def runCommand(self):
self.parseArgs('''
Marks active node idle which will cause varying
actions based on the resource adapter associated with the given node.
''')
# The "--node nodeName" option was implemented first
# and we maintain backwards compatability for it.
# The "nodeName..." arguments were added later.
node_api = NodeWsApi(username=self.getUsername(),
password=self.getPassword(),
baseurl=self.getUrl(),
verify=self._verify)
try:
results = node_api.idleNode(self.getArgs().nodeName)
if results['NodeAlreadyIdle']:
print(_('The following node(s) are already in idle state:'))
print('\n'.join(results['NodeAlreadyIdle']))
if results['NodeSoftwareProfileLocked']:
print(
_('The following node(s) are locked and cannot be idled:'))
print('\n'.join(results['NodeSoftwareProfileLocked']))
except Exception as msg:
raise InvalidCliRequest(_("Can't idle node(s): {}").format(msg))
def runCommand(self):
self.parseArgs()
options = self.getArgs()
if options.state and (options.bNotInstalled or options.bInstalled):
raise InvalidCliRequest(
'--state and --installed/--not-installed arguments are'
' mutually exclusive')
api = NodeWsApi(username=self.getUsername(),
password=self.getPassword(),
baseurl=self.getUrl(),
verify=self._verify)
nodes: List[Dict[str, Any]] = [
dict(x) for x in api.getNodeList(nodespec=options.nodeName,
tags=options.tags)
]
if not nodes:
if options.nodeName:
print('No nodes matching nodespec [{}]\n'.format(
options.nodeName))
sys.exit(1)
if options.bInstalled:
nodes = self.__filter_nodes(nodes, 'state', 'Installed')
if options.bNotInstalled:
nodes = self.__filter_nodes(nodes, 'state', 'Installed', True)
if options.state:
nodes = self.__filter_nodes(nodes, 'state', options.state)
if options.softwareProfile:
nodes = self.__filter_nodes(nodes, ['softwareprofile', 'name'],
options.softwareProfile)
if options.hardwareProfile:
nodes = self.__filter_nodes(nodes, ['hardwareprofile', 'name'],
options.hardwareProfile)
if not options.showAll:
nodes = self.__filter_nodes(nodes, 'state', 'Deleted', True)
grouped: Dict[str, List[Dict[str, Any]]] = self.__group_nodes(
nodes, options.bByHardwareProfile)
if options.bShortOutput:
output: Optional[str] = self.__make_short_output(grouped)
elif options.bListOutput:
output: Optional[str] = self.__make_list_output(nodes)
else:
output: Optional[str] = self.__make_full_output(grouped)
if output:
print(output)
def runCommand(self):
self.parseArgs()
node_api = NodeWsApi(username=self.getUsername(),
password=self.getPassword(),
baseurl=self.getUrl(),
verify=self._verify)
if (self.getArgs().nodeList and self.getArgs().nodeList[0] == '-') or \
(self.getArgs().nodes and self.getArgs().nodes[0] == '-'):
# Perform bulk deletes, 100 nodes at a time
nodes = []
for count, line in zip(itertools.count(1), sys.stdin.readlines()):
nodes.append(line.rstrip())
if count % 100 == 0:
node_api.deleteNode(','.join(nodes),
force=self.getArgs().force)
nodes = []
if nodes:
node_api.deleteNode(','.join(nodes),
force=self.getArgs().force)
else:
nodes = []
for nodespec in self.getArgs().nodes:
nodes.extend(nodespec.split(','))
if self.getArgs().nodeList:
nodes.append(self.getArgs().nodeList)
node_api.deleteNode(','.join(nodes), force=self.getArgs().force)
def runCommand(self):
self.parseArgs()
self.node_wsapi = NodeWsApi(username=self.getUsername(),
password=self.getPassword(),
baseurl=self.getUrl(),
verify=self._verify)
if self.getArgs().request_id:
self._get_node_request(self.getArgs().request_id)
raise SystemExit(0)
for nr in self.node_wsapi.getNodeRequests():
self.__display_node_request(nr)
def __get_software_profile(self):
# Determine software profile name based on command-line option(s)
if self.getArgs().applyToInstaller:
# Get software profile name from installer node
node = NodeWsApi(
username=self.getUsername(),
password=self.getPassword(),
baseurl=self.getUrl(),
verify=self._verify).getInstallerNode(optionDict={
'softwareprofile': True,
})
return node.getSoftwareProfile().getName()
return self.getArgs().softwareprofile
def __get_software_profile_name(self):
"""
Returns software profile name based on command-line arguments or None,
if not provided.
