+# org.onap.ccsdk
+# ============LICENSE_START====================================================
+# =============================================================================
+# Copyright (c) 2017-2018 AT&T Intellectual Property. All rights reserved.
+# =============================================================================
+# 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.
+# ============LICENSE_END======================================================
+
from cloudify import ctx
from cloudify.decorators import operation
from cloudify.exceptions import NonRecoverableError
from cloudify.exceptions import RecoverableError
+from logginginterface import *
+
import os
import re
import json
pgaas_cluster:
type: dcae.nodes.pgaas.cluster
properties:
- writerfqdn: { concat: [ { get_input: location_prefix }, '-', { get_input: pgaas_cluster_name }, '-write.', { get_input: location_domain } ] }
- readerfqdn: { concat: [ { get_input: location_prefix }, '-', { get_input: pgaas_cluster_name }, '.', { get_input: location_domain } ] }
+ writerfqdn: { get_input: k8s_pgaas_instance_fqdn }
+ readerfqdn: { get_input: k8s_pgaas_instance_fqdn }
+ # OR:
+ # writerfqdn: { concat: [ { get_input: location_prefix }, '-', { get_input: pgaas_cluster_name }, '-write.', { get_input: location_domain } ] }
+ # readerfqdn: { concat: [ { get_input: location_prefix }, '-', { get_input: pgaas_cluster_name }, '.', { get_input: location_domain } ] }
relationships:
- type: dcae.relationships.pgaas_cluster_uses_sshkeypair
target: sharedsshkey_pgrs
pgaas_cluster:
type: dcae.nodes.pgaas.cluster
properties:
- writerfqdn: { concat: [ { get_input: location_prefix }, '-', { get_input: pgaas_cluster_name }, '-write.', { get_input: location_domain } ] }
- # or: writerfqdn: { get_property: [ dns_pgrs_rw, fqdn ] }
+ writerfqdn: { get_input: k8s_pgaas_instance_fqdn }
+ # OR: writerfqdn: { concat: [ { get_input: location_prefix }, '-', { get_input: pgaas_cluster_name }, '-write.', { get_input: location_domain } ] }
+ # OR: writerfqdn: { get_property: [ dns_pgrs_rw, fqdn ] }
use_existing: true
+ To initialize an existing server to be managed by pgaas_plugin::
+ - https://$NEXUS/repository/raw/type_files/sshkeyshare/sshkey_types.yaml
+ - https://$NEXUS/repository/raw/type_files/pgaas_types.yaml
+ pgaas_cluster:
+ type: dcae.nodes.pgaas.cluster
+ properties:
+ writerfqdn: { get_input: k8s_pgaas_instance_fqdn }
+ readerfqdn: { get_input: k8s_pgaas_instance_fqdn }
+ # OR:
+ # writerfqdn: { concat: [ { get_input: location_prefix }, '-', { get_input: pgaas_cluster_name }, '-write.', { get_input: location_domain } ] }
+ # readerfqdn: { concat: [ { get_input: location_prefix }, '-', { get_input: pgaas_cluster_name }, '.', { get_input: location_domain } ] }
+ initialpassword: { get_input: currentpassword }
+ relationships:
+ - type: dcae.relationships.pgaas_cluster_uses_sshkeypair
+ target: sharedsshkey_pgrs
+
- { get_attribute: [ pgaas_cluster, public ] }
- { get_attribute: [ pgaas_cluster, base64private ] }
+ # - { get_attribute: [ pgaas_cluster, postgrespswd ] }
To set up a database:
pgaasdbtest:
type: dcae.nodes.pgaas.database
properties:
- writerfqdn: { concat: [ { get_input: location_prefix }, '-', { get_input: database_cluster_name }, '-write.', { get_input: location_domain } ] }
+ writerfqdn: { get_input: k8s_pgaas_instance_fqdn }
+ # OR: writerfqdn: { concat: [ { get_input: location_prefix }, '-', { get_input: pgaas_cluster_name }, '-write.', { get_input: location_domain } ] }
+ # OR: writerfqdn: { get_property: [ dns_pgrs_rw, fqdn ] }
name: { get_input: database_name }
To reference an existing database:
$CLUSTER_$DBNAME:
type: dcae.nodes.pgaas.database
properties:
- writerfqdn: { concat: [ { get_input: location_prefix }, '-', { get_input: database_cluster_name }, '-write.', { get_input: location_domain } ] }
+ writerfqdn: { get_input: k8s_pgaas_instance_fqdn }
+ # OR: writerfqdn: { concat: [ { get_input: location_prefix }, '-', { get_input: pgaas_cluster_name }, '-write.', { get_input: location_domain } ] }
+ # OR: writerfqdn: { get_property: [ dns_pgrs_rw, fqdn ] }
name: { get_input: database_name }
use_existing: true
def safestr(s):
return urllib.quote(str(s), '')
-def debug(msg):
- """
- Print a debugging message.
