#!/bin/bash -x
# -*- mode:shell-script; tab-width:8; sh-basic-offset:2; indent-tabs-mode:t -*-
# vim: ts=8 sw=8 ft=bash smarttab

source $(dirname $0)/../../standalone/ceph-helpers.sh

set -e
set -o functrace
PS4='${BASH_SOURCE[0]}:$LINENO: ${FUNCNAME[0]}:  '
SUDO=${SUDO:-sudo}
export CEPH_DEV=1

function get_admin_socket()
{
  local client=$1

  if test -n "$CEPH_ASOK_DIR";
  then
    echo $(get_asok_dir)/$client.asok
  else
    local cluster=$(echo $CEPH_ARGS | sed  -r 's/.*--cluster[[:blank:]]*([[:alnum:]]*).*/\1/')
    echo "/var/run/ceph/$cluster-$client.asok"
  fi
}

function check_no_osd_down()
{
    ! ceph osd dump | grep ' down '
}

function wait_no_osd_down()
{
  max_run=300
  for i in $(seq 1 $max_run) ; do
    if ! check_no_osd_down ; then
      echo "waiting for osd(s) to come back up ($i/$max_run)"
      sleep 1
    else
      break
    fi
  done
  check_no_osd_down
}

function expect_false()
{
	set -x
	if "$@"; then return 1; else return 0; fi
}


TEMP_DIR=$(mktemp -d ${TMPDIR-/tmp}/cephtool.XXX)
trap "rm -fr $TEMP_DIR" 0

TMPFILE=$(mktemp $TEMP_DIR/test_invalid.XXX)

#
# retry_eagain max cmd args ...
#
# retry cmd args ... if it exits on error and its output contains the
# string EAGAIN, at most $max times
#
function retry_eagain()
{
    local max=$1
    shift
    local status
    local tmpfile=$TEMP_DIR/retry_eagain.$$
    local count
    for count in $(seq 1 $max) ; do
        status=0
        "$@" > $tmpfile 2>&1 || status=$?
        if test $status = 0 || 
            ! grep --quiet EAGAIN $tmpfile ; then
            break
        fi
        sleep 1
    done
    if test $count = $max ; then
        echo retried with non zero exit status, $max times: "$@" >&2
    fi
    cat $tmpfile
    rm $tmpfile
    return $status
}

#
# map_enxio_to_eagain cmd arg ...
#
# add EAGAIN to the output of cmd arg ... if the output contains
# ENXIO.
#
function map_enxio_to_eagain()
{
    local status=0
    local tmpfile=$TEMP_DIR/map_enxio_to_eagain.$$

    "$@" > $tmpfile 2>&1 || status=$?
    if test $status != 0 &&
        grep --quiet ENXIO $tmpfile ; then
        echo "EAGAIN added by $0::map_enxio_to_eagain" >> $tmpfile
    fi
    cat $tmpfile
    rm $tmpfile
    return $status
}

function check_response()
{
	expected_string=$1
	retcode=$2
	expected_retcode=$3
	if [ "$expected_retcode" -a $retcode != $expected_retcode ] ; then
		echo "return code invalid: got $retcode, expected $expected_retcode" >&2
		exit 1
	fi

	if ! grep --quiet -- "$expected_string" $TMPFILE ; then 
		echo "Didn't find $expected_string in output" >&2
		cat $TMPFILE >&2
		exit 1
	fi
}

function get_config_value_or_die()
{
  local target config_opt raw val

  target=$1
  config_opt=$2

  raw="`$SUDO ceph daemon $target config get $config_opt 2>/dev/null`"
  if [[ $? -ne 0 ]]; then
    echo "error obtaining config opt '$config_opt' from '$target': $raw"
    exit 1
  fi

  raw=`echo $raw | sed -e 's/[{} "]//g'`
  val=`echo $raw | cut -f2 -d:`

  echo "$val"
  return 0
}

function expect_config_value()
{
  local target config_opt expected_val val
  target=$1
  config_opt=$2
  expected_val=$3

  val=$(get_config_value_or_die $target $config_opt)

  if [[ "$val" != "$expected_val" ]]; then
    echo "expected '$expected_val', got '$val'"
    exit 1
  fi
}

function ceph_watch_start()
{
    local whatch_opt=--watch

    if [ -n "$1" ]; then
	whatch_opt=--watch-$1
	if [ -n "$2" ]; then
	    whatch_opt+=" --watch-channel $2"
	fi
    fi

    CEPH_WATCH_FILE=${TEMP_DIR}/CEPH_WATCH_$$
    ceph $whatch_opt > $CEPH_WATCH_FILE &
    CEPH_WATCH_PID=$!

    # wait until the "ceph" client is connected and receiving
    # log messages from monitor
    for i in `seq 3`; do
        grep -q "cluster" $CEPH_WATCH_FILE && break
        sleep 1
    done
}

function ceph_watch_wait()
{
    local regexp=$1
    local timeout=30

    if [ -n "$2" ]; then
	timeout=$2
    fi

    for i in `seq ${timeout}`; do
	grep -q "$regexp" $CEPH_WATCH_FILE && break
	sleep 1
    done

    kill $CEPH_WATCH_PID

    if ! grep "$regexp" $CEPH_WATCH_FILE; then
	echo "pattern ${regexp} not found in watch file. Full watch file content:" >&2
	cat $CEPH_WATCH_FILE >&2
	return 1
    fi
}

function test_mon_injectargs()
{
  CEPH_ARGS='--mon_debug_dump_location the.dump' ceph tell osd.0 injectargs --no-osd_enable_op_tracker >& $TMPFILE || return 1
  check_response "osd_enable_op_tracker = 'false'"
  ! grep "the.dump" $TMPFILE || return 1
  ceph tell osd.0 injectargs '--osd_enable_op_tracker --osd_op_history_duration 500' >& $TMPFILE || return 1
  check_response "osd_enable_op_tracker = 'true' osd_op_history_duration = '500'"
  ceph tell osd.0 injectargs --no-osd_enable_op_tracker >& $TMPFILE || return 1
  check_response "osd_enable_op_tracker = 'false'"
  ceph tell osd.0 injectargs -- --osd_enable_op_tracker >& $TMPFILE || return 1
  check_response "osd_enable_op_tracker = 'true'"
  ceph tell osd.0 injectargs -- '--osd_enable_op_tracker --osd_op_history_duration 600' >& $TMPFILE || return 1
  check_response "osd_enable_op_tracker = 'true' osd_op_history_duration = '600'"
  expect_failure $TEMP_DIR "Option --osd_op_history_duration requires an argument" \
                 ceph tell osd.0 injectargs -- '--osd_op_history_duration'

  ceph tell osd.0 injectargs -- '--osd_deep_scrub_interval 2419200' >& $TMPFILE || return 1
  check_response "osd_deep_scrub_interval = '2419200.000000' (not observed, change may require restart)"

  ceph tell osd.0 injectargs -- '--mon_probe_timeout 2' >& $TMPFILE || return 1
  check_response "mon_probe_timeout = '2.000000' (not observed, change may require restart)"

  ceph tell osd.0 injectargs -- '--mon-lease 6' >& $TMPFILE || return 1
  check_response "mon_lease = '6.000000' (not observed, change may require restart)"

  # osd-scrub-auto-repair-num-errors is an OPT_U32, so -1 is not a valid setting
  expect_false ceph tell osd.0 injectargs --osd-scrub-auto-repair-num-errors -1 >& $TMPFILE || return 1
  check_response "Error EINVAL: Parse error setting osd_scrub_auto_repair_num_errors to '-1' using injectargs"
}

function test_mon_injectargs_SI()
{
  # Test SI units during injectargs and 'config set'
  # We only aim at testing the units are parsed accordingly
  # and don't intend to test whether the options being set
  # actually expect SI units to be passed.
  # Keep in mind that all integer based options that are not based on bytes
  # (i.e., INT, LONG, U32, U64) will accept SI unit modifiers and be parsed to
  # base 10.
  initial_value=$(get_config_value_or_die "mon.a" "mon_pg_warn_min_objects")
  $SUDO ceph daemon mon.a config set mon_pg_warn_min_objects 10
  expect_config_value "mon.a" "mon_pg_warn_min_objects" 10
  $SUDO ceph daemon mon.a config set mon_pg_warn_min_objects 10K
  expect_config_value "mon.a" "mon_pg_warn_min_objects" 10000
  $SUDO ceph daemon mon.a config set mon_pg_warn_min_objects 1G
  expect_config_value "mon.a" "mon_pg_warn_min_objects" 1000000000
  $SUDO ceph daemon mon.a config set mon_pg_warn_min_objects 10F > $TMPFILE || true
  check_response "'10F': (22) Invalid argument"
  # now test with injectargs
  ceph tell mon.a injectargs '--mon_pg_warn_min_objects 10'
  expect_config_value "mon.a" "mon_pg_warn_min_objects" 10
  ceph tell mon.a injectargs '--mon_pg_warn_min_objects 10K'
  expect_config_value "mon.a" "mon_pg_warn_min_objects" 10000
  ceph tell mon.a injectargs '--mon_pg_warn_min_objects 1G'
  expect_config_value "mon.a" "mon_pg_warn_min_objects" 1000000000
  expect_false ceph tell mon.a injectargs '--mon_pg_warn_min_objects 10F'
  expect_false ceph tell mon.a injectargs '--mon_globalid_prealloc -1'
  $SUDO ceph daemon mon.a config set mon_pg_warn_min_objects $initial_value
}

function test_mon_injectargs_IEC()
{
  # Test IEC units during injectargs and 'config set'
  # We only aim at testing the units are parsed accordingly
  # and don't intend to test whether the options being set
  # actually expect IEC units to be passed.
  # Keep in mind that all integer based options that are based on bytes
  # (i.e., INT, LONG, U32, U64) will accept IEC unit modifiers, as well as SI
  # unit modifiers (for backwards compatibility and convinience) and be parsed
  # to base 2.
  initial_value=$(get_config_value_or_die "mon.a" "mon_data_size_warn")
  $SUDO ceph daemon mon.a config set mon_data_size_warn 15000000000
  expect_config_value "mon.a" "mon_data_size_warn" 15000000000
  $SUDO ceph daemon mon.a config set mon_data_size_warn 15G
  expect_config_value "mon.a" "mon_data_size_warn" 16106127360
  $SUDO ceph daemon mon.a config set mon_data_size_warn 16Gi
  expect_config_value "mon.a" "mon_data_size_warn" 17179869184
  $SUDO ceph daemon mon.a config set mon_data_size_warn 10F > $TMPFILE || true
  check_response "'10F': (22) Invalid argument"
  # now test with injectargs
  ceph tell mon.a injectargs '--mon_data_size_warn 15000000000'
  expect_config_value "mon.a" "mon_data_size_warn" 15000000000
  ceph tell mon.a injectargs '--mon_data_size_warn 15G'
  expect_config_value "mon.a" "mon_data_size_warn" 16106127360
  ceph tell mon.a injectargs '--mon_data_size_warn 16Gi'
  expect_config_value "mon.a" "mon_data_size_warn" 17179869184
  expect_false ceph tell mon.a injectargs '--mon_data_size_warn 10F'
  $SUDO ceph daemon mon.a config set mon_data_size_warn $initial_value
}

function test_tiering_agent()
{
  local slow=slow_eviction
  local fast=fast_eviction
  ceph osd pool create $slow  1 1
  ceph osd pool application enable $slow rados
  ceph osd pool create $fast  1 1
  ceph osd tier add $slow $fast
  ceph osd tier cache-mode $fast writeback
  ceph osd tier set-overlay $slow $fast
  ceph osd pool set $fast hit_set_type bloom
  rados -p $slow put obj1 /etc/group
  ceph osd pool set $fast target_max_objects  1
  ceph osd pool set $fast hit_set_count 1
  ceph osd pool set $fast hit_set_period 5
  # wait for the object to be evicted from the cache
  local evicted
  evicted=false
  for i in `seq 1 300` ; do
      if ! rados -p $fast ls | grep obj1 ; then
          evicted=true
          break
      fi
      sleep 1
  done
  $evicted # assert
  # the object is proxy read and promoted to the cache
  rados -p $slow get obj1 - >/dev/null
  # wait for the promoted object to be evicted again
  evicted=false
  for i in `seq 1 300` ; do
      if ! rados -p $fast ls | grep obj1 ; then
          evicted=true
          break
      fi
      sleep 1
  done
  $evicted # assert
  ceph osd tier remove-overlay $slow
  ceph osd tier remove $slow $fast
  ceph osd pool delete $fast $fast --yes-i-really-really-mean-it
  ceph osd pool delete $slow $slow --yes-i-really-really-mean-it
}

function test_tiering_1()
{
  # tiering
  ceph osd pool create slow 2
  ceph osd pool application enable slow rados
  ceph osd pool create slow2 2
  ceph osd pool application enable slow2 rados
  ceph osd pool create cache 2
  ceph osd pool create cache2 2
  ceph osd tier add slow cache
  ceph osd tier add slow cache2
  expect_false ceph osd tier add slow2 cache
  # test some state transitions
  ceph osd tier cache-mode cache writeback
  expect_false ceph osd tier cache-mode cache forward
  ceph osd tier cache-mode cache forward --yes-i-really-mean-it
  expect_false ceph osd tier cache-mode cache readonly
  ceph osd tier cache-mode cache readonly --yes-i-really-mean-it
  expect_false ceph osd tier cache-mode cache forward
  ceph osd tier cache-mode cache forward --yes-i-really-mean-it
  ceph osd tier cache-mode cache none
  ceph osd tier cache-mode cache writeback
  ceph osd tier cache-mode cache proxy
  ceph osd tier cache-mode cache writeback
  expect_false ceph osd tier cache-mode cache none
  expect_false ceph osd tier cache-mode cache readonly --yes-i-really-mean-it
  # test with dirty objects in the tier pool
  # tier pool currently set to 'writeback'
  rados -p cache put /etc/passwd /etc/passwd
  flush_pg_stats
  # 1 dirty object in pool 'cache'
  ceph osd tier cache-mode cache proxy
  expect_false ceph osd tier cache-mode cache none
  expect_false ceph osd tier cache-mode cache readonly --yes-i-really-mean-it
  ceph osd tier cache-mode cache writeback
  # remove object from tier pool
  rados -p cache rm /etc/passwd
  rados -p cache cache-flush-evict-all
  flush_pg_stats
  # no dirty objects in pool 'cache'
  ceph osd tier cache-mode cache proxy
  ceph osd tier cache-mode cache none
  ceph osd tier cache-mode cache readonly --yes-i-really-mean-it
  TRIES=0
  while ! ceph osd pool set cache pg_num 3 --yes-i-really-mean-it 2>$TMPFILE
  do
    grep 'currently creating pgs' $TMPFILE
    TRIES=$(( $TRIES + 1 ))
    test $TRIES -ne 60
    sleep 3
  done
  expect_false ceph osd pool set cache pg_num 4
  ceph osd tier cache-mode cache none
  ceph osd tier set-overlay slow cache
  expect_false ceph osd tier set-overlay slow cache2
  expect_false ceph osd tier remove slow cache
  ceph osd tier remove-overlay slow
  ceph osd tier set-overlay slow cache2
  ceph osd tier remove-overlay slow
  ceph osd tier remove slow cache
  ceph osd tier add slow2 cache
  expect_false ceph osd tier set-overlay slow cache
  ceph osd tier set-overlay slow2 cache
  ceph osd tier remove-overlay slow2
  ceph osd tier remove slow2 cache
  ceph osd tier remove slow cache2

