def POST(self, group_id):
r, g = client.get('/groups/%i/' % int(group_id))
i = {'user_id':session.user.user_id}
r, j = client.post('/groups/%i/requests/' % int(group_id), data=i)
i = {'user_id':g.creator_id}
r, j = client.post('/groups/%i/requests/%i/' % (int(group_id),int(session.user.user_id)), data=i)
if ok(r):
flash(_.group.join.ok)
raise web.redirect('/groups/%i/' % int(group_id))
else:
flash(_.group.join.fail)
raise web.redirect('/notifications/')
def create_t1_logical_router(router_name, edge_cluster=False):
api_endpoint = ROUTERS_ENDPOINT
router_type = 'TIER1'
t1_router_id = check_logical_router(router_name)
if t1_router_id is not None:
return t1_router_id
payload = {
'resource_type':
'LogicalRouter',
'description':
"Logical router of type {}, created by nsx-t-gen!!".format(
router_type),
'display_name':
router_name,
'router_type':
router_type
}
if edge_cluster:
payload['edge_cluster_id'] = get_edge_cluster_id()
resp = client.post(api_endpoint, payload)
router_id = resp.json()['id']
router_key = build_router_key(TIER1, router_name)
global_id_map[router_key] = router_id
print("Created Logical Router '{}' of type '{}'".format(
router_name, router_type))
return router_id
def add_lbr_pool(virtual_server_defn):
virtual_server_name = virtual_server_defn['name']
existing_pool = check_for_existing_lbr_pool(
'%s%s' % (virtual_server_name, 'ServerPool'))
pool_api_endpoint = LBR_POOLS_ENDPOINT
lbActiveTcpMonitor = global_id_map['MONITOR:nsx-default-tcp-monitor']
lbPassiveMonitor = global_id_map['MONITOR:nsx-default-passive-monitor']
index = 1
members = []
pool_payload = {
'resource_type': 'LbPool',
'display_name': ('%s%s' % (virtual_server_name, 'ServerPool')),
'tcp_multiplexing_number': 6,
'min_active_members': 1,
'tcp_multiplexing_enabled': False,
'passive_monitor_id': lbPassiveMonitor,
'active_monitor_ids': [lbActiveTcpMonitor],
'snat_translation': {
'port_overload': 1,
'type': 'LbSnatAutoMap'
},
'algorithm': 'ROUND_ROBIN'
}
for member in virtual_server_defn['members']:
member_name = ('%s-%s-%d' % (virtual_server_name, 'member', index))
member = {
'max_concurrent_connections': 10000,
'port': member['port'],
'weight': 1,
'admin_state': 'ENABLED',
'ip_address': member['ip'],
'display_name': member_name,
'backup_member': False
}
members.append(member)
index += 1
pool_payload['members'] = members
print 'Payload for Server Pool: {}'.format(pool_payload)
if existing_pool is None:
resp = client.post(pool_api_endpoint, pool_payload).json()
print 'Created Server Pool: {}'.format(virtual_server_name)
print ''
return resp['id']
# Update existing server pool
pool_payload['_revision'] = existing_pool['_revision']
pool_payload['id'] = existing_pool['id']
pool_update_api_endpoint = '%s/%s' % (pool_api_endpoint,
existing_pool['id'])
resp = client.put(pool_update_api_endpoint, pool_payload, check=False)
print 'Updated Server Pool: {}'.format(virtual_server_name)
print ''
return existing_pool['id']
def create_network_security_group(nsgroup_name, tag_map):
api_endpoint = NSGROUP_ENDPOINT
payload={
'resource_type' : 'NSGroup',
'display_name' : nsgroup_name,
'membership_criteria' : [ ],
'members' : [ ]
}
if tag_map:
tags = []
for key in tag_map:
entry = { 'scope': key, 'tag': tag_map[key] }
tags.append(entry)
payload['tags'] = tags
resp = client.post(api_endpoint, payload ).json()
if resp.get('error_code') is None:
print 'Created NS Group: {}'.format(nsgroup_name)
print ''
return resp['id']
print 'Problem in creating NS Group: {}'.format(nsgroup_name)
print 'Associated Error: {}'.format(resp)
exit(1)
def create_ha_switching_profile():
pas_tag_name = os.getenv('NSX_T_PAS_NCP_CLUSTER_TAG')
ha_switching_profiles = yaml.load(os.getenv('NSX_T_HA_SWITCHING_PROFILE_SPEC'))['ha_switching_profiles']
api_endpoint = SWITCHING_PROFILE_ENDPOINT
