def tick(self):
now = time.asctime(time.localtime())
changed, modifiers, keys = kl.fetch_keys()
if(self.previous_key == "<caps lock>") :
if(keys == "<esc>") :
return False
elif(not keys and modifiers["left shift"] ) :
self.caps = False
self.selected+=1
if(self.selected > (self.lines - 1) or self.selected > len(self.result)) :
self.selected = 0
self.previous_key = ""
if keys :
if(len(keys) == 1 and keys not in self.end_chars) :
self.word += str(keys)
elif(keys == "<backspace>"):
self.word = self.word[0:-1]
elif(self.result and keys == "<caps lock>" and self.previous_key == "<caps lock>") :
v = virtkey.virtkey()
for i in range(len(self.word), len(self.result[self.selected])) :
v.press_unicode(ord(self.result[self.selected][i]))
v.release_unicode(ord(self.result[self.selected][i]))
v.press_unicode(ord(" "))
v.release_unicode(ord(" "))
self.selected = 0
self.word = ""
self.result = []
elif(keys == "<caps lock>") :
self.caps = True
self.previous_key = keys
else:
self.word = ""
if(keys != "<caps lock>") :
self.caps = False
self.previous_key = keys
if(self.word):
#raw_result = subprocess.Popen(['look', self.word], stdout=subprocess.PIPE).communicate()[0]
#self.result = string.split(raw_result)
self.result = self.wb.getWords(self.word)
else:
self.result = []
if(self.caps) :
self.osd.set_colour("green")
else :
self.osd.set_colour("white")
for i in range(10):
if(len(self.result) > i):
if(i == self.selected):
self.osd.display("[ " + self.result[i] + " ]", line = i)
else :
self.osd.display(" " + self.result[i], line = i)
else :
self.osd.display("", line = i)
return True
def __init__(self):
self.src = 0
try:
import virtkey
self.v = virtkey.virtkey()
except:
print 'virtkey module not available'
def init_xtest(self):
"""
Initialise XTEST if it is available.
"""
if self.x_test_available == None:
logger.info("Initialising macro output system")
# Load Python Virtkey if it is available
# Use python-virtkey for preference
self.virtual_keyboard = None
try:
import virtkey
self.virtual_keyboard = virtkey.virtkey()
self.x_test_available = False
except Exception as e:
logger.warn("No python-virtkey, macros may be weird. Trying XTest", exc_info = e)
# Determine whether to use XTest for sending key events to X
self.x_test_available = True
try :
import Xlib.ext.xtest
except ImportError as e:
logger.warn("No XTest, falling back to raw X11 events", exc_info = e)
self.x_test_available = False
self.local_dpy = Xlib.display.Display()
if self.x_test_available and not self.local_dpy.query_extension("XTEST") :
logger.warn("Found XTEST module, but the X extension could not be found")
self.x_test_available = False
def init_xtest(self):
"""
Initialise XTEST if it is available.
"""
if self.x_test_available is None:
logger.info("Initialising macro output system")
# Load Python Virtkey if it is available
# Use python-virtkey for preference
self.virtual_keyboard = None
try:
import virtkey
self.virtual_keyboard = virtkey.virtkey()
self.x_test_available = False
except Exception as e:
logger.warning("No python-virtkey, macros may be weird. Trying XTest", exc_info=e)
# Determine whether to use XTest for sending key events to X
self.x_test_available = True
try:
import Xlib.ext.xtest
except ImportError as e:
logger.warning("No XTest, falling back to raw X11 events", exc_info=e)
self.x_test_available = False
self.local_dpy = Xlib.display.Display()
if self.x_test_available and not self.local_dpy.query_extension("XTEST"):
logger.warning("Found XTEST module, but the X extension could not be found")
self.x_test_available = False
def tapCtrlChar(char, delay):
v = virtkey.virtkey() # 调用系统键盘
v.press_keysym(65507) # Ctrl键位
v.press_unicode(ord(char)) # 模拟字母V
v.release_unicode(ord(char))
v.release_keysym(65507)
time.sleep(delay)
def __init__(self):
self.__current_acc = None
if binary == True:
self._morse = Morse()
self._morse.registerListener(caribouwindow.update)
self._morse.fireToListener() #get the caribouwindow to do everything on startup
self.vk = virtkey.virtkey()
def op_syscall(process):
state = process.syscall_state
syscall = state.event(FunctionCallOptions())
words = get_words()
if syscall.name == 'write':
co = re.sub(r'(\\x.*?m)', '', syscall.format())
matched = re.match(r".*\,(.*)\,.*", co)
if matched:
cleanup = re.sub(r'(\\r|\'|\\n)+', '', matched.group(1))
if cleanup:
splitted = cleanup.split(" ")
for word in words:
for captured in splitted:
if captured.startswith(word):
v = virtkey.virtkey()
for key in word:
key_value = gtk.gdk.keyval_from_name(key)
v.press_unicode(key_value)
v.release_unicode(key_value)
v.press_keysym(enter_key)
v.release_keysym(enter_key)
process.syscall()
def __init__(self, engine):
import eekboard, virtkey
self.__engine = engine
self.__input_mode = None
self.__typing_mode = None
self.__client = eekboard.Client()
self.__context = self.__client.create_context("ibus-skk")
self.__keyboard_type_to_id = {
KEYBOARD_TYPE_US: self.__context.add_keyboard("us"),
KEYBOARD_TYPE_JP: self.__context.add_keyboard("jp-kana")
}
self.__keyboard_id_to_type = dict()
for k, v in self.__keyboard_type_to_id.iteritems():
self.__keyboard_id_to_type[v] = k
self.__keyboard_type = None
self.__group = 0
self.__set_keyboard_type(KEYBOARD_TYPE_US)
self.__set_group(0)
self.__context.connect('key-pressed', self.__key_pressed_cb)
self.__context.connect('notify::keyboard', self.__notify_keyboard_cb)
