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/*
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* Copyright ( C ) 2001 - 2004 Sistina Software , Inc . All rights reserved .
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* Copyright ( C ) 2004 - 2014 Red Hat , Inc . All rights reserved .
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*
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* This file is part of LVM2 .
*
* This copyrighted material is made available to anyone wishing to use ,
* modify , copy , or redistribute it subject to the terms and conditions
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* of the GNU Lesser General Public License v .2 .1 .
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*
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* You should have received a copy of the GNU Lesser General Public License
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* along with this program ; if not , write to the Free Software Foundation ,
* Inc . , 59 Temple Place , Suite 330 , Boston , MA 02111 - 1307 USA
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*/
# ifndef _LVM_DEFAULTS_H
# define _LVM_DEFAULTS_H
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# define DEFAULT_PE_ALIGN 2048
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# define DEFAULT_PE_ALIGN_OLD 128
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# define DEFAULT_ARCHIVE_ENABLED 1
# define DEFAULT_BACKUP_ENABLED 1
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# define DEFAULT_CACHE_FILE_PREFIX ""
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# define DEFAULT_ARCHIVE_DAYS 30
# define DEFAULT_ARCHIVE_NUMBER 10
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# define DEFAULT_DEV_DIR " / dev"
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# define DEFAULT_PROC_DIR " / proc"
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# define DEFAULT_SYSTEM_ID_SOURCE "none"
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# define DEFAULT_OBTAIN_DEVICE_LIST_FROM_UDEV 1
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# define DEFAULT_EXTERNAL_DEVICE_INFO_SOURCE "none"
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# define DEFAULT_SYSFS_SCAN 1
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# define DEFAULT_MD_COMPONENT_DETECTION 1
filters: add firmware RAID filter
Just like MD filtering that detects components of software RAID (md),
add detection for firmware RAID.
We're not adding any native code to detect this - there are lots of
firmware RAIDs out there which is just out of LVM scope. However,
with current changes with which we're able to get device info from
external sources (e.g. external_device_info_source="udev"), we can
do this easily if the external device status source has this kind
of information - which is the case of "udev" source where the results
of blkid scans are stored.
This detection should cover all firmware RAIDs that blkid can detect and
which are identified as:
ID_FS_TYPE = {adaptec,ddf,hpt45x,hpt37x,isw,jmicron,lsi_mega,nvidia,promise_fasttrack,silicon_medley,via}_raid_member
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# define DEFAULT_FW_RAID_COMPONENT_DETECTION 0
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# define DEFAULT_MD_CHUNK_ALIGNMENT 1
Mirror: Fix hangs and lock-ups caused by attempting label reads of mirrors
There is a problem with the way mirrors have been designed to handle
failures that is resulting in stuck LVM processes and hung I/O. When
mirrors encounter a write failure, they block I/O and notify userspace
to reconfigure the mirror to remove failed devices. This process is
open to a couple races:
1) Any LVM process other than the one that is meant to deal with the
mirror failure can attempt to read the mirror, fail, and block other
LVM commands (including the repair command) from proceeding due to
holding a lock on the volume group.
2) If there are multiple mirrors that suffer a failure in the same
volume group, a repair can block while attempting to read the LVM
label from one mirror while trying to repair the other.
Mitigation of these races has been attempted by disallowing label reading
of mirrors that are either suspended or are indicated as blocking by
the kernel. While this has closed the window of opportunity for hitting
the above problems considerably, it hasn't closed it completely. This is
because it is still possible to start an LVM command, read the status of
the mirror as healthy, and then perform the read for the label at the
moment after a the failure is discovered by the kernel.
I can see two solutions to this problem:
1) Allow users to configure whether mirrors can be candidates for LVM
labels (i.e. whether PVs can be created on mirror LVs). If the user
chooses to allow label scanning of mirror LVs, it will be at the expense
of a possible hang in I/O or LVM processes.
