def autogenerate_boot_instances(bootconfig):
sbia = SolarisBootInstanceAutogenerator()
# XXX - Handle bootconfig instances that have boot_class != disk
if bootconfig.boot_class != BootConfig.BOOT_CLASS_DISK:
raise BootmgmtUnsupportedOperationError('XXX - Fix Me')
# Use libbe_py to get the list of boot environments, then iterate
# over the list, creating a new SolarisDiskBootInstance for each
# Note that the title will just be the last portion of the bootfs
# (i.e. <pool>/ROOT/<title>)
retcode, belist = libbe_py.beList()
if retcode != 0:
sbia._debug('libbe_py.beList() failed; return code was ' +
str(retcode))
return []
inst_list = []
for bootenv in belist:
if bootenv.get('orig_be_name', None) is None:
continue # skip over snapshots
bootinst = SolarisDiskBootInstance(None, title=bootenv['orig_be_name'],
bootfs=bootenv['root_ds'])
if bootenv['active'] is True:
sbia._debug('default boot instance is:\n' + str(bootinst))
bootinst.default = True
inst_list.append(bootinst)
return inst_list
def autogenerate_boot_instances(bootconfig):
sbia = SolarisBootInstanceAutogenerator()
# XXX - Handle bootconfig instances that have boot_class != disk
if bootconfig.boot_class != BootConfig.BOOT_CLASS_DISK:
raise BootmgmtUnsupportedOperationError('XXX - Fix Me')
# Use libbe_py to get the list of boot environments, then iterate
# over the list, creating a new SolarisDiskBootInstance for each
# Note that the title will just be the last portion of the bootfs
# (i.e. <pool>/ROOT/<title>)
retcode, belist = libbe_py.beList()
if retcode != 0:
sbia._debug('libbe_py.beList() failed; return code was ' +
str(retcode))
return []
inst_list = []
for bootenv in belist:
if bootenv.get('orig_be_name', None) is None:
continue # skip over snapshots
bootinst = SolarisDiskBootInstance(None,
title=bootenv['orig_be_name'],
bootfs=bootenv['root_ds'])
if bootenv['active'] is True:
sbia._debug('default boot instance is:\n' + str(bootinst))
bootinst.default = True
inst_list.append(bootinst)
return inst_list
def getActiveBEAndActiveOnBootBE():
"""Return the 'active on boot' BE, the 'active' BE or None."""
active_be = None
active_be_on_boot = None
rc, be_list = lb.beList()
if rc != 0:
if rc == msg.Msgs.BE_ERR_BE_NOENT:
string = msg.getMsg(msg.Msgs.BEADM_ERR_NO_BES_EXIST)
else:
string = lb.beGetErrDesc(rc)
if string == None:
string = msg.getMsg(msg.Msgs.BEADM_ERR_NO_MSG, rc)
msg.printMsg(msg.Msgs.BEADM_ERR_LIST, string, -1)
return None
for be_vals in be_list:
srcBeName = be_vals.get("orig_be_name")
if be_vals.get("active"):
active_be = srcBeName
if be_vals.get("active_boot"):
active_be_on_boot = srcBeName
if active_be is not None and active_be_on_boot is not None:
break
return active_be, active_be_on_boot
def getActiveBEAndActiveOnBootBE():
"""Return the 'active on boot' BE, the 'active' BE or None."""
active_be = None
active_be_on_boot = None
rc, be_list = lb.beList()
if rc != 0:
if rc == msg.Msgs.BE_ERR_BE_NOENT:
string = \
msg.getMsg(msg.Msgs.BEADM_ERR_NO_BES_EXIST)
else:
string = lb.beGetErrDesc(rc)
if string == None:
string = \
msg.getMsg(msg.Msgs.BEADM_ERR_NO_MSG, rc)
msg.printMsg(msg.Msgs.BEADM_ERR_LIST, string, -1)
return None
for be_vals in be_list:
srcBeName = be_vals.get("orig_be_name")
if be_vals.get("active"):
active_be = srcBeName
if be_vals.get("active_boot"):
active_be_on_boot = srcBeName
if active_be is not None and active_be_on_boot is not None:
break
return active_be, active_be_on_boot
def get_be_list():
# Check for the old beList() API since pkg(1) can be
# back published and live on a system without the
# latest libbe.
rc = 0
beVals = be.beList()
if isinstance(beVals[0], int):
rc, beList = beVals
else:
beList = beVals
if not beList or rc != 0:
beList = []
return beList
def get_be_list():
# Check for the old beList() API since pkg(1) can be
# back published and live on a system without the
# latest libbe.
rc = 0
beVals = be.beList()
if isinstance(beVals[0], int):
rc, beList = beVals
else:
beList = beVals
if not beList or rc != 0:
beList = []
return beList
def get_be_list(raise_error=False):
# This check enables the test suite to run much more quickly.
# It is necessary because pkg5unittest (eventually) imports this
# module before the environment is sanitized.
if "PKG_NO_LIVE_ROOT" in os.environ:
return BootEnvNull.get_be_list()
rc, beList = be.beList(nosnaps=True)
if not beList or rc != 0:
if raise_error:
# Happens e.g. in zones (for now) or live CD
# environment.
raise RuntimeError("nobootenvironments")
beList = []
return beList
def list(opts):
"""
Description: List the attributes of a Boot Environment.
