+++ /dev/null
-from io import BytesIO
-import pycurl
-import json
-import pprint
-import uuid
-from prettytable import PrettyTable
-import time
-
-class OsmAPI():
- def __init__(self,host,upload_port=8443):
- if host is None:
- raise Exception('missing host specifier')
-
- self._user='admin'
- self._password='admin'
- self._host=host
- self._upload_port=upload_port
- self._url = 'https://{}/'.format(self._host)
- self._upload_url = 'https://{}:{}/'.format(self._host.split(':')[0],self._upload_port)
-
- def get_curl_cmd(self,url):
- curl_cmd = pycurl.Curl()
- curl_cmd.setopt(pycurl.HTTPGET,1)
- curl_cmd.setopt(pycurl.URL, self._url + url )
- curl_cmd.setopt(pycurl.SSL_VERIFYPEER,0)
- curl_cmd.setopt(pycurl.SSL_VERIFYHOST,0)
- curl_cmd.setopt(pycurl.USERPWD, '{}:{}'.format(self._user,self._password))
- curl_cmd.setopt(pycurl.HTTPHEADER, ['Accept: application/vnd.yand.data+json','Content-Type": "application/vnd.yang.data+json'])
- return curl_cmd
-
- def get_curl_upload_cmd(self,filename):
- curl_cmd = pycurl.Curl()
- curl_cmd.setopt(pycurl.HTTPPOST,[(('package',(pycurl.FORM_FILE,filename)))])
- curl_cmd.setopt(pycurl.URL, self._upload_url + 'composer/upload?api_server=https://localhost&upload_server=https://' + self._host.split(':')[0])
- curl_cmd.setopt(pycurl.SSL_VERIFYPEER,0)
- curl_cmd.setopt(pycurl.SSL_VERIFYHOST,0)
- curl_cmd.setopt(pycurl.USERPWD, '{}:{}'.format(self._user,self._password))
- return curl_cmd
-
- def get_ns_opdata(self,id):
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('api/operational/ns-instance-opdata/nsr/{}?deep'.format(id))
- curl_cmd.setopt(pycurl.HTTPGET,1)
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
- curl_cmd.perform()
- curl_cmd.close()
- if data.getvalue():
- return json.loads(data.getvalue().decode())
- return None
-
- def get_ns_catalog(self):
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('api/running/nsd-catalog/nsd')
- curl_cmd.setopt(pycurl.HTTPGET,1)
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
- curl_cmd.perform()
- curl_cmd.close()
- if data.getvalue():
- resp = json.loads(data.getvalue().decode())
- return resp
- return {'nsd:nsd': []}
-
- def get_config_agents(self):
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('api/config/config-agent')
- curl_cmd.setopt(pycurl.HTTPGET,1)
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
- curl_cmd.perform()
- curl_cmd.close()
- if data.getvalue():
- resp = json.loads(data.getvalue().decode())
- if 'rw-config-agent:config-agent' in resp:
- return resp['rw-config-agent:config-agent']['account']
- return list()
-
- def delete_config_agent(self,name):
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('api/config/config-agent/account/'+name)
- curl_cmd.setopt(pycurl.CUSTOMREQUEST, "DELETE")
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
- curl_cmd.perform()
- curl_cmd.close()
- resp = json.loads(data.getvalue().decode())
- pprint.pprint(resp)
-
- def add_config_agent(self,name,account_type,server,user,secret):
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('api/config/config-agent')
- curl_cmd.setopt(pycurl.POST,1)
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
-
- postdata={}
- postdata['account'] = list()
-
- account={}
- account['name'] = name
- account['account-type'] = account_type
- account['juju'] = {}
- account['juju']['user'] = user
- account['juju']['secret'] = secret
- account['juju']['ip-address'] = server
- postdata['account'].append(account)
