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#!/bin/bash -eux
# Copyright 2018 The Chromium OS Authors. All rights reserved.
# Use of this source code is governed by a BSD-style license that can be
# found in the LICENSE file.
me=${0##*/}
TMP="$me.tmp"
# Test --sys_props (primitive test needed for future updating tests).
test_sys_props() {
! "${FUTILITY}" --debug update --sys_props "$*" |
sed -n 's/.*property\[\(.*\)].value = \(.*\)/\1,\2,/p' |
tr '\n' ' '
}
test "$(test_sys_props "1,2,3")" = "0,1, 1,2, 2,3, "
test "$(test_sys_props "1 2 3")" = "0,1, 1,2, 2,3, "
test "$(test_sys_props "1, 2,3 ")" = "0,1, 1,2, 2,3, "
test "$(test_sys_props " 1,, 2")" = "0,1, 2,2, "
test "$(test_sys_props " , 4,")" = "1,4, "
# Test data files
LINK_BIOS="${SCRIPTDIR}/data/bios_link_mp.bin"
PEPPY_BIOS="${SCRIPTDIR}/data/bios_peppy_mp.bin"
# Work in scratch directory
cd "$OUTDIR"
set -o pipefail
# In all the test scenario, we want to test "updating from PEPPY to LINK".
TO_IMAGE=${TMP}.src.link
FROM_IMAGE=${TMP}.src.peppy
TO_HWID="X86 LINK TEST 6638"
FROM_HWID="X86 PEPPY TEST 4211"
cp -f ${LINK_BIOS} ${TO_IMAGE}
cp -f ${PEPPY_BIOS} ${FROM_IMAGE}
patch_file() {
local file="$1"
local section="$2"
local data="$3"
# NAME OFFSET SIZE
local fmap_info="$(${FUTILITY} dump_fmap -p ${file} ${section})"
local offset="$(echo "${fmap_info}" | sed 's/^[^ ]* //; s/ [^ ]*$//')"
echo "offset: ${offset}"
echo -n "${data}" | dd of="${file}" bs=1 seek="${offset}" conv=notrunc
}
# PEPPY and LINK have different platform element ("Google_Link" and
# "Google_Peppy") in firmware ID so we want to hack them by changing
# "Google_" to "Google.".
patch_file ${TO_IMAGE} RW_FWID_A Google.
patch_file ${TO_IMAGE} RW_FWID_B Google.
patch_file ${TO_IMAGE} RO_FRID Google.
patch_file ${FROM_IMAGE} RW_FWID_A Google.
patch_file ${FROM_IMAGE} RW_FWID_B Google.
patch_file ${FROM_IMAGE} RO_FRID Google.
unpack_image() {
local folder="${TMP}.$1"
local image="$2"
mkdir -p "${folder}"
(cd "${folder}" && ${FUTILITY} dump_fmap -x "../${image}")
${FUTILITY} gbb -g --rootkey="${folder}/rootkey" "${image}"
}
# Unpack images so we can prepare expected results by individual sections.
unpack_image "to" "${TO_IMAGE}"
unpack_image "from" "${FROM_IMAGE}"
# Hack FROM_IMAGE so it has same root key as TO_IMAGE (for RW update).
FROM_DIFFERENT_ROOTKEY_IMAGE="${FROM_IMAGE}2"
cp -f "${FROM_IMAGE}" "${FROM_DIFFERENT_ROOTKEY_IMAGE}"
"${FUTILITY}" gbb -s --rootkey="${TMP}.to/rootkey" "${FROM_IMAGE}"
# Generate expected results.
cp -f "${TO_IMAGE}" "${TMP}.expected.full"
cp -f "${FROM_IMAGE}" "${TMP}.expected.rw"
cp -f "${FROM_IMAGE}" "${TMP}.expected.a"
cp -f "${FROM_IMAGE}" "${TMP}.expected.b"
cp -f "${FROM_IMAGE}" "${TMP}.expected.legacy"
"${FUTILITY}" gbb -s --hwid="${FROM_HWID}" "${TMP}.expected.full"
"${FUTILITY}" load_fmap "${TMP}.expected.full" \
RW_VPD:${TMP}.from/RW_VPD \
RO_VPD:${TMP}.from/RO_VPD
"${FUTILITY}" load_fmap "${TMP}.expected.rw" \
RW_SECTION_A:${TMP}.to/RW_SECTION_A \
RW_SECTION_B:${TMP}.to/RW_SECTION_B \
RW_SHARED:${TMP}.to/RW_SHARED \
RW_LEGACY:${TMP}.to/RW_LEGACY
"${FUTILITY}" load_fmap "${TMP}.expected.a" \
RW_SECTION_A:${TMP}.to/RW_SECTION_A
"${FUTILITY}" load_fmap "${TMP}.expected.b" \
RW_SECTION_B:${TMP}.to/RW_SECTION_B
"${FUTILITY}" load_fmap "${TMP}.expected.legacy" \
RW_LEGACY:${TMP}.to/RW_LEGACY
test_update() {
local test_name="$1"
local emu_src="$2"
local expected="$3"
local error_msg="${expected#!}"
local msg
shift 3
cp -f "${emu_src}" "${TMP}.emu"
echo "*** Test Item: ${test_name}"
if [ "${error_msg}" != "${expected}" ] && [ -n "${error_msg}" ]; then
msg="$(! "${FUTILITY}" update --emulate "${TMP}.emu" "$@" 2>&1)"
echo "${msg}" | grep -qF -- "${error_msg}"
else
"${FUTILITY}" update --emulate "${TMP}.emu" "$@"
cmp "${TMP}.emu" "${expected}"
