mars/test_suite/scripts/modules/38_resource.sh
2014-02-05 08:48:42 +01:00

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29 KiB
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#!/bin/bash
# Copyright 2010-2014 Frank Liepold / 1&1 Internet AG
#
# Email: frank.liepold@1und1.de
#
# This program is free software; you can redistribute it and/or
# modify it under the terms of the GNU General Public License
# as published by the Free Software Foundation; either version 2
# of the License, or (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
function resource_prepare
{
resource_check_variables
if [ $net_clear_iptables_in_prepare_phase -eq 1 ]; then
net_clear_iptables_all
fi
resource_kill_all_scripts
cluster_rmmod_mars_all
cluster_clear_and_umount_mars_dir_all
lv_config_recreate_logical_volumes 0
cluster_clear_and_mount_mars_dir_all
cluster_insert_mars_module_all
}
# assumes the following:
# - all logical volumes exist and have their correct sizes
# - /mars is mounted
# - exactly one resource
function resource_quick_prepare_first_resource
{
local primary_host=${main_host_list[0]}
local secondary_host=${main_host_list[1]}
local res=${resource_name_list[0]}
local dev="$(lv_config_get_lv_device $res)"
local data_dev=$(resource_get_data_device $res)
local waited
if [ $net_clear_iptables_in_prepare_phase -eq 1 ]; then
net_clear_iptables_all
fi
resource_kill_all_scripts
cluster_rmmod_mars_all
cluster_clear_and_mount_mars_dir_all
cluster_insert_mars_module_all
marsadm_do_cmd $primary_host "create-resource" "$res $dev" || lib_exit 1
marsadm_do_cmd $primary_host "wait-resource" "$res is-device-on" || \
lib_exit 1
resource_check_data_device_after_create $primary_host $res
lib_rw_remote_check_device_fs $primary_host $data_dev "xfs"
marsadm_do_cmd $secondary_host "join-resource" "$res $dev" || lib_exit 1
}
function resource_check_variables
{
if ! expr "${lv_config_lv_name_list[*]}" \
: "\(\(.* \)*${resource_name_list[*]}\( .*\)*\$\)" >/dev/null
then
lib_exit 1 "resource_name_list = '${resource_name_list[*]}' is no substring of '${lv_config_lv_name_list[*]}' = lv_config_lv_name_list"
fi
}
function resource_recreate_all
{
resource_leave_all
local host primary_host_to_join res
for host in "${main_host_list[@]}"; do
for res in "${resource_name_list[@]}"; do
if [ -z "$primary_host_to_join" ]; then
resource_create $host $res
primary_host_to_join=$host
else
resource_join $host $res $primary_host_to_join
fi
done
done
}
function resource_leave_all
{
local host res
for host in "${main_host_list[@]}"; do
for res in "${resource_name_list[@]}"; do
resource_leave $host $res
done
cluster_remove_debugfiles $host
done
}
function resource_leave
{
local host=$1 res=$2
if resource_is_data_device_mounted $host $res; then
local dev=$(resource_get_data_device $res)
resource_clear_data_device $host $res
mount_umount_data_device $host $res
fi
if resource_joined $host $res; then
resource_secondary $host $res
local cmd
for cmd in "down" "leave-resource --force"; do
marsadm_do_cmd $host "$cmd" $res || lib_exit 1
done
resource_do_after_leave_loops $host $res
fi
resource_mount_mars_and_rm_resource_dir_all $res
}
function resource_do_after_leave_loops
{
local host=$1 res=$2
local count=0 act_deleted_nr max_to_delete_nr
lib_vmsg " checking whether there is s.th. to delete on $host"
max_to_delete_nr=$(marsadm_get_highest_to_delete_nr $host) || \
lib_exit 1
lib_vmsg " max_to_delete_nr on $host: $max_to_delete_nr"
while true; do
act_deleted_nr=$(marsadm_get_deleted_link_value $host)
if [ $act_deleted_nr -lt $max_to_delete_nr ]; then
let count+=1
sleep 1
lib_vmsg " $count retries: max_to_delete=$max_to_delete_nr, act_deleted=$act_deleted_nr"
if [ $count -eq $resource_maxloop_leave_resource ]; then
lib_exit 1 "max number of loops exceeded"
fi
continue
fi
break
done
count=0
while true; do
local number_hidden_links
lib_vmsg " determininig numnber of hidden links on $host $res"
number_hidden_links=$(marsadm_get_number_of_hidden_delete_symlinks $host $res) || lib_exit 1
if [ $number_hidden_links -gt 0 ]; then
let count+=1
sleep 1
lib_vmsg " $count retries: number of hidden links = $number_hidden_links"
if [ $count -gt $resource_maxloop_leave_resource ]; then
lib_exit 1 "max number of loops exceeded"
fi
continue
fi
break
done
count=0
while true; do
local link="${resource_dir_list[$res]}/actual-$host/open-count"
lib_linktree_check_link $host "$link" "0"
link_status=$?
