def axmon_domains_list():
"""
Return a list of hosted zones (domains) that the cluster has access to
Returns:
{ 'result': [list of domains] }
"""
if Cloud().target_cloud_gcp():
return jsonify([])
else:
r53client = Route53(boto3.client("route53"))
return jsonify(result=[x.name for x in r53client.list_hosted_zones()])
def __init__(self, dnsname):
if not hostname_validator(dnsname):
raise AXIllegalArgumentException("dns name {} is illegal".format(dnsname))
(self.name, _, self.domain) = dnsname.partition(".")
self.ax_meta = {}
config = Config(connect_timeout=60, read_timeout=60)
boto_client = boto3.client("route53", config=config)
client = Route53(boto_client)
self.zone = Route53HostedZone(client, self.domain)
def add_route53_entry(elb_addr):
host_mapping = os.environ.get("AX_DEPLOYMENT_HOST_MAPPING", None)
if host_mapping is None:
return
client = boto3.client('route53')
r53client = Route53(client)
(host_name, _, domain_name) = host_mapping.partition(".")
zone = Route53HostedZone(r53client, domain_name)
zone.create_alias_record(host_name, elb_addr)
logger.debug("Added a host_mapping {} for elb {}".format(host_mapping, elb_addr))
def axmon_domains_domain(domainname):
"""
Return a list of records for the domain
Returns:
{ 'result': [list of records for domain] }
"""
if Cloud().target_cloud_gcp():
return jsonify([])
else:
r53client = Route53(boto3.client("route53"))
zone = Route53HostedZone(r53client, domainname)
return jsonify(result=[x for x in zone.list_records()])
def axmon_domains_list():
"""
Return a list of hosted zones (domains) that the cluster has access to
Returns:
{ 'result': [list of domains] }
"""
cluster_config = AXClusterConfig(cluster_name_id=cluster_name_id)
if Cloud().target_cloud_gcp() or cluster_config.get_provider() == "minikube":
return jsonify([])
else:
r53client = Route53(boto3.client("route53"))
return jsonify(result=[x.name for x in r53client.list_hosted_zones()])
