def execute(self, server, cmd_data_json):
if (
"name" not in cmd_data_json or
"new_name" not in cmd_data_json):
return self._CREATE_FAIL_RESPONSE(
'SVM rename request must have '
+ 'name and new_name defined, got: '
+ str(cmd_data_json))
name = cmd_data_json['name']
new_name = cmd_data_json['new_name']
cmd = "vserver-rename"
call = NaElement(cmd)
call.child_add_string("vserver-name", name)
call.child_add_string("new-name", new_name)
resp, err_resp = self._INVOKE_CHECK(
server, call,
cmd + ": " + name + ' --> ' + new_name)
#LOGGER.debug(resp.sprintf())
if err_resp:
return err_resp
return self._CREATE_EMPTY_RESPONSE(True, "")
def svm_execute(self, svm, cmd_data_json):
if (
"name" not in cmd_data_json):
return self._CREATE_FAIL_RESPONSE(
'volume [' + self._get_simple_cmd()
+ '] request must have name '
+ 'defined, got: '
+ str(cmd_data_json))
name = cmd_data_json['name']
cmd = "volume-" + self._get_simple_cmd()
call = NaElement(cmd)
call.child_add_string("name", name)
resp, err_resp = self._INVOKE_CHECK(
svm, call,
cmd + ": " + name)
#LOGGER.debug(resp.sprintf())
if err_resp:
return err_resp
return self._CREATE_EMPTY_RESPONSE(True, "")
def execute(self, server, cmd_data_json):
if ("name" not in cmd_data_json or "ipspace" not in cmd_data_json
or ("subnet" not in cmd_data_json
and "gateway" not in cmd_data_json)):
return self._CREATE_FAIL_RESPONSE(
"subnet modify must" + " have name, ipspace and either" +
" gateway or subnet defined" + ", got: " + str(cmd_data_json))
name = cmd_data_json["name"]
ipspace = cmd_data_json["ipspace"]
cmd = "net-subnet-modify"
call = NaElement(cmd)
call.child_add_string("subnet-name", name)
call.child_add_string("ipspace", ipspace)
if "gateway" in cmd_data_json:
call.child_add_string("gateway", cmd_data_json["gateway"])
if "subnet" in cmd_data_json:
call.child_add_string("subnet", cmd_data_json["subnet"])
_, err_resp = self._INVOKE_CHECK(
server, call,
cmd + ": " + name + " [" + ipspace + "] <-- " + str(cmd_data_json))
if err_resp:
return err_resp
# LOGGER.debug(resp.sprintf())
return self._CREATE_EMPTY_RESPONSE(True, "")
def execute(self, server, cmd_data_json):
if ("node" not in cmd_data_json or "name" not in cmd_data_json
or "mode" not in cmd_data_json or "dist" not in cmd_data_json):
return self._CREATE_FAIL_RESPONSE(
"port group create commands must" + " have node, name, mode" +
" and distribution defined" + ", got: " + str(cmd_data_json))
node = cmd_data_json["node"]
name = cmd_data_json["name"]
mode = cmd_data_json["mode"]
dist = cmd_data_json["dist"]
cmd = "net-port-ifgrp-create"
call = NaElement(cmd)
call.child_add_string("distribution-function", dist)
call.child_add_string("ifgrp-name", name)
call.child_add_string("mode", mode)
call.child_add_string("node", node)
call.child_add_string("return-record", False)
resp, err_resp = self._INVOKE_CHECK(
server, call, cmd + ": " + node + " [" + name + "]")
if err_resp:
return err_resp
#LOGGER.debug(resp.sprintf())
return self._CREATE_EMPTY_RESPONSE(True, "")
def execute(self, server, cmd_data_json):
call = NaElement("system-get-ontapi-version")
resp, err_resp = self._INVOKE_CHECK(server, call,
"system-get-ontapi-version")
if err_resp:
return err_resp
majvnum = resp.child_get_int('major-version')
minvnum = resp.child_get_int('minor-version')
LOGGER.debug("ONTAPI v %d.%d" % (majvnum, minvnum))
call = NaElement("system-get-version")
resp, err_resp = self._INVOKE_CHECK(server, call, "system-get-version")
if err_resp:
return err_resp
os_version = resp.child_get_string('version')
LOGGER.debug("OS Version: %s", os_version)
return {
'success': True,
'errmsg': '',
'data': {
'ontap_major': majvnum,
'ontap_minor': minvnum,
'os_version': os_version
}
}
def create(self, cluster):