if [ $link_status -ne ${main_link_status["link_ok"]} \
-a $link_status -ne ${main_link_status["link_does_not_exist"]} ]
then
let count+=1
sleep 1
local str=$(lib_linktree_status_to_string $link_status)
lib_vmsg " $count retries: link $host:$link has yet state $str"
if [ $count -gt $resource_maxloop_leave_resource ]; then
lib_exit 1 "max number of loops exceeded"
fi
continue
fi
return 1
done
}
function resource_secondary
{
local host=$1 res="$2"
marsadm_do_cmd $host "secondary" $res || lib_exit 1
marsadm_do_cmd $host "wait-resource" "$res is-primary-off"
}
function resource_joined
{
local host=$1 res="$2"
local link="${resource_dir_list[$res]}/data-$host"
local link_value_expected=(".")
lib_linktree_check_link $host "$link" "$link_value_expected"
link_status=$?
if [ $link_status -eq ${main_link_status["link_ok"]} ]; then
lib_vmsg " resource $res on $host exists"
return 0
else
lib_vmsg " resource $res on $host does not exist"
return 1
fi
}
function resource_run_first
{
resource_run ${resource_name_list[0]}
}
function resource_run_all
{
local res
for res in ${resource_name_list[@]}; do
resource_run $res
done
}
function resource_run
{
local res=$1 host i
for i in ${!main_host_list[*]}; do
host=${main_host_list[$i]}
if [ $i -eq 0 ]; then
resource_create $host $res
else
resource_join $host $res ${main_host_list[0]}
fi
done
}
function resource_multi_res_run
{
:
}
function resource_fill_mars_dir
{
local primary_host=${main_host_list[0]}
local secondary_host=${main_host_list[1]}
local res=${resource_name_list[0]}
local dev=$(lv_config_get_lv_device $res)
local data_dev=$(resource_get_data_device $res)
local data_dev_size=$(lv_config_get_lv_size_from_name $res)
local mars_lv_name=${cluster_mars_dir_lv_name_list[$primary_host]}
local mars_dev=$(lv_config_get_lv_device $mars_lv_name)
local mars_dev_size=$(lv_config_get_lv_size_from_name $mars_lv_name)
local time_waited writer_pid writer_script write_count control_nr
local primary_cksum secondary_cksum
if [ $resource_use_data_dev_writes_to_fill_mars_dir -eq 1 ]; then
resource_dd_until_mars_dir_full $primary_host $res \
$main_mars_directory \
$data_dev $mars_dev_size \
$data_dev_size "control_nr"
resource_check_low_space_error $primary_host $res "sequence_hole"
else
lib_rw_start_writing_data_device $primary_host "writer_pid" \
"writer_script" 0 2 $res
resource_write_file_until_mars_dir_full $primary_host \
$main_mars_directory \
$mars_dev_size \
$resource_big_file
fi