self.__context.connect('notify::group', self.__notify_group_cb)
self.__virtkey = virtkey.virtkey()
def __init__(self): self.src = 0 try: import virtkey self.v = virtkey.virtkey() except: print 'virtkey module not available'
def op_syscall(process):
state = process.syscall_state
syscall = state.event(FunctionCallOptions())
words = get_words()
if syscall.name == 'write':
co = re.sub(r'(\\x.*?m)', '', syscall.format())
matched = re.match(r".*\,(.*)\,.*", co)
if matched:
cleanup = re.sub(r'(\\r|\'|\\n)+', '', matched.group(1))
if cleanup:
splitted = cleanup.split(" ")
for word in words:
for captured in splitted:
if captured.startswith(word):
v = virtkey.virtkey()
for key in word:
key_value = gtk.gdk.keyval_from_name(key)
v.press_unicode(key_value)
v.release_unicode(key_value)
v.press_keysym(enter_key)
v.release_keysym(enter_key)
process.syscall()
def send_tab_key():
v = virtkey.virtkey()
sleep(3)
print('click tab key one time')
v.press_keysym(65289)
v.release_keysym(65289)
print('end to click')
def __init__(self):
self.__current_acc = None
if binary == True:
self._morse = Morse()
self._morse.registerListener(caribouwindow.update)
self._morse.fireToListener(
) #get the caribouwindow to do everything on startup
self.vk = virtkey.virtkey()
def simulate():
v = virtkey.virtkey()
while True:
time.sleep(1)
v.press_unicode(ord("a"))
v.release_unicode(ord("a"))
v.press_keysym(65363)
v.release_keysym(65363)
pass
def simulate():
v = virtkey.virtkey()
while True:
time.sleep(1)
v.press_unicode(ord("a"))
v.release_unicode(ord("a"))
v.press_keysym(65363)
v.release_keysym(65363)
pass
def __init__(self,parent = None):
QtGui.QWidget.__init__(self,parent)
self.setGeometry(300,300,250,150)
self.setWindowTitle('Virtual NumLock')
self.quit = QtGui.QPushButton('VirtNuLk',self)
self.quit.setGeometry(10,10,80,55)
self.virtk = virtkey.virtkey()
self.connect(self.quit,QtCore.SIGNAL('clicked()'),self.virtNuLk)
def __init__(self, parent=None):
QtGui.QWidget.__init__(self, parent)
self.setGeometry(300, 300, 250, 150)
self.setWindowTitle('Virtual NumLock')
self.quit = QtGui.QPushButton('VirtNuLk', self)
self.quit.setGeometry(10, 10, 80, 55)
self.virtk = virtkey.virtkey()
self.connect(self.quit, QtCore.SIGNAL('clicked()'), self.virtNuLk)
def __init__(self):
self.settings = {'FMse_s':(275,425), 'FMse_e':(200,75),'FApp_s':(100,21),'FApp_e':(200,75),'FGam_s':(500,21),'FGam_e':(310,75),'FPaint_s':(850,21),'FPundo':(100,21),'FPnew':(300,21),'FPsave':(500,21),'FPexit':(800,21),'FPend':(150,75),'FSet':(850,101)}
self.letter= {'ru':' ','luldrdrulurdru':'a','luldrdrurdru':'a','ldrdrulurdru':'a','ldrdrurdru':'a','luldrdrurd':'a','rululdrdrululd':'b','ldlururdldlu':'b','rdrurdld':'b','ldrurdldlu':'b','ldrurdld':'b','rdrurdldluld':'b','rdrurdldlu':'y','rululdrurdldlu':'b','ruldrdrulu':'b','rululdrdrululd':'b','ruldrdrululd':'b','ldluldrdru':'c','luldrdru':'c','ldrdru':'c','ldrdruldrd':'d','luldrdruldrdru':'d','luldrdrulurd':'d','rululdrdru':'e','rdrululdrdru':'e','rdrululdrdrulu':'e','ruldrdrululdru':'f','rululdrdrululdru':'f','luldrdruldlu':'g','luldrdrurdldluru':'g','luldrdrurdldluld':'g','ldrdruldlu':'g','luldrdrurdldlu':'g','rululdrdrurdru':'h','ldlururd':'h','ldrurd':'n','rurdru':'n','rululdrurdru':'h','ruldrurd':'h','ld':'i','ldrd':'i','rd':'i','rdld':'i','ruldluru':'j','rurdldluru':'j','ruldlu':'j','ldruldrdru':'k','ldruldlurdru':'k','ldlururdldrdru':'k','rdruldrdru':'k','rdruldrd':'k','rululdrd':'l','ruldluldrdru':'l','rululdrdru':'l','ruldru':'l','rurdrurdrurdld':'m','rurdldlururdrurdru':'m','ldrurdlururdld':'m','rdrurdrurdldru':'m','rdrurdrurd':'m','rdrurdldlururdld':'m','rurdrurdru':'n','rdrurdldrurdru':'n','ruldrurdld':'n','rurdldlururd':'n','rurdldrurdldrdru':'n','rdldrdrurd':'n','rurdldlururdld':'n','luldrdrulu':'o','ldrdrulu':'o','rdrululd':'o','ldrdrululd':'o','lururdld':'p','rulururdldlu':'p','rurdlururdld':'p','rdrulururdldlu':'p','rurdldrurd':'n','ldlururdld':'p','luldrdruldru':'q','luldrdruldru':'q','ldrdrululdru':'q','luldrdrululdrdru':'q','rurdluru':'r','rdldlururd':'r','rululdrdrurdru':'r','rdlururd':'r','rurdldlururd':'r','luldrdrurdldlu':'s','luldrdldlu':'s','rdluldrdldlu':'s','ldrdld':'s','luldrdrurdldlu':'s','luldruldrdru':'t','luldluruldrdrurd':'t','rdrurdru':'u','rurdrurd':'u','rurdrululdrdru':'u','rurdruldrdru':'u','rdru':'v','rdrululdrd':'v','rdrurdru':'w','ldrurdru':'w','rdrurdrulu':'w','rdruldrdrululd':'w','rdldruldrdru':'x','rurdldruldrdru':'x','rdldrurdldrd':'x','rdrurdldluru':'y','rdruldrdldluru':'y','rurdrurdldluru':'y','rurdruldlu':'y','rurdruldru':'y','ruldru':'z','ruldrurd':'z','rurdldrdru':'z','rdldrd':'z'}
self.xx,self.yy=0,0
self.xxl,self.yyl,self.xxr,self.yyr=0,0,0,0
self.ptr = (250,132,123)
self.lbtn=False
self.rbtn = False
self.gptr,self.gptl=(255,255,255),(255,255,255)
self.capture = cv.CaptureFromCAM(0)
self.camres_x = 1280.0
self.camres_y = 1024.0
self.pt = None
self.win_size = 10
self.MAX_COUNT = 500
self.display = Xlib.display.Display()
self.screen = self.display.screen()
self.pbrushc = (255,0,0)
self.root = self.screen.root
self.res_x,self.res_y = self.get_screen_resolution()
self.res_x,self.res_y=float(self.res_x),float(self.res_y)
self.mx = self.res_x/self.camres_x
self.my = self.res_y/self.camres_y
cv.SetCaptureProperty( self.capture, 3, 1280 )
cv.SetCaptureProperty( self.capture, 4,1024 )
