"""
-# pylint: disable-msg=C0103,R0201,R0904
+# pylint: disable=C0103,R0201,R0904
# C0103: Invalid name, since call_ are not valid
# R0201: Method could be a function, we keep all rpcs instance methods
# as not to change them back and forth between static/instance methods
from ganeti import netutils
from ganeti import ssconf
from ganeti import runtime
+from ganeti import compat
+
+# Special module generated at build time
+from ganeti import _generated_rpc
# pylint has a bug here, doesn't see this import
-import ganeti.http.client # pylint: disable-msg=W0611
+import ganeti.http.client # pylint: disable=W0611
# Timeout for connecting to nodes (seconds)
_TIMEOUTS = {
}
+#: Special value to describe an offline host
+_OFFLINE = object()
+
def Init():
"""Initializes the module-global HTTP client manager.
curl.setopt(pycurl.CONNECTTIMEOUT, _RPC_CONNECT_TIMEOUT)
-# Aliasing this module avoids the following warning by epydoc: "Warning: No
-# information available for ganeti.rpc._RpcThreadLocal's base threading.local"
-_threading = threading
-
-
-class _RpcThreadLocal(_threading.local):
- def GetHttpClientPool(self):
- """Returns a per-thread HTTP client pool.
-
- @rtype: L{http.client.HttpClientPool}
-
- """
- try:
- pool = self.hcp
- except AttributeError:
- pool = http.client.HttpClientPool(_ConfigRpcCurl)
- self.hcp = pool
-
- return pool
-
-
-# Remove module alias (see above)
-del _threading
-
-
-_thread_local = _RpcThreadLocal()
-
-
def _RpcTimeout(secs):
"""Timeout decorator.
return wrapper
+def _Compress(data):
+ """Compresses a string for transport over RPC.
+
+ Small amounts of data are not compressed.
+
+ @type data: str
+ @param data: Data
+ @rtype: tuple
+ @return: Encoded data to send
+
+ """
+ # Small amounts of data are not compressed
+ if len(data) < 512:
+ return (constants.RPC_ENCODING_NONE, data)
+
+ # Compress with zlib and encode in base64
+ return (constants.RPC_ENCODING_ZLIB_BASE64,
+ base64.b64encode(zlib.compress(data, 3)))
+
+
class RpcResult(object):
"""RPC Result class.
args = (msg, ecode)
else:
args = (msg, )
- raise ec(*args) # pylint: disable-msg=W0142
+ raise ec(*args) # pylint: disable=W0142
-def _AddressLookup(node_list,
- ssc=ssconf.SimpleStore,
- nslookup_fn=netutils.Hostname.GetIP):
+def _SsconfResolver(node_list,
+ ssc=ssconf.SimpleStore,
+ nslookup_fn=netutils.Hostname.GetIP):
"""Return addresses for given node names.
@type node_list: list
@param ssc: SimpleStore class that is used to obtain node->ip mappings
@type nslookup_fn: callable
@param nslookup_fn: function use to do NS lookup
- @rtype: list of addresses and/or None's
- @returns: List of corresponding addresses, if found
+ @rtype: list of tuple; (string, string)
+ @return: List of tuples containing node name and IP address
"""
ss = ssc()
iplist = ss.GetNodePrimaryIPList()
family = ss.GetPrimaryIPFamily()
- addresses = []
ipmap = dict(entry.split() for entry in iplist)
- for node in node_list:
- address = ipmap.get(node)
- if address is None:
- address = nslookup_fn(node, family=family)
- addresses.append(address)
-
- return addresses
+ result = []
+ for node in node_list:
+ ip = ipmap.get(node)
+ if ip is None:
+ ip = nslookup_fn(node, family=family)
+ result.append((node, ip))
-class Client:
- """RPC Client class.
+ return result
- This class, given a (remote) method name, a list of parameters and a
- list of nodes, will contact (in parallel) all nodes, and return a
- dict of results (key: node name, value: result).
- One current bug is that generic failure is still signaled by
- 'False' result, which is not good. This overloading of values can
- cause bugs.
+class _StaticResolver:
+ def __init__(self, addresses):
+ """Initializes this class.
- """
- def __init__(self, procedure, body, port, address_lookup_fn=_AddressLookup):
- assert procedure in _TIMEOUTS, ("New RPC call not declared in the"
- " timeouts table")
- self.procedure = procedure
- self.body = body
- self.port = port
- self._request = {}
- self._address_lookup_fn = address_lookup_fn
-
- def ConnectList(self, node_list, address_list=None, read_timeout=None):
- """Add a list of nodes to the target nodes.
+ """
+ self._addresses = addresses
- @type node_list: list
- @param node_list: the list of node names to connect
- @type address_list: list or None
- @keyword address_list: either None or a list with node addresses,
- which must have the same length as the node list
- @type read_timeout: int
- @param read_timeout: overwrites default timeout for operation
+ def __call__(self, hosts):
+ """Returns static addresses for hosts.
"""
- if address_list is None:
- # Always use IP address instead of node name
- address_list = self._address_lookup_fn(node_list)
+ assert len(hosts) == len(self._addresses)
+ return zip(hosts, self._addresses)
- assert len(node_list) == len(address_list), \
- "Name and address lists must have the same length"
- for node, address in zip(node_list, address_list):
- self.ConnectNode(node, address, read_timeout=read_timeout)
+def _CheckConfigNode(name, node):
+ """Checks if a node is online.
- def ConnectNode(self, name, address=None, read_timeout=None):
- """Add a node to the target list.
+ @type name: string
+ @param name: Node name
+ @type node: L{objects.Node} or None
+ @param node: Node object
- @type name: str
- @param name: the node name
- @type address: str
- @param address: the node address, if known
- @type read_timeout: int
- @param read_timeout: overwrites default timeout for operation
+ """
+ if node is None:
+ # Depend on DNS for name resolution
+ ip = name
+ elif node.offline:
+ ip = _OFFLINE
+ else:
+ ip = node.primary_ip
+ return (name, ip)
- """
- if address is None:
- # Always use IP address instead of node name
- address = self._address_lookup_fn([name])[0]
- assert(address is not None)
+def _NodeConfigResolver(single_node_fn, all_nodes_fn, hosts):
+ """Calculate node addresses using configuration.