  # make sure a non-empty pool fails
  rados -p cache2 put /etc/passwd /etc/passwd
  while ! ceph df | grep cache2 | grep ' 1 ' ; do
    echo waiting for pg stats to flush
    sleep 2
  done
  expect_false ceph osd tier add slow cache2
  ceph osd tier add slow cache2 --force-nonempty
  ceph osd tier remove slow cache2

  ceph osd pool ls | grep cache2
  ceph osd pool ls -f json-pretty | grep cache2
  ceph osd pool ls detail | grep cache2
  ceph osd pool ls detail -f json-pretty | grep cache2

  ceph osd pool delete slow slow --yes-i-really-really-mean-it
  ceph osd pool delete slow2 slow2 --yes-i-really-really-mean-it
  ceph osd pool delete cache cache --yes-i-really-really-mean-it
  ceph osd pool delete cache2 cache2 --yes-i-really-really-mean-it
}

function test_tiering_2()
{
  # make sure we can't clobber snapshot state
  ceph osd pool create snap_base 2
  ceph osd pool application enable snap_base rados
  ceph osd pool create snap_cache 2
  ceph osd pool mksnap snap_cache snapname
  expect_false ceph osd tier add snap_base snap_cache
  ceph osd pool delete snap_base snap_base --yes-i-really-really-mean-it
  ceph osd pool delete snap_cache snap_cache --yes-i-really-really-mean-it
}

function test_tiering_3()
{
  # make sure we can't create snapshot on tier
  ceph osd pool create basex 2
  ceph osd pool application enable basex rados
  ceph osd pool create cachex 2
  ceph osd tier add basex cachex
  expect_false ceph osd pool mksnap cache snapname
  ceph osd tier remove basex cachex
  ceph osd pool delete basex basex --yes-i-really-really-mean-it
  ceph osd pool delete cachex cachex --yes-i-really-really-mean-it
}

function test_tiering_4()
{
  # make sure we can't create an ec pool tier
  ceph osd pool create eccache 2 2 erasure
  expect_false ceph osd set-require-min-compat-client bobtail
  ceph osd pool create repbase 2
  ceph osd pool application enable repbase rados
  expect_false ceph osd tier add repbase eccache
  ceph osd pool delete repbase repbase --yes-i-really-really-mean-it
  ceph osd pool delete eccache eccache --yes-i-really-really-mean-it
}

function test_tiering_5()
{
  # convenient add-cache command
  ceph osd pool create slow 2
  ceph osd pool application enable slow rados
  ceph osd pool create cache3 2
  ceph osd tier add-cache slow cache3 1024000
  ceph osd dump | grep cache3 | grep bloom | grep 'false_positive_probability: 0.05' | grep 'target_bytes 1024000' | grep '1200s x4'
  ceph osd tier remove slow cache3 2> $TMPFILE || true
  check_response "EBUSY: tier pool 'cache3' is the overlay for 'slow'; please remove-overlay first"
  ceph osd tier remove-overlay slow
  ceph osd tier remove slow cache3
  ceph osd pool ls | grep cache3
  ceph osd pool delete cache3 cache3 --yes-i-really-really-mean-it
  ! ceph osd pool ls | grep cache3 || exit 1
  ceph osd pool delete slow slow --yes-i-really-really-mean-it
}

function test_tiering_6()
{
  # check add-cache whether work
  ceph osd pool create datapool 2
  ceph osd pool application enable datapool rados
  ceph osd pool create cachepool 2
  ceph osd tier add-cache datapool cachepool 1024000
  ceph osd tier cache-mode cachepool writeback
  rados -p datapool put object /etc/passwd
  rados -p cachepool stat object
  rados -p cachepool cache-flush object
  rados -p datapool stat object
  ceph osd tier remove-overlay datapool
  ceph osd tier remove datapool cachepool
  ceph osd pool delete cachepool cachepool --yes-i-really-really-mean-it
  ceph osd pool delete datapool datapool --yes-i-really-really-mean-it
}

function test_tiering_7()
{
  # protection against pool removal when used as tiers
  ceph osd pool create datapool 2
  ceph osd pool application enable datapool rados
  ceph osd pool create cachepool 2
  ceph osd tier add-cache datapool cachepool 1024000
  ceph osd pool delete cachepool cachepool --yes-i-really-really-mean-it 2> $TMPFILE || true
  check_response "EBUSY: pool 'cachepool' is a tier of 'datapool'"
  ceph osd pool delete datapool datapool --yes-i-really-really-mean-it 2> $TMPFILE || true
  check_response "EBUSY: pool 'datapool' has tiers cachepool"
  ceph osd tier remove-overlay datapool
  ceph osd tier remove datapool cachepool
  ceph osd pool delete cachepool cachepool --yes-i-really-really-mean-it
  ceph osd pool delete datapool datapool --yes-i-really-really-mean-it
}

function test_tiering_8()
{
  ## check health check
  ceph osd set notieragent
  ceph osd pool create datapool 2
  ceph osd pool application enable datapool rados
  ceph osd pool create cache4 2
  ceph osd tier add-cache datapool cache4 1024000
  ceph osd tier cache-mode cache4 writeback
  tmpfile=$(mktemp|grep tmp)
  dd if=/dev/zero of=$tmpfile  bs=4K count=1
  ceph osd pool set cache4 target_max_objects 200
  ceph osd pool set cache4 target_max_bytes 1000000
  rados -p cache4 put foo1 $tmpfile
  rados -p cache4 put foo2 $tmpfile
  rm -f $tmpfile
  flush_pg_stats
  ceph df | grep datapool | grep ' 2 '
  ceph osd tier remove-overlay datapool
  ceph osd tier remove datapool cache4
  ceph osd pool delete cache4 cache4 --yes-i-really-really-mean-it
  ceph osd pool delete datapool datapool --yes-i-really-really-mean-it
  ceph osd unset notieragent
}

function test_tiering_9()
{
  # make sure 'tier remove' behaves as we expect
  # i.e., removing a tier from a pool that's not its base pool only
  # results in a 'pool foo is now (or already was) not a tier of bar'
  #
  ceph osd pool create basepoolA 2
  ceph osd pool application enable basepoolA rados
  ceph osd pool create basepoolB 2
  ceph osd pool application enable basepoolB rados
  poolA_id=$(ceph osd dump | grep 'pool.*basepoolA' | awk '{print $2;}')
  poolB_id=$(ceph osd dump | grep 'pool.*basepoolB' | awk '{print $2;}')

  ceph osd pool create cache5 2
  ceph osd pool create cache6 2
  ceph osd tier add basepoolA cache5
  ceph osd tier add basepoolB cache6
  ceph osd tier remove basepoolB cache5 2>&1 | grep 'not a tier of'
  ceph osd dump | grep "pool.*'cache5'" 2>&1 | grep "tier_of[ \t]\+$poolA_id"
  ceph osd tier remove basepoolA cache6 2>&1 | grep 'not a tier of'
  ceph osd dump | grep "pool.*'cache6'" 2>&1 | grep "tier_of[ \t]\+$poolB_id"

  ceph osd tier remove basepoolA cache5 2>&1 | grep 'not a tier of'
  ! ceph osd dump | grep "pool.*'cache5'" 2>&1 | grep "tier_of" || exit 1
  ceph osd tier remove basepoolB cache6 2>&1 | grep 'not a tier of'
  ! ceph osd dump | grep "pool.*'cache6'" 2>&1 | grep "tier_of" || exit 1

  ! ceph osd dump | grep "pool.*'basepoolA'" 2>&1 | grep "tiers" || exit 1
  ! ceph osd dump | grep "pool.*'basepoolB'" 2>&1 | grep "tiers" || exit 1

  ceph osd pool delete cache6 cache6 --yes-i-really-really-mean-it
  ceph osd pool delete cache5 cache5 --yes-i-really-really-mean-it
  ceph osd pool delete basepoolB basepoolB --yes-i-really-really-mean-it
  ceph osd pool delete basepoolA basepoolA --yes-i-really-really-mean-it
}

function test_auth()
{
  ceph auth add client.xx mon allow osd "allow *"
  ceph auth export client.xx >client.xx.keyring
  ceph auth add client.xx -i client.xx.keyring
  rm -f client.xx.keyring
  ceph auth list | grep client.xx
  ceph auth ls | grep client.xx
  ceph auth get client.xx | grep caps | grep mon
  ceph auth get client.xx | grep caps | grep osd
  ceph auth get-key client.xx
  ceph auth print-key client.xx
  ceph auth print_key client.xx
  ceph auth caps client.xx osd "allow rw"
  expect_false sh <<< "ceph auth get client.xx | grep caps | grep mon"
  ceph auth get client.xx | grep osd | grep "allow rw"
  ceph auth export | grep client.xx
  ceph auth export -o authfile
  ceph auth import -i authfile
  ceph auth export -o authfile2
  diff authfile authfile2
  rm authfile authfile2
  ceph auth del client.xx
  expect_false ceph auth get client.xx

  # (almost) interactive mode
  echo -e 'auth add client.xx mon allow osd "allow *"\n' | ceph
  ceph auth get client.xx
  # script mode
  echo 'auth del client.xx' | ceph
  expect_false ceph auth get client.xx

  #
  # get / set auid
  #
  local auid=444
  ceph-authtool --create-keyring --name client.TEST --gen-key --set-uid $auid TEST-keyring
  expect_false ceph auth import --in-file TEST-keyring
  rm TEST-keyring
  ceph-authtool --create-keyring --name client.TEST --gen-key --cap mon "allow r" --set-uid $auid TEST-keyring
  ceph auth import --in-file TEST-keyring
  rm TEST-keyring
  ceph auth get client.TEST > $TMPFILE
  check_response "auid = $auid"
  ceph --format json-pretty auth get client.TEST > $TMPFILE
  check_response '"auid": '$auid
  ceph auth ls > $TMPFILE
  check_response "auid: $auid"
  ceph --format json-pretty auth ls > $TMPFILE
  check_response '"auid": '$auid
  ceph auth del client.TEST
}

function test_auth_profiles()
{
  ceph auth add client.xx-profile-ro mon 'allow profile read-only' \
       mgr 'allow profile read-only'
  ceph auth add client.xx-profile-rw mon 'allow profile read-write' \
       mgr 'allow profile read-write'
  ceph auth add client.xx-profile-rd mon 'allow profile role-definer'

  ceph auth export > client.xx.keyring

  # read-only is allowed all read-only commands (auth excluded)
  ceph -n client.xx-profile-ro -k client.xx.keyring status
  ceph -n client.xx-profile-ro -k client.xx.keyring osd dump
  ceph -n client.xx-profile-ro -k client.xx.keyring pg dump
  ceph -n client.xx-profile-ro -k client.xx.keyring mon dump
  ceph -n client.xx-profile-ro -k client.xx.keyring mds dump
  # read-only gets access denied for rw commands or auth commands
  ceph -n client.xx-profile-ro -k client.xx.keyring log foo >& $TMPFILE || true
  check_response "EACCES: access denied"
  ceph -n client.xx-profile-ro -k client.xx.keyring osd set noout >& $TMPFILE || true
  check_response "EACCES: access denied"
  ceph -n client.xx-profile-ro -k client.xx.keyring auth ls >& $TMPFILE || true
  check_response "EACCES: access denied"

