def Run(self):
""" This is the mainline code of the demo app
"""
try:
mk = msgkit("app", self.execname, msghandler=self.RecvMessage, access="private")
print("%s is now running msgkit" % self.execname)
peeraddr, peerport, peername = mk.getPeerID()
# print 'PeerID: addr=%s, port=%d, name=%s' % (
# peeraddr, peerport, peername)
appaddr, appport, appname = mk.getAppID()
print("AppID: addr=%s, port=%d, name=%s" % (appaddr, appport, appname))
mk.StartServer()
# find the supporting peer & svc app
ssvcid = "led8x8"
lss = mk.LaunchSpecialService(ssvcid)
print(lss.msg)
if lss.IsOK() == True:
print("increment the worm length a couple of times ...")
mtype, mbody = mk.SendMessage(lss.svcpeerip, lss.svcappport, msgAPPS, "led8x8 start")
print((mtype, mbody))
for i in range(0, 4):
mtype, mbody = mk.SendMessage(lss.svcpeerip, lss.svcappport, msgAPPS, "led8x8 length inc")
print((mtype, mbody))
time.sleep(5)
for i in range(0, 4):
mtype, mbody = mk.SendMessage(lss.svcpeerip, lss.svcappport, msgAPPS, "led8x8 length dec")
print((mtype, mbody))
time.sleep(5)
if self.exit:
mtype, mbody = mk.SendMessage(lss.svcpeerip, lss.svcappport, msgAPPS, QUIT) # terminate svc
print((mtype, mbody))
except:
traceback.print_exc()
finally:
print("%s is quitting ..." % self.execname)
mk.StopServer()
peerconn.senddata(ERROR, 'unknown message: %s' % msgdata)
# ~~~~~~~~~~~ end of LED8x8 class ~~~~~~~~~~~~~
# setup and run r-app
if __name__=='__main__':
os.chdir(sys.path[0]) # set the current working directory
svcname = os.path.basename(sys.argv[0])
remapp = LED8x8(svcname, 0.5, 1)
try:
mk = msgkit('app', svcname,
msghandler=remapp.HandleAppMessages,
access='public')
print('%s is now running msgkit' % svcname)
'''
peeraddr, peerport, peername = mk.getPeerID()
print 'PeerID: addr=%s, port=%d, name=%s' % (
peeraddr, peerport, peername)
appaddr, appport, appname = mk.getAppID()
print 'AppID: addr=%s, port=%d, name=%s' % (appaddr, appport, appname)
'''
mk.StartServer()
print('%s is ready to roll ...' % svcname)
while remapp.worm.bRun == True:
#print remapp.msgq.get(False, None)
time.sleep(1)