for ha_switching_profile in ha_switching_profiles:
switching_profile_name = ha_switching_profile['name']
switching_profile_id = check_switching_profile(ha_switching_profile['name'])
if switching_profile_id is None:
payload={
'resource_type': 'SpoofGuardSwitchingProfile',
'description': 'Spoofguard switching profile for ncp-cluster-ha, created by nsx-t-gen!!',
'display_name': switching_profile_name,
'white_list_providers': ['LSWITCH_BINDINGS']
}
resp = client.post(api_endpoint, payload )
switching_profile_id=resp.json()['id']
global_id_map['SP:' + switching_profile_name] = switching_profile_id
switching_profile_tags = {
'ncp/cluster': pas_tag_name ,
'ncp/shared_resource': 'true' ,
'ncp/ha': 'true'
}
update_tag(SWITCHING_PROFILE_ENDPOINT + '/' + switching_profile_id, switching_profile_tags)
print('Done creating HASwitchingProfiles\n')
def create_t0_logical_router(t0_router):
api_endpoint = ROUTERS_ENDPOINT
router_type = 'TIER0'
edge_cluster_id = get_edge_cluster_id()
router_name = t0_router['name']
t0_router_id = check_logical_router(router_name)
if t0_router_id is not None:
return t0_router_id
payload = {
'resource_type':
'LogicalRouter',
'description':
"Logical router of type {}, created by nsx-t-gen!!".format(
router_type),
'display_name':
router_name,
'edge_cluster_id':
edge_cluster_id,
'router_type':
router_type,
'high_availability_mode':
t0_router['ha_mode'],
}
resp = client.post(api_endpoint, payload)
router_id = resp.json()['id']
print("Created Logical Router '{}' of type '{}'".format(
router_name, router_type))
router_key = build_router_key(TIER0, router_name)
global_id_map[router_key] = router_id
return router_id
def create_container_ip_block(ip_block_name, cidr, tags):
api_endpoint = CONTAINER_IP_BLOCKS_ENDPOINT
payload = {
'resource_type': 'IpBlock',
'display_name': ip_block_name,
'cidr': cidr
}
if tags:
effective_tags = []
for key in tags:
entry = {'scope': key, 'tag': tags[key]}
effective_tags.append(entry)
payload['tags'] = effective_tags
resp = client.post(api_endpoint, payload)
ip_block_id = resp.json()['id']
print("Created Container IP Block '{}' with cidr: {}".format(
ip_block_name, cidr))
ip_block_key = '%s:%s' % (IP_BLOCK, ip_block_name)
global_id_map[ip_block_key] = ip_block_id
cache[ip_block_key] = resp.json()
return ip_block_id
def post_json(url: str, data: dict):
url = _prepare_url(url)
response = client.post(f"{url_prefix}{url}", data=json.dumps(data),
content_type='application/json',
follow_redirects=True)
status_code = _get_status(response.status)
return json.loads(response.data), status_code
def generate_self_signed_cert(common_name, csr_request):
tokens = common_name.split('.')
if len(tokens) < 3:
print(
'Error!! CSR common name is not a full qualified domain name '
'(provided as nsx mgr FQDN or VIP address): {}!!'.format(
common_name))
exit(-1)
print('Generating CSR request with common name %s' % common_name)
api_endpoint = TRUST_MGMT_CSRS_ENDPOINT
payload = {
'subject': {
'attributes': [{
'key': 'CN',
'value': common_name
}, {
'key': 'O',
'value': csr_request['org_name']
}, {
'key': 'OU',
'value': csr_request['org_unit']
}, {
'key': 'C',
'value': csr_request['country']
}, {
'key': 'ST',
'value': csr_request['state']
}, {
'key': 'L',
'value': csr_request['city']
}]
},
'key_size': csr_request['key_size'],
'algorithm': csr_request['algorithm']
}
resp = client.post(api_endpoint, payload)
csr_id = resp.json()['id']
self_sign_cert_api_endpint = TRUST_MGMT_SELF_SIGN_CERT
self_sign_cert_url = '%s%s%s' % (self_sign_cert_api_endpint, csr_id,
'?action=self_sign')
self_sign_csr_response = client.post(self_sign_cert_url, '').json()
print('CSR Request posted with response %s' % self_sign_csr_response)
return self_sign_csr_response['id']
def createBatchHelper(cls, endpoint, objs):