  # read-write is allowed for all read-write commands (except auth)
  ceph -n client.xx-profile-rw -k client.xx.keyring status
  ceph -n client.xx-profile-rw -k client.xx.keyring osd dump
  ceph -n client.xx-profile-rw -k client.xx.keyring pg dump
  ceph -n client.xx-profile-rw -k client.xx.keyring mon dump
  ceph -n client.xx-profile-rw -k client.xx.keyring mds dump
  ceph -n client.xx-profile-rw -k client.xx.keyring log foo
  ceph -n client.xx-profile-rw -k client.xx.keyring osd set noout
  ceph -n client.xx-profile-rw -k client.xx.keyring osd unset noout
  # read-write gets access denied for auth commands
  ceph -n client.xx-profile-rw -k client.xx.keyring auth ls >& $TMPFILE || true
  check_response "EACCES: access denied"

  # role-definer is allowed RWX 'auth' commands and read-only 'mon' commands
  ceph -n client.xx-profile-rd -k client.xx.keyring auth ls
  ceph -n client.xx-profile-rd -k client.xx.keyring auth export
  ceph -n client.xx-profile-rd -k client.xx.keyring auth add client.xx-profile-foo
  ceph -n client.xx-profile-rd -k client.xx.keyring status
  ceph -n client.xx-profile-rd -k client.xx.keyring osd dump >& $TMPFILE || true
  check_response "EACCES: access denied"
  ceph -n client.xx-profile-rd -k client.xx.keyring pg dump >& $TMPFILE || true
  check_response "EACCES: access denied"
  # read-only 'mon' subsystem commands are allowed
  ceph -n client.xx-profile-rd -k client.xx.keyring mon dump
  # but read-write 'mon' commands are not
  ceph -n client.xx-profile-rd -k client.xx.keyring mon add foo 1.1.1.1 >& $TMPFILE || true
  check_response "EACCES: access denied"
  ceph -n client.xx-profile-rd -k client.xx.keyring mds dump >& $TMPFILE || true
  check_response "EACCES: access denied"
  ceph -n client.xx-profile-rd -k client.xx.keyring log foo >& $TMPFILE || true
  check_response "EACCES: access denied"
  ceph -n client.xx-profile-rd -k client.xx.keyring osd set noout >& $TMPFILE || true
  check_response "EACCES: access denied"

  ceph -n client.xx-profile-rd -k client.xx.keyring auth del client.xx-profile-ro
  ceph -n client.xx-profile-rd -k client.xx.keyring auth del client.xx-profile-rw
  
  # add a new role-definer with the existing role-definer
  ceph -n client.xx-profile-rd -k client.xx.keyring \
    auth add client.xx-profile-rd2 mon 'allow profile role-definer'
  ceph -n client.xx-profile-rd -k client.xx.keyring \
    auth export > client.xx.keyring.2
  # remove old role-definer using the new role-definer
  ceph -n client.xx-profile-rd2 -k client.xx.keyring.2 \
    auth del client.xx-profile-rd
  # remove the remaining role-definer with admin
  ceph auth del client.xx-profile-rd2
  rm -f client.xx.keyring client.xx.keyring.2
}

function test_mon_caps()
{
  ceph-authtool --create-keyring $TEMP_DIR/ceph.client.bug.keyring
  chmod +r  $TEMP_DIR/ceph.client.bug.keyring
  ceph-authtool  $TEMP_DIR/ceph.client.bug.keyring -n client.bug --gen-key
  ceph auth add client.bug -i  $TEMP_DIR/ceph.client.bug.keyring

  rados lspools --keyring $TEMP_DIR/ceph.client.bug.keyring -n client.bug >& $TMPFILE || true
  check_response "Permission denied"

  rm -rf $TEMP_DIR/ceph.client.bug.keyring
  ceph auth del client.bug
  ceph-authtool --create-keyring $TEMP_DIR/ceph.client.bug.keyring
  chmod +r  $TEMP_DIR/ceph.client.bug.keyring
  ceph-authtool  $TEMP_DIR/ceph.client.bug.keyring -n client.bug --gen-key
  ceph-authtool -n client.bug --cap mon '' $TEMP_DIR/ceph.client.bug.keyring
  ceph auth add client.bug -i  $TEMP_DIR/ceph.client.bug.keyring
  rados lspools --keyring $TEMP_DIR/ceph.client.bug.keyring -n client.bug >& $TMPFILE || true
  check_response "Permission denied"  
}

function test_mon_misc()
{
  # with and without verbosity
  ceph osd dump | grep '^epoch'
  ceph --concise osd dump | grep '^epoch'

  ceph osd df | grep 'MIN/MAX VAR'

  # df
  ceph df > $TMPFILE
  grep GLOBAL $TMPFILE
  grep -v DIRTY $TMPFILE
  ceph df detail > $TMPFILE
  grep DIRTY $TMPFILE
  ceph df --format json > $TMPFILE
  grep 'total_bytes' $TMPFILE
  grep -v 'dirty' $TMPFILE
  ceph df detail --format json > $TMPFILE
  grep 'rd_bytes' $TMPFILE
  grep 'dirty' $TMPFILE
  ceph df --format xml | grep '<total_bytes>'
  ceph df detail --format xml | grep '<rd_bytes>'

  ceph fsid
  ceph health
  ceph health detail
  ceph health --format json-pretty
  ceph health detail --format xml-pretty

  ceph time-sync-status

  ceph node ls
  for t in mon osd mds ; do
      ceph node ls $t
  done

  ceph_watch_start
  mymsg="this is a test log message $$.$(date)"
  ceph log "$mymsg"
  ceph log last | grep "$mymsg"
  ceph log last 100 | grep "$mymsg"
  ceph_watch_wait "$mymsg"

  ceph mgr dump
  ceph mgr module ls
  ceph mgr module enable restful
  expect_false ceph mgr module enable foodne
  ceph mgr module enable foodne --force
  ceph mgr module disable foodne
  ceph mgr module disable foodnebizbangbash

  ceph mon metadata a
  ceph mon metadata
  ceph mon count-metadata ceph_version
  ceph mon versions

  ceph mgr metadata
  ceph mgr versions
  ceph mgr count-metadata ceph_version

  ceph versions

  ceph node ls
}

function check_mds_active()
{
    fs_name=$1
    ceph fs get $fs_name | grep active
}

function wait_mds_active()
{
  fs_name=$1
  max_run=300
  for i in $(seq 1 $max_run) ; do
      if ! check_mds_active $fs_name ; then
          echo "waiting for an active MDS daemon ($i/$max_run)"
          sleep 5
      else
          break
      fi
  done
  check_mds_active $fs_name
}

function get_mds_gids()
{
    fs_name=$1
    ceph fs get $fs_name --format=json | python -c "import json; import sys; print ' '.join([m['gid'].__str__() for m in json.load(sys.stdin)['mdsmap']['info'].values()])"
}

function fail_all_mds()
{
  fs_name=$1
  ceph fs set $fs_name cluster_down true
  mds_gids=$(get_mds_gids $fs_name)
  for mds_gid in $mds_gids ; do
      ceph mds fail $mds_gid
  done
  if check_mds_active $fs_name ; then
      echo "An active MDS remains, something went wrong"
      ceph fs get $fs_name
      exit -1
  fi

}

function remove_all_fs()
{
  existing_fs=$(ceph fs ls --format=json | python -c "import json; import sys; print ' '.join([fs['name'] for fs in json.load(sys.stdin)])")
  for fs_name in $existing_fs ; do
      echo "Removing fs ${fs_name}..."
      fail_all_mds $fs_name
      echo "Removing existing filesystem '${fs_name}'..."
      ceph fs rm $fs_name --yes-i-really-mean-it
      echo "Removed '${fs_name}'."
  done
}

# So that tests requiring MDS can skip if one is not configured
# in the cluster at all
function mds_exists()
{
    ceph auth ls | grep "^mds"
}

# some of the commands are just not idempotent.
function without_test_dup_command()
{
  if [ -z ${CEPH_CLI_TEST_DUP_COMMAND+x} ]; then
    $@
  else
    local saved=${CEPH_CLI_TEST_DUP_COMMAND}
    unset CEPH_CLI_TEST_DUP_COMMAND
    $@
    CEPH_CLI_TEST_DUP_COMMAND=saved
  fi
}

function test_mds_tell()
{
  local FS_NAME=cephfs
  if ! mds_exists ; then
      echo "Skipping test, no MDS found"
      return
  fi

  remove_all_fs
  ceph osd pool create fs_data 10
  ceph osd pool create fs_metadata 10
  ceph fs new $FS_NAME fs_metadata fs_data
  wait_mds_active $FS_NAME

  # Test injectargs by GID
  old_mds_gids=$(get_mds_gids $FS_NAME)
  echo Old GIDs: $old_mds_gids

  for mds_gid in $old_mds_gids ; do
      ceph tell mds.$mds_gid injectargs "--debug-mds 20"
  done
  expect_false ceph tell mds.a injectargs mds_max_file_recover -1

  # Test respawn by rank
  without_test_dup_command ceph tell mds.0 respawn
  new_mds_gids=$old_mds_gids
  while [ $new_mds_gids -eq $old_mds_gids ] ; do
      sleep 5
      new_mds_gids=$(get_mds_gids $FS_NAME)
  done
  echo New GIDs: $new_mds_gids

  # Test respawn by ID
  without_test_dup_command ceph tell mds.a respawn
  new_mds_gids=$old_mds_gids
  while [ $new_mds_gids -eq $old_mds_gids ] ; do
      sleep 5
      new_mds_gids=$(get_mds_gids $FS_NAME)
  done
  echo New GIDs: $new_mds_gids

  remove_all_fs
  ceph osd pool delete fs_data fs_data --yes-i-really-really-mean-it
  ceph osd pool delete fs_metadata fs_metadata --yes-i-really-really-mean-it
}

function test_mon_mds()
{
  local FS_NAME=cephfs
  remove_all_fs

  ceph osd pool create fs_data 10
  ceph osd pool create fs_metadata 10
  ceph fs new $FS_NAME fs_metadata fs_data

  ceph fs set $FS_NAME cluster_down true
  ceph fs set $FS_NAME cluster_down false

  # Legacy commands, act on default fs
  ceph mds cluster_down
  ceph mds cluster_up

  ceph mds compat rm_incompat 4
  ceph mds compat rm_incompat 4

  # We don't want any MDSs to be up, their activity can interfere with
  # the "current_epoch + 1" checking below if they're generating updates
  fail_all_mds $FS_NAME

  ceph mds compat show
  expect_false ceph mds deactivate 2
  ceph mds dump
  ceph fs dump
  ceph fs get $FS_NAME
  for mds_gid in $(get_mds_gids $FS_NAME) ; do
      ceph mds metadata $mds_id
  done
  ceph mds metadata
  ceph mds versions
  ceph mds count-metadata os

  # XXX mds fail, but how do you undo it?
  mdsmapfile=$TEMP_DIR/mdsmap.$$
  current_epoch=$(ceph mds getmap -o $mdsmapfile --no-log-to-stderr 2>&1 | grep epoch | sed 's/.*epoch //')
  [ -s $mdsmapfile ]
  rm $mdsmapfile

  ceph osd pool create data2 10
  ceph osd pool create data3 10
  data2_pool=$(ceph osd dump | grep "pool.*'data2'" | awk '{print $2;}')
  data3_pool=$(ceph osd dump | grep "pool.*'data3'" | awk '{print $2;}')
  ceph mds add_data_pool $data2_pool
  ceph mds add_data_pool $data3_pool
  ceph mds add_data_pool 100 >& $TMPFILE || true
  check_response "Error ENOENT"
  ceph mds add_data_pool foobarbaz >& $TMPFILE || true
  check_response "Error ENOENT"
  ceph mds remove_data_pool $data2_pool
  ceph mds remove_data_pool $data3_pool
  ceph osd pool delete data2 data2 --yes-i-really-really-mean-it
  ceph osd pool delete data3 data3 --yes-i-really-really-mean-it
  ceph mds set allow_multimds false
  expect_false ceph mds set_max_mds 4
  ceph mds set allow_multimds true
  ceph mds set_max_mds 4
  ceph mds set_max_mds 3
  ceph mds set_max_mds 256
  expect_false ceph mds set_max_mds 257
  ceph mds set max_mds 4
  ceph mds set max_mds 256
  expect_false ceph mds set max_mds 257
  expect_false ceph mds set max_mds asdf
  expect_false ceph mds set inline_data true
  ceph mds set inline_data true --yes-i-really-mean-it
  ceph mds set inline_data yes --yes-i-really-mean-it
  ceph mds set inline_data 1 --yes-i-really-mean-it
  expect_false ceph mds set inline_data --yes-i-really-mean-it
  ceph mds set inline_data false
  ceph mds set inline_data no
  ceph mds set inline_data 0
  expect_false ceph mds set inline_data asdf
  ceph mds set max_file_size 1048576
  expect_false ceph mds set max_file_size 123asdf

  expect_false ceph mds set allow_new_snaps
  expect_false ceph mds set allow_new_snaps true
  ceph mds set allow_new_snaps true --yes-i-really-mean-it
  ceph mds set allow_new_snaps 0
  ceph mds set allow_new_snaps false
  ceph mds set allow_new_snaps no
  expect_false ceph mds set allow_new_snaps taco

  # we should never be able to add EC pools as data or metadata pools
  # create an ec-pool...
  ceph osd pool create mds-ec-pool 10 10 erasure
  set +e
  ceph mds add_data_pool mds-ec-pool 2>$TMPFILE
  check_response 'erasure-code' $? 22
  set -e
  ec_poolnum=$(ceph osd dump | grep "pool.* 'mds-ec-pool" | awk '{print $2;}')
  data_poolnum=$(ceph osd dump | grep "pool.* 'fs_data" | awk '{print $2;}')
  metadata_poolnum=$(ceph osd dump | grep "pool.* 'fs_metadata" | awk '{print $2;}')

  fail_all_mds $FS_NAME

  set +e
  # Check that rmfailed requires confirmation
  expect_false ceph mds rmfailed 0
  ceph mds rmfailed 0 --yes-i-really-mean-it
  set -e

