def apply(obj, ds):
for dev in obj['devices']:
if dev.get('type') == 'DISK':
if q.get(dev, 'properties.target_type') == 'ZVOL':
q.set(dev, 'properties.target_type', 'BLOCK')
return obj
def do_set(self, obj, value, check_entity=None):
if not self.can_set(check_entity if check_entity else obj):
raise ValueError(
_("Property '{0}' is not settable for this entity".format(
self.name)))
value = read_value(value, self.type)
if self.strict and (self.enum or (self.complete and self.context)):
enum_val = self.enum() if callable(
self.enum) else self.enum or self.complete.choices(
self.context, None)
if self.type == ValueType.SET:
for e in value:
if e not in enum_val:
raise ValueError(
"Invalid value for property '{0}'. Should be one of: {1}"
.format(
self.get_name,
'; '.join(format_value(i) for i in enum_val)))
elif value not in enum_val:
raise ValueError(
"Invalid value for property '{0}'. Should be one of: {1}".
format(self.get_name,
', '.join(format_value(i) for i in enum_val)))
if isinstance(self.set, collections.Callable):
self.set(obj, value)
return
q.set(obj, self.set, value)
def run(self, directory):
try:
params = self.dispatcher.call_sync(
"dscached.management.normalize_parameters", directory["type"], directory.get("parameters", {})
)
except RpcException as err:
raise TaskException(err.code, err.message)
if self.datastore.exists("directories", ("name", "=", directory["name"])):
raise TaskException(errno.EEXIST, "Directory {0} already exists".format(directory["name"]))
normalize(
directory, {"enabled": False, "enumerate": True, "immutable": False, "uid_range": None, "gid_range": None}
)
# Replace passed in params with normalized ones
directory["parameters"] = params
if directory["type"] == "winbind":
normalize(directory, {"uid_range": [100000, 999999], "gid_range": [100000, 999999]})
smb = self.dispatcher.call_sync("service.query", [("name", "=", "smb")], {"single": True})
if not q.get(smb, "config.enable"):
q.set(smb, "config.enable", True)
self.join_subtasks(self.run_subtask("service.update", smb["id"], smb))
self.id = self.datastore.insert("directories", directory)
self.dispatcher.call_sync("dscached.management.configure_directory", self.id)
self.dispatcher.dispatch_event("directory.changed", {"operation": "create", "ids": [self.id]})
node = ConfigNode("directory", self.configstore)
node["search_order"] = node["search_order"].value + [directory["name"]]
self.dispatcher.call_sync("dscached.management.reload_config")
return self.id
def do_set(self, obj, value, check_entity=None):
if not self.can_set(check_entity if check_entity else obj):
raise ValueError(_("Property '{0}' is not settable for this entity".format(self.name)))
value = read_value(value, self.type)
if self.strict and self.enum:
enum_val = self.enum(obj) if callable(self.enum) else self.enum
if self.type == ValueType.SET:
for e in value:
if e not in enum_val:
raise ValueError("Invalid value for property '{0}'. Should be one of: {1}".format(
self.get_name,
'; '.join(format_value(i) for i in enum_val))
)
elif value not in enum_val:
raise ValueError("Invalid value for property '{0}'. Should be one of: {1}".format(
self.get_name,
', '.join(format_value(i) for i in enum_val))
)
if isinstance(self.set, collections.Callable):
self.set(obj, value)
return
q.set(obj, self.set, value)
def apply(obj, ds):
for dev in obj['devices']:
if dev.get('type') == 'DISK':
if q.get(dev, 'properties.target_type') == 'ZVOL':
q.set(dev, 'properties.target_type', 'BLOCK')
return obj
def get_item_stub(context, parent, name):
from freenas.cli.namespace import SingleItemNamespace
ns = SingleItemNamespace(name, parent, context)
ns.orig_entity = copy.deepcopy(parent.skeleton_entity)
ns.entity = copy.deepcopy(parent.skeleton_entity)
set(ns.entity, parent.primary_key_name, name)
return ns
def set_related(context, name, obj, field, value):
thing = context.entity_subscribers[name].query(('name', '=', value),
single=True)
if not thing:
from freenas.cli.namespace import CommandException
raise CommandException('{0} not found'.format(value))
set(obj, field, thing['id'])
def extend_query():
for i in self.datastore.query_stream('peers', ('type', '=', 'vmware')):
password = q.get(i, 'credentials.password')
if password:
q.set(i, 'credentials.password', Password(password))
i['status'] = lazy(self.get_status, i['id'])
yield i
def extend_query():
for i in self.datastore.query_stream('peers', ('type', '=', 'vmware')):
password = q.get(i, 'credentials.password')
if password:
q.set(i, 'credentials.password', Password(password))
i['status'] = lazy(self.get_status, i['id'])
yield i
def on_update(self, old_entity, new_entity):
for cwd in self.context.ml.path:
if isinstance(cwd, SingleItemNamespace) and cwd.parent == self:
if q.get(old_entity, self.primary_key_name) == q.get(cwd.entity, self.primary_key_name):
q.set(cwd.entity, self.primary_key_name, q.get(new_entity, self.primary_key_name))
cwd.load()
if not cwd.entity:
self.context.ml.cd_up()
def delete(self, this, kwargs):
q.set(
self.parent.entity, self.parent_path,
list(
filter(
lambda i: i[self.primary_key_name] != this.entity[
self.primary_key_name],
