def cmd_deactivate(ns, caption, device_name):
setting = get_setting_by_caption(ns, caption)
if setting is None:
raise errors.LmiFailed("No such setting: %s" % caption)
if device_name:
device = get_device_by_name(ns, device_name)
if device is None:
raise errors.LmiFailed("No such device: %s" % device_name)
else:
device = None
return deactivate(ns, setting, device)
def cmd_set_autoconnect(ns, caption, device_name, enable):
setting = get_setting_by_caption(ns, caption)
if setting is None:
raise errors.LmiFailed("No such setting: %s" % caption)
device = None
if device_name is not None:
device = get_device_by_name(ns, device_name)
if device is None:
raise errors.LmiFailed("No such device: %s" % device_name)
return set_autoconnect(ns, setting, device, enable)
def execute(self, ns, caption, device_name):
setting = get_setting_by_caption(ns, caption)
if setting is None:
raise errors.LmiFailed("No such setting: %s" % caption)
device = None
if device_name is not None:
device = get_device_by_name(ns, device_name)
if device is None:
raise errors.LmiFailed("No such device: %s" % device_name)
if get_autoconnect(ns, setting, device):
yield ("Setting %s is automatically activated" % caption,)
else:
yield ("Setting %s is not automatically activated" % caption,)
def execute(self, ns, package, _repoid=None, _installed=False):
def _render_installed(package):
result = "No"
if software.get_backend(ns) == software.BACKEND_YUM and \
package.InstallDate is not None:
result = package.InstallDate.datetime.strftime(
'%a %b %d/%Y %H:%M')
elif software.get_backend(ns) == software.BACKEND_PACKAGEKIT and \
software.is_package_installed(package):
result = "Yes"
return result
properties = [
'Name', ('Arch', 'Architecture'), 'Version', 'Release',
('Summary', 'Caption'), ('Installed', _render_installed),
'Description'
]
pkgs = [
p.to_instance() for p in software.find_package(
ns, pkg_spec=package, repoid=_repoid)
]
pkgs = [p for p in pkgs if not _installed or \
software.is_package_installed(p)]
if len(pkgs) < 1:
raise errors.LmiFailed('No such package "%s" found.' % package)
if len(pkgs) > 1:
LOG().warn('More than one package found for "%s" : %s', package,
', '.join(p.ElementName for p in pkgs))
return (properties, pkgs[-1])
def execute(self, ns, package, _type=None):
properties = [
('Name'),
('Type', lambda i: software.FILE_TYPES[i.FileType]),
('FileSize', lambda i: i.FileSize),
('Passed', lambda i: len(i.FailedFlags) < 1)]
if _type is not None:
del properties[1]
pkgs = list(software.find_package(ns, pkg_spec=package[0]))
if len(pkgs) < 1:
raise errors.LmiFailed(
'no package matching "%s" found' % package[0])
if len(pkgs) > 1:
LOG().warn('more than one package found for "%s": %s',
package[0], ', '.join(p.ElementName for p in pkgs))
return ( properties
, software.list_package_files(ns, pkgs[-1], file_type=_type))
def execute(self, ns, package, _type=None):
properties = [('Name'),
('Type', lambda i: software.FILE_TYPES[i.FileType]
if i.FileExists else 'Missing'),
('FileSize', lambda i: i.FileSize),
('Passed', lambda i: len(i.FailedFlags) < 1)]
if _type is not None:
del properties[1]
pkgs = list(p.to_instance()
for p in software.find_package(ns, pkg_spec=package))
pkgs = [p for p in pkgs if software.is_package_installed(p)]
if len(pkgs) < 1:
raise errors.LmiFailed('No package matching "%s" found.' % package)
if len(pkgs) > 1:
LOG().warn('More than one package found for "%s": %s', package,
', '.join(p.ElementName for p in pkgs))
return (properties,
software.list_package_files(ns, pkgs[-1], file_type=_type))
def execute(self, ns, package, _repoid=None, _installed=False):
properties = [
'Name',
('Arch', 'Architecture'),
'Version',
'Release',
('Summary', 'Caption'),
'Description']
pkgs = [ p.to_instance()
for p in software.find_package(ns,
pkg_spec=package[0],
repoid=_repoid)]
pkgs = [p for p in pkgs if not _installed or bool(p.InstallDate)]
if len(pkgs) < 1:
raise errors.LmiFailed('no such package "%s" found' % package[0])
if len(pkgs) > 1:
LOG().warn('more than one package found for "%s" : %s',
package[0], ', '.join(p.ElementName for p in pkgs))
return (properties, pkgs[-1])
def execute(self, ns, package, _repoid=None, _installed=False):
properties = [
'Name', ('Arch', 'Architecture'), 'Version', 'Release',
('Summary', 'Caption'),
('Installed', lambda i: 'no'
if i.InstallDate is None else i.InstallDate.datetime.strftime(
'%a %b %d/%Y %H:%M')), 'Description'
]
pkgs = [
p.to_instance() for p in software.find_package(
ns, pkg_spec=package, repoid=_repoid)
]
pkgs = [p for p in pkgs if not _installed or bool(p.InstallDate)]
if len(pkgs) < 1:
raise errors.LmiFailed('No such package "%s" found.' % package)
if len(pkgs) > 1:
LOG().warn('More than one package found for "%s" : %s', package,
', '.join(p.ElementName for p in pkgs))
return (properties, pkgs[-1])
def execute(self, ns, caption, device_name, _ethernet, _bridging, _bonding, _ipv4, _ipv6):
type = SETTING_TYPE_ETHERNET
if _bridging:
type = SETTING_TYPE_BRIDGE_MASTER
elif _bonding:
type = SETTING_TYPE_BOND_MASTER
if _ipv4 not in SETTING_IPv4_METHODS:
raise errors.LmiInvalidOptions("Invalid --ipv4 option: %s" % _ipv4)
if _ipv6 not in SETTING_IPv6_METHODS:
raise errors.LmiInvalidOptions("Invalid --ipv6 option: %s" % _ipv6)
ipv4_method = SETTING_IPv4_METHODS[_ipv4]
ipv6_method = SETTING_IPv6_METHODS[_ipv6]
device = get_device_by_name(ns, device_name)
if device is None:
raise errors.LmiFailed("No such device: %s" % device_name)
create_setting(ns, caption, device, type, ipv4_method, ipv6_method)
return 0
def execute(self, ns, vgs, _add, _remove):
raise errors.LmiFailed("OpenLMI-Storage 0.8 is required on the remote machine")
def execute(self, ns, caption, address):
setting = get_setting_by_caption(ns, caption)
if setting is None:
raise errors.LmiFailed("No such setting: %s" % caption)
return replace_dns_server(ns, setting, address)
def execute(self, ns, caption, address, prefix, metric, next_hop):
setting = get_setting_by_caption(ns, caption)
if setting is None:
raise errors.LmiFailed("No such setting: %s" % caption)
return replace_static_route(ns, setting, address, prefix, metric,
next_hop)
def execute(self, ns, caption, address):
setting = get_setting_by_caption(ns, caption)
if setting is None:
raise errors.LmiFailed("No such setting: %s" % caption)
return remove_static_route(ns, setting, address)
def execute(self, ns, caption, address, prefix, gateway):
setting = get_setting_by_caption(ns, caption)
if setting is None:
raise errors.LmiFailed("No such setting: %s" % caption)
return replace_ip_address(ns, setting, address, prefix, gateway)
def execute(self, ns, caption):
setting = get_setting_by_caption(ns, caption)
if setting is None:
raise errors.LmiFailed("No such setting: %s" % caption)
return delete_setting(ns, setting)
