def main(argv):
url = argv[1]
test(url)
while 1:
asyncore.poll(scheduler.timeout())
# print "\n\n asyncore.poll \n"
scheduler.run()
def main(argv):
url = argv[1]
test(url)
while 1:
asyncore.poll(scheduler.timeout())
# print "\n\n asyncore.poll \n"
scheduler.run()
def main(argv):
server_url = argv[1]
topic = "/what/chat"
if len(argv) > 2:
topic = argv[2]
chat_client = chat(server_url, topic)
while chat_client.running:
asyncore.poll(scheduler.timeout())
scheduler.run()
def main(argv):
server_url = argv[1]
topic = "/what/chat"
if len(argv) > 2:
topic = argv[2]
chat_client = chat(server_url, topic)
while chat_client.running:
asyncore.poll(scheduler.timeout())
scheduler.run()
def set_OSNR(osa, voa, osnr, wavelength=None):
"""
Adjust a noise source controlled through the VOA until the OSA measures the target OSNR.
"""
osnr = float(instruments.get_quantity(osnr, "dB"))
if wavelength is not None:
osa.center = wavelength
voa.wavelength = wavelength
voa.attenuation = "0.0 dB"
return scheduler.timeout(_find_osnr, (osa, voa, osnr), timeout=600)
def main(argv):
server_url = argv[1]
if len(argv) > 2:
topic = argv[2]
if len(argv) > 3:
payload_size = argv[3]
if len(argv) > 4:
expires = argv[4]
publisher = publish_payload(server_url, topic, payload_size, expires)
while publisher.running:
asyncore.poll(scheduler.timeout())
scheduler.run()
def main(argv):
server_url = "http://www.mod-pubsub.org:9000/kn"
if len(argv) > 1:
server_url = argv[1]
topic = "/what/apps/blogchatter/pings"
if len(argv) > 2:
topic = argv[2]
do_max_n = "10"
if len(argv) > 3:
do_max_n = argv[3]
sub(server_url, topic, do_max_n)
while 1:
asyncore.poll(scheduler.timeout())
scheduler.run()
def main(argv):
print "Starting SiteWatch Sensor."
w = wakeup.Wakeup()
if len(argv) < 2:
print "Usage: ./sitewatch_sensor.py server_url"
return -1
else:
server_url = argv[1]
"""Note: replace these sample sites with sites you want to watch."""
hbeat = Heartbeat(server_url, "/what/sitewatch/1", "sales.knownow.com")
Monitor(hbeat, "http://sales.knownow.com/kn?do_method=noop")()
hbeat()
hbeat = Heartbeat(server_url, "/what/sitewatch/2", "showcase.knownow.com")
Monitor(hbeat, "http://showcase.knownow.com:8000/kn?do_method=noop")()
hbeat()
hbeat = Heartbeat(server_url, "/what/sitewatch/3", "knrouter.knownow.com")
Monitor(hbeat, "http://knrouter.developer.knownow.com/kn?do_method=noop")()
hbeat()
hbeat = Heartbeat(server_url, "/what/sitewatch/4", "www.knownow.com")
Monitor(hbeat, "http://www.knownow.com/")()
hbeat()
hbeat = Heartbeat(server_url, "/what/sitewatch/5", "developer.knownow.com")
Monitor(hbeat, "http://developer.knownow.com/")()
hbeat()
hbeat = Heartbeat(server_url, "/what/sitewatch/6",
"cvs.developer.knownow.com")
Monitor(hbeat, "http://cvs.developer.knownow.com/index.cgi/")()
hbeat()
while 1:
asyncore.poll(scheduler.timeout())
# print "\n\n asyncore.poll \n"
scheduler.run()
def main(argv):
print "Starting SiteWatch Sensor."
w = wakeup.Wakeup()
if len(argv) < 2:
print "Usage: ./sitewatch_sensor.py server_url"
return -1
else:
server_url = argv[1]
"""Note: replace these sample sites with sites you want to watch."""
