def tail(self):
# Use the ttyLinux module to catch escape key
try:
ttyLinux.setSpecial()
while 1:
time.sleep(1)
keys = ttyLinux.readLookAhead()
if [keys].__str__() == "[\'\\x1b\']":
break
try:
self.t_locks['nxt'].acquire()
tmp_state = libs.sound.state(self.connects['nxt']['con'])
self.t_locks['nxt'].release()
self.sensor_state = tmp_state
print tmp_state
except:
self.display('%s:\t\t\t\tUnable to get sensor state' % self.getName(), level=25)
break
finally:
ttyLinux.setNormal()
def tail(self):
# Use the ttyLinux module to catch escape key
try:
ttyLinux.setSpecial()
while 1:
time.sleep(1)
keys = ttyLinux.readLookAhead()
if [keys].__str__() == "[\'\\x1b\']":
break
try:
self.t_locks['nxt'].acquire()
tmp_state = libs.sound.state(self.connects['nxt']['con'])
self.t_locks['nxt'].release()
self.sensor_state = tmp_state
print tmp_state
except:
self.display('%s:\t\t\t\tUnable to get sensor state' %
self.getName(),
level=25)
break
finally:
ttyLinux.setNormal()
def tail(self):
# Use the ttyLinux module to catch escape key
try:
ttyLinux.setSpecial()
while 1:
time.sleep(1)
keys = ttyLinux.readLookAhead()
if [keys].__str__() == "[\'\\x1b\']":
break
try:
self.t_locks['nxt'].acquire()
tmp_state = libs.touch.state(self.connects['nxt']['con'])
self.t_locks['nxt'].release()
if tmp_state:
if self.sensor_state == 1:
print "1"
continue
else:
# The state has changed
self.sensor_state = 1
self.display('%s:\t\t\tIN' % self.getName(), level=50)
print "1"
continue
else:
if self.sensor_state == 0:
print "0"
continue
else:
# The state has changed
self.sensor_state = 0
self.display('%s:\t\t\tOUT' % self.getName(), level=50)
print "0"
continue
except:
self.display('%s:\t\t\tUnable to get sensor state' % self.getName(), level=25)
break
finally:
ttyLinux.setNormal()
