTTON2,newState)
elif ((newState == InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_3_DOWN) | (newState == InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_3_UP)):
return self.__updateButtonState(BUTTON3,newState)
elif ((newState == InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_4_DOWN) | (newState == InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_4_UP)):
return self.__updateButtonState(BUTTON4,newState)
elif ((newState == InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_5_DOWN) | (newState == InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_5_UP)):
return self.__updateButtonState(BUTTON5,newState)
elif (newState == InterceptionMouseState.INTERCEPTION_MOUSE_WHEEL):
return self.__updateButtonState(WHEEL,mouse_event.rolling)
elif (newState == InterceptionMouseState.INTERCEPTION_MOUSE_HWHEEL):
return self.__updateButtonState(HWHEEL,mouse_event.rolling)
def __updateButtonState(self, button, newState):
"""
returns true if the button state has changed
"""
#Update button 1 if needed
current_state = self.mouse_state[button]
if (current_state==newState):
return False
else:
self.mouse_state[button] = newState
return True
def isRunning(self):
return self.running
def stop(self):
self.running = False
def getKeyboardState(self, code, state):
"""
Return the key state for a given scancode + state mask
"""
return self.keyboard_state[self.get_key_id(code,state)]
def getMouseState(self, code):
return self.mouse_state[code]
def registerExit(self, key, handler):
self.exit_configured = True
self.keyboard_handler_down[key.get_id()] = handler
def registerForKeyDown(self, key, handler):
self.keyboard_handler_down[key.get_id()] = handler
def registerForKeyDownAndDisableHoldEvent(self, key, handler):
self.keyboard_handler_down[key.get_id()] = handler
self.keyboard_handler_hold[key.get_id()] = self.__null_handler
def registerForKeyUp(self, key, handler):
self.keyboard_handler_up[key.get_id()] = handler
def registerForKeyHold(self, key, handler):
self.keyboard_handler_hold[key.get_id()] = handler
def registerForMouseButton(self, key, handler):
self.mouse_handler[int(key)] = handler
def registerForMouseButtonAndDisableHoldEvent(self, key, handler):
self.mouse_handler[int(key)] = handler
self.mouse_handler_hold[int(key)] = self.__null_handler
def registerForMouseButtonHold(self, key, handler):
self.keyboard_handler_hold[int(key)] = handler
def registerForMouseMovement(self, handler):
self.mouse_move_handler = handler
def sendToDefaultMouse(self, stroke):
self.interception.interception_send(self.context, self.default_mouse_device, ctypes.byref(stroke), 1)
def sendToDefaultKeyboard(self, stroke):
self.interception.interception_send(self.context, self.default_keyboard_device, ctypes.byref(stroke), 1)
def sendToDevice(self, device, stroke):
self.interception.interception_send(self.context, device, ctypes.byref(stroke), 1)
def mouseMacroStartStop(self):
"""
start/stop recording a macro that only takes mouse events into account
"""
if (self.recording_macro):
self.recording_macro = False
else:
self.enable_mouse_macro = True
self.enable_kb_macro = False
self.recording_macro = True
def keyboardMacroStartStop(self):
"""
start/stop recording a macro that only saves keyboard events
"""
if (self.recording_macro):
self.recording_macro = False
else:
self.enable_mouse_macro = False
self.enable_kb_macro = True
self.recording_macro = True
def macroStartStop(self):
"""
start/stop recording a macro
"""
if (self.recording_macro):
self.recording_macro = False
else:
self.enable_mouse_macro = True
self.enable_kb_macro = True
self.clearLastRecordedMacro() #clear old macro (if any)
self.recording_macro = True
def fireLastRecordedMacro(self):
self.recording_macro = False
self.macro_queue.put(Task(self,self.runMacro,self.last_macro))
def clearLastRecordedMacro(self):
self.last_macro = []
def __getMouseFlagsString(self, event):
flags = event.flags
if (flags & InterceptionMouseFlag.INTERCEPTION_MOUSE_MOVE_ABSOLUTE):
flags_string = "InterceptionMouseFlag.INTERCEPTION_MOUSE_MOVE_ABSOLUTE"
else:
flags_string = "InterceptionMouseFlag.INTERCEPTION_MOUSE_MOVE_RELATIVE"
if (flags & InterceptionMouseFlag.INTERCEPTION_MOUSE_VIRTUAL_DESKTOP):
flags_string += "& InterceptionMouseFlag.INTERCEPTION_MOUSE_VIRTUAL_DESKTOP"
if (flags & InterceptionMouseFlag.INTERCEPTION_MOUSE_ATTRIBUTES_CHANGED):
flags_string += "& InterceptionMouseFlag.INTERCEPTION_MOUSE_ATTRIBUTES_CHANGED"
if (flags & InterceptionMouseFlag.INTERCEPTION_MOUSE_MOVE_NOCOALESCE):
