1# SPDX-License-Identifier: BSD-3-Clause 2# Copyright (C) 2020 Intel Corporation 3# All rights reserved. 4# 5 6source "$rootdir/test/common/autotest_common.sh" 7source "$rootdir/scripts/common.sh" 8 9clear_nvme() { 10 local bdev=$1 11 local nvme_ref=$2 12 local size=${3:-0xffff} 13 14 local bs=$((1024 << 10)) # 1M 15 local count=$(((size / bs) + (size % bs ? 1 : 0))) 16 17 "${DD_APP[@]}" \ 18 --if="/dev/zero" \ 19 --bs="$bs" \ 20 --ob="$bdev" \ 21 --count="$count" \ 22 --json <(gen_conf $nvme_ref) 23} 24 25trunc_files() { 26 local f 27 for f; do : > "$f"; done 28} 29 30gen_conf() { 31 xtrace_disable 32 33 local ref_name 34 local method methods 35 local param params 36 local config 37 38 # Pick references to all assoc arrays and build subsystem's config 39 # around them. The assoc array should be the name of the rpc method 40 # suffixed with unique _ID (ID may be any string). Default arrays 41 # should be prefixed with _method string. The keys of the array 42 # should store names of the method's parameters - proper quoting 43 # of the values is done here. extra_subsystems[] can store extra 44 # json configuration for different subsystems, other than bdev. 45 46 if (($# == 0)) && [[ -z ${!method_@} ]]; then 47 return 1 48 fi 49 50 methods=("${@:-${!method_@}}") 51 local IFS="," 52 53 for ref_name in "${methods[@]}"; do 54 method=${ref_name#*method_} method=${method%_*} params=() 55 56 local -n refs=$ref_name 57 for param in "${!refs[@]}"; do 58 if [[ ${refs["$param"]} =~ ^([0-9]+|true|false|\{.*\})$ ]]; then 59 params+=("\"$param\": ${refs["$param"]}") 60 else 61 params+=("\"$param\": \"${refs["$param"]}\"") 62 fi 63 done 64 65 config+=("$( 66 cat <<- JSON 67 { 68 "params": { 69 ${params[*]} 70 }, 71 "method": "$method" 72 } 73 JSON 74 )") 75 done 76 77 jq . <<- JSON | tee /dev/stderr 78 { 79 "subsystems": [ 80 { 81 "subsystem": "bdev", 82 "config": [ 83 ${config[*]}, 84 { 85 "method": "bdev_wait_for_examine" 86 } 87 ] 88 } 89 ${extra_subsystems[*]:+,${extra_subsystems[*]}} 90 ] 91 } 92 JSON 93 94 xtrace_restore 95} 96 97gen_bytes() { 98 xtrace_disable 99 100 local max=$1 101 local bytes 102 local byte 103 local string 104 shift 105 106 bytes=({a..z} {0..9}) 107 if (($#)); then 108 bytes=("$@") 109 fi 110 111 for ((byte = 0; byte < max; byte++)); do 112 string+=${bytes[RANDOM % ${#bytes[@]}]} 113 done 114 printf '%b' "$string" 115 116 xtrace_restore 117} 118 119get_native_nvme_bs() { 120 # This is now needed since spdk_dd will reject all bs smaller than the 121 # native bs of given nvme. We need to make sure all tests are using 122 # bs >= native_bs. Use identify here so we don't have to switch nvmes 123 # between user space and the kernel back and forth. 124 local pci=$1 lbaf id 125 126 mapfile -t id < <("$rootdir/build/bin/spdk_nvme_identify" -r "trtype:pcie traddr:$pci") 127 128 # Get size of the current LBAF 129 [[ ${id[*]} =~ "Current LBA Format:"\ *"LBA Format #"([0-9]+) ]] 130 lbaf=${BASH_REMATCH[1]} 131 [[ ${id[*]} =~ "LBA Format #$lbaf: Data Size:"\ *([0-9]+) ]] 132 lbaf=${BASH_REMATCH[1]} 133 134 echo "$lbaf" 135} 136 137check_liburing() { 138 # Simply check if spdk_dd links to liburing. If yes, log that information. 139 local lib 140 local -g liburing_in_use=0 141 142 while read -r _ lib _; do 143 if [[ $lib == liburing.so.* ]]; then 144 printf '* spdk_dd linked to liburing\n' 145 # For sanity, check build config to see if liburing was requested. 146 if [[ -e $rootdir/test/common/build_config.sh ]]; then 147 source "$rootdir/test/common/build_config.sh" 148 fi 149 if [[ $CONFIG_URING != y ]]; then 150 printf '* spdk_dd built with liburing, but no liburing support requested?\n' 151 fi 152 export liburing_in_use=1 153 return 0 154 fi 155 done < <(objdump -p "${DD_APP[@]}" | grep "NEEDED") >&2 156} 157 158init_zram() { 159 [[ -e /sys/class/zram-control ]] || modprobe zram num_devices=0 160 return 161} 162 163create_zram_dev() { 164 cat /sys/class/zram-control/hot_add 165} 166 167remove_zram_dev() { 168 local id=$1 169 170 [[ -e /sys/block/zram$id ]] 171 172 echo 1 > "/sys/block/zram$id/reset" 173 echo "$id" > "/sys/class/zram-control/hot_remove" 174} 175 176set_zram_dev() { 177 local id=$1 178 local size=${2:-64M} 179 180 [[ -e /sys/block/zram$id ]] 181 182 echo "$size" > "/sys/block/zram$id/disksize" 183} 184 185init_null_blk() { 186 [[ -e /sys/module/null_blk ]] || modprobe null_blk "$@" 187 return 188} 189 190remove_null_blk() { 191 modprobe -r null_blk 192} 193