if [ $resource_use_data_dev_writes_to_fill_mars_dir -eq 0 ]; then
lib_rw_stop_writing_data_device $primary_host $writer_script \
"write_count"
main_error_recovery_functions["lib_rw_stop_scripts"]=
lib_vmsg " removing $primary_host:$resource_big_file"
lib_remote_idfile $primary_host "rm -f $resource_big_file" || lib_exit 1
fi
resource_check_proc_sys_mars_emergency_file $primary_host
resource_resize_mars_dir $primary_host $mars_dev $(($mars_dev_size + 10))
lib_rw_start_writing_data_device $primary_host "writer_pid" \
"writer_script" 0 3 $res
local procfile=/proc/sys/mars/logger_resume
lib_vmsg " setting $primary_host:$procfile to 1"
lib_remote_idfile $primary_host "echo 1 >$procfile" || lib_exit 1
marsadm_do_cmd $secondary_host "invalidate" $res
# marsadm_do_cmd $secondary_host "log-delete-all" $res
lib_wait_for_initial_end_of_sync $primary_host $secondary_host $res \
$resource_maxtime_initial_sync \
$resource_time_constant_initial_sync \
"time_waited"
lib_rw_stop_writing_data_device $primary_host $writer_script "write_count"
main_error_recovery_functions["lib_rw_stop_scripts"]=
marsview_wait_for_state $secondary_host $res "disk" "Uptodate" \
$resource_maxtime_state_constant || lib_exit 1
lib_rw_compare_checksums $primary_host $secondary_host $res 0 \
"primary_cksum" "secondary_cksum"
}
function resource_resize_mars_dir
{
local host=$1 mars_dev=$2 new_size=$3
lib_vmsg " resizing $host:$mars_dev to $new_size GB"
lv_config_resize_device $host $mars_dev $new_size
lib_remote_idfile $host "resize2fs $mars_dev" || lib_exit 1
}
function resource_check_proc_sys_mars_emergency_file
{
local host=$1 value
lib_vmsg " checking value in $host:$resource_proc_sys_mars_reset_emergency_file"
value=$(lib_remote_idfile $host \
"cat $resource_proc_sys_mars_reset_emergency_file") || lib_exit 1
if [ $value -ne 1 ];then
lib_exit 1 "wrong value $value (!= 1) in $host:$resource_proc_sys_mars_reset_emergency_file"
fi
}
function resource_write_file_until_mars_dir_full
{
[ $# -eq 4 ] || lib_exit 1 "wrong number $# of arguments (args = $*)"
local host=$1 mars_dir=$2 mars_dev_size=$3 file_to_fill=$4
local df_out use_percent rc
datadev_full_dd_on_device $host $file_to_fill $(($mars_dev_size + 1)) 4711 1
lib_remote_idfile $host "ls -l $file_to_fill" || lib_exit 1
lib_vmsg " checking space on $host:$mars_dir"
df_out=($(lib_remote_idfile $host "df -B1 $mars_dir")) || lib_exit 1
use_percent=$(expr "${df_out[*]}" : '.* \([0-9][0-9]*\)%')
rc=$?
