def __init__(self, cluster_ip, user, password, vserver=None):
self.server = NaServer(cluster_ip, 1, 100)
self.server.set_server_type('FILER')
self.server.set_transport_type('HTTP')
self.server.set_port(80)
self.server.set_style('LOGIN')
self.server.set_admin_user(user, password)
if vserver is not None:
self.server.set_vserver(vserver)
def __init__(self, hostname, user, passwd):
self.api = NaServer(hostname, 1, 3)
self.api.set_style('LOGIN')
self.api.set_admin_user(user, passwd)
self.api.set_transport_type('HTTPS')
self.name = hostname
out = self.invoke('system-get-version')
self.version = out.child_get_string('version')
# Used for caching performance object descriptions:
self.perf_obj_info = {}
def __init__(self, filer_name, user, password, transport_type='HTTPS', apiversion=(1,19)):
'''
Creates the connection to the filer. Transport_type defaults to 'HTTPS'.
Todo:
Allow different connection styles?
'''
conn = NaServer(filer_name, apiversion[0], apiversion[1])
out = conn.set_transport_type(transport_type)
check_zapi_error(out, "connection to filer failed: %s")
out = conn.set_style("LOGIN")
check_zapi_error(out, "connection to filer failed: %s")
out = conn.set_admin_user(user, password)
check_zapi_error(out, "connection to filer failed: %s")
self.conn = conn
def netapp_connect(cluster, user, pw):
"""Initialise NetApp cluster connection and return connection object"""
conn = NaServer(cluster, 1, 3)
response = conn.set_style('LOGIN')
if (response and response.results_errno() != 0):
resp = response.results_reason()
print ('Unable to set authentication style %s' % resp)
sys.exit(2)
conn.set_admin_user(user, pw)
response = conn.set_transport_type('HTTP')
if (response and response.results_errno() != 0):
resp = response.results_reason()
print ('Unable to set HTTP transport %s' % resp)
sys.exit(2)
return conn
def __init__(self, hostname, user, passwd):
self.api = NaServer(hostname, 1, 3)
self.api.set_style('LOGIN')
self.api.set_admin_user(user, passwd)
self.api.set_transport_type('HTTPS')
self.name = hostname
out = self.invoke('system-get-version')
self.version = out.child_get_string('version')
# Used for caching performance object descriptions:
self.perf_obj_info = {}
class ClusterSession:
def __init__(self, cluster_ip, user, password, vserver=None):
self.server = NaServer(cluster_ip, 1, 100)
self.server.set_server_type('FILER')
self.server.set_transport_type('HTTP')
self.server.set_port(80)
self.server.set_style('LOGIN')
self.server.set_admin_user(user, password)
if vserver is not None:
self.server.set_vserver(vserver)
def get_vserver(self):
return self.server.get_vserver()
def run_command(self, api):
return self.server.invoke_elem(api)
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 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_server(self, testing_active):
if testing_active:
return None
s = NaServer(
self.host,
self.ontap_major_version,
self.ontap_minor_version)
s.set_server_type(self.server_type)
s.set_transport_type(self.transport_type)
s.set_port(self.server_port)
s.set_style(self.connect_style)
s.set_admin_user(self.user, self.pwd)
return s
def connect():
try:
_create_unverified_https_context = ssl._create_unverified_context
except AttributeError:
# Legacy Python that doesn't verify HTTPS certificates by default
pass
else:
# Handle target environment that doesn't support HTTPS verification
ssl._create_default_https_context = _create_unverified_https_context
naHost = getConfigOption("NAHost")
user = getConfigOption("User")
password = getConfigOption("Password")
s = NaServer(naHost, 1, 21)
s.set_server_type("FILER")
s.set_transport_type("HTTPS")
s.set_port(443)
s.set_style("LOGIN")
s.set_admin_user(user, password)
return s
class Filer:
"""A NetApp filer."""
