def vm_resources(aDict):
"""Function docstring for vm_resources TBD
Args:
- token (required)
Output:
"""
ret = {}
with DB() as db:
db.do("SELECT node,id FROM openstack_tokens WHERE token = '%s'" %
(aDict['token']))
data = db.get_row()
db.do(
"SELECT service,service_port,service_url FROM openstack_services WHERE id = '%s'"
% (data['id']))
services = db.get_dict('service')
controller = Device(data['node'], aDict['token'])
ret['flavors'] = controller.call(
services['nova']['service_port'], services['nova']['service_url'] +
"flavors/detail?sort_key=name")['data']['flavors']
ret['images'] = controller.call(
services['glance']['service_port'], services['glance']['service_url'] +
"v2/images?sort=name:asc")['data']['images']
ret['networks'] = controller.call(
services['neutron']['service_port'],
services['neutron']['service_url'] +
"v2.0/networks?sort_key=name")['data']['networks']
return ret
def contrail_uuid(aDict):
"""Function docstring for uuid_info TBD
Args:
- token (required)
- uuid (required)
Output:
"""
with DB() as db:
db.do("SELECT node FROM openstack_tokens WHERE token = '%s'" %
aDict['token'])
data = db.get_row()
controller = Device(data['node'], aDict['token'])
try:
res = controller.call("8082",
"id-to-fqname",
args={'uuid': aDict['uuid']},
method='POST')
if res.get('result', 'OK') == 'OK':
ret = controller.call(
"8082", "%s/%s" % (res['data']['type'], aDict['uuid']))['data']
except Exception as e:
ret = e[0]
return ret
def contrail_floating_ips(aDict):
"""Function docstring for contrail_floating_ips TBD
Args:
- token (required)
- virtual_network (required)
Output:
"""
ret = {'virtual-network': aDict['virtual_network'], 'ip_addresses': []}
with DB() as db:
db.do(
"SELECT node, service_port, service_url FROM openstack_tokens LEFT JOIN openstack_services ON openstack_tokens.id = openstack_services.id WHERE openstack_tokens.token = '%s' AND service = 'contrail'"
% (aDict['token']))
data = db.get_row()
controller = Device(data['node'], aDict['token'])
vn = controller.call(
data['service_port'], data['service_url'] + "virtual-network/%s" %
aDict['virtual_network'])['data']['virtual-network']
for fipool in vn.get('floating_ip_pools', []):
pool = controller.call(
data['service_port'], data['service_url'] + "floating-ip-pool/%s" %
(fipool['uuid']))['data']['floating-ip-pool']
for fips in pool['floating_ips']:
fip = controller.call(
data['service_port'], data['service_url'] + "floating-ip/%s" %
(fips['uuid']))['data']['floating-ip']
record = {
'pool_uuid': pool['uuid'],
'pool_name': pool['name'],
'ip_address': fip['floating_ip_address'],
'uuid': fip['uuid'],
'vm_ip_address': fip.get('floating_ip_fixed_ip_address')
}
if fip.get('floating_ip_fixed_ip_address'):
vmi = controller.href(
fip['virtual_machine_interface_refs'][0]
['href'])['data']['virtual-machine-interface']
record.update({
'vm_interface':
vmi['virtual_machine_refs'][0]['to'][0],
'vm_network_uuid':
vmi['virtual_network_refs'][0]['uuid'],
'vm_network_name':
vmi['virtual_network_refs'][0]['to'][2]
})
ret['ip_addresses'].append(record)
return ret
def contrail_vm_interfaces(aDict):
"""Function docstring for contrail_vm_interfaces TBD
Args:
- token (required)
- vm (required)
Output:
"""
ret = {'vm': aDict['vm'], 'interfaces': []}
with DB() as db:
db.do(
"SELECT node, service_port, service_url FROM openstack_tokens LEFT JOIN openstack_services ON openstack_tokens.id = openstack_services.id WHERE openstack_tokens.token = '%s' AND service = 'contrail'"
% (aDict['token']))
data = db.get_row()
controller = Device(data['node'], aDict['token'])
vmis = controller.call(
data['service_port'],
data['service_url'] + "virtual-machine/%s" % aDict['vm']
