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if parent is not None: cmd = ["btrfs", "send", "-p", parent, targetPath] else: cmd = ["btrfs", "send", targetPath] if Store.skipDryRun(logger, self.dryrun and allowDryRun)("Command: %s", cmd): return None process = subprocess.Popen( ...
def send(self, targetPath, parent, diff, showProgress=True, allowDryRun=True)
Return context manager for stream to send a (incremental) snapshot.
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4.753343
1.073815
measureSize = False if self.measureSize: for sink in sinks: if sink.isRemote: measureSize = True # Use destination (already uploaded) edges first sinks = list(sinks) sinks.reverse() self.dest = sinks[0] de...
def analyze(self, chunkSize, *sinks)
Figure out the best diffs to use to reach all our required volumes.
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4.968009
1.051181
nodes = [None] height = 1 def sortKey(node): if node is None: return None return (node.intermediate, self._totalSize(node)) while len(nodes) > 0: logger.debug("Analyzing %d nodes for height %d...", len(nodes), height) ...
def _analyzeDontMeasure(self, chunkSize, willMeasureLater, *sinks)
Figure out the best diffs to use to reach all our required volumes.
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3.773661
1.011776
nodes = self.nodes.values() nodes.sort(key=lambda node: self._height(node)) for node in nodes: yield node.diff
def iterDiffs(self)
Return all diffs used in optimal network.
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4.374624
1.144445
done = False while not done: done = True for node in [node for node in self.nodes.values() if node.intermediate]: if not [dep for dep in self.nodes.values() if dep.previous == node.volume]: # logger.debug("Removing unnecessary node %s"...
def _prune(self)
Get rid of all intermediate nodes that aren't needed.
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3.719424
1.246495
result = {} for k, v in dic.iteritems(): if isinstance(v, types.ListType) and len(v) == 1: if k not in ('msExchMailboxSecurityDescriptor', 'msExchSafeSendersHash', 'msExchBlockedSendersHash', 'replicationSignature', 'msExchSafeRecipientsH...
def __compress_attributes(self, dic)
This will convert all attributes that are list with only one item string into simple string. It seems that LDAP always return lists, even when it doesn t make sense. :param dic: :return:
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1.118013
with self.btrfs as mount: for bv in mount.subvolumes: if not bv.readOnly: continue vol = self._btrfsVol2StoreVol(bv) if vol is None: continue path = bv.fullPath if path...
def _fillVolumesAndPaths(self, paths)
Fill in paths. :arg paths: = { Store.Volume: ["linux path",]}
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1.049573
if fromVol is None: for toVol in self.paths: yield Store.Diff(self, toVol, fromVol, toVol.size) return if fromVol not in self.paths: return fromBVol = self.butterVolumes[fromVol.uuid] parentUUID = fromBVol.parent_uuid ...
def getEdges(self, fromVol)
Return the edges available from fromVol.
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4.613497
1.003434
if not self.dryrun: self._fileSystemSync() path = self.selectReceivePath(paths) if os.path.exists(path): raise Exception( "Path %s exists, can't receive %s" % (path, diff.toUUID) ) return self.butter.receive(path, diff, self...
def receive(self, diff, paths)
Return Context Manager for a file-like (stream) object to store a diff.
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path = self.selectReceivePath(paths) path = path + Store.theInfoExtension if Store.skipDryRun(logger, self.dryrun)("receive info to %s", path): return None return open(path, "w")
def receiveVolumeInfo(self, paths)
Return Context Manager for a file-like (stream) object to store volume info.
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1.397459
self._fileSystemSync() sendContext = self.butter.send( self.getSendPath(diff.toVol), self.getSendPath(diff.fromVol), diff, showProgress=self.showProgress is not False, allowDryRun=False, ) class _Measure(io.RawIOBase)...
def measureSize(self, diff, chunkSize)
Spend some time to get an accurate size.
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4.155299
1.023358
if not self.dryrun: self._fileSystemSync() return self.butter.send( self.getSendPath(diff.toVol), self.getSendPath(diff.fromVol), diff, self.showProgress is True, )
def send(self, diff)
Write the diff (toVol from fromVol) to the stream context manager.
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self._keepVol(diff.toVol) self._keepVol(diff.fromVol)
def keep(self, diff)
Mark this diff (or volume) to be kept in path.