self.hsv_img = self.mir_img = self.image = self.img = self.frame = cv.QueryFrame(self.capture)
self.relimage = cv.CreateImage (cv.GetSize (self.frame), 8, 3)
cv.NamedWindow ('MirrorX by VMX', cv.CV_WINDOW_NORMAL)
#cv.NamedWindow ('sCollor', cv.CV_WINDOW_NORMAL)
cv.SetMouseCallback ('sCollor', self.on_mouse, None)
cv.SetMouseCallback ('MirrorX by VMX', self.on_mousew, None)
self.hsv_img2 = cv.CreateImage (cv.GetSize (self.relimage), 8, 3)
self.text = " Music "
self.fnt =cv.InitFont(2, 2, 1,0,4,8)
self.selection = None
self.drag_start = None
self.drag = None
self.Setting=self.writpad=self.Mousecntl=self.GameMode=self.NonStop=self.PaintA = False
self.clicked = None
self.sett = False
self.mosppp=self.mospp= self.mosp = []
self.lettr=['|']
self.train=""
self.nowltr=""
self.count_color = 1
self.tracking_state = 0
self.ptrlu=(5, 166, 101)
self.ptrld=(8, 215, 255)
self.ptrru=(21, 148, 142)
self.ptrrd=(27, 198, 243)
self.ptrmu=(0, 159, 131)
self.ptrmd=(4, 183, 162)
self.pbrushc=(0,0,255)
self.pbrushs=5
self.v = virtkey.virtkey()
def __init__(self, config=None, **kargs):
if config:
self.Mod4 = config['Mod4']
self.Mod1 = config['Mod1']
self.Shift = config['Shift']
else:
self.Mod4 = 'Super_L'
self.Mod1 = 'Alt_L'
self.Shift = 'Shift_L'
self.v = virtkey.virtkey()
def __init__(self, config=None, **kargs):
if config:
self.Mod4 = config['Mod4']
self.Mod1 = config['Mod1']
self.Shift = config['Shift']
else:
self.Mod4 = 'Super_L'
self.Mod1 = 'Alt_L'
self.Shift = 'Shift_L'
self.v = virtkey.virtkey()
def get_vk(self):
if not self._vk:
try:
# may fail if there is no X keyboard (LP: 526791)
self._vk = virtkey.virtkey()
except virtkey.error as e:
t = time.time()
if t > self._vk_error_time + .2: # rate limit to once per 200ms
_logger.warning("vk: " + unicode_str(e))
self._vk_error_time = t
return self._vk
def get_vk(self):
if not self._vk:
try:
# may fail if there is no X keyboard (LP: 526791)
self._vk = virtkey.virtkey()
except virtkey.error as e:
t = time.time()
if t > self._vk_error_time + .2: # rate limit to once per 200ms
_logger.warning("vk: " + unicode_str(e))
self._vk_error_time = t
return self._vk
def worker_4(interval):
c = socket.socket(socket.AF_INET,socket.SOCK_STREAM)
c.connect(('192.168.0.101',8080))
while(1):
control_data = c.recv(4)
cv = virtkey.virtkey()
cv.press_unicode(ord(control_data))
cv.release_keysym(ord(control_data))
cv.press_keysym(65421)#按下ENTER
cv.release_keysym(65421)#释放ENTER
def __init__(self, protoPathList, metaPath, mesgHandle):
cmd.Cmd.__init__(self)
PeaView.__init__(self, protoPathList, metaPath, mesgHandle)
self.connectParamPattern = re.compile(
'(\w+|(?:\d+\.){3}(?:\d+))\s+(\d+)')
self.historyLoaded = False
self.setPattern = re.compile('(\w+)\s*=\s*(\$[\w?%]+|\w+:\w*)')
self.deferredActions = []
self.isExited = False
import virtkey
self.keyboard = virtkey.virtkey()
def on_personalise_button_clicked(self, widget):
new_layout_name = show_ask_string_dialog(
_("Enter name for personalised layout"), self.window)
if new_layout_name:
vk = virtkey()
keyboard = KeyboardSVG(vk, config.layout_filename,
config.color_scheme_filename)
layout_xml = utils.create_layout_XML(new_layout_name,
vk,
keyboard)
utils.save_layout_XML(layout_xml, self.user_layout_root)
self.update_layoutList()
self.open_user_layout_dir()
def type_keycode(code, mask1="", mask2=""): v = virtkey.virtkey() if mask1 != "" and mask1 in mask_names: v.lock_mod(masks[mask1]) if mask2 != "" and mask2 in mask_names: v.lock_mod(masks[mask2]) v.press_keycode(code) v.release_keycode(code) #Release must be called IMMEDIATLEY after 'press'! if mask1 != "" and mask1 in mask_names: v.unlock_mod(masks[mask1]) if mask2 != "" and mask2 in mask_names: v.unlock_mod(masks[mask2])
class kb_input(): _kb = virtkey.virtkey() keycodes = [ 0xff0d, 0xff55, 0xff53, 0xff56, 0xff51 ] #left: sw 7, ord(0xff51) L arrow #down: sw 6, ord(0xff56) PgDn #right: sw 5, ord(0xff53) R arrow #up: switch 4, ord(0xff55) PgUp #button: sw 3, ord(0xff0d) enter def press(self, mask): for i in range(3,8): if (mask & ( 1 << i )): self._kb.press_keysym(self.keycodes[i-3]) self._kb.release_keysym(self.keycodes[i-3])
def type_keycode(code, mask1="", mask2=""): v = virtkey.virtkey() if mask1 != "" and mask1 in mask_names: v.lock_mod(masks[mask1]) if mask2 != "" and mask2 in mask_names: v.lock_mod(masks[mask2]) v.press_keycode(code) v.release_keycode(code) #Release must be called IMMEDIATLEY after 'press'! if mask1 != "" and mask1 in mask_names: v.unlock_mod(masks[mask1]) if mask2 != "" and mask2 in mask_names: v.unlock_mod(masks[mask2])
def simulate_keys(keys):
""" simulate the keys using python-virtkey
:param keys: (modifiers, keysym); returned by keystroke_to_x11
"""
modifiers, key = keys
v = virtkey.virtkey()
if modifiers:
v.lock_mod(modifiers)
try:
v.press_keysym(key)
v.release_keysym(key)
finally:
if modifiers:
v.unlock_mod(modifiers)
def __init__(self):
self.os_type = os.name
self.keyapi = None
if self.os_type == 'posix':#UNIX
try:
import virtkey
self.keyapi = virtkey.virtkey()
except ImportError:
raise Exception('Module virtkey is not installed, virtual keyboard feature will be disabled!')
if self.os_type == 'nt': #WINDOWS
try:
import SendKeys
self.keyapi = SendKeys
except ImportError:
raise Exception('Module SendKeys is not installed, virtual keyboard feature will be disabled!')