- This is a handy endpoint to add other extended debugging calls.
- """
- ctx.logger.info(msg)
-
-def warn(msg):
- """
- Print a warning message.
- This is a handy endpoint to add other extended warning calls.
- """
- ctx.logger.warn(msg)
-
-def info(msg):
- """
- Print a info message.
- This is a handy endpoint to add other extended info calls.
- """
- ctx.logger.info(msg)
-
def raiseRecoverableError(msg):
"""
Print a warning message and raise a RecoverableError exception.
This is a handy endpoint to add other extended debugging calls.
"""
- ctx.logger.warn(msg)
+ warn(msg)
raise RecoverableError(msg)
def raiseNonRecoverableError(msg):
Print an error message and raise a NonRecoverableError exception.
This is a handy endpoint to add other extended debugging calls.
"""
- ctx.logger.error(msg)
+ error(msg)
raise NonRecoverableError(msg)
+def dbexecute(crx, cmd, args=None):
+ debug("executing {}".format(cmd))
+ crx.execute(cmd, args)
def waithp(host, port):
"""
debug("waithp({0},{1})".format(safestr(host),safestr(port)))
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
try:
- sock.connect((host, port))
+ sock.connect((host, int(port)))
except:
a, b, c = sys.exc_info()
traceback.print_exception(a, b, c)
"""
open an SQL connection to the PG server
"""
- debug("doconn()")
+ debug("doconn({},{},{})".format(desc['host'], desc['user'],desc['database']))
+ # debug("doconn({},{},{},{})".format(desc['host'], desc['user'],desc['database'],desc['password']))
ret = psycopg2.connect(**desc)
ret.autocommit = True
return ret
-def rootdesc(data, dbname):
+def hostportion(hostport):
+ """
+ return the host portion of a fqdn:port or IPv4:port or [IPv6]:port
+ """
+ ipv4re = re.match(r"^([^:]+)(:(\d+))?", hostport)
+ ipv6re = re.match(r"^[[]([^]]+)[]](:(\d+))?", hostport)
+ if ipv4re:
+ return ipv4re.group(1)
+ if ipv6re:
+ return ipv6re.group(1)
+ raiseNonRecoverableError("invalid hostport: {}".format(hostport))
+
+def portportion(hostport):
+ """
+ Return the port portion of a fqdn:port or IPv4:port or [IPv6]:port.
+ If port is not present, return 5432.