  # Check that `newfs` is no longer permitted
  expect_false ceph mds newfs $metadata_poolnum $data_poolnum --yes-i-really-mean-it 2>$TMPFILE

  # Check that 'fs reset' runs
  ceph fs reset $FS_NAME --yes-i-really-mean-it

  # Check that creating a second FS fails by default
  ceph osd pool create fs_metadata2 10
  ceph osd pool create fs_data2 10
  set +e
  expect_false ceph fs new cephfs2 fs_metadata2 fs_data2
  set -e

  # Check that setting enable_multiple enables creation of second fs
  ceph fs flag set enable_multiple true --yes-i-really-mean-it
  ceph fs new cephfs2 fs_metadata2 fs_data2

  # Clean up multi-fs stuff
  fail_all_mds cephfs2
  ceph fs rm cephfs2 --yes-i-really-mean-it
  ceph osd pool delete fs_metadata2 fs_metadata2 --yes-i-really-really-mean-it
  ceph osd pool delete fs_data2 fs_data2 --yes-i-really-really-mean-it

  fail_all_mds $FS_NAME

  # Clean up to enable subsequent fs new tests
  ceph fs rm $FS_NAME --yes-i-really-mean-it

  set +e
  ceph fs new $FS_NAME fs_metadata mds-ec-pool --force 2>$TMPFILE
  check_response 'erasure-code' $? 22
  ceph fs new $FS_NAME mds-ec-pool fs_data 2>$TMPFILE
  check_response 'erasure-code' $? 22
  ceph fs new $FS_NAME mds-ec-pool mds-ec-pool 2>$TMPFILE
  check_response 'erasure-code' $? 22
  set -e

  # ... new create a cache tier in front of the EC pool...
  ceph osd pool create mds-tier 2
  ceph osd tier add mds-ec-pool mds-tier
  ceph osd tier set-overlay mds-ec-pool mds-tier
  tier_poolnum=$(ceph osd dump | grep "pool.* 'mds-tier" | awk '{print $2;}')

  # Use of a readonly tier should be forbidden
  ceph osd tier cache-mode mds-tier readonly --yes-i-really-mean-it
  set +e
  ceph fs new $FS_NAME fs_metadata mds-ec-pool --force 2>$TMPFILE
  check_response 'has a write tier (mds-tier) that is configured to forward' $? 22
  set -e

  # Use of a writeback tier should enable FS creation
  ceph osd tier cache-mode mds-tier writeback
  ceph fs new $FS_NAME fs_metadata mds-ec-pool --force

  # While a FS exists using the tiered pools, I should not be allowed
  # to remove the tier
  set +e
  ceph osd tier remove-overlay mds-ec-pool 2>$TMPFILE
  check_response 'in use by CephFS' $? 16
  ceph osd tier remove mds-ec-pool mds-tier 2>$TMPFILE
  check_response 'in use by CephFS' $? 16
  set -e

  fail_all_mds $FS_NAME
  ceph fs rm $FS_NAME --yes-i-really-mean-it

  # ... but we should be forbidden from using the cache pool in the FS directly.
  set +e
  ceph fs new $FS_NAME fs_metadata mds-tier --force 2>$TMPFILE
  check_response 'in use as a cache tier' $? 22
  ceph fs new $FS_NAME mds-tier fs_data 2>$TMPFILE
  check_response 'in use as a cache tier' $? 22
  ceph fs new $FS_NAME mds-tier mds-tier 2>$TMPFILE
  check_response 'in use as a cache tier' $? 22
  set -e

  # Clean up tier + EC pools
  ceph osd tier remove-overlay mds-ec-pool
  ceph osd tier remove mds-ec-pool mds-tier

  # Create a FS using the 'cache' pool now that it's no longer a tier
  ceph fs new $FS_NAME fs_metadata mds-tier --force

  # We should be forbidden from using this pool as a tier now that
  # it's in use for CephFS
  set +e
  ceph osd tier add mds-ec-pool mds-tier 2>$TMPFILE
  check_response 'in use by CephFS' $? 16
  set -e

  fail_all_mds $FS_NAME
  ceph fs rm $FS_NAME --yes-i-really-mean-it

  # We should be permitted to use an EC pool with overwrites enabled
  # as the data pool...
  ceph osd pool set mds-ec-pool allow_ec_overwrites true
  ceph fs new $FS_NAME fs_metadata mds-ec-pool --force 2>$TMPFILE
  fail_all_mds $FS_NAME
  ceph fs rm $FS_NAME --yes-i-really-mean-it

  # ...but not as the metadata pool
  set +e
  ceph fs new $FS_NAME mds-ec-pool fs_data 2>$TMPFILE
  check_response 'erasure-code' $? 22
  set -e

  ceph osd pool delete mds-ec-pool mds-ec-pool --yes-i-really-really-mean-it

  # Create a FS and check that we can subsequently add a cache tier to it
  ceph fs new $FS_NAME fs_metadata fs_data --force

  # Adding overlay to FS pool should be permitted, RADOS clients handle this.
  ceph osd tier add fs_metadata mds-tier
  ceph osd tier cache-mode mds-tier writeback
  ceph osd tier set-overlay fs_metadata mds-tier

  # Removing tier should be permitted because the underlying pool is
  # replicated (#11504 case)
  ceph osd tier cache-mode mds-tier proxy
  ceph osd tier remove-overlay fs_metadata
  ceph osd tier remove fs_metadata mds-tier
  ceph osd pool delete mds-tier mds-tier --yes-i-really-really-mean-it

  # Clean up FS
  fail_all_mds $FS_NAME
  ceph fs rm $FS_NAME --yes-i-really-mean-it



  ceph mds stat
  # ceph mds tell mds.a getmap
  # ceph mds rm
  # ceph mds rmfailed
  # ceph mds set_state
  # ceph mds stop

  ceph osd pool delete fs_data fs_data --yes-i-really-really-mean-it
  ceph osd pool delete fs_metadata fs_metadata --yes-i-really-really-mean-it
}

function test_mon_mds_metadata()
{
  local nmons=$(ceph tell 'mon.*' version | grep -c 'version')
  test "$nmons" -gt 0

  ceph mds dump |
  sed -nEe "s/^([0-9]+):.*'([a-z])' mds\\.([0-9]+)\\..*/\\1 \\2 \\3/p" |
  while read gid id rank; do
    ceph mds metadata ${gid} | grep '"hostname":'
    ceph mds metadata ${id} | grep '"hostname":'
    ceph mds metadata ${rank} | grep '"hostname":'

    local n=$(ceph tell 'mon.*' mds metadata ${id} | grep -c '"hostname":')
    test "$n" -eq "$nmons"
  done

  expect_false ceph mds metadata UNKNOWN
}

function test_mon_mon()
{
  # print help message
  ceph --help mon
  # no mon add/remove
  ceph mon dump
  ceph mon getmap -o $TEMP_DIR/monmap.$$
  [ -s $TEMP_DIR/monmap.$$ ]
  # ceph mon tell
  ceph mon_status

  # test mon features
  ceph mon feature ls
  ceph mon feature set kraken --yes-i-really-mean-it
  expect_false ceph mon feature set abcd
  expect_false ceph mon feature set abcd --yes-i-really-mean-it
}

function gen_secrets_file()
{
  # lets assume we can have the following types
  #  all - generates both cephx and lockbox, with mock dm-crypt key
  #  cephx - only cephx
  #  no_cephx - lockbox and dm-crypt, no cephx
  #  no_lockbox - dm-crypt and cephx, no lockbox
  #  empty - empty file
  #  empty_json - correct json, empty map
  #  bad_json - bad json :)
  #
  local t=$1
  if [[ -z "$t" ]]; then
    t="all"
  fi

  fn=$(mktemp $TEMP_DIR/secret.XXXXXX)
  echo $fn
  if [[ "$t" == "empty" ]]; then
    return 0
  fi

  echo "{" > $fn
  if [[ "$t" == "bad_json" ]]; then
    echo "asd: ; }" >> $fn
    return 0
  elif [[ "$t" == "empty_json" ]]; then
    echo "}" >> $fn
    return 0
  fi

  cephx_secret="\"cephx_secret\": \"$(ceph-authtool --gen-print-key)\""
  lb_secret="\"cephx_lockbox_secret\": \"$(ceph-authtool --gen-print-key)\""
  dmcrypt_key="\"dmcrypt_key\": \"$(ceph-authtool --gen-print-key)\""

  if [[ "$t" == "all" ]]; then
    echo "$cephx_secret,$lb_secret,$dmcrypt_key" >> $fn
  elif [[ "$t" == "cephx" ]]; then
    echo "$cephx_secret" >> $fn
  elif [[ "$t" == "no_cephx" ]]; then
    echo "$lb_secret,$dmcrypt_key" >> $fn
  elif [[ "$t" == "no_lockbox" ]]; then
    echo "$cephx_secret,$dmcrypt_key" >> $fn
  else
    echo "unknown gen_secrets_file() type \'$fn\'"
    return 1
  fi
  echo "}" >> $fn
  return 0
}

function test_mon_osd_create_destroy()
{
  ceph osd new 2>&1 | grep 'EINVAL'
  ceph osd new '' -1 2>&1 | grep 'EINVAL'
  ceph osd new '' 10 2>&1 | grep 'EINVAL'

  old_maxosd=$(ceph osd getmaxosd | sed -e 's/max_osd = //' -e 's/ in epoch.*//')

  old_osds=$(ceph osd ls)
  num_osds=$(ceph osd ls | wc -l)

  uuid=$(uuidgen)
  id=$(ceph osd new $uuid 2>/dev/null)

  for i in $old_osds; do
    [[ "$i" != "$id" ]]
  done

  ceph osd find $id

  id2=`ceph osd new $uuid 2>/dev/null`

  [[ $id2 == $id ]]

  ceph osd new $uuid $id

  id3=$(ceph osd getmaxosd | sed -e 's/max_osd = //' -e 's/ in epoch.*//')
  ceph osd new $uuid $((id3+1)) 2>&1 | grep EEXIST

  uuid2=$(uuidgen)
  id2=$(ceph osd new $uuid2)
  ceph osd find $id2
  [[ "$id2" != "$id" ]]

  ceph osd new $uuid $id2 2>&1 | grep EEXIST
  ceph osd new $uuid2 $id2

  # test with secrets
  empty_secrets=$(gen_secrets_file "empty")
  empty_json=$(gen_secrets_file "empty_json")
  all_secrets=$(gen_secrets_file "all")
  cephx_only=$(gen_secrets_file "cephx")
  no_cephx=$(gen_secrets_file "no_cephx")
  no_lockbox=$(gen_secrets_file "no_lockbox")
  bad_json=$(gen_secrets_file "bad_json")

  # empty secrets should be idempotent
  new_id=$(ceph osd new $uuid $id -i $empty_secrets)
  [[ "$new_id" == "$id" ]]

  # empty json, thus empty secrets
  new_id=$(ceph osd new $uuid $id -i $empty_json)
  [[ "$new_id" == "$id" ]]

  ceph osd new $uuid $id -i $all_secrets 2>&1 | grep 'EEXIST'

  ceph osd rm $id
  ceph osd rm $id2
  ceph osd setmaxosd $old_maxosd

  ceph osd new $uuid -i $no_cephx 2>&1 | grep 'EINVAL'
  ceph osd new $uuid -i $no_lockbox 2>&1 | grep 'EINVAL'

  osds=$(ceph osd ls)
  id=$(ceph osd new $uuid -i $all_secrets)
  for i in $osds; do
    [[ "$i" != "$id" ]]
  done

  ceph osd find $id

  # validate secrets and dm-crypt are set
  k=$(ceph auth get-key osd.$id --format=json-pretty 2>/dev/null | jq '.key')
  s=$(cat $all_secrets | jq '.cephx_secret')
  [[ $k == $s ]]
  k=$(ceph auth get-key client.osd-lockbox.$uuid --format=json-pretty 2>/dev/null | \
      jq '.key')
  s=$(cat $all_secrets | jq '.cephx_lockbox_secret')
  [[ $k == $s ]]
  ceph config-key exists dm-crypt/osd/$uuid/luks

  osds=$(ceph osd ls)
  id2=$(ceph osd new $uuid2 -i $cephx_only)
  for i in $osds; do
    [[ "$i" != "$id2" ]]
  done

  ceph osd find $id2
  k=$(ceph auth get-key osd.$id --format=json-pretty 2>/dev/null | jq '.key')
  s=$(cat $all_secrets | jq '.cephx_secret')
  [[ $k == $s ]]
  expect_false ceph auth get-key client.osd-lockbox.$uuid2
  expect_false ceph config-key exists dm-crypt/osd/$uuid2/luks

  ceph osd destroy osd.$id2 --yes-i-really-mean-it
  ceph osd destroy $id2 --yes-i-really-mean-it
  ceph osd find $id2
  expect_false ceph auth get-key osd.$id2
  ceph osd dump | grep osd.$id2 | grep destroyed

  id3=$id2
  uuid3=$(uuidgen)
  ceph osd new $uuid3 $id3 -i $all_secrets
  ceph osd dump | grep osd.$id3 | expect_false grep destroyed
  ceph auth get-key client.osd-lockbox.$uuid3
  ceph auth get-key osd.$id3
  ceph config-key exists dm-crypt/osd/$uuid3/luks

  ceph osd purge osd.$id3 --yes-i-really-mean-it
  expect_false ceph osd find $id2
  expect_false ceph auth get-key osd.$id2
  expect_false ceph auth get-key client.osd-lockbox.$uuid3
  expect_false ceph config-key exists dm-crypt/osd/$uuid3/luks
  ceph osd purge osd.$id3 --yes-i-really-mean-it
  ceph osd purge osd.$id3 --yes-i-really-mean-it # idempotent

  ceph osd purge osd.$id --yes-i-really-mean-it
  ceph osd purge 123456 --yes-i-really-mean-it
  expect_false ceph osd find $id
  expect_false ceph auth get-key osd.$id
  expect_false ceph auth get-key client.osd-lockbox.$uuid
  expect_false ceph config-key exists dm-crypt/osd/$uuid/luks

  rm $empty_secrets $empty_json $all_secrets $cephx_only \
     $no_cephx $no_lockbox $bad_json

  for i in $(ceph osd ls); do
    [[ "$i" != "$id" ]]
    [[ "$i" != "$id2" ]]
    [[ "$i" != "$id3" ]]
  done