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1.525615
if vol is None: return if vol in self.extraVolumes: del self.extraVolumes[vol] return if vol not in self.paths: raise Exception("%s not in %s" % (vol, self)) paths = [os.path.basename(path) for path in self.paths[vol]] n...
def _keepVol(self, vol)
Mark this volume to be kept in path.
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for (vol, path) in self.extraVolumes.items(): if not path.endswith(".part"): continue if self._skipDryRun(logger, 'INFO', dryrun=dryrun)("Delete subvolume %s", path): continue self.butterVolumes[vol.uuid].destroy()
def deletePartials(self, dryrun=False)
Delete any old partial uploads/downloads in path.
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if isinstance(typeDef, Structure): return (name, typeDef.fmt, typeDef) if len != 1: size = struct.calcsize(typeDef) if typeDef not in "xspP": typeDef = 's' typeDef = str(len * size) + typeDef fmtChar = typeDef[-1:] ...
def _parseDefinition(typeDef, name, len=1, reader=None, writer=None)
Return (name, format, type) for field. type.popValue() and type.yieldArgs() must be implemented.
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try: keyArgs = keyArgs._asdict() if keyArgs else {} except AttributeError: pass logger.debug('Args: %s', keyArgs) for (name, typeObj) in self._types.items(): logger.debug('Yielding %s: %s', name, typeObj) for arg in typeObj.yieldAr...
def yieldArgs(self, keyArgs)
Take (nested) dict(s) of args to set, and return flat list of args.
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0.97484
# bytearray doesn't work with fcntl args = array.array('B', (0,) * self.size) self._struct.pack_into(args, 0, *list(self.yieldArgs(keyArgs))) return args
def write(self, keyArgs)
Write specified key arguments into data structure.
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# return self._Tuple(*[name for (name, typeObj) in self._types.items()]) return self._Tuple(*[typeObj.popValue(argList) for (name, typeObj) in self._types.items()])
def popValue(self, argList)
Take a flat arglist, and pop relevent values and return as a value or tuple.
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if isinstance(data, Buffer): return data.read(self) try: args = list(self._struct.unpack_from(data, offset)) except TypeError as error: # Working around struct.unpack_from issue #10212 logger.debug("error: %s", error) args = l...
def read(self, data, offset=0)
Read data structure and return (nested) named tuple(s).
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start = self.offset self.skip(structure.size) return structure.read(self.buf, start)
def read(self, structure)
Read and advance.
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if newLength is None: newLength = self.len result = self.peekView(newLength) self.skip(newLength) return result
def readView(self, newLength=None)
Return a view of the next newLength bytes, and skip it.
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# Note: In Python 2.7, memoryviews can't be written to # by the struct module. (BUG) return memoryview(self.buf)[self.offset:self.offset + newLength]
def peekView(self, newLength)
Return a view of the next newLength bytes.
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result = Buffer(self.buf, self.offset, newLength) self.skip(newLength) return result
def readBuffer(self, newLength)
Read next chunk as another buffer.
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control = cls(dir, op, structure) def do(dev, **args): return control(dev, **args) return do
def _IOC(cls, dir, op, structure=None)
Encode an ioctl id.
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return cls._IOC(READ | WRITE, op, structure)
def IOWR(cls, op, structure)
Returns an ioctl Device method with READ and WRITE arguments.
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if b.strip(chr(0)) == '': return None s = b.encode('hex') return "%s-%s-%s-%s-%s" % (s[0:8], s[8:12], s[12:16], s[16:20], s[20:])
def bytes2uuid(b)
Return standard human-friendly UUID.
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1.030054
logger.debug("Link %d-%d-%d '%s%s'", dirTree, dirID, dirSeq, dirPath, name) # assert dirTree != 0, (dirTree, dirID, dirSeq, dirPath, name) assert (dirTree, dirID, dirSeq) not in self.links, (dirTree, dirID, dirSeq) self.links[(dirTree, dirID, dirSeq)] = (dirPath, name) ...
def _addLink(self, dirTree, dirID, dirSeq, dirPath, name)
Add tree reference and name. (Hardlink).
