def createSnapshot(be):
"""Create a snapshot."""
be_name, snap_name = be.trgt_be_name_or_snapshot[0].split("@")
rc = lb.beCreateSnapshot(be_name, snap_name)[0]
if rc == 0:
return 0
be.msg_buf["0"] = be.trgt_be_name_or_snapshot[0]
if rc == msg.Msgs.BE_ERR_BE_NOENT:
be.msg_buf["1"] = msg.getMsg(msg.Msgs.BEADM_ERR_BE_DOES_NOT_EXIST, be_name)
elif rc == msg.Msgs.BE_ERR_SS_EXISTS:
be.msg_buf["1"] = msg.getMsg(msg.Msgs.BEADM_ERR_SNAP_EXISTS, be.trgt_be_name_or_snapshot[0])
elif rc == msg.Msgs.BE_ERR_PERM or rc == msg.Msgs.BE_ERR_ACCESS:
be.msg_buf["1"] = msg.getMsg(msg.Msgs.BEADM_ERR_PERMISSIONS, rc)
msg.printMsg(msg.Msgs.BEADM_ERR_CREATE, be.msg_buf, -1)
return 1
else:
be.msg_buf["1"] = lb.beGetErrDesc(rc)
if be.msg_buf["1"] == None:
be.msg_buf["1"] = msg.getMsg(msg.Msgs.BEADM_ERR_NO_MSG, rc)
msg.printMsg(msg.Msgs.BEADM_ERR_CREATE, be.msg_buf, -1)
return 1
def createSnapshot(be):
"""Create a snapshot."""
be_name, snap_name = be.trgt_be_name_or_snapshot[0].split("@")
rc = lb.beCreateSnapshot(be_name, snap_name)[0]
if rc == 0:
return 0
be.msg_buf["0"] = be.trgt_be_name_or_snapshot[0]
if rc == msg.Msgs.BE_ERR_BE_NOENT:
be.msg_buf["1"] = \
msg.getMsg(msg.Msgs.BEADM_ERR_BE_DOES_NOT_EXIST,
be_name)
elif rc == msg.Msgs.BE_ERR_SS_EXISTS:
be.msg_buf["1"] = msg.getMsg(msg.Msgs.BEADM_ERR_SNAP_EXISTS,
be.trgt_be_name_or_snapshot[0])
elif rc == msg.Msgs.BE_ERR_PERM or rc == msg.Msgs.BE_ERR_ACCESS:
be.msg_buf["1"] = msg.getMsg(msg.Msgs.BEADM_ERR_PERMISSIONS, rc)
msg.printMsg(msg.Msgs.BEADM_ERR_CREATE, be.msg_buf, -1)
return 1
else:
be.msg_buf["1"] = lb.beGetErrDesc(rc)
if be.msg_buf["1"] == None:
be.msg_buf["1"] = \
msg.getMsg(msg.Msgs.BEADM_ERR_NO_MSG, rc)
msg.printMsg(msg.Msgs.BEADM_ERR_CREATE, be.msg_buf, -1)
return 1
def __init__(self, img, progress_tracker=None):
self.be_name = None
self.dataset = None
self.be_name_clone = None
self.be_name_clone_uuid = None
self.clone_dir = None
self.img = img
self.is_live_BE = False
self.is_valid = False
self.snapshot_name = None
self.progress_tracker = progress_tracker
# record current location of image root so we can remember
# original source BE if we clone existing image
self.root = self.img.get_root()
rc = 0
assert self.root != None
# 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.
self.beList = self.get_be_list(raise_error=True)
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 self.root == '/':
if not beVals.get("active"):
continue
else:
self.is_live_BE = True
else:
if beVals.get("mountpoint") != self.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
# we require BootEnv to be initialised within
# the context of a history operation, i.e.
# after img.history.operation_name has been set.
img.history.operation_snapshot = 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 __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 __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"