def __init__(self, app=None):
import virtkey
self.keyEmulator = virtkey.virtkey()
self.app = app
self.keymap = { 'pgdn': 0xFF9B,
'pgup': 0xFF9A,
'crup': 0xFF97,
'crdn': 0xFF99,
'crlt': 0xFF96,
'crrt': 0xFF98,
'alttab': 0xFF09,
'bkspc': 0xFF08,
'space': 0xFF80,
'@': 0x040,
'enter': 0xFF8D}
def __init__(self):
self.key_emulator = virtkey.virtkey()
self.keys = { 'ctrl_left':0xffe3, 'super_left':0xffeb, 'alt_left':0xffe9, 'alt_gr':0xfe03, 'super_right':0xffec, 'ctrl_right':0xffe4,
'shift_left':0xffe1, 'shift_right':0xffe2, 'caps_lock':0xffe5, 'enter':0xff0d, 'tab':0xff09, 'backspace':0xff08,
'esc':0xff1b, 'f1':0xffbe, 'f2':0xffbf, 'f3':0xffc0, 'f4':0xffc1, 'f5':0xffc2, 'f6':0xffc3, 'f7':0xffc4, 'f8':0xffc5, 'f9':0xffc6, 'f10':0xffc7, 'f11':0xffc8, 'f12':0xffc9,
'scroll_lock':0xff14, 'pause':0xff13, 'insert':0xff63, 'home':0xff50, 'page_up':0xff55, 'delete':0xffff, 'end':0xff57, 'page_down':0xff56,
'arrow_up':0xff52, 'arrow_down':0xff54, 'arrow_left':0xff51, 'arrow_right':0xff53, 'num_lock':0xff63,
'num_divide':0xffaf, 'num_multiply':0xffaa, 'num_subtract':0xffad, 'num_add':0xffab, 'num_enter':0xff8d, 'num_0':0xffb0, 'num_1':0xffb1, 'num_2':0xffb2, 'num_3':0xffb3,
'num_4':0xffb4, 'num_5':0xffb5, 'num_6':0xffb6, 'num_7':0xffb7, 'num_8':0xffb8, 'num_9':0xffb9, 'num_separator':0xffac,
'xf86modelock':0x1008ff01, 'xf86monbrightnessup':0x1008ff02, 'xf86monbrightnessdown':0x1008ff03, 'xf86kbdlightonoff':0x1008ff04, 'xf86kbdbrightnessup':0x1008ff05, 'xf86kbdbrightnessdown':0x1008ff06,
'xf86standby':0x1008ff10, 'xf86audiolowervolume':0x1008ff11, 'xf86audiomute':0x1008ff12, 'xf86audioraisevolume':0x1008ff13, 'xf86audioplay':0x1008ff14, 'xf86audiostop':0x1008ff15,
'xf86modelock':0x1008ff01, 'xf86monbrightnessup':0x1008ff02, 'xf86monbrightnessdown':0x1008ff03, 'xf86kbdlightonoff':0x1008ff04, 'xf86kbdbrightnessup':0x1008ff05,
'xf86kbdbrightnessdown':0x1008ff06, 'xf86standby':0x1008ff10, 'xf86audiolowervolume':0x1008ff11, 'xf86audiomute':0x1008ff12, 'xf86audioraisevolume':0x1008ff13,
'xf86audioplay':0x1008ff14, 'xf86audiostop':0x1008ff15, 'xf86audioprev':0x1008ff16, 'xf86audionext':0x1008ff17, 'xf86homepage':0x1008ff18,
'xf86mail':0x1008ff19, 'xf86start':0x1008ff1a, 'xf86search':0x1008ff1b, 'xf86audiorecord':0x1008ff1c, 'xf86calculator':0x1008ff1d,
'xf86memo':0x1008ff1e, 'xf86todolist':0x1008ff1f, 'xf86calendar':0x1008ff20, 'xf86powerdown':0x1008ff21, 'xf86contrastadjust':0x1008ff22,
'xf86rockerup':0x1008ff23, 'xf86rockerdown':0x1008ff24, 'xf86rockerenter':0x1008ff25, 'xf86back':0x1008ff26, 'xf86forward':0x1008ff27,
'xf86stop':0x1008ff28, 'xf86refresh':0x1008ff29, 'xf86poweroff':0x1008ff2a, 'xf86wakeup':0x1008ff2b, 'xf86eject':0x1008ff2c,
'xf86screensaver':0x1008ff2d, 'xf86www':0x1008ff2e, 'xf86sleep':0x1008ff2f, 'xf86favorites':0x1008ff30, 'xf86audiopause':0x1008ff31,
'xf86audiomedia':0x1008ff32, 'xf86mycomputer':0x1008ff33, 'xf86vendorhome':0x1008ff34, 'xf86lightbulb':0x1008ff35, 'xf86shop':0x1008ff36,
'xf86history':0x1008ff37, 'xf86openurl':0x1008ff38, 'xf86addfavorite':0x1008ff39, 'xf86hotlinks':0x1008ff3a, 'xf86brightnessadjust':0x1008ff3b,
'xf86finance':0x1008ff3c, 'xf86community':0x1008ff3d, 'xf86audiorewind':0x1008ff3e, 'xf86backforward':0x1008ff3f, 'xf86launch0':0x1008ff40,
'xf86launch1':0x1008ff41, 'xf86launch2':0x1008ff42, 'xf86launch3':0x1008ff43, 'xf86launch4':0x1008ff44, 'xf86launch5':0x1008ff45,
'xf86launch6':0x1008ff46, 'xf86launch7':0x1008ff47, 'xf86launch8':0x1008ff48, 'xf86launch9':0x1008ff49, 'xf86launcha':0x1008ff4a,
'xf86launchb':0x1008ff4b, 'xf86launchc':0x1008ff4c, 'xf86launchd':0x1008ff4d, 'xf86launche':0x1008ff4e, 'xf86launchf':0x1008ff4f,
'xf86applicationleft':0x1008ff50, 'xf86applicationright':0x1008ff51, 'xf86book':0x1008ff52, 'xf86cd':0x1008ff53, 'xf86calculater':0x1008ff54,
'xf86clear':0x1008ff55, 'xf86close':0x1008ff56, 'xf86copy':0x1008ff57, 'xf86cut':0x1008ff58, 'xf86display':0x1008ff59,
'xf86dos':0x1008ff5a, 'xf86documents':0x1008ff5b, 'xf86excel':0x1008ff5c, 'xf86explorer':0x1008ff5d, 'xf86game':0x1008ff5e,
'xf86go':0x1008ff5f, 'xf86itouch':0x1008ff60, 'xf86logoff':0x1008ff61, 'xf86market':0x1008ff62, 'xf86meeting':0x1008ff63,
'xf86menukb':0x1008ff65, 'xf86menupb':0x1008ff66, 'xf86mysites':0x1008ff67, 'xf86new':0x1008ff68, 'xf86news':0x1008ff69,
'xf86officehome':0x1008ff6a, 'xf86open':0x1008ff6b, 'xf86option':0x1008ff6c, 'xf86paste':0x1008ff6d, 'xf86phone':0x1008ff6e,
'xf86q':0x1008ff70, 'xf86reply':0x1008ff72, 'xf86reload':0x1008ff73, 'xf86rotatewindows':0x1008ff74, 'xf86rotationpb':0x1008ff75,
'xf86rotationkb':0x1008ff76, 'xf86save':0x1008ff77, 'xf86scrollup':0x1008ff78, 'xf86scrolldown':0x1008ff79, 'xf86scrollclick':0x1008ff7a,
'xf86send':0x1008ff7b, 'xf86spell':0x1008ff7c, 'xf86splitscreen':0x1008ff7d, 'xf86support':0x1008ff7e, 'xf86taskpane':0x1008ff7f,
'xf86terminal':0x1008ff80, 'xf86tools':0x1008ff81, 'xf86travel':0x1008ff82, 'xf86userpb':0x1008ff84, 'xf86user1kb':0x1008ff85,
'xf86user2kb':0x1008ff86, 'xf86video':0x1008ff87, 'xf86wheelbutton':0x1008ff88, 'xf86word':0x1008ff89, 'xf86xfer':0x1008ff8a,
'xf86zoomin':0x1008ff8b, 'xf86zoomout':0x1008ff8c, 'xf86away':0x1008ff8d, 'xf86messenger':0x1008ff8e, 'xf86webcam':0x1008ff8f,
'xf86mailforward':0x1008ff90, 'xf86pictures':0x1008ff91, 'xf86music':0x1008ff92, 'xf86battery':0x1008ff93, 'xf86bluetooth':0x1008ff94,
'xf86wlan':0x1008ff95, 'xf86uwb':0x1008ff96, 'xf86audioforward':0x1008ff97, 'xf86audiorepeat':0x1008ff98, 'xf86audiorandomplay':0x1008ff99,
