def initDatabase(self):
msg = _('Initializing database')
self._logger.info(msg)
print_('\n' + msg + '... ', end='')
# This cannot be a global import since the database configuration
# may be set in this script.
from tortuga.db.dbManager import DbManager
dbm = DbManager()
dbm.init_database()
# Prime the database previously created as part of the bootstrap
with dbm.session() as session:
try:
dbUtility.primeDb(session, self._settings['fqdn'],
self._osInfo, self._settings)
dbUtility.init_global_parameters(session, self._settings)
print_(_('done'))
session.commit()
except Exception as exc:
session.rollback()
print_(_('failed.'))
print_(_('Exception raised initializing database:') +
' {0}'.format(exc),
file=sys.stderr)
self._logger.debug('Done initializing database')
def dbm():
dbmgr = DbManager(create_engine('sqlite:///:memory:', echo=False))
dbmgr.init_database()
rhel7_os_family_info = osFamilyInfo.OsFamilyInfo('rhel', '7', 'x86_64')
os_info = osInfo.OsInfo('centos', '7.4', 'x86_64')
os_info.setOsFamilyInfo(rhel7_os_family_info)
installer_fqdn = getfqdn()
settings = {
'language': 'en',
'keyboard': 'en_US',
'timezone': 'UTC',
'utc': 'true',
'intWebPort': '8008',
'intWebServicePort': '8444',
'adminPort': '8443',
'eulaAccepted': 'true',
'depotpath': '/opt/tortuga/depot',
'osInfo': os_info,
'fqdn': installer_fqdn,
'installer_software_profile': 'Installer',
'installer_hardware_profile': 'Installer',
}
with dbmgr.session() as session:
primeDb(session, settings)
init_global_parameters(session, settings)
# create sample tags
all_tags = [{
'name': 'tag{:d}'.format(idx),
'value': 'value{:d}'.format(idx)
} for idx in range(1, 5 + 1)]
installer_node = session.query(Node).filter(
Node.name == installer_fqdn).one()
os_ = session.query(OperatingSystem).filter(
OperatingSystem.name == 'centos').one()
rhel7_os_family = session.query(OperatingSystemFamily).filter(
OperatingSystemFamily.name == 'rhel').one()
# add add'l operating system/family
rhel75_os = OperatingSystem(name='rhel', version='7.5', arch='x86_64')
rhel75_os.family = rhel7_os_family
session.add(rhel75_os)
admin = Admin(username='******',
password=pbkdf2_sha256.hash('password'),
realname='realname',
description='description')
session.add(admin)
eth1_network_device = NetworkDevice(name='eth1')
# Add dummy provisioning network
network = Network()
network.address = '10.2.0.0'
network.netmask = '255.255.255.0'
network.name = 'Provisioning network on eth1'
network.type = 'provision'
session.add(network)
# create 'hardwareprofilenetwork' entry
hwpn1 = HardwareProfileNetwork(
hardwareprofile=installer_node.hardwareprofile,
network=network,
networkdevice=eth1_network_device)
# create nic on installer
installer_nic = Nic()
installer_nic.ip = '10.2.0.1'
installer_nic.network = network
installer_nic.networkdevice = eth1_network_device
installer_node.nics = [installer_nic]
# create 'base' kit
kit = Kit()
kit.name = 'base'
kit.version = '7.1.1'
kit.iteration = '0'
kit.description = 'Sample base kit'
installer_component = Component(name='installer', version='7.0')
installer_component.family = [rhel7_os_family]
installer_component.kit = kit
core_component = Component(name='core',
version='7.0',
description='Compute component')
core_component.family = [rhel7_os_family]
core_component.kit = kit
session.add(kit)
# create OS kit
os_kit = Kit(name='centos', version='7.4', iteration='0')
os_kit.isOs = True
os_component = Component(name='centos-7.4-x86_64', version='7.4')
os_component.os = [os_]
os_component.kit = os_kit
os_kit.components.append(os_component)
session.add(os_kit)