def __init__(self, hostname, user, passwd):
self.api = NaServer(hostname, 1, 3)
self.api.set_style('LOGIN')
self.api.set_admin_user(user, passwd)
self.api.set_transport_type('HTTPS')
self.name = hostname
out = self.invoke('system-get-version')
self.version = out.child_get_string('version')
# Used for caching performance object descriptions:
self.perf_obj_info = {}
def create_volume(self, name, aggr, size):
v = FlexVol(self, name)
v.create(aggr, size)
return v
def flexshare_disable(self):
"""Equivalent to 'priority off' on the CLI."""
self.invoke('priority-disable')
def flexshare_enable(self):
"""Equivalent to 'priority on' on the CLI."""
self.invoke('priority-enable')
def flexshare_is_enabled(self):
"""Return boolean representing whether FlexShare is enabled."""
out = self.invoke('priority-list-info')
if out.child_get_string('status') == 'on':
return True
else:
return False
def get_cifs_homedirs(self):
"""
Equivalent to 'cifs homedir' on the CLI.
Return an array of cifs home directory paths.
"""
out = self.invoke('cifs-homedir-paths-get')
if out.has_children():
homedirs = []
for d in out.child_get('homedir-paths').children_get():
homedirs.append(d.element['content'])
return homedirs
else:
return []
def get_export(self, export_path):
"""
Return an Export object representing NFS share at export_path.
If export does not exist, return False.
"""
if self.has_export(export_path):
return (Export(self, export_path))
else:
return False
def get_exports(self):
"""Return a list of Export objects of filer's configured NFS shares."""
out = self.invoke('nfs-exportfs-list-rules')
exports = []
for export in out.child_get('rules').children_get():
path = export.child_get_string('pathname')
exports.append(Export(self, path))
return exports
def get_fs_status_msg(self):
"""Return a string containing the file system status message."""
return self.get_oid('.1.3.6.1.4.1.789.1.5.7.2.0')
def get_oid(self, oid):
"""Return a generic OID from the NetApp SNMP MIB."""
out = self.invoke('snmp-get', 'object-id', oid)
return out.child_get_string('value')
def get_perf_object(self, objectname, read=[], instances=[]):
"""
Return objectname's performance data in a dict tree.
read - optional array of counters whose values are to be read.
If not set, all counters are reported.
instances - optional array of instances whose values are to be read.
If not set, all instances are reported.
"""
info = self.get_perf_object_info(objectname)
get_perf_obj = NaElement('perf-object-get-instances-iter-start')
get_perf_obj.child_add(NaElement('objectname', objectname))
if read:
read_counters = NaElement('counters')
for c in read:
read_counters.child_add(NaElement('counter', c))
get_perf_obj.child_add(read_counters)
if instances:
insts = NaElement('instances')
for inst in instances:
insts.child_add(NaElement('instance', inst))
get_perf_obj.child_add(insts)
out = self.invoke_elem(get_perf_obj)
iter_tag = out.child_get_int('tag')
iter_recs = out.child_get_int('records')
perf_insts = {}
i = 0
while i < iter_recs:
out = self.invoke('perf-object-get-instances-iter-next', 'maximum',
1, 'tag', iter_tag)
inst = out.child_get('instances').child_get('instance-data')
inst_name = inst.child_get_string('name')
perf_insts[inst_name] = {}
counters = inst.child_get('counters').children_get()
for c in counters:
name = c.child_get_string('name')
if info[name]['type'] == 'array':
vals = c.child_get_string('value').split(',')
data = {}
j = 0
while j < len(vals):
data[info[name]['labels'][j]] = int(vals[j])
j = j + 1
perf_insts[inst_name][name] = data
else:
try:
perf_insts[inst_name][name] = c.child_get_int('value')
except ValueError:
# Must be a string...
perf_insts[inst_name][name] = c.child_get_string(
'value')
i = i + 1
self.invoke('perf-object-get-instances-iter-end', 'tag', iter_tag)
return perf_insts
def get_perf_object_info(self, objectname):
"""
Return dict of static information about perf counter 'objectname'.