"""
if self.getArgs().applyToInstaller:
nodeApi = NodeWsApi(username=self.getUsername(),
password=self.getPassword(),
baseurl=self.getUrl(),
verify=self._verify)
node = nodeApi.getInstallerNode(optionDict={
'softwareprofile': True,
})
return node.getSoftwareProfile().getName()
return self.getArgs().softwareProfileName
def runCommand(self):
self.parseArgs()
installer = self.getArgs().installer
cm = ConfigManager()
if ':' in installer:
instHostName, instHostPort = installer.split(':')
else:
instHostName = installer
instHostPort = cm.getAdminPort()
base_url = f'https://{instHostName}:{instHostPort}'
api = NodeWsApi(username=self.getUsername(),
password=self.getPassword(),
baseurl=base_url,
verify=self._verify)
fileContent = api.getProvisioningInfo(
self.getArgs().nodeName).getXmlRep()
# Load generated XML and update installer host name value
dom = ET.fromstring(fileContent)
# Override the installer host name with that provided on command-line
if self.getArgs().installer:
for elem in dom.findall('./globalparameter'):
if elem.get('name') == 'Installer':
elem.set('value', instHostName)
# Generate file.
rootMountPoint = self.getArgs().rootMountPoint
niiProfileFile = ConfigManager().getProfileNiiFile()
if rootMountPoint != '/':
niiProfileFile = rootMountPoint + niiProfileFile
dirPath = os.path.dirname(niiProfileFile)
if not os.path.exists(dirPath):
os.makedirs(dirPath)
with open(niiProfileFile, 'w') as f:
f.write(ET.tostring(dom, 'UTF-8').decode())
def runCommand(self):
self.parseArgs('''
Transfer nodes from one software profile to
another. This operation may need a reinstall of the node to apply
the new software profile.
''')
api = NodeWsApi(username=self.getUsername(),
password=self.getPassword(),
baseurl=self.getUrl(),
verify=self._verify)
api.transferNodes(
self.getArgs().softwareProfileName,
srcSoftwareProfile=self.getArgs().srcSoftwareProfileName,
count=self.getArgs().count
if not self.getArgs().nodespec else None,
bForce=self.getArgs().force,
nodespec=self.getArgs().nodespec,
)
def runCommand(self):
self.parseArgs(_('Shuts down the given node'))
try:
# Perform a "soft" shutdown
NodeWsApi(username=self.getUsername(),
password=self.getPassword(),
baseurl=self.getUrl(),
verify=self._verify).shutdownNode(
self.getArgs().nodeName, True)
except Exception as msg:
raise InvalidCliRequest(_("Can't shutdown node(s) - %s") % (msg))
def runCommand(self):
self.parseArgs(
_("""
Reboots specified node(s). Mark nodes for reinstallation if --reinstall
flag is specified.
"""))
nodeApi = NodeWsApi(username=self.getUsername(),
password=self.getPassword(),
baseurl=self.getUrl(),
verify=self._verify)