q.get(self.parent.entity, self.parent_path))))
return self.parent.save()
def run(self, directory):
try:
params = self.dispatcher.call_sync(
'dscached.management.normalize_parameters', directory['type'],
directory.get('parameters', {}))
except RpcException as err:
raise TaskException(err.code, err.message)
if self.datastore.exists('directories',
('name', '=', directory['name'])):
raise TaskException(
errno.EEXIST,
'Directory {0} already exists'.format(directory['name']))
normalize(
directory, {
'enabled': False,
'enumerate': True,
'immutable': False,
'uid_range': None,
'gid_range': None
})
# Replace passed in params with normalized ones
directory['parameters'] = params
for k, v in directory['parameters'].items():
if k == 'password':
directory['parameters'][k] = unpassword(v)
if directory['type'] == 'winbind':
normalize(directory, {
'uid_range': [100000, 999999],
'gid_range': [100000, 999999]
})
smb = self.dispatcher.call_sync('service.query',
[('name', '=', 'smb')],
{"single": True})
if not q.get(smb, 'config.enable'):
q.set(smb, 'config.enable', True)
self.run_subtask_sync('service.update', smb['id'], smb)
self.id = self.datastore.insert('directories', directory)
self.dispatcher.call_sync('dscached.management.configure_directory',
self.id)
self.dispatcher.dispatch_event('directory.changed', {
'operation': 'create',
'ids': [self.id]
})
node = ConfigNode('directory', self.configstore)
node['search_order'] = node['search_order'].value + [directory['name']]
self.dispatcher.call_sync('dscached.management.reload_config')
return self.id
def update_one(self, key, **kwargs):
with self.lock:
item = self.get(key)
if not item:
return False
for k, v in kwargs.items():
set(item, k, v)
self.put(key, item)
return True
def update_one(self, key, **kwargs):
with self.lock:
item = self.get(key)
if not item:
return False
for k, v in kwargs.items():
set(item, k, v)
self.put(key, item)
return True
def on_update(self, old_entity, new_entity):
for cwd in self.context.ml.path:
if isinstance(cwd, SingleItemNamespace) and cwd.parent == self:
if q.get(old_entity, self.primary_key_name) == q.get(
cwd.entity, self.primary_key_name):
q.set(cwd.entity, self.primary_key_name,
q.get(new_entity, self.primary_key_name))
cwd.load()
if not cwd.entity:
self.context.ml.cd_up()
def delete(self, this, kwargs):
q.set(
self.parent.entity,
self.parent_path,
list(filter(
lambda i: i[self.primary_key_name] != this.entity[self.primary_key_name],
q.get(self.parent.entity, self.parent_path)
))
)
return self.parent.save()
def run(self, peer, initial_credentials):
if 'name' not in peer:
raise TaskException(errno.EINVAL, 'Name has to be specified')
if self.datastore.exists('peers', ('name', '=', peer['name'])):
raise TaskException(errno.EINVAL, 'Peer entry {0} already exists'.format(peer['name']))
password = q.get(peer, 'credentials.password')
if password:
q.set(peer, 'credentials.password', unpassword(password))
return self.datastore.insert('peers', peer)
def run(self, peer, initial_credentials):
if 'name' not in peer:
raise TaskException(errno.EINVAL, 'Name has to be specified')
if self.datastore.exists('peers', ('name', '=', peer['name'])):
raise TaskException(errno.EINVAL, 'Peer entry {0} already exists'.format(peer['name']))
password = q.get(peer, 'credentials.password')
if password:
q.set(peer, 'credentials.password', unpassword(password))
return self.datastore.insert('peers', peer)
def save(self, this, new=False):
if new:
if not q.contains(self.parent.entity, self.parent_path):
q.set(self.parent.entity, self.parent_path, [])
q.get(self.parent.entity, self.parent_path).append(this.entity)
else:
entity = first_or_default(
lambda a: a[self.primary_key_name] == this.entity['name'],
q.get(self.parent.entity, self.parent_path))
entity.update(this.entity)
return self.parent.save()
def run(self, id, updated_fields):
peer = self.datastore.get_by_id('peers', id)
if not peer:
raise TaskException(errno.ENOENT, 'Peer {0} does not exist'.format(id))
password = q.get(updated_fields, 'credentials.password')
if password:
q.set(updated_fields, 'credentials.password', unpassword(password))
peer.update(updated_fields)
if 'name' in updated_fields and self.datastore.exists('peers', ('name', '=', peer['name'])):
raise TaskException(errno.EINVAL, 'Peer entry {0} already exists'.format(peer['name']))
self.datastore.update('peers', id, peer)
def run(self, id, updated_fields):
peer = self.datastore.get_by_id('peers', id)
if not peer:
raise TaskException(errno.ENOENT, 'Peer {0} does not exist'.format(id))
password = q.get(updated_fields, 'credentials.password')
if password:
q.set(updated_fields, 'credentials.password', unpassword(password))
peer.update(updated_fields)
if 'name' in updated_fields and self.datastore.exists('peers', ('name', '=', peer['name'])):
raise TaskException(errno.EINVAL, 'Peer entry {0} already exists'.format(peer['name']))
self.datastore.update('peers', id, peer)
def save(self, this, new=False):
if new:
if not q.contains(self.parent.entity, self.parent_path):
q.set(self.parent.entity, self.parent_path, [])
q.get(self.parent.entity, self.parent_path).append(this.entity)
else:
entity = first_or_default(
lambda a: a[self.primary_key_name] == this.entity[self.primary_key_name],
q.get(self.parent.entity, self.parent_path)
)
entity.update(this.entity)
return self.parent.save()
def run(self, directory):
try:
params = self.dispatcher.call_sync(
'dscached.management.normalize_parameters',
directory['type'],
directory.get('parameters', {})
)
except RpcException as err:
raise TaskException(err.code, err.message)
if self.datastore.exists('directories', ('name', '=', directory['name'])):
raise TaskException(errno.EEXIST, 'Directory {0} already exists'.format(directory['name']))
normalize(directory, {
'enabled': False,
'enumerate': True,
'immutable': False,
'uid_range': None,
'gid_range': None
})
# Replace passed in params with normalized ones
directory['parameters'] = params
for k, v in directory['parameters'].items():
if k == 'password':
directory['parameters'][k] = unpassword(v)
if directory['type'] == 'winbind':
normalize(directory, {
'uid_range': [100000, 999999],
'gid_range': [100000, 999999]
})
smb = self.dispatcher.call_sync('service.query', [('name', '=', 'smb')], {"single": True})
if not q.get(smb, 'config.enable'):
q.set(smb, 'config.enable', True)
self.run_subtask_sync('service.update', smb['id'], smb)
self.id = self.datastore.insert('directories', directory)
self.dispatcher.call_sync('dscached.management.configure_directory', self.id)
self.dispatcher.dispatch_event('directory.changed', {
'operation': 'create',
'ids': [self.id]
})
node = ConfigNode('directory', self.configstore)
node['search_order'] = node['search_order'].value + [directory['name']]
self.dispatcher.call_sync('dscached.management.reload_config')
return self.id
def __init__(self, name, context):
super(DockerConfigNamespace, self).__init__(name, context)
self.config_call = "docker.config.get_config"
self.update_task = 'docker.config.update'
self.add_property(
descr='Default Docker host',
name='default_host',
get=lambda o: self.get_host({'host': o['default_host']}),
set=lambda o, v: q.set(o, 'default_host', self.set_host({}, v)),
complete=EntitySubscriberComplete('default_host=', 'docker.host', lambda d: d['name']),
usage=_('''\
Name of a Docker host selected by default for any
container or container image operations
when there is no `host` parameter set explicitly in a command.''')
)
self.add_property(
descr='Forward Docker remote API to host',
name='api_forwarding',
get=lambda o: self.get_host({'host': o['default_host']}),
set=lambda o, v: q.set(o, 'default_host', self.set_host({}, v)),
complete=EntitySubscriberComplete('default_host=', 'docker.host', lambda d: d['name']),
usage=_('''\
Defines which (if any) Docker host - Virtual Machine hosting
a Docker service - should expose their standard remote HTTP API
at FreeNAS's default network interface.''')
)
self.add_property(
descr='Docker remote API forwarding',
name='api_forwarding_enable',
get='api_forwarding_enable',
set='api_forwarding_enable',
type=ValueType.BOOLEAN,
usage=_('''\
Used for enabling/disabling Docker HTTP API forwarding
to FreeNAS's default network interface.''')
)
self.add_property(
descr='Default DockerHub collection',
name='default_collection',
get='default_collection',
set='default_collection',
usage=_('''\
Used for setting a default DockerHub container images collection,
which later is being used in tab completion in other 'docker' namespaces.
Collection equals to DockerHub username''')
)
def do_append(self, obj, value):
if self.type not in (ValueType.SET, ValueType.ARRAY):
raise ValueError('Property is not a set or array')
value = read_value(value, self.type)
oldvalues = q.get(obj, self.set)
if oldvalues is not None:
newvalues = oldvalues + value
else:
newvalues = value
if isinstance(self.set, collections.Callable):
self.set(obj, newvalues)
return
q.set(obj, self.set, newvalues)
def do_append(self, obj, value):
if self.type not in (ValueType.SET, ValueType.ARRAY):
raise ValueError('Property is not a set or array')
value = read_value(value, self.type)
oldvalues = q.get(obj, self.set)
if oldvalues is not None:
newvalues = oldvalues + list(value)
else:
newvalues = value
if isinstance(self.set, collections.Callable):
self.set(obj, newvalues)
return
q.set(obj, self.set, newvalues)
def do_remove(self, obj, value):
if self.type not in (ValueType.SET, ValueType.ARRAY):
raise ValueError('Property is not a set or array')
value = read_value(value, self.type)
oldvalues = q.get(obj, self.set)
newvalues = oldvalues
for v in value:
if v in newvalues:
newvalues.remove(v)
else:
raise CommandException(_('{0} is not a value in {1}'.format(v, self.set)))
if isinstance(self.set, collections.Callable):
self.set(obj, newvalues)
return
q.set(obj, self.set, newvalues)
def do_remove(self, obj, value):
if self.type not in (ValueType.SET, ValueType.ARRAY):
raise ValueError('Property is not a set or array')
value = read_value(value, self.type)
oldvalues = q.get(obj, self.set)
newvalues = oldvalues
for v in value:
if v in newvalues:
newvalues.remove(v)
else:
raise CommandException(
_('{0} is not a value in {1}'.format(v, self.set)))
if isinstance(self.set, collections.Callable):
self.set(obj, newvalues)