- if read_timeout is None:
- read_timeout = _TIMEOUTS[self.procedure]
+ """
+ # Special case for single-host lookups
+ if len(hosts) == 1:
+ (name, ) = hosts
+ return [_CheckConfigNode(name, single_node_fn(name))]
+ else:
+ all_nodes = all_nodes_fn()
+ return [_CheckConfigNode(name, all_nodes.get(name, None))
+ for name in hosts]
- self._request[name] = \
- http.client.HttpClientRequest(str(address), self.port,
- http.HTTP_PUT, str("/%s" % self.procedure),
- headers=_RPC_CLIENT_HEADERS,
- post_data=str(self.body),
- read_timeout=read_timeout)
- def GetResults(self, http_pool=None):
- """Call nodes and return results.
+class _RpcProcessor:
+ def __init__(self, resolver, port, lock_monitor_cb=None):
+ """Initializes this class.
- @rtype: list
- @return: List of RPC results
+ @param resolver: callable accepting a list of hostnames, returning a list
+ of tuples containing name and IP address (IP address can be the name or
+ the special value L{_OFFLINE} to mark offline machines)
+ @type port: int
+ @param port: TCP port
+ @param lock_monitor_cb: Callable for registering with lock monitor
"""
- if not http_pool:
- http_pool = _thread_local.GetHttpClientPool()
+ self._resolver = resolver
+ self._port = port
+ self._lock_monitor_cb = lock_monitor_cb
- http_pool.ProcessRequests(self._request.values())
+ @staticmethod
+ def _PrepareRequests(hosts, port, procedure, body, read_timeout):
+ """Prepares requests by sorting offline hosts into separate list.
+ """
results = {}
+ requests = {}
- for name, req in self._request.iteritems():
- if req.success and req.resp_status_code == http.HTTP_OK:
- results[name] = RpcResult(data=serializer.LoadJson(req.resp_body),
- node=name, call=self.procedure)
- continue
+ for (name, ip) in hosts:
+ if ip is _OFFLINE:
+ # Node is marked as offline
+ results[name] = RpcResult(node=name, offline=True, call=procedure)
+ else:
+ requests[name] = \
+ http.client.HttpClientRequest(str(ip), port,
+ http.HTTP_PUT, str("/%s" % procedure),
+ headers=_RPC_CLIENT_HEADERS,
+ post_data=body,
+ read_timeout=read_timeout,
+ nicename="%s/%s" % (name, procedure),
+ curl_config_fn=_ConfigRpcCurl)
+
+ return (results, requests)
- # TODO: Better error reporting
- if req.error:
- msg = req.error
+ @staticmethod
+ def _CombineResults(results, requests, procedure):
+ """Combines pre-computed results for offline hosts with actual call results.
+
+ """
+ for name, req in requests.items():
+ if req.success and req.resp_status_code == http.HTTP_OK:
+ host_result = RpcResult(data=serializer.LoadJson(req.resp_body),
+ node=name, call=procedure)
else:
- msg = req.resp_body
+ # TODO: Better error reporting
+ if req.error:
+ msg = req.error
+ else:
+ msg = req.resp_body
- logging.error("RPC error in %s from node %s: %s",
- self.procedure, name, msg)
- results[name] = RpcResult(data=msg, failed=True, node=name,
- call=self.procedure)
+ logging.error("RPC error in %s on node %s: %s", procedure, name, msg)
+ host_result = RpcResult(data=msg, failed=True, node=name,
+ call=procedure)
+
+ results[name] = host_result
return results
+ def __call__(self, hosts, procedure, body, read_timeout=None,
+ _req_process_fn=http.client.ProcessRequests):
+ """Makes an RPC request to a number of nodes.
-def _EncodeImportExportIO(ieio, ieioargs):
- """Encodes import/export I/O information.
+ @type hosts: sequence
+ @param hosts: Hostnames
+ @type procedure: string
+ @param procedure: Request path
+ @type body: string
+ @param body: Request body
+ @type read_timeout: int or None
+ @param read_timeout: Read timeout for request
- """
- if ieio == constants.IEIO_RAW_DISK:
- assert len(ieioargs) == 1
- return (ieioargs[0].ToDict(), )
+ """
+ if read_timeout is None:
+ read_timeout = _TIMEOUTS.get(procedure, None)
- if ieio == constants.IEIO_SCRIPT:
- assert len(ieioargs) == 2
- return (ieioargs[0].ToDict(), ieioargs[1])
+ assert read_timeout is not None, \
+ "Missing RPC read timeout for procedure '%s'" % procedure
- return ieioargs
+ (results, requests) = \
+ self._PrepareRequests(self._resolver(hosts), self._port, procedure,
+ str(body), read_timeout)
+ _req_process_fn(requests.values(), lock_monitor_cb=self._lock_monitor_cb)
-class RpcRunner(object):
- """RPC runner class"""
+ assert not frozenset(results).intersection(requests)
- def __init__(self, cfg):
- """Initialized the rpc runner.
+ return self._CombineResults(results, requests, procedure)
- @type cfg: C{config.ConfigWriter}
- @param cfg: the configuration object that will be used to get data
- about the cluster
+
+class RpcRunner(_generated_rpc.RpcClientDefault):
+ """RPC runner class.
+
+ """
+ def __init__(self, context):
+ """Initialized the RPC runner.
+
+ @type context: C{masterd.GanetiContext}
+ @param context: Ganeti context
"""
- self._cfg = cfg
- self.port = netutils.GetDaemonPort(constants.NODED)
+ _generated_rpc.RpcClientDefault.__init__(self)
+
+ self._cfg = context.cfg
+ self._proc = _RpcProcessor(compat.partial(_NodeConfigResolver,
+ self._cfg.GetNodeInfo,
+ self._cfg.GetAllNodesInfo),
+ netutils.GetDaemonPort(constants.NODED),
+ lock_monitor_cb=context.glm.AddToLockMonitor)
def _InstDict(self, instance, hvp=None, bep=None, osp=None):
"""Convert the given instance to a dict.
nic['nicparams'])
return idict
- def _ConnectList(self, client, node_list, call, read_timeout=None):
- """Helper for computing node addresses.