The following is the subcommand, options
and args that make up the opts object
passed in:
list [[-a] | [-d] [-s]] [-H] [beName]
-a displays all info
-d displays BE info plus dataset info
-s displays BE info plus snapshot info
-H displays info parsable by a computer
Parameters:
opts - A object containing the list subcommand
and all the options and arguments passed in
on the command line mentioned above.
Returns:
0 - Success
1 - Failure
"""
be = BootEnvironment()
list_all_attrs = ""
list_datasets = ""
list_snapshots = ""
dont_display_headers = False
be_name = None
be_list = None
# Counters for detecting multiple options.
# e.g. beadm list -a -a newbe
num_a_opts = 0
num_d_opts = 0
num_s_opts = 0
num_h_opts = 0
try:
opts_args, be.trgt_be_name_or_snapshot = getopt.getopt(opts, "adHs")
except getopt.GetoptError:
msg.printMsg(msg.Msgs.BEADM_ERR_OPT_ARGS, None, -1)
usage()
for opt, arg in opts_args:
if opt == "-a":
list_all_attrs = opt
num_a_opts += 1
elif opt == "-d":
list_datasets = opt
num_d_opts += 1
elif opt == "-s":
list_snapshots = opt
num_s_opts += 1
elif opt == "-H":
dont_display_headers = True
num_h_opts += 1
if num_a_opts > 1 or num_d_opts > 1 or num_s_opts > 1 or num_h_opts > 1:
msg.printMsg(msg.Msgs.BEADM_ERR_OPT_ARGS, None, -1)
usage()
if len(be.trgt_be_name_or_snapshot) > 1:
msg.printMsg(msg.Msgs.BEADM_ERR_OPT_ARGS, None, -1)
usage()
if len(be.trgt_be_name_or_snapshot) == 1:
be_name = be.trgt_be_name_or_snapshot[0]
if lb.beVerifyBEName(be_name) != 0:
msg.printMsg(msg.Msgs.BEADM_ERR_BENAME, None, -1)
return 1
if list_all_attrs == "-a" and (list_datasets == "-d" or list_snapshots == "-s"):
msg.printMsg(msg.Msgs.BEADM_ERR_MUTUALLY_EXCL, list_all_attrs + " " + list_datasets + " " + list_snapshots, -1)
usage()
list_options = ""
# When zones are implemented add "listZones == "-z" below
# Coelesce options to pass to displayBEs
if list_datasets == "-d" and list_snapshots == "-s" or list_all_attrs == "-a":
list_options = "-a"
elif list_datasets != "" or list_snapshots != "" or list_all_attrs != "":
list_options = list_datasets + " " + list_snapshots
rc, be_list = lb.beList()
if rc != 0:
if rc == msg.Msgs.BE_ERR_BE_NOENT:
if be_name == None:
msg.printMsg(msg.Msgs.BEADM_ERR_NO_BES_EXIST, None, -1)
return 1
string = msg.getMsg(msg.Msgs.BEADM_ERR_BE_DOES_NOT_EXIST, be_name)
else:
string = lb.beGetErrDesc(rc)
if string == None:
string = msg.getMsg(msg.Msgs.BEADM_ERR_NO_MSG, rc)
msg.printMsg(msg.Msgs.BEADM_ERR_LIST, string, -1)
return 1
# classify according to command line options
if list_options.find("-a") != -1 or (list_options.find("-d") != -1 and list_options.find("-s") != -1):
list_object = CompleteList(dont_display_headers) # all
elif list_options.find("-d") != -1:
list_object = DatasetList(dont_display_headers) # dataset
elif list_options.find("-s") != -1:
list_object = SnapshotList(dont_display_headers) # snapshot
else:
list_object = BEList(dont_display_headers) # only BE
# use list method for object
if list_object.list(be_list, dont_display_headers, be_name) != 0:
msg.printMsg(msg.Msgs.BEADM_ERR_LIST_DATA, None, -1)
return 1
return 0
logging.debug("Displaying screen: %s", type(SCREEN))
SCREEN = SCREEN.show(INSTALL_PROFILE)
if not OPTIONS.debug and CTRL_C is None:
# This prevents the user from accidentally hitting
# ctrl-c halfway through the install. Ctrl-C is left
# available through the first screen in case terminal
# display issues make it impossible for the user to
# quit gracefully
CTRL_C = signal.signal(signal.SIGINT, signal.SIG_IGN)
cleanup_curses()
ERRCODE = 0
finally:
cleanup_curses()
except RebootException:
if INSTALL_PROFILE.is_x86:
RET_VAL, BE_LIST = libbe_py.beList()
if RET_VAL == 0:
for be in BE_LIST:
if be.get("active_boot", False):
root_ds = be['root_ds']
call_cmd = ["/usr/sbin/reboot", "-f", "--", root_ds]
try:
subprocess.call(call_cmd)
except OSError, err:
logging.warn("Fast reboot failed:\n\t'%s'\n%s",
" ".join(call_cmd), err)
else:
logging.warn(
"Fast reboot failed. Will attempt"
" standard reboot\n(Fast reboot "
"args:%s)", " ".join(call_cmd))
def __init__(self, root):
