def ConnectToLogger(self):
Log("viewer", "Application::ConnectToLogger()")
e32.ao_sleep(3)
appswitch.switch_to_fg(u"MapViewer")
self.position = LoggerProperty(EKeyPosition, self.OnPosition)
self.trackpoint = LoggerProperty(EKeyTrackPoint, self.OnTrackPoint)
self.course = LoggerProperty(EKeyCourse, self.OnCourse)
def ConnectToLogger(self):
Log("viewer","Application::ConnectToLogger()")
e32.ao_sleep(3)
appswitch.switch_to_fg(u"MapViewer")
self.position = LoggerProperty(EKeyPosition,self.OnPosition)
self.trackpoint = LoggerProperty(EKeyTrackPoint,self.OnTrackPoint)
self.course = LoggerProperty(EKeyCourse,self.OnCourse)
def startService(self):
"""Initiates the bluetooth sockets and listen for a connection"""
self.serverSocket = bt.socket(bt.AF_BT,bt.SOCK_STREAM)
#Gets a free channel for communication
self.channel = bt.bt_rfcomm_get_available_server_channel(self.serverSocket)
#Binds the socket to that channel and listen for connection
self.serverSocket.bind(("",self.channel))
bt.bt_advertise_service( self.serviceName,
self.serverSocket,
True,
bt.RFCOMM )
bt.set_security(self.serverSocket, bt.AUTHOR | bt.AUTH )
self.serverSocket.listen(1)
#Forking into the background
appswitch.switch_to_fg(u'PythonScriptShell')
ui.note(u"SmsConsole: Waiting for connections","info")
appswitch.switch_to_bg(u'PythonScriptShell')
self.clientConn,self.clientAddr = self.serverSocket.accept()
appswitch.switch_to_fg(u'PythonScriptShell')
ui.note(u"Client %s Connected" % (self.clientAddr), "info")
appswitch.switch_to_bg(u'PythonScriptShell')
def sendData(self): """docstring for sendData""" if len(self.data) == 4 and self.data[3] == "1": appswitch.switch_to_fg(u'PythonScriptShell') ui.note(u"Sending msg: %s" % (self.data[1]),"info") appswitch.switch_to_bg(u'PythonScriptShell') self.sms.name = u"%s" % (self.data[2]) self.sms.msg = u"%s" % (self.data[1]) self.sms.number = u"%s" % (self.data[0]) self.sms.sendMsg()
def handle_sel():
global entries
global lb
sel=appuifw.popup_menu([u'Switch',u'Kill'])
if sel==0:#switch
appswitch.switch_to_fg(entries[lb.current()][0])
elif sel==1:#kill
appswitch.kill_app(entries[lb.current()][0])
display()
else:
pass #cancel
def zj(cz):
li = m.current()
for ii in range(0, len(list_2)):
if li == ii:
if cz == 0: appswitch.switch_to_fg(list_2[ii])
if cz == 1:
if A.query(cn("确认关闭吗？\n线程：") + list_2[ii], "query"):
try:
appswitch.end_app(list_2[ii])
except:
appswitch.kill_app(list_2[ii])
page2()
def select(mode='s'):
index=a.current()
cur=list[index]
if mode=='s':
appswitch.switch_to_fg(cur)
elif mode=='c':
appswitch.end_app(cur)
if index==0:
return self.tasks()
else:
return self.tasks(index-1)
elif mode=='k':
appswitch.kill_app(cur)
if index==0:
return self.tasks()
else:
return self.tasks(index-1)
else:
return 1
def read_sms():
##############################à
sms_text="#REC#START" # DEBUG*********
##############################à
e32.ao_sleep(0.1)
#i=inbox.Inbox() #DEBUG
#sms_text=i.content(id) #DEBUG
appuifw.note(u"Messaggio da elaborare: " + sms_text, "info")
# Execute different actions depending on SMS contents:
if sms_text[0:5] == '#REC#':
print 'Message received'
if appswitch.switch_to_fg(APPLICATION_NAME) == 1:
e32.ao_sleep(1)
keypress.simulate_key(53,53)
keypress.simulate_key(54,54)
keypress.simulate_key(55,55)
keypress.simulate_key(63495,63495)
keypress.simulate_key(63495,63495)
keypress.simulate_key(52,52)
else:
print "ERROR: Couldnt bring " + APPLICATION_NAME + " to foreground."
if i.startswith('E'):
key.append(eval('key_codes' + '.' + i))
rung = 1
class Key:
def __init__(s):
s.press = keycapture.KeyCapturer(s.key_callback)
s.press.keys = (key)
def start(s):
s.press.start()
def key_callback(s, key):
global rung
print key
if key == 8:
rung = 0
print 'Exit'
s.press.stop()
k = Key()
k.start()
print 'Press "C " Key Exit'
while rung:
if appswitch.application_list(0)[0] != (appname):
e32.ao_sleep(0.2)
appswitch.switch_to_fg(appname)
e32.ao_sleep(0.1)
global coba
coba = 0
rest()
app.exit_key_handler = balik
while run:
aps = application_list(1)[0]
if coba == 0:
im.clear(0xd8d8d8)
im.text((0, c.size[1]), u'Menu', 0x333333, (u'normal', (18)))
app.menu = [(u'Change pattern', newcode), (u'Exit', quit)]
if aps in [u'akncapserver']:
if LockStatus() == 1:
switch_to_fg(apname)
try:
Unlock()
except:
pass
coba = 1
else:
pass
if coba == 1:
app.menu = [(u'Refresh pattern', rest)]
im.blit(ss)
y1 = 0
for j in range(9):
if j % 3 == 0:
y1 += 1