872 lines
30 KiB
Bash
Executable File
872 lines
30 KiB
Bash
Executable File
#!/bin/bash -e
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# Copyright (c) 2020 Amlogic, Inc. All rights reserved.
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#
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# This source code is subject to the terms and conditions defined in the
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# file 'LICENSE' which is part of this source code package.
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#set -x
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version=3.0
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dbg_trace=1
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EXEC_BASEDIR=$(dirname $(readlink -f $0))
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ACPU_IMAGETOOL=
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OPENSSL=${EXEC_BASEDIR}/../../bin/openssl-dilithium
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declare -A sig_scheme_list
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sig_scheme_list["rsa"]="rsa"
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sig_scheme_list["mldsa"]="mldsa"
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sig_scheme_list["rsa-mldsa"]="rsa-mldsa"
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declare -A rsa_size_list
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rsa_size_list["2048"]="2048"
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rsa_size_list["4096"]="4096"
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declare -A ml_dsa_level_list
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ml_dsa_level_list["2"]="2"
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ml_dsa_level_list["3"]="3"
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ml_dsa_level_list["5"]="5"
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declare -A ml_dsa_version_list
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ml_dsa_version_list["draft1"]="draft1"
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#ml_dsa_version["final"]="final"
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declare -A stage_list
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stage_list["root"]="root"
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stage_list["boot-blobs"]="boot-blobs"
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stage_list["fip"]="fip"
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stage_list["fw"]="fw"
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stage_list["ta"]="ta"
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declare -A prefix_name_list
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prefix_name_list["cs"]="cs-"
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prefix_name_list["dv"]="dv-"
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prefix_name_list["none"]=""
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#TODO: To support DV needs to generate bl30 and bl33 FIP keys (based on dv vs cs prefix selection)
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trace ()
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{
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if [ ${dbg_trace} -ne 0 ]; then
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#echo ">>> $@" > /dev/null
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echo ">>> $@"
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fi
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}
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check_dir() {
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if [ ! -d "$1" ]; then echo "Error: directory \""$1"\" does NOT exist"; usage ; fi
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}
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rsa_sig() {
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if [ $is_rsa -eq 1 ]; then
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local chain_num=$1
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local path=$2
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local files=$3
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local payload=$4
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local ops=$5
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local test_vector_file="$path/test-payload-${payload}.bin"
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if [ $ops == "verify" ]; then
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echo "Verifying $chain_num ${rsa_algo_name^^} key test payload signature ..."
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else
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echo "Generating $chain_num ${rsa_algo_name^^} key test payload signature ..."
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fi
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if [ ! -f $test_vector_file ]; then
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if [ $ops == "verify" ]; then
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echo "No test payload file found"
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exit -1
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else
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trace "Creating dummy test payload $test_vector_file"
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dd if=/dev/random of=$test_vector_file bs=1024 count=2 iflag=fullblock
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fi
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fi
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# Sign a dummy payload with openssl 3.0.2
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#openssl pkeyutl -sign -rawin -in <dummy-payload.bin> -inkey <private-key.pem> -digest sha256 -out <pss.sha256.sig> -pkeyopt rsa_padding_mode:pss -pkeyopt rsa_pss_saltlen:digest
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# Verify signature using public key with openssl 3.0.2
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#openssl pkeyutl -verify -rawin -in <dummy-payload.bin> -sigfile <pss.sha256.sig> -pubin -inkey <public-key.pem> -digest sha256 -pkeyopt rsa_padding_mode:pss -pkeyopt rsa_pss_saltlen:digest
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for f in $files
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do
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if [ $ops == "verify" ]; then
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trace "openssl pkeyutl -verify -rawin -in $test_vector_file -sigfile $path/test-payload-${payload}-$f-pub.sig -pubin -inkey $path/$f-pub.pem -digest sha256 -pkeyopt rsa_padding_mode:pss -pkeyopt rsa_pss_saltlen:digest"
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openssl pkeyutl -verify -rawin -in $test_vector_file -sigfile $path/test-payload-${payload}-$f-pub.sig -pubin -inkey $path/$f-pub.pem -digest sha256 -pkeyopt rsa_padding_mode:pss -pkeyopt rsa_pss_saltlen:digest
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else
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trace "openssl pkeyutl -sign -rawin -in $test_vector_file -inkey $path/$f-priv.pem -digest sha256 -out $path/test-payload-${payload}-$f-pub.sig -pkeyopt rsa_padding_mode:pss -pkeyopt rsa_pss_saltlen:digest"
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openssl pkeyutl -sign -rawin -in $test_vector_file -inkey $path/$f-priv.pem -digest sha256 -out $path/test-payload-${payload}-$f-pub.sig -pkeyopt rsa_padding_mode:pss -pkeyopt rsa_pss_saltlen:digest
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fi
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done
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fi
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}
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rsa_gen() {
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if [ $is_rsa -eq 1 ]; then
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local chain_num=$1
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local path=$2
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local files=$3
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local size=$4
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echo "Generating trust chain $chain_num ${rsa_algo_name^^}-${size} key ..."