-
- jsondata=json.dumps(postdata)
- curl_cmd.setopt(pycurl.POSTFIELDS,jsondata)
- curl_cmd.perform()
- curl_cmd.close()
- resp = json.loads(data.getvalue().decode())
- pprint.pprint(resp)
-
- def get_ns_instance_list(self):
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('api/running/ns-instance-config')
- curl_cmd.setopt(pycurl.HTTPGET,1)
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
- curl_cmd.perform()
- curl_cmd.close()
- resp = json.loads(data.getvalue().decode())
- return resp['nsr:ns-instance-config']
-
- def get_vnf_catalog(self):
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('api/running/vnfd-catalog/vnfd')
- curl_cmd.setopt(pycurl.HTTPGET,1)
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
- curl_cmd.perform()
- curl_cmd.close()
- if data.getvalue():
- resp = json.loads(data.getvalue().decode())
- return resp
- return {'vnfd:vnfd': []}
-
- def get_vcs_info(self):
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('api/operational/vcs/info')
- curl_cmd.setopt(pycurl.HTTPGET,1)
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
- curl_cmd.perform()
- curl_cmd.close()
- if data.getvalue():
- resp = json.loads(data.getvalue().decode())
- return resp['rw-base:info']['components']['component_info']
- return list()
-
- def get_vnfr_catalog(self):
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('v1/api/operational/vnfr-catalog/vnfr')
- curl_cmd.setopt(pycurl.HTTPGET,1)
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
- curl_cmd.perform()
- curl_cmd.close()
- if data.getvalue():
- resp = json.loads(data.getvalue().decode())
- return resp
- return None
-
- def get_vnf(self,vnf_name):
- vnfs=self.get_vnfr_catalog()
- for vnf in vnfs['vnfr:vnfr']:
- if vnf_name == vnf['name']:
- return vnf
- return None
-
- def get_vnf_monitoring(self,vnf_name):
- vnf=self.get_vnf(vnf_name)
- if vnf is not None:
- if 'monitoring-param' in vnf:
- return vnf['monitoring-param']
- return None
-
- def get_ns_monitoring(self,ns_name):
- ns=self.get_ns(ns_name)
- if ns is None:
- raise Exception('cannot find ns {}'.format(ns_name))
-
- vnfs=self.get_vnfr_catalog()
- if vnfs is None:
- return None
- mon_list={}
- for vnf in vnfs['vnfr:vnfr']:
- if ns['id'] == vnf['nsr-id-ref']:
- if 'monitoring-param' in vnf:
- mon_list[vnf['name']] = vnf['monitoring-param']
-
- return mon_list
-
- def list_key_pair(self):
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('v1/api/config/key-pair?deep')
- curl_cmd.setopt(pycurl.HTTPGET,1)
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
- curl_cmd.perform()
- curl_cmd.close()
- resp = json.loads(data.getvalue().decode())
- if 'nsr:key-pair' in resp:
- return resp['nsr:key-pair']
- return list()
-
- def list_ns_catalog(self):
- resp = self.get_ns_catalog()
- table=PrettyTable(['nsd name','id'])
- for ns in resp['nsd:nsd']:
- table.add_row([ns['name'],ns['id']])
- table.align='l'
- print(table)
-
- def list_ns_instance(self):
- resp = self.get_ns_instance_list()
- table=PrettyTable(['ns instance name','id','catalog name','operational status','config status'])
- if 'nsr' in resp:
- for ns in resp['nsr']:
- nsopdata=self.get_ns_opdata(ns['id'])
- nsr=nsopdata['nsr:nsr']
- table.add_row([nsr['name-ref'],nsr['ns-instance-config-ref'],nsr['nsd-name-ref'],nsr['operational-status'],nsr['config-status']])
- table.align='l'
- print(table)
-
- def get_nsd(self,name):
- resp = self.get_ns_catalog()
- for ns in resp['nsd:nsd']:
- if name == ns['name']:
- return ns
- return None
-
- def get_vnfd(self,name):
- resp = self.get_vnf_catalog()
- for vnf in resp['vnfd:vnfd']:
- if name == vnf['name']:
- return vnf
- return None
-
- def get_ns(self,name):
- resp=self.get_ns_instance_list()
- for ns in resp['nsr']:
- if name == ns['name']:
- return ns
- return None
-
- def instantiate_ns(self,nsd_name,nsr_name,account,vim_network_prefix=None,ssh_keys=None,description='default description',admin_status='ENABLED'):
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('api/config/ns-instance-config/nsr')
- curl_cmd.setopt(pycurl.POST,1)
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
-
- postdata={}
- postdata['nsr'] = list()
- nsr={}
- nsr['id']=str(uuid.uuid1())
-
- nsd=self.get_nsd(nsd_name)
- if nsd is None:
- raise Exception('cannot find nsd {}'.format(nsd_name))
-
- datacenter=self.get_datacenter(account)
- if datacenter is None:
- raise Exception('cannot find datacenter account {}'.format(account))
-
- nsr['nsd']=nsd
- nsr['name']=nsr_name
- nsr['short-name']=nsr_name
- nsr['description']=description
- nsr['admin-status']=admin_status
- nsr['om-datacenter']=datacenter['uuid']
-
- if ssh_keys is not None:
- # ssh_keys is comma separate list
- ssh_keys_format=[]
- for key in ssh_keys.split(','):
- ssh_keys_format.append({'key-pair-ref':key})
-
- nsr['ssh-authorized-key']=ssh_keys_format
-
- if vim_network_prefix is not None:
- for index,vld in enumerate(nsr['nsd']['vld']):
- network_name = vld['name']
- nsr['nsd']['vld'][index]['vim-network-name'] = '{}-{}'.format(vim_network_prefix,network_name)
-
- postdata['nsr'].append(nsr)
- jsondata=json.dumps(postdata)
- curl_cmd.setopt(pycurl.POSTFIELDS,jsondata)
- curl_cmd.perform()
- curl_cmd.close()
- resp = json.loads(data.getvalue().decode())
- pprint.pprint(resp)
-
- def delete_nsd(self,nsd_name):
- nsd=self.get_nsd(nsd_name)
- if nsd is None:
- raise Exception('cannot find nsd {}'.format(nsd_name))
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('api/running/nsd-catalog/nsd/'+nsd['id'])
- curl_cmd.setopt(pycurl.CUSTOMREQUEST, "DELETE")
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
- curl_cmd.perform()
- curl_cmd.close()
- resp = json.loads(data.getvalue().decode())
- pprint.pprint(resp)
-
- def delete_vnfd(self,vnfd_name):
- vnfd=self.get_vnfd(vnfd_name)
- if vnfd is None:
- raise Exception('cannot find vnfd {}'.format(vnfd_name))
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('api/running/vnfd-catalog/vnfd/'+vnfd['id'])
- curl_cmd.setopt(pycurl.CUSTOMREQUEST, "DELETE")
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
- curl_cmd.perform()
- curl_cmd.close()
- resp = json.loads(data.getvalue().decode())
- pprint.pprint(resp)
-
- def terminate_ns(self,ns_name):
- ns=self.get_ns(ns_name)
- if ns is None:
- raise Exception('cannot find ns {}'.format(ns_name))
-
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('api/config/ns-instance-config/nsr/'+ns['id'])
- curl_cmd.setopt(pycurl.CUSTOMREQUEST, "DELETE")
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
- curl_cmd.perform()
- curl_cmd.close()
- resp = json.loads(data.getvalue().decode())
- pprint.pprint(resp)
-
- def upload_package(self,filename):
- data = BytesIO()
- curl_cmd=self.get_curl_upload_cmd(filename)
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
- curl_cmd.perform()
- curl_cmd.close()
- resp = json.loads(data.getvalue().decode())
- pprint.pprint(resp)