return
q.set(obj, self.set, newvalues)
def attr_query(self):
class Test(object):
pass
c = Test()
d = {}
q.set(c, 'f', True)
q.set(d, 'f2', Test())
q.set(d, 'f2.nested', True)
if q.get(c, 'f') and q.get(d, 'f2.nested') and isinstance(q.get(d, 'f2'), Test):
l = [d, c]
if q.contains(c, 'f'):
q.delete(c, 'f')
return bool(q.query(l, ('f2.nested', '=', True), count=True))
return False
def attr_query(self):
class Test(object):
pass
c = Test()
d = {}
q.set(c, 'f', True)
q.set(d, 'f2', Test())
q.set(d, 'f2.nested', True)
if q.get(c, 'f') and q.get(d, 'f2.nested') and isinstance(
q.get(d, 'f2'), Test):
l = [d, c]
if q.contains(c, 'f'):
q.delete(c, 'f')
return bool(q.query(l, ('f2.nested', '=', True), count=True))
return False
def set_memsize(o, v):
set(o, 'config.memsize', int(v / 1024 / 1024))
def __init__(self, name, context):
super(ReplicationNamespace, self).__init__(name, context)
class PeerComplete(MultipleSourceComplete):
def __init__(self, name):
super(PeerComplete, self).__init__(
name,
(
EntitySubscriberComplete(name, 'peer', lambda o: o['name'] if o['type'] == 'freenas' else None),
RpcComplete(name, 'system.general.get_config', lambda o: o['hostname'])
)
)
self.primary_key_name = 'name'
self.entity_subscriber_name = 'replication'
self.create_task = 'replication.create'
self.update_task = 'replication.update'
self.delete_task = 'replication.delete'
self.required_props = ['datasets', 'master', 'slave']
self.localdoc['CreateEntityCommand'] = ("""\
Usage: create <name> master=<master> slave=<slave> recursive=<recursive>
bidirectional=<bidirectional> auto_recover=<auto_recover>
replicate_services=<replicate_services> encrypt=<encrypt>
compress=<fast/default/best> throttle=<throttle>
snapshot_lifetime=<snapshot_lifetime> follow_delete=<follow_delete>
Example: create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool,mypool/dataset
create my_replication master=freenas-1.local slave=freenas-2.local
datasets=source:target,source2/data:target2
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool recursive=yes
create my_replication master=10.0.0.2 slave=10.0.0.3 datasets=mypool
bidirectional=yes
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool,mypool2 bidirectional=yes
recursive=yes
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool,mypool2 bidirectional=yes
recursive=yes replicate_services=yes
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool,mypool2 bidirectional=yes
recursive=yes replicate_services=yes
auto_recover=yes
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool encrypt=AES128
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool compress=best
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool throttle=10MiB
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool encrypt=AES128 compress=best
throttle=10MiB
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool snapshot_lifetime=1:10:10
followdelete=yes
Creates a replication link entry. Link contains configuration data
used in later replication process.
All ZFS pools referenced in 'datasets' property must exist on both
slave and master at creation time. Datasets can be defined as a simple list
of datasets available on master (source) eg. mypool/mydataset,mypool2/mydataset2,
or a list of {source}:{target} eg. mypool/ds:targetpool/ds2,otherpool:targetpool2.
First example could be expanded to:
mypool/mydataset:mypool/mydataset,mypool2/mydataset2:mypool2mydataset2
It would have the same meaning.
Bidirectional replication is accepting only identical master and slave
(source and target) datasets trees eg mypool:mypool,mypool2:mypool2.
Created replication is implicitly: unidirectional, non-recursive,
does not recover automatically and does not replicate services
along with datasets.
One of: master, slave parameters must represent one of current machine's
IP addresses. Both these parameters must be defined,
because unidirectional replication link can be promoted
to become bi-directional link.
Recursive parameter set to 'yes' informs that every child dataset
of datasets defined in 'datasets' parameter will be replicated
along with provided parents.
Only in bi-directional replication service replication
and automatic recovery are available.
When automatic recovery is selected it is not possible to switch
hosts roles manually. It's being done automatically each time
'master' goes down or up again.
Creates a replication task. For a list of properties, see 'help properties'.""")
self.entity_localdoc['SetEntityCommand'] = ("""\
Usage: set <property>=<value> ...
Examples: set bidirectional=yes
set throttle=1M
set encrypt=AES256
set datasets=mypool1,mypool2/dataset1
Sets a replication property. For a list of properties, see 'help properties'.""")
self.localdoc['ListCommand'] = ("""\
Usage: show
Lists all replications. Optionally, filter or sort by property.
Use 'help properties' to list available properties.
Examples:
show
show | search name == foo""")
self.entity_localdoc['DeleteEntityCommand'] = ("""\
Usage: delete scrub=<scrub>
Examples: delete
delete scrub=yes
Delete current entity. Scrub allows to delete related datasets at slave side.""")
