coreboot-libre-fam15h-rdimm/3rdparty/ffs/fcp/fcp.sh

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2024-03-04 11:14:53 +01:00
#!/bin/bash
# IBM_PROLOG_BEGIN_TAG
# This is an automatically generated prolog.
#
# $Source: fcp/fcp.sh $
#
# OpenPOWER FFS Project
#
# Contributors Listed Below - COPYRIGHT 2014,2015
# [+] International Business Machines Corp.
#
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
# implied. See the License for the specific language governing
# permissions and limitations under the License.
#
# IBM_PROLOG_END_TAG
#
# File: ffs cmdline test script
# Author: Shaun wetzstein <shaun@us.ibm.com>
# Date: 02/06/13
#
# Todo:
# 1) function to check syntax of each command
CP=cp
RM=rm
FFS=ffs
FCP=fcp
MKDIR=mkdir
GREP=grep
HEAD=head
HEX=hexdump
CRC=crc32
DD=dd
DIFF=diff
CAT=cat
CP=cp
TRUNC=truncate
TARGET=test.nor
COPY=copy.nor
TMP=/tmp/fcp.$$
URANDOM=/dev/urandom
POFFSET="0x00000,0x10000"
FAIL=1
PASS=0
KB=$((1*1024))
MB=$(($KB*1024))
function expect()
{
local expect=${1}
shift
local command=${*}
eval $command
local actual=${?}
if [[ ${expect} -eq ${actual} ]]; then
echo "[PASSED] rc: '${command}' ===> expect=${expect}, actual=${actual}" >&2
else
echo "[FAILED] rc: '${command}' ===> expect=${expect}, actual=${actual}" >&2
exit 1
fi
}
function pass()
{
expect ${PASS} ${*}
}
function fail()
{
expect ${FAIL} ${*}
}
function size()
{
local size=$(stat -L -c %s ${2})
if [[ ${1} == ${size} ]]; then
echo "[PASSED] size: '${2}' ===> expect=${1}, actual=${size}"
else
echo "[FAILED] size: '${2}' ===> expect=${1}, actual=${size}"
exit 1
fi
}
function crc()
{
local crc=$(${CRC} ${2})
if [[ ${1} == ${crc} ]]; then
echo "[PASSED] crc: '${2}' ===> expect=${1}, actual=${crc}"
else
echo "[FAILED] crc: '${2}' ===> expect=${1}, actual=${crc}"
exit 1
fi
}
function setup()
{
local target=${TMP}/${TARGET}
local output=${TMP}/${TARGET}.txt
pass ${RM} -rf ${TMP}
pass ${MKDIR} -p ${TMP}
pass ${RM} -f ${target}
pass ${FFS} -t ${target} -s 64M -b 64K -p 0x3F0000 -C
pass ${FFS} -t ${target} -s 64M -b 64K -p 0x7F0000 -C
for ((j=0; j<2; j++)); do
local name="logical${j}"
local base=$((${j}*$MB*4))
pass ${FFS} -t ${target} -n ${name} -g 0 -l -A
pass ${FFS} -t ${target} -n ${name} -L > ${output}
pass ${GREP} ${name} ${output} > /dev/null
pass ${GREP} "l-----" ${output} > /dev/null
for ((i=0; i<4; i++)); do
local full="${name}/entry${i}"
local offset=$((${base}+${i}*$MB))
if [[ ${i} -eq 3 ]]; then
local size=$(($MB-64*${KB}))
else
local size=$MB
fi
pass ${FFS} -t ${target} -o ${offset} -s ${size} \
-g 0 -n ${full} -a ${i} -A
pass ${FFS} -t ${target} -n ${full} -L > ${output}
pass ${GREP} ${full} ${output} > /dev/null
pass ${GREP} "d-----" ${output} > /dev/null
local range=$(printf "%.8x-%.8x" ${offset} \
$((${offset}+${size}-1)))
pass ${GREP} ${range} ${output} > /dev/null
pass ${GREP} $(printf "%x" ${size}) ${output} > \
/dev/null
pass ${RM} -f ${output}
done
done
}
function cleanup()
{
pass ${RM} -rf ${TMP}
}
function erase()
{
local target=${TMP}/${TARGET}
local name="logical"
for ((i=0; i<4; i++)); do
local output=${TMP}/entry${i}.hex