-
- @type client: L{ganeti.rpc.Client}
- @param client: a C{Client} instance
- @type node_list: list
- @param node_list: the node list we should connect
- @type call: string
- @param call: the name of the remote procedure call, for filling in
- correctly any eventual offline nodes' results
- @type read_timeout: int
- @param read_timeout: overwrites the default read timeout for the
- given operation
-
- """
- all_nodes = self._cfg.GetAllNodesInfo()
- name_list = []
- addr_list = []
- skip_dict = {}
- for node in node_list:
- if node in all_nodes:
- if all_nodes[node].offline:
- skip_dict[node] = RpcResult(node=node, offline=True, call=call)
- continue
- val = all_nodes[node].primary_ip
- else:
- val = None
- addr_list.append(val)
- name_list.append(node)
- if name_list:
- client.ConnectList(name_list, address_list=addr_list,
- read_timeout=read_timeout)
- return skip_dict
-
- def _ConnectNode(self, client, node, call, read_timeout=None):
- """Helper for computing one node's address.
-
- @type client: L{ganeti.rpc.Client}
- @param client: a C{Client} instance
- @type node: str
- @param node: the node we should connect
- @type call: string
- @param call: the name of the remote procedure call, for filling in
- correctly any eventual offline nodes' results
- @type read_timeout: int
- @param read_timeout: overwrites the default read timeout for the
- given operation
-
- """
- node_info = self._cfg.GetNodeInfo(node)
- if node_info is not None:
- if node_info.offline:
- return RpcResult(node=node, offline=True, call=call)
- addr = node_info.primary_ip
- else:
- addr = None
- client.ConnectNode(node, address=addr, read_timeout=read_timeout)
-
def _MultiNodeCall(self, node_list, procedure, args, read_timeout=None):
"""Helper for making a multi-node call
"""
body = serializer.DumpJson(args, indent=False)
- c = Client(procedure, body, self.port)
- skip_dict = self._ConnectList(c, node_list, procedure,
- read_timeout=read_timeout)
- skip_dict.update(c.GetResults())
- return skip_dict
+ return self._proc(node_list, procedure, body, read_timeout=read_timeout)
- @classmethod
- def _StaticMultiNodeCall(cls, node_list, procedure, args,
+ def _Call(self, node_list, procedure, timeout, args):
+ """Entry point for automatically generated RPC wrappers.
+
+ """
+ return self._MultiNodeCall(node_list, procedure, args, read_timeout=timeout)
+
+ @staticmethod
+ def _StaticMultiNodeCall(node_list, procedure, args,
address_list=None, read_timeout=None):
"""Helper for making a multi-node static call
"""
body = serializer.DumpJson(args, indent=False)
- c = Client(procedure, body, netutils.GetDaemonPort(constants.NODED))
- c.ConnectList(node_list, address_list=address_list,
- read_timeout=read_timeout)
- return c.GetResults()
+
+ if address_list is None:
+ resolver = _SsconfResolver
+ else:
+ # Caller provided an address list
+ resolver = _StaticResolver(address_list)
+
+ proc = _RpcProcessor(resolver,
+ netutils.GetDaemonPort(constants.NODED))
+ return proc(node_list, procedure, body, read_timeout=read_timeout)
def _SingleNodeCall(self, node, procedure, args, read_timeout=None):
"""Helper for making a single-node call
"""
body = serializer.DumpJson(args, indent=False)
- c = Client(procedure, body, self.port)
- result = self._ConnectNode(c, node, procedure, read_timeout=read_timeout)
- if result is None:
- # we did connect, node is not offline
- result = c.GetResults()[node]
- return result
+ return self._proc([node], procedure, body, read_timeout=read_timeout)[node]
@classmethod
def _StaticSingleNodeCall(cls, node, procedure, args, read_timeout=None):
"""
body = serializer.DumpJson(args, indent=False)
- c = Client(procedure, body, netutils.GetDaemonPort(constants.NODED))
- c.ConnectNode(node, read_timeout=read_timeout)
- return c.GetResults()[node]
+ proc = _RpcProcessor(_SsconfResolver,
+ netutils.GetDaemonPort(constants.NODED))
+ return proc([node], procedure, body, read_timeout=read_timeout)[node]
@staticmethod
- def _Compress(data):
- """Compresses a string for transport over RPC.
+ def _BlockdevFindPostProc(result):
+ if not result.fail_msg and result.payload is not None:
+ result.payload = objects.BlockDevStatus.FromDict(result.payload)
+ return result
- Small amounts of data are not compressed.
+ @staticmethod
+ def _BlockdevGetMirrorStatusPostProc(result):
+ if not result.fail_msg:
+ result.payload = [objects.BlockDevStatus.FromDict(i)
+ for i in result.payload]
+ return result
- @type data: str
- @param data: Data
- @rtype: tuple
- @return: Encoded data to send
+ @staticmethod
+ def _BlockdevGetMirrorStatusMultiPostProc(result):
+ for nres in result.values():
+ if nres.fail_msg:
+ continue
- """
- # Small amounts of data are not compressed
- if len(data) < 512:
- return (constants.RPC_ENCODING_NONE, data)
+ for idx, (success, status) in enumerate(nres.payload):
+ if success:
+ nres.payload[idx] = (success, objects.BlockDevStatus.FromDict(status))
- # Compress with zlib and encode in base64
- return (constants.RPC_ENCODING_ZLIB_BASE64,
- base64.b64encode(zlib.compress(data, 3)))
+ return result
- #
- # Begin RPC calls
- #
+ @staticmethod
+ def _OsGetPostProc(result):
+ if not result.fail_msg and isinstance(result.payload, dict):
+ result.payload = objects.OS.FromDict(result.payload)
+ return result
- @_RpcTimeout(_TMO_URGENT)
- def call_bdev_sizes(self, node_list, devices):
- """Gets the sizes of requested block devices present on a node
+ @staticmethod
+ def _PrepareFinalizeExportDisks(snap_disks):
+ flat_disks = []
- This is a multi-node call.
+ for disk in snap_disks:
+ if isinstance(disk, bool):
+ flat_disks.append(disk)
+ else:
+ flat_disks.append(disk.ToDict())
- """
- return self._MultiNodeCall(node_list, "bdev_sizes", [devices])
+ return flat_disks
- @_RpcTimeout(_TMO_URGENT)
- def call_lv_list(self, node_list, vg_name):
- """Gets the logical volumes present in a given volume group.
+ @staticmethod
+ def _ImpExpStatusPostProc(result):
+ """Post-processor for import/export status.
- This is a multi-node call.