# create resource adapter kit
ra_kit = Kit(name='awsadapter', version='0.0.1', iteration='0')
ra_component = Component(name='management', version='0.0.1')
ra_component.family.append(rhel7_os_family)
ra_kit.components.append(ra_component)
installer_node.softwareprofile.components.append(ra_component)
installer_node.softwareprofile.components.append(installer_component)
session.commit()
# create 'default' resource adapter
default_adapter = ResourceAdapter(
name=DEFAULT_CONFIGURATION_PROFILE_NAME,
kit=kit,
)
# create resource adapter
aws_adapter = ResourceAdapter(name='AWS')
aws_adapter.kit = ra_kit
aws_adapter_cfg = ResourceAdapterConfig(
name=DEFAULT_CONFIGURATION_PROFILE_NAME,
description='Example default resource adapter configuration')
with mock_ec2_deprecated():
ec2_conn = boto.ec2.connect_to_region('us-east-1')
amis = ec2_conn.get_all_images()
aws_adapter_cfg.configuration.append(
ResourceAdapterSetting(key='ami', value=amis[0].id))
aws_adapter.resource_adapter_config.append(aws_adapter_cfg)
# add second resource adapter configuration
aws_adapter_cfg2 = ResourceAdapterConfig(name='nondefault',
admin=admin)
aws_adapter_cfg2.configuration.append(
ResourceAdapterSetting(key='another_key', value='another_value'))
session.add(aws_adapter)
# create 'AWS' hardware profile
aws_hwprofile = HardwareProfile(name='AWS')
aws_hwprofile.location = 'remote'
aws_hwprofile.resourceadapter = aws_adapter
session.add(aws_hwprofile)
aws_hwprofile2 = HardwareProfile(name='aws2',
location='remote',
resourceadapter=aws_adapter,
nameFormat='*')
session.add(aws_hwprofile2)
# create 'compute' software profile
compute_swprofile = SoftwareProfile(name='compute')
compute_swprofile.os = os_
compute_swprofile.components = [core_component]
compute_swprofile.type = 'compute'
# create 'compute2' software profile
compute2_swprofile = SoftwareProfile(name='compute2',
os=os_,
components=[core_component],
type='compute')
# map 'AWS' to 'compute'
aws_hwprofile.mappedsoftwareprofiles.append(compute_swprofile)
aws_hwprofile2.mappedsoftwareprofiles.append(compute_swprofile)
# create 'localiron' hardware profile
localiron_hwprofile = HardwareProfile(name='localiron',
nameFormat='compute-#NN')
localiron_hwprofile.resourceadapter = default_adapter
localiron_hwprofile.mappedsoftwareprofiles.append(compute_swprofile)
localiron_hwprofile.mappedsoftwareprofiles.append(compute2_swprofile)
localiron_hwprofile.hardwareprofilenetworks.append(hwpn1)
# create 'nonetwork' hardware profile
nonetwork_hwprofile = HardwareProfile(name='nonetwork')
nonetwork_hwprofile.resourceadapter = default_adapter
nonetwork_hwprofile.mappedsoftwareprofiles.append(compute_swprofile)
eth0_networkdevice = NetworkDevice(name='eth0')
# create compute (compute-01, compute-02, ...) nodes
for n in range(1, 11):
compute_node = Node(name='compute-{0:02d}.private'.format(n),
state='Installed')
compute_node.addHostSession = '1234'
compute_node.softwareprofile = compute_swprofile
compute_node.hardwareprofile = localiron_hwprofile
compute_node.nics.append(
Nic(ip='10.2.0.{}'.format(100 + n),
mac='FF:00:00:00:00:00:{:02x}'.format(100 + n),
boot=True,
network=network,
networkdevice=eth0_networkdevice))
if n in (1, 2):
# compute-01 and compute-02 have all tags
compute_node.tags = [
NodeTag(
name=tag['name'],
value=tag['value'],
) for tag in all_tags
]
elif n in (3, 4):
# compute-03 and compute-04 have 'tag1' and 'tag2'
compute_node.tags = [
NodeTag(
name=all_tags[0]['name'],
value=all_tags[0]['value'],
),
NodeTag(
name=all_tags[1]['name'],
value=all_tags[1]['value'],
),
]
elif n in (5, 6):
# compute-05 and compute-06 have 'tag2' and 'tag3'
compute_node.tags = [