2) Instrument a way to allow asynchronous label reading - allowing
blocked label reads to be ignored while continuing to process the LVM
command. This would action would allow LVM commands to continue even
though they would have otherwise blocked trying to read a mirror. They
can then release their lock and allow a repair command to commence. In
the event of #2 above, the repair command already in progress can continue
and repair the failed mirror.
This patch brings solution #1. If solution #2 is developed later on, the
configuration option created in #1 can be negated - allowing mirrors to
be scanned for labels by default once again.
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# define DEFAULT_IGNORE_LVM_MIRRORS 1
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# define DEFAULT_MULTIPATH_COMPONENT_DETECTION 1
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# define DEFAULT_IGNORE_SUSPENDED_DEVICES 0
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# define DEFAULT_DISABLE_AFTER_ERROR_COUNT 0
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# define DEFAULT_REQUIRE_RESTOREFILE_WITH_UUID 1
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# define DEFAULT_DATA_ALIGNMENT_OFFSET_DETECTION 1
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# define DEFAULT_DATA_ALIGNMENT_DETECTION 1
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# define DEFAULT_ISSUE_DISCARDS 0
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# define DEFAULT_PV_MIN_SIZE_KB 2048
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# define DEFAULT_LOCKING_LIB "liblvm2clusterlock.so"
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# define DEFAULT_ERROR_WHEN_FULL 0
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# define DEFAULT_FALLBACK_TO_LOCAL_LOCKING 1
# define DEFAULT_FALLBACK_TO_CLUSTERED_LOCKING 1
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# define DEFAULT_WAIT_FOR_LOCKS 1
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# define DEFAULT_PRIORITISE_WRITE_LOCKS 1
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# define DEFAULT_USE_MLOCKALL 0
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# define DEFAULT_METADATA_READ_ONLY 0
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# define DEFAULT_LVDISPLAY_SHOWS_FULL_DEVICE_PATH 0
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# define DEFAULT_MIRRORLOG MIRROR_LOG_DISK
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# define DEFAULT_MIRROR_LOG_FAULT_POLICY "allocate"
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# define DEFAULT_MIRROR_IMAGE_FAULT_POLICY "remove"
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# define DEFAULT_MIRROR_MAX_IMAGES 8 /* limited by kernel DM_KCOPYD_MAX_REGIONS */
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# define DEFAULT_RAID_FAULT_POLICY "warn"
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# define DEFAULT_DMEVENTD_RAID_LIB "libdevmapper-event-lvm2raid.so"
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# define DEFAULT_DMEVENTD_MIRROR_LIB "libdevmapper-event-lvm2mirror.so"
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# define DEFAULT_DMEVENTD_SNAPSHOT_LIB "libdevmapper-event-lvm2snapshot.so"
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# define DEFAULT_DMEVENTD_THIN_LIB "libdevmapper-event-lvm2thin.so"
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# define DEFAULT_DMEVENTD_MONITOR 1
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# define DEFAULT_BACKGROUND_POLLING 1
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# ifndef DMEVENTD_PATH
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# define DEFAULT_DMEVENTD_PATH ""
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# else
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# define DEFAULT_DMEVENTD_PATH DMEVENTD_PATH
# endif
# ifdef THIN_CHECK_NEEDS_CHECK
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# define DEFAULT_THIN_CHECK_OPTION1 "-q"
# define DEFAULT_THIN_CHECK_OPTION2 "--clear-needs-check-flag"
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# define DEFAULT_THIN_CHECK_OPTIONS_CONFIG "#S" DEFAULT_THIN_CHECK_OPTION1 "#S" DEFAULT_THIN_CHECK_OPTION2
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# else
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# define DEFAULT_THIN_CHECK_OPTION1 "-q"
# define DEFAULT_THIN_CHECK_OPTION2 ""
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# define DEFAULT_THIN_CHECK_OPTIONS_CONFIG "#S" DEFAULT_THIN_CHECK_OPTION1
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# endif
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# define DEFAULT_THIN_REPAIR_OPTIONS ""
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# define DEFAULT_THIN_REPAIR_OPTIONS_CONFIG NULL