'xf86subtitle':0x1008ff9a, 'xf86audiocycletrack':0x1008ff9b, 'xf86cycleangle':0x1008ff9c, 'xf86frameback':0x1008ff9d, 'xf86frameforward':0x1008ff9e,
'xf86time':0x1008ff9f, 'xf86select':0x1008ffa0, 'xf86view':0x1008ffa1, 'xf86topmenu':0x1008ffa2, 'xf86red':0x1008ffa3,
'xf86green':0x1008ffa4, 'xf86yellow':0x1008ffa5, 'xf86blue':0x1008ffa6, 'xf86_switch_vt_1':0x1008fe01, 'xf86_switch_vt_2':0x1008fe02,
'xf86_switch_vt_3':0x1008fe03, 'xf86_switch_vt_4':0x1008fe04, 'xf86_switch_vt_5':0x1008fe05, 'xf86_switch_vt_6':0x1008fe06, 'xf86_switch_vt_7':0x1008fe07,
'xf86_switch_vt_8':0x1008fe08, 'xf86_switch_vt_9':0x1008fe09, 'xf86_switch_vt_10':0x1008fe0a, 'xf86_switch_vt_11':0x1008fe0b, 'xf86_switch_vt_12':0x1008fe0c,
'xf86_ungrab':0x1008fe20, 'xf86_cleargrab':0x1008fe21, 'xf86_next_vmode':0x1008fe22, 'xf86_prev_vmode':0x1008fe23 }
self.toggled_keys = []
def __init__(self):
self.tree_update_callback = None
self.mt = get_morse_tree()
self.dot_down = False
self.dash_down = False
self.select_state = False
self.firstkeydowntime = 0
self.twokeys_starttime = 0
self.backspace = False
self.newline = False
self.vk = virtkey.virtkey()
self.morse_enabled = True
# The following is a hack to make this program initially type with
# lower-case letters instead of upper-case; because we're using
# l-shift and r-shift as our two buttons, it capitalizes whatever
# we type. We'll start with caps-lock on to reverse that.
self.vk.press_keycode(66) # 66 is capslock
self.vk.release_keycode(66)
def __init__(self):
self.tree_update_callback = None
self.mt = get_morse_tree()
self.dot_down = False
self.dash_down = False
self.select_state = False
self.firstkeydowntime = 0
self.twokeys_starttime = 0
self.backspace = False
self.newline = False
self.vk = virtkey.virtkey()
self.morse_enabled = True
# The following is a hack to make this program initially type with
# lower-case letters instead of upper-case; because we're using
# l-shift and r-shift as our two buttons, it capitalizes whatever
# we type. We'll start with caps-lock on to reverse that.
self.vk.press_keycode(66) # 66 is capslock
self.vk.release_keycode(66)
def worker_3(interval): #开启GDB加载elf文件
print("worker_3")
print('\n')
os.system('pwd')
os.chdir('../')
os.chdir('workspace/simple-gcc-stm32-project/')
os.system('arm-none-eabi-gdb -q -x t.py LED_project.elf')
print("end worker_3")
#当进程运行到这里时，说明gdb已经已经正常退出了
v = virtkey.virtkey()
v.press_keysym(65507) #按下左CTRL
v.press_unicode(ord('c')) #按下C
v.release_keysym(ord('c')) #释放C
v.release_keysym(65507) #释放左CTRL
def tapPageDownToEnd():
'''
@ 通过判断屏幕是否改变来判断是否到底了，并做2min超时
@
@ return
@
@ param
@ exception
@ notice
@ 需要安装截屏库pyscreenshot
'''
srcImg = 'out/screen0.png'
dstImg = 'out/screen1.png'
start = time.time()
v = virtkey.virtkey() # 调用系统键盘
while True:
ImageGrab.grab_to_file(srcImg)
v.press_keysym(65366)
v.release_keysym(65366)
time.sleep(0.5)
ImageGrab.grab_to_file(dstImg)
imsrc = ac.imread(srcImg)
imdst = ac.imread(dstImg)
pos = ac.find_template(imsrc, imdst)
if(pos == None):
print('---pos is None---')
elif(pos['confidence'] > 0.97):
print('---confidence %s , break---' % str(pos['confidence']))
break
else:
print('---confidence %s---' % str(pos['confidence']))
end = time.time()
if((end - start) > 120): #2min
print('---time out,break.---')
break
os.remove(srcImg)
os.remove(dstImg)
def virtkey_test():
#v = virtkey.virtkey()
v = virtkey.virtkey()
v.press_keysym(65507)
v.press_unicode(ord('v'))
v.release_unicode(ord('v'))
def testcontrol():
def forward(v):
v.press_unicode(ord('w'))
v.release_unicode(ord('w'))
time.sleep(1)
def backward(v):
v.press_unicode(ord('s'))
v.release_unicode(ord('s'))
time.sleep(1)
def left(v):
v.press_unicode(ord('a'))
v.release_unicode(ord('a'))
time.sleep(1)
def right(v):
v.press_unicode(ord('d'))
v.release_unicode(ord('d'))
time.sleep(1)
def turnleft(v):
v.press_unicode(ord('q'))
v.release_unicode(ord('q'))
time.sleep(1)
def turnright(v):
v.press_unicode(ord('e'))
v.release_unicode(ord('e'))
time.sleep(1)
def stop(v):
v.press_unicode(ord(' '))
v.release_unicode(ord(' '))
time.sleep(1)
def esc(v):
v.press_unicode(0x1B)
v.release_unicode(0x1B)
time.sleep(1)
os.system(
"""gnome-terminal -e 'bash -c \"source /home/moce/demo_ws/devel/setup.bash; rosrun manual_control manual_ctrl; exec bash\"'"""
)
import virtkey
v = virtkey.virtkey()
time.sleep(1)
for i in range(5):
forward(v)
time.sleep(5)
stop(v)
for i in range(5):
backward(v)
time.sleep(5)
stop(v)
for i in range(5):
left(v)
stop(v)
for i in range(5):
right(v)
time.sleep(5)
stop(v)
for i in range(5):
turnleft(v)
time.sleep(5)
stop(v)
for i in range(5):
turnright(v)
time.sleep(5)
esc(v)
def simulate():
#while 1:
v = virtkey.virtkey()
print v.press_unicode(ord('a'))
def tapEnter(delay):
v = virtkey.virtkey() # 调用系统键盘
v.press_keysym(65421) # enter
v.release_keysym(65421)
time.sleep(delay)
def main(argc, argv):
if argc != 2:
sys.stderr.write("Usage: %s <base64-text-file>\n" % argv[0])
return 1
b64file = argv[1]
from pymouse import PyMouse
mouse = PyMouse()
n = 5
print "please move the mouse to drop your anchor in %d secs ..." % n
while n > 0:
x, y = mouse.position()
print "mouse is at point(%d, %d), %d secs left ..." % (x, y, n)
time.sleep(1)
n -= 1
x, y = mouse.position()
print "mouse is locked to point(%d, %d) ..." % (x, y)
print "please move your mouse away if you'd like to in 5 secs ..."
