class YateApp:
""" initialize the object """
def __init__(self):
# call the Yate object
self.app = Yate()
# declare the event intercetion method
self.app.__Yatecall__ = self.retenv
# this function will manage the imput from Yate.
# param "d" is the Yate.type variable for incoming message
def retenv(self, d):
if d == "":
self.app.Output("PYTHON event: empty")
elif d == "incoming":
self.app.Output("PYTHON message: " + self.app.name + " id: " + self.app.id)
self.app.Acknowledge()
self.count = self.count + 1
elif d == "answer":
self.app.Output("PYTHON Answered: " + self.app.name + " id: " + self.app.id)
elif d == "installed":
self.app.Output("PYTHON Installed: " + self.app.name )
elif d == "uninstalled":
self.app.Output("PYTHON Uninstalled: " + self.app.name )
else:
self.app.Output("PYTHON event: " + self.app.type )
# clean shutdown of our application...
def uninstall(self):
self.app.Uninstall("engine.timer")
def main(self):
# create and dispatch an initial test message to Yate
self.app.Yate("test")
self.app.retval = "ret_value"
self.app.params = [ ['param1', 'value1'], ['param2', 'value2'] ]
self.app.Dispatch()
# reset the counter
self.count = 0
# install engine.timer
self.app.Install("engine.timer", 10)
# start the main loop
while True:
# check for events
self.app.flush()
# uninstall engine.timer after 5 messages from Yate
if self.count == 5:
self.uninstall()
break
# ok, now a second example with a threaded asyncore loop!
self.count = 0
self.app.Install("engine.timer", 10)
self.app.th_loop()
# wow, amazing, the loop still running and we can continue in the execution!
# dispatch a final test message after the main loop exit
self.app.Yate("final_test")
self.app.retval = "ret_value"
self.app.params = [ ['param1', 'value1'] ]
self.app.Dispatch()
# now wait for 10 message from yate, and then uninstall the engine.timer and exit
while self.count != 10:
pass
self.uninstall()
self.app.th_stop()
# bye!
self.app.Output("PYTHON: Bye!")
# close file descriptors
self.app.close()
class YateApp:
""" initialize the object """
def __init__(self):
# call the Yate object
self.app = Yate()
# declare the event intercetion method
self.app.__Yatecall__ = self.retenv
# this function will manage the imput from Yate.
# param "d" is the Yate.type variable for incoming message
def retenv(self, d):
if d == "":
self.app.Output("PYTHON event: empty")
elif d == "incoming":
self.app.Output("PYTHON message: " + self.app.name + " id: " + self.app.id)
self.app.Acknowledge()
self.count = self.count + 1
elif d == "answer":
self.app.Output("PYTHON Answered: " + self.app.name + " id: " + self.app.id)
elif d == "installed":
self.app.Output("PYTHON Installed: " + self.app.name )
elif d == "uninstalled":
self.app.Output("PYTHON Uninstalled: " + self.app.name )
else:
self.app.Output("PYTHON event: " + self.app.type )
# clean shutdown of our application...
def uninstall(self):
self.app.Uninstall("engine.timer")
def main(self):
# create and dispatch an initial test message to Yate
self.app.Yate("test")
self.app.retval = "ret_value"
self.app.params = [ ['param1', 'value1'], ['param2', 'value2'] ]
self.app.Dispatch()
# reset the counter
self.count = 0
# install engine.timer
self.app.Install("engine.timer", 10)
# start the main loop
while True:
# check for events
self.app.flush()
# uninstall engine.timer after 5 messages from Yate
if self.count == 5:
self.uninstall()
break
# ok, now a second example with a threaded asyncore loop!
self.count = 0
self.app.Install("engine.timer", 10)
self.app.th_loop()
# wow, amazing, the loop still running and we can continue in the execution!
# dispatch a final test message after the main loop exit
self.app.Yate("final_test")
self.app.retval = "ret_value"
self.app.params = [ ['param1', 'value1'] ]
self.app.Dispatch()
# now wait for 10 message from yate, and then uninstall the engine.timer and exit
while self.count != 10:
pass
self.uninstall()
self.app.th_stop()
# bye!
self.app.Output("PYTHON: Bye!")
# close file descriptors
self.app.close()
