def run():
cm = vps_util.my_cm()
region = vps_util.my_region()
print "Starting retire server at cloudmaster %s, region %s." % (cm, region)
qname = cm + ":retireq"
destroy_qname = cm + ":destroyq"
q = redisq.Queue(qname, redis_shell, TIMEOUT)
while True:
task, remover = q.next_job()
if task:
name, ip = task.split('|')
is_baked_in = redis_shell.sismember(region + ":bakedin-names", name)
if is_baked_in:
print "Not retiring baked-in server %s (%s)" % (name, ip)
else:
print "Retiring", name, ip
vps_util.retire_lcs(name, ip)
txn = redis_shell.pipeline()
remover(txn)
if not is_baked_in:
# Introduce the job with the timestamp already filled in, so it will
# only be pulled when it 'expires'. This effectively adds a delay to
# give clients some time to move over to their new server before we
# actually destroy the old one.
txn.lpush(destroy_qname, "%s*%s" % (name, int(time.time())))
txn.execute()
else:
time.sleep(10)
def run():
cm = vps_util.my_cm()
region = vps_util.my_region()
print "Starting retire server at cloudmaster %s, region %s." % (cm, region)
qname = cm + ":retireq"
destroy_qname = cm + ":destroyq"
q = redisq.Queue(qname, redis_shell, TIMEOUT)
while True:
task, remover = q.next_job()
if task:
name, ip = task.split('|')
is_baked_in = redis_shell.sismember(region + ":bakedin-names",
name)
if is_baked_in:
print "Not retiring baked-in server %s (%s)" % (name, ip)
else:
print "Retiring", name, ip
vps_util.retire_lcs(name, ip)
txn = redis_shell.pipeline()
remover(txn)
if not is_baked_in:
# Introduce the job with the timestamp already filled in, so it will
# only be pulled when it 'expires'. This effectively adds a delay to
# give clients some time to move over to their new server before we
# actually destroy the old one.
txn.lpush(destroy_qname, "%s*%s" % (name, int(time.time())))
txn.execute()
else:
time.sleep(10)
def run():
dc = os.getenv("DC")
print "Using datacenter", dc
qname = dc + ":retireq"
destroy_qname = dc + ":destroyq"
q = redisq.Queue(qname, redis_shell, TIMEOUT)
while True:
task, remover = q.next_job()
if task:
name, ip = task.split('|')
print "Retiring", name, ip
vps_util.retire_lcs(name, ip)
txn = redis_shell.pipeline()
remover(txn)
# Introduce the job with the timestamp already filled in, so it will
# only be pulled when it 'expires'. This effectively adds a delay to
# give clients some time to move over to their new server before we
# actually destroy the old one.
txn.lpush(destroy_qname, "%s*%s" % (name, int(time.time())))
txn.execute()
time.sleep(10)
def run():
dc = os.getenv("DC")
print "Using datacenter", dc
qname = dc + ":retireq"
destroy_qname = dc + ":destroyq"
q = redisq.Queue(qname, redis_shell, TIMEOUT)
while True:
task, remover = q.next_job()
if task:
name, ip = task.split('|')
print "Retiring", name, ip
vps_util.retire_lcs(name, ip)
txn = redis_shell.pipeline()
remover(txn)
# Introduce the job with the timestamp already filled in, so it will
# only be pulled when it 'expires'. This effectively adds a delay to
# give clients some time to move over to their new server before we
# actually destroy the old one.
txn.lpush(destroy_qname, "%s*%s" % (name, int(time.time())))
txn.execute()
time.sleep(10)