# If the node is being reinstalled as a result of the reboot,
# do not use a soft shutdown.
bSoftReboot = not self.getArgs().bReinstall
try:
nodeApi.rebootNode(self.getArgs().nodeSpec,
bSoftReboot,
bReinstall=self.getArgs().bReinstall)
except Exception as msg:
raise InvalidCliRequest(_("Can't reboot node(s) - %s") % (msg))
def runCommand(self):
self.parseArgs()
# Turn user input into a list
destinationList = [
node.strip()
for node in self.getArgs().destinationString.split(',')
] if self.getArgs().destinationString else []
try:
NodeWsApi(username=self.getUsername(),
password=self.getPassword(),
baseurl=self.getUrl(),
verify=self._verify).startupNode(
self.getArgs().nodeName, destinationList,
self.getArgs().bootMethod)
except Exception as msg:
raise InvalidCliRequest(_("Unable to start node(s) - %s") % (msg))
def test_instantiation():
obj = NodeWsApi()
assert obj
def runCommand(self):
self.parseArgs()
if not self.getArgs().name and \
not self.getArgs().hardwareProfileName:
self.getParser().error(
'the following arguments are required: NAME')
if self.getArgs().name and self.getArgs().hardwareProfileName:
self.getParser().error(
'argument name: not allowed with argument --name')
name = self.getArgs().name \
if self.getArgs().name else self.getArgs().hardwareProfileName
api = HardwareProfileWsApi(username=self.getUsername(),
password=self.getPassword(),
baseurl=self.getUrl(),
verify=self._verify)
spApi = SoftwareProfileWsApi(username=self.getUsername(),
password=self.getPassword(),
baseurl=self.getUrl(),
verify=self._verify)
nodeApi = NodeWsApi(username=self.getUsername(),
password=self.getPassword(),
baseurl=self.getUrl(),
verify=self._verify)
hp = api.getHardwareProfile(name, UpdateHardwareProfileCli.optionDict)
if self.getArgs().newName is not None:
hp.setName(self.getArgs().newName)
if self.getArgs().description is not None:
hp.setDescription(self.getArgs().description)
if self.getArgs().nameFormat is not None:
hp.setNameFormat(self.getArgs().nameFormat)
if self.getArgs().kernel is not None:
hp.setKernel(self.getArgs().kernel)
if self.getArgs().kernelParameters is not None:
hp.setKernelParams(self.getArgs().kernelParameters)
if self.getArgs().initrd is not None:
hp.setInitrd(self.getArgs().initrd)
if self.getArgs().soAllowed is not None:
if self.getArgs().soAllowed.lower() == _('true'):
hp.setSoftwareOverrideAllowed(True)
elif self.getArgs().soAllowed.lower() == _('false'):
hp.setSoftwareOverrideAllowed(False)
else:
raise InvalidCliRequest(
_('--software-override-allowed must be either "true" or'
' "false".'))
if self.getArgs().idleProfile is not None and \
self.getArgs().bUnsetIdleProfile:
raise InvalidCliRequest(
_('Conflicting options --idle-software-profile and'
' --unset-idle-software-profile'))
if self.getArgs().idleProfile is not None:
sp = spApi.getSoftwareProfile(self.getArgs().idleProfile)
hp.setIdleSoftwareProfileId(sp.getId())
if self.getArgs().bUnsetIdleProfile:
hp.setIdleSoftwareProfileId(None)
if self.getArgs().location is not None:
hp.setLocation(self.getArgs().location)
if self.getArgs().localBootParameters is not None:
hp.setLocalBootParams(self.getArgs().localBootParameters)
if self.getArgs().cost is not None:
hp.setCost(self.getArgs().cost)
if self.getArgs().resourceAdapter:
resourceAdapter = ResourceAdapter(
name=self.getArgs().resourceAdapter)
hp.setResourceAdapter(resourceAdapter)
if self.getArgs().default_adapter_config:
hp.setDefaultResourceAdapterConfig(
self.getArgs().default_adapter_config)
if self.getArgs().deletePNic is not None:
out = TortugaObjectList()
for nic in hp.getProvisioningNics():
for dnic in self.getArgs().deletePNic:
if dnic == nic.getIp():
# Skip over this item..its getting deleted
break
else:
# Not a NIC we are deleting
out.append(nic)
hp.setProvisioningNics(out)
if self.getArgs().addPNic is not None:
for nicIp in self.getArgs().addPNic:
nicsNode = nodeApi.getNodeByIp(nicIp)