Information is returned as a dict of dicts.
"""
# Check cache:
if self.perf_obj_info.has_key(objectname):
return self.perf_obj_info[objectname]
out = self.invoke('perf-object-counter-list-info', 'objectname',
objectname)
counters = {}
for counter in out.child_get('counters').children_get():
name = counter.child_get_string('name')
counters[name] = {}
counters[name]['desc'] = counter.child_get_string('desc')
counters[name]['privilege-level'] = counter.child_get_string(
'privilege-level')
## Handle optional keys:
for opt_key in ('base-counter', 'properties', 'type', 'unit'):
opt_val = counter.child_get_string(opt_key)
if opt_val:
counters[name][opt_key] = opt_val
elif opt_key == 'type':
counters[name]['type'] = 'scalar'
labels = counter.child_get('labels')
if labels:
counters[name]['labels'] = labels.child_get_string(
'label-info').split(',')
# Store info in cache and return
self.perf_obj_info[objectname] = counters
return counters
def get_perf_object_list(self):
"""Return dict of filer performance object names and privileges."""
out = self.invoke('perf-object-list-info')
objs = {}
for obj in out.child_get('objects').children_get():
objs[obj.child_get_string('name')] = obj.child_get_string(
'privilege-level')
return objs
def get_root_name(self):
"""Return a string containing the Filer's root volume's name."""
out = self.invoke('aggr-get-root-name')
return out.child_get_string('root-volume')
def get_share(self, name):
"""
Return a Share object representing the existing CIFS share of name.
If share does not exist, return False.
"""
if self.has_share(name):
return (Share(self, name))
else:
return False
def get_shares(self):
"""Return a list of Share objects containing filer's CIFS exports."""
out = self.invoke_cli('cifs', 'shares')
# Pattern of output is two header lines, followed by each share name
# starting at the left-hand side of the output. Regexp accounts
# For share name being able to include whitespace and other
# characters - match is anchored on first "/" following whitespace,
# which is presumed to be the start of the mount point.
output = out.child_get('cli-output').element['content'].splitlines()
share_pattern = re.compile(r'^([a-zA-Z].*\S)\s+\/')
shares = []
for line in output[2:]:
m = share_pattern.match(line)
if m:
shares.append(Share(self, m.groups()[0]))
return shares
def get_option(self, name):
"""Equivalent to 'options <name>' on the CLI."""
out = self.invoke('options-get', 'name', name)
return out.child_get_string('value')
def get_volume(self, name):
"""Return FlexVol object of existing vol 'name'; else return False."""
if self.has_volume(name):
return (FlexVol(self, name))
else:
return False
def get_volumes(self):
"""Retun a list of FlexVol objects that exist on filer."""
volumes = []
out = self.invoke('volume-list-info')
for volume in out.child_get('volumes').children_get():
name = volume.child_get_string('name')
volumes.append(FlexVol(self, name))
return volumes
def has_export(self, path):
"""Check if filer has NFS export name; return boolean."""
export = Export(self, path)
return export.configured()
def has_share(self, name):
"""Check if filer has CIFS share name; return boolean."""
share = Share(self, name)
return share.configured()
def has_volume(self, name):
"""Check if filer has FlexVol name; return boolean."""
try:
self.invoke('volume-list-info', 'volume', name)
except OntapApiException as e:
if e.errno == '13040':
return False
else:
raise
return True
def invoke(self, *args):
out = self.api.invoke(*args)
if out.results_status() == 'failed':
raise OntapApiException(out.results_errno(), out.results_reason())
return out
def invoke_cli(self, *cli_args):
"""
Call the unsupported/undocumented system-cli API.
args is a tuple of arguments that, joined with spaces, would represent
the command line if executing in the CLI.