+ """
+ ipv6re = re.match(r"^[[]([^]]+)[]](:(\d+))?", hostport)
+ ipv4re = re.match(r"^([^:]+)(:(\d+))?", hostport)
+ if ipv4re:
+ return ipv4re.group(3) if ipv4re.group(3) else '5432'
+ if ipv6re:
+ return ipv6re.group(3) if ipv6re.group(3) else '5432'
+ raiseNonRecoverableError("invalid hostport: {}".format(hostport))
+
+def rootdesc(data, dbname, initialpassword=None):
"""
return the postgres connection information
"""
debug("rootdesc(..data..,{0})".format(safestr(dbname)))
return {
'database': dbname,
- 'host': data['rw'],
+ 'host': hostportion(data['rw']),
+ 'port': portportion(data['rw']),
'user': 'postgres',
- 'password': getpass(data, 'postgres')
+ 'password': initialpassword if initialpassword else getpass(data, 'postgres')
}
-def rootconn(data, dbname='postgres'):
+def rootconn(data, dbname='postgres', initialpassword=None):
"""
connect to a given server as postgres,
connecting to the specified database
"""
debug("rootconn(..data..,{0})".format(safestr(dbname)))
- ret = doconn(rootdesc(data, dbname))
+ ret = doconn(rootdesc(data, dbname, initialpassword))
return ret
def onedesc(data, dbname, role, access):
user = '{0}_{1}'.format(dbname, role)
return {
'database': dbname,
- 'host': data[access],
+ 'host': hostportion(data[access]),
+ 'port': portportion(data[access]),
'user': user,
'password': getpass(data, user)
}
"""
generate the password for a given user on a specific server
"""
- m = hashlib.md5()
+ m = hashlib.sha256()
m.update(ident)
m.update(base64.b64decode(data['data']))
return m.hexdigest()
"""
verify that a FQDN is valid
"""
- return re.match('^[a-zA-Z0-9_-]+(\\.[a-zA-Z0-9_-]+)+$', fqdn) is not None
+ hp = hostportion(fqdn)
+ pp = portportion(fqdn)
+ # TODO need to augment this for IPv6 addresses
+ return re.match('^[a-zA-Z0-9_-]+(\\.[a-zA-Z0-9_-]+)+$', hp) is not None
def chkdbname(dbname):
"""
if not ret: warn("Invalid dbname: {0}".format(safestr(dbname)))
return ret
-def getclusterinfo(wfqdn, reuse, rfqdn, related):
+def getclusterinfo(wfqdn, reuse, rfqdn, initialpassword, related):
"""
Retrieve all of the information specific to a cluster.
if reuse, retrieve it
else create and store it
"""
- debug("getclusterinfo({0}, {1}, {2},..related..)".format(safestr(wfqdn), safestr(reuse), safestr(rfqdn)))
+ debug("getclusterinfo({}, {}, {}, {}, ..related..)".format(safestr(wfqdn), safestr(reuse), safestr(rfqdn), safestr(initialpassword)))
if not chkfqdn(wfqdn):
raiseNonRecoverableError('Invalid FQDN specified for admin/read-write access, fqdn={0}'.format(safestr(wfqdn)))
if reuse:
raiseNonRecoverableError('Invalid FQDN specified for read-only access, fqdn={0}'.format(safestr(rfqdn)))
if len(related) != 1:
raiseNonRecoverableError('Cluster SSH keypair must be specified using a dcae.relationships.pgaas_cluster_uses_sshkeypair relationship to a dcae.nodes.sshkeypair node')
- data = { 'ro': rfqdn, 'pubkey': related[0].instance.runtime_properties['public'], 'data': related[0].instance.runtime_properties['base64private'] }
+ data = { 'ro': rfqdn, 'pubkey': related[0].instance.runtime_properties['public'], 'data': related[0].instance.runtime_properties['base64private'], 'hash': 'sha256' }
os.umask(077)
try:
os.makedirs('{0}/pgaas'.format(OPT_MANAGER_RESOURCES))