if nicsNode is not None:
for nic in nicsNode.getNics():
if nic.getIp() == nicIp:
hp.getProvisioningNics().append(nic)
break
if self.getArgs().deleteNetwork is not None:
# Make sure we actually delete a network
out = TortugaObjectList()
out.extend(hp.getNetworks())
for netstring in self.getArgs().deleteNetwork:
try:
dnet, dmask, ddev = netstring.split('/')
except ValueError:
raise InvalidCliRequest(
_('Incorrect input format for --delete-network'
' ("address/mask/device")'))
for network in hp.getNetworks():
if dnet == network.getAddress() and \
dmask == network.getNetmask() and \
ddev == network.getNetworkDevice().getName():
# Skip over this item..its getting deleted
for n in out:
if n.getId() == network.getId():
out.remove(n)
break
break
else:
# Not a NIC we are deleting
print('Ignoring deletion of non-existent network:'
' %s/%s/%s' % (dnet, dmask, ddev))
hp.setNetworks(out)
if self.getArgs().addNetwork:
for netstring in self.getArgs().addNetwork:
try:
anet, amask, adev = netstring.split('/')
except ValueError:
raise InvalidCliRequest(
_('Incorrect input format for --add-network'
' ("address/mask/device")'))
network = Network()
networkDevice = NetworkDevice()
networkDevice.setName(adev)
network.setAddress(anet)
network.setNetmask(amask)
network.setNetworkDevice(networkDevice)
hp.getNetworks().append(network)
if self.getArgs().tags:
tags = hp.getTags()
tags.update(parse_tags(self.getArgs().tags))
hp.setTags(tags)
if self.getArgs().remove_tags:
tags = hp.getTags()
for string in self.getArgs().remove_tags:
for tag_name in string.split(','):
if tag_name in tags.keys():
tags.pop(tag_name)
hp.setTags(tags)
api.updateHardwareProfile(hp)
def runCommand(self):
self.parseArgs()
if self.getArgs().hardwareProfile:
hw_profile_api = HardwareProfileWsApi(username=self.getUsername(),
password=self.getPassword(),
baseurl=self.getUrl(),
verify=self._verify)
hw_profile = hw_profile_api.getHardwareProfile(
self.getArgs().hardwareProfile, {
'hardwareprofilenetworks': True
})
if not hw_profile.getProvisioningNics():
print(yaml.dump({}))
sys.exit(0)
nic = hw_profile.getProvisioningNics()[0]
data_dict = {
'device': nic.getNetworkDevice().getName(),
'ip': nic.getIp(),
'network': {
'address': nic.getNetwork().getAddress(),
'netmask': nic.getNetwork().getNetmask()
}
}
if self.getArgs().bVerbose:
print(yaml.safe_dump(data_dict))
else:
print(yaml.safe_dump(nic.getNetworkDevice().getName()))
else:
# Display list of provisioning NICs on installer
node_api = NodeWsApi(username=self.getUsername(),
password=self.getPassword(),
baseurl=self.getUrl(),
verify=self._verify)
data_dict = {}
for nic in node_api.getInstallerNode().getNics():
if nic.getNetwork().getType() != 'provision':
continue
device_name = nic.getNetworkDevice().getName()
data_dict[device_name] = {}
if self.getArgs().bVerbose:
data_dict[device_name] = {
'ip': nic.getIp(),
'network': {
'address': nic.getNetwork().getAddress(),
'netmask': nic.getNetwork().getNetmask()
}
}
if self.getArgs().bVerbose:
print(yaml.safe_dump(data_dict))
else:
print(yaml.safe_dump(list(data_dict.keys())))
class NodeManagedTags:
managed_prefix = "managed:"
managed_prefix_len = len(managed_prefix)
node_api = NodeWsApi()
env = {**os.environ,
'PATH': '/opt/tortuga/bin:' + os.environ['PATH'],
'TORTUGA_ROOT': '/opt/tortuga'}
def __init__(self, script):
self.script = script
def update(self, update):
previous_tags = update['previous_tags']
logger.warn("previous_tags={}".format(previous_tags))
previous_managed_tags = {i[self.managed_prefix_len:].replace(' ','_'):previous_tags[i].replace(' ','_') for i in previous_tags if i.startswith(self.managed_prefix)}
tags = update['tags']
logger.warn("tags={}".format(tags))
managed_tags = {i[self.managed_prefix_len:].replace(' ','_'):tags[i].replace(' ','_') for i in tags if i.startswith(self.managed_prefix)}
unmanaged_tags = ';'.join('{}:{}'.format(k.replace(' ','_'),v.replace(' ','_') if v is not None else 'None')