NodeTag(
name=all_tags[1]['name'],
value=all_tags[1]['value'],
),
NodeTag(
name=all_tags[2]['name'],
value=all_tags[2]['value'],
),
]
elif n == 7:
# compute-07 has 'tag4'
compute_node.tags = [
NodeTag(
name=all_tags[3]['name'],
value=all_tags[3]['value'],
),
]
elif n == 8:
# compute-08 has 'tag5'
compute_node.tags = [
NodeTag(
name=all_tags[4]['name'],
value=all_tags[4]['value'],
),
]
session.add(compute_node)
# create arbitrary aws nodes
for idx in range(1, 10):
new_node = Node(
name='ip-10-10-10-{:0d}.ec2.internal'.format(idx),
hardwareprofile=aws_hwprofile,
softwareprofile=compute_swprofile,
)
new_node.instance = InstanceMapping(
instance='i-{:08x}'.format(idx))
new_node.instance.resource_adapter_configuration = aws_adapter_cfg
session.add(new_node)
# create arbitrary hardware profiles
hwprofile1 = HardwareProfile(
name='profile1',
tags=[
HardwareProfileTag(
name=all_tags[0]['name'],
value=all_tags[0]['value'],
),
],
)
hwprofile2 = HardwareProfile(
name='profile2',
tags=[
HardwareProfileTag(
name=all_tags[1]['name'],
value=all_tags[1]['value'],
),
],
)
session.add(hwprofile1)
session.add(hwprofile2)
# create arbitrary software profiles
SoftwareProfile(
name='swprofile1',
os=os_,
type='compute',
tags=[
SoftwareProfileTag(name=all_tags[0]['name'],
value=all_tags[0]['value']),
],
)
SoftwareProfile(
name='swprofile2',
os=os_,
type='compute',
tags=[
SoftwareProfileTag(
name=all_tags[1]['name'],
value=all_tags[1]['value'],
),
],
)
session.commit()
return dbmgr
def dbm():
dbmgr = DbManager(create_engine('sqlite:///:memory:', echo=False))
dbmgr.init_database()
rhel7_os_family_info = osFamilyInfo.OsFamilyInfo('rhel', '7', 'x86_64')
os_info = osInfo.OsInfo('centos', '7.4', 'x86_64')
os_info.setOsFamilyInfo(rhel7_os_family_info)
settings = {
'language': 'en',
'keyboard': 'en_US',
'timezone': 'UTC',
'utc': 'true',
'intWebPort': '8008',
'intWebServicePort': '8444',
'adminPort': '8443',
'eulaAccepted': 'true',
'depotpath': '/opt/tortuga/depot',
'osInfo': os_info,
'fqdn': getfqdn(),
'installer_software_profile': 'Installer',
'installer_hardware_profile': 'Installer',
}
with dbmgr.session() as session:
primeDb(session, settings)
init_global_parameters(session, settings)
# create sample tags
all_tags = []
for idx in range(1, 5 + 1):
tag = dict(
name='tag{:d}'.format(idx),
value='value{:d}'.format(idx),
)
all_tags.append(tag)
installer_node = session.query(Node).filter(
Node.name == settings['fqdn']).one()
os_ = session.query(OperatingSystem).filter(
OperatingSystem.name == 'centos').one()
rhel7_os_family = session.query(OperatingSystemFamily).filter(
OperatingSystemFamily.name == 'rhel').one()
# add add'l operating system/family
rhel75_os = OperatingSystem(name='rhel', version='7.5', arch='x86_64')
rhel75_os.family = rhel7_os_family
session.add(rhel75_os)
admin = Admin(username='******',
password=pbkdf2_sha256.hash('password'),
realname='realname',
description='description')
session.add(admin)
eth0_network_device = NetworkDevice(name='eth0')
eth1_network_device = NetworkDevice(name='eth1')
# Add dummy provisioning network
network = Network(address='10.2.0.0',
netmask='255.255.255.0',
name='Provisioning network on eth1',
type='provision')
installer_node.hardwareprofile.hardwareprofilenetworks.append(
HardwareProfileNetwork(
network=network,
networkdevice=eth1_network_device,
))
# create nic on installer
installer_nic = Nic(
ip='10.2.0.1',
network=network,
networkdevice=eth1_network_device,
)
installer_node.nics = [installer_nic]
# create 'base' kit
kit = Kit()
kit.name = 'base'
kit.version = '7.1.0'
kit.iteration = '0'