api_call = NaElement('vserver-create-async')
api_call.child_add_string('vserver-name', self.vserver_name)
api_call.child_add_string('root-volume', self.root_volume)
api_call.child_add_string('root-volume-aggregate',
self.root_volume_aggregate)
api_call.child_add_string('root-volume-security-style',
self.root_volume_security_style)
output = cluster.run_command(api_call)
return output.results_status(), output.sprintf()
def create(self, svm):
api_call = NaElement('lun-create-by-size')
api_call.child_add_string('path', self.path)
api_call.child_add_string('size', self.size)
api_call.child_add_string('ostype', self.ostype)
api_call.child_add_string('space-reservation-enabled',
self.space_reservation_enabled)
api_call.child_add_string('space-allocation-enabled',
self.space_allocation_enabled)
output = svm.run_command(api_call)
return output.results_status(), output.sprintf()
def execute(self, server, cmd_data_json):
if ("name" not in cmd_data_json or "ipspace" not in cmd_data_json
or "new_name" not in cmd_data_json):
return self._CREATE_FAIL_RESPONSE(
"subnet rename commands must" +
" have name, new name and ipspace defined" + ", got: " +
str(cmd_data_json))
name = cmd_data_json["name"]
ipspace = cmd_data_json["ipspace"]
new_name = cmd_data_json["new_name"]
cmd = "net-subnet-rename"
call = NaElement(cmd)
call.child_add_string("subnet-name", name)
call.child_add_string("ipspace", ipspace)
call.child_add_string("new-name", new_name)
_, err_resp = self._INVOKE_CHECK(
server, call,
cmd + ": " + name + " [" + ipspace + "] --> " + new_name)
if err_resp:
return err_resp
# LOGGER.debug(resp.sprintf())
return self._CREATE_EMPTY_RESPONSE(True, "")
def execute(self, server, cmd_data_json):
if ("name" not in cmd_data_json or "ipspace" not in cmd_data_json
or "mtu" not in cmd_data_json):
return self._CREATE_FAIL_RESPONSE(
"broadcast domain update commands must" +
" have name, ipspace and mtu defined," + " got: " +
str(cmd_data_json))
name = cmd_data_json["name"]
ipspace = cmd_data_json["ipspace"]
mtu = cmd_data_json["mtu"]
cmd = "net-port-broadcast-domain-modify"
call = NaElement(cmd)
call.child_add_string("broadcast-domain", name)
call.child_add_string("ipspace", ipspace)
call.child_add_string("mtu", mtu)
resp, err_resp = self._INVOKE_CHECK(
server, call, cmd + ": " + name + " [" + ipspace + "]")
if err_resp:
return err_resp
# LOGGER.debug(resp.sprintf())
dd = {
"update_status": self._GET_STRING(resp,
"port-update-status-combined"),
}
return {'success': True, 'errmsg': '', 'data': dd}
def create(self, svm):
api_call = NaElement('igroup-create')
api_call.child_add_string('initiator-group-name',
self.initiator_group_name)
api_call.child_add_string('initiator-group-type',
self.initiator_group_type)
api_call.child_add_string('os-type', self.os_type)
output = svm.run_command(api_call)
return output.results_status(), output.sprintf()
def execute(self, server, cmd_data_json):
if "name" not in cmd_data_json:
return self._CREATE_FAIL_RESPONSE(
'delete ipspace must have name defined, got: ' +
str(cmd_data_json))
name = cmd_data_json["name"]
cmd = "net-ipspaces-destroy"
call = NaElement(cmd)
call.child_add_string("ipspace", name)
_, err_resp = self._INVOKE_CHECK(server, call, cmd + ": " + name)
if err_resp:
return err_resp
return self._CREATE_EMPTY_RESPONSE(True, "")
def execute(self, server, cmd_data_json):
if (
"name" not in cmd_data_json):
return self._CREATE_FAIL_RESPONSE(
self._get_simple_cmd()
+ ' SVM request must have name '
+ 'defined, got: '
+ str(cmd_data_json))
name = cmd_data_json['name']
cmd = "vserver-" + self._get_simple_cmd()
call = NaElement(cmd)
call.child_add_string("vserver-name", name)
# force will only be present if set otherwise ommitted
if 'force' in cmd_data_json:
call.child_add_string('force', True)
resp, err_resp = self._INVOKE_CHECK(
server, call,
cmd + ": " + name)
#LOGGER.debug(resp.sprintf())
if err_resp:
return err_resp
return self._CREATE_EMPTY_RESPONSE(True, "")
def execute(self, server, cmd_data_json):
if ("node" not in cmd_data_json or "name" not in cmd_data_json
or "ports" not in cmd_data_json):
return self._CREATE_FAIL_RESPONSE(
"port group port " + self._get_cmd_type() + " commands must" +
" have node, name and ports defined" + ", got: " +
str(cmd_data_json))
node = cmd_data_json["node"]
name = cmd_data_json["name"]
ports = cmd_data_json["ports"]
cmd = ("net-port-ifgrp-" + self._get_cmd_type() + "-port")
# ifgrp only allows add/remove of single port...
for port in ports:
call = NaElement(cmd)
call.child_add_string("ifgrp-name", name)
call.child_add_string("node", node)
call.child_add_string("port", port)
resp, err_resp = self._INVOKE_CHECK(
server, call, cmd + ": " + node + " [" + name + "]" +
self._get_cmd_type() + " " + port)
if err_resp:
return err_resp
#LOGGER.debug(resp.sprintf())
return self._CREATE_EMPTY_RESPONSE(True, "")
def execute(self, server, cmd_data_json):
if "name" not in cmd_data_json:
return self._CREATE_FAIL_RESPONSE(
'create IPSpace request must have name' + ' defined, got: ' +
str(cmd_data_json))
name = cmd_data_json["name"]
cmd = "net-ipspaces-create"
call = NaElement(cmd)
call.child_add_string("ipspace", name)
call.child_add_string("return-record", "true")
resp, err_resp = self._INVOKE_CHECK(server, call, cmd + ": " + name)
if err_resp:
return err_resp
if not (resp.child_get("result")
and resp.child_get("result").child_get("net-ipspaces-info")):
return self._CREATE_FAIL_RESPONSE(
'no ipspace info received from create, got: ' + resp.sprintf())
ipspace_info = resp.child_get("result").child_get("net-ipspaces-info")
dd = {"uuid": self._GET_STRING(ipspace_info, "uuid")}
return {'success': True, 'errmsg': '', 'data': dd}
def execute(self, server, cmd_data_json):
if ("node" not in cmd_data_json or "port" not in cmd_data_json):
return self._CREATE_FAIL_RESPONSE(
'modify port request must have node and port defined, got: ' +
str(cmd_data_json))
node = cmd_data_json["node"]
port = cmd_data_json["port"]
cmd = "net-port-modify"
call = NaElement(cmd)
call.child_add_string("node", node)
call.child_add_string("port", port)
for cmd_data_key, netapp_cmd_str in self.__cmd_mapping.items():
if cmd_data_key in cmd_data_json:
call.child_add_string(netapp_cmd_str,
cmd_data_json[cmd_data_key])
_, err_resp = self._INVOKE_CHECK(server, call,
cmd + ": " + node + ":" + port)
if err_resp:
return err_resp
return self._CREATE_EMPTY_RESPONSE(True, "")
def execute(self, server, cmd_data_json):
if (
"name" not in cmd_data_json):
return self._CREATE_FAIL_RESPONSE(
'delete SVM request must have name, '
+ 'defined, got: '
+ str(cmd_data_json))
name = cmd_data_json['name']
cmd = "vserver-destroy-async"
call = NaElement(cmd)
call.child_add_string("vserver-name", name)
resp, err_resp = self._INVOKE_CHECK(
server, call,
cmd + ": " + name)
#LOGGER.debug(resp.sprintf())
if err_resp:
return err_resp
dd = {
"status": self._GET_STRING(resp, "result-status"),
}
if resp.child_get("result-jobid"):
dd["jobid"] = self._GET_INT(resp, "result-jobid")
if resp.child_get('result-error-code'):
dd["errno"] = self._GET_INT(resp, "result-error-code")
if resp.child_get('result-error-message'):
dd["errmsg"] = self._GET_STRING(resp, "result-error-message")
return {
'success' : True, 'errmsg': '', 'data': dd}
def get_nodes(self):
api_call = NaElement('cluster-node-get-iter')
output = self.run_command(api_call)
if output.results_status() == 'failed':
return output.results_status(), output.sprintf()