batch_results = riq.post(cls.endpoint() + endpoint,
{"objects": [obj.payload() for obj in objs]})
batch_results['successObjects'] = [
cls(data=obj) for obj in batch_results['successObjects']
]
for errorObj in batch_results['errorObjects']:
errorObj['object'] = cls(data=errorObj['object'])
return batch_results
def add_t0_route_nat_rules():
nat_rules_defns = get_rsc_def_if_configured('nsx_t_nat_rules_spec_int',
'nat_rules')
if not nat_rules_defns:
return
t0_router_id = global_id_map['ROUTER:TIER0:' +
nat_rules_defns[0]['t0_router']]
if t0_router_id is None:
print('Error!! No T0Router found with name: {}'.format(
nat_rules_defns[0]['t0_router']))
exit - 1
api_endpoint = '%s/%s/%s' % (ROUTERS_ENDPOINT, t0_router_id, 'nat/rules')
changes_detected = False
existing_nat_rules = client.get(api_endpoint).json()['results']
for nat_rule in nat_rules_defns:
rule_payload = {
'resource_type': 'NatRule',
'enabled': True,
'rule_priority': nat_rule['rule_priority'],
'translated_network': nat_rule['translated_network']
}
if nat_rule['nat_type'] == 'dnat':
rule_payload['action'] = 'DNAT'
rule_payload['match_destination_network'] = nat_rule[
'destination_network']
else:
rule_payload['action'] = 'SNAT'
rule_payload['match_source_network'] = nat_rule['source_network']
existing_nat_rule = check_for_existing_rule(existing_nat_rules,
rule_payload)
if None == existing_nat_rule:
changes_detected = True
print('Adding new Nat rule: {}'.format(rule_payload))
resp = client.post(api_endpoint, rule_payload)
else:
rule_payload['id'] = existing_nat_rule['id']
rule_payload['display_name'] = existing_nat_rule['display_name']
rule_payload['_revision'] = existing_nat_rule['_revision']
if rule_payload['rule_priority'] != existing_nat_rule[
'rule_priority']:
changes_detected = True
print('Updating just the priority of existing nat rule: {}'.
format(rule_payload))
update_api_endpint = '%s%s%s' % (api_endpoint, '/',
existing_nat_rule['id'])
resp = client.put(update_api_endpint, rule_payload)
if changes_detected:
print('Done adding/updating nat rules for T0Routers!!\n')
else:
print('Detected no change with nat rules for T0Routers!!\n')
def set_cluster_vip_address():
vip_addr = os.getenv('nsx_manager_virtual_ip_int', '').strip()
if vip_addr == '' or vip_addr == 'null':
print(
'No yaml payload set for the NSX_T_LBR_SPEC, ignoring loadbalancer section!'
)
return
current_vip = client.get(VIP_ENDPOINT).json()['ip_address']
if current_vip != vip_addr:
clear_vip_endpoint = '%s?%s' % (VIP_ENDPOINT,
'action=clear_virtual_ip')
client.post(clear_vip_endpoint, None)
print('Setting new nsx manager virtual IP address at %s' % vip_addr)
new_vip_endpoint = '%s?%s&%s=%s' % (
VIP_ENDPOINT, 'action=set_virtual_ip', 'ip_address', vip_addr)
client.post(new_vip_endpoint, None)
else:
print('Detected no change with nsx manager VIP address!')
def createBatchHelper(self, endpoint, objs):
batch_results = riq.post(self.endpoint() + endpoint,
{"objects": [obj.payload() for obj in objs]})
batch_results['successObjects'] = [
self._object_class(parent=self._parent, data=obj)
for obj in batch_results['successObjects']
]
for errorObj in batch_results['errorObjects']:
errorObj['object'] = self._object_class(parent=self._parent,
data=errorObj['object'])
return batch_results
def POST(self):
i = web.input()
r, j = client.post('/login/', data=i)
if ok(r):
flash(_.login.ok)
session.user = j
session.username = i.username
raise web.redirect("/")
else:
flash(_.login.fail)
raise web.redirect('/login/')
def POST(self, id):
if not user():
return web.notfound()
render = web.template.render('asset', base='after.common', globals=globals())
r, j = client.post('/users/%i/friends/' % int(user().user_id), data={'friend_id': int(id)})
if ok(r):
flash(_.user.friend.ok)