time.sleep(5)
print "move mouse to point(%d, %d) and click ..." % (x, y)
x0, y0 = mouse.position()
mouse.move(x, y)
mouse.click(x, y)
print "start to write ..."
import virtkey
v = virtkey.virtkey()
with open(b64file, 'r') as f:
i = 0
for line in f.readlines():
i += 1
s0 = b64str2hex(line.rstrip())
print "%010d %s %s" % (i, line.rstrip(), s0)
# input lineno
s = "%010d " % i
for c in s:
v.press_unicode(ord(c))
v.release_unicode(ord(c))
time.sleep(0.02)
# input line
s = s0
for c in s:
v.press_unicode(ord(c))
v.release_unicode(ord(c))
time.sleep(0.02)
# print '\n' (Enter)
v.press_keysym(65421)
v.release_keysym(65421)
time.sleep(0.02)
print "sleep 5 secs ..."
time.sleep(5)
print "move mouse back to (%d, %d)" % (x0, y0)
mouse.move(x0, y0)
print "good bye ..."
return 0
def TypeKey(keysym):
vk = virtkey.virtkey()
vk.press_keysym(keysym)
vk.release_keysym(keysym)
def PressKey(keysym):
vk = virtkey.virtkey()
vk.press_keysym(keysym)
def __init__(self, name, default=False):
import virtkey
self.v = virtkey.virtkey()
Player.__init__(self, name, dbus_name="xbmc")
class _KeyboardLayout:
vk = virtkey.virtkey()
colorHandler = colorhandler.ColorHandler()
def __init__(self, kdbdef):
count = 1
self.layers, self.switch_layer_buttons = [], []
for layer in kdbdef.layers:
layervbox = gtk.VBox(homogeneous = True)
self.layers.append(layervbox)
layervbox.set_name(layer)
# get the layer tuple from the string
layer = getattr(kdbdef, layer)
for row in layer:
rowhbox = gtk.HBox(homogeneous = True)
for key in row:
# check if the key is defined by a string or a tuple
if isinstance(key, str):
#print key
if key == "pf":
# preferences key
button = gtk.Button()
button.set_use_underline(False)
image = gtk.image_new_from_pixbuf(
button.render_icon(gtk.STOCK_PREFERENCES,
gtk.ICON_SIZE_BUTTON))
button.set_image(image)
button.connect("clicked", self._open_prefs)
self.colorHandler.addButton(button, key);
else:
# single utf-8 character key
button = gtk.Button(key)
button.set_use_underline(False)
char = ord(key.decode('utf-8'))
button.connect("clicked", self._send_unicode, char)
self.colorHandler.addButton(button, key);
elif isinstance(key, tuple):
button = gtk.Button(key[0])
button.set_use_underline(False)
# check if this key is a layer switch key or not
if isinstance(key[1], str):
# switch layer key
# set layer name on button and save to process later
button.set_name(key[1])
self.switch_layer_buttons.append(button)
if key[0] == "abc":
self.colorHandler.addButton(button, key[0]);
else:
self.colorHandler.addButton(button, key[1]);
else:
# regular key
button.connect("clicked", self._send_keysym, key[1])
self.colorHandler.addButton(button, key[1]);
else:
pass # TODO: throw error here
rowhbox.pack_start(button, expand = False, fill = True)
layervbox.pack_start(rowhbox, expand = False, fill = True)
def _open_prefs(self, widget):
KeyboardPreferences()
def _send_unicode(self, widget, char):
self.vk.press_unicode(char)
self.vk.release_unicode(char)
def _send_keysym(self, widget, char):
self.vk.press_keysym(char)
self.vk.release_keysym(char)
def __init__(self, mapper):
self.__mapper = mapper
self.__virtkey = virtkey.virtkey()
def put_key(key):
v = virtkey.virtkey()
for i in str(key):
v.press_unicode(ord(i))
v.release_unicode(ord(i))
def main ():
global data
global TouchpadSizeH
global TouchpadSizeW
global xMinThreshold
global yMinThreshold
global vscrolldelta
global hscrolldelta
global v
#def parseTouchConfig()
synvars = {}
p1 = subprocess.Popen(['synclient', '-l'], stdout=subprocess.PIPE)
for line in p1.stdout:
line = str(line, encoding='utf8').split()
if len(line) == 3:
synvars[line[0]] = line[2]
p1.stdout.close()
p1.wait()
LeftEdge = int(synvars['LeftEdge'])
RightEdge = int(synvars['RightEdge'])
TopEdge = int(synvars['TopEdge'])
BottomEdge = int(synvars['BottomEdge'])
TouchpadSizeH = BottomEdge - TopEdge
TouchpadSizeW = RightEdge - LeftEdge
xMinThreshold = TouchpadSizeW * baseDist;
yMinThreshold = TouchpadSizeH * baseDist;
vscrolldelta = int(synvars['VertScrollDelta'])
hscrolldelta = int(synvars['HorizScrollDelta'])
print("LeftEdge: " + str(LeftEdge))
print("RightEdge: " + str(RightEdge))
print("TopEdge: " + str(TopEdge))
print("BottomEdge: " + str(BottomEdge))
print("TouchpadSizeH: " + str(TouchpadSizeH))
print("TouchpadSizeW: " + str(TouchpadSizeW))
print("xMinThreshold: " + str(xMinThreshold))
print("yMinThreshold: " + str(yMinThreshold))
print("VScroll: " + str(vscrolldelta))
print("HScroll: " + str(hscrolldelta))
print("End of Initialisation")
print()
time = 0
lasttime = -1
#Get Finger Configuration
fingers = parseConfig()
v = virtkey.virtkey()
p = subprocess.Popen(['synclient -m 10'], stdout=subprocess.PIPE, stderr = subprocess.STDOUT, shell = True)
for line in p.stdout:
data = str(line, encoding='utf8' ).split()
# 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
# time x y z f w l r u d m multi gl gm gr gdx gdy
# print(data);
if data[0] == 'time':
continue
elif data[0] == 'Parameter':
continue
else:
time = float(data[0])
action = ['0', '0', 0] # [axis, rate, touchstate]
if data[4] == '1':
cleanHistButNot(1)