"""
args = NaElement('args')
for arg in cli_args:
args.child_add(NaElement('arg', arg))
cli = NaElement('system-cli')
cli.child_add(args)
out = self.api.invoke_elem(cli)
if out.results_status() == 'failed':
raise OntapApiException(out.results_errno(), out.results_reason())
return out
def invoke_elem(self, naelement):
"""Call the NetApp API using an NaElement."""
out = self.api.invoke_elem(naelement)
if out.results_status() == 'failed':
raise OntapApiException(out.results_errno(), out.results_reason())
return out
def set_cifs_homedirs(self, homedirs):
"""Set the list of CIFS home directory paths for the filer."""
homedir_paths = NaElement('homedir-paths')
for d in homedirs:
homedir_paths.child_add(NaElement('homedir-path-info', d))
chps = NaElement('cifs-homedir-paths-set')
chps.child_add(homedir_paths)
self.invoke_elem(chps)
def set_option(self, option, value):
"""Equivalent to 'options <option> <value>' on the CLI."""
self.invoke('options-set', 'name', option, 'value', value)
def _xmltree_to_dict(self, out, int_values=(), key='name', value='value'):
"""Convert thinly-veiled XML from ONTAP API to a dict."""
options = {}
for option in out.child_get('options').children_get():
name = option.child_get_string(key)
if name in int_values:
options[name] = option.child_get_int(value)
else:
options[name] = option.child_get_string(value)
return options
def _xmltree_to_list(self, nae, outer_name, inner_name):
"""
Return list converted from ONTAP API NaElement 'nae'.
nae - NaElement from ONTAP API
outer_name - outer 'child' of NaElement
inner_name - inner 'child' of NaElement
"""
out_list = []
if nae.child_get(outer_name):
for item in nae.child_get(outer_name).children_get():
inner_val = item.child_get_string(inner_name)
if inner_val is not None:
out_list.append(inner_val)
return out_list
class Filer:
"""A NetApp filer."""
def __init__(self, hostname, user, passwd):
self.api = NaServer(hostname, 1, 3)
self.api.set_style('LOGIN')
self.api.set_admin_user(user, passwd)
self.api.set_transport_type('HTTPS')
self.name = hostname
out = self.invoke('system-get-version')
self.version = out.child_get_string('version')
# Used for caching performance object descriptions:
self.perf_obj_info = {}
def create_volume(self, name, aggr, size):
v = FlexVol(self, name)
v.create(aggr, size)
return v
def flexshare_disable(self):
"""Equivalent to 'priority off' on the CLI."""
self.invoke('priority-disable')
def flexshare_enable(self):
"""Equivalent to 'priority on' on the CLI."""
self.invoke('priority-enable')
def flexshare_is_enabled(self):
"""Return boolean representing whether FlexShare is enabled."""
out = self.invoke('priority-list-info')
if out.child_get_string('status') == 'on':
return True
else:
return False
def get_cifs_homedirs(self):
"""
Equivalent to 'cifs homedir' on the CLI.
Return an array of cifs home directory paths.
"""
out = self.invoke('cifs-homedir-paths-get')
if out.has_children():
homedirs = []
for d in out.child_get('homedir-paths').children_get():
homedirs.append(d.element['content'])
return homedirs
else:
return []
def get_export(self, export_path):
"""
Return an Export object representing NFS share at export_path.
If export does not exist, return False.
"""
if self.has_export(export_path):
return(Export(self, export_path))
else:
return False
def get_exports(self):
"""Return a list of Export objects of filer's configured NFS shares."""
out = self.invoke('nfs-exportfs-list-rules')
exports = []
for export in out.child_get('rules').children_get():
path = export.child_get_string('pathname')
exports.append(Export(self, path))
return exports
def get_fs_status_msg(self):
"""Return a string containing the file system status message."""
return self.get_oid('.1.3.6.1.4.1.789.1.5.7.2.0')
def get_oid(self, oid):
"""Return a generic OID from the NetApp SNMP MIB."""
out = self.invoke('snmp-get', 'object-id', oid)
return out.child_get_string('value')
def get_perf_object(self, objectname, read=[], instances=[]):
"""
Return objectname's performance data in a dict tree.
read - optional array of counters whose values are to be read.