kit.description = 'Sample base kit'
installer_component = Component(name='installer', version='7.0')
installer_component.family = [rhel7_os_family]
installer_component.kit = kit
core_component = Component(name='core',
version='7.0',
description='Compute component')
core_component.family = [rhel7_os_family]
core_component.kit = kit
# add component not enabled by default
pdsh_component = Component(name='pdsh',
version='7.0',
description='pdsh component')
pdsh_component.family = [rhel7_os_family]
pdsh_component.kit = kit
# add fake dhcp component
dhcpd_component = Component(name='dhcpd',
version='7.0',
description='Mock dhcpd component')
dhcpd_component.family = [rhel7_os_family]
dhcpd_component.kit = kit
session.add(kit)
# create OS kit
os_kit = Kit(name='centos', version='7.4', iteration='0')
os_kit.isOs = True
os_component = Component(name='centos-7.4-x86_64', version='7.4')
os_component.os = [os_]
os_component.kit = os_kit
os_kit.components.append(os_component)
session.add(os_kit)
# create resource adapter kit
ra_kit = Kit(name='awsadapter', version='0.0.1', iteration='0')
ra_component = Component(name='management', version='0.0.1')
ra_component.family.append(rhel7_os_family)
ra_kit.components.append(ra_component)
installer_node.softwareprofile.components.append(ra_component)
installer_node.softwareprofile.components.append(installer_component)
installer_node.softwareprofile.components.append(dhcpd_component)
# create 'default' resource adapter
default_adapter = ResourceAdapter(name='default', kit=kit)
# create resource adapter
aws_adapter = ResourceAdapter(name='aws', kit=ra_kit)
aws_adapter_cfg = ResourceAdapterConfig(
name='default',
description='Example default resource adapter configuration')
aws_adapter_cfg.configuration.append(
ResourceAdapterSetting(key='ami', value='ami-XXXXXX'))
aws_adapter_cfg.configuration.append(
ResourceAdapterSetting(key='use_instance_hostname', value='true'))
aws_adapter.resource_adapter_config.append(aws_adapter_cfg)
# add second resource adapter configuration
aws_adapter_cfg2 = ResourceAdapterConfig(name='nondefault',
admin=admin)
aws_adapter_cfg2.configuration.append(
ResourceAdapterSetting(key='another_key', value='another_value'))
aws_adapter.resource_adapter_config.append(aws_adapter_cfg2)
session.add(aws_adapter)
# create 'aws' hardware profile
# does *not* have a default resource adapter config
aws_hwprofile = HardwareProfile(name='aws')
aws_hwprofile.location = 'remote'
aws_hwprofile.resourceadapter = aws_adapter
aws_hwprofile.nameFormat = '*'
session.add(aws_hwprofile)
# add hardware profile 'aws2' with non-default configuration profile
aws_hwprofile2 = HardwareProfile(
name='aws2',
location='remote',
resourceadapter=aws_adapter,
default_resource_adapter_config=aws_adapter_cfg2,
nameFormat='*',
)
session.add(aws_hwprofile2)
# create 'compute' software profile
compute_swprofile = SoftwareProfile(name='compute')
compute_swprofile.os = os_
compute_swprofile.components = [core_component]
compute_swprofile.type = 'compute'
# create 'compute2' software profile
compute2_swprofile = SoftwareProfile(name='compute2',
os=os_,
components=[core_component],
type='compute')
# map 'aws' and 'aws2' to 'compute'
compute_swprofile.hardwareprofiles.extend(
(aws_hwprofile, aws_hwprofile2))
# create 'localiron' hardware profile
localiron_hwprofile = HardwareProfile(
name='localiron',
nameFormat='compute-#NN',
location='local',
)
localiron_hwprofile.resourceadapter = default_adapter
localiron_hwprofile.mappedsoftwareprofiles = [
compute_swprofile, compute2_swprofile
]
localiron_hwprofile.hardwareprofilenetworks.append(
