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#
# -------------------------------------------------------------------------
# Copyright (c) 2018 Intel Corporation Intellectual Property
# Copyright (C) 2020 Wipro Limited.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
#
# -------------------------------------------------------------------------
#
'''Secret Management Service Integration'''
from onapsmsclient import Client
import osdf.config.base as cfg_base
import osdf.config.credentials as creds
import osdf.config.loader as config_loader
from osdf.config.base import osdf_config
from osdf.logging.osdf_logging import debug_log
from osdf.utils import cipherUtils
config_spec = {
"preload_secrets": "config/preload_secrets.yaml"
}
def preload_secrets():
""" This is intended to load the secrets required for testing Application
Actual deployment will have a preload script. Make sure the config is
in sync"""
preload_config = config_loader.load_config_file(
config_spec.get("preload_secrets"))
domain = preload_config.get("domain")
config = osdf_config.deployment
sms_url = config["aaf_sms_url"]
timeout = config["aaf_sms_timeout"]
cacert = config["aaf_ca_certs"]
sms_client = Client(url=sms_url, timeout=timeout, cacert=cacert)
domain_uuid = sms_client.createDomain(domain)
debug_log.debug(
"Created domain {} with uuid {}".format(domain, domain_uuid))
secrets = preload_config.get("secrets")
for secret in secrets:
sms_client.storeSecret(domain, secret.get('name'),
secret.get('values'))
debug_log.debug("Preload secrets complete")
def retrieve_secrets():
"""Get all secrets under the domain name"""
secret_dict = dict()
config = osdf_config.deployment
sms_url = config["aaf_sms_url"]
timeout = config["aaf_sms_timeout"]
cacert = config["aaf_ca_certs"]
domain = config["secret_domain"]
sms_client = Client(url=sms_url, timeout=timeout, cacert=cacert)
secrets = sms_client.getSecretNames(domain)
for secret in secrets:
values = sms_client.getSecret(domain, secret)
secret_dict[secret] = values
debug_log.debug("Secret Dictionary Retrieval Success")
return secret_dict
def load_secrets():
config = osdf_config.deployment
secret_dict = retrieve_secrets()
config['soUsername'] = secret_dict['so']['UserName']
config['soPassword'] = decrypt_pass(secret_dict['so']['Password'])
config['conductorUsername'] = secret_dict['conductor']['UserName']
config['conductorPassword'] = decrypt_pass(secret_dict['conductor']['Password'])
config['policyPlatformUsername'] = secret_dict['policyPlatform']['UserName']
config['policyPlatformPassword'] = decrypt_pass(secret_dict['policyPlatform']['Password'])
config['policyClientUsername'] = secret_dict['policyPlatform']['UserName']
config['policyClientPassword'] = decrypt_pass(secret_dict['policyPlatform']['Password'])
config['messageReaderAafUserId'] = secret_dict['dmaap']['UserName']
config['messageReaderAafPassword'] = decrypt_pass(secret_dict['dmaap']['Password'])
config['sdcUsername'] = secret_dict['sdc']['UserName']
config['sdcPassword'] = decrypt_pass(secret_dict['sdc']['Password'])
config['osdfPlacementUsername'] = secret_dict['osdfPlacement']['UserName']
config['osdfPlacementPassword'] = decrypt_pass(secret_dict['osdfPlacement']['Password'])
config['osdfPlacementSOUsername'] = secret_dict['osdfPlacementSO']['UserName']
config['osdfPlacementSOPassword'] = decrypt_pass(secret_dict['osdfPlacementSO']['Password'])
config['osdfPlacementVFCUsername'] = secret_dict['osdfPlacementVFC']['UserName']
config['osdfPlacementVFCPassword'] = decrypt_pass(secret_dict['osdfPlacementVFC']['Password'])
config['osdfCMSchedulerUsername'] = secret_dict['osdfCMScheduler']['UserName']
config['osdfCMSchedulerPassword'] = decrypt_pass(secret_dict['osdfCMScheduler']['Password'])
config['configDbUserName'] = secret_dict['configDb']['UserName']
config['configDbPassword'] = decrypt_pass(secret_dict['configDb']['Password'])
config['pciHMSUsername'] = secret_dict['pciHMS']['UserName']
config['pciHMSPassword'] = decrypt_pass(secret_dict['pciHMS']['Password'])
config['osdfPCIOptUsername'] = secret_dict['osdfPCIOpt']['UserName']
config['osdfPCIOptPassword'] = decrypt_pass(secret_dict['osdfPCIOpt']['Password'])
cfg_base.http_basic_auth_credentials = creds.load_credentials(osdf_config)
cfg_base.dmaap_creds = creds.dmaap_creds()
def decrypt_pass(passwd):
if passwd == '' or passwd == 'NA':
return passwd
else:
return cipherUtils.AESCipher.get_instance().decrypt(passwd)
def delete_secrets():
""" This is intended to delete the secrets for a clean initialization for
testing Application. Actual deployment will have a preload script.
Make sure the config is in sync"""
config = osdf_config.deployment
sms_url = config["aaf_sms_url"]
timeout = config["aaf_sms_timeout"]
cacert = config["aaf_ca_certs"]
domain = config["secret_domain"]
sms_client = Client(url=sms_url, timeout=timeout, cacert=cacert)
ret_val = sms_client.deleteDomain(domain)
debug_log.debug("Clean up complete")
return ret_val
if __name__ == "__main__":
# Initialize Secrets from SMS
preload_secrets()
# Retrieve Secrets from SMS and load to secret cache
# Use the secret_cache instead of config files
secret_cache = retrieve_secrets()
# Clean up Delete secrets and domain
delete_secrets()
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