else:
cluster_node_info = output.children_get()
for cni in cluster_node_info:
if cni.has_children() == 1:
nodes = cni.children_get()
nodes_list = []
for n in nodes:
nodes_list.append(n.child_get_string('node-name'))
return nodes_list
def mapping(self, svm):
results = []
for igroup in self.igroup_name:
api_call = NaElement('lun-map')
api_call.child_add_string('path', self.path)
api_call.child_add_string('initiator-group', igroup)
output = svm.run_command(api_call)
results.append(
(output.results_status(), output.sprintf(), self.path, igroup))
return results
def add_initiators(self, svm):
results = []
for wwpn in self.initiator_list:
api_call = NaElement('igroup-add')
api_call.child_add_string('initiator-group-name',
self.initiator_group_name)
api_call.child_add_string('initiator', wwpn)
output = svm.run_command(api_call)
results.append((output.results_status(), output.sprintf(),
self.initiator_group_name, wwpn))
return results
def svm_execute(self, svm, cmd_data_json):
if (
"name" not in cmd_data_json):
return self._CREATE_FAIL_RESPONSE(
'SVM volume size request must have name '
+ 'defined, got: '
+ str(cmd_data_json))
name = cmd_data_json['name']
cmd = "volume-size"
call = NaElement(cmd)
call.child_add_string("volume", name)
if 'size' in cmd_data_json:
call.child_add_string(
'new-size', cmd_data_json['size'])
resp, err_resp = self._INVOKE_CHECK(
svm, call,
cmd + ": " + name)
#LOGGER.debug(resp.sprintf())
if err_resp:
return err_resp
dd = {
"size": self._GET_STRING(resp, "volume-size"),
}
# if resp.child_get("result-jobid"):
# dd["jobid"] = self._GET_INT(resp, "result-jobid")
# if resp.child_get('result-error-code'):
# dd["errno"] = self._GET_INT(resp, "result-error-code")
# if resp.child_get('result-error-message'):
# dd["errmsg"] = self._GET_STRING(resp, "result-error-message")
return {
'success' : True, 'errmsg': '', 'data': dd}
def execute(self, server, cmd_data_json):
if ("name" not in cmd_data_json or "new_name" not in cmd_data_json):
return self._CREATE_FAIL_RESPONSE(
'update/rename ipspace must have name' +
' and new_name defined, got: ' + str(cmd_data_json))
name = cmd_data_json["name"]
new_name = cmd_data_json["new_name"]
cmd = "net-ipspaces-rename"
call = NaElement(cmd)
call.child_add_string("ipspace", name)
call.child_add_string("new-name", new_name)
_, err_resp = self._INVOKE_CHECK(server, call,
cmd + ": " + name + ' to ' + new_name)
if err_resp:
return err_resp
return self._CREATE_EMPTY_RESPONSE(True, "")
def execute(self, server, cmd_data_json):
if ("name" not in cmd_data_json or "ipspace" not in cmd_data_json):
return self._CREATE_FAIL_RESPONSE('delete subnet must have name' +
' and ipspace defined, got: ' +
str(cmd_data_json))
name = cmd_data_json["name"]
ipspace = cmd_data_json["ipspace"]
cmd = "net-subnet-destroy"
call = NaElement(cmd)
call.child_add_string("subnet-name", name)
call.child_add_string("ipspace", ipspace)
_, err_resp = self._INVOKE_CHECK(
server, call, cmd + ": " + name + ' [' + ipspace + ']')
if err_resp:
return err_resp
return self._CREATE_EMPTY_RESPONSE(True, "")
def execute(self, server, cmd_data_json):
if ("node" not in cmd_data_json or "name" not in cmd_data_json):
return self._CREATE_FAIL_RESPONSE(
"port group delete command must" +
" have node and name defined" + ", got: " + str(cmd_data_json))
node = cmd_data_json["node"]
name = cmd_data_json["name"]
cmd = "net-port-ifgrp-destroy"
call = NaElement(cmd)
call.child_add_string("ifgrp-name", name)
call.child_add_string("node", node)
resp, err_resp = self._INVOKE_CHECK(
server, call, cmd + ": " + node + " [" + name + "]")
if err_resp:
return err_resp
#LOGGER.debug(resp.sprintf())
return self._CREATE_EMPTY_RESPONSE(True, "")