)['data']['virtual-machine']['virtual_machine_interface_back_refs']
for vmi in vmis:
vmi = controller.href(vmi['href'])['data']['virtual-machine-interface']
iip = controller.href(
vmi['instance_ip_back_refs'][0]['href'])['data']['instance-ip']
ret['interfaces'].append({
'uuid':
vmi['uuid'],
'ip_address':
iip['instance_ip_address'],
'virtual_network':
iip['virtual_network_refs'][0]['to'][2]
})
return ret
def vm_console(aDict):
"""Function docstring for vm_console TBD
Args:
- token (required)
- vm (required)
Output:
"""
ret = {'result': 'NOT_OK', 'vm': aDict['vm']}
with DB() as db:
db.do(
"SELECT node, service_port, service_url FROM openstack_tokens LEFT JOIN openstack_services ON openstack_tokens.id = openstack_services.id WHERE openstack_tokens.token = '%s' AND service = 'nova'"
% (aDict['token']))
data = db.get_row()
controller = Device(data['node'], aDict['token'])
try:
res = controller.call(
data['service_port'],
data['service_url'] + "servers/%s/remote-consoles" % (aDict['vm']),
{'remote_console': {
"protocol": "vnc",
"type": "novnc"
}},
header={'X-OpenStack-Nova-API-Version': '2.8'})
if res['code'] == 200:
url = res['data']['remote_console']['url']
# URL is not always proxy ... so force it through: remove http:// and replace IP (assume there is a port..) with controller IP
ret['url'] = "%s:%s" % (data['node'], url[7:].partition(':')[2])
ret['result'] = 'OK'
elif res['code'] == 401 and res['data'] == 'Authentication required':
ret.update({'info': 'Authentication required'})
except Exception as e:
ret = e[0]
return ret
def call(aDict):
"""Function docstring for call. Basically creates a controller instance and send a (nested) rest_call.
Args:
- node (required)
- token (required)
- service (required)
- call (required)
- arguments (optional)
- method (optional)
Output:
"""
with DB() as db:
db.do(
"SELECT node, service_port, service_url FROM openstack_tokens LEFT JOIN openstack_services ON openstack_tokens.id = openstack_services.id WHERE openstack_tokens.token = '%s' AND service = '%s'"
% (aDict['token'], aDict['service']))
data = db.get_row()
controller = Device(data['node'], aDict['token'])
try:
ret = controller.call(data['service_port'],
data['service_url'] + aDict.get('call', ''),
aDict.get('arguments'), aDict.get('method'))
ret['result'] = 'OK' if not ret.get('result') else ret.get('result')
except Exception as e:
ret = e[0]
return ret
def rest(aDict):
"""Function docstring for rest TBD
Args:
- token (required)
- service (optional)
- call (optional)
- href (optional)
- arguments (optional)
- method (optional)
Output:
"""
try:
if aDict.get('href'):
ret = rest_call(aDict.get('href'), aDict.get('arguments'),
aDict.get('method', 'GET'),
{'X-Auth-Token': aDict['token']})
else:
with DB() as db:
db.do(
"SELECT node, service_port, service_url FROM openstack_tokens LEFT JOIN openstack_services ON openstack_tokens.id = openstack_services.id WHERE openstack_tokens.token = '%s' AND service = '%s'"
% (aDict['token'], aDict.get('service')))
data = db.get_row()
controller = Device(data['node'], aDict['token'])
ret = controller.call(data['service_port'],
data['service_url'] + aDict['call'],
aDict.get('arguments'),
aDict.get('method', 'GET'))
ret['result'] = 'OK' if not ret.get('result') else ret.get('result')
except Exception as e:
ret = e[0]
return ret
def contrail_vm_associate_fip(aDict):
"""Function docstring for contrail_vm_interfaces TBD
Args:
- token (required)
- vm_interface (required)
- vm_ip_address (required)
- floating_ip (required)
Output:
"""
ret = {}
with DB() as db:
db.do(