  [[ "$(ceph osd ls | wc -l)" == "$num_osds" ]]
  ceph osd setmaxosd $old_maxosd

}

function test_mon_config_key()
{
  key=asdfasdfqwerqwreasdfuniquesa123df
  ceph config-key list | grep -c $key | grep 0
  ceph config-key get $key | grep -c bar | grep 0
  ceph config-key set $key bar
  ceph config-key get $key | grep bar
  ceph config-key list | grep -c $key | grep 1
  ceph config-key dump | grep $key | grep bar
  ceph config-key rm $key
  expect_false ceph config-key get $key
  ceph config-key list | grep -c $key | grep 0
  ceph config-key dump | grep -c $key | grep 0
}

function test_mon_osd()
{
  #
  # osd blacklist
  #
  bl=192.168.0.1:0/1000
  ceph osd blacklist add $bl
  ceph osd blacklist ls | grep $bl
  ceph osd blacklist ls --format=json-pretty  | sed 's/\\\//\//' | grep $bl
  ceph osd dump --format=json-pretty | grep $bl
  ceph osd dump | grep "^blacklist $bl"
  ceph osd blacklist rm $bl
  ceph osd blacklist ls | expect_false grep $bl

  bl=192.168.0.1
  # test without nonce, invalid nonce
  ceph osd blacklist add $bl
  ceph osd blacklist ls | grep $bl
  ceph osd blacklist rm $bl
  ceph osd blacklist ls | expect_false grep $expect_false bl
  expect_false "ceph osd blacklist $bl/-1"
  expect_false "ceph osd blacklist $bl/foo"

  # test with wrong address
  expect_false "ceph osd blacklist 1234.56.78.90/100"

  # Test `clear`
  ceph osd blacklist add $bl
  ceph osd blacklist ls | grep $bl
  ceph osd blacklist clear
  ceph osd blacklist ls | expect_false grep $bl

  #
  # osd crush
  #
  ceph osd crush reweight-all
  ceph osd crush tunables legacy
  ceph osd crush show-tunables | grep argonaut
  ceph osd crush tunables bobtail
  ceph osd crush show-tunables | grep bobtail
  ceph osd crush tunables firefly
  ceph osd crush show-tunables | grep firefly

  ceph osd crush set-tunable straw_calc_version 0
  ceph osd crush get-tunable straw_calc_version | grep 0
  ceph osd crush set-tunable straw_calc_version 1
  ceph osd crush get-tunable straw_calc_version | grep 1

  #
  # require-min-compat-client
  expect_false ceph osd set-require-min-compat-client dumpling  # firefly tunables
  ceph osd set-require-min-compat-client luminous
  ceph osd dump | grep 'require_min_compat_client luminous'

  #
  # osd scrub
  #
  # how do I tell when these are done?
  ceph osd scrub 0
  ceph osd deep-scrub 0
  ceph osd repair 0

  for f in noup nodown noin noout noscrub nodeep-scrub nobackfill norebalance norecover notieragent full
  do
    ceph osd set $f
    ceph osd unset $f
  done
  expect_false ceph osd unset sortbitwise  # cannot be unset
  expect_false ceph osd set bogus
  expect_false ceph osd unset bogus
  ceph osd require-osd-release luminous
  # can't lower (or use new command for anything but jewel)
  expect_false ceph osd require-osd-release jewel
  # these are no-ops but should succeed.
  ceph osd set require_jewel_osds
  ceph osd set require_kraken_osds
  expect_false ceph osd unset require_jewel_osds

  ceph osd set noup
  ceph osd down 0
  ceph osd dump | grep 'osd.0 down'
  ceph osd unset noup
  max_run=1000
  for ((i=0; i < $max_run; i++)); do
    if ! ceph osd dump | grep 'osd.0 up'; then
      echo "waiting for osd.0 to come back up ($i/$max_run)"
      sleep 1
    else
      break
    fi
  done
  ceph osd dump | grep 'osd.0 up'

  ceph osd dump | grep 'osd.0 up'
  # ceph osd find expects the OsdName, so both ints and osd.n should work.
  ceph osd find 1
  ceph osd find osd.1
  expect_false ceph osd find osd.xyz
  expect_false ceph osd find xyz
  expect_false ceph osd find 0.1
  ceph --format plain osd find 1 # falls back to json-pretty
  if [ `uname` == Linux ]; then
    ceph osd metadata 1 | grep 'distro'
    ceph --format plain osd metadata 1 | grep 'distro' # falls back to json-pretty
  fi
  ceph osd out 0
  ceph osd dump | grep 'osd.0.*out'
  ceph osd in 0
  ceph osd dump | grep 'osd.0.*in'
  ceph osd find 0

  ceph osd add-nodown 0 1
  ceph health detail | grep 'NODOWN'
  ceph osd rm-nodown 0 1
  ! ceph health detail | grep 'NODOWN'

  ceph osd out 0 # so we can mark it as noin later
  ceph osd add-noin 0
  ceph health detail | grep 'NOIN'
  ceph osd rm-noin 0
  ! ceph health detail | grep 'NOIN'
  ceph osd in 0

  ceph osd add-noout 0
  ceph health detail | grep 'NOOUT'
  ceph osd rm-noout 0
  ! ceph health detail | grep 'NOOUT'

  # test osd id parse
  expect_false ceph osd add-noup 797er
  expect_false ceph osd add-nodown u9uwer
  expect_false ceph osd add-noin 78~15
  expect_false ceph osd add-noout 0 all 1

  expect_false ceph osd rm-noup 1234567
  expect_false ceph osd rm-nodown fsadf7
  expect_false ceph osd rm-noin 0 1 any
  expect_false ceph osd rm-noout 790-fd

  ids=`ceph osd ls-tree default`
  for osd in $ids
  do
    ceph osd add-nodown $osd
    ceph osd add-noout $osd
  done
  ceph -s | grep 'NODOWN'
  ceph -s | grep 'NOOUT'
  ceph osd rm-nodown any
  ceph osd rm-noout all
  ! ceph -s | grep 'NODOWN'
  ! ceph -s | grep 'NOOUT'

  # make sure mark out preserves weight
  ceph osd reweight osd.0 .5
  ceph osd dump | grep ^osd.0 | grep 'weight 0.5'
  ceph osd out 0
  ceph osd in 0
  ceph osd dump | grep ^osd.0 | grep 'weight 0.5'

  ceph osd getmap -o $f
  [ -s $f ]
  rm $f
  save=$(ceph osd getmaxosd | sed -e 's/max_osd = //' -e 's/ in epoch.*//')
  [ "$save" -gt 0 ]
  ceph osd setmaxosd $((save - 1)) 2>&1 | grep 'EBUSY'
  ceph osd setmaxosd 10
  ceph osd getmaxosd | grep 'max_osd = 10'
  ceph osd setmaxosd $save
  ceph osd getmaxosd | grep "max_osd = $save"

  for id in `ceph osd ls` ; do
    retry_eagain 5 map_enxio_to_eagain ceph tell osd.$id version
  done

  ceph osd rm 0 2>&1 | grep 'EBUSY'

  local old_osds=$(echo $(ceph osd ls))
  id=`ceph osd create`
  ceph osd find $id
  ceph osd lost $id --yes-i-really-mean-it
  expect_false ceph osd setmaxosd $id
  local new_osds=$(echo $(ceph osd ls))
  for id in $(echo $new_osds | sed -e "s/$old_osds//") ; do
      ceph osd rm $id
  done

  uuid=`uuidgen`
  id=`ceph osd create $uuid`
  id2=`ceph osd create $uuid`
  [ "$id" = "$id2" ]
  ceph osd rm $id

  ceph --help osd

  # reset max_osd.
  ceph osd setmaxosd $id
  ceph osd getmaxosd | grep "max_osd = $save"
  local max_osd=$save

  ceph osd create $uuid 0 2>&1 | grep 'EINVAL'
  ceph osd create $uuid $((max_osd - 1)) 2>&1 | grep 'EINVAL'

  id=`ceph osd create $uuid $max_osd`
  [ "$id" = "$max_osd" ]
  ceph osd find $id
  max_osd=$((max_osd + 1))
  ceph osd getmaxosd | grep "max_osd = $max_osd"

  ceph osd create $uuid $((id - 1)) 2>&1 | grep 'EEXIST'
  ceph osd create $uuid $((id + 1)) 2>&1 | grep 'EEXIST'
  id2=`ceph osd create $uuid`
  [ "$id" = "$id2" ]
  id2=`ceph osd create $uuid $id`
  [ "$id" = "$id2" ]

  uuid=`uuidgen`
  local gap_start=$max_osd
  id=`ceph osd create $uuid $((gap_start + 100))`
  [ "$id" = "$((gap_start + 100))" ]
  max_osd=$((id + 1))
  ceph osd getmaxosd | grep "max_osd = $max_osd"

  ceph osd create $uuid $gap_start 2>&1 | grep 'EEXIST'

  #
  # When CEPH_CLI_TEST_DUP_COMMAND is set, osd create
  # is repeated and consumes two osd id, not just one.
  #
  local next_osd=$gap_start
  id=`ceph osd create $(uuidgen)`
  [ "$id" = "$next_osd" ]

  next_osd=$((id + 1))
  id=`ceph osd create $(uuidgen) $next_osd`
  [ "$id" = "$next_osd" ]

  local new_osds=$(echo $(ceph osd ls))
  for id in $(echo $new_osds | sed -e "s/$old_osds//") ; do
      [ $id -ge $save ]
      ceph osd rm $id
  done
  ceph osd setmaxosd $save

  ceph osd ls
  ceph osd pool create data 10
  ceph osd pool application enable data rados
  ceph osd lspools | grep data
  ceph osd map data foo | grep 'pool.*data.*object.*foo.*pg.*up.*acting'
  ceph osd map data foo namespace| grep 'pool.*data.*object.*namespace/foo.*pg.*up.*acting'
  ceph osd pool delete data data --yes-i-really-really-mean-it

  ceph osd pause
  ceph osd dump | grep 'flags.*pauserd,pausewr'
  ceph osd unpause

  ceph osd tree
  ceph osd tree up
  ceph osd tree down
  ceph osd tree in
  ceph osd tree out
  ceph osd tree destroyed
  ceph osd tree up in
  ceph osd tree up out
  ceph osd tree down in
  ceph osd tree down out
  ceph osd tree out down
  expect_false ceph osd tree up down
  expect_false ceph osd tree up destroyed
  expect_false ceph osd tree down destroyed
  expect_false ceph osd tree up down destroyed
  expect_false ceph osd tree in out
  expect_false ceph osd tree up foo

  ceph osd metadata
  ceph osd count-metadata os
  ceph osd versions

  ceph osd perf
  ceph osd blocked-by

  ceph osd stat | grep up,
}

function test_mon_crush()
{
  f=$TEMP_DIR/map.$$
  epoch=$(ceph osd getcrushmap -o $f 2>&1 | tail -n1)
  [ -s $f ]
  [ "$epoch" -gt 1 ]
  nextepoch=$(( $epoch + 1 ))
  echo epoch $epoch nextepoch $nextepoch
  rm -f $f.epoch
  expect_false ceph osd setcrushmap $nextepoch -i $f
  gotepoch=$(ceph osd setcrushmap $epoch -i $f 2>&1 | tail -n1)
  echo gotepoch $gotepoch
  [ "$gotepoch" -eq "$nextepoch" ]
  # should be idempotent
  gotepoch=$(ceph osd setcrushmap $epoch -i $f 2>&1 | tail -n1)
  echo epoch $gotepoch
  [ "$gotepoch" -eq "$nextepoch" ]
  rm $f
}

function test_mon_osd_pool()
{
  #
  # osd pool
  #
  ceph osd pool create data 10
  ceph osd pool application enable data rados
  ceph osd pool mksnap data datasnap
  rados -p data lssnap | grep datasnap
  ceph osd pool rmsnap data datasnap
  expect_false ceph osd pool rmsnap pool_fake snapshot
  ceph osd pool delete data data --yes-i-really-really-mean-it

  ceph osd pool create data2 10
  ceph osd pool application enable data2 rados
  ceph osd pool rename data2 data3
  ceph osd lspools | grep data3
  ceph osd pool delete data3 data3 --yes-i-really-really-mean-it