if [ $rc -ne 0 ]; then
lib_exit 1 "cannot determine use% in df output ${df_out[*]}"
fi
if [ $use_percent -lt 99 ];then
lib_exit 1 "$host:$mars_dir used only at $use_percent"
fi
}
function resource_check_low_space_error
{
local host=$1 res=$2 err_type="$3" msgtype patternlist msgpattern
local msgtype="err"
msgfile=${resource_dir_list[$res]}/${resource_msgfile_list["$msgtype"]}
eval msgpattern='"${resource_mars_dir_full_'$msgtype'_pattern_list[$err_type]}"'
if [ -z "$msgpattern" ]; then
lib_exit 1 "pattern resource_mars_dir_full_${msgtype}_pattern_list[$err_type] not found"
fi
lib_err_wait_for_error_messages $host $msgfile "$msgpattern" 1 1
}
function resource_dd_until_mars_dir_full
{
[ $# -eq 7 ] || lib_exit 1 "wrong number $# of arguments (args = $*)"
local primary_host=$1 res=$2 mars_dir=$3 data_dev=$4 mars_dev_size=$5
local data_dev_size=$6 varname_control_nr=$7
local written=0 control_nr=1000
local warning_threshold=$((2 * 1<<30))
local write_per_loop=1 # G
local jammed_warning_found=0
while true;do
local free df_out
datadev_full_dd_on_device $primary_host $data_dev $write_per_loop \
$control_nr 0
let written+=$write_per_loop
let control_nr+=1
df_out=($(lib_remote_idfile $primary_host "df -B1 $mars_dir | \
tail -1")) || lib_exit 1
free=${df_out[2]}
if ! expr "$free" : '^[0-9][0-9]*$' >/dev/null; then
lib_exit 1 "cannot determine free space from ${df_out[@]} (free=$free)"
fi
lib_vmsg " free on $primary_host:$mars_dir: $free"
if [ $free -le $warning_threshold -a $jammed_warning_found -eq 0 ]; then
resource_check_low_space_error $primary_host $res "jammed"
jammed_warning_found=1
fi
if [ $written -ge $(($mars_dev_size + 1)) ]; then
break
fi
done
eval $varname_control_nr=$(($control_nr - 1))
}
function resource_up
{
local host=$1 res=$2 rc
marsadm_do_cmd $host "up" $res
rc=$?
return $rc
}
function resource_mount_mars_and_rm_resource_dir_all
{
local res=$1 host
local res_dir=${resource_dir_list[$res]}
if [ -z "$res_dir" ];then
lib_exit 1 " to resource $res no resource dir found in resource_dir_list"
fi
cluster_rmmod_mars_all
for host in "${main_host_list[@]}"; do
local mars_lv=${cluster_mars_dir_lv_name_list[$host]}
local mars_dev=$(lv_config_get_lv_device $mars_lv)
lib_vmsg " removing $host:$res_dir whether mounted or not"
lib_remote_idfile $host "rm -rf $res_dir" || lib_exit 1
lib_vmsg " check whether mars device $host:$mars_dev exists"
if lib_remote_idfile $host "ls -l $mars_dev"; then
cluster_mount_mars_dir $host
lib_vmsg " removing $host:$res_dir"
lib_remote_idfile $host "rm -rf $res_dir" || lib_exit 1
fi
done
}
function resource_create
{
local host=$1 res=$2
local dev="$(lv_config_get_lv_device $res)"
local size="$(lv_config_get_lv_size_from_name $res)"
if [ $resource_fs_on_data_device_necessary -eq 1 ]; then
lib_rw_remote_check_device_fs $host $dev ${resource_fs_type_list[$res]}
fi
if ! resource_up $host $res; then
local count=0 rc
while true; do
cluster_insert_mars_module_all
marsadm_do_cmd $host "create-resource $resource_create_flag" \
"$res $dev $res ${size}G"
marsadm_do_cmd $host "wait-resource" "$res is-device-on"
rc=$?
if [ $rc -ne 0 ]; then
let count+=1
lib_vmsg " $count retry failed"
if [ $count -ge $resource_number_of_create_retries ]; then
lib_exit 1 "max. number of retries $resource_number_of_create_retries exceeded"
else
sleep 4
continue
fi
else
break
fi
done
resource_check_data_link $host $res $dev
local role
role=($marsadm_get_role $host $res) || lib_exit 1
if [ "$role" = "secondary" ]; then
marsadm_do_cmd $host "primary" $res
fi
fi
resource_check_links_after_create $host $res
resource_check_data_device_after_create $host $res
if [ $resource_fs_on_data_device_necessary -eq 1 ]; then
resource_check_mount_and_rmmod_possibilities $host $res
fi
resource_underlying_device_is_not_mountable $host $dev $res || lib_exit 1
cluster_create_debugfiles $host
}
function resource_check_data_link
{
local host=$1 res=$2 dev=$3
local link=$(lib_linktree_get_res_host_linkname $host $res "data")
lib_linktree_check_link $host "$link" $dev
}
function resource_get_data_device
{
local res=$1
echo /dev/mars/$res
}
function resource_is_data_device_mounted
{
local host=$1 res=$2 rc
local dev=$(resource_get_data_device $res)
local mount_point
mount_is_device_mounted $host $dev "mount_point"
}
function resource_check_data_device_after_create
{
local host=$1 res=$2
local dev=$(resource_get_data_device $res)
local waited=0 rc
while true; do
lib_vmsg " checking existence of device $dev on $host"
lib_remote_idfile $host "ls -l --full-time $dev"
rc=$?