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for ((dirTree, dirID, dirSeq), (dirPath, name)) in self.links.items(): try: path = self.fileSystem.volumes[dirTree].fullPath if path is not None: return path + ("/" if path[-1] != "/" else "") + dirPath + name except Exception:...
def fullPath(self)
Return full butter path from butter root.
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for ((dirTree, dirID, dirSeq), (dirPath, name)) in self.links.items(): for path in self.fileSystem.volumes[dirTree].linuxPaths: yield path + "/" + dirPath + name if self.fullPath in self.fileSystem.mounts: yield self.fileSystem.mounts[self.fullPath]
def linuxPaths(self)
Return full paths from linux root. The first path returned will be the path through the top-most mount. (Usually the root).
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path = next(iter(self.linuxPaths)) directory = _Directory(os.path.dirname(path)) with directory as device: device.SNAP_DESTROY(name=str(os.path.basename(path)), )
def destroy(self)
Delete this subvolume from the filesystem.
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1.080611
directoryPath = os.path.dirname(path) if not os.path.exists(directoryPath): os.makedirs(directoryPath) logger.debug('Create copy of %s in %s', os.path.basename(path), directoryPath) with self._snapshot() as source, _Directory(directoryPath) as dest: des...
def copy(self, path)
Make another snapshot of this into dirName.
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self.SYNC() self._getDevices() self._getRoots() self._getMounts() self._getUsage() volumes = self.volumes.values() volumes.sort(key=(lambda v: v.fullPath)) return volumes
def subvolumes(self)
Subvolumes contained in this mount.
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status = self.QUOTA_CTL(cmd=BTRFS_QUOTA_CTL_ENABLE).status logger.debug("CTL Status: %s", hex(status)) status = self.QUOTA_RESCAN_STATUS() logger.debug("RESCAN Status: %s", status) if not status.flags: if not force: return self.Q...
def _rescanSizes(self, force=True)
Zero and recalculate quota sizes to subvolume sizes will be correct.
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1.05485
attrView = attrs[attrNum] if format == 's': format = str(attrView.len) + format try: (result,) = struct.unpack_from(format, attrView.buf, attrView.offset) except TypeError: # Working around struct.unpack_from issue #10212 (result,) = struct.unpack_from(format, str(by...
def TLV_GET(attrs, attrNum, format)
Get a tag-length-value encoded attribute.
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attrView = attrs[attrNum] if format == 's': format = str(attrView.len) + format struct.pack_into(format, attrView.buf, attrView.offset, value)
def TLV_PUT(attrs, attrNum, format, value)
Put a tag-length-value encoded attribute.
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def decorator(fn): commands[name] = fn.__name__ _Client._addMethod(fn.__name__, name, mode) return fn return decorator
def command(name, mode)
Label a method as a command with name.
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if diff is None: return None return dict( toVol=diff.toUUID, fromVol=diff.fromUUID, size=diff.size, sizeIsEstimated=diff.sizeIsEstimated, )
def diff(self, diff)
Serialize to a dictionary.
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for (volDict, volPaths) in self._client.fillVolumesAndPaths(): vol = Store.Volume(**volDict) paths[vol] = volPaths
def _fillVolumesAndPaths(self, paths)
Fill in paths. :arg paths: = { Store.Volume: ["linux path",]}
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return [ self.toObj.diff(diff) for diff in self._client.getEdges(self.toArg.vol(fromVol)) ]
def getEdges(self, fromVol)
Return the edges available from fromVol.
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(toUUID, fromUUID) = self.toArg.diff(diff) isInteractive = sys.stderr.isatty() return self.toObj.diff(self._client.measureSize( toUUID, fromUUID, diff.size, chunkSize, isInteractive, ))
def measureSize(self, diff, chunkSize)
Spend some time to get an accurate size.
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if Store.skipDryRun(logger, self.dryrun)("send %s", diff): return None (diffTo, diffFrom) = self.toArg.diff(diff) self._client.send(diffTo, diffFrom) progress = DisplayProgress(diff.size) if self.showProgress is True else None return _SSHStream(self._client...
def send(self, diff)
Return Context Manager for a file-like (stream) object to send a diff.
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path = self.selectReceivePath(paths) path = self._relativePath(path) if Store.skipDryRun(logger, self.dryrun)("receive to %s", path): return None (diffTo, diffFrom) = self.toArg.diff(diff) self._client.receive(path, diffTo, diffFrom) progress = Dis...
def receive(self, diff, paths)
Return Context Manager for a file-like (stream) object to store a diff.