  ceph osd pool create replicated 12 12 replicated
  ceph osd pool create replicated 12 12 replicated
  ceph osd pool create replicated 12 12 # default is replicated
  ceph osd pool create replicated 12    # default is replicated, pgp_num = pg_num
  ceph osd pool application enable replicated rados
  # should fail because the type is not the same
  expect_false ceph osd pool create replicated 12 12 erasure
  ceph osd lspools | grep replicated
  ceph osd pool create ec_test 1 1 erasure
  ceph osd pool application enable ec_test rados
  set +e
  ceph osd count-metadata osd_objectstore | grep 'bluestore'
  if [ $? -eq 1 ]; then # enable ec_overwrites on non-bluestore pools should fail
      ceph osd pool set ec_test allow_ec_overwrites true >& $TMPFILE
      check_response "pool must only be stored on bluestore for scrubbing to work" $? 22
  else
      ceph osd pool set ec_test allow_ec_overwrites true || return 1
      expect_false ceph osd pool set ec_test allow_ec_overwrites false
  fi
  set -e
  ceph osd pool delete replicated replicated --yes-i-really-really-mean-it
  ceph osd pool delete ec_test ec_test --yes-i-really-really-mean-it
}

function test_mon_osd_pool_quota()
{
  #
  # test osd pool set/get quota
  #

  # create tmp pool
  ceph osd pool create tmp-quota-pool 36
  ceph osd pool application enable tmp-quota-pool rados
  #
  # set erroneous quotas
  #
  expect_false ceph osd pool set-quota tmp-quota-pool max_fooness 10
  expect_false ceph osd pool set-quota tmp-quota-pool max_bytes -1
  expect_false ceph osd pool set-quota tmp-quota-pool max_objects aaa
  #
  # set valid quotas
  #
  ceph osd pool set-quota tmp-quota-pool max_bytes 10
  ceph osd pool set-quota tmp-quota-pool max_objects 10M
  #
  # get quotas in json-pretty format
  #
  ceph osd pool get-quota tmp-quota-pool --format=json-pretty | \
    grep '"quota_max_objects":.*10000000'
  ceph osd pool get-quota tmp-quota-pool --format=json-pretty | \
    grep '"quota_max_bytes":.*10'
  #
  # get quotas
  #
  ceph osd pool get-quota tmp-quota-pool | grep 'max bytes.*10B'
  ceph osd pool get-quota tmp-quota-pool | grep 'max objects.*10M objects'
  #
  # set valid quotas with unit prefix
  #
  ceph osd pool set-quota tmp-quota-pool max_bytes 10K
  #
  # get quotas
  #
  ceph osd pool get-quota tmp-quota-pool | grep 'max bytes.*10Ki'
  #
  # set valid quotas with unit prefix
  #
  ceph osd pool set-quota tmp-quota-pool max_bytes 10Ki
  #
  # get quotas
  #
  ceph osd pool get-quota tmp-quota-pool | grep 'max bytes.*10Ki'
  #
  #
  # reset pool quotas
  #
  ceph osd pool set-quota tmp-quota-pool max_bytes 0
  ceph osd pool set-quota tmp-quota-pool max_objects 0
  #
  # test N/A quotas
  #
  ceph osd pool get-quota tmp-quota-pool | grep 'max bytes.*N/A'
  ceph osd pool get-quota tmp-quota-pool | grep 'max objects.*N/A'
  #
  # cleanup tmp pool
  ceph osd pool delete tmp-quota-pool tmp-quota-pool --yes-i-really-really-mean-it
}

function test_mon_pg()
{
  # Make sure we start healthy.
  wait_for_health_ok

  ceph pg debug unfound_objects_exist
  ceph pg debug degraded_pgs_exist
  ceph pg deep-scrub 1.0
  ceph pg dump
  ceph pg dump pgs_brief --format=json
  ceph pg dump pgs --format=json
  ceph pg dump pools --format=json
  ceph pg dump osds --format=json
  ceph pg dump sum --format=json
  ceph pg dump all --format=json
  ceph pg dump pgs_brief osds --format=json
  ceph pg dump pools osds pgs_brief --format=json
  ceph pg dump_json
  ceph pg dump_pools_json
  ceph pg dump_stuck inactive
  ceph pg dump_stuck unclean
  ceph pg dump_stuck stale
  ceph pg dump_stuck undersized
  ceph pg dump_stuck degraded
  ceph pg ls
  ceph pg ls 1
  ceph pg ls stale
  expect_false ceph pg ls scrubq
  ceph pg ls active stale repair recovering
  ceph pg ls 1 active
  ceph pg ls 1 active stale
  ceph pg ls-by-primary osd.0
  ceph pg ls-by-primary osd.0 1
  ceph pg ls-by-primary osd.0 active
  ceph pg ls-by-primary osd.0 active stale
  ceph pg ls-by-primary osd.0 1 active stale
  ceph pg ls-by-osd osd.0
  ceph pg ls-by-osd osd.0 1
  ceph pg ls-by-osd osd.0 active
  ceph pg ls-by-osd osd.0 active stale
  ceph pg ls-by-osd osd.0 1 active stale
  ceph pg ls-by-pool rbd
  ceph pg ls-by-pool rbd active stale
  # can't test this...
  # ceph pg force_create_pg
  ceph pg getmap -o $TEMP_DIR/map.$$
  [ -s $TEMP_DIR/map.$$ ]
  ceph pg map 1.0 | grep acting
  ceph pg repair 1.0
  ceph pg scrub 1.0

  ceph osd set-full-ratio .962
  ceph osd dump | grep '^full_ratio 0.962'
  ceph osd set-backfillfull-ratio .912
  ceph osd dump | grep '^backfillfull_ratio 0.912'
  ceph osd set-nearfull-ratio .892
  ceph osd dump | grep '^nearfull_ratio 0.892'

  # Check health status
  ceph osd set-nearfull-ratio .913
  ceph health -f json | grep OSD_OUT_OF_ORDER_FULL
  ceph health detail | grep OSD_OUT_OF_ORDER_FULL
  ceph osd set-nearfull-ratio .892
  ceph osd set-backfillfull-ratio .963
  ceph health -f json | grep OSD_OUT_OF_ORDER_FULL
  ceph health detail | grep OSD_OUT_OF_ORDER_FULL
  ceph osd set-backfillfull-ratio .912

  # Check injected full results
  $SUDO ceph --admin-daemon $(get_admin_socket osd.0) injectfull nearfull
  wait_for_health "OSD_NEARFULL"
  ceph health detail | grep "osd.0 is near full"
  $SUDO ceph --admin-daemon $(get_admin_socket osd.0) injectfull none
  wait_for_health_ok

  $SUDO ceph --admin-daemon $(get_admin_socket osd.1) injectfull backfillfull
  wait_for_health "OSD_BACKFILLFULL"
  ceph health detail | grep "osd.1 is backfill full"
  $SUDO ceph --admin-daemon $(get_admin_socket osd.1) injectfull none
  wait_for_health_ok

  $SUDO ceph --admin-daemon $(get_admin_socket osd.2) injectfull failsafe
  # failsafe and full are the same as far as the monitor is concerned
  wait_for_health "OSD_FULL"
  ceph health detail | grep "osd.2 is full"
  $SUDO ceph --admin-daemon $(get_admin_socket osd.2) injectfull none
  wait_for_health_ok

  $SUDO ceph --admin-daemon $(get_admin_socket osd.0) injectfull full
  wait_for_health "OSD_FULL"
  ceph health detail | grep "osd.0 is full"
  $SUDO ceph --admin-daemon $(get_admin_socket osd.0) injectfull none
  wait_for_health_ok

  ceph pg stat | grep 'pgs:'
  ceph pg 1.0 query
  ceph tell 1.0 query
  ceph quorum enter
  ceph quorum_status
  ceph report | grep osd_stats
  ceph status
  ceph -s

  #
  # tell osd version
  #
  ceph tell osd.0 version
  expect_false ceph tell osd.9999 version 
  expect_false ceph tell osd.foo version

  # back to pg stuff

  ceph tell osd.0 dump_pg_recovery_stats | grep Started

  ceph osd reweight 0 0.9
  expect_false ceph osd reweight 0 -1
  ceph osd reweight osd.0 1

  ceph osd primary-affinity osd.0 .9
  expect_false ceph osd primary-affinity osd.0 -2
  expect_false ceph osd primary-affinity osd.9999 .5
  ceph osd primary-affinity osd.0 1

  ceph osd pool set rbd size 2
  ceph osd pg-temp 1.0 0 1
  ceph osd pg-temp 1.0 osd.1 osd.0
  expect_false ceph osd pg-temp 1.0 0 1 2
  expect_false ceph osd pg-temp asdf qwer
  expect_false ceph osd pg-temp 1.0 asdf
  expect_false ceph osd pg-temp 1.0

  # don't test ceph osd primary-temp for now
}

function test_mon_osd_pool_set()
{
  TEST_POOL_GETSET=pool_getset
  ceph osd pool create $TEST_POOL_GETSET 1
  ceph osd pool application enable $TEST_POOL_GETSET rados
  wait_for_clean
  ceph osd pool get $TEST_POOL_GETSET all

  for s in pg_num pgp_num size min_size crush_rule; do
    ceph osd pool get $TEST_POOL_GETSET $s
  done

  old_size=$(ceph osd pool get $TEST_POOL_GETSET size | sed -e 's/size: //')
  (( new_size = old_size + 1 ))
  ceph osd pool set $TEST_POOL_GETSET size $new_size
  ceph osd pool get $TEST_POOL_GETSET size | grep "size: $new_size"
  ceph osd pool set $TEST_POOL_GETSET size $old_size

  ceph osd pool create pool_erasure 1 1 erasure
  ceph osd pool application enable pool_erasure rados
  wait_for_clean
  set +e
  ceph osd pool set pool_erasure size 4444 2>$TMPFILE
  check_response 'not change the size'
  set -e
  ceph osd pool get pool_erasure erasure_code_profile

  auid=5555
  ceph osd pool set $TEST_POOL_GETSET auid $auid
  ceph osd pool get $TEST_POOL_GETSET auid | grep $auid
  ceph --format=xml osd pool get $TEST_POOL_GETSET auid | grep $auid
  ceph osd pool set $TEST_POOL_GETSET auid 0

  for flag in nodelete nopgchange nosizechange write_fadvise_dontneed noscrub nodeep-scrub; do
      ceph osd pool set $TEST_POOL_GETSET $flag false
      ceph osd pool get $TEST_POOL_GETSET $flag | grep "$flag: false"
      ceph osd pool set $TEST_POOL_GETSET $flag true
      ceph osd pool get $TEST_POOL_GETSET $flag | grep "$flag: true"
      ceph osd pool set $TEST_POOL_GETSET $flag 1
      ceph osd pool get $TEST_POOL_GETSET $flag | grep "$flag: true"
      ceph osd pool set $TEST_POOL_GETSET $flag 0
      ceph osd pool get $TEST_POOL_GETSET $flag | grep "$flag: false"
      expect_false ceph osd pool set $TEST_POOL_GETSET $flag asdf
      expect_false ceph osd pool set $TEST_POOL_GETSET $flag 2
  done

  ceph osd pool get $TEST_POOL_GETSET scrub_min_interval | expect_false grep '.'
  ceph osd pool set $TEST_POOL_GETSET scrub_min_interval 123456
  ceph osd pool get $TEST_POOL_GETSET scrub_min_interval | grep 'scrub_min_interval: 123456'
  ceph osd pool set $TEST_POOL_GETSET scrub_min_interval 0
  ceph osd pool get $TEST_POOL_GETSET scrub_min_interval | expect_false grep '.'

  ceph osd pool get $TEST_POOL_GETSET scrub_max_interval | expect_false grep '.'
  ceph osd pool set $TEST_POOL_GETSET scrub_max_interval 123456
  ceph osd pool get $TEST_POOL_GETSET scrub_max_interval | grep 'scrub_max_interval: 123456'
  ceph osd pool set $TEST_POOL_GETSET scrub_max_interval 0
  ceph osd pool get $TEST_POOL_GETSET scrub_max_interval | expect_false grep '.'

  ceph osd pool get $TEST_POOL_GETSET deep_scrub_interval | expect_false grep '.'
  ceph osd pool set $TEST_POOL_GETSET deep_scrub_interval 123456
  ceph osd pool get $TEST_POOL_GETSET deep_scrub_interval | grep 'deep_scrub_interval: 123456'
  ceph osd pool set $TEST_POOL_GETSET deep_scrub_interval 0
  ceph osd pool get $TEST_POOL_GETSET deep_scrub_interval | expect_false grep '.'

  ceph osd pool get $TEST_POOL_GETSET recovery_priority | expect_false grep '.'
  ceph osd pool set $TEST_POOL_GETSET recovery_priority 5 
  ceph osd pool get $TEST_POOL_GETSET recovery_priority | grep 'recovery_priority: 5'
  ceph osd pool set $TEST_POOL_GETSET recovery_priority 0
  ceph osd pool get $TEST_POOL_GETSET recovery_priority | expect_false grep '.'

  ceph osd pool get $TEST_POOL_GETSET recovery_op_priority | expect_false grep '.'
  ceph osd pool set $TEST_POOL_GETSET recovery_op_priority 5 
  ceph osd pool get $TEST_POOL_GETSET recovery_op_priority | grep 'recovery_op_priority: 5'
  ceph osd pool set $TEST_POOL_GETSET recovery_op_priority 0
  ceph osd pool get $TEST_POOL_GETSET recovery_op_priority | expect_false grep '.'

  ceph osd pool get $TEST_POOL_GETSET scrub_priority | expect_false grep '.'
  ceph osd pool set $TEST_POOL_GETSET scrub_priority 5 
  ceph osd pool get $TEST_POOL_GETSET scrub_priority | grep 'scrub_priority: 5'
  ceph osd pool set $TEST_POOL_GETSET scrub_priority 0
  ceph osd pool get $TEST_POOL_GETSET scrub_priority | expect_false grep '.'

