def klick(key):
context = lib.interception_create_context()
stroke = ffi.new('InterceptionMouseStroke *')
stroke.state = key
lib.interception_send(context, 1, stroke, 1)
lib.interception_destroy_context(context)
def mausklick():
context = lib.interception_create_context()
stroke = ffi.new('InterceptionMouseStroke *')
stroke.state = SCANCODE.INTERCEPTION_MOUSE_LEFT_BUTTON_DOWN
lib.interception_send(context, 11, stroke, 1)
stroke.state = SCANCODE.INTERCEPTION_MOUSE_LEFT_BUTTON_UP
lib.interception_send(context, 11, stroke, 1)
lib.interception_destroy_context(context)
def anmelden(benutzer, pw):
context = lib.interception_create_context()
kstroke = ffi.new('InterceptionKeyStroke *')
for key in benutzer:
kstroke.code = SCANCODE.anmeldedaten[key]
lib.interception_send(context, 1, kstroke, 1)
kstroke.code = SCANCODE.TAB
lib.interception_send(context, 1, kstroke, 1)
for key in pw:
kstroke.code = SCANCODE.anmeldedaten[key]
lib.interception_send(context, 1, kstroke, 1)
def __init__(self, code, state):
self.code = code
self.state = state
self.c = ffi.new('InterceptionKeyStroke *', {'code': code, 'state': state})[0]
if __name__ == '__main__':
import sys
program_instance = try_open_single_program('407631B6-78D3-4EFC-A868-40BBB7204CF1')
if not program_instance:
sys.exit()
raise_process_priority()
context = lib.interception_create_context()
lib.interception_set_filter(context, lib.interception_is_keyboard,
lib.INTERCEPTION_FILTER_KEY_DOWN |
lib.INTERCEPTION_FILTER_KEY_UP)
kstroke = ffi.new('InterceptionKeyStroke *')
while True:
device = lib.interception_wait(context)
if not lib.interception_receive(context, device, kstroke, 1):
break
kstrokes = caps2esc(kstroke[0])
if kstrokes:
lib.interception_send(context, device,
ffi.new('InterceptionKeyStroke []', kstrokes),
len(kstrokes))
lib.interception_destroy_context(context)
close_single_program(program_instance)
# x=0
# a = []
# while x < i:
# t = time.time()
# r = pyautogui.pixelMatchesColor(int(ench_window_x + 83),int(ench_window_y + 382), (230, 217, 190))
# a.append(time.time() - t)
# x = x + 1
# print(str(not r)+' Pixelmatching: ' + str(sum(a) / len(a)))
# if pyautogui.pixelMatchesColor(desktop_size[0],desktop_size[1], (240, 240, 240)):
# print('Speicherfehlermeldung auf dem Bildschirm - starte neu.')
# while pyautogui.pixelMatchesColor(desktop_size[0],desktop_size[1], (240, 240, 240)):
# pyautogui.moveTo(pyautogui.locateCenterOnScreen(path + 'pic\\OK_Error.png',grayscale=True, confidence=.88))
# mausklick()
# time.sleep(1)
# mausklick()
raise_process_priority()
context = lib.interception_create_context()
lib.interception_set_filter(context, lib.interception_is_keyboard,
lib.INTERCEPTION_FILTER_KEY_ALL)
stroke = ffi.new('InterceptionKeyStroke *')
while True:
device = lib.interception_wait(context)
if stroke.code == SCANCODE.SCANCODE_ESC:
print('ESC')
lib.interception_destroy_context(context)
return INTERCEPTION_MAX_KEYBOARD + index + 1
if __name__ == '__main__':
raise_process_priority()
context = lib.interception_create_context()
lib.interception_set_filter(
context, lib.interception_is_keyboard,
lib.INTERCEPTION_FILTER_KEY_DOWN | lib.INTERCEPTION_FILTER_KEY_UP)
lib.interception_set_filter(context, lib.interception_is_mouse,
lib.INTERCEPTION_FILTER_MOUSE_LEFT_BUTTON_DOWN)
stroke = ffi.new('InterceptionMouseStroke *')
while True:
device = lib.interception_wait(context)
if not lib.interception_receive(context, device, stroke, 1):
break
if lib.interception_is_keyboard(device):
kstroke = ffi.cast('InterceptionKeyStroke *', stroke)
print('INTERCEPTION_KEYBOARD({})'.format(device -
INTERCEPTION_KEYBOARD(0)))
if kstroke.code == SCANCODE_ESC:
break
elif lib.interception_is_mouse(device):
print('INTERCEPTION_MOUSE({})'.format(device -
INTERCEPTION_MOUSE(0)))
else:
SCANCODE_ESC = 0x01
if __name__ == '__main__':
raise_process_priority()
context = lib.interception_create_context()
lib.interception_set_filter(
context, lib.interception_is_keyboard,
lib.INTERCEPTION_FILTER_KEY_DOWN | lib.INTERCEPTION_FILTER_KEY_UP)
lib.interception_set_filter(context, lib.interception_is_mouse,
lib.INTERCEPTION_FILTER_MOUSE_LEFT_BUTTON_DOWN)
hardware_id = ffi.new('wchar_t[500]')
stroke = ffi.new('InterceptionMouseStroke *')
while True:
device = lib.interception_wait(context)
if not lib.interception_receive(context, device, stroke, 1):
break
if lib.interception_is_keyboard(device):
kstroke = ffi.cast('InterceptionKeyStroke *', stroke)
if kstroke.code == SCANCODE_ESC:
break
length = lib.interception_get_hardware_id(context, device, hardware_id,
ffi.sizeof(hardware_id))
if 0 < length < ffi.sizeof(hardware_id):