elif data[4] == '2':
cleanHistButNot(2)
elif data[4] == '3':
action = detect(3)
elif data[4] == '4':
action = detect(4)
elif data[4] == '5':
action = detect(5)
if not (action[0] == '0') and (time - lasttime) > timedif:
cleanHistButNot(0)
if action[2] == 3:
if action[0] == 'y' and action[1] == '+': #Up
#print("Up")
pressKeys(fingers[('3', 'up')])
elif action[0] == 'y' and action[1] == '-': #Down
#print("Down")
pressKeys(fingers[('3', 'down')])
elif action[0] == 'x' and action[1] == '+':
#print("Left")
pressKeys(fingers[('3', 'left')])
elif action[0] == 'x' and action[1] == '-':
#print("Right")
pressKeys(fingers[('3', 'right')])
elif action[2] == 4:
if action[0] == 'y' and action[1] == '+': #Up
#print("Up")
pressKeys(fingers[('4', 'up')])
elif action[0] == 'y' and action[1] == '-': #Down
#print("Down")
pressKeys(fingers[('4', 'down')])
elif action[0] == 'x' and action[1] == '+':
#print("Left")
pressKeys(fingers[('4', 'left')])
elif action[0] == 'x' and action[1] == '-':
#print("Right")
pressKeys(fingers[('4', 'right')])
elif action[2] == 5:
if action[0] == 'y' and action[1] == '+': #Up
#print("Up")
pressKeys(fingers[('5', 'up')])
elif action[0] == 'y' and action[1] == '-': #Down
#print("Down")
pressKeys(fingers[('5', 'down')])
elif action[0] == 'x' and action[1] == '+':
#print("Left")
pressKeys(fingers[('5', 'left')])
elif action[0] == 'x' and action[1] == '-':
#print("Right")
pressKeys(fingers[('5', 'right')])
lasttime = time
p.stdout.close()
p.wait()
def control_shell(data):
instruct = data.split(' ')
# print(instruct[0], instruct[1])
if instruct[0] == '1': # 基本移动模式
if instruct[1] == 'mode': # 进入该模式
os.system(
"gnome-terminal -e 'bash -c \"rosrun team202 manual_ctrl\"'")
elif instruct[1] == 'forward': # 前进
v = virtkey.virtkey() # 调用系统键盘
v.press_unicode(ord('w')) # 模拟字母w
v.release_unicode(ord('w'))
time.sleep(1)
elif instruct[1] == 'backward': # 后退
v = virtkey.virtkey()
v.press_unicode(ord('s')) # 模拟字母s
v.release_unicode(ord('s'))
time.sleep(1)
elif instruct[1] == 'left': # 左移
v = virtkey.virtkey()
v.press_unicode(ord('a')) # 模拟字母a
v.release_unicode(ord('a'))
time.sleep(1)
elif instruct[1] == 'right': # 右移
v = virtkey.virtkey()
v.press_unicode(ord('d')) # 模拟字母d
v.release_unicode(ord('d'))
time.sleep(1)
elif instruct[1] == 'stop': # 停止
v = virtkey.virtkey()
v.press_unicode(ord(' ')) # 模拟空格键
v.release_unicode(ord(' '))
time.sleep(1)
elif instruct[1] == 'exit': # 退出此模式
v = virtkey.virtkey()
v.press_keysym(65307) # 模拟Esc建
v.release_keysym(65307)
time.sleep(1)
os.system("exit")
elif instruct[0] == '2': # 建立环境地图
if instruct[1] == 'mode': # 进入该模式
os.system(
"gnome-terminal -e 'bash -c \"roslaunch team202 gmapping.launch\"'"
)
time.sleep(3)
os.system(
"gnome-terminal -e 'bash -c \"rosrun team202 manual_ctrl\"'")
elif instruct[1] == 'forward': # 前进
v = virtkey.virtkey() # 调用系统键盘
v.press_unicode(ord('w')) # 模拟字母w
v.release_unicode(ord('w'))
time.sleep(1)
elif instruct[1] == 'backward': # 后退
v = virtkey.virtkey()
v.press_unicode(ord('s')) # 模拟字母s
v.release_unicode(ord('s'))
time.sleep(1)
elif instruct[1] == 'left': # 左移
v = virtkey.virtkey()
v.press_unicode(ord('a')) # 模拟字母a
v.release_unicode(ord('a'))
time.sleep(1)
elif instruct[1] == 'right': # 右移
v = virtkey.virtkey()
v.press_unicode(ord('d')) # 模拟字母d
v.release_unicode(ord('d'))
time.sleep(1)
elif instruct[1] == 'stop': # 停止
v = virtkey.virtkey()
v.press_unicode(ord(' ')) # 模拟空格键
v.release_unicode(ord(' '))
time.sleep(1)
elif instruct[1] == 'exit': # 保存地图
v = virtkey.virtkey()
v.press_unicode(ord(' ')) # 模拟空格键
v.release_unicode(ord(' '))
time.sleep(1)
v.press_keysym(65307) # 模拟Esc建
v.release_keysym(65307)
time.sleep(3)
os.system("rosrun map_server map_saver -f map; exit")
os.system("gnome-terminal -e 'bash -c \"rosnode kill rviz\"'")
os.system("exit")
os.system("exit")
elif instruct[0] == '3': # 导航模式
if instruct[1] == 'mode': # 进入该模式
os.system(
"gnome-terminal -e 'bash -c \"roslaunch team202 navigation.launch\"'"
)
elif 'Destination' in instruct[1]:
place = instruct[2]
os.system("gnome-terminal -e 'bash -c \"rosrun team202 nav " +
place + "\"'")
os.system("exit")
elif instruct[1] == 'exit': # 退出此模式
os.system("gnome-terminal -e 'bash -c \"rosnode kill rviz\"'")
os.system("exit")
os.system("exit")
elif instruct[0] == '4': # 抓取模式
if instruct[1] == 'mode': # 进入该模式
os.system(
"gnome-terminal -e 'bash -c \"roslaunch team202 obj_recog.launch\"'"
)
elif instruct[1] == 'exit': # 退出此模式
os.system("gnome-terminal -e 'bash -c \"rosnode kill rviz\"'")
def setUp(self):
print ('setUp...')
self.v = virtkey.virtkey()
self.username = os.getlogin()
self.filename = 'abcd'
self.clean_screenshot()
def __init__(self):
self.map_dic = {}
self.map_dic2 = {}
self.v = virtkey.virtkey()
def ReleaseKey(keysym):
vk = virtkey.virtkey()
vk.release_keysym(keysym)
def __init__(self, roomId):
super(danmuProc, self).__init__(roomId)
self.comments = queue.Queue(maxsize=0)
t = threading.Thread(target=self.cmdProc)
t.start()
self.v = virtkey.virtkey()
#from pymouse import PyMouse
acceptableInputs = "Aa Bb Cc Dd Ee Ff Gg Hh Ii Jj Kk Ll Mm Nn Oo Pp Qq Rr Ss Tt Uu Vv Ww Xx Yy Zz .,!"