raise web.redirect('/users/%i/' % int(id))
else:
flash(_.user.friend.fail)
raise web.redirect('/users/%i/' % int(id))
def add_lbr_virtual_server(virtual_server_defn):
virtual_server_name = virtual_server_defn['name']
existing_vip_name = ( '%s%s' % (virtual_server_defn['name'], 'Vip') )
existing_virtual_server = check_for_existing_lbr_virtual_server(existing_vip_name)
virtual_server_api_endpoint = LBR_VIRTUAL_SERVER_ENDPOINT
pool_id = add_lbr_pool(virtual_server_defn)
# Go with TCP App profile and source-ip persistence profile
lbFastTcpAppProfile = global_id_map['APP_PROFILE:nsx-default-lb-fast-tcp-profile']
lbSourceIpPersistenceProfile = global_id_map['PERSISTENCE_PROFILE:nsx-default-source-ip-persistence-profile']
vs_payload = {
'resource_type': 'LbVirtualServer',
'display_name': ( '%s%s' % (virtual_server_defn['name'], 'Vip') ),
'max_concurrent_connections': 10000,
'max_new_connection_rate': 1000,
'persistence_profile_id': lbSourceIpPersistenceProfile,
'application_profile_id': lbFastTcpAppProfile,
'ip_address': virtual_server_defn['vip'],
'pool_id': pool_id,
'enabled': True,
'ip_protocol': 'TCP',
'port': virtual_server_defn['port'],
'default_pool_member_port': virtual_server_defn['port']
}
if existing_virtual_server is None:
resp = client.post(virtual_server_api_endpoint, vs_payload ).json()
if resp.get('error_code') is None:
print 'Created Virtual Server: {}'.format(virtual_server_name)
print ''
return resp['id']
else:
print 'Problem in creating Virtual Server: {}'.format(virtual_server_name)
print 'Associated Error: {}'.format(resp)
exit(1)
# Update existing virtual server
vs_payload['_revision'] = existing_virtual_server['_revision']
vs_payload['id'] = existing_virtual_server['id']
vs_update_api_endpoint = '%s/%s' % (virtual_server_api_endpoint, existing_virtual_server['id'])
resp = client.put(vs_update_api_endpoint, vs_payload, check=False )
if resp.status_code < 400:
print 'Updated Virtual Server: {}'.format(virtual_server_name)
print ''
return existing_virtual_server['id']
else:
print 'Problem in updating Virtual Server: {}'.format(virtual_server_name)
print 'Associated Error: {}'.format(resp.json())
exit(1)
def POST(self, group_id):
if not user():
return web.notfound()
i = {'user_id':session.user.user_id}
r, j = client.post('/groups/%i/requests/' % int(group_id), data=i)
if ok(r):
flash(_.group.join.ok)
return web.redirect('/groups/%i/' % int(group_id))
else:
flash(_.group.join.fail)
return web.redirect('/groups/%i/' % int(group_id))
def POST(self, group_id):
i = web.input()
i.content += '<a href="/groups/%i/">#%s#</a><form method="post" action="/groups/%i/accept/"><button class="pull-left btn btn-primary btn-sm">Join</button></form>' % (int(i.group_id), i.group_title, int(i.group_id))
i.user_id = session.user.user_id
r, j = client.post('/notifications/new/', data=i)
if ok(r):
flash(_.notification.invite.ok)
raise web.redirect('/groups/%i/' % int(i.group_id))
else:
flash(_.notification.invite.fail)
raise web.redirect('/groups/%i/' % int(i.group_id))
def set_cluster_vip_address():
vip_addr = os.getenv('nsx_manager_virtual_ip_int', '').strip()
if not vip_addr or vip_addr == '' or vip_addr == 'null':
print('No VIP address set, ignoring VIP settings!')
return
current_vip = client.get(VIP_ENDPOINT).json()['ip_address']
if current_vip != vip_addr:
clear_vip_endpoint = '%s?%s' % (VIP_ENDPOINT,
'action=clear_virtual_ip')
client.post(clear_vip_endpoint, None)
print('Setting new nsx manager virtual IP address at %s' % vip_addr)
new_vip_endpoint = '%s?%s&%s=%s' % (
VIP_ENDPOINT, 'action=set_virtual_ip', 'ip_address', vip_addr)
rsp = client.post(new_vip_endpoint, None)
print('Setting VIP at %s returned with response code %s', vip_addr,
rsp)
else:
print('Detected no change with nsx manager VIP address!')