If not set, all counters are reported.
instances - optional array of instances whose values are to be read.
If not set, all instances are reported.
"""
info = self.get_perf_object_info(objectname)
get_perf_obj = NaElement('perf-object-get-instances-iter-start')
get_perf_obj.child_add(NaElement('objectname', objectname))
if read:
read_counters = NaElement('counters')
for c in read:
read_counters.child_add(NaElement('counter', c))
get_perf_obj.child_add(read_counters)
if instances:
insts = NaElement('instances')
for inst in instances:
insts.child_add(NaElement('instance', inst))
get_perf_obj.child_add(insts)
out = self.invoke_elem(get_perf_obj)
iter_tag = out.child_get_int('tag')
iter_recs = out.child_get_int('records')
perf_insts = {}
i = 0
while i < iter_recs:
out = self.invoke('perf-object-get-instances-iter-next',
'maximum', 1,
'tag', iter_tag)
inst = out.child_get('instances').child_get('instance-data')
inst_name = inst.child_get_string('name')
perf_insts[inst_name] = {}
counters = inst.child_get('counters').children_get()
for c in counters:
name = c.child_get_string('name')
if info[name]['type'] == 'array':
vals = c.child_get_string('value').split(',')
data = {}
j = 0
while j < len(vals):
data[info[name]['labels'][j]] = int(vals[j])
j = j + 1
perf_insts[inst_name][name] = data
else:
try:
perf_insts[inst_name][name] = c.child_get_int('value')
except ValueError:
# Must be a string...
perf_insts[inst_name][name] = c.child_get_string(
'value')
i = i + 1
self.invoke('perf-object-get-instances-iter-end', 'tag', iter_tag)
return perf_insts
def get_perf_object_info(self, objectname):
"""
Return dict of static information about perf counter 'objectname'.
Information is returned as a dict of dicts.
"""
# Check cache:
if self.perf_obj_info.has_key(objectname):
return self.perf_obj_info[objectname]
out = self.invoke('perf-object-counter-list-info',
'objectname', objectname)
counters = {}
for counter in out.child_get('counters').children_get():
name = counter.child_get_string('name')
counters[name] = {}
counters[name]['desc'] = counter.child_get_string('desc')
counters[name]['privilege-level'] = counter.child_get_string(
'privilege-level')
## Handle optional keys:
for opt_key in ('base-counter', 'properties', 'type', 'unit'):
opt_val = counter.child_get_string(opt_key)
if opt_val:
counters[name][opt_key] = opt_val
elif opt_key == 'type':
counters[name]['type'] = 'scalar'
labels = counter.child_get('labels')
if labels:
counters[name]['labels'] = labels.child_get_string(
'label-info').split(',')
# Store info in cache and return
self.perf_obj_info[objectname] = counters
return counters
def get_perf_object_list(self):
"""Return dict of filer performance object names and privileges."""
out = self.invoke('perf-object-list-info')
objs = {}
for obj in out.child_get('objects').children_get():
objs[obj.child_get_string('name')] = obj.child_get_string(
'privilege-level')
return objs
def get_root_name(self):
"""Return a string containing the Filer's root volume's name."""
out = self.invoke('aggr-get-root-name')
return out.child_get_string('root-volume')
def get_share(self, name):
"""
Return a Share object representing the existing CIFS share of name.
If share does not exist, return False.
