def __init__(self, net,
switch,
name='osm',
vca_host=os.environ.get('VCA_HOST'),
vca_secret=os.environ.get('VCA_SECRET'),
osm_version='releasefive-daily',
ip_start='10.0.0.100'):
ip_int = Net.ip_2_int(ip_start)
zookeeper_ip = ip_start
kafka_ip = Net.int_2_ip(ip_int + 1)
mongo_ip = Net.int_2_ip(ip_int + 2)
nbi_ip = Net.int_2_ip(ip_int + 3)
ro_db_ip = Net.int_2_ip(ip_int + 4)
ro_ip = Net.int_2_ip(ip_int + 5)
lcm_ip = Net.int_2_ip(ip_int + 6)
name_prefix = '%s-' % name
self.zookeeper = Zookeeper(net, '%s/16' % zookeeper_ip, name_prefix=name_prefix)
self.kafka = Kafka(net, '%s/16' % kafka_ip, zookeeper_ip, name_prefix=name_prefix)
self.mongo = Mongo(net, '%s/16' % mongo_ip, name_prefix=name_prefix)
self.nbi = NBI(net, '%s/16' % nbi_ip, mongo_ip, kafka_ip, version=osm_version, name_prefix=name_prefix)
self.ro_db = Mysql(net, '%s/16' % ro_db_ip, name_prefix=name_prefix)
self.ro = RO(net, '%s/16' % ro_ip, ro_db_ip, version=osm_version, name_prefix=name_prefix)
self.lcm = LCM(net, '%s/16' % lcm_ip, ro_ip, mongo_ip, kafka_ip,
vca_host, vca_secret, version=osm_version, name_prefix=name_prefix)
net.addLink(self.zookeeper.instance, switch)
net.addLink(self.kafka.instance, switch)
net.addLink(self.mongo.instance, switch)
net.addLink(self.nbi.instance, switch)
net.addLink(self.ro_db.instance, switch)
net.addLink(self.ro.instance, switch)
net.addLink(self.lcm.instance, switch)
def get_new_cidr(uuid):
"""
Calculates a unused cidr for a subnet.
:param uuid: The UUID of the subnet - Thus it can store which subnet gets which CIDR
:type uuid: ``str``
:return: Returns None if all available CIDR are used. Otherwise returns a valid CIDR.
:rtype: ``str``
"""
global lock
lock.acquire()
global __current_ip
while __first_ip <= __current_ip < __last_ip and __current_ip in __issued_ips:
__current_ip += __default_subnet_size
if __current_ip >= __last_ip or __current_ip < __first_ip or __current_ip in __issued_ips:
return None
__issued_ips[__current_ip] = uuid
lock.release()
return Net.int_2_ip(__current_ip) + '/' + str(__default_subnet_bitmask)