local full=${name}0/entry${i}
pass ${FCP} ${target}:${full} -E ${i}
pass ${FCP} -T ${target}:${full}
pass ${FCP} -R ${target}:${full} - | ${HEX} -C > ${output}
local p=$(printf "%2.2x %2.2x %2.2x %2.2x" $i $i $i $i)
pass ${GREP} \"${p} ${p}\" ${output}
pass ${RM} -f ${output}
done
pass ${FCP} ${target}:${name}0 -E 0x00
pass ${FCP} ${target}:${name}1 -E 0x00
}
function write()
{
local target=${TMP}/${TARGET}
local output=${TMP}/${TARGET}.txt
local name="logical"
local input=${TMP}/write.in
local output=${TMP}/write.out
if [[ -z "${1}" ]]; then
local block=$((64*KB))
else
local block=${1}
fi
for ((i=0; i<4; i++)); do
if [[ ${i} -eq 3 ]]; then
local size=$(($MB-64*${KB}))
else
local size=$MB
fi
local count=$((${size}/$block))
for ((c=1; c<=${count}; c++)); do
pass ${DD} if=${URANDOM} of=${input} bs=${block} \
count=${c} 2> /dev/null
pass ${CRC} ${input} > ${output}
local crc=$(${CAT} ${output})
local full=${name}0/entry${i}
pass ${FCP} ${target}:${full} -E 0x00
pass ${FCP} -W ${input} ${target}:${full}
pass ${FCP} ${target}:${full} -U 0=${crc}
pass ${FCP} ${target}:${full} -R - -f | cat > ${output}
size $((${c}*${block})) ${output}
crc ${crc} ${output}
local crc=$(printf "%x" ${crc})
pass "${FCP} ${target}:${full} -o 0x3F0000 -U 0 | \
${GREP} ${crc}" > /dev/null
pass "${FCP} ${target}:${full} -o 0x7F0000 -U 0 | \
${GREP} ${crc}" > /dev/null
pass ${RM} -f ${input} ${output}
done
done
}
function copy()
{
local src=${TMP}/${TARGET}
local dst=${TMP}/${TARGET}.copy
local input=${TMP}/copy.in
local output=${TMP}/copy.out
if [[ -z "${1}" ]]; then
local block=$((64*KB))
else
local block=${1}
fi
pass ${TRUNC} -s $(stat -L -c %s ${src}) ${dst}
for ((i=0; i<4; i++)); do
if [[ ${i} -eq 3 ]]; then
local size=$(($MB-64*${KB}))
else
local size=$MB
fi
local count=$((${size}/$block))
for ((c=1; c<=${count}; c++)); do
pass ${DD} if=${URANDOM} of=${input} bs=${block} count=${c} 2> /dev/null
local crc=$(${CRC} ${input})
local name="logical0/entry${i}"
pass ${FCP} ${src}:${name} -E 0x00
pass ${FCP} ${input} ${src}:${name} -W
pass ${FCP} ${src}:${name} ${output}.src -f -R
pass ${FCP} ${src}:${name} -U 0 0=${crc}
pass ${FCP} ${src}:${name} ${dst}:${name} -C -v -f
pass ${FCP} ${src}:${name} ${dst}:${name} -M -v
pass ${FCP} ${dst}:${name} ${output}.dst -R -f
size $((${c}*${block})) ${output}.src
size $((${c}*${block})) ${output}.dst
crc ${crc} ${output}.src
crc ${crc} ${output}.dst
pass ${DIFF} ${output}.src ${output}.dst
local crc=$(printf "%x" ${crc})
pass "${FCP} ${dst}:${name} -o 0x3F0000 -U 0 | \
${GREP} ${crc}" > /dev/null
pass "${FCP} ${dst}:${name} -o 0x7F0000 -U 0 | \
${GREP} ${crc}" > /dev/null
pass ${RM} -f ${input}* ${output}*
done
done
pass ${FCP} ${src}":logical0" ${src}":logical1" -C -v # logical mirror
pass ${FCP} ${src}":logical1" ${dst}":logical1" -C -v # logical copy
expect 2 ${DIFF} ${src} ${dst}
}
function main()
{
erase
write $((21*$KB))
write $((64*$KB))
copy $((21*$KB))
copy $((64*$KB))
}
setup
if [[ -z "${1:-}" ]]; then
main
else
case "$1" in
erase ) erase ;;
write ) write ;;
copy ) copy ;;
* ) echo "$1 not implemented"; exit 1 ;;
esac
exit 0;
fi
cleanup