"SELECT node, service_port, service_url FROM openstack_tokens LEFT JOIN openstack_services ON openstack_tokens.id = openstack_services.id WHERE openstack_tokens.token = '%s' AND service = 'contrail'"
% (aDict['token']))
data = db.get_row()
controller = Device(data['node'], aDict['token'])
try:
vmi = controller.call(
data['service_port'],
data['service_url'] + "virtual-machine-interface/%s" %
aDict['vm_interface'])['data']['virtual-machine-interface']
fip = {
'floating-ip': {
'floating_ip_fixed_ip_address':
aDict['vm_ip_address'],
'virtual_machine_interface_refs': [{
'href': vmi['href'],
'attr': None,
'uuid': vmi['uuid'],
'to': vmi['fq_name']
}]
}
}
res = controller.call(data['service_port'],
data['service_url'] +
"floating-ip/%s" % aDict['floating_ip'],
args=fip,
method='PUT')
ret['result'] = "OK" if res['code'] == 200 else "NOT_OK"
except Exception as e:
ret['result'] = 'ERROR'
ret['info'] = str(e)
return ret
def contrail_interfaces(aDict):
"""Function docstring for contrail_interfaces TBD
Args:
- token (required)
- virtual_network (required)
Output:
"""
ret = {'virtual-network': aDict['virtual_network'], 'ip_addresses': []}
with DB() as db:
db.do(
"SELECT node, service_port, service_url FROM openstack_tokens LEFT JOIN openstack_services ON openstack_tokens.id = openstack_services.id WHERE openstack_tokens.token = '%s' AND service = 'contrail'"
% (aDict['token']))
data = db.get_row()
controller = Device(data['node'], aDict['token'])
res = controller.call(
data['service_port'],
data['service_url'] + "virtual-network/%s" % aDict['virtual_network'])
vn = res['data']['virtual-network']
fqdn = vn['fq_name']
fqdn.reverse()
ret['fqdn'] = ".".join(fqdn)
ret['name'] = vn['name']
for ip in vn.get('instance_ip_back_refs', []):
iip = controller.href(ip['href'])['data']['instance-ip']
vmi = controller.href(iip['virtual_machine_interface_refs'][0]
['href'])['data']['virtual-machine-interface']
record = {
'ip_address':
iip['instance_ip_address'],
'mac_address':
vmi['virtual_machine_interface_mac_addresses']['mac_address'][0]
}
if vmi.get('virtual_machine_refs'):
record['vm_uuid'] = vmi['virtual_machine_refs'][0]['uuid']
if vmi.get('virtual_machine_interface_bindings'):
host = vmi['virtual_machine_interface_bindings']['key_value_pair']
for kvp in host:
if kvp['key'] == 'host_id':
record['vm_binding'] = kvp['value']
break
if vmi.get('logical_interface_back_refs'):
li = vmi['logical_interface_back_refs'][0]
record['logical_interface'] = li['to'][1] + "-" + li['to'][3]
record['logical_interface_uuid'] = li['uuid']
if vmi.get('virtual_machine_interface_device_owner'):
record['vm_interface_owner'] = vmi[
'virtual_machine_interface_device_owner']
ret['ip_addresses'].append(record)
return ret
def vm_networks(aDict):
"""Function docstring for vm_networks TBD
Args:
- token (required)
- vm (required)
Output:
"""
ret = {'result': 'OK', 'vm': None, 'interfaces': []}
with DB() as db:
db.do(
"node, service_port, service_url FROM openstack_tokens LEFT JOIN openstack_services ON openstack_tokens.id = openstack_services.id WHERE openstack_tokens.token = '%s' AND service = 'contrail'"
% (aDict['token']))
data = db.get_row()
controller = Device(data['node'], aDict['token'])
vm = controller.call(
data['service_port'], data['service_url'] +
"virtual-machine/%s" % aDict['vm'])['data']['virtual-machine']
ret['vm'] = vm['name']
for vmir in vm['virtual_machine_interface_back_refs']:
vmi = controller.href(
vmir['href'])['data']['virtual-machine-interface']
ip = controller.href(
vmi['instance_ip_back_refs'][0]['href'])['data']['instance-ip']
network = vmi['virtual_network_refs'][0]['to']
network.reverse()
record = {
'mac_address':
vmi['virtual_machine_interface_mac_addresses']['mac_address'][0],