+ @rtype: Payload containing list of L{objects.ImportExportStatus} instances
+ @return: Returns a list of the state of each named import/export or None if
+ a status couldn't be retrieved
"""
- return self._MultiNodeCall(node_list, "lv_list", [vg_name])
+ if not result.fail_msg:
+ decoded = []
- @_RpcTimeout(_TMO_URGENT)
- def call_vg_list(self, node_list):
- """Gets the volume group list.
+ for i in result.payload:
+ if i is None:
+ decoded.append(None)
+ continue
+ decoded.append(objects.ImportExportStatus.FromDict(i))
- This is a multi-node call.
+ result.payload = decoded
+
+ return result
+
+ @staticmethod
+ def _EncodeImportExportIO(ieio, ieioargs):
+ """Encodes import/export I/O information.
"""
- return self._MultiNodeCall(node_list, "vg_list", [])
+ if ieio == constants.IEIO_RAW_DISK:
+ assert len(ieioargs) == 1
+ return (ieioargs[0].ToDict(), )
- @_RpcTimeout(_TMO_NORMAL)
- def call_storage_list(self, node_list, su_name, su_args, name, fields):
- """Get list of storage units.
+ if ieio == constants.IEIO_SCRIPT:
+ assert len(ieioargs) == 2
+ return (ieioargs[0].ToDict(), ieioargs[1])
- This is a multi-node call.
+ return ieioargs
- """
- return self._MultiNodeCall(node_list, "storage_list",
- [su_name, su_args, name, fields])
+ #
+ # Begin RPC calls
+ #
@_RpcTimeout(_TMO_NORMAL)
- def call_storage_modify(self, node, su_name, su_args, name, changes):
- """Modify a storage unit.
+ def call_instance_start(self, node, instance, hvp, bep, startup_paused):
+ """Starts an instance.
This is a single-node call.
"""
- return self._SingleNodeCall(node, "storage_modify",
- [su_name, su_args, name, changes])
+ idict = self._InstDict(instance, hvp=hvp, bep=bep)
+ return self._SingleNodeCall(node, "instance_start", [idict, startup_paused])
- @_RpcTimeout(_TMO_NORMAL)
- def call_storage_execute(self, node, su_name, su_args, name, op):
- """Executes an operation on a storage unit.
+ @_RpcTimeout(_TMO_1DAY)
+ def call_instance_os_add(self, node, inst, reinstall, debug, osparams=None):
+ """Installs an OS on the given instance.
This is a single-node call.
"""
- return self._SingleNodeCall(node, "storage_execute",
- [su_name, su_args, name, op])
-
- @_RpcTimeout(_TMO_URGENT)
- def call_bridges_exist(self, node, bridges_list):
- """Checks if a node has all the bridges given.
+ return self._SingleNodeCall(node, "instance_os_add",
+ [self._InstDict(inst, osp=osparams),
+ reinstall, debug])
- This method checks if all bridges given in the bridges_list are
- present on the remote node, so that an instance that uses interfaces
- on those bridges can be started.
+ @classmethod
+ @_RpcTimeout(_TMO_FAST)
+ def call_node_start_master_daemons(cls, node, no_voting):
+ """Starts master daemons on a node.
This is a single-node call.
"""
- return self._SingleNodeCall(node, "bridges_exist", [bridges_list])
+ return cls._StaticSingleNodeCall(node, "node_start_master_daemons",
+ [no_voting])
- @_RpcTimeout(_TMO_NORMAL)
- def call_instance_start(self, node, instance, hvp, bep, startup_paused):
- """Starts an instance.
+ @classmethod
+ @_RpcTimeout(_TMO_FAST)
+ def call_node_activate_master_ip(cls, node):
+ """Activates master IP on a node.
This is a single-node call.
"""
- idict = self._InstDict(instance, hvp=hvp, bep=bep)
- return self._SingleNodeCall(node, "instance_start", [idict, startup_paused])
+ return cls._StaticSingleNodeCall(node, "node_activate_master_ip", [])
- @_RpcTimeout(_TMO_NORMAL)
- def call_instance_shutdown(self, node, instance, timeout):
- """Stops an instance.
+ @classmethod
+ @_RpcTimeout(_TMO_FAST)
+ def call_node_stop_master(cls, node):
+ """Deactivates master IP and stops master daemons on a node.
This is a single-node call.
"""
- return self._SingleNodeCall(node, "instance_shutdown",
- [self._InstDict(instance), timeout])
+ return cls._StaticSingleNodeCall(node, "node_stop_master", [])
- @_RpcTimeout(_TMO_NORMAL)
- def call_migration_info(self, node, instance):
- """Gather the information necessary to prepare an instance migration.
+ @classmethod
+ @_RpcTimeout(_TMO_FAST)
+ def call_node_deactivate_master_ip(cls, node):
+ """Deactivates master IP on a node.
This is a single-node call.
- @type node: string
- @param node: the node on which the instance is currently running
- @type instance: C{objects.Instance}
- @param instance: the instance definition
-
"""
- return self._SingleNodeCall(node, "migration_info",
- [self._InstDict(instance)])
+ return cls._StaticSingleNodeCall(node, "node_deactivate_master_ip", [])
- @_RpcTimeout(_TMO_NORMAL)
- def call_accept_instance(self, node, instance, info, target):
- """Prepare a node to accept an instance.
+ @classmethod
+ @_RpcTimeout(_TMO_FAST)
+ def call_node_change_master_netmask(cls, node, netmask):
+ """Change master IP netmask.
This is a single-node call.
- @type node: string
- @param node: the target node for the migration
- @type instance: C{objects.Instance}
- @param instance: the instance definition
- @type info: opaque/hypervisor specific (string/data)
- @param info: result for the call_migration_info call
- @type target: string
- @param target: target hostname (usually ip address) (on the node itself)
-
"""
- return self._SingleNodeCall(node, "accept_instance",
- [self._InstDict(instance), info, target])
+ return cls._StaticSingleNodeCall(node, "node_change_master_netmask",
+ [netmask])
- @_RpcTimeout(_TMO_NORMAL)
- def call_finalize_migration(self, node, instance, info, success):
- """Finalize any target-node migration specific operation.
+ @classmethod
+ @_RpcTimeout(_TMO_URGENT)
+ def call_master_info(cls, node_list):
+ """Query master info.
- This is called both in case of a successful migration and in case of error
- (in which case it should abort the migration).