hbeat = Heartbeat(server_url, "/what/sitewatch/1", "sales.knownow.com")
Monitor(hbeat, "http://sales.knownow.com/kn?do_method=noop")()
hbeat()
hbeat = Heartbeat(server_url, "/what/sitewatch/2", "showcase.knownow.com")
Monitor(hbeat, "http://showcase.knownow.com:8000/kn?do_method=noop")()
hbeat()
hbeat = Heartbeat(server_url, "/what/sitewatch/3", "knrouter.knownow.com")
Monitor(hbeat, "http://knrouter.developer.knownow.com/kn?do_method=noop")()
hbeat()
hbeat = Heartbeat(server_url, "/what/sitewatch/4", "www.knownow.com")
Monitor(hbeat, "http://www.knownow.com/")()
hbeat()
hbeat = Heartbeat(server_url, "/what/sitewatch/5", "developer.knownow.com")
Monitor(hbeat, "http://developer.knownow.com/")()
hbeat()
hbeat = Heartbeat(server_url, "/what/sitewatch/6", "cvs.developer.knownow.com")
Monitor(hbeat, "http://cvs.developer.knownow.com/index.cgi/")()
hbeat()
while 1:
asyncore.poll(scheduler.timeout())
# print "\n\n asyncore.poll \n"
scheduler.run()
def main(argv):
bridge = 0
recursive = 0
verbose = 0
repeat_style = "do_max_n"
repeat_value = "10"
optlist, argv[1:] = getopt.getopt(argv[1:], "hbrv",
["help", "bridge", "recursive", "max-n=", "max-age=", "verbose"])
for opt, val in optlist:
if opt in ('-h', '--help'):
print (
"Usage: %s [ options ... ] from-server to-server topic [ topic ... ]\n"
% (argv[0]) + "\n"
" -h, --help print this message and exit\n"
" -b, --bridge repeat from to-server to from-server also\n"
" -r, --recursive recursively repeat non-\"kn_\" subtopics\n"
" -v, --verbose write diagnostics to stderr (repeat to increase verbosity)\n"
" --max-n=N try to replay the last N previous events on startup\n"
" --max-age=AGE try to replay the last AGE seconds on startup\n"
" --max-age=\"infinity\" try to replay all old events on startup\n"
"\n"
"Default is to try to replay the most recent 10 events from each topic on from-server\n"
"into the corresponding topic on to-server.\n"
)
return
elif opt in ('-b', '--bridge'):
bridge = 1
elif opt in ('-r', '--recursive'):
recursive = 1
elif opt in ('-v', '--verbose'):
verbose += 1
elif opt in ('--max-n'):
repeat_style = "do_max_n"
repeat_value = val
elif opt in ('--max-age'):
repeat_style = "do_max_age"
repeat_value = val
try:
topic = argv[3]
except:
sys.stderr.write(
"Usage: %s [ --help ] [ options ... ] from-server to-server topic [ topic ... ]\n"
% argv[0]
)
sys.stderr.flush()
sys.exit(1)
client1_url = argv[1]
client2_url = argv[2]
ua = pubsublib.HTTPUserAgent()
client1 = pubsublib.SimpleClient(ua, client1_url)
client2 = pubsublib.SimpleClient(ua, client2_url)
for topic in argv[3:]:
Repeater(verbose, recursive, client1, client2, topic, { repeat_style: repeat_value })
if bridge:
Repeater(verbose, recursive, client2, client1, topic, { repeat_style: repeat_value })
while 1:
asyncore.poll(scheduler.timeout())
scheduler.run()
def main(argv):
bridge = 0
recursive = 0
verbose = 0
repeat_style = "do_max_n"
repeat_value = "10"
optlist, argv[1:] = getopt.getopt(
argv[1:], "hbrv",
["help", "bridge", "recursive", "max-n=", "max-age=", "verbose"])
for opt, val in optlist:
if opt in ('-h', '--help'):
print(
"Usage: %s [ options ... ] from-server to-server topic [ topic ... ]\n"
% (argv[0]) + "\n"
" -h, --help print this message and exit\n"
" -b, --bridge repeat from to-server to from-server also\n"
" -r, --recursive recursively repeat non-\"kn_\" subtopics\n"
" -v, --verbose write diagnostics to stderr (repeat to increase verbosity)\n"
" --max-n=N try to replay the last N previous events on startup\n"
" --max-age=AGE try to replay the last AGE seconds on startup\n"
" --max-age=\"infinity\" try to replay all old events on startup\n"
"\n"
"Default is to try to replay the most recent 10 events from each topic on from-server\n"
"into the corresponding topic on to-server.\n")
return
elif opt in ('-b', '--bridge'):
bridge = 1
elif opt in ('-r', '--recursive'):
recursive = 1
elif opt in ('-v', '--verbose'):
verbose += 1
elif opt in ('--max-n'):
repeat_style = "do_max_n"
repeat_value = val
elif opt in ('--max-age'):
repeat_style = "do_max_age"
repeat_value = val
try:
topic = argv[3]
except:
sys.stderr.write(
"Usage: %s [ --help ] [ options ... ] from-server to-server topic [ topic ... ]\n"
% argv[0])
sys.stderr.flush()
sys.exit(1)
client1_url = argv[1]
client2_url = argv[2]
ua = pubsublib.HTTPUserAgent()
client1 = pubsublib.SimpleClient(ua, client1_url)
client2 = pubsublib.SimpleClient(ua, client2_url)
for topic in argv[3:]:
Repeater(verbose, recursive, client1, client2, topic,
{repeat_style: repeat_value})
if bridge:
Repeater(verbose, recursive, client2, client1, topic,
{repeat_style: repeat_value})
while 1:
asyncore.poll(scheduler.timeout())
scheduler.run()