self.be_name = None
self.dataset = None
self.be_name_clone = None
self.clone_dir = None
self.img = None
self.is_live_BE = False
self.is_valid = False
self.snapshot_name = None
self.root = root
rc = 0
assert root != None
# Check for the old beList() API since pkg(1) can be
# back published and live on a system without the latest libbe.
beVals = be.beList()
if isinstance(beVals[0], int):
rc, self.beList = beVals
else:
self.beList = beVals
# Happens e.g. in zones (at least, for now)
if not self.beList or rc != 0:
raise RuntimeError, "nobootenvironments"
# Need to find the name of the BE we're operating on in order
# to create a snapshot and/or a clone of the BE.
for i, beVals in enumerate(self.beList):
# pkg(1) expects a directory as the target of an
# operation. BootEnv needs to determine if this target
# directory maps to a BE. If a bogus directory is
# provided to pkg(1) via -R, then pkg(1) just updates
# '/' which also causes BootEnv to manage '/' as well.
# This should be fixed before this class is ever
# instantiated.
be_name = beVals.get("orig_be_name")
# If we're not looking at a boot env entry or an
# entry that is not mounted then continue.
if not be_name or not beVals.get("mounted"):
continue
# Check if we're operating on the live BE.
# If so it must also be active. If we are not
# operating on the live BE, then verify
# that the mountpoint of the BE matches
# the -R argument passed in by the user.
if root == '/':
if not beVals.get("active"):
continue
else:
self.is_live_BE = True
else:
if beVals.get("mountpoint") != root:
continue
# Set the needed BE components so snapshots
# and clones can be managed.
self.be_name = be_name
self.dataset = beVals.get("dataset")
# Let libbe provide the snapshot name
err, snapshot_name = be.beCreateSnapshot(self.be_name)
self.clone_dir = tempfile.mkdtemp()
# Check first field for failure.
# 2nd field is the returned snapshot name
if err == 0:
self.snapshot_name = snapshot_name
else:
logger.error(
_("pkg: unable to create an auto "
"snapshot. pkg recovery is disabled."))
raise RuntimeError, "recoveryDisabled"
self.is_valid = True
break
else:
# We will get here if we don't find find any BE's. e.g
# if were are on UFS.
raise RuntimeError, "recoveryDisabled"
def list(opts):
"""
Description: List the attributes of a Boot Environment.
The following is the subcommand, options
and args that make up the opts object
passed in:
list [[-a] | [-d] [-s]] [-H] [beName]
-a displays all info
-d displays BE info plus dataset info
-s displays BE info plus snapshot info
-H displays info parsable by a computer
Parameters:
opts - A object containing the list subcommand
and all the options and arguments passed in
on the command line mentioned above.
Returns:
0 - Success
1 - Failure
"""
be = BootEnvironment()
list_all_attrs = ""
list_datasets = ""
list_snapshots = ""