  ceph osd pool set $TEST_POOL_GETSET nopgchange 1
  expect_false ceph osd pool set $TEST_POOL_GETSET pg_num 10
  expect_false ceph osd pool set $TEST_POOL_GETSET pgp_num 10
  ceph osd pool set $TEST_POOL_GETSET nopgchange 0
  ceph osd pool set $TEST_POOL_GETSET pg_num 10
  wait_for_clean
  ceph osd pool set $TEST_POOL_GETSET pgp_num 10

  old_pgs=$(ceph osd pool get $TEST_POOL_GETSET pg_num | sed -e 's/pg_num: //')
  new_pgs=$(($old_pgs + $(ceph osd stat --format json | jq '.num_osds') * 32))
  ceph osd pool set $TEST_POOL_GETSET pg_num $new_pgs
  ceph osd pool set $TEST_POOL_GETSET pgp_num $new_pgs
  wait_for_clean
  old_pgs=$(ceph osd pool get $TEST_POOL_GETSET pg_num | sed -e 's/pg_num: //')
  new_pgs=$(($old_pgs + $(ceph osd stat --format json | jq '.num_osds') * 32 + 1))
  expect_false ceph osd pool set $TEST_POOL_GETSET pg_num $new_pgs

  ceph osd pool set $TEST_POOL_GETSET nosizechange 1
  expect_false ceph osd pool set $TEST_POOL_GETSET size 2
  expect_false ceph osd pool set $TEST_POOL_GETSET min_size 2
  ceph osd pool set $TEST_POOL_GETSET nosizechange 0
  ceph osd pool set $TEST_POOL_GETSET size 2
  wait_for_clean
  ceph osd pool set $TEST_POOL_GETSET min_size 2
  
  expect_false ceph osd pool set $TEST_POOL_GETSET hashpspool 0
  ceph osd pool set $TEST_POOL_GETSET hashpspool 0 --yes-i-really-mean-it
  
  expect_false ceph osd pool set $TEST_POOL_GETSET hashpspool 1
  ceph osd pool set $TEST_POOL_GETSET hashpspool 1 --yes-i-really-mean-it

  ceph osd pool get rbd crush_rule | grep 'crush_rule: '

  ceph osd pool get $TEST_POOL_GETSET compression_mode | expect_false grep '.'
  ceph osd pool set $TEST_POOL_GETSET compression_mode aggressive
  ceph osd pool get $TEST_POOL_GETSET compression_mode | grep 'aggressive'
  ceph osd pool set $TEST_POOL_GETSET compression_mode unset
  ceph osd pool get $TEST_POOL_GETSET compression_mode | expect_false grep '.'

  ceph osd pool get $TEST_POOL_GETSET compression_algorithm | expect_false grep '.'
  ceph osd pool set $TEST_POOL_GETSET compression_algorithm zlib
  ceph osd pool get $TEST_POOL_GETSET compression_algorithm | grep 'zlib'
  ceph osd pool set $TEST_POOL_GETSET compression_algorithm unset
  ceph osd pool get $TEST_POOL_GETSET compression_algorithm | expect_false grep '.'

  ceph osd pool get $TEST_POOL_GETSET compression_required_ratio | expect_false grep '.'
  expect_false ceph osd pool set $TEST_POOL_GETSET compression_required_ratio 1.1
  expect_false ceph osd pool set $TEST_POOL_GETSET compression_required_ratio -.2
  ceph osd pool set $TEST_POOL_GETSET compression_required_ratio .2
  ceph osd pool get $TEST_POOL_GETSET compression_required_ratio | grep '.2'
  ceph osd pool set $TEST_POOL_GETSET compression_required_ratio 0
  ceph osd pool get $TEST_POOL_GETSET compression_required_ratio | expect_false grep '.'

  ceph osd pool get $TEST_POOL_GETSET csum_type | expect_false grep '.'
  ceph osd pool set $TEST_POOL_GETSET csum_type crc32c
  ceph osd pool get $TEST_POOL_GETSET csum_type | grep 'crc32c'
  ceph osd pool set $TEST_POOL_GETSET csum_type unset
  ceph osd pool get $TEST_POOL_GETSET csum_type | expect_false grep '.'

  for size in compression_max_blob_size compression_min_blob_size csum_max_block csum_min_block; do
      ceph osd pool get $TEST_POOL_GETSET $size | expect_false grep '.'
      ceph osd pool set $TEST_POOL_GETSET $size 100
      ceph osd pool get $TEST_POOL_GETSET $size | grep '100'
      ceph osd pool set $TEST_POOL_GETSET $size 0
      ceph osd pool get $TEST_POOL_GETSET $size | expect_false grep '.'
  done

  ceph osd pool set $TEST_POOL_GETSET nodelete 1
  expect_false ceph osd pool delete $TEST_POOL_GETSET $TEST_POOL_GETSET --yes-i-really-really-mean-it
  ceph osd pool set $TEST_POOL_GETSET nodelete 0
  ceph osd pool delete $TEST_POOL_GETSET $TEST_POOL_GETSET --yes-i-really-really-mean-it

}

function test_mon_osd_tiered_pool_set()
{
  # this is really a tier pool
  ceph osd pool create real-tier 2
  ceph osd tier add rbd real-tier

  ceph osd pool set real-tier hit_set_type explicit_hash
  ceph osd pool get real-tier hit_set_type | grep "hit_set_type: explicit_hash"
  ceph osd pool set real-tier hit_set_type explicit_object
  ceph osd pool get real-tier hit_set_type | grep "hit_set_type: explicit_object"
  ceph osd pool set real-tier hit_set_type bloom
  ceph osd pool get real-tier hit_set_type | grep "hit_set_type: bloom"
  expect_false ceph osd pool set real-tier hit_set_type i_dont_exist
  ceph osd pool set real-tier hit_set_period 123
  ceph osd pool get real-tier hit_set_period | grep "hit_set_period: 123"
  ceph osd pool set real-tier hit_set_count 12
  ceph osd pool get real-tier hit_set_count | grep "hit_set_count: 12"
  ceph osd pool set real-tier hit_set_fpp .01
  ceph osd pool get real-tier hit_set_fpp | grep "hit_set_fpp: 0.01"

  ceph osd pool set real-tier target_max_objects 123
  ceph osd pool get real-tier target_max_objects | \
    grep 'target_max_objects:[ \t]\+123'
  ceph osd pool set real-tier target_max_bytes 123456
  ceph osd pool get real-tier target_max_bytes | \
    grep 'target_max_bytes:[ \t]\+123456'
  ceph osd pool set real-tier cache_target_dirty_ratio .123
  ceph osd pool get real-tier cache_target_dirty_ratio | \
    grep 'cache_target_dirty_ratio:[ \t]\+0.123'
  expect_false ceph osd pool set real-tier cache_target_dirty_ratio -.2
  expect_false ceph osd pool set real-tier cache_target_dirty_ratio 1.1
  ceph osd pool set real-tier cache_target_dirty_high_ratio .123
  ceph osd pool get real-tier cache_target_dirty_high_ratio | \
    grep 'cache_target_dirty_high_ratio:[ \t]\+0.123'
  expect_false ceph osd pool set real-tier cache_target_dirty_high_ratio -.2
  expect_false ceph osd pool set real-tier cache_target_dirty_high_ratio 1.1
  ceph osd pool set real-tier cache_target_full_ratio .123
  ceph osd pool get real-tier cache_target_full_ratio | \
    grep 'cache_target_full_ratio:[ \t]\+0.123'
  ceph osd dump -f json-pretty | grep '"cache_target_full_ratio_micro": 123000'
  ceph osd pool set real-tier cache_target_full_ratio 1.0
  ceph osd pool set real-tier cache_target_full_ratio 0
  expect_false ceph osd pool set real-tier cache_target_full_ratio 1.1
  ceph osd pool set real-tier cache_min_flush_age 123
  ceph osd pool get real-tier cache_min_flush_age | \
    grep 'cache_min_flush_age:[ \t]\+123'
  ceph osd pool set real-tier cache_min_evict_age 234
  ceph osd pool get real-tier cache_min_evict_age | \
    grep 'cache_min_evict_age:[ \t]\+234'

  # this is not a tier pool
  ceph osd pool create fake-tier 2
  ceph osd pool application enable fake-tier rados
  wait_for_clean

  expect_false ceph osd pool set fake-tier hit_set_type explicit_hash
  expect_false ceph osd pool get fake-tier hit_set_type
  expect_false ceph osd pool set fake-tier hit_set_type explicit_object
  expect_false ceph osd pool get fake-tier hit_set_type
  expect_false ceph osd pool set fake-tier hit_set_type bloom
  expect_false ceph osd pool get fake-tier hit_set_type
  expect_false ceph osd pool set fake-tier hit_set_type i_dont_exist
  expect_false ceph osd pool set fake-tier hit_set_period 123
  expect_false ceph osd pool get fake-tier hit_set_period
  expect_false ceph osd pool set fake-tier hit_set_count 12
  expect_false ceph osd pool get fake-tier hit_set_count
  expect_false ceph osd pool set fake-tier hit_set_fpp .01
  expect_false ceph osd pool get fake-tier hit_set_fpp

  expect_false ceph osd pool set fake-tier target_max_objects 123
  expect_false ceph osd pool get fake-tier target_max_objects
  expect_false ceph osd pool set fake-tier target_max_bytes 123456
  expect_false ceph osd pool get fake-tier target_max_bytes
  expect_false ceph osd pool set fake-tier cache_target_dirty_ratio .123
  expect_false ceph osd pool get fake-tier cache_target_dirty_ratio
  expect_false ceph osd pool set fake-tier cache_target_dirty_ratio -.2
  expect_false ceph osd pool set fake-tier cache_target_dirty_ratio 1.1
  expect_false ceph osd pool set fake-tier cache_target_dirty_high_ratio .123
  expect_false ceph osd pool get fake-tier cache_target_dirty_high_ratio
  expect_false ceph osd pool set fake-tier cache_target_dirty_high_ratio -.2
  expect_false ceph osd pool set fake-tier cache_target_dirty_high_ratio 1.1
  expect_false ceph osd pool set fake-tier cache_target_full_ratio .123
  expect_false ceph osd pool get fake-tier cache_target_full_ratio
  expect_false ceph osd pool set fake-tier cache_target_full_ratio 1.0
  expect_false ceph osd pool set fake-tier cache_target_full_ratio 0
  expect_false ceph osd pool set fake-tier cache_target_full_ratio 1.1
  expect_false ceph osd pool set fake-tier cache_min_flush_age 123
  expect_false ceph osd pool get fake-tier cache_min_flush_age
  expect_false ceph osd pool set fake-tier cache_min_evict_age 234
  expect_false ceph osd pool get fake-tier cache_min_evict_age

  ceph osd tier remove rbd real-tier
  ceph osd pool delete real-tier real-tier --yes-i-really-really-mean-it
  ceph osd pool delete fake-tier fake-tier --yes-i-really-really-mean-it
}

function test_mon_osd_erasure_code()
{

  ceph osd erasure-code-profile set fooprofile a=b c=d
  ceph osd erasure-code-profile set fooprofile a=b c=d
  expect_false ceph osd erasure-code-profile set fooprofile a=b c=d e=f
  ceph osd erasure-code-profile set fooprofile a=b c=d e=f --force
  ceph osd erasure-code-profile set fooprofile a=b c=d e=f
  expect_false ceph osd erasure-code-profile set fooprofile a=b c=d e=f g=h
  # ruleset-foo will work for luminous only
  ceph osd erasure-code-profile set barprofile ruleset-failure-domain=host
  ceph osd erasure-code-profile set barprofile crush-failure-domain=host
  # clean up
  ceph osd erasure-code-profile rm fooprofile
  ceph osd erasure-code-profile rm barprofile
}

function test_mon_osd_misc()
{
  set +e

  # expect error about missing 'pool' argument
  ceph osd map 2>$TMPFILE; check_response 'pool' $? 22

  # expect error about unused argument foo
  ceph osd ls foo 2>$TMPFILE; check_response 'unused' $? 22 

  # expect "not in range" for invalid full ratio
  ceph pg set_full_ratio 95 2>$TMPFILE; check_response 'not in range' $? 22

  # expect "not in range" for invalid overload percentage
  ceph osd reweight-by-utilization 80 2>$TMPFILE; check_response 'higher than 100' $? 22

  set -e

  ceph osd reweight-by-utilization 110
  ceph osd reweight-by-utilization 110 .5
  expect_false ceph osd reweight-by-utilization 110 0
  expect_false ceph osd reweight-by-utilization 110 -0.1
  ceph osd test-reweight-by-utilization 110 .5 --no-increasing
  ceph osd test-reweight-by-utilization 110 .5 4 --no-increasing
  expect_false ceph osd test-reweight-by-utilization 110 .5 0 --no-increasing
  expect_false ceph osd test-reweight-by-utilization 110 .5 -10 --no-increasing
  ceph osd reweight-by-pg 110
  ceph osd test-reweight-by-pg 110 .5
  ceph osd reweight-by-pg 110 rbd
  ceph osd reweight-by-pg 110 .5 rbd
  expect_false ceph osd reweight-by-pg 110 boguspoolasdfasdfasdf
}

function test_mon_heap_profiler()
{
  do_test=1
  set +e
  # expect 'heap' commands to be correctly parsed
  ceph heap stats 2>$TMPFILE
  if [[ $? -eq 22 && `grep 'tcmalloc not enabled' $TMPFILE` ]]; then
    echo "tcmalloc not enabled; skip heap profiler test"
    do_test=0
  fi
  set -e