fi
}
# --sys_props: mainfw_act, tpm_fwver, is_vboot2, [wp_hw, wp_sw]
# tpm_fwver = <data key version:16><firmware version:16>.
# TO_IMAGE is signed with data key version = 1, firmware version = 4 => 0x10004.
# Test Full update.
test_update "Full update" \
"${FROM_IMAGE}" "${TMP}.expected.full" \
-i "${TO_IMAGE}" --wp=0 --sys_props 0,0x10001,1
test_update "Full update (incompatible platform)" \
"${FROM_IMAGE}" "!platform is not compatible" \
-i "${LINK_BIOS}" --wp=0 --sys_props 0,0x10001,1
test_update "Full update (TPM Anti-rollback: data key)" \
"${FROM_IMAGE}" "!Data key version rollback detected (2->1)" \
-i "${TO_IMAGE}" --wp=0 --sys_props 1,0x20001,1
test_update "Full update (TPM Anti-rollback: kernel key)" \
"${FROM_IMAGE}" "!Firmware version rollback detected (5->4)" \
-i "${TO_IMAGE}" --wp=0 --sys_props 1,0x10005,1
# Test RW-only update.
test_update "RW update" \
"${FROM_IMAGE}" "${TMP}.expected.rw" \
-i "${TO_IMAGE}" --wp=1 --sys_props 0,0x10001,1
test_update "RW update (incompatible platform)" \
"${FROM_IMAGE}" "!platform is not compatible" \
-i "${LINK_BIOS}" --wp=1 --sys_props 0,0x10001,1
test_update "RW update (incompatible rootkey)" \
"${FROM_DIFFERENT_ROOTKEY_IMAGE}" "!RW not signed by same RO root key" \
-i "${TO_IMAGE}" --wp=1 --sys_props 0,0x10001,1
test_update "RW update (TPM Anti-rollback: data key)" \
"${FROM_IMAGE}" "!Data key version rollback detected (2->1)" \
-i "${TO_IMAGE}" --wp=1 --sys_props 1,0x20001,1
test_update "RW update (TPM Anti-rollback: kernel key)" \
"${FROM_IMAGE}" "!Firmware version rollback detected (5->4)" \
-i "${TO_IMAGE}" --wp=1 --sys_props 1,0x10005,1
# Test Try-RW update (vboot2).
test_update "RW update (A->B)" \
"${FROM_IMAGE}" "${TMP}.expected.b" \
-i "${TO_IMAGE}" -t --wp=1 --sys_props 0,0x10001,1
test_update "RW update (B->A)" \
"${FROM_IMAGE}" "${TMP}.expected.a" \
-i "${TO_IMAGE}" -t --wp=1 --sys_props 1,0x10001,1
test_update "RW update -> fallback to RO+RW Full update" \
"${FROM_IMAGE}" "${TMP}.expected.full" \
-i "${TO_IMAGE}" -t --wp=0 --sys_props 1,0x10002,1
test_update "RW update (incompatible platform)" \
"${FROM_IMAGE}" "!platform is not compatible" \
-i "${LINK_BIOS}" -t --wp=1 --sys_props 0x10001,1
test_update "RW update (incompatible rootkey)" \
"${FROM_DIFFERENT_ROOTKEY_IMAGE}" "!RW not signed by same RO root key" \
-i "${TO_IMAGE}" -t --wp=1 --sys_props 0,0x10001,1
test_update "RW update (TPM Anti-rollback: data key)" \
"${FROM_IMAGE}" "!Data key version rollback detected (2->1)" \
-i "${TO_IMAGE}" -t --wp=1 --sys_props 1,0x20001,1
test_update "RW update (TPM Anti-rollback: kernel key)" \
"${FROM_IMAGE}" "!Firmware version rollback detected (5->4)" \
-i "${TO_IMAGE}" -t --wp=1 --sys_props 1,0x10005,1
test_update "RW update -> fallback to RO+RW Full update (TPM Anti-rollback)" \
"${TO_IMAGE}" "!Firmware version rollback detected (4->2)" \
-i "${FROM_IMAGE}" -t --wp=0 --sys_props 1,0x10004,1
# Test Try-RW update (vboot1).
test_update "RW update (vboot1, A->B)" \
"${FROM_IMAGE}" "${TMP}.expected.b" \
-i "${TO_IMAGE}" -t --wp=1 --sys_props 0,0 --sys_props 0,0x10001,0
test_update "RW update (vboot1, B->B)" \
"${FROM_IMAGE}" "${TMP}.expected.b" \
-i "${TO_IMAGE}" -t --wp=1 --sys_props 1,0 --sys_props 0,0x10001,0
# Test legacy update
test_update "Legacy update" \
"${FROM_IMAGE}" "${TMP}.expected.legacy" \
-i "${TO_IMAGE}" --mode=legacy
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