dont_display_headers = False
be_name = None
be_list = None
# Counters for detecting multiple options.
# e.g. beadm list -a -a newbe
num_a_opts = 0
num_d_opts = 0
num_s_opts = 0
num_h_opts = 0
try:
opts_args, be.trgt_be_name_or_snapshot = getopt.getopt(opts, "adHs")
except getopt.GetoptError:
msg.printMsg(msg.Msgs.BEADM_ERR_OPT_ARGS, None, -1)
usage()
for opt, arg in opts_args:
if opt == "-a":
list_all_attrs = opt
num_a_opts += 1
elif opt == "-d":
list_datasets = opt
num_d_opts += 1
elif opt == "-s":
list_snapshots = opt
num_s_opts += 1
elif opt == "-H":
dont_display_headers = True
num_h_opts += 1
if num_a_opts > 1 or num_d_opts > 1 or num_s_opts > 1 or num_h_opts > 1:
msg.printMsg(msg.Msgs.BEADM_ERR_OPT_ARGS, None, -1)
usage()
if len(be.trgt_be_name_or_snapshot) > 1:
msg.printMsg(msg.Msgs.BEADM_ERR_OPT_ARGS, None, -1)
usage()
if len(be.trgt_be_name_or_snapshot) == 1:
be_name = be.trgt_be_name_or_snapshot[0]
if lb.beVerifyBEName(be_name) != 0:
msg.printMsg(msg.Msgs.BEADM_ERR_BENAME, None, -1)
return 1
if (list_all_attrs == "-a" and (list_datasets == "-d" \
or list_snapshots == "-s")):
msg.printMsg(msg.Msgs.BEADM_ERR_MUTUALLY_EXCL,
list_all_attrs + " " + list_datasets + " " +
list_snapshots, -1)
usage()
list_options = ""
# When zones are implemented add "listZones == "-z" below
# Coelesce options to pass to displayBEs
if (list_datasets == "-d" and list_snapshots == "-s" or \
list_all_attrs == "-a"):
list_options = "-a"
elif list_datasets != "" or list_snapshots != "" or list_all_attrs != "":
list_options = list_datasets + " " + list_snapshots
rc, be_list = lb.beList()
if rc != 0:
if rc == msg.Msgs.BE_ERR_BE_NOENT:
if be_name == None:
msg.printMsg(msg.Msgs.BEADM_ERR_NO_BES_EXIST,
None, -1)
return 1
string = \
msg.getMsg(msg.Msgs.BEADM_ERR_BE_DOES_NOT_EXIST,
be_name)
else:
string = lb.beGetErrDesc(rc)
if string == None:
string = \
msg.getMsg(msg.Msgs.BEADM_ERR_NO_MSG, rc)
msg.printMsg(msg.Msgs.BEADM_ERR_LIST, string, -1)
return 1
# classify according to command line options
if list_options.find("-a") != -1 or \
(list_options.find("-d") != -1 and list_options.find("-s") != -1):
list_object = CompleteList(dont_display_headers) #all
elif list_options.find("-d") != -1:
list_object = DatasetList(dont_display_headers) #dataset
elif list_options.find("-s") != -1:
list_object = SnapshotList(dont_display_headers) #snapshot
else: list_object = BEList(dont_display_headers) #only BE
# use list method for object
if list_object.list(be_list, dont_display_headers, be_name) != 0:
msg.printMsg(msg.Msgs.BEADM_ERR_LIST_DATA, None, -1)
return 1
return 0
def __init__(self, root):
self.be_name = None
self.dataset = None
self.be_name_clone = None
self.clone_dir = None
self.img = None
self.is_live_BE = False
self.is_valid = False
self.snapshot_name = None
self.root = root
rc = 0
assert root != None
# Check for the old beList() API since pkg(1) can be
# back published and live on a system without the latest libbe.
beVals = be.beList()
if isinstance(beVals[0], int):
rc, self.beList = beVals
else:
self.beList = beVals
# Happens e.g. in zones (at least, for now)
if not self.beList or rc != 0:
raise RuntimeError, "nobootenvironments"
# Need to find the name of the BE we're operating on in order
# to create a snapshot and/or a clone of the BE.
for i, beVals in enumerate(self.beList):
# pkg(1) expects a directory as the target of an
# operation. BootEnv needs to determine if this target
# directory maps to a BE. If a bogus directory is
# provided to pkg(1) via -R, then pkg(1) just updates
# '/' which also causes BootEnv to manage '/' as well.
# This should be fixed before this class is ever
# instantiated.
be_name = beVals.get("orig_be_name")
# If we're not looking at a boot env entry or an
# entry that is not mounted then continue.
if not be_name or not beVals.get("mounted"):
continue
# Check if we're operating on the live BE.
# If so it must also be active. If we are not
# operating on the live BE, then verify
# that the mountpoint of the BE matches
# the -R argument passed in by the user.
if root == '/':
if not beVals.get("active"):
continue
else:
self.is_live_BE = True
else:
if beVals.get("mountpoint") != root:
continue
# Set the needed BE components so snapshots
# and clones can be managed.
self.be_name = be_name
self.dataset = beVals.get("dataset")
# Let libbe provide the snapshot name
err, snapshot_name = be.beCreateSnapshot(self.be_name)
self.clone_dir = tempfile.mkdtemp()
# Check first field for failure.
# 2nd field is the returned snapshot name
if err == 0:
self.snapshot_name = snapshot_name
else:
logger.error(_("pkg: unable to create an auto "
"snapshot. pkg recovery is disabled."))
raise RuntimeError, "recoveryDisabled"
self.is_valid = True
break
else:
# We will get here if we don't find find any BE's. e.g
# if were are on UFS.
raise RuntimeError, "recoveryDisabled"