if [ $rc -eq 0 ]; then
break
fi
sleep 1
let waited+=1
lib_vmsg " waited $waited for ls $dev on $host to succeed"
if [ $waited -ge $resource_maxtime_to_wait_for_ls ]; then
lib_exit 1 "maxtime $resource_maxtime_to_wait_for_ls exceeded"
fi
done
}
function resource_check_mount_and_rmmod_possibilities
{
local host=$1 res=$2
local data_dev=$(resource_get_data_device $res)
local mount_point
resource_check_mount_point_directories $host
if ! mount_is_device_mounted $host $data_dev "mount_point"
then
mount_mount $host $data_dev ${resource_mount_point_list[$res]} \
${resource_fs_type_list[$res]} || lib_exit 1
fi
resource_check_whether_rmmod_mars_fails $host $data_dev
mount_umount $host $data_dev ${resource_mount_point_list[$res]} || \
lib_exit 1
}
function resource_check_whether_rmmod_mars_fails
{
local host=$1 dev=$2 rc
lib_vmsg " checking whether rmmod mars fails on $host"
lib_remote_idfile $host "rmmod mars"
rc=$?
if [ $rc -eq 0 ]; then
local dev=
lib_exit 1 "rmmod mars could be removed while $dev is mounted"
fi
}
function resource_check_mount_point_directories
{
local host=$1 dir
for dir in ${resource_mount_point_list[@]}; do
lib_vmsg " checking mount point $dir on $host"
lib_remote_idfile $host "if [ ! -d $dir ]; then mkdir $dir; fi" \
|| lib_exit 1
done
}
function resource_write_and_check
{
local primary_host=${main_host_list[0]}
eval local secondary_hosts=('"${main_host_list["{1..'${#main_host_list[*]}'}"]}"')
local host
local res=${resource_name_list[0]}
local writer_pid writer_script write_count
local dev=$(lv_config_get_lv_device $res)
local time_waited
resource_prepare
resource_run_all
for host in ${secondary_hosts[@]}; do
lib_wait_for_initial_end_of_sync $primary_host $host $res \
$resource_maxtime_initial_sync \
$resource_time_constant_initial_sync \
"time_waited"
done
mount_mount_data_device $primary_host $res
resource_clear_data_device $primary_host $res
lib_rw_start_writing_data_device $primary_host "writer_pid" \
"writer_script" 0 1 $res
sleep 15
lib_rw_stop_writing_data_device $primary_host $writer_script "write_count"
main_error_recovery_functions["lib_rw_stop_scripts"]=
sleep 5
mount_umount_data_device $primary_host $res
for host in ${secondary_hosts[@]}; do
lib_wait_for_secondary_to_become_uptodate_and_cmp_cksums "resource" \
$host $primary_host \
$res $dev 0
done
}
function resource_underlying_device_is_not_mountable
{
local host=$1 dev=$2 res=$3 rc
resource_check_mount_point_directories $host
lib_vmsg " checking whether mounting $dev on ${resource_mount_point_list[$res]} on $host fails"
mount_mount $host $dev ${resource_mount_point_list[$res]} \
${resource_fs_type_list[$res]}
rc=$?
if [ $rc -eq 0 ]; then
return 1
fi
return 0
}
function resource_join
{
local host=$1 res=$2 primary_host=$3
local dev="$(lv_config_get_lv_device $res)"
local count=0 rc
while true; do
if ! resource_up $host $res; then
marsadm_do_cmd $host "join-resource" "$res $dev"
fi
marsadm_do_cmd $host "wait-resource" "$res is-device-off"
rc=$?