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path = self.selectReceivePath(paths) path = path + Store.theInfoExtension if Store.skipDryRun(logger, self.dryrun)("receive info to %s", path): return None self._client.receiveInfo(path) return _SSHStream(self._client)
def receiveVolumeInfo(self, paths)
Return Context Manager for a file-like (stream) object to store volume info.
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(toUUID, fromUUID) = self.toArg.diff(diff) self._client.keep(toUUID, fromUUID) logger.debug("Kept %s", diff)
def keep(self, diff)
Mark this diff (or volume) to be kept in path.
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if self.dryrun: self._client.listUnused() else: self._client.deleteUnused()
def deleteUnused(self)
Delete any old snapshots in path, if not kept.
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if self.dryrun: self._client.listPartials() else: self._client.deletePartials()
def deletePartials(self)
Delete any old partial uploads/downloads in path.
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if self._process is not None: return cmd = [ 'ssh', self._host, 'sudo', 'buttersink', '--server', '--mode', self._mode, self._directory ] logger.debug("Connecting with: %...
def _open(self)
Open connection to remote host.
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if self._process is None: return self.quit() self._process.stdin.close() logger.debug("Waiting for ssh process to finish...") self._process.wait() # Wait for ssh session to finish. # self._process.terminate() # self._process.kill() ...
def _close(self)
Close connection to remote host.
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normalized = os.path.normpath(self.path) + ("/" if self.path.endswith("/") else "") if self.path != normalized: sys.stderr.write("Please use full path '%s'" % (normalized,)) return -1 self.butterStore = ButterStore.ButterStore(None, self.path, self.mode, dryrun=...
def run(self)
Run the server. Returns with system error code.
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# logger.debug("Result: %s", result) try: result = json.dumps(result) except Exception as error: result = json.dumps(self._errorInfo(command, error)) sys.stdout.write(result) sys.stdout.write("\n") sys.stdout.flush()
def _sendResult(self, result)
Send parseable json result of command.
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return dict( buttersink=theVersion, btrfs=self.butterStore.butter.btrfsVersion, linux=platform.platform(), )
def version(self)
Return kernel and btrfs version.
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diff = self.toObj.diff(diffTo, diffFrom) self._open(self.butterStore.send(diff))
def send(self, diffTo, diffFrom)
Do a btrfs send.
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diff = self.toObj.diff(diffTo, diffFrom) self._open(self.butterStore.receive(diff, [path, ]))
def receive(self, path, diffTo, diffFrom)
Receive a btrfs diff.
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size = int(size) if size == 0: self._close() return self._sendResult(dict(message="writing...", stream=True, size=size)) data = sys.stdin.read(size) self.stream.write(data)
def streamWrite(self, size)
Send or receive a chunk of data. :arg size: Amount of data. 0 indicates EOT.
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size = int(size) data = self.stream.read(size) size = len(data) if size == 0: self._close() return dict(message="Finished", size=0) self._sendResult(dict(message="reading...", stream=True, size=size)) sys.stdout.write(data)
def streamRead(self, size)
Send or receive a chunk of data. :arg size: Amount of data requested.
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return [ (self.toDict.vol(vol), paths) for vol, paths in self.butterStore.paths.items() ]
def fillVolumesAndPaths(self)
Get all volumes for initialization.
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return [self.toDict.diff(d) for d in self.butterStore.getEdges(self.toObj.vol(fromVol))]
def getEdges(self, fromVol)
Return the edges available from fromVol.
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diff = self.toObj.diff(diffTo, diffFrom, estimatedSize) isInteractive = self.toObj.bool(isInteractive) self.butterStore.showProgress = None if isInteractive else False self.butterStore.measureSize(diff, int(chunkSize)) return self.toDict.diff(diff)
def measureSize(self, diffTo, diffFrom, estimatedSize, chunkSize, isInteractive)
Spend some time to get an accurate size.
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diff = self.toObj.diff(diffTo, diffFrom) self.butterStore.keep(diff)
def keep(self, diffTo, diffFrom)
Mark this diff (or volume) to be kept in path.