self.skeleton_entity = {
'bidirectional': False,
'recursive': False,
'replicate_services': False,
'transport_options': []
}
def get_transport_option(obj, name):
options = obj['transport_options']
for o in options:
if name in o['%type'].lower():
return o
return None
def get_compress(obj):
compress = get_transport_option(obj, 'compress')
if compress:
return compress['level']
else:
return None
def get_throttle(obj):
throttle = get_transport_option(obj, 'throttle')
if throttle:
return throttle['buffer_size']
else:
return None
def get_encrypt(obj):
encrypt = get_transport_option(obj, 'encrypt')
if encrypt:
return encrypt['type']
else:
return None
def set_transport_option(obj, oldval, val):
if oldval:
obj['transport_options'].remove(oldval)
if val:
obj['transport_options'].append(val)
def set_compress(obj, val):
opt = None
if val != 'no':
opt = {
'%type': 'CompressReplicationTransportOption',
'level': val
}
set_transport_option(obj, get_transport_option(obj, 'compress'), opt)
def set_throttle(obj, val):
opt = {
'%type': 'ThrottleReplicationTransportOption',
'buffer_size': val
}
set_transport_option(obj, get_transport_option(obj, 'throttle'), opt)
def set_encrypt(obj, val):
opt = None
if val != 'no':
opt = {
'%type': 'EncryptReplicationTransportOption',
'type': val
}
set_transport_option(obj, get_transport_option(obj, 'encrypt'), opt)
def get_peer(obj, role):
if obj[role] == self.context.call_sync('system.info.host_uuid'):
return self.context.call_sync('system.general.get_config')['hostname']
else:
return self.context.entity_subscribers['peer'].query(
('id', '=', obj[role]),
single=True,
select='name'
)
def set_peer(obj, val, role):
if val == self.context.call_sync('system.general.get_config')['hostname']:
obj[role] = self.context.call_sync('system.info.host_uuid')
else:
peer_id = self.context.entity_subscribers['peer'].query(
('name', '=', val),
('type', '=', 'freenas'),
single=True,
select='id'
)
obj[role] = peer_id
def get_datasets(obj):
return ['{0}:{1}'.format(i['master'], i['slave']) for i in obj['datasets']]
def set_datasets(obj, value):
datasets = []
for ds in value:
sp_dataset = ds.split(':', 1)
datasets.append({
'master': sp_dataset[0],
'slave': sp_dataset[int(bool(len(sp_dataset) == 2 and sp_dataset[1]))]
})
obj['datasets'] = datasets
def get_initial_master(obj):
if obj['initial_master'] == obj['master']:
return get_peer(obj, 'master')
elif obj['initial_master'] == obj['slave']:
return get_peer(obj, 'slave')
else:
return
self.add_property(
descr='Name',
name='name',
get='name',
usersetable=False,
list=True,
usage=_('Name of a replication task')
)
self.add_property(
descr='Master',
name='master',
get=lambda o: get_peer(o, 'master'),
set=lambda o, v: set_peer(o, v, 'master'),
usersetable=False,
list=True,
complete=PeerComplete('master='),
usage=_('Name of FreeNAS machine (peer) acting as a sending side.')
)
self.add_property(
descr='Slave',
name='slave',
get=lambda o: get_peer(o, 'slave'),
set=lambda o, v: set_peer(o, v, 'slave'),
usersetable=False,
list=True,
complete=PeerComplete('slave='),
usage=_('Name of FreeNAS machine (peer) acting as a receiving side.')
)
self.add_property(
descr='Datasets',
name='datasets',
get=get_datasets,
set=set_datasets,
list=False,
strict=False,
type=ValueType.SET,
complete=EntitySubscriberComplete('datasets=', 'volume.dataset', lambda o: o['name'] + ':'),
usage=_('List of datasets to be replicated.')
)
self.add_property(
descr='Bi-directional',
name='bidirectional',
get='bidirectional',
set='bidirectional',
list=False,
type=ValueType.BOOLEAN,
usage=_('Defines if a replication task does support inverting master/slave roles.')
)
self.add_property(
descr='Automatic recovery',
name='auto_recover',
get='auto_recover',
set='auto_recover',
condition=lambda o: o.get('bidirectional'),
list=False,
type=ValueType.BOOLEAN,
usage=_('''\
Enables automatic replication stream invert when initial master
becomes down/unreachable. Once initial master goes back online
replication streams are being inverted again
to match initial direction.''')
)
self.add_property(
descr='Initial master side',
name='initial_master',
get=get_initial_master,
usersetable=False,
createsetable=False,
list=False,
usage=_('Informs which host was initially selected a replication master.')
)
self.add_property(
descr='One time',
name='one_time',
get='one_time',
usersetable=False,
list=False,
type=ValueType.BOOLEAN,
usage=_('One time replications are automatically deleted after first successful run.')
)
self.add_property(
descr='Recursive',
name='recursive',
get='recursive',
set='recursive',
list=False,
type=ValueType.BOOLEAN,
usage=_('Defines if selected datasets should be replicated recursively.')
)
self.add_property(
descr='Services replication',
name='replicate_services',
get='replicate_services',
set='replicate_services',
condition=lambda o: o.get('bidirectional'),
list=False,
type=ValueType.BOOLEAN,
usage=_('''\
When set, in bidirectional replication case,
enables FreeNAS machines to attempt to recreate services
(such as shares) on new master after role swap.''')
)
self.add_property(
descr='Transfer encryption',
name='encryption',
get=get_encrypt,
set=set_encrypt,
enum=['no', 'AES128', 'AES192', 'AES256'],
list=False,
usage=_('''\
Encryption algorithm used during replication stream send operation.
Can be one of: 'no', 'AES128', 'AES192', 'AES256'.''')
)
self.add_property(
descr='Transfer throttle',
name='throttle',
get=get_throttle,
set=set_throttle,
list=False,
type=ValueType.SIZE,
usage=_('Maximum transfer speed during replication. Value in B/s.')
)
self.add_property(
descr='Transfer compression',
name='compression',
get=get_compress,
set=set_compress,
enum=['no', 'FAST', 'DEFAULT', 'BEST'],
list=False,
usage=_('''\
Compression algorithm used during replication stream send operation.
Can be one of: 'no', 'FAST', 'DEFAULT', 'BEST'.''')
)
self.add_property(
descr='Snapshot lifetime',
name='snapshot_lifetime',
get='snapshot_lifetime',
set=lambda o, v: q.set(o, 'snapshot_lifetime', parse_timedelta(str(v)).seconds),
list=False,
type=ValueType.NUMBER,
usage=_('Lifetime of snapshots created for replication purposes.')
)
self.add_property(
descr='Follow delete',
name='followdelete',
get='followdelete',
set='followdelete',
list=False,
type=ValueType.BOOLEAN,
usage=_('''\
Defines if replication should automatically remove
stale snapshots at slave side.''')