+ This is a multi-node call.
- This is a single-node call.
+ """
+ # TODO: should this method query down nodes?
+ return cls._StaticMultiNodeCall(node_list, "master_info", [])
+
+ @classmethod
+ @_RpcTimeout(_TMO_URGENT)
+ def call_version(cls, node_list):
+ """Query node version.
- @type node: string
- @param node: the target node for the migration
- @type instance: C{objects.Instance}
- @param instance: the instance definition
- @type info: opaque/hypervisor specific (string/data)
- @param info: result for the call_migration_info call
- @type success: boolean
- @param success: whether the migration was a success or a failure
+ This is a multi-node call.
"""
- return self._SingleNodeCall(node, "finalize_migration",
- [self._InstDict(instance), info, success])
+ return cls._StaticMultiNodeCall(node_list, "version", [])
+
+ @classmethod
+ @_RpcTimeout(_TMO_NORMAL)
+ def call_upload_file(cls, node_list, file_name, address_list=None):
+ """Upload a file.
- @_RpcTimeout(_TMO_SLOW)
- def call_instance_migrate(self, node, instance, target, live):
- """Migrate an instance.
+ The node will refuse the operation in case the file is not on the
+ approved file list.
- This is a single-node call.
+ This is a multi-node call.
- @type node: string
- @param node: the node on which the instance is currently running
- @type instance: C{objects.Instance}
- @param instance: the instance definition
- @type target: string
- @param target: the target node name
- @type live: boolean
- @param live: whether the migration should be done live or not (the
- interpretation of this parameter is left to the hypervisor)
+ @type node_list: list
+ @param node_list: the list of node names to upload to
+ @type file_name: str
+ @param file_name: the filename to upload
+ @type address_list: list or None
+ @keyword address_list: an optional list of node addresses, in order
+ to optimize the RPC speed
"""
- return self._SingleNodeCall(node, "instance_migrate",
- [self._InstDict(instance), target, live])
+ file_contents = utils.ReadFile(file_name)
+ data = _Compress(file_contents)
+ st = os.stat(file_name)
+ getents = runtime.GetEnts()
+ params = [file_name, data, st.st_mode, getents.LookupUid(st.st_uid),
+ getents.LookupGid(st.st_gid), st.st_atime, st.st_mtime]
+ return cls._StaticMultiNodeCall(node_list, "upload_file", params,
+ address_list=address_list)
+ @classmethod
@_RpcTimeout(_TMO_NORMAL)
- def call_instance_reboot(self, node, inst, reboot_type, shutdown_timeout):
- """Reboots an instance.
+ def call_write_ssconf_files(cls, node_list, values):
+ """Write ssconf files.
- This is a single-node call.
+ This is a multi-node call.
"""
- return self._SingleNodeCall(node, "instance_reboot",
- [self._InstDict(inst), reboot_type,
- shutdown_timeout])
+ return cls._StaticMultiNodeCall(node_list, "write_ssconf_files", [values])
- @_RpcTimeout(_TMO_1DAY)
- def call_instance_os_add(self, node, inst, reinstall, debug, osparams=None):
- """Installs an OS on the given instance.
+ @classmethod
+ @_RpcTimeout(_TMO_NORMAL)
+ def call_node_leave_cluster(cls, node, modify_ssh_setup):
+ """Requests a node to clean the cluster information it has.
+
+ This will remove the configuration information from the ganeti data
+ dir.
This is a single-node call.
"""
- return self._SingleNodeCall(node, "instance_os_add",
- [self._InstDict(inst, osp=osparams),
- reinstall, debug])
+ return cls._StaticSingleNodeCall(node, "node_leave_cluster",
+ [modify_ssh_setup])
- @_RpcTimeout(_TMO_SLOW)
- def call_instance_run_rename(self, node, inst, old_name, debug):
- """Run the OS rename script for an instance.
+ def call_test_delay(self, node_list, duration, read_timeout=None):
+ """Sleep for a fixed time on given node(s).
- This is a single-node call.
+ This is a multi-node call.
"""
- return self._SingleNodeCall(node, "instance_run_rename",
- [self._InstDict(inst), old_name, debug])
+ assert read_timeout is None
+ return self.call_test_delay(node_list, duration,
+ read_timeout=int(duration + 5))
+ @classmethod
@_RpcTimeout(_TMO_URGENT)
- def call_instance_info(self, node, instance, hname):
- """Returns information about a single instance.
-
- This is a single-node call.
+ def call_jobqueue_update(cls, node_list, address_list, file_name, content):
+ """Update job queue.
- @type node: list
- @param node: the list of nodes to query
- @type instance: string
- @param instance: the instance name
- @type hname: string
- @param hname: the hypervisor type of the instance
+ This is a multi-node call.
"""
- return self._SingleNodeCall(node, "instance_info", [instance, hname])
+ return cls._StaticMultiNodeCall(node_list, "jobqueue_update",
+ [file_name, _Compress(content)],
+ address_list=address_list)
+ @classmethod
@_RpcTimeout(_TMO_NORMAL)
- def call_instance_migratable(self, node, instance):
- """Checks whether the given instance can be migrated.
+ def call_jobqueue_purge(cls, node):
+ """Purge job queue.
This is a single-node call.
- @param node: the node to query
- @type instance: L{objects.Instance}
- @param instance: the instance to check
-
-
"""
- return self._SingleNodeCall(node, "instance_migratable",
- [self._InstDict(instance)])
+ return cls._StaticSingleNodeCall(node, "jobqueue_purge", [])
+ @classmethod
@_RpcTimeout(_TMO_URGENT)
- def call_all_instances_info(self, node_list, hypervisor_list):
- """Returns information about all instances on the given nodes.
+ def call_jobqueue_rename(cls, node_list, address_list, rename):
+ """Rename a job queue file.
This is a multi-node call.
- @type node_list: list
- @param node_list: the list of nodes to query
- @type hypervisor_list: list
- @param hypervisor_list: the hypervisors to query for instances
-
"""
- return self._MultiNodeCall(node_list, "all_instances_info",
- [hypervisor_list])
+ return cls._StaticMultiNodeCall(node_list, "jobqueue_rename", rename,
+ address_list=address_list)
- @_RpcTimeout(_TMO_URGENT)
- def call_instance_list(self, node_list, hypervisor_list):
- """Returns the list of running instances on a given node.
-
- This is a multi-node call.