aCmnds = ["Ee Nn "] #13+7
bCmnds = ["Rr Dd"] # 10
leCmnds = ["Tt Ff Uu Xx Yy ; Zz"] # 9 +2 + 3
riCmnds = ["Aa Kk Pp Qq .,! Vv"] # 9 +2 +3
upCmnds = ["Oo Bb Hh"] # 9 +6
dnCmnds = ["Ii Gg Ss"] # 9 +6
lCmnds = ["Ww "] # 2.3
rCmnds = ["Mm "] # 2.4
seCmnds = ["Cc Jj"] # 2.7
stCmnds = ["Ll "] # 4
v = virtkey.virtkey()
def pressA():
v.press_unicode(ord("a"))
v.release_unicode(ord("a"))
def pressB():
v.press_unicode(ord("b"))
v.release_unicode(ord("b"))
def pressUp():
v.press_unicode(ord("u"))
v.release_unicode(ord("u"))
import random
import time
import thread
# TODO: write command line argument to enable/disable gummi debug mode
# TODO: Options for stress test with limited time, typing speed
# TODO: Start with question whether to proceed, else exit program
# aliases for to be used X.org keysyms, see complete list at:
# http://wiki.linuxquestions.org/wiki/List_of_Keysyms_Recognised_by_Xmodmap
ENTER = 0xFF0D
DOWN = 0xFF54
UP = 0xFF52
# set up keyboard simulator
v = virtkey.virtkey()
# create a new document with default text
_, filenm = tempfile.mkstemp()
tmp = open(filenm, "w")
tmp.write("""\\documentclass{article}
\\begin{document}
\n!\n
\\end{document}""")
tmp.close()
# start a gummi process in a different thread
thread.start_new_thread(lambda: os.system('gummi %s' % filenm) ,())
time.sleep(5)
# set the cursor in the right position:
def main():
global data
global TouchpadSizeH
global TouchpadSizeW
global xMinThreshold
global yMinThreshold
global vscrolldelta
global hscrolldelta
global v
#def parseTouchConfig()
synvars = {}
p1 = subprocess.Popen(['synclient', '-l'], stdout=subprocess.PIPE)
for line in p1.stdout:
line = str(line, encoding='utf8').split()
if len(line) == 3:
synvars[line[0]] = line[2]
p1.stdout.close()
p1.wait()
LeftEdge = int(synvars['LeftEdge'])
RightEdge = int(synvars['RightEdge'])
TopEdge = int(synvars['TopEdge'])
BottomEdge = int(synvars['BottomEdge'])
TouchpadSizeH = BottomEdge - TopEdge
TouchpadSizeW = RightEdge - LeftEdge
xMinThreshold = TouchpadSizeW * baseDist
yMinThreshold = TouchpadSizeH * baseDist
vscrolldelta = int(synvars['VertScrollDelta'])
hscrolldelta = int(synvars['HorizScrollDelta'])
print("LeftEdge: " + str(LeftEdge))
print("RightEdge: " + str(RightEdge))
print("TopEdge: " + str(TopEdge))
print("BottomEdge: " + str(BottomEdge))
print("TouchpadSizeH: " + str(TouchpadSizeH))
print("TouchpadSizeW: " + str(TouchpadSizeW))
print("xMinThreshold: " + str(xMinThreshold))
print("yMinThreshold: " + str(yMinThreshold))
print("VScroll: " + str(vscrolldelta))
print("HScroll: " + str(hscrolldelta))
print("End of Initialisation")
print()
time = 0
lasttime = -1
#Get Finger Configuration
fingers = parseConfig()
v = virtkey.virtkey()
p = subprocess.Popen(['synclient -m 10'],
stdout=subprocess.PIPE,
stderr=subprocess.STDOUT,
shell=True)
for line in p.stdout:
data = str(line, encoding='utf8').split()
# 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
# time x y z f w l r u d m multi gl gm gr gdx gdy
# print(data);
if data[0] == 'time':
continue
elif data[0] == 'Parameter':
continue
else:
time = float(data[0])
action = ['0', '0', 0] # [axis, rate, touchstate]
if data[4] == '1':
cleanHistButNot(1)
elif data[4] == '2':
cleanHistButNot(2)
elif data[4] == '3':
action = detect(3)
elif data[4] == '4':
action = detect(4)
elif data[4] == '5':
action = detect(5)
if not (action[0] == '0') and (time - lasttime) > timedif:
cleanHistButNot(0)
if action[2] == 3:
if action[0] == 'y' and action[1] == '+': #Up
#print("Up")
pressKeys(fingers[('3', 'up')])
elif action[0] == 'y' and action[1] == '-': #Down
#print("Down")
pressKeys(fingers[('3', 'down')])
elif action[0] == 'x' and action[1] == '+':
#print("Left")
pressKeys(fingers[('3', 'left')])
elif action[0] == 'x' and action[1] == '-':
#print("Right")
pressKeys(fingers[('3', 'right')])
elif action[2] == 4:
if action[0] == 'y' and action[1] == '+': #Up
#print("Up")
pressKeys(fingers[('4', 'up')])
elif action[0] == 'y' and action[1] == '-': #Down
#print("Down")
pressKeys(fingers[('4', 'down')])
elif action[0] == 'x' and action[1] == '+':
#print("Left")
pressKeys(fingers[('4', 'left')])
elif action[0] == 'x' and action[1] == '-':
#print("Right")
pressKeys(fingers[('4', 'right')])
elif action[2] == 5:
if action[0] == 'y' and action[1] == '+': #Up
#print("Up")
pressKeys(fingers[('5', 'up')])
elif action[0] == 'y' and action[1] == '-': #Down
#print("Down")
pressKeys(fingers[('5', 'down')])
elif action[0] == 'x' and action[1] == '+':
#print("Left")
pressKeys(fingers[('5', 'left')])
elif action[0] == 'x' and action[1] == '-':
#print("Right")
pressKeys(fingers[('5', 'right')])
lasttime = time
p.stdout.close()
p.wait()
def simulate():
v = virtkey.virtkey()
time.sleep(3)
v.press_unicode(ord("a"))
v.release_unicode(ord("a"))
#!/usr/bin/env python3
import virtkey #模拟按键的。。。
####sudo apt install python3-virtkey####
import time
from MyPython3 import *
vk = virtkey.virtkey()
def press_key(KEY, v=vk):
v.press_unicode(ord(KEY))
v.release_unicode(ord(KEY))
time.sleep(0.3)
key_list1 = 'gkdtkd rlQjgkfk ' #항상 기뻐하라
key_list2 = 'tnlwl akfrh rlehgkfk ' #쉬지 말고 기도하라
key_list3 = 'qjatkdp rkatkgkfk ' #범사에 감사하라
key_list4 = 'eptkffhslrkwjstj 5:16-18 '
key_list = [key_list1, key_list2, key_list3, key_list4]
while True:
for key_ in key_list:
for key in key_:
press_key(key)
vk.press_keysym(65293)
vk.release_keysym(65293)
time.sleep(0.5)
vk.press_keysym(65293)
def setUp(self):
print('setUp...')
self.v = virtkey.virtkey()
self.username = os.getlogin()
self.filename = 'abcd'
self.clean_screenshot()
def tapTab(delay):
v = virtkey.virtkey() # 调用系统键盘
v.press_keysym(65289) # Tab
v.release_keysym(65289)
time.sleep(delay)
def simulate():
v = virtkey.virtkey()
time.sleep(3)
v.press_unicode(ord("a"))
v.release_unicode(ord("a"))