if [ $rc -ne 0 ]; then
sleep 1
let count+=1
lib_vmsg " $count tries to join resource $res on $host"
if [ $count -ge $resource_number_of_mount_join_resource_cycles ]
then
lib_exit 1 "maxtime $resource_number_of_mount_join_resource_cycles exceeded"
fi
continue
fi
break
done
resource_check_data_link $host $res $dev
resource_check_links_after_join $host $res $primary_host
resource_underlying_device_is_not_mountable $host $dev $res || lib_exit 1
}
function resource_check_links_after_join
{
local host=$1 res=$2 primary_host=$3
local reslink_name link_value_expected link_status
local link="$(lib_linktree_get_designated_primary_linkname $res)"
local link_value_expected="$primary_host"
lib_linktree_check_link $host "$link" "$link_value_expected"
link_status=$?
if [ $link_status -ne ${main_link_status["link_ok"]} ]; then
lib_exit 1 "resource $res on $host has not been joined"
fi
}
function resource_check_links_after_create
{
local host=$1 res=$2 reslink_name link_value_expected link_status
local link="$(lib_linktree_get_designated_primary_linkname $res)"
local link_value_expected="$host"
lib_linktree_check_link $host "$link" "$link_value_expected"
link_status=$?
if [ $link_status -ne ${main_link_status["link_ok"]} ]; then
lib_exit 1 "resource $res on $host has not been created"
fi
}
function resource_clear_data_device
{
local host=$1 res=$2
local mount_point=${resource_mount_point_list[$res]}
local str="test"
if [ -z "$mount_point" ]; then
lib_exit 1 "cannot determine mount_point for resource $res"
fi
if ! expr "$mount_point" : ".*$str.*" >/dev/null; then
lib_exit 1 "mount_point $mount_point does not contain string $str"
fi
lib_vmsg " clearing $host:$mount_point"
lib_remote_idfile $host "if cd $mount_point; then shopt -s dotglob && rm -rf *;fi"
}
function resource_kill_all_scripts
{
local host
for host in "${main_host_list[@]}"; do
lib_vmsg " killing all $main_prefix_scripts scripts on $host"
lib_remote_idfile $host 'for p in $(pgrep -f '"$main_prefix_scripts"'); do if [ $p -ne $$ ] && ps -p $p >/dev/null; then echo killing:; ps -fp $p; kill -9 $p; fi; done'
done
}
function resource_check_replication
{
[ $# -eq 4 ] || lib_exit 1 "wrong number $# of arguments (args = $*)"
local primary_host=$1 secondary_host=$2 res=$3 debug_msg_prefix="$4"
local data_dev=$(resource_get_data_device $res)
lib_vmsg " ${debug_msg_prefix}check replication, primary=$primary_host, secondary=$secondary_host"
marsadm_do_cmd $primary_host "wait-resource" "$res is-device-on" || \
lib_exit 1
lib_vmsg " ${debug_msg_prefix}write to $primary_host:$data_dev and log-rotate/delete"
local count=0 maxcount=3
while true; do
lib_remote_idfile $primary_host \
"yes | dd oflag=direct bs=4096 count=1 of=$data_dev" \
|| lib_exit 1
if [ $switch2primary_logrotate_new_primary -eq 0 ]; then
break
fi
marsadm_do_cmd $primary_host "log-rotate" $res || lib_exit 1
if [ $(($count % 2 )) -eq 0 ]; then
marsadm_do_cmd $primary_host "log-delete" $res || lib_exit 1
fi
let count+=1
if [ $count -eq $maxcount ]; then
break
fi
done
lib_vmsg " ${debug_msg_prefix}wait for secondary $secondary to become uptodate and calculate checksums"
lib_wait_for_secondary_to_become_uptodate_and_cmp_cksums "resource" \
$secondary_host $primary_host \
$res $data_dev 0
}
function resource_leave_while_sync
{
local primary_host=${main_host_list[0]}
local secondary_host=${main_host_list[1]}
local res=${resource_name_list[0]}