for k,v in sorted({i:tags[i] for i in tags if not i.startswith(self.managed_prefix)}.items()))
logger.warn('unmanaged_tags={}'.format(unmanaged_tags))
removed_tags = {k: previous_managed_tags[k] for k in
set(previous_managed_tags) - set(managed_tags)}
added_tags = {k: managed_tags[k] for k in set(managed_tags) - set(previous_managed_tags)}
modified_tags = {k: managed_tags[k] for k in previous_managed_tags if
k in managed_tags and managed_tags[k] != previous_managed_tags[k]}
logger.warn('added_tags={}'.format(added_tags))
logger.warn('removed_tags={}'.format(removed_tags))
logger.warn('modified_tags={}'.format(modified_tags))
node = self.node_api.getNodeById(update['id'])
software_profile = node.getSoftwareProfile()
logger.warn('node={}, software_profile={}'.format(node, software_profile))
if software_profile['metadata'].get('uge'):
for cluster in software_profile['metadata']['uge']['clusters']:
cluster_name = cluster['name']
for setting in cluster['settings']:
if setting['key'] == 'sge_root':
uge_root = setting['value']
break
cell_dir = os.path.join(uge_root, cluster_name)
cmd = ('. {}/common/settings.sh; '
'{} '
'--software-profile {} '
'--cell-dir {} '
'{} {} {} {} {}'.format(
cell_dir,
self.script,
software_profile['name'],
cell_dir,
'--added-tags ' + ','.join('{}={}'.format(k, v) for k, v in
added_tags.items()) if added_tags else '',
'--removed-tags ' + ','.join('{}={}'.format(k, v) for k, v in
removed_tags.items()) if removed_tags else '',
'--modified-tags ' + ','.join('{}={}'.format(k, v) for k, v in
modified_tags.items()) if modified_tags else '',
'--unmanaged-tags ' + '"' + unmanaged_tags + '"' if unmanaged_tags else '',
'--node ' + node.getName()))
logger.warn('Calling cmd: {}'.format(cmd))
p = tortugaSubprocess.TortugaSubprocess(cmd, env=self.env,
useExceptions=False)
p.run()
logger.warn('stdout: {}'.format(p.getStdOut().decode().rstrip()))
logger.warn('stderr: {}'.format(p.getStdErr().decode().rstrip()))
es = p.getExitStatus()
logger.warn('exit status: {}'.format(es))
if es != 0:
raise CommandFailed(str(p.getStdErr().decode().rstrip()))
else:
logger.warn('Managed tagging supported only on UGE cluster, metadata: {}'.format(software_profile['metadata']))
class GetNodeRequestsCli(TortugaCli):
def __init__(self):
super(GetNodeRequestsCli, self).__init__()
self.node_wsapi = None
def parseArgs(self, usage=None):
self.addOption('--request-id', '-r')
super().parseArgs(usage=usage)
def runCommand(self):
self.parseArgs()
self.node_wsapi = NodeWsApi(username=self.getUsername(),
password=self.getPassword(),
baseurl=self.getUrl(),
verify=self._verify)
if self.getArgs().request_id:
self._get_node_request(self.getArgs().request_id)
raise SystemExit(0)
for nr in self.node_wsapi.getNodeRequests():
self.__display_node_request(nr)
def __display_node_request(self, nr): \
# pylint: disable=no-self-use
print(nr['addHostSession'], nr['timestamp'], nr['state'], nr['action'])
if nr['state'] == 'error':
print(' ' + nr['message'])
else:
print()
def _get_node_request(self, request_id) -> None:
node_requests = \
self.node_wsapi.getNodeRequests(addHostSession=request_id)
if not node_requests:
# Check for node
nodes = self.node_wsapi.getNodeList(addHostSession=request_id)
if nodes:
sys.stdout.write(
'The following nodes were added successfully by'
' this request:\n%s' %
('\n'.join([node.getName() for node in nodes])) + '\n')
sys.stdout.flush()
sys.exit(0)
else:
sys.stderr.write('Error: node request [{0}] does not exist or'
' is invalid.\n'.format(request_id))
sys.exit(1)
node_request = node_requests[0]
request = json.loads(node_request['request'])
if node_request['state'] == 'error':
msg = ('Error attempting to add {} node(s) to hardware'
' profile [{}]'.format(request['count'],
request['hardwareProfile']))
print(msg)
print('Reported:', node_request['message'])
else:
self.__display_node_request(node_request)