"""
if self.has_share(name):
return(Share(self, name))
else:
return False
def get_shares(self):
"""Return a list of Share objects containing filer's CIFS exports."""
out = self.invoke_cli('cifs', 'shares')
# Pattern of output is two header lines, followed by each share name
# starting at the left-hand side of the output. Regexp accounts
# For share name being able to include whitespace and other
# characters - match is anchored on first "/" following whitespace,
# which is presumed to be the start of the mount point.
output = out.child_get('cli-output').element['content'].splitlines()
share_pattern = re.compile(r'^([a-zA-Z].*\S)\s+\/')
shares = []
for line in output[2:]:
m = share_pattern.match(line)
if m:
shares.append(Share(self, m.groups()[0]))
return shares
def get_option(self, name):
"""Equivalent to 'options <name>' on the CLI."""
out = self.invoke('options-get', 'name', name)
return out.child_get_string('value')
def get_volume(self, name):
"""Return FlexVol object of existing vol 'name'; else return False."""
if self.has_volume(name):
return(FlexVol(self, name))
else:
return False
def get_volumes(self):
"""Retun a list of FlexVol objects that exist on filer."""
volumes = []
out = self.invoke('volume-list-info')
for volume in out.child_get('volumes').children_get():
name = volume.child_get_string('name')
volumes.append(FlexVol(self, name))
return volumes
def has_export(self, path):
"""Check if filer has NFS export name; return boolean."""
export = Export(self, path)
return export.configured()
def has_share(self, name):
"""Check if filer has CIFS share name; return boolean."""
share = Share(self, name)
return share.configured()
def has_volume(self, name):
"""Check if filer has FlexVol name; return boolean."""
try:
self.invoke('volume-list-info', 'volume', name)
except OntapApiException as e:
if e.errno == '13040':
return False
else:
raise
return True
def invoke(self, *args):
out = self.api.invoke(*args)
if out.results_status() == 'failed':
raise OntapApiException(out.results_errno(), out.results_reason())
return out
def invoke_cli(self, *cli_args):
"""
Call the unsupported/undocumented system-cli API.
args is a tuple of arguments that, joined with spaces, would represent
the command line if executing in the CLI.
"""
args = NaElement('args')
for arg in cli_args:
args.child_add(NaElement('arg', arg))
cli = NaElement('system-cli')
cli.child_add(args)
out = self.api.invoke_elem(cli)
if out.results_status() == 'failed':
raise OntapApiException(out.results_errno(), out.results_reason())
return out
def invoke_elem(self, naelement):
"""Call the NetApp API using an NaElement."""
out = self.api.invoke_elem(naelement)
if out.results_status() == 'failed':
raise OntapApiException(out.results_errno(), out.results_reason())
return out
def set_cifs_homedirs(self, homedirs):
"""Set the list of CIFS home directory paths for the filer."""
homedir_paths = NaElement('homedir-paths')
for d in homedirs:
homedir_paths.child_add(NaElement('homedir-path-info', d))
chps = NaElement('cifs-homedir-paths-set')
chps.child_add(homedir_paths)
self.invoke_elem(chps)
def set_option(self, option, value):
"""Equivalent to 'options <option> <value>' on the CLI."""
self.invoke('options-set', 'name', option, 'value', value)
def _xmltree_to_dict(self, out, int_values=(), key='name', value='value'):
"""Convert thinly-veiled XML from ONTAP API to a dict."""
options = {}
for option in out.child_get('options').children_get():
name = option.child_get_string(key)
if name in int_values:
options[name] = option.child_get_int(value)
else:
options[name] = option.child_get_string(value)
return options
def _xmltree_to_list(self, nae, outer_name, inner_name):
"""
Return list converted from ONTAP API NaElement 'nae'.
nae - NaElement from ONTAP API
outer_name - outer 'child' of NaElement
inner_name - inner 'child' of NaElement
"""
out_list = []
if nae.child_get(outer_name):
for item in nae.child_get(outer_name).children_get():
inner_val = item.child_get_string(inner_name)
if inner_val is not None:
out_list.append(inner_val)
return out_list
def connect():
naHost = getConfigOption("NAHost")
user = getConfigOption("User")
password = getConfigOption("Password")
s = NaServer(naHost, 1 , 21)
s.set_server_type("FILER")
s.set_transport_type("HTTPS")
s.set_port(443)
s.set_style("LOGIN")
s.set_admin_user(user, password)
return s