def create(self, cluster):
api_call = NaElement('aggr-create')
api_call.child_add_string('aggregate', self.aggr_name)
api_call.child_add_string('disk-count', self.disk_count)
api_call.child_add_string('disk-type', self.disk_type)
api_call.child_add_string('raid-type', self.raid_type)
api_call.child_add_string('raid-size', self.raid_size)
api_child_nodes = NaElement('nodes')
api_child_nodes.child_add_string('node-name', self.node_name)
api_call.child_add(api_child_nodes)
output = cluster.run_command(api_call)
return output.results_status(), output.sprintf()
def execute(self, server, cmd_data_json):
if ("name" not in cmd_data_json or "ipspace" not in cmd_data_json
or "ip_ranges" not in cmd_data_json):
return self._CREATE_FAIL_RESPONSE(
"subnet ip range " + self._get_cmd_type() + " commands must" +
" have name, ipspace and ip_ranges defined" + ", got: " +
str(cmd_data_json))
name = cmd_data_json["name"]
ipspace = cmd_data_json["ipspace"]
iprs = cmd_data_json["ip_ranges"]
cmd = ("net-subnet-" + self._get_cmd_type() + "-ranges")
call = NaElement(cmd)
call.child_add_string("subnet-name", name)
call.child_add_string("ipspace", ipspace)
el_iprs = NaElement("ip-ranges")
for ip_range in iprs:
el_iprs.child_add_string("ip-range", ip_range)
call.child_add(el_iprs)
_, err_resp = self._INVOKE_CHECK(
server, call, cmd + ": " + name + " [" + ipspace + "]" +
self._get_cmd_type() + str(iprs))
if err_resp:
return err_resp
# LOGGER.debug(resp.sprintf())
return self._CREATE_EMPTY_RESPONSE(True, "")
def cluster_setup(cluster):
print("> " + cluster["cluster-name"] + ": Creating Cluster ")
for node in cluster["cluster-nodes"]:
print("---> " + node["node-name"] + ": Working on node ")
# Building Session - REST
s = requests.Session()
s.url = "https://{}".format(node["ip"])
s.verify = False
s.auth = (node["user"], node["password"])
s.headers = {
"Content-Type": "application/hal+json",
"Accept": "application/hal+json"
}
# Building Session - ZAPI
session = NaServer(node["ip"], 1, 140)
session.set_server_type("Filer")
session.set_admin_user(node["user"], node["password"])
session.set_transport_type("HTTPS")
# STEP: Create cluster
if ("-01" in node["node-name"]):
print("---> " + node["node-name"] + ": Creating cluster...")
# create cluster API
api = "/api/cluster"
# creating body
body = {
"contact": cluster["contact"],
"location": cluster["location"],
"name": cluster["cluster-name"],
"password": cluster["password"],
"management_interface": {}
}
# add cluster mgmt
for lif in cluster["net-interfaces"]:
if (lif["role"] == "cluster-mgmt"):
body["management_interface"]["ip"] = {
"address": lif["address"],
"netmask": lif["netmask"]
}
for route in cluster["net-routes"]:
if (route["destination"] == "0.0.0.0/0"):
body["management_interface"]["ip"][
"gateway"] = route["gateway"]
break
else:
continue
break
else:
continue
# add ntp server
#if (cluster.get("ntp-servers")):
# for ntp_server in cluster["ntp-servers"]:
# body["ntp_servers"].append(ntp_server["server-name"])
# add licenses
#for ontap_license in cluster["licenses"]:
# body["licenses"].append(cluster["licenses"][ontap_license])
response = s.post(url=s.url + api, data=json.dumps(body))
print("URL==" + s.url + api) #debug
print("BODY==" + json.dumps(body)) #debug
if response:
print(response.json())
else:
print("WE DIDNT GET RESPONSE")
#sys.exit()
status = handle_job(s, response)
if (status == "success"):
print("---> " + node["node-name"] + ": SUCCESS")
else:
print("---> " + node["node-name"] + ": " + status)
sys.exit()
# STEP: Reading cluster LIF IP for joining additional nodes later
if ("-01" in node["node-name"]):
print(
"--- " + node["node-name"] +
": Reading cluster LIF IP for joining further nodes later...")