-
- @type node_list: list
- @param node_list: the list of nodes to query
- @type hypervisor_list: list
- @param hypervisor_list: the hypervisors to query for instances
-
- """
- return self._MultiNodeCall(node_list, "instance_list", [hypervisor_list])
-
- @_RpcTimeout(_TMO_FAST)
- def call_node_tcp_ping(self, node, source, target, port, timeout,
- live_port_needed):
- """Do a TcpPing on the remote node
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "node_tcp_ping",
- [source, target, port, timeout,
- live_port_needed])
-
- @_RpcTimeout(_TMO_FAST)
- def call_node_has_ip_address(self, node, address):
- """Checks if a node has the given IP address.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "node_has_ip_address", [address])
-
- @_RpcTimeout(_TMO_URGENT)
- def call_node_info(self, node_list, vg_name, hypervisor_type):
- """Return node information.
-
- This will return memory information and volume group size and free
- space.
-
- This is a multi-node call.
-
- @type node_list: list
- @param node_list: the list of nodes to query
- @type vg_name: C{string}
- @param vg_name: the name of the volume group to ask for disk space
- information
- @type hypervisor_type: C{str}
- @param hypervisor_type: the name of the hypervisor to ask for
- memory information
-
- """
- return self._MultiNodeCall(node_list, "node_info",
- [vg_name, hypervisor_type])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_etc_hosts_modify(self, node, mode, name, ip):
- """Modify hosts file with name
-
- @type node: string
- @param node: The node to call
- @type mode: string
- @param mode: The mode to operate. Currently "add" or "remove"
- @type name: string
- @param name: The host name to be modified
- @type ip: string
- @param ip: The ip of the entry (just valid if mode is "add")
-
- """
- return self._SingleNodeCall(node, "etc_hosts_modify", [mode, name, ip])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_node_verify(self, node_list, checkdict, cluster_name):
- """Request verification of given parameters.
-
- This is a multi-node call.
-
- """
- return self._MultiNodeCall(node_list, "node_verify",
- [checkdict, cluster_name])
-
- @classmethod
- @_RpcTimeout(_TMO_FAST)
- def call_node_start_master(cls, node, start_daemons, no_voting):
- """Tells a node to activate itself as a master.
-
- This is a single-node call.
-
- """
- return cls._StaticSingleNodeCall(node, "node_start_master",
- [start_daemons, no_voting])
-
- @classmethod
- @_RpcTimeout(_TMO_FAST)
- def call_node_stop_master(cls, node, stop_daemons):
- """Tells a node to demote itself from master status.
-
- This is a single-node call.
-
- """
- return cls._StaticSingleNodeCall(node, "node_stop_master", [stop_daemons])
-
- @classmethod
- @_RpcTimeout(_TMO_URGENT)
- def call_master_info(cls, node_list):
- """Query master info.
-
- This is a multi-node call.
-
- """
- # TODO: should this method query down nodes?
- return cls._StaticMultiNodeCall(node_list, "master_info", [])
-
- @classmethod
- @_RpcTimeout(_TMO_URGENT)
- def call_version(cls, node_list):
- """Query node version.
-
- This is a multi-node call.
-
- """
- return cls._StaticMultiNodeCall(node_list, "version", [])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_blockdev_create(self, node, bdev, size, owner, on_primary, info):
- """Request creation of a given block device.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "blockdev_create",
- [bdev.ToDict(), size, owner, on_primary, info])
-
- @_RpcTimeout(_TMO_SLOW)
- def call_blockdev_wipe(self, node, bdev, offset, size):
- """Request wipe at given offset with given size of a block device.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "blockdev_wipe",
- [bdev.ToDict(), offset, size])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_blockdev_remove(self, node, bdev):
- """Request removal of a given block device.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "blockdev_remove", [bdev.ToDict()])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_blockdev_rename(self, node, devlist):
- """Request rename of the given block devices.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "blockdev_rename",
- [(d.ToDict(), uid) for d, uid in devlist])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_blockdev_pause_resume_sync(self, node, disks, pause):
- """Request a pause/resume of given block device.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "blockdev_pause_resume_sync",
- [[bdev.ToDict() for bdev in disks], pause])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_blockdev_assemble(self, node, disk, owner, on_primary, idx):
- """Request assembling of a given block device.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "blockdev_assemble",
- [disk.ToDict(), owner, on_primary, idx])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_blockdev_shutdown(self, node, disk):
- """Request shutdown of a given block device.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "blockdev_shutdown", [disk.ToDict()])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_blockdev_addchildren(self, node, bdev, ndevs):
- """Request adding a list of children to a (mirroring) device.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "blockdev_addchildren",
- [bdev.ToDict(),
- [disk.ToDict() for disk in ndevs]])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_blockdev_removechildren(self, node, bdev, ndevs):
- """Request removing a list of children from a (mirroring) device.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "blockdev_removechildren",
- [bdev.ToDict(),
- [disk.ToDict() for disk in ndevs]])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_blockdev_getmirrorstatus(self, node, disks):
- """Request status of a (mirroring) device.
-
- This is a single-node call.
-
- """
- result = self._SingleNodeCall(node, "blockdev_getmirrorstatus",
- [dsk.ToDict() for dsk in disks])
- if not result.fail_msg:
- result.payload = [objects.BlockDevStatus.FromDict(i)
- for i in result.payload]
- return result
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_blockdev_getmirrorstatus_multi(self, node_list, node_disks):
- """Request status of (mirroring) devices from multiple nodes.
-
- This is a multi-node call.
-
- """
- result = self._MultiNodeCall(node_list, "blockdev_getmirrorstatus_multi",
- [dict((name, [dsk.ToDict() for dsk in disks])
- for name, disks in node_disks.items())])
- for nres in result.values():
- if nres.fail_msg:
- continue
-
- for idx, (success, status) in enumerate(nres.payload):
- if success:
- nres.payload[idx] = (success, objects.BlockDevStatus.FromDict(status))
-
- return result
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_blockdev_find(self, node, disk):
- """Request identification of a given block device.
-
- This is a single-node call.
-
- """
- result = self._SingleNodeCall(node, "blockdev_find", [disk.ToDict()])
- if not result.fail_msg and result.payload is not None:
- result.payload = objects.BlockDevStatus.FromDict(result.payload)
- return result
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_blockdev_close(self, node, instance_name, disks):
- """Closes the given block devices.