warn("Stack: {0}".format(traceback.format_exc()))
raiseNonRecoverableError('Cannot write cluster information to {0}/pgaas: fqdn={1}, err={2}'.format(OPT_MANAGER_RESOURCES, safestr(wfqdn),e))
data['rw'] = wfqdn
+ if initialpassword:
+ with rootconn(data, initialpassword=initialpassword) as conn:
+ crr = conn.cursor()
+ dbexecute(crr, "ALTER USER postgres WITH PASSWORD %s", (getpass(data, 'postgres'),))
+ crr.close()
return(data)
-
@operation
def add_pgaas_cluster(**kwargs):
"""
try:
warn("add_pgaas_cluster() invoked")
- data = getclusterinfo(ctx.node.properties['writerfqdn'], ctx.node.properties['use_existing'], ctx.node.properties['readerfqdn'], find_related_nodes('dcae.relationships.pgaas_cluster_uses_sshkeypair'))
+ data = getclusterinfo(ctx.node.properties['writerfqdn'],
+ ctx.node.properties['use_existing'],
+ ctx.node.properties['readerfqdn'],
+ ctx.node.properties['initialpassword'],
+ find_related_nodes('dcae.relationships.pgaas_cluster_uses_sshkeypair'))
ctx.instance.runtime_properties['public'] = data['pubkey']
ctx.instance.runtime_properties['base64private'] = data['data']
+ # ctx.instance.runtime_properties['postgrespswd'] = getpass(data, 'postgres')
warn('All done')
except Exception as e:
ctx.logger.warn("Error: {0}".format(e))
wfqdn = related[0].node.properties['writerfqdn']
if not chkfqdn(wfqdn):
raiseNonRecoverableError('Invalid FQDN specified for admin/read-write access, fqdn={0}'.format(safestr(wfqdn)))
- ret = getclusterinfo(wfqdn, True, '', [])
- waithp(wfqdn, 5432)
+ ret = getclusterinfo(wfqdn, True, '', '', [])
+ waithp(hostportion(wfqdn), portportion(wfqdn))
return ret
@operation
ctx.instance.runtime_properties['viewer'] = descs['viewer']
with rootconn(info) as conn:
crx = conn.cursor()
- crx.execute('SELECT datname FROM pg_database WHERE datistemplate = false')
+ dbexecute(crx,'SELECT datname FROM pg_database WHERE datistemplate = false')
existingdbs = [ x[0] for x in crx ]
if ctx.node.properties['use_existing']:
if dbname not in existingdbs:
raiseNonRecoverableError('use_existing specified but database does not exist, dbname={0}'.format(safestr(dbname)))
return
- crx.execute('SELECT rolname FROM pg_roles')
+ dbexecute(crx,'SELECT rolname FROM pg_roles')
existingroles = [ x[0] for x in crx ]
admu = descs['admin']['user']
usru = descs['user']['user']
cvwr = '{0}_common_viewer_role'.format(dbname)
schm = '{0}_db_common'.format(dbname)
if admu not in existingroles:
- crx.execute('CREATE USER {0} WITH PASSWORD %s'.format(admu), (descs['admin']['password'],))
+ dbexecute(crx,'CREATE USER {0} WITH PASSWORD %s'.format(admu), (descs['admin']['password'],))
if usru not in existingroles:
- crx.execute('CREATE USER {0} WITH PASSWORD %s'.format(usru), (descs['user']['password'],))
+ dbexecute(crx,'CREATE USER {0} WITH PASSWORD %s'.format(usru), (descs['user']['password'],))
if vwru not in existingroles:
- crx.execute('CREATE USER {0} WITH PASSWORD %s'.format(vwru), (descs['viewer']['password'],))
+ dbexecute(crx,'CREATE USER {0} WITH PASSWORD %s'.format(vwru), (descs['viewer']['password'],))
if cusr not in existingroles:
- crx.execute('CREATE ROLE {0}'.format(cusr))
+ dbexecute(crx,'CREATE ROLE {0}'.format(cusr))
if cvwr not in existingroles:
- crx.execute('CREATE ROLE {0}'.format(cvwr))