local dev="$(lv_config_get_lv_device $res)"
local time_waited
lib_wait_for_initial_end_of_sync $primary_host $secondary_host $res \
$resource_maxtime_initial_sync \
$switch2primary_time_constant_initial_sync \
"time_waited"
lib_vmsg " ${FUNCNAME[0]}: sync time: $time_waited"
# prevent too fast sync
perftest_sysctrl_sync_modus "no_fast_sync" $secondary_host
marsadm_do_cmd $secondary_host "invalidate" $res || lib_exit 1
sleep 2
resource_check_sync $secondary_host $primary_host $res "running"
if [ $resource_cut_network_connection_while_sync -eq 1 ]; then
net_do_impact_cmd $secondary_host "on" "remote_host=$primary_host"
fi
perftest_sysctrl_sync_modus "fast_sync" $secondary_host
marsadm_do_cmd $secondary_host "down" $res || lib_exit 1
marsadm_do_cmd $secondary_host "leave-resource" $res || lib_exit 1
if [ $resource_cut_network_connection_while_sync -eq 1 ]; then
net_do_impact_cmd $secondary_host "off" "remote_host=$primary_host"
fi
marsadm_do_cmd $secondary_host "join-resource" "$res $dev" || lib_exit 1
lib_wait_for_initial_end_of_sync $primary_host $secondary_host $res \
$resource_maxtime_initial_sync \
$resource_time_constant_initial_sync \
"time_waited"
resource_check_replication $primary_host $secondary_host $res ""
}
function resource_check_sync
{
[ $# -eq 4 ] || lib_exit 1 "wrong number $# of arguments (args = $*)"
local secondary_host=$1 primary_host=$2 res=$3 mode_req="$4"
lib_vmsg " check whether sync has mode $mode_req on $secondary_host"
case "$mode_req" in # ((
running)
local i host link_primary link_secondary
local link_val_primary link_val_secondary
for i in "primary" "secondary"; do
eval host='$'$i'_host'
eval link_$i="$(lib_linktree_get_res_host_linkname $host $res \
syncstatus)"
eval link_val_$i='$(lib_remote_idfile $host "readlink $link'_$i'")' || lib_exit 1
done
if [ "$link_val_primary" = "$link_val_secondary" ]; then
lib_exit 1 "no sync running. Links $link_primary and $link_secondary has same value $link_val_primary"
fi
;;
*) lib_exit 1 "wrong mode $mode_req"
;;
esac
}
function resource_recreate_standalone
{
local primary_host=${main_host_list[0]}
local secondary_host=${main_host_list[1]}
local res=${resource_name_list[0]}
local dev="$(lv_config_get_lv_device $res)"
local time_waited
lib_wait_for_initial_end_of_sync $primary_host $secondary_host $res \
$resource_maxtime_initial_sync \
$switch2primary_time_constant_initial_sync \
"time_waited"
lib_vmsg " ${FUNCNAME[0]}: sync time: $time_waited"
net_do_impact_cmd $primary_host "on" "remote_host=$secondary_host"
marsadm_do_cmd $primary_host "secondary" "$res" || lib_exit 1
marsadm_do_cmd $primary_host "down" "$res" || lib_exit 1
marsadm_do_cmd $primary_host "leave-resource" "$res" || lib_exit 1
marsadm_do_cmd $primary_host "create-resource --force" "$res $dev" || \
lib_exit 1
switch2primary_check_standalone_primary $primary_host $res
net_do_impact_cmd $primary_host "off" "remote_host=$secondary_host"
marsadm_do_cmd $secondary_host "down" "$res" || lib_exit 1
marsadm_do_cmd $secondary_host "leave-resource" "$res" || lib_exit 1
marsadm_do_cmd $secondary_host "join-resource" "$res $dev" || lib_exit 1
lib_wait_for_initial_end_of_sync $primary_host $secondary_host $res \
$resource_maxtime_initial_sync \
$switch2primary_time_constant_initial_sync \
"time_waited"
lib_vmsg " ${FUNCNAME[0]}: sync time: $time_waited"
lib_rw_compare_checksums $primary_host $secondary_host $res 0 "" ""
}