def run():
region = vps_util.my_region()
print "Starting offload server for region %s." % region
qname = region + ":offloadq"
q = redisq.Queue(qname, redis_shell, TIMEOUT)
while True:
task, remover = q.next_job()
if task:
name, ip = task.split('|')
print "Offloading users from %s (%s)" % (name, ip)
txn = redis_shell.pipeline()
vps_util.actually_offload_proxy(name, ip, pipeline=txn)
remover(txn)
cm = vps_util.cm_by_name(name)
txn.lpush(cm + ':retireq', task)
txn.execute()
else:
time.sleep(10)
def run():
region = vps_util.my_region()
print "Starting offload server for region %s." % region
qname = region + ":offloadq"
q = redisq.Queue(qname, redis_shell, TIMEOUT)
while True:
task, remover = q.next_job()
if task:
name, ip = task.split('|')
print "Offloading users from %s (%s)" % (name, ip)
txn = redis_shell.pipeline()
vps_util.actually_offload_proxy(name, ip, pipeline=txn)
remover(txn)
cm = vps_util.cm_by_name(name)
txn.lpush(cm + ':retireq', task)
txn.execute()
else:
time.sleep(10)
def retire_ips(*ips):
nip = names_by_ip()
pairs = []
ips = list(set(ips))
wnames = filter(nip.get, ips)
if len(wnames) != len(ips):
print "Some IPs don't have names to them:"
for ip in set(ips) - set(wnames):
print " ", ip
if raw_input("Do you want to retire all others? (y/N): ") != 'y':
return
ips_by_cm = {}
for ip in wnames:
ips_by_cm.setdefault(vps_util.cm_by_name(nip[ip]), []).append(ip)
for cm, ips in ips_by_cm.iteritems():
entries = ["%s|%s" % (nip[ip], ip) for ip in ips]
print "The following entries will be retired for cloudmaster " + cm
for s in entries:
print " ", s
if raw_input("OK to retire? (y/N) ") == "y":
r().lpush(cm + ':retireq', *entries)
def retire_ips(*ips):
nip = names_by_ip()
pairs = []
ips = list(set(ips))
wnames = filter(nip.get, ips)
if len(wnames) != len(ips):
print "Some IPs don't have names to them:"
for ip in set(ips) - set(wnames):
print " ", ip
if raw_input("Do you want to retire all others? (y/N): ") != 'y':
return
ips_by_cm = {}
for ip in wnames:
ips_by_cm.setdefault(vps_util.cm_by_name(nip[ip]), []).append(ip)
for cm, ips in ips_by_cm.iteritems():
entries = ["%s|%s" % (nip[ip], ip)
for ip in ips]
print "The following entries will be retired for cloudmaster " + cm
for s in entries:
print " ", s
if raw_input("OK to retire? (y/N) ") == "y":
r().lpush(cm + ':retireq', *entries)
def run():
region = vps_util.my_region()
print "Starting offload server for region %s." % region
qname = region + ":offloadq"
q = redisq.Queue(qname, redis_shell, TIMEOUT)
while True:
task, remover = q.next_job()
if task:
name, ip = task.split('|')
print "Offloading users from %s (%s)" % (name, ip)
txn = redis_shell.pipeline()
try:
vps_util.actually_offload_proxy(name, ip, pipeline=txn)
except vps_util.ProxyGone:
print >> sys.stderr, "Tried to offload no longer existing proxy %s (%s)" % (
name, ip)
remover(redis_shell)
continue
remover(txn)
cm = vps_util.cm_by_name(name)
txn.lpush(cm + ':retireq', task)
txn.execute()
else:
time.sleep(10)
def in_production(name):
return (not name.startswith('fp-')
or vps_util.cm_by_name(name) in ['doams3', 'dosgp1'])
def in_production(name):
return (not name.startswith('fp-')
or vps_util.cm_by_name(name) in ['doams3', 'dosgp1'])