HardwareProfileNetwork(
network=network,
networkdevice=eth0_network_device,
))
session.add(localiron_hwprofile)
# create "localironalt" hardware profile with nameFormat set to '*'
localironalt_hwprofile = HardwareProfile(
name='localironalt',
nameFormat='*',
location='local',
)
localironalt_hwprofile.resourceadapter = default_adapter
localironalt_hwprofile.mappedsoftwareprofiles = [
compute_swprofile, compute2_swprofile
]
localironalt_hwprofile.hardwareprofilenetworks.append(
HardwareProfileNetwork(
network=network,
networkdevice=eth0_network_device,
))
# create 'nonetwork' hardware profile
nonetwork_hwprofile = HardwareProfile(name='nonetwork')
nonetwork_hwprofile.resourceadapter = default_adapter
nonetwork_hwprofile.mappedsoftwareprofiles.append(compute_swprofile)
# create compute (compute-01, compute-02, ...) nodes
for n in range(1, 11):
compute_node = Node(name='compute-{0:02d}.private'.format(n),
state='Installed')
compute_node.addHostSession = '1234'
compute_node.softwareprofile = compute_swprofile
compute_node.hardwareprofile = localiron_hwprofile
compute_node.nics.append(
Nic(ip='10.2.0.{}'.format(100 + n),
mac='FF:00:00:00:00:00:{:02x}'.format(100 + n),
boot=True,
network=network,
networkdevice=eth0_network_device))
if n in (1, 2):
# compute-01 and compute-02 have all tags
for tag in all_tags:
compute_node.tags.append(
NodeTag(name=tag['name'], value=tag['value']))
elif n in (3, 4):
# compute-03 and compute-04 have 'tag1' and 'tag2'
compute_node.tags.append(
NodeTag(name=all_tags[0]['name'],
value=all_tags[0]['value']))
compute_node.tags.append(
NodeTag(name=all_tags[1]['name'],
value=all_tags[1]['value']))
elif n in (5, 6):
# compute-05 and compute-06 have 'tag2' and 'tag3'
compute_node.tags.append(
NodeTag(name=all_tags[1]['name'],
value=all_tags[1]['value']))
compute_node.tags.append(
NodeTag(name=all_tags[2]['name'],
value=all_tags[2]['value']))
elif n == 7:
# compute-07 has 'tag4'
compute_node.tags.append(
NodeTag(name=all_tags[3]['name'],
value=all_tags[3]['value']))
elif n == 8:
# compute-08 has 'tag5'
compute_node.tags.append(
NodeTag(name=all_tags[4]['name'],
value=all_tags[4]['value']))
session.add(compute_node)
# create arbitrary hardware profiles
hwprofile1 = HardwareProfile(name='profile1',
nameFormat='*',
tags=[
HardwareProfileTag(
name=all_tags[0]['name'],
value=all_tags[0]['value'])
])
hwprofile2 = HardwareProfile(name='profile2',
nameFormat='*',
tags=[
HardwareProfileTag(
name=all_tags[1]['name'],
value=all_tags[1]['value'])
])
hwprofile_notags = HardwareProfile(name='notags', nameFormat='*')
session.add(hwprofile1)
session.add(hwprofile2)
session.add(hwprofile_notags)
# create arbitrary software profiles
swprofile1 = SoftwareProfile(name='swprofile1',
os=os_,
type='compute',
tags=[
SoftwareProfileTag(
name=all_tags[0]['name'],
value=all_tags[0]['value'])
])
swprofile2 = SoftwareProfile(name='swprofile2',
os=os_,
type='compute',
tags=[
SoftwareProfileTag(
name=all_tags[1]['name'],
value=all_tags[1]['value'])
])
swprofile_notags = SoftwareProfile(name='notags',
os=os_,
type='compute')
session.add(swprofile1)
session.add(swprofile2)
session.add(swprofile_notags)
session.commit()
return dbmgr
class SetPrivateDnsZoneApp(TortugaCli):
def __init__(self):
super().__init__()
self.dbm = DbManager()
self.dns_conf = {}
self.cfg = configparser.ConfigParser()
self.cfgFileName = os.path.join(self._cm.getRoot(),
'config/base/dns-component.conf')
def parseArgs(self, usage=None):
self.addOption('--force',
action='store_true',
default='false',
dest='bForce',
help='Force update of domain name')
self.addOption('zone', nargs='?')
