from ricxappframe.xapp_frame import RMRXapp
-# Note, this is an OOP pattern for this that I find slightly more natural
-# The problem is we want the client xapp to be able to call methods defined in the RMRXapp
-# Another exactly equivelent way would have been to use Closures like
-# def consume(summary, sbuf):
-# xapp.rts()
-# xapp = RMRXapp(consume)
-# However, the subclass looks slightly more natural. Open to the alternative.
+def post_init(_self):
+ """post init"""
+ print("ping xapp could do some useful stuff here!")
-class MyXapp(RMRXapp):
- def post_init(self):
- print("ping xapp could do some useful stuff here!")
+def sixtyh(self, summary, sbuf):
+ """callback for 60000"""
+ print("registered 60000 handler called!")
+ print(summary)
+ jpay = json.loads(summary["payload"])
+ self.rmr_rts(sbuf, new_payload=json.dumps({"ACK": jpay["test_send"]}).encode(), new_mtype=60001, retries=100)
+ self.rmr_free(sbuf)
- def consume(self, summary, sbuf):
- """callbnack called for each new message"""
- print(summary)
- jpay = json.loads(summary["payload"])
- self.rmr_rts(sbuf, new_payload=json.dumps({"ACK": jpay["test_send"]}).encode(), new_mtype=60001, retries=100)
- self.rmr_free(sbuf)
+def defh(self, summary, sbuf):
+ """default callback"""
+ print("default handler called!")
+ print(summary)
+ self.rmr_free(sbuf)
-xapp = MyXapp(use_fake_sdl=True)
-xapp.run()
+
+xapp = RMRXapp(default_handler=defh, post_init=post_init, use_fake_sdl=True)
+xapp.register_callback(sixtyh, 60000)
+xapp.run() # will not thread by default