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# define DEFAULT_THIN_POOL_METADATA_REQUIRE_SEPARATE_PVS 0
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# define DEFAULT_THIN_POOL_MAX_METADATA_SIZE (16 * 1024 * 1024) /* KB */
# define DEFAULT_THIN_POOL_MIN_METADATA_SIZE 2048 /* KB */
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# define DEFAULT_THIN_POOL_OPTIMAL_SIZE (128 * 1024 * 1024) /* KB */
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# define DEFAULT_THIN_POOL_CHUNK_SIZE_POLICY "generic"
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# define DEFAULT_THIN_POOL_CHUNK_SIZE 64 /* KB */
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# define DEFAULT_THIN_POOL_CHUNK_SIZE_PERFORMANCE 512 /* KB */
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# define DEFAULT_THIN_POOL_DISCARDS "passdown"
# define DEFAULT_THIN_POOL_ZERO 1
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# define DEFAULT_POOL_METADATA_SPARE 1 /* thin + cache */
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# define DEFAULT_CACHE_CHECK_OPTION1 "-q"
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# define DEFAULT_CACHE_CHECK_OPTIONS_CONFIG "#S" DEFAULT_CACHE_CHECK_OPTION1
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# define DEFAULT_CACHE_REPAIR_OPTIONS ""
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# define DEFAULT_CACHE_REPAIR_OPTIONS_CONFIG NULL
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# define DEFAULT_CACHE_POOL_METADATA_REQUIRE_SEPARATE_PVS 0
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# define DEFAULT_CACHE_POOL_CHUNK_SIZE 64 /* KB */
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# define DEFAULT_CACHE_POOL_MIN_METADATA_SIZE 2048 /* KB */
# define DEFAULT_CACHE_POOL_MAX_METADATA_SIZE (16 * 1024 * 1024) /* KB */
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# define DEFAULT_CACHE_POOL_CACHEMODE "writethrough"
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# define DEFAULT_CACHE_POOL_POLICY "mq"
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# define DEFAULT_UMASK 0077
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# ifdef LVM1_FALLBACK
# define DEFAULT_FALLBACK_TO_LVM1 1
# else
# define DEFAULT_FALLBACK_TO_LVM1 0
# endif
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# define DEFAULT_FORMAT "lvm2"
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# define DEFAULT_STRIPESIZE 64 /* KB */
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# define DEFAULT_PVMETADATAIGNORE 0
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# define DEFAULT_PVMETADATASIZE 255
# define DEFAULT_PVMETADATACOPIES 1
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# define DEFAULT_VGMETADATACOPIES 0
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# define DEFAULT_LABELSECTOR UINT64_C(1)
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# define DEFAULT_READ_AHEAD "auto"
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# define DEFAULT_UDEV_RULES 1
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# define DEFAULT_UDEV_SYNC 1
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# define DEFAULT_VERIFY_UDEV_OPERATIONS 0
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# define DEFAULT_RETRY_DEACTIVATION 1
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# define DEFAULT_ACTIVATION_CHECKS 0
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# define DEFAULT_EXTENT_SIZE 4096 /* In KB */
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# define DEFAULT_MAX_PV 0
# define DEFAULT_MAX_LV 0
# define DEFAULT_ALLOC_POLICY ALLOC_NORMAL
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# define DEFAULT_MIRROR_LOGS_REQUIRE_SEPARATE_PVS 0
# define DEFAULT_MAXIMISE_CLING 1
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# define DEFAULT_CLUSTERED 0
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# define DEFAULT_MSG_PREFIX " "
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# define DEFAULT_CMD_NAME 0
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# define DEFAULT_OVERWRITE 0
# ifndef DEFAULT_LOG_FACILITY
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# define DEFAULT_LOG_FACILITY LOG_USER
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# endif
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# define DEFAULT_LOGGED_DEBUG_CLASSES (LOG_CLASS_MEM | LOG_CLASS_DEVS | \
LOG_CLASS_ACTIVATION | LOG_CLASS_ALLOC | LOG_CLASS_LVMETAD | \
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LOG_CLASS_METADATA | LOG_CLASS_CACHE | LOG_CLASS_LOCKING | \
LOG_CLASS_LVMPOLLD )
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# define DEFAULT_SYSLOG 1
# define DEFAULT_VERBOSE 0
config: add silent mode
Accept -q as the short form of --quiet.