super().parseArgs(usage=usage)
def _loadDNSConfig(self):
self.cfg.read(self.cfgFileName)
# Read/parse existing DNS settings
if not self.cfg.has_section('dns'):
self.cfg.add_section('dns')
if self.cfg.has_option('dns', 'domain'):
self.dns_conf['domain'] = self.cfg.get('dns', 'domain')
if self.cfg.has_option('dns', 'type'):
dns_type = self.cfg.get('dns', 'type')
self.dns_conf['type'] = dns_type
if not self.dns_conf['type'].lower() in ('named', 'dnsmasq'):
# Invalid DNS type
self.dns_conf['type'] = DEFAULT_DNS_TYPE
else:
# Default to 'named'
self.dns_conf['type'] = DEFAULT_DNS_TYPE
def _getOldDnsZone(self):
"""
Returns None if DNS zone previously undefined
"""
with self.dbm.session() as session:
try:
result = GlobalParametersDbHandler().getParameter(
session, 'DNSZone')
return result.value.lower() if result.value else None
except ParameterNotFound:
return None
def _updateDatabase(self, dnsZone):
with self.dbm.session() as session:
try:
dbValue = GlobalParametersDbHandler().getParameter(
session, 'DNSZone')
# Update existing value
dbValue.value = dnsZone
except NoResultFound:
dbValue = GlobalParameter(name='DNSZone', value=dnsZone)
session.append(dbValue)
session.commit()
def _updateDnsComponentConf(self, dnsZone):
if not os.path.exists(self.cfgFileName):
return
shutil.copy(self.cfgFileName, self.cfgFileName + '.orig')
self.cfg.set('dns', 'domain', dnsZone)
with open(self.cfgFileName + '.modified', 'w') as fpOut:
self.cfg.write(fpOut)
shutil.copy(self.cfgFileName + '.modified', self.cfgFileName)
os.unlink(self.cfgFileName + '.modified')
def _updatePuppetExtData(self, dnsZone): \
# pylint: disable=no-self-use
# Read existing 'DNSZone' setting from Hiera
fn = ('/etc/puppetlabs/code/environments/production/data'
'/tortuga-common.yaml')
srcDataDict = {}
with open(fn) as fpIn:
srcDataDict = yaml.load(fpIn)
srcDataDict['DNSZone'] = dnsZone
# Write updated file
with open(fn + '.new', 'w') as fpOut:
fpOut.write(
yaml.safe_dump(srcDataDict,
default_flow_style=False,
explicit_start=True))
# Move new file into place
if not os.path.exists(fn + '.orig'):
shutil.copyfile(fn, fn + '.orig')
shutil.copyfile(fn + '.new', fn)
os.unlink(fn + '.new')
def isDnsComponentEnabled(self):
session = self.dbm.openSession()
dbInstallerNode = NodesDbHandler().getNode(session,
self._cm.getInstaller())
bDnsComponentEnabled = False
# Iterate over components in software profile looking for one
# matching name 'dns'
for dbComponent in dbInstallerNode.softwareprofile.components:
if dbComponent.name == 'dns':
bDnsComponentEnabled = True
break
self.dbm.closeSession()
return bDnsComponentEnabled
def runCommand(self):
self.parseArgs()
self._loadDNSConfig()
# Remove remnants
oldDnsZone = self._getOldDnsZone()
if not self.getArgs().zone:
# Output current DNS zone and exit
print(f'{oldDnsZone}')
sys.exit(0)
dnsZone = self.getArgs().zone.lower()
if oldDnsZone == dnsZone and not self.getArgs().bForce:
# Nothing changed. Nothing to do!
sys.exit(0)
# Update database
self._updateDatabase(dnsZone)
# Update dns-component.conf
self._updateDnsComponentConf(dnsZone)
# Update Puppet extdata file
self._updatePuppetExtData(dnsZone)
if 'type' in self.dns_conf and self.dns_conf['type'] == 'named':
oldZoneFileName = '/var/named/%s.zone' % (oldDnsZone.lower())
if os.path.exists(oldZoneFileName):
# Attempt to remove old named configuration
os.unlink(oldZoneFileName)
bDnsComponentEnabled = self.isDnsComponentEnabled()
# TODO: update (genconfig dns)
if bDnsComponentEnabled:
tortugaSubprocess.executeCommand('genconfig dns')
# TODO: schedule puppet update
tortugaSubprocess.executeCommand(
'schedule-update "DNS zone changed from \"%s\" to \"%s\""' %
(oldDnsZone, dnsZone))
if bDnsComponentEnabled and 'type' in self.dns_conf:
if self.dns_conf['type'] == 'named':
cmd = 'service named restart'
else:
cmd = 'service dnsmasq restart'
tortugaSubprocess.executeCommand(cmd)