# This function will check if there's already CSR with vip fqdn
configure_self_signed_certs(cluster_cert=True)
def POST(self, id):
if not user():
return web.notfound()
i = web.input()
i.creator_id = session.user.user_id
r, j = client.post('/topics/%i/comments/' % int(id), data=i)
if ok(r):
flash(_.comment.new.ok)
raise web.redirect('/topics/%i/' % int(id));
else:
flash(_.comment.fail.ok)
raise web.redirect('/topics/%i/' % int(id));
def add_loadbalancers():
lbrs_defn = get_rsc_def_if_configured('nsx_t_lbr_spec_int',
'loadbalancers')
if not lbrs_defn:
return
for lbr in lbrs_defn:
t1_router_id = global_id_map['ROUTER:TIER1:' + lbr['t1_router']]
if t1_router_id is None:
print(
'Error!! No T1Router found with name: {} referred against '
'LBR: {}'.format(lbr['t1_router'], lbr['name']))
return
lbr_api_endpoint = LBR_SERVICES_ENDPOINT
lbr_service_payload = {
'resource_type': 'LbService',
'size': lbr['size'].upper(),
'error_log_level': 'INFO',
'display_name': lbr['name'],
'attachment': {
'target_display_name': lbr['t1_router'],
'target_type': 'LogicalRouter',
'target_id': t1_router_id
}
}
virtual_servers = []
for virtual_server_defn in lbr['virtual_servers']:
virtual_server_id = add_lbr_virtual_server(virtual_server_defn)
virtual_servers.append(virtual_server_id)
lbr_service_payload['virtual_server_ids'] = virtual_servers
existing_lbr = check_for_existing_lbr(lbr['name'])
if existing_lbr is None:
resp = client.post(lbr_api_endpoint, lbr_service_payload).json()
print 'Created LBR: {}'.format(lbr['name'])
print resp
# TODO: error handling
else:
# Update existing LBR
lbr_id = existing_lbr['id']
lbr_service_payload['_revision'] = existing_lbr['_revision']
lbr_service_payload['id'] = existing_lbr['id']
lbr_update_api_endpoint = '%s/%s' % (lbr_api_endpoint, lbr_id)
resp = client.put(lbr_update_api_endpoint,
lbr_service_payload,
check=False)
print 'Updated LBR: {}'.format(lbr['name'])
print resp
def create_t1_logical_router_and_port(t0_router_name, t1_router_name, t0_router_subnet):
api_endpoint = ROUTER_PORTS_ENDPOINT
t0_router_id=create_t0_logical_router_and_port(t0_router_name, t0_router_subnet)
t1_router_id=create_t1_logical_router(t1_router_name)
name = "LogicalRouterLinkPortFrom%sTo%s" % (t0_router_name, t1_router_name )
descp = "Port created on %s router for %s" % (t0_router_name, t1_router_name )
target_display_name = "LinkedPort_%sTo%s" % (t0_router_name, t1_router_name )
payload1={
'resource_type': 'LogicalRouterLinkPortOnTIER0',
'description': descp,
'display_name': name,
'logical_router_id': t0_router_id
}
resp = client.post(api_endpoint, payload1)
target_id=resp.json()['id']
name = "LogicalRouterLinkPortFrom%sTo%s" % (t1_router_name, t0_router_name )
descp = "Port created on %s router for %s" % (t1_router_name, t0_router_name )
target_display_name = "LinkedPort_%sTo%s"% (t1_router_name, t0_router_name )
payload2 = {
'resource_type': 'LogicalRouterLinkPortOnTIER1',
'description': descp,
'display_name': name,
'logical_router_id': t1_router_id,
'linked_logical_router_port_id' : {
'target_display_name' : target_display_name,
'target_type' : 'LogicalRouterLinkPortOnTIER0',
'target_id' : target_id
}
}
resp = client.post(api_endpoint, payload2)
print("Created Logical Router Port between T0Router: '{}' and T1Router: '{}'".format(t0_router_name, t1_router_name))
logical_router_port_id=resp.json()['id']
return logical_router_port_id
def POST(self):
if not is_admin():
return web.notfound()
i = web.input()
i.user_id = session.user.user_id
render = web.template.render('asset', base='after.common', globals=globals())
r, j = client.post('/notifications/new/', data=i)
if ok(r):
flash(_.notification.new.ok)
raise web.redirect('/notifications/new/')
else:
flash(_.notification.new.fail)
raise web.redirect('/notifications/new/')
def POST(self):
if not user():
return web.notfound()
i = web.input()
i.user_id = session.user.user_id
render = web.template.render('asset', base='after.common', globals=globals())
r, j = client.post('/groups/', data=i)
if ok(r):
flash(_.group.new.ok)