Suppress non-essential standard output if -q is given twice.
Treat log/silent in lvm.conf as equivalent to -qq.
Review all log_print messages and change some to
log_print_unless_silent.
When silent, the following commands still produce output:
dumpconfig, lvdisplay, lvmdiskscan, lvs, pvck, pvdisplay,
pvs, version, vgcfgrestore -l, vgdisplay, vgs.
[Needs checking.]
Non-essential messages are shifted from log level 4 to log level 5
for syslog and lvm2_log_fn purposes.
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# define DEFAULT_SILENT 0
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# define DEFAULT_LOGLEVEL 0
# define DEFAULT_INDENT 1
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# define DEFAULT_ABORT_ON_INTERNAL_ERRORS 0
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# define DEFAULT_DETECT_INTERNAL_VG_CACHE_CORRUPTION 0
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# define DEFAULT_UNITS "h"
# define DEFAULT_SUFFIX 1
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# define DEFAULT_HOSTTAGS 0
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# ifndef DEFAULT_SI_UNIT_CONSISTENCY
# define DEFAULT_SI_UNIT_CONSISTENCY 1
# endif
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# ifdef DEVMAPPER_SUPPORT
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# define DEFAULT_ACTIVATION 1
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# else
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# define DEFAULT_ACTIVATION 0
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# endif
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# define DEFAULT_RESERVED_MEMORY 8192
# define DEFAULT_RESERVED_STACK 64 /* KB */
# define DEFAULT_PROCESS_PRIORITY -18
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# define DEFAULT_AUTO_SET_ACTIVATION_SKIP 1
activation: Add "degraded" activation mode
Currently, we have two modes of activation, an unnamed nominal mode
(which I will refer to as "complete") and "partial" mode. The
"complete" mode requires that a volume group be 'complete' - that
is, no missing PVs. If there are any missing PVs, no affected LVs
are allowed to activate - even RAID LVs which might be able to
tolerate a failure. The "partial" mode allows anything to be
activated (or at least attempted). If a non-redundant LV is
missing a portion of its addressable space due to a device failure,
it will be replaced with an error target. RAID LVs will either
activate or fail to activate depending on how badly their
redundancy is compromised.
This patch adds a third option, "degraded" mode. This mode can
be selected via the '--activationmode {complete|degraded|partial}'
option to lvchange/vgchange. It can also be set in lvm.conf.
The "degraded" activation mode allows RAID LVs with a sufficient
level of redundancy to activate (e.g. a RAID5 LV with one device
failure, a RAID6 with two device failures, or RAID1 with n-1
failures). RAID LVs with too many device failures are not allowed
to activate - nor are any non-redundant LVs that may have been
affected. This patch also makes the "degraded" mode the default
activation mode.
The degraded activation mode does not yet work in a cluster. A
new cluster lock flag (LCK_DEGRADED_MODE) will need to be created
to make that work. Currently, there is limited space for this
extra flag and I am looking for possible solutions. One possible
solution is to usurp LCK_CONVERT, as it is not used. When the
locking_type is 3, the degraded mode flag simply gets dropped and
the old ("complete") behavior is exhibited.