flags_string += "& InterceptionMouseFlag.INTERCEPTION_MOUSE_MOVE_NOCOALESCE"
if (flags & InterceptionMouseFlag.INTERCEPTION_MOUSE_TERMSRV_SRC_SHADOW):
flags_string += "& InterceptionMouseFlag.INTERCEPTION_MOUSE_TERMSRV_SRC_SHADOW"
return flags_string
def __getMouseStateString(self, event):
return {
0x000 : "InterceptionMouseState.INTERCEPTION_MOUSE_MOVE",
0x001 : "InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_1_DOWN",
0x002 : "InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_1_UP",
0x004 : "InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_2_DOWN",
0x008 : "InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_2_UP",
0x010 : "InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_3_DOWN",
0x020 : "InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_3_UP",
0x040 : "InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_4_DOWN",
0x080 : "InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_4_UP",
0x100 : "InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_5_DOWN",
0x200 : "InterceptionMouseState.INTERCEPTION_MOUSE_BUTTON_5_UP",
0x400 : "InterceptionMouseState.INTERCEPTION_MOUSE_WHEEL",
0x800 : "InterceptionMouseState.INTERCEPTION_MOUSE_HWHEEL",
}[event.state]
def saveLastRecordedMacro(self, filename,*args):
openfile = open(filename, 'w')
output_script_text = "from AutoHotPy import AutoHotPy\nfrom InterceptionWrapper import *\ndef exitAutoHotKey(autohotpy,event):\n autohotpy.stop()\ndef recorded_macro(autohotpy, event):\n"
openfile.write(output_script_text)
if (len(args) == 1):
openfile.write(" autohotpy.moveMouseToPosition("+str(args[0][0])+","+str(args[0][1])+")\n")
def getTimeDifference(old,new):
if (old == 0):
return 0
return new-old
def getEventKeyId(event):
return self.get_key_id(event.code, event.state)
last_time=0
#removing invalid events that the macro accidentally stores
#startkey UP is pressed as first char
#startkey DOWN is pressed as last char
macro_valid_elements = self.last_macro[1:len(self.last_macro)-1]
for event in macro_valid_elements:
sleep_time = getTimeDifference(last_time,event[0])
last_time = event[0]
openfile.write(" autohotpy.sleep("+str(sleep_time)+")\n")
if (isinstance(event[1],InterceptionMouseStroke)):
openfile.write(" stroke = InterceptionMouseStroke()\n")
openfile.write(" stroke.state = "+self.__getMouseStateString(event[1])+"\n")
openfile.write(" stroke.flags = "+self.__getMouseFlagsString(event[1])+"\n")
openfile.write(" stroke.rolling = "+str(event[1].rolling)+"\n")
openfile.write(" stroke.x = "+str(event[1].x)+"\n")
openfile.write(" stroke.y = "+str(event[1].y)+"\n")
openfile.write(" stroke.information = "+str(event[1].information)+"\n")
openfile.write(" autohotpy.sendToDefaultMouse(stroke)\n")
elif(isinstance(event[1],InterceptionKeyStroke)):
keyid =getEventKeyId(event[1])
if (keyid != None):
key = self.keys[keyid]
keyname = str(key)
if (event[1].state & InterceptionKeyState.INTERCEPTION_KEY_UP):
openfile.write(" autohotpy."+keyname+".up()\n")
else:
openfile.write(" autohotpy."+keyname+".down()\n")
else:
code = event[1].code
state = event[1].state
openfile.write(" stroke = InterceptionMouseStroke()\n")
openfile.write(" stroke.code = "+str(code)+"\n")
openfile.write(" stroke.state = "+str(state)+"\n")
openfile.write(" stroke.information = "+str(event[1].information)+"\n")
openfile.write(" autohotpy.sendToDefaultKeyboard(stroke)\n")
openfile.write("if __name__==\"__main__\":\n auto = AutoHotPy()\n auto.registerExit(auto.ESC,exitAutoHotKey)\n auto.registerForKeyDown(auto.F1,recorded_macro)\n auto.start()\n")
openfile.close()
def isRecording(self):
return self.recording_macro
def getMousePosition(self):
#x, y = win32api.GetCursorPos()
res = Point()
self.user32.GetCursorPos(ctypes.byref(res))
return (res.x,res.y)
def moveMouseToPosition(self, x, y):
width_constant = 65535.0/float(self.user32.GetSystemMetrics(0))
height_constant = 65535.0/float(self.user32.GetSystemMetrics (1))
# move mouse to the specified position
stroke = InterceptionMouseStroke()
stroke.state = InterceptionMouseState.INTERCEPTION_MOUSE_MOVE
stroke.flags = InterceptionMouseFlag.INTERCEPTION_MOUSE_MOVE_ABSOLUTE
stroke.x = int(float(x)*width_constant)
stroke.y = int(float(y)*height_constant)
self.sendToDefaultMouse(stroke)
def run(self, macro, trigger_event):
"""
manually send a macro to be run
"""
if (isinstance(trigger_event,InterceptionMouseStroke)):
self.mouse_queue.put(Task(self, macro, trigger_event))
elif(isinstance(trigger_event,InterceptionKeyStroke)):
self.kb_queue.put(Task(self, macro, trigger_event))