raise web.redirect('/groups/%i/' % int(j.group_id))
else:
flash(_.group.new.fail)
raise web.redirect('/groups/new/')
def dataHandler(self, d):
"""
Get an XML string d and extract data and insert it into the database
"""
data = []
rec_handler = record()
start = d.find('<result', 0)
while start != -1:
end = d.find('/>', start)
if end == -1:
start = -1
else:
end = end + 2
xml.sax.parseString(d[start:end], rec_handler)
temp = rec_handler.fromXMLString()
print >> sys.stdout, str(d[start:end])
data.append(rec_handler.fromXMLString())
start = d.find('<results', end)
self.db.addLaps(data)
for lap in data:
post_dictionary = client.prepare_data(lap)
client.post(self.postUrl, post_dictionary)
def POST(self, topic_id):
if not is_admin():
return web.notfound()
render = web.template.render('asset', base='after.common', globals=globals())
i = web.input()
i.content += '<a href="/topics/%i/">#%s#</a>' % (int(i.topic_id), i.topic_title)
i.user_id = session.user.user_id
r, j = client.post('/notifications/new/', data=i)
if ok(r):
flash(_.notification.recommend.ok)
raise web.redirect('/topics/%i/' % int(i.topic_id))
else:
flash(_.notification.recommend.fail)
raise web.redirect('/topics/%i/' % int(i.topic_id))
def inst(text, prefix, count, voice):
# a binary of an audio file will be sent as a response
# TODO: take more param values to set up properly
print("Voice = " + voice)
response = client.post(text, voice, 1, 1)
# check if response = 200 success
if (response.status_code != 200):
#TODO: in GUI.py, retrieving value -1 should engage an error message
print("response = " + str(response))
return -1
filename = prefix + str(count) + '.wav'
with open('assets/' + filename, 'wb') as f:
f.write(response.content)
return 'assets/' + filename
def add_loadbalancers():
lbrs_defn = yaml.load(os.getenv('NSX_T_LBR_SPEC'))['loadbalancers']
if len(lbrs_defn) <= 0:
return
for lbr in lbrs_defn:
t1_router_id = global_id_map['ROUTER:TIER1:' + lbr['t1_router']]
if t1_router_id is None:
print('Error!! No T1Router found with name: {} referred against LBR: {}'.format(lbr['t1_router'], lbr['name']))
exit -1
lbr_api_endpoint = LBR_SERVICES_ENDPOINT
lbr_service_payload = {
'resource_type': 'LbService',
'size' : lbr['size'].upper(),
'error_log_level' : 'INFO',
'display_name' : lbr['name'],
'attachment': {
'target_display_name': lbr['t1_router'],
'target_type': 'LogicalRouter',
'target_id': t1_router_id
}
}
virtual_servers = []
for virtual_server_defn in lbr['virtual_servers']:
virtual_server_id = add_lbr_virtual_server(virtual_server_defn)
virtual_servers.append(virtual_server_id)
lbr_service_payload['virtual_server_ids'] = virtual_servers
existing_lbr = check_for_existing_lbr(lbr['name'])
if existing_lbr is None:
resp = client.post(lbr_api_endpoint, lbr_service_payload ).json()
lbr_id = resp['id']
print 'Created LBR: {}'.format(lbr['name'])
print ''
else:
# Update existing LBR
lbr_id = existing_lbr['id']
lbr_service_payload['_revision'] = existing_lbr['_revision']
lbr_service_payload['id'] = existing_lbr['id']
lbr_update_api_endpoint = '%s/%s' % (lbr_api_endpoint, lbr_id)
resp = client.put(lbr_update_api_endpoint, lbr_service_payload, check=False )
print 'Updated LBR: {}'.format(lbr['name'])
print ''
def create_container_ip_block(ip_block_name, cidr):
api_endpoint = CONTAINER_IP_BLOCKS_ENDPOINT
payload={
'resource_type': 'IpBlock',
'display_name': ip_block_name,
'cidr': cidr
}
resp = client.post(api_endpoint, payload )
ip_block_id=resp.json()['id']
print("Created Container IP Block '{}' with cidr: {}".format(ip_block_name, cidr))
global_id_map['IPBLOCK:' + ip_block_name] = ip_block_id
return ip_block_id
def POST(self):
i = web.input()
if i.password2 != i.password:
flash(_.reg.password_mismatch)
raise web.redirect('/reg/')
i.is_public = int('is_public' in i)
i.is_admin = 0
i.is_vip = 0
del i.password2
r, j = client.post('/users/', data=i)
if ok(r):
flash(_.reg.ok)
raise web.redirect('/login/')
else:
flash(_.reg.fail)
raise web.redirect('/reg/')
def create_logical_switch(logical_switch_name):