'routing-instance':
vmi['routing_instance_refs'][0]['to'][3],
'network_uuid':
vmi['virtual_network_refs'][0]['uuid'],
'network_fqdn':
".".join(network),
'ip_address':
ip['instance_ip_address']
}
if vmi.get('floating_ip_back_refs'):
fip = controller.href(
vmi['floating_ip_back_refs'][0]['href'])['data']['floating-ip']
record.update({
'floating_ip_address': fip['floating_ip_address'],
'floating_ip_name': fip['fq_name'][2],
'floating_ip_uuid': fip['uuid']
})
ret['interfaces'].append(record)
return ret
def heat_instantiate(aDict):
"""Function docstring for heat_instantiate TBD
Args:
- token (required)
- template (required)
- name (required)
- parameters (required)
Output:
"""
ret = {}
args = {}
try:
with open(
ospath.abspath(
ospath.join(SC['openstack']['heat_directory'],
"%s.tmpl.json" % aDict['template']))) as f:
args = loads(f.read())
args['stack_name'] = aDict['name']
for key, value in aDict['parameters'].iteritems():
args['parameters'][key] = value
except Exception as e:
ret['info'] = str(e)
ret['result'] = 'NOT_OK'
else:
with DB() as db:
db.do(
"SELECT node, service_port, service_url FROM openstack_tokens LEFT JOIN openstack_services ON openstack_tokens.id = openstack_services.id WHERE openstack_tokens.token = '%s' AND service = 'heat'"
% (aDict['token']))
data = db.get_row()
try:
controller = Device(data['node'], aDict['token'])
ret = controller.call(data['service_port'],
data['service_url'] + "stacks", args, 'POST')
ret['result'] = 'OK'
except Exception as e:
ret = e[0]
return ret
def contrail_fqname(aDict):
"""Function docstring for fqname TBD
Args:
- token (required)
- uuid (required)
Output:
"""
with DB() as db:
db.do("SELECT node FROM openstack_tokens WHERE token = '%s'" %
aDict['token'])
data = db.get_row()
controller = Device(data['node'], aDict['token'])
try:
ret = controller.call("8082",
"id-to-fqname",
args={'uuid': aDict['uuid']},
method='POST')
ret['result'] = 'OK' if not ret.get('result') else ret.get('result')
except Exception as e:
ret = e[0]
return ret
def application(aDict):
"""Function docstring for application. Delivers the information for SDCP login to redirect to the openstack App.
Args:
- node (required)
- appformix (optional)
- name (optional)
- token (optional)
Output:
"""
from datetime import datetime, timedelta
ret = {
'title': "%s 2 Cloud" % (aDict.get('name', 'iaas')),
'choices': [],
'message':
"Welcome to the '%s' Cloud Portal" % (aDict.get('name', 'iaas')),
'portal': 'openstack'
}
try:
if aDict.get('token'):
controller = Device(SC['node'][aDict['node']], aDict.get('token'))
else:
controller = Device(SC['node'][aDict['node']], None)
res = controller.auth({
'project': SC['openstack']['project'],
'username': SC['openstack']['username'],
'password': SC['openstack']['password']
})
auth = controller.call("5000", "v3/projects")
if auth['code'] == 200:
projects = []
for project in auth['data']['projects']:
projects.append({
'name':
project['name'],
'id':
"%s_%s" % (project['id'], project['name'])
})
ret['choices'] = [{
'display': 'Customer',
'id': 'project',
'data': projects
}]
except Exception as e:
ret['exception'] = str(e)
ret['parameters'] = [{
'display': 'Username',
'id': 'username',
'data': 'text'
}, {
'display': 'Password',
'id': 'password',
'data': 'password'
}]
cookie = {
'name': aDict.get('name', 'iaas'),
'node': aDict['node'],
'portal': 'openstack'
}
if aDict.get('appformix'):
cookie['appformix'] = aDict.get('appformix')
ret['cookie'] = ",".join(["%s=%s" % (k, v) for k, v in cookie.iteritems()])
ret['expires'] = (datetime.utcnow() +
timedelta(hours=1)).strftime('%a, %d %b %Y %H:%M:%S GMT')
return ret