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# define DEFAULT_ACTIVATION_MODE "degraded"
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# define DEFAULT_USE_LINEAR_TARGET 1
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# define DEFAULT_STRIPE_FILLER "error"
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# define DEFAULT_RAID_REGION_SIZE 512 /* KB */
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# define DEFAULT_INTERVAL 15
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# define DEFAULT_MAX_HISTORY 100
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# define DEFAULT_MAX_ERROR_COUNT NO_DEV_ERROR_COUNT_LIMIT
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# define DEFAULT_REP_COMPACT_OUTPUT 0
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# define DEFAULT_REP_ALIGNED 1
# define DEFAULT_REP_BUFFERED 1
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# define DEFAULT_REP_COLUMNS_AS_ROWS 0
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# define DEFAULT_REP_HEADINGS 1
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# define DEFAULT_REP_PREFIXES 0
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# define DEFAULT_REP_QUOTED 1
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# define DEFAULT_REP_SEPARATOR " "
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# define DEFAULT_REP_LIST_ITEM_SEPARATOR ","
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# define DEFAULT_LVS_COLS "lv_name,vg_name,lv_attr,lv_size,pool_lv,origin,data_percent,metadata_percent,move_pv,mirror_log,copy_percent,convert_lv"
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# define DEFAULT_VGS_COLS "vg_name,pv_count,lv_count,snap_count,vg_attr,vg_size,vg_free"
# define DEFAULT_PVS_COLS "pv_name,vg_name,pv_fmt,pv_attr,pv_size,pv_free"
# define DEFAULT_SEGS_COLS "lv_name,vg_name,lv_attr,stripes,segtype,seg_size"
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# define DEFAULT_PVSEGS_COLS "pv_name,vg_name,pv_fmt,pv_attr,pv_size,pv_free,pvseg_start,pvseg_size"
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# define DEFAULT_DEVTYPES_COLS "devtype_name,devtype_max_partitions,devtype_description"
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# define DEFAULT_LVS_COLS_VERB "lv_name,vg_name,seg_count,lv_attr,lv_size,lv_major,lv_minor,lv_kernel_major,lv_kernel_minor,pool_lv,origin,data_percent,metadata_percent,move_pv,copy_percent,mirror_log,convert_lv,lv_uuid,lv_profile"
# define DEFAULT_VGS_COLS_VERB "vg_name,vg_attr,vg_extent_size,pv_count,lv_count,snap_count,vg_size,vg_free,vg_uuid,vg_profile"
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# define DEFAULT_PVS_COLS_VERB "pv_name,vg_name,pv_fmt,pv_attr,pv_size,pv_free,dev_size,pv_uuid"
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# define DEFAULT_SEGS_COLS_VERB "lv_name,vg_name,lv_attr,seg_start,seg_size,stripes,segtype,stripesize,chunksize"
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# define DEFAULT_PVSEGS_COLS_VERB "pv_name,vg_name,pv_fmt,pv_attr,pv_size,pv_free,pvseg_start,pvseg_size,lv_name,seg_start_pe,segtype,seg_pe_ranges"
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# define DEFAULT_DEVTYPES_COLS_VERB "devtype_name,devtype_max_partitions,devtype_description"
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# define DEFAULT_LVS_SORT "vg_name,lv_name"
# define DEFAULT_VGS_SORT "vg_name"
# define DEFAULT_PVS_SORT "pv_name"
# define DEFAULT_SEGS_SORT "vg_name,lv_name,seg_start"
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# define DEFAULT_PVSEGS_SORT "pv_name,pvseg_start"
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# define DEFAULT_DEVTYPES_SORT "devtype_name"
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# define DEFAULT_MIRROR_DEVICE_FAULT_POLICY "remove"
# define DEFAULT_MIRROR_LOG_FAULT_POLICY "allocate"
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# define DEFAULT_SNAPSHOT_AUTOEXTEND_THRESHOLD 100
# define DEFAULT_SNAPSHOT_AUTOEXTEND_PERCENT 20
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# define DEFAULT_THIN_POOL_AUTOEXTEND_THRESHOLD 100
# define DEFAULT_THIN_POOL_AUTOEXTEND_PERCENT 20
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# endif /* _LVM_DEFAULTS_H */