-
- This is a single-node call.
-
- """
- params = [instance_name, [cf.ToDict() for cf in disks]]
- return self._SingleNodeCall(node, "blockdev_close", params)
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_blockdev_getsize(self, node, disks):
- """Returns the size of the given disks.
-
- This is a single-node call.
-
- """
- params = [[cf.ToDict() for cf in disks]]
- return self._SingleNodeCall(node, "blockdev_getsize", params)
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_drbd_disconnect_net(self, node_list, nodes_ip, disks):
- """Disconnects the network of the given drbd devices.
-
- This is a multi-node call.
-
- """
- return self._MultiNodeCall(node_list, "drbd_disconnect_net",
- [nodes_ip, [cf.ToDict() for cf in disks]])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_drbd_attach_net(self, node_list, nodes_ip,
- disks, instance_name, multimaster):
- """Disconnects the given drbd devices.
-
- This is a multi-node call.
-
- """
- return self._MultiNodeCall(node_list, "drbd_attach_net",
- [nodes_ip, [cf.ToDict() for cf in disks],
- instance_name, multimaster])
-
- @_RpcTimeout(_TMO_SLOW)
- def call_drbd_wait_sync(self, node_list, nodes_ip, disks):
- """Waits for the synchronization of drbd devices is complete.
-
- This is a multi-node call.
-
- """
- return self._MultiNodeCall(node_list, "drbd_wait_sync",
- [nodes_ip, [cf.ToDict() for cf in disks]])
-
- @_RpcTimeout(_TMO_URGENT)
- def call_drbd_helper(self, node_list):
- """Gets drbd helper.
-
- This is a multi-node call.
-
- """
- return self._MultiNodeCall(node_list, "drbd_helper", [])
-
- @classmethod
- @_RpcTimeout(_TMO_NORMAL)
- def call_upload_file(cls, node_list, file_name, address_list=None):
- """Upload a file.
-
- The node will refuse the operation in case the file is not on the
- approved file list.
-
- This is a multi-node call.
-
- @type node_list: list
- @param node_list: the list of node names to upload to
- @type file_name: str
- @param file_name: the filename to upload
- @type address_list: list or None
- @keyword address_list: an optional list of node addresses, in order
- to optimize the RPC speed
-
- """
- file_contents = utils.ReadFile(file_name)
- data = cls._Compress(file_contents)
- st = os.stat(file_name)
- getents = runtime.GetEnts()
- params = [file_name, data, st.st_mode, getents.LookupUid(st.st_uid),
- getents.LookupGid(st.st_gid), st.st_atime, st.st_mtime]
- return cls._StaticMultiNodeCall(node_list, "upload_file", params,
- address_list=address_list)
-
- @classmethod
- @_RpcTimeout(_TMO_NORMAL)
- def call_write_ssconf_files(cls, node_list, values):
- """Write ssconf files.
-
- This is a multi-node call.
-
- """
- return cls._StaticMultiNodeCall(node_list, "write_ssconf_files", [values])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_run_oob(self, node, oob_program, command, remote_node, timeout):
- """Runs OOB.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "run_oob", [oob_program, command,
- remote_node, timeout])
-
- @_RpcTimeout(_TMO_FAST)
- def call_os_diagnose(self, node_list):
- """Request a diagnose of OS definitions.
-
- This is a multi-node call.
-
- """
- return self._MultiNodeCall(node_list, "os_diagnose", [])
-
- @_RpcTimeout(_TMO_FAST)
- def call_os_get(self, node, name):
- """Returns an OS definition.
-
- This is a single-node call.
-
- """
- result = self._SingleNodeCall(node, "os_get", [name])
- if not result.fail_msg and isinstance(result.payload, dict):
- result.payload = objects.OS.FromDict(result.payload)
- return result
-
- @_RpcTimeout(_TMO_FAST)
- def call_os_validate(self, required, nodes, name, checks, params):
- """Run a validation routine for a given OS.
-
- This is a multi-node call.
-
- """
- return self._MultiNodeCall(nodes, "os_validate",
- [required, name, checks, params])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_hooks_runner(self, node_list, hpath, phase, env):
- """Call the hooks runner.
-
- Args:
- - op: the OpCode instance
- - env: a dictionary with the environment
-
- This is a multi-node call.
-
- """
- params = [hpath, phase, env]
- return self._MultiNodeCall(node_list, "hooks_runner", params)
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_iallocator_runner(self, node, name, idata):
- """Call an iallocator on a remote node
-
- Args:
- - name: the iallocator name
- - input: the json-encoded input string
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "iallocator_runner", [name, idata])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_blockdev_grow(self, node, cf_bdev, amount, dryrun):
- """Request a snapshot of the given block device.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "blockdev_grow",
- [cf_bdev.ToDict(), amount, dryrun])
-
- @_RpcTimeout(_TMO_1DAY)
- def call_blockdev_export(self, node, cf_bdev,
- dest_node, dest_path, cluster_name):
- """Export a given disk to another node.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "blockdev_export",
- [cf_bdev.ToDict(), dest_node, dest_path,
- cluster_name])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_blockdev_snapshot(self, node, cf_bdev):
- """Request a snapshot of the given block device.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "blockdev_snapshot", [cf_bdev.ToDict()])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_finalize_export(self, node, instance, snap_disks):
- """Request the completion of an export operation.
-
- This writes the export config file, etc.
-
- This is a single-node call.
-
- """
- flat_disks = []
- for disk in snap_disks:
- if isinstance(disk, bool):
- flat_disks.append(disk)
- else:
- flat_disks.append(disk.ToDict())
-
- return self._SingleNodeCall(node, "finalize_export",
- [self._InstDict(instance), flat_disks])
-
- @_RpcTimeout(_TMO_FAST)
- def call_export_info(self, node, path):
- """Queries the export information in a given path.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "export_info", [path])
-
- @_RpcTimeout(_TMO_FAST)
- def call_export_list(self, node_list):
- """Gets the stored exports list.
-
- This is a multi-node call.
-
- """
- return self._MultiNodeCall(node_list, "export_list", [])
-
- @_RpcTimeout(_TMO_FAST)
- def call_export_remove(self, node, export):
- """Requests removal of a given export.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "export_remove", [export])
-
- @classmethod
- @_RpcTimeout(_TMO_NORMAL)
- def call_node_leave_cluster(cls, node, modify_ssh_setup):
- """Requests a node to clean the cluster information it has.