+ dbexecute(crx,'CREATE ROLE {0}'.format(cvwr))
if dbname not in existingdbs:
- crx.execute('CREATE DATABASE {0} WITH OWNER {1}'.format(dbname, admu))
+ dbexecute(crx,'CREATE DATABASE {0} WITH OWNER {1}'.format(dbname, admu))
crx.close()
with rootconn(info, dbname) as dbconn:
crz = dbconn.cursor()
for r in [ cusr, cvwr, usru, vwru ]:
- crz.execute('REVOKE ALL ON DATABASE {0} FROM {1}'.format(dbname, r))
- crz.execute('GRANT {0} TO {1}'.format(cvwr, cusr))
- crz.execute('GRANT {0} TO {1}'.format(cusr, admu))
- crz.execute('GRANT CONNECT ON DATABASE {0} TO {1}'.format(dbname, cvwr))
- crz.execute('CREATE SCHEMA IF NOT EXISTS {0} AUTHORIZATION {1}'.format(schm, admu))
+ dbexecute(crz,'REVOKE ALL ON DATABASE {0} FROM {1}'.format(dbname, r))
+ dbexecute(crz,'GRANT {0} TO {1}'.format(cvwr, cusr))
+ dbexecute(crz,'GRANT {0} TO {1}'.format(cusr, admu))
+ dbexecute(crz,'GRANT CONNECT ON DATABASE {0} TO {1}'.format(dbname, cvwr))
+ dbexecute(crz,'CREATE SCHEMA IF NOT EXISTS {0} AUTHORIZATION {1}'.format(schm, admu))
for r in [ admu, cusr, cvwr, usru, vwru ]:
- crz.execute('ALTER ROLE {0} IN DATABASE {1} SET search_path = public, {2}'.format(r, dbname, schm))
- crz.execute('GRANT USAGE ON SCHEMA {0} to {1}'.format(schm, cvwr))
- crz.execute('GRANT CREATE ON SCHEMA {0} to {1}'.format(schm, admu))
- crz.execute('ALTER DEFAULT PRIVILEGES FOR ROLE {0} GRANT SELECT ON TABLES TO {1}'.format(admu, cvwr))
- crz.execute('ALTER DEFAULT PRIVILEGES FOR ROLE {0} GRANT INSERT, UPDATE, DELETE, TRUNCATE ON TABLES TO {1}'.format(admu, cusr))
- crz.execute('ALTER DEFAULT PRIVILEGES FOR ROLE {0} GRANT USAGE, SELECT, UPDATE ON SEQUENCES TO {1}'.format(admu, cusr))
- crz.execute('GRANT TEMP ON DATABASE {0} TO {1}'.format(dbname, cusr))
- crz.execute('GRANT {0} to {1}'.format(cusr, usru))
- crz.execute('GRANT {0} to {1}'.format(cvwr, vwru))
+ dbexecute(crz,'ALTER ROLE {0} IN DATABASE {1} SET search_path = public, {2}'.format(r, dbname, schm))
+ dbexecute(crz,'GRANT USAGE ON SCHEMA {0} to {1}'.format(schm, cvwr))
+ dbexecute(crz,'GRANT CREATE ON SCHEMA {0} to {1}'.format(schm, admu))
+ dbexecute(crz,'ALTER DEFAULT PRIVILEGES FOR ROLE {0} GRANT SELECT ON TABLES TO {1}'.format(admu, cvwr))
+ dbexecute(crz,'ALTER DEFAULT PRIVILEGES FOR ROLE {0} GRANT INSERT, UPDATE, DELETE, TRUNCATE ON TABLES TO {1}'.format(admu, cusr))
+ dbexecute(crz,'ALTER DEFAULT PRIVILEGES FOR ROLE {0} GRANT USAGE, SELECT, UPDATE ON SEQUENCES TO {1}'.format(admu, cusr))
+ dbexecute(crz,'GRANT TEMP ON DATABASE {0} TO {1}'.format(dbname, cusr))
+ dbexecute(crz,'GRANT {0} to {1}'.format(cusr, usru))
+ dbexecute(crz,'GRANT {0} to {1}'.format(cvwr, vwru))
crz.close()
warn('All done')
except Exception as e:
vwru = ctx.instance.runtime_properties['viewer']['user']
cusr = '{0}_common_user_role'.format(dbname)
cvwr = '{0}_common_viewer_role'.format(dbname)
- crx.execute('DROP DATABASE IF EXISTS {0}'.format(dbname))
+ dbexecute(crx,'DROP DATABASE IF EXISTS {0}'.format(dbname))
for r in [ usru, vwru, admu, cusr, cvwr ]:
- crx.execute('DROP ROLE IF EXISTS {0}'.format(r))
+ dbexecute(crx,'DROP ROLE IF EXISTS {0}'.format(r))
warn('All gone')
except Exception as e:
ctx.logger.warn("Error: {0}".format(e))
Code Review / ccsdk / platform / plugins.git / commitdiff