)
self.add_property(
descr='Current status',
name='status',
get='current_state.status',
usersetable=False,
createsetable=False,
list=False,
type=ValueType.STRING,
usage=_('Current status of replication.')
)
self.add_property(
descr='Current progress',
name='progress',
get=lambda o: '{0:.2f}'.format(round(q.get(o, 'current_state.progress'), 2)) + '%',
usersetable=False,
createsetable=False,
list=False,
type=ValueType.STRING,
condition=lambda o: q.get(o, 'current_state.status') == 'RUNNING',
usage=_('Current progress of replication.')
)
self.add_property(
descr='Last speed',
name='speed',
get='current_state.speed',
usersetable=False,
createsetable=False,
list=False,
type=ValueType.STRING,
condition=lambda o: q.get(o, 'current_state.status') == 'RUNNING',
usage=_('Transfer speed of current replication run.')
)
self.primary_key = self.get_mapping('name')
self.entity_commands = self.get_entity_commands
def __init__(self, name, context):
super(ReplicationNamespace, self).__init__(name, context)
class PeerComplete(MultipleSourceComplete):
def __init__(self, name):
super(PeerComplete, self).__init__(
name,
(
EntitySubscriberComplete(name, 'peer', lambda o: o['name'] if o['type'] == 'freenas' else None),
RpcComplete(name, 'system.general.get_config', lambda o: o['hostname'])
)
)
self.primary_key_name = 'name'
self.entity_subscriber_name = 'replication'
self.create_task = 'replication.create'
self.update_task = 'replication.update'
self.delete_task = 'replication.delete'
self.required_props = ['datasets', 'master', 'slave']
self.localdoc['CreateEntityCommand'] = ("""\
Usage: create <name> master=<master> slave=<slave> recursive=<recursive>
bidirectional=<bidirectional> auto_recover=<auto_recover>
replicate_services=<replicate_services> encrypt=<encrypt>
compress=<fast/default/best> throttle=<throttle>
snapshot_lifetime=<snapshot_lifetime> follow_delete=<follow_delete>
Example: create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool,mypool/dataset
create my_replication master=freenas-1.local slave=freenas-2.local
datasets=source:target,source2/data:target2
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool recursive=yes
create my_replication master=10.0.0.2 slave=10.0.0.3 datasets=mypool
bidirectional=yes
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool,mypool2 bidirectional=yes
recursive=yes
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool,mypool2 bidirectional=yes
recursive=yes replicate_services=yes
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool,mypool2 bidirectional=yes
recursive=yes replicate_services=yes
auto_recover=yes
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool encrypt=AES128
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool compress=best
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool throttle=10MiB
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool encrypt=AES128 compress=best
throttle=10MiB
create my_replication master=10.0.0.2 slave=10.0.0.3
datasets=mypool snapshot_lifetime=1:10:10
followdelete=yes
Creates a replication link entry. Link contains configuration data
used in later replication process.
All ZFS pools referenced in 'datasets' property must exist on both
slave and master at creation time. Datasets can be defined as a simple list
of datasets available on master (source) eg. mypool/mydataset,mypool2/mydataset2,
or a list of {source}:{target} eg. mypool/ds:targetpool/ds2,otherpool:targetpool2.
First example could be expanded to:
mypool/mydataset:mypool/mydataset,mypool2/mydataset2:mypool2mydataset2
It would have the same meaning.
Bidirectional replication is accepting only identical master and slave
(source and target) datasets trees eg mypool:mypool,mypool2:mypool2.
Created replication is implicitly: unidirectional, non-recursive,
does not recover automatically and does not replicate services
along with datasets.
One of: master, slave parameters must represent one of current machine's
IP addresses. Both these parameters must be defined,
because unidirectional replication link can be promoted
to become bi-directional link.
Recursive parameter set to 'yes' informs that every child dataset
of datasets defined in 'datasets' parameter will be replicated
along with provided parents.
Only in bi-directional replication service replication
and automatic recovery are available.
When automatic recovery is selected it is not possible to switch
hosts roles manually. It's being done automatically each time
'master' goes down or up again.
Creates a replication task. For a list of properties, see 'help properties'.""")
self.entity_localdoc['SetEntityCommand'] = ("""\
Usage: set <property>=<value> ...
Examples: set bidirectional=yes
set throttle=1M
set encrypt=AES256
set datasets=mypool1,mypool2/dataset1
Sets a replication property. For a list of properties, see 'help properties'.""")
self.localdoc['ListCommand'] = ("""\
Usage: show
Lists all replications. Optionally, filter or sort by property.
Use 'help properties' to list available properties.
Examples:
show
show | search name == foo""")
self.entity_localdoc['DeleteEntityCommand'] = ("""\
Usage: delete scrub=<scrub>
Examples: delete
delete scrub=yes
Delete current entity. Scrub allows to delete related datasets at slave side.""")