api_endpoint = SWITCHES_ENDPOINT
transport_zone_id=get_transport_zone_id(None)
payload={ 'transport_zone_id': transport_zone_id,
'display_name': logical_switch_name,
'admin_state': 'UP',
'replication_mode': 'MTEP'
}
resp = client.post(api_endpoint, payload )
logical_switch_id=resp.json()['id']
print("Created Logical Switch '{}'".format(logical_switch_name))
global_id_map['LS:' + logical_switch_name] = logical_switch_id
return logical_switch_id
def POST(self):
if not user() or is_banned():
return web.notfound()
i = web.input(image={})
i.user_id = session.user.user_id
i.is_public = int('is_public' in i)
i.image_id = os.urandom(16).encode('hex') + os.path.splitext(i.image.filename)[1];
f = open(image_path(i.image_id), 'wb')
f.write(i.image.file.read())
f.close()
del i.image
r, j = client.post('/topics/', data=i)
if ok(r):
flash(_.topic.new.ok)
raise web.redirect('/topics/%i/' % int(j.topic_id))
else:
flash(_.topic.new.fail)
return web.redirect('/topics/new/')
def create_external_ip_pool(ip_pool_name, cidr, gateway, start_ip, end_ip,
tags):
api_endpoint = EXTERNAL_IP_POOL_ENDPOINT
payload = {
'resource_type':
'IpPool',
'display_name':
ip_pool_name,
'subnets': [{
'allocation_ranges': [{
'start': start_ip,
'end': end_ip
}],
'cidr': cidr,
'gateway_ip': gateway,
'dns_nameservers': []
}],
}
if tags:
effective_tags = []
for key in tags:
entry = {'scope': key, 'tag': tags[key]}
effective_tags.append(entry)
effective_tags.append({'scope': 'ncp/external', 'tag': 'true'})
payload['tags'] = effective_tags
resp = client.post(api_endpoint, payload)
if not resp.ok:
print "Error: IP pool not created for %s" % ip_pool_name
print resp.json()
return
ip_pool_id = resp.json()['id']
print(
"Created External IP Pool '{}' with cidr: {}, gateway: {}, start: {}, end: {}"
.format(ip_pool_name, cidr, gateway, start_ip, end_ip))
ip_pool_key = '%s:%s' % (IP_POOL, ip_pool_name)
global_id_map[ip_pool_key] = ip_pool_id
cache[ip_pool_key] = resp.json()
return ip_pool_id
def create_ha_switching_profile():
ha_switching_profiles_defn = os.getenv(
'nsx_t_ha_switching_profile_spec_int', '').strip()
if ha_switching_profiles_defn == '' or ha_switching_profiles_defn == 'null':
print(
'No yaml payload set for the NSX_T_HA_SWITCHING_PROFILE_SPEC, ignoring HASpoofguard profile section!'
)
return
ha_switching_profiles = yaml.load(
ha_switching_profiles_defn)['ha_switching_profiles']
if ha_switching_profiles is None:
print(
'No valid yaml payload set for the NSX_T_HA_SWITCHING_PROFILE_SPEC, ignoring HASpoofguard profile section!'
)
return
api_endpoint = SWITCHING_PROFILE_ENDPOINT
for ha_switching_profile in ha_switching_profiles:
switching_profile_name = ha_switching_profile['name']
switching_profile_id = check_switching_profile(
ha_switching_profile['name'])
if switching_profile_id is None:
payload = {
'resource_type': 'SpoofGuardSwitchingProfile',
'description':
'Spoofguard switching profile for ncp-cluster-ha, created by nsx-t-gen!!',
'display_name': switching_profile_name,
'white_list_providers': ['LSWITCH_BINDINGS']
}
resp = client.post(api_endpoint, payload)
switching_profile_id = resp.json()['id']
global_id_map['SP:' + switching_profile_name] = switching_profile_id
switching_profile_tags = {
'ncp/shared_resource': 'true',
'ncp/ha': 'true'
}
update_tag(SWITCHING_PROFILE_ENDPOINT + '/' + switching_profile_id,
switching_profile_tags)
print('Done creating HASwitchingProfiles\n')
def create_active_monitor(active_monitor_entry):
api_endpoint = LBR_MONITORS_ENDPOINT
payload={
'resource_type' : active_monitor_entry['type'],
'display_name' : active_monitor_entry['name'],
'monitor_port' : active_monitor_entry['monitor_port']
}
if active_monitor_entry['type'] == 'LbHttpMonitor':
payload['request_url'] = active_monitor_entry['path']
resp = client.post(api_endpoint, payload ).json()
if resp.get('error_code') is None:
print 'Created Active monitor: {}'.format(active_monitor_entry['name'])
print ''
return resp['id']
print 'Problem in creating Active monitor: {}'.format(active_monitor_entry['name'])