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mapping = dict(zip(keys, values)) return mapper(mapping, _nt_name=name)
def load_lists(keys=[], values=[], name='NT')
Map namedtuples given a pair of key, value lists.
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if data and not path: return mapper(json.loads(data), _nt_name=name) if path and not data: return mapper(json.load(path), _nt_name=name) if data and path: raise ValueError('expected one source and received two')
def load_json(data=None, path=None, name='NT')
Map namedtuples with json data.
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if data and not path: return mapper(yaml.load(data), _nt_name=name) if path and not data: with open(path, 'r') as f: data = yaml.load(f) return mapper(data, _nt_name=name) if data and path: raise ValueError('expected one source and received two')
def load_yaml(data=None, path=None, name='NT')
Map namedtuples with yaml data.
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1.06187
NT = namedtuple(name, keys) if use_getpass: values = [os.getenv(x) or getpass.getpass(x) for x in keys] else: values = [os.getenv(x) or input(x) for x in keys] return NT(*values)
def load_env(keys=[], name='NT', use_getpass=False)
Returns a namedtuple from a list of environment variables. If not found in shell, gets input with *input* or *getpass*.
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if isinstance(mapping, Mapping) and not isinstance(mapping, AsDict): for key, value in list(mapping.items()): mapping[key] = mapper(value) return namedtuple_wrapper(_nt_name, **mapping) elif isinstance(mapping, list): return [mapper(item) for item in mapping] return ...
def mapper(mapping, _nt_name='NT')
Convert mappings to namedtuples recursively.
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if isinstance(mapping, Mapping): return AsDict(mapping) elif isinstance(mapping, list): return [ignore(item) for item in mapping] return mapping
def ignore(mapping)
Use ignore to prevent a mapping from being mapped to a namedtuple.
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exists = dir_exists(dir_path) if not exists: try: os.makedirs(dir_path) except(Exception,RuntimeError), e: raise Exception("Unable to create directory %s. Cause %s" % (dir_path, e)) return exists
def ensure_dir(dir_path)
If DIR_PATH does not exist, makes it. Failing that, raises Exception. Returns True if dir already existed; False if it had to be made.
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try: if host1 == host2: return True else: ips1 = get_host_ips(host1) ips2 = get_host_ips(host2) return len(set(ips1) & set(ips2)) > 0 except Exception, ex: log_exception(ex) return False
def is_same_host(host1, host2)
Returns true if host1 == host2 OR map to the same host (using DNS)
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hostport1 = addr1.split(":") hostport2 = addr2.split(":") return (is_same_host(hostport1[0], hostport2[0]) and hostport1[1] == hostport2[1])
def is_same_address(addr1, addr2)
Where the two addresses are in the host:port Returns true if ports are equals and hosts are the same using is_same_host
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try: open_ssl_exe = which("openssl") if not open_ssl_exe: raise Exception("No openssl exe found in path") try: # execute a an invalid command to get output with available options # since openssl does not have a --help option unfortunately ...
def validate_openssl()
Validates OpenSSL to ensure it has TLS_FALLBACK_SCSV supported
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# if rs is not configured yet then there is nothing to validate if not current_rs_conf: return my_host = self.get_host() current_member_confs = current_rs_conf['members'] err = None for curr_mem_conf in current_member_confs: if (self.id ...
def validate_against_current_config(self, current_rs_conf)
Validates the member document against current rs conf 1- If there is a member in current config with _id equals to my id then ensure hosts addresses resolve to the same host 2- If there is a member in current config with host resolving to my host then ensure that ...
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1.134421
secondary_lag_tuples = [] primary_member = self.get_primary_member() if not primary_member: raise MongoctlException("Unable to determine primary member for" " cluster '%s'" % self.id) master_status = primary_member.get_server().g...
def get_dump_best_secondary(self, max_repl_lag=None)
Returns the best secondary member to be used for dumping best = passives with least lags, if no passives then least lag
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1.013658
# it's possible isMaster returns an "incomplete" result if we # query a replica set member while it's loading the replica set config # https://jira.mongodb.org/browse/SERVER-13458 # let's try to detect this state before proceeding # seems like if the "secondary" field i...