  [[ $do_test -eq 0 ]] && return 0

  ceph heap start_profiler
  ceph heap dump
  ceph heap stop_profiler
  ceph heap release
}

function test_admin_heap_profiler()
{
  do_test=1
  set +e
  # expect 'heap' commands to be correctly parsed
  ceph heap stats 2>$TMPFILE
  if [[ $? -eq 22 && `grep 'tcmalloc not enabled' $TMPFILE` ]]; then
    echo "tcmalloc not enabled; skip heap profiler test"
    do_test=0
  fi
  set -e

  [[ $do_test -eq 0 ]] && return 0

  local admin_socket=$(get_admin_socket osd.0)

  $SUDO ceph --admin-daemon $admin_socket heap start_profiler
  $SUDO ceph --admin-daemon $admin_socket heap dump
  $SUDO ceph --admin-daemon $admin_socket heap stop_profiler
  $SUDO ceph --admin-daemon $admin_socket heap release
}

function test_osd_bench()
{
  # test osd bench limits
  # As we should not rely on defaults (as they may change over time),
  # lets inject some values and perform some simple tests
  # max iops: 10              # 100 IOPS
  # max throughput: 10485760  # 10MB/s
  # max block size: 2097152   # 2MB
  # duration: 10              # 10 seconds

  local args="\
    --osd-bench-duration 10 \
    --osd-bench-max-block-size 2097152 \
    --osd-bench-large-size-max-throughput 10485760 \
    --osd-bench-small-size-max-iops 10"
  ceph tell osd.0 injectargs ${args## }

  # anything with a bs larger than 2097152  must fail
  expect_false ceph tell osd.0 bench 1 2097153
  # but using 'osd_bench_max_bs' must succeed
  ceph tell osd.0 bench 1 2097152

  # we assume 1MB as a large bs; anything lower is a small bs
  # for a 4096 bytes bs, for 10 seconds, we are limited by IOPS
  # max count: 409600 (bytes)

  # more than max count must not be allowed
  expect_false ceph tell osd.0 bench 409601 4096
  # but 409600 must be succeed
  ceph tell osd.0 bench 409600 4096

  # for a large bs, we are limited by throughput.
  # for a 2MB block size for 10 seconds, assuming 10MB/s throughput,
  # the max count will be (10MB * 10s) = 100MB
  # max count: 104857600 (bytes)

  # more than max count must not be allowed
  expect_false ceph tell osd.0 bench 104857601 2097152
  # up to max count must be allowed
  ceph tell osd.0 bench 104857600 2097152
}

function test_osd_negative_filestore_merge_threshold()
{
  $SUDO ceph daemon osd.0 config set filestore_merge_threshold -1
  expect_config_value "osd.0" "filestore_merge_threshold" -1
}

function test_mon_tell()
{
  ceph tell mon.a version
  ceph tell mon.b version
  expect_false ceph tell mon.foo version

  sleep 1

  ceph_watch_start debug audit
  ceph tell mon.a version
  ceph_watch_wait 'mon.a \[DBG\] from.*cmd=\[{"prefix": "version"}\]: dispatch'

  ceph_watch_start debug audit
  ceph tell mon.b version
  ceph_watch_wait 'mon.b \[DBG\] from.*cmd=\[{"prefix": "version"}\]: dispatch'
}

function test_mon_ping()
{
  ceph ping mon.a
  ceph ping mon.b
  expect_false ceph ping mon.foo

  ceph ping mon.\*
}

function test_mon_deprecated_commands()
{
  # current DEPRECATED commands are:
  #  ceph compact
  #  ceph scrub
  #  ceph sync force
  #
  # Testing should be accomplished by setting
  # 'mon_debug_deprecated_as_obsolete = true' and expecting ENOTSUP for
  # each one of these commands.

  ceph tell mon.a injectargs '--mon-debug-deprecated-as-obsolete'
  expect_false ceph tell mon.a compact 2> $TMPFILE
  check_response "\(EOPNOTSUPP\|ENOTSUP\): command is obsolete"

  expect_false ceph tell mon.a scrub 2> $TMPFILE
  check_response "\(EOPNOTSUPP\|ENOTSUP\): command is obsolete"

  expect_false ceph tell mon.a sync force 2> $TMPFILE
  check_response "\(EOPNOTSUPP\|ENOTSUP\): command is obsolete"

  ceph tell mon.a injectargs '--no-mon-debug-deprecated-as-obsolete'
}

function test_mon_cephdf_commands()
{
  # ceph df detail:
  # pool section:
  # RAW USED The near raw used per pool in raw total

  ceph osd pool create cephdf_for_test 32 32 replicated
  ceph osd pool application enable cephdf_for_test rados
  ceph osd pool set cephdf_for_test size 2

  dd if=/dev/zero of=./cephdf_for_test bs=4k count=1
  rados put cephdf_for_test cephdf_for_test -p cephdf_for_test

  #wait for update
  for i in `seq 1 10`; do
    rados -p cephdf_for_test ls - | grep -q cephdf_for_test && break
    sleep 1
  done
  # "rados ls" goes straight to osd, but "ceph df" is served by mon. so we need
  # to sync mon with osd
  flush_pg_stats
  local jq_filter='.pools | .[] | select(.name == "cephdf_for_test") | .stats'
  cal_raw_used_size=`ceph df detail --format=json | jq "$jq_filter.raw_bytes_used"`
  raw_used_size=`ceph df detail --format=json | jq "$jq_filter.bytes_used * 2"`

  ceph osd pool delete cephdf_for_test cephdf_for_test --yes-i-really-really-mean-it
  rm ./cephdf_for_test

  expect_false test $cal_raw_used_size != $raw_used_size
}

function test_mon_pool_application()
{
  ceph osd pool create app_for_test 10

  ceph osd pool application enable app_for_test rbd
  expect_false ceph osd pool application enable app_for_test rgw
  ceph osd pool application enable app_for_test rgw --yes-i-really-mean-it
  ceph osd pool ls detail | grep "application rbd,rgw"
  ceph osd pool ls detail --format=json | grep '"application_metadata":{"rbd":{},"rgw":{}}'

  expect_false ceph osd pool application set app_for_test cephfs key value
  ceph osd pool application set app_for_test rbd key1 value1
  ceph osd pool application set app_for_test rbd key2 value2
  ceph osd pool application set app_for_test rgw key1 value1
  ceph osd pool application get app_for_test rbd key1 | grep 'value1'
  ceph osd pool application get app_for_test rbd key2 | grep 'value2'
  ceph osd pool application get app_for_test rgw key1 | grep 'value1'

  ceph osd pool ls detail --format=json | grep '"application_metadata":{"rbd":{"key1":"value1","key2":"value2"},"rgw":{"key1":"value1"}}'

  ceph osd pool application rm app_for_test rgw key1
  ceph osd pool ls detail --format=json | grep '"application_metadata":{"rbd":{"key1":"value1","key2":"value2"},"rgw":{}}'
  ceph osd pool application rm app_for_test rbd key2
  ceph osd pool ls detail --format=json | grep '"application_metadata":{"rbd":{"key1":"value1"},"rgw":{}}'
  ceph osd pool application rm app_for_test rbd key1
  ceph osd pool ls detail --format=json | grep '"application_metadata":{"rbd":{},"rgw":{}}'
  ceph osd pool application rm app_for_test rbd key1 # should be idempotent

  expect_false ceph osd pool application disable app_for_test rgw
  ceph osd pool application disable app_for_test rgw --yes-i-really-mean-it
  ceph osd pool application disable app_for_test rgw --yes-i-really-mean-it # should be idempotent
  ceph osd pool ls detail | grep "application rbd"
  ceph osd pool ls detail --format=json | grep '"application_metadata":{"rbd":{}}'

  ceph osd pool application disable app_for_test rgw --yes-i-really-mean-it
  ceph osd pool ls detail | grep -v "application "
  ceph osd pool ls detail --format=json | grep '"application_metadata":{}'

  ceph osd pool rm app_for_test app_for_test --yes-i-really-really-mean-it
}

function test_mon_tell_help_command()
{
  ceph tell mon.a help

  # wrong target
  expect_false ceph tell mon.zzz help
}

function test_mon_stdin_stdout()
{
  echo foo | ceph config-key set test_key -i -
  ceph config-key get test_key -o - | grep -c foo | grep -q 1
}

function test_osd_tell_help_command()
{
  ceph tell osd.1 help
  expect_false ceph tell osd.100 help
}

function test_osd_compact()
{
  ceph tell osd.1 compact
  $SUDO ceph daemon osd.1 compact
}

function test_mds_tell_help_command()
{
  local FS_NAME=cephfs
  if ! mds_exists ; then
      echo "Skipping test, no MDS found"
      return
  fi

  remove_all_fs
  ceph osd pool create fs_data 10
  ceph osd pool create fs_metadata 10
  ceph fs new $FS_NAME fs_metadata fs_data
  wait_mds_active $FS_NAME


  ceph tell mds.a help
  expect_false ceph tell mds.z help

  remove_all_fs
  ceph osd pool delete fs_data fs_data --yes-i-really-really-mean-it
  ceph osd pool delete fs_metadata fs_metadata --yes-i-really-really-mean-it
}

function test_mgr_tell()
{
  ceph tell mgr help
  #ceph tell mgr fs status   # see http://tracker.ceph.com/issues/20761
  ceph tell mgr osd status
}

#
# New tests should be added to the TESTS array below
#
# Individual tests may be run using the '-t <testname>' argument
# The user can specify '-t <testname>' as many times as she wants
#
# Tests will be run in order presented in the TESTS array, or in
# the order specified by the '-t <testname>' options.
#
# '-l' will list all the available test names
# '-h' will show usage
#
# The test maintains backward compatibility: not specifying arguments
# will run all tests following the order they appear in the TESTS array.
#

set +x
MON_TESTS+=" mon_injectargs"
MON_TESTS+=" mon_injectargs_SI"
for i in `seq 9`; do
    MON_TESTS+=" tiering_$i";
done
MON_TESTS+=" auth"
MON_TESTS+=" auth_profiles"
MON_TESTS+=" mon_misc"
MON_TESTS+=" mon_mon"
MON_TESTS+=" mon_osd"
MON_TESTS+=" mon_config_key"
MON_TESTS+=" mon_crush"
MON_TESTS+=" mon_osd_create_destroy"
MON_TESTS+=" mon_osd_pool"
MON_TESTS+=" mon_osd_pool_quota"
MON_TESTS+=" mon_pg"
MON_TESTS+=" mon_osd_pool_set"
MON_TESTS+=" mon_osd_tiered_pool_set"
MON_TESTS+=" mon_osd_erasure_code"
MON_TESTS+=" mon_osd_misc"
MON_TESTS+=" mon_heap_profiler"
MON_TESTS+=" mon_tell"
MON_TESTS+=" mon_ping"
MON_TESTS+=" mon_deprecated_commands"
MON_TESTS+=" mon_caps"
MON_TESTS+=" mon_cephdf_commands"
MON_TESTS+=" mon_tell_help_command"
MON_TESTS+=" mon_stdin_stdout"

OSD_TESTS+=" osd_bench"
OSD_TESTS+=" osd_negative_filestore_merge_threshold"
OSD_TESTS+=" tiering_agent"
OSD_TESTS+=" admin_heap_profiler"
OSD_TESTS+=" osd_tell_help_command"
OSD_TESTS+=" osd_compact"

MDS_TESTS+=" mds_tell"
MDS_TESTS+=" mon_mds"
MDS_TESTS+=" mon_mds_metadata"
MDS_TESTS+=" mds_tell_help_command"

MGR_TESTS+=" mgr_tell"

TESTS+=$MON_TESTS
TESTS+=$OSD_TESTS
TESTS+=$MDS_TESTS
TESTS+=$MGR_TESTS

#
# "main" follows
#

function list_tests()
{
  echo "AVAILABLE TESTS"
  for i in $TESTS; do
    echo "  $i"
  done
}

function usage()
{
  echo "usage: $0 [-h|-l|-t <testname> [-t <testname>...]]"
}

tests_to_run=()

sanity_check=true

while [[ $# -gt 0 ]]; do
  opt=$1

  case "$opt" in
    "-l" )
      do_list=1
      ;;
    "--asok-does-not-need-root" )
      SUDO=""
      ;;
    "--no-sanity-check" )
      sanity_check=false
      ;;
    "--test-mon" )
      tests_to_run+="$MON_TESTS"
      ;;
    "--test-osd" )
      tests_to_run+="$OSD_TESTS"
      ;;
    "--test-mds" )
      tests_to_run+="$MDS_TESTS"
      ;;
    "--test-mgr" )
      tests_to_run+="$MGR_TESTS"
      ;;
    "-t" )
      shift
      if [[ -z "$1" ]]; then
        echo "missing argument to '-t'"
        usage ;
        exit 1
      fi
      tests_to_run+=" $1"
      ;;
    "-h" )
      usage ;
      exit 0
      ;;
  esac
  shift
done

if [[ $do_list -eq 1 ]]; then
  list_tests ;
  exit 0
fi

ceph osd pool create rbd 10

if test -z "$tests_to_run" ; then
  tests_to_run="$TESTS"
fi

if $sanity_check ; then
    wait_no_osd_down
fi
for i in $tests_to_run; do
  if $sanity_check ; then
      check_no_osd_down
  fi
  set -x
  test_${i}
  set +x
done
if $sanity_check ; then
    check_no_osd_down
fi

set -x

echo OK