self.skeleton_entity = {
'bidirectional': False,
'recursive': False,
'replicate_services': False,
'transport_options': []
}
def get_transport_option(obj, name):
options = obj['transport_options']
for o in options:
if name in o['%type'].lower():
return o
return None
def get_compress(obj):
compress = get_transport_option(obj, 'compress')
if compress:
return compress['level']
else:
return None
def get_throttle(obj):
throttle = get_transport_option(obj, 'throttle')
if throttle:
return throttle['buffer_size']
else:
return None
def get_encrypt(obj):
encrypt = get_transport_option(obj, 'encrypt')
if encrypt:
return encrypt['type']
else:
return None
def set_transport_option(obj, oldval, val):
if oldval:
obj['transport_options'].remove(oldval)
if val:
obj['transport_options'].append(val)
def set_compress(obj, val):
opt = None
if val != 'no':
opt = {
'%type': 'CompressReplicationTransportOption',
'level': val
}
set_transport_option(obj, get_transport_option(obj, 'compress'), opt)
def set_throttle(obj, val):
opt = {
'%type': 'ThrottleReplicationTransportOption',
'buffer_size': val
}
set_transport_option(obj, get_transport_option(obj, 'throttle'), opt)
def set_encrypt(obj, val):
opt = None
if val != 'no':
opt = {
'%type': 'EncryptReplicationTransportOption',
'type': val
}
set_transport_option(obj, get_transport_option(obj, 'encrypt'), opt)
def get_peer(obj, role):
if obj[role] == self.context.call_sync('system.info.host_uuid'):
return self.context.call_sync('system.general.get_config')['hostname']
else:
return self.context.entity_subscribers['peer'].query(
('id', '=', obj[role]),
single=True,
select='name'
)
def set_peer(obj, val, role):
if val == self.context.call_sync('system.general.get_config')['hostname']:
obj[role] = self.context.call_sync('system.info.host_uuid')
else:
peer_id = self.context.entity_subscribers['peer'].query(
('name', '=', val),
('type', '=', 'freenas'),
single=True,
select='id'
)
obj[role] = peer_id
def get_datasets(obj):
return ['{0}:{1}'.format(i['master'], i['slave']) for i in obj['datasets']]
def set_datasets(obj, value):
datasets = []
for ds in value:
sp_dataset = ds.split(':', 1)
datasets.append({
'master': sp_dataset[0],
'slave': sp_dataset[int(bool(len(sp_dataset) == 2 and sp_dataset[1]))]
})
obj['datasets'] = datasets
def get_initial_master(obj):
if obj['initial_master'] == obj['master']:
return get_peer(obj, 'master')
elif obj['initial_master'] == obj['slave']:
return get_peer(obj, 'slave')
else:
return
self.add_property(
descr='Name',
name='name',
get='name',
usersetable=False,
list=True,
usage=_('Name of a replication task')
)
self.add_property(
descr='Master',
name='master',
get=lambda o: get_peer(o, 'master'),
set=lambda o, v: set_peer(o, v, 'master'),
usersetable=False,
list=True,
complete=PeerComplete('master='),
usage=_('Name of FreeNAS machine (peer) acting as a sending side.')
)
self.add_property(
descr='Slave',
name='slave',
get=lambda o: get_peer(o, 'slave'),
set=lambda o, v: set_peer(o, v, 'slave'),
usersetable=False,
list=True,
complete=PeerComplete('slave='),
usage=_('Name of FreeNAS machine (peer) acting as a receiving side.')
)
self.add_property(
descr='Datasets',
name='datasets',
get=get_datasets,
set=set_datasets,
list=False,
strict=False,
type=ValueType.SET,
complete=EntitySubscriberComplete('datasets=', 'volume.dataset', lambda o: o['name'] + ':'),
usage=_('List of datasets to be replicated.')
)
self.add_property(
descr='Bi-directional',
name='bidirectional',
get='bidirectional',
set='bidirectional',
list=False,
type=ValueType.BOOLEAN,
usage=_('Defines if a replication task does support inverting master/slave roles.')
)
self.add_property(
descr='Automatic recovery',
name='auto_recover',
get='auto_recover',
set='auto_recover',
condition=lambda o: o.get('bidirectional'),
list=False,
type=ValueType.BOOLEAN,
usage=_('''\
Enables automatic replication stream invert when initial master
becomes down/unreachable. Once initial master goes back online
replication streams are being inverted again
to match initial direction.''')
)
self.add_property(
descr='Initial master side',
name='initial_master',
get=get_initial_master,
usersetable=False,
createsetable=False,
list=False,
usage=_('Informs which host was initially selected a replication master.')
)
self.add_property(
descr='Recursive',
name='recursive',
get='recursive',
set='recursive',
list=False,
type=ValueType.BOOLEAN,
usage=_('Defines if selected datasets should be replicated recursively.')
)
self.add_property(
descr='Services replication',
name='replicate_services',
get='replicate_services',
set='replicate_services',
condition=lambda o: o.get('bidirectional'),
list=False,
type=ValueType.BOOLEAN,
usage=_('''\
When set, in bidirectional replication case,
enables FreeNAS machines to attempt to recreate services
(such as shares) on new master after role swap.''')
)
self.add_property(
descr='Transfer encryption',
name='encryption',
get=get_encrypt,
set=set_encrypt,
enum=['no', 'AES128', 'AES192', 'AES256'],
list=False,
usage=_('''\
Encryption algorithm used during replication stream send operation.
Can be one of: 'no', 'AES128', 'AES192', 'AES256'.''')
)
self.add_property(
descr='Transfer throttle',
name='throttle',
get=get_throttle,
set=set_throttle,
list=False,
type=ValueType.SIZE,
usage=_('Maximum transfer speed during replication. Value in B/s.')
)
self.add_property(
descr='Transfer compression',
name='compression',
get=get_compress,
set=set_compress,
enum=['no', 'FAST', 'DEFAULT', 'BEST'],
list=False,
usage=_('''\
Compression algorithm used during replication stream send operation.
Can be one of: 'no', 'FAST', 'DEFAULT', 'BEST'.''')