def is_replicaset_initialized(self)
iterate on all members and check if any has joined the replica
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if current_member_confs is None: return None for curr_mem_conf in current_member_confs: if is_same_address(member_conf['host'], curr_mem_conf['host']): return curr_mem_conf['_id'] return None
def match_member_id(self, member_conf, current_member_confs)
Attempts to find an id for member_conf where fom current members confs there exists a element. Returns the id of an element of current confs WHERE member_conf.host and element.host are EQUAL or map to same host
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0.974022
log_info("Checking if there are any users that need to be added for " "server '%s'..." % server.id) seed_users = server.get_seed_users() count_new_users = 0 # Note: If server member of a replica then don't setup admin # users because primary server will do that at replinit...
def setup_server_users(server)
Seeds all users returned by get_seed_users() IF there are no users seed yet i.e. system.users collection is empty
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cred0 = get_global_login_user(server, "admin") if cred0 and cred0["username"] and cred0["password"]: log_verbose("Seeding : CRED0 to the front of the line!") return [cred0] + other_users if other_users else [cred0] else: return other_users
def prepend_global_admin_user(other_users, server)
When making lists of administrative users -- e.g., seeding a new server -- it's useful to put the credentials supplied on the command line at the head of the queue.
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distribution = platform.dist() dist_name = distribution[0].lower() dist_version_str = distribution[1] if dist_name and dist_version_str: return dist_name, dist_version_str else: return None, None
def get_os_dist_info()
Returns the distribution info
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cmd_options = super(MongosServer, self).export_cmd_options( options_override=options_override) # Add configServers arg cluster = self.get_validate_cluster() cmd_options["configdb"] = cluster.get_config_db_address() return cmd_options
def export_cmd_options(self, options_override=None, standalone=False)
Override! :return:
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if self._mongo_version: return self._mongo_version mongo_version = self.read_current_mongo_version() if not mongo_version: mongo_version = self.get_configured_mongo_version() self._mongo_version = mongo_version return self._mongo_version
def get_mongo_version(self)
Gets mongo version of the server if it is running. Otherwise return version configured in mongoVersion property
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if self.is_online(): try: return self.get_mongo_client().server_info() except OperationFailure, ofe: log_exception(ofe) if "there are no users authenticated" in str(ofe): # this is a pymongo 3.6.1 regression whe...
def get_server_build_info(self)
issues a buildinfo command
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log_verbose("Server '%s' attempting to authenticate to db '%s'" % (self.id, dbname)) login_user = self.get_login_user(dbname) username = None password = None auth_success = False if login_user: username = login_user["username"] if "pass...
def authenticate_db(self, db, dbname, retry=True)
Returns True if we manage to auth to the given db, else False.
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login_user = None # this will authenticate and update login user self.get_db(database, username=username, password=password, never_auth_with_admin=True) login_user = self.get_login_user(database) if login_user: username = login_user["...
def get_working_login(self, database, username=None, password=None)
authenticate to the specified database starting with specified username/password (if present), try to return a successful login within 3 attempts
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log_debug("Checking if server '%s' needs to auth on db '%s'...." % (self.id, dbname)) try: client = self.get_mongo_client() db = client.get_database(dbname) db.collection_names() result = False except (RuntimeError,Excep...
def needs_to_auth(self, dbname)
Determines if the server needs to authenticate to the database. NOTE: we stopped depending on is_auth() since its only a configuration and may not be accurate
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cluster = self.get_cluster() return (self.supports_repl_key() and cluster is not None and cluster.get_repl_key() is not None)
def needs_repl_key(self)
We need a repl key if you are auth + a cluster member + version is None or >= 2.0.0
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exe = exact_exe_version_match(executable_name, exe_version_tuples, version) if not exe: exe = minor_exe_version_match(executable_name, exe_version_tuples, ...
def exact_or_minor_exe_version_match(executable_name, exe_version_tuples, version)
IF there is an exact match then use it OTHERWISE try to find a minor version match
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# check if value is an id string id_path = value.split("/") id = id_path[0] return len(id_path) <= 2 and (repository.lookup_server(id) or repository.lookup_cluster(id))
def is_server_or_cluster_db_address(value)
checks if the specified value is in the form of [server or cluster id][/database]
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end = time # Convert datetime to unix timestamp and adjust for locality if isinstance(time, datetime): zoneDiff = pytime.time() - (datetime.now()- datetime(1970, 1, 1)).total_seconds() end = (time - datetime(1970, 1, 1)).total_seconds() + zoneDiff # Type check if not isinstanc...