-
- This will remove the configuration information from the ganeti data
- dir.
-
- This is a single-node call.
-
- """
- return cls._StaticSingleNodeCall(node, "node_leave_cluster",
- [modify_ssh_setup])
-
- @_RpcTimeout(_TMO_FAST)
- def call_node_volumes(self, node_list):
- """Gets all volumes on node(s).
-
- This is a multi-node call.
-
- """
- return self._MultiNodeCall(node_list, "node_volumes", [])
-
- @_RpcTimeout(_TMO_FAST)
- def call_node_demote_from_mc(self, node):
- """Demote a node from the master candidate role.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "node_demote_from_mc", [])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_node_powercycle(self, node, hypervisor):
- """Tries to powercycle a node.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "node_powercycle", [hypervisor])
-
- @_RpcTimeout(None)
- def call_test_delay(self, node_list, duration):
- """Sleep for a fixed time on given node(s).
-
- This is a multi-node call.
-
- """
- return self._MultiNodeCall(node_list, "test_delay", [duration],
- read_timeout=int(duration + 5))
-
- @_RpcTimeout(_TMO_FAST)
- def call_file_storage_dir_create(self, node, file_storage_dir):
- """Create the given file storage directory.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "file_storage_dir_create",
- [file_storage_dir])
-
- @_RpcTimeout(_TMO_FAST)
- def call_file_storage_dir_remove(self, node, file_storage_dir):
- """Remove the given file storage directory.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "file_storage_dir_remove",
- [file_storage_dir])
-
- @_RpcTimeout(_TMO_FAST)
- def call_file_storage_dir_rename(self, node, old_file_storage_dir,
- new_file_storage_dir):
- """Rename file storage directory.
-
- This is a single-node call.
-
- """
- return self._SingleNodeCall(node, "file_storage_dir_rename",
- [old_file_storage_dir, new_file_storage_dir])
-
- @classmethod
- @_RpcTimeout(_TMO_URGENT)
- def call_jobqueue_update(cls, node_list, address_list, file_name, content):
- """Update job queue.
-
- This is a multi-node call.
-
- """
- return cls._StaticMultiNodeCall(node_list, "jobqueue_update",
- [file_name, cls._Compress(content)],
- address_list=address_list)
-
- @classmethod
- @_RpcTimeout(_TMO_NORMAL)
- def call_jobqueue_purge(cls, node):
- """Purge job queue.
-
- This is a single-node call.
-
- """
- return cls._StaticSingleNodeCall(node, "jobqueue_purge", [])
-
- @classmethod
- @_RpcTimeout(_TMO_URGENT)
- def call_jobqueue_rename(cls, node_list, address_list, rename):
- """Rename a job queue file.
-
- This is a multi-node call.
-
- """
- return cls._StaticMultiNodeCall(node_list, "jobqueue_rename", rename,
- address_list=address_list)
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_hypervisor_validate_params(self, node_list, hvname, hvparams):
- """Validate the hypervisor params.
+ @_RpcTimeout(_TMO_NORMAL)
+ def call_hypervisor_validate_params(self, node_list, hvname, hvparams):
+ """Validate the hypervisor params.
This is a multi-node call.
hv_full = objects.FillDict(cluster.hvparams.get(hvname, {}), hvparams)
return self._MultiNodeCall(node_list, "hypervisor_validate_params",
[hvname, hv_full])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_x509_cert_create(self, node, validity):
- """Creates a new X509 certificate for SSL/TLS.
-
- This is a single-node call.
-
- @type validity: int
- @param validity: Validity in seconds
-
- """
- return self._SingleNodeCall(node, "x509_cert_create", [validity])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_x509_cert_remove(self, node, name):
- """Removes a X509 certificate.
-
- This is a single-node call.
-
- @type name: string
- @param name: Certificate name
-
- """
- return self._SingleNodeCall(node, "x509_cert_remove", [name])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_import_start(self, node, opts, instance, component,
- dest, dest_args):
- """Starts a listener for an import.
-
- This is a single-node call.
-
- @type node: string
- @param node: Node name
- @type instance: C{objects.Instance}
- @param instance: Instance object
- @type component: string
- @param component: which part of the instance is being imported
-
- """
- return self._SingleNodeCall(node, "import_start",
- [opts.ToDict(),
- self._InstDict(instance), component, dest,
- _EncodeImportExportIO(dest, dest_args)])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_export_start(self, node, opts, host, port,
- instance, component, source, source_args):
- """Starts an export daemon.
-
- This is a single-node call.
-
- @type node: string
- @param node: Node name
- @type instance: C{objects.Instance}
- @param instance: Instance object
- @type component: string
- @param component: which part of the instance is being imported
-
- """
- return self._SingleNodeCall(node, "export_start",
- [opts.ToDict(), host, port,
- self._InstDict(instance),
- component, source,
- _EncodeImportExportIO(source, source_args)])
-
- @_RpcTimeout(_TMO_FAST)
- def call_impexp_status(self, node, names):
- """Gets the status of an import or export.
-
- This is a single-node call.
-
- @type node: string
- @param node: Node name
- @type names: List of strings
- @param names: Import/export names
- @rtype: List of L{objects.ImportExportStatus} instances
- @return: Returns a list of the state of each named import/export or None if
- a status couldn't be retrieved
-
- """
- result = self._SingleNodeCall(node, "impexp_status", [names])
-
- if not result.fail_msg:
- decoded = []
-
- for i in result.payload:
- if i is None:
- decoded.append(None)
- continue
- decoded.append(objects.ImportExportStatus.FromDict(i))
-
- result.payload = decoded
-
- return result
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_impexp_abort(self, node, name):
- """Aborts an import or export.
-
- This is a single-node call.
-
- @type node: string
- @param node: Node name
- @type name: string
- @param name: Import/export name
-
- """
- return self._SingleNodeCall(node, "impexp_abort", [name])
-
- @_RpcTimeout(_TMO_NORMAL)
- def call_impexp_cleanup(self, node, name):
- """Cleans up after an import or export.
-
- This is a single-node call.
-
- @type node: string
- @param node: Node name
- @type name: string
- @param name: Import/export name
-
- """
- return self._SingleNodeCall(node, "impexp_cleanup", [name])
projects / ganeti-local / blobdiff