)
self.add_property(
descr='Snapshot lifetime',
name='snapshot_lifetime',
get='snapshot_lifetime',
set=lambda o, v: q.set(o, 'snapshot_lifetime', parse_timedelta(str(v)).seconds),
list=False,
type=ValueType.NUMBER,
usage=_('Lifetime of snapshots created for replication purposes.')
)
self.add_property(
descr='Follow delete',
name='followdelete',
get='followdelete',
set='followdelete',
list=False,
type=ValueType.BOOLEAN,
usage=_('''\
Defines if replication should automatically remove
stale snapshots at slave side.''')
)
self.add_property(
descr='Current status',
name='status',
get='current_state.status',
usersetable=False,
createsetable=False,
list=False,
type=ValueType.STRING,
usage=_('Current status of replication.')
)
self.add_property(
descr='Current progress',
name='progress',
get=lambda o: '{0:.2f}'.format(round(q.get(o, 'current_state.progress'), 2)) + '%',
usersetable=False,
createsetable=False,
list=False,
type=ValueType.STRING,
condition=lambda o: q.get(o, 'current_state.status') == 'RUNNING',
usage=_('Current progress of replication.')
)
self.add_property(
descr='Last speed',
name='speed',
get='current_state.speed',
usersetable=False,
createsetable=False,
list=False,
type=ValueType.STRING,
condition=lambda o: q.get(o, 'current_state.status') == 'RUNNING',
usage=_('Transfer speed of current replication run.')
)
self.primary_key = self.get_mapping('name')
self.entity_commands = self.get_entity_commands
def set_type(o, v):
q.set(o, 'type', v)
q.set(o, 'credentials.%type', '{0}-credentials'.format(v))
def set_type(o, v):
q.set(o, 'type', v)
q.set(o, 'credentials.%type', '{0}Credentials'.format(v.title().replace('-', '')))
def __init__(self, name, context):
super(ReplicationNamespace, self).__init__(name, context)
self.extra_query_params = [('task', '=', 'replication.replicate_dataset')]
self.required_props.extend([])
self.task_args_helper = ['dataset', 'options', 'transport_options']
self.skeleton_entity['task'] = 'replication.replicate_dataset'
self.skeleton_entity['args'] = [
None,
{
'remote_dataset': None,
'peer': None,
'recursive': False,
'followdelete': False
},
[]
]
def get_peer_name(id):
peer = self.context.entity_subscribers['peer'].query(('id', '=', id), single=True)
return peer['name'] if peer else None
def set_peer_id(name):
peer = self.context.entity_subscribers['peer'].query(('name', '=', name), single=True)
if not peer:
raise CommandException('Peer {0} not found'.format(name))
return peer['id']
def get_transport_option(obj, type, property):
opt = first_or_default(lambda i: i['name'] == type, obj['args'][2])
return opt[property] if opt else None
def set_transport_option(obj, type, property, value):
opt = first_or_default(lambda i: i['name'] == type, obj['args'][2])
if value:
if opt:
opt[property] = value
else:
obj['args'][2].append({
'name': type,
property: value
})
else:
obj['args'][2].remove(opt)
obj['args'] = copy.copy(obj['args'])
self.add_property(
descr='Local dataset',
name='dataset',
get=lambda obj: self.get_task_args(obj, 'dataset'),
list=True,
set=lambda obj, val: self.set_task_args(obj, val, 'dataset'),
)
self.add_property(
descr='Remote dataset',
name='remote_dataset',
get=lambda obj: q.get(self.get_task_args(obj, 'options'), 'remote_dataset'),
list=True,
set=lambda obj, val: q.set(self.get_task_args(obj, 'options'), 'remote_dataset', val),
)
self.add_property(
descr='Peer name',
name='peer',
get=lambda obj: get_peer_name(q.get(self.get_task_args(obj, 'options'), 'peer')),
list=True,
set=lambda obj, val: q.set(self.get_task_args(obj, 'options'), 'peer', set_peer_id(val)),
)
self.add_property(
descr='Recursive',
name='recursive',
get=lambda obj: q.get(self.get_task_args(obj, 'options'), 'recursive'),
list=True,
set=lambda obj, val: q.set(self.get_task_args(obj, 'options'), 'recursive', val),
type=ValueType.BOOLEAN
)
self.add_property(
descr='Follow delete',
name='followdelete',
get=lambda obj: q.get(self.get_task_args(obj, 'options'), 'followdelete'),
list=False,
set=lambda obj, val: q.set(self.get_task_args(obj, 'options'), 'followdelete', val),
type=ValueType.BOOLEAN
)
self.add_property(
descr='Compression',
name='compression',
get=lambda obj: get_transport_option(obj, 'compress', 'level'),
list=False,
set=lambda obj, val: set_transport_option(obj, 'compress', 'level', val),
enum=['FAST', 'DEFAULT', 'BEST', None]
)
self.add_property(
descr='Encryption',
name='encryption',
get=lambda obj: get_transport_option(obj, 'encryption', 'type'),
list=False,
set=lambda obj, val: set_transport_option(obj, 'encryption', 'type', val),
enum=['AES128', 'AES192', 'AES256', None]
)
self.add_property(
descr='Throttle',
name='throttle',
get=lambda obj: get_transport_option(obj, 'throttle', 'buffer_size'),
list=False,
set=lambda obj, val: set_transport_option(obj, 'throttle', 'buffer_size', val),
type=ValueType.SIZE
)
def set_rsync_args(self, entity, name, value):
q.set(entity['args'][0], name, value)
def set_rsync_args(self, entity, name, value):
q.set(entity['args'][0], name, value)