print 'Associated Error: {}'.format(resp)
exit(1)
def POST(self, group_id, user_id, is_approved):
if not user():
return web.notfound()
i = {'user_id':session.user.user_id}
if int(is_approved) == 1:
r, j = client.post('/groups/%i/requests/%i/' % (int(group_id),int(user_id)), data=i)
if ok(r):
flash(_.group.admin.ok)
return web.redirect('/groups/requests/')
else:
flash(_.group.admin.fail)
return web.redirect('/groups/requests/')
elif int(is_approved) == 0:
r, j = client.delete('/groups/%i/requests/%i/' % (int(group_id),int(user_id)), data=i)
if ok(r):
flash(_.group.admin.ok)
return web.redirect('/groups/requests/')
else:
flash(_.group.admin.fail)
return web.redirect('/groups/requests/')
return web.notfound()
def create_external_ip_pool(ip_pool_name, cidr, gateway, start_ip, end_ip):
api_endpoint = EXTERNAL_IP_POOL_ENDPOINT
payload={
'resource_type': 'IpPool',
'display_name': ip_pool_name,
'subnets' : [ {
'allocation_ranges' : [ {
'start' : start_ip,
'end' : end_ip
} ],
'cidr' : cidr,
'gateway_ip' : gateway,
'dns_nameservers' : [ ]
} ],
}
resp = client.post(api_endpoint, payload )
ip_pool_id=resp.json()['id']
print("Created External IP Pool '{}' with cidr: {}, gateway: {}, start: {},"
+ " end: {}".format(ip_pool_name, cidr, gateway, start_ip, end_ip))
global_id_map['IPPOOL:' + ip_pool_name] = ip_pool_id
return ip_pool_id
def create_t0_logical_router_and_port(t0_router):
api_endpoint = ROUTER_PORTS_ENDPOINT
router_name = t0_router['name']
subnet = t0_router['subnet']
router_id = create_t0_logical_router(router_name)
logical_router_port_id = check_logical_router_port(t0_router_id)
if logical_router_port_id is not None:
return t0_router_id
name = "LogicalRouterUplinkPortFor%s" % (router_name)
descp = "Uplink Port created for %s router" % (router_name)
target_display_name = "LogicalRouterUplinkFor%s" % (router_name)
network = subnet.split('/')[0]
cidr = subnet.split('/')[1]
payload1 = {
'resource_type': 'LogicalRouterUpLinkPort',
'description': descp,
'display_name': name,
'logical_router_id': router_id,
#'edge_cluster_member_index' : [ t0_router['edge_index'] ],
'subnets': [{
'ip_addresses': [network],
'prefix_length': cidr
}]
}
resp = client.post(api_endpoint, payload1)
target_id = resp.json()['id']
print("Created Logical Router Uplink Port for T0Router: '{}'".format(
router_name))
logical_router_port_id = resp.json()['id']
return router_id
# License for the specific language governing permissions and limitations
# under the License.
import client
import random
import uuid
client = client.DCIClient(end_point="http://127.0.0.1:5000",
login="******", password="******")
for _ in range(10):
product = client.post('/api/products',
data={'name': str(uuid.uuid4())[:18],
'data': {
'product_keys': {
'foo': ['bar1', 'bar2']}}})
product_id = product.json()["id"]
version = client.post('/api/versions',
data={'name': str(uuid.uuid4())[:18],
'product_id': product_id,
'data': {
'version_keys': {
'foo': ['bar1', 'bar2']}}})
version_id = version.json()["id"]
for _ in range(5):
test = client.post('/api/tests',
def save(self) :
return riq.post('configs',{'meta':self.meta,'creds':self.creds,'mappings':self.mappings})
def createBatchHelper(self, endpoint, objs):
batch_results = riq.post(self.endpoint()+endpoint, {"objects":[obj.payload() for obj in objs]})
batch_results['successObjects'] = [self._object_class(parent=self._parent,data=obj) for obj in batch_results['successObjects']]
for errorObj in batch_results['errorObjects']:
errorObj['object'] = self._object_class(parent=self._parent,data=errorObj['object'])
return batch_results
def create(self, options={}):
return self.parse(riq.post(self.endpoint(), self.payload(), options))
def createBatchHelper(cls, endpoint, objs):
batch_results = riq.post(cls.endpoint()+endpoint, {"objects":[obj.payload() for obj in objs]})
batch_results['successObjects'] = [cls(data=obj) for obj in batch_results['successObjects']]
for errorObj in batch_results['errorObjects']:
errorObj['object'] = cls(data=errorObj['object'])
return batch_results