api = NaElement("net-interface-modify")
for lif in cluster["net-interfaces"]:
if (lif["role"] == "cluster-mgmt"):
api.child_add_string("home-port", lif["home-port"])
api.child_add_string("interface-name", "cluster_mgmt")
api.child_add_string("vserver", cluster["cluster-name"])
else:
continue
xo = session.invoke_elem(api)
if (xo.results_status() == "failed"):
print("Error:\n")
print(xo.sprintf())
sys.exit(1)
print("Received:\n")
print(xo.sprintf())
api1 = NaElement("net-interface-revert")
api1.child_add_string("interface-name", "cluster_mgmt")
api1.child_add_string("vserver", cluster["cluster-name"])
xo1 = session.invoke_elem(api1)
if (xo1.results_status() == "failed"):
print("Error:\n")
print(xo1.sprintf())
sys.exit(1)
print("Received:\n")
print(xo1.sprintf())
api = "/api/network/ip/interfaces"
url_params = "?fields=services,ip.address&services=cluster_core&max_records=1"
response = s.get(url=s.url + api + url_params)
status = handle_job(s, response)
if (status == "success"):
clus_lif_ip = response.json()["records"][0]["ip"]["address"]
print("---> " + node["node-name"] + ": SUCCESS")
else:
print("---> " + node["node-name"] + ": " + status)
sys.exit(1)
# STEP: Join nodes to cluster
if (not "-01" in node["node-name"]):
print("--- " + node["node-name"] + ": Joining node to cluster...")
zapi_post = NaElement("cluster-join")
zapi_post.child_add_string("cluster-ip-address", clus_lif_ip)
zapi_post_return = session.invoke_elem(zapi_post)
if (zapi_post_return.results_status() == "failed"):
print("---> " + node["node-name"] + ": " +
zapi_post_return.sprintf().strip())
sys.exit(1)
else:
zapi_get = NaElement("cluster-create-join-progress-get")
is_complete = ""
join_iterator = 1
while is_complete != "true" and \
join_iterator < 13:
time.sleep(10)
zapi_get_return = session.invoke_elem(zapi_get)
is_complete = zapi_get_return.child_get(
"attributes").child_get(
"cluster-create-join-progress-info"
).child_get_string("is-complete")
action_status = zapi_get_return.child_get(
"attributes").child_get(
"cluster-create-join-progress-info"
).child_get_string("status")
join_iterator = join_iterator + 1
if (is_complete == "true") and (action_status == "success"):
print("---> " + node["node-name"] + ": SUCCESS")
else:
print("---> " + node["node-name"] + ": " +
zapi_get.sprintf().strip())
print("---> " + node["node-name"] + ": " +
zapi_get_return.sprintf().strip())
sys.exit(1)
def create(self, svm):
api_call = NaElement('volume-create')
api_call.child_add_string('volume', self.volume)
api_call.child_add_string('containing-aggr-name',
self.containing_aggr_name)
api_call.child_add_string('size', self.size)
api_call.child_add_string('volume-type', self.volume_type)
api_call.child_add_string('volume-security-style',
self.volume_security_style)
api_call.child_add_string('snapshot-policy', self.snapshot_policy)
api_call.child_add_string('percentage-snapshot-reserve',
self.percentage_snapshot_reserve)
api_call.child_add_string('efficiency-policy', self.efficiency_policy)
output = svm.run_command(api_call)
return output.results_status(), output.sprintf()
def create(self, cluster):
api_call = NaElement('net-interface-create')
api_child_data_protocols = NaElement('data-protocols')
api_child_data_protocols.child_add_string('data-protocol',
self.data_protocol)
api_call.child_add(api_child_data_protocols)
api_call.child_add_string('vserver', self.vserver)
