def network_to_dict(network, detail=True):
d = {'id': str(network.id), 'name': network.name}
d['links'] = util.network_to_links(network.id)
if detail:
# Loop over subnets. Do not perform any extra query because of prefetch
# related!
subnet_ids = []
for subnet in network.subnets.all():
subnet_ids.append(subnet.id)
state = "SNF:DRAINED" if network.drained else network.state
d['user_id'] = network.userid
d['tenant_id'] = network.userid
d['type'] = network.flavor
d['updated'] = api.utils.isoformat(network.updated)
d['created'] = api.utils.isoformat(network.created)
d['status'] = state
d['public'] = network.public
d['shared'] = network.public
d['router:external'] = network.external_router
d['admin_state_up'] = True
d['subnets'] = subnet_ids
d['SNF:floating_ip_pool'] = network.floating_ip_pool
d['deleted'] = network.deleted
return d
def network_to_dict(network, detail=True):
d = {'id': str(network.id), 'name': network.name}
d['links'] = util.network_to_links(network.id)
if detail:
# Loop over subnets. Do not perform any extra query because of prefetch
# related!
subnet_ids = []
for subnet in network.subnets.all():
subnet_ids.append(subnet.id)
state = "SNF:DRAINED" if network.drained else network.state
d['user_id'] = network.userid
d['tenant_id'] = network.userid
d['type'] = network.flavor
d['updated'] = api.utils.isoformat(network.updated)
d['created'] = api.utils.isoformat(network.created)
d['status'] = state
d['public'] = network.public
d['shared'] = network.public
d['router:external'] = network.external_router
d['admin_state_up'] = True
d['subnets'] = subnet_ids
d['SNF:floating_ip_pool'] = network.floating_ip_pool
d['deleted'] = network.deleted
return d
def network_to_dict(network, detail=True):
d = {'id': str(network.id), 'name': network.name}
d['links'] = util.network_to_links(network.id)
if detail:
state = "SNF:DRAINED" if network.drained else network.state
d['user_id'] = network.userid
d['tenant_id'] = network.project
d['type'] = network.flavor
d['updated'] = api.utils.isoformat(network.updated)
d['created'] = api.utils.isoformat(network.created)
d['status'] = state
d['public'] = network.public
d['shared'] = network.public
d['router:external'] = network.external_router
d['admin_state_up'] = True
d['subnets'] = network.subnet_ids
d['SNF:floating_ip_pool'] = network.floating_ip_pool
d['deleted'] = network.deleted
return d
def network_to_dict(network, detail=True):
d = {'id': str(network.id), 'name': network.name}
d['links'] = util.network_to_links(network.id)
if detail:
state = "SNF:DRAINED" if network.drained else network.state
d['user_id'] = network.userid
d['tenant_id'] = network.project
d['type'] = network.flavor
d['updated'] = api.utils.isoformat(network.updated)
d['created'] = api.utils.isoformat(network.created)
d['status'] = state
d['public'] = network.public
d['shared'] = network.public
d['router:external'] = network.external_router
d['admin_state_up'] = True
d['subnets'] = network.subnet_ids
d['SNF:floating_ip_pool'] = network.floating_ip_pool
d['deleted'] = network.deleted
return d
def network_to_dict(network, user_id, detail=True):
d = {'id': str(network.id), 'name': network.name}
d['links'] = util.network_to_links(network.id)
if detail:
d['user_id'] = network.userid
d['tenant_id'] = network.userid
d['cidr'] = network.subnet
d['cidr6'] = network.subnet6
d['gateway'] = network.gateway
d['gateway6'] = network.gateway6
d['dhcp'] = network.dhcp
d['type'] = network.flavor
d['updated'] = utils.isoformat(network.updated)
d['created'] = utils.isoformat(network.created)
d['status'] = network.state
d['public'] = network.public
attachments = [util.construct_nic_id(nic)
for nic in network.nics.filter(machine__userid=user_id)
.filter(state="ACTIVE")
.order_by('machine')]
d['attachments'] = attachments
return d
def network_to_dict(network, user_id, detail=True):
d = {'id': str(network.id), 'name': network.name}
d['links'] = util.network_to_links(network.id)
if detail:
d['user_id'] = network.userid
d['tenant_id'] = network.userid
d['cidr'] = network.subnet
d['cidr6'] = network.subnet6
d['gateway'] = network.gateway
d['gateway6'] = network.gateway6
d['dhcp'] = network.dhcp
d['type'] = network.flavor
d['updated'] = utils.isoformat(network.updated)
d['created'] = utils.isoformat(network.created)
d['status'] = network.state
d['public'] = network.public
attachments = [util.construct_nic_id(nic)
for nic in network.nics.filter(machine__userid=user_id)
.filter(state="ACTIVE")
.order_by('machine')]
d['attachments'] = attachments
return d