-
- def add_vim_account(self,name,user_name,secret,auth_url,tenant,mgmt_network,float_ip_pool,account_type='openstack'):
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('api/config/cloud')
- curl_cmd.setopt(pycurl.POST,1)
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
- vim_account={}
- vim_account['account']={}
-
- vim_account['account']['name'] = name
- vim_account['account']['account-type'] = account_type
- vim_account['account'][account_type] = {}
- vim_account['account'][account_type]['key'] = user_name
- vim_account['account'][account_type]['secret'] = secret
- vim_account['account'][account_type]['auth_url'] = auth_url
- vim_account['account'][account_type]['tenant'] = tenant
- vim_account['account'][account_type]['mgmt-network'] = mgmt_network
- vim_account['account'][account_type]['floating-ip-pool'] = float_ip_pool
-
- jsondata=json.dumps(vim_account)
- curl_cmd.setopt(pycurl.POSTFIELDS,jsondata)
- curl_cmd.perform()
- curl_cmd.close()
- resp = json.loads(data.getvalue().decode())
- pprint.pprint(resp)
-
- def list_vim_accounts(self):
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('v1/api/operational/datacenters')
- curl_cmd.setopt(pycurl.HTTPGET,1)
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
- curl_cmd.perform()
- curl_cmd.close()
- resp = json.loads(data.getvalue().decode())
- datacenters=resp['rw-launchpad:datacenters']
- if 'ro-accounts' in datacenters:
- return datacenters['ro-accounts']
- return list()
-
- def get_datacenter(self,name):
- data = BytesIO()
- curl_cmd=self.get_curl_cmd('v1/api/operational/datacenters')
- curl_cmd.setopt(pycurl.HTTPGET,1)
- curl_cmd.setopt(pycurl.WRITEFUNCTION, data.write)
- curl_cmd.perform()
- curl_cmd.close()
- resp = json.loads(data.getvalue().decode())
- datacenters=resp['rw-launchpad:datacenters']
- if 'ro-accounts' in datacenters:
- for roaccount in datacenters['ro-accounts']:
- if not 'datacenters' in roaccount:
- continue
- for datacenter in roaccount['datacenters']:
- if datacenter['name'] == name:
- return datacenter
- return None
-
- def show_ns(self,ns_name):
- resp = self.get_ns_instance_list()
- table=PrettyTable(['attribute','value'])
-
- if 'nsr' in resp:
- for ns in resp['nsr']:
- if ns_name == ns['name']:
- # dump ns config
- for k,v in ns.items():
- table.add_row([k,json.dumps(v,indent=2)])
-
- nsopdata=self.get_ns_opdata(ns['id'])
- nsr_optdata=nsopdata['nsr:nsr']
- for k,v in nsr_optdata.items():
- table.add_row([k,json.dumps(v,indent=2)])
- table.align='l'
- print(table)
-
- def show_ns_scaling(self,ns_name):
- resp = self.get_ns_instance_list()
-
- table=PrettyTable(['instance-id','operational status','create-time','vnfr ids'])
-
- if 'nsr' in resp:
- for ns in resp['nsr']:
- if ns_name == ns['name']:
- nsopdata=self.get_ns_opdata(ns['id'])
- scaling_records=nsopdata['nsr:nsr']['scaling-group-record']
- for record in scaling_records:
- if 'instance' in record:
- instances=record['instance']
- for inst in instances:
- table.add_row([inst['instance-id'],inst['op-status'],time.strftime('%Y-%m-%d %H:%M:%S',time.localtime(inst['create-time'])),inst['vnfrs']])
- table.align='l'
- print(table)
-
- def list_vnfr(self):
- return self.get_vnfr_catalog()
-
- def list_vnf_catalog(self):
- resp = self.get_vnf_catalog()
- table=PrettyTable(['vnfd name','id'])
- for ns in resp['vnfd:vnfd']:
- table.add_row([ns['name'],ns['id']])
- table.align='l'
- print(table)
projects / osm / UI.git / blobdiff