if (self.data_protocol == 'none') or (self.data_protocol == 'nfs') or (
self.data_protocol == 'cifs') or (self.data_protocol
== 'iscsi'):
api_call.child_add_string('interface-name', self.interface_name)
api_call.child_add_string('role', self.role)
api_call.child_add_string('home-node', self.home_node)
api_call.child_add_string('home-port', self.home_port)
api_call.child_add_string('address', self.address)
api_call.child_add_string('netmask', self.netmask)
elif (self.data_protocol == 'fcp'):
api_call.child_add_string('interface-name', self.interface_name)
api_call.child_add_string('role', self.role)
api_call.child_add_string('home-node', self.home_node)
api_call.child_add_string('home-port', self.home_port)
output = cluster.run_command(api_call)
return output.results_status(), output.sprintf()
def set_properties(self, cluster):
api_call = NaElement('vserver-modify')
api_call.child_add_string('vserver-name', self.vserver_name)
api_child_aggrs = NaElement('aggr-list')
for aggr in self.aggr_list:
api_child_aggrs.child_add_string('aggr-name', aggr)
api_child_protocols = NaElement('allowed-protocols')
for protocol in self.allowed_protocols:
api_child_protocols.child_add_string('protocol', protocol)
api_call.child_add(api_child_aggrs)
api_call.child_add(api_child_protocols)
output = cluster.run_command(api_call)
return output.results_status(), output.sprintf()
def execute(self, server, cmd_data_json):
if ("name" not in cmd_data_json or "bc_domain" not in cmd_data_json
or "ipspace" not in cmd_data_json
or "subnet" not in cmd_data_json):
return self._CREATE_FAIL_RESPONSE(
"subnet create commands must" +
" have name, broadcast domain, ipspace" +
" and subnet defined, got: " + str(cmd_data_json))
name = cmd_data_json["name"]
bcdom = cmd_data_json["bc_domain"]
ipspace = cmd_data_json["ipspace"]
subnet = cmd_data_json["subnet"]
cmd = "net-subnet-create"
call = NaElement(cmd)
call.child_add_string("subnet-name", name)
call.child_add_string("broadcast-domain", bcdom)
call.child_add_string("ipspace", ipspace)
call.child_add_string("subnet", subnet)
# make sure that create call returns record!
call.child_add_string("return-record", True)
if "gateway" in cmd_data_json:
call.child_add_string("gateway", cmd_data_json["gateway"])
if "ip_ranges" in cmd_data_json:
iprs = NaElement("ip-ranges")
for ip_range in cmd_data_json["ip_ranges"]:
iprs.child_add_string("ip-range", ip_range)
call.child_add(iprs)
resp, err_resp = self._INVOKE_CHECK(server, call, cmd + ": " + name)
if err_resp:
return err_resp
# LOGGER.debug(resp.sprintf())
if not resp.child_get("result"):
# no result data in response
return self._CREATE_FAIL_RESPONSE(
'no result data for create subnet' + ' with input: [' +
str(cmd_data_json) + '] result is: ' + resp.sprintf())
si_info = resp.child_get("result").child_get("net-subnet-info")
dd = {
"bc_domain": self._GET_STRING(si_info, "broadcast-domain"),
"gateway": self._GET_STRING(si_info, "gateway"),
"ipspace": self._GET_STRING(si_info, "ipspace"),
"subnet": self._GET_STRING(si_info, "subnet"),
"name": self._GET_STRING(si_info, "subnet-name"),
"ip_count": self._GET_INT(si_info, "total-count"),
"ip_used": self._GET_INT(si_info, "used-count"),
"ip_avail": self._GET_INT(si_info, "available-count"),
"ip_ranges": self._GET_CONTENT_LIST(si_info, "ip-ranges")
}
return {'success': True, 'errmsg': '', 'data': dd}