def until(time)
Pause your program until a specific end time. 'time' is either a valid datetime object or unix timestamp in seconds (i.e. seconds since Unix epoch)
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now = pytime.time() end = now + num until(end)
def seconds(num)
Pause for this many seconds
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lock_file_path = server.get_lock_file_path() no_journal = (server.get_cmd_option("nojournal") or (options_override and "nojournal" in options_override)) if (os.path.exists(lock_file_path) and server.is_arbiter_server() and no_journal): log_warning("W...
def _pre_mongod_server_start(server, options_override=None)
Does necessary work before starting a server 1- An efficiency step for arbiters running with --no-journal * there is a lock file ==> * server must not have exited cleanly from last run, and does not know how to auto-recover (as a journalled server would) * however: this is an arb...
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log_info("Preparing server '%s' for use as configured..." % server.id) cluster = server.get_cluster() # setup the local users if server supports that if server.supports_local_users(): users.setup_server_local_users(server) if not server.is_cluster_member() or server.is_st...
def prepare_mongod_server(server)
Contains post start server operations
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if one_val < 0 or nother_val < 0 : return max(one_val, nother_val) else: return min(one_val, nother_val)
def _rlimit_min(one_val, nother_val)
Returns the more stringent rlimit value. -1 means no limit.
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command = [] if mongod_needs_numactl(): log_info("Running on a NUMA machine...") command = apply_numactl(command) # append the mongod executable command.append(get_server_executable(server)) # create the command args cmd_options = server.export_cmd_options(options_overrid...
def generate_start_command(server, options_override=None, standalone=False)
Check if we need to use numactl if we are running on a NUMA box. 10gen recommends using numactl on NUMA. For more info, see http://www.mongodb.org/display/DOCS/NUMA
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home_dir = super(MongodServer, self).get_server_home() if not home_dir: home_dir = self.get_db_path() return home_dir
def get_server_home(self)
Override! :return:
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cmd_options = super(MongodServer, self).export_cmd_options( options_override=options_override) # reset some props to exporting vals cmd_options['dbpath'] = self.get_db_path() if 'repairpath' in cmd_options: cmd_options['repairpath'] = resolve_path(cmd_o...
def export_cmd_options(self, options_override=None, standalone=False)
Override! :return:
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seed_users = super(MongodServer, self).get_seed_users() # exempt database users for config servers if seed_users and self.is_config_server(): for dbname in seed_users.keys(): if dbname not in ["admin", "local", "config"]: del seed_users[db...
def get_seed_users(self)
Override! :return:
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member_status = self.get_member_rs_status() if not member_status: raise MongoctlException("Unable to determine replicaset status for" " member '%s'" % self.id) return get_member_repl_lag(member_status,...
def get_repl_lag(self, master_status)
Given two 'members' elements from rs.status(), return lag between their optimes (in secs).
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kwargs = kwargs or {} connection_timeout_ms = kwargs.get("connectTimeoutMS") or CONN_TIMEOUT_MS kwargs.update({ "socketTimeoutMS": connection_timeout_ms, "connectTimeoutMS": connection_timeout_ms, "maxPoolSize": 1 }) if pymongo.get_version_string().startswith("3.2"): ...
def mongo_client(*args, **kwargs)
wrapper around mongo client :param args: :param kwargs: :return:
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graph = self._init_graph() # ensure is NetJSON NetworkGraph object if 'type' not in data or data['type'] != 'NetworkGraph': raise ParserError('Parse error, not a NetworkGraph object') # ensure required keys are present required_keys = ['protocol', 'version', ...
def parse(self, data)
Converts a NetJSON 'NetworkGraph' object to a NetworkX Graph object,which is then returned. Additionally checks for protocol version, revision and metric.
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# initialize graph and list of aggregated nodes graph = self._init_graph() server = self._server_common_name # add server (central node) to graph graph.add_node(server) # data may be empty if data is None: clients = [] links = [] ...
def parse(self, data)
Converts a OpenVPN JSON to a NetworkX Graph object which is then returned.
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try: return super(BatmanParser, self).to_python(data) except ConversionException as e: return self._txtinfo_to_python(e.data)
def to_python(self, data)
Adds support for txtinfo format
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