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for f in $files
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do
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local kpriv="$path/$f-priv.pem"
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local kpub="$path/$f-pub.pem"
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openssl genrsa -out $kpriv $size
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echo $kpriv
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echo $kpub
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openssl rsa -in $kpriv -outform PEM -pubout -out $kpub
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#openssl rsa -noout -text -inform PEM -in $kpub -pubin
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done
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fi
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}
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ml_dsa_sig() {
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if [ $is_ml_dsa -eq 1 ]; then
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local chain_num=$1
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local path=$2
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local files=$3
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local payload=$4
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local ops=$5
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local test_vector_file="$path/test-payload-${payload}.bin"
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if [ $ops == "verify" ]; then
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echo "Verifying $chain_num ${ml_dsa_algo_name^^} key test payload signature ..."
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else
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echo "Generating $chain_num ${ml_dsa_algo_name^^} key test payload signature ..."
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fi
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if [ ! -f $test_vector_file ]; then
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if [ $ops == "verify" ]; then
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echo "No test payload file found"
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exit -1
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else
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trace "Creating dummy test payload $test_vector_file"
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dd if=/dev/random of=$test_vector_file bs=1024 count=2 iflag=fullblock
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fi
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fi
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# Sign a dummy payload with private openssl-dilithium 1.1.1u build
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#openssl dgst -sha3-512 -sign <private-key.pem> -keyform pem -out <ml-dsa.sig> <dummy-payload.bin>
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# Verify signature using public key with private openssl-dilithium 1.1.1u build
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#openssl dgst -sha3-512 -verify <public-key.pem> -keyform pem -signature <ml-dsa.sig> <dummy-payload.bin>
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for f in $files
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do
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if [ $ops == "verify" ]; then
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trace "${OPENSSL} dgst -sha3-512 -verify $path/$f-pub.pem -keyform pem -signature $path/test-payload-${payload}-$f-pub.sig $test_vector_file"
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${OPENSSL} dgst -sha3-512 -verify $path/$f-pub.pem -keyform pem -signature $path/test-payload-${payload}-$f-pub.sig $test_vector_file
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else
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trace "${OPENSSL} dgst -sha3-512 -sign $path/$f-priv.pem -keyform pem -out $path/test-payload-${payload}-$f-pub.sig $test_vector_file"
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${OPENSSL} dgst -sha3-512 -sign $path/$f-priv.pem -keyform pem -out $path/test-payload-${payload}-$f-pub.sig $test_vector_file
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fi
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done
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fi
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}
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ml_dsa_gen() {
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if [ $is_ml_dsa -eq 1 ]; then
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local chain_num=$1
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local path=$2
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local files=$3
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local size=$4
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echo "Generating trust chain $chain_num ${ml_dsa_algo_name^^}-${size} key ..."
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for f in $files
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do
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local kpriv="$path/$f-priv.pem"
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local kpub="$path/$f-pub.pem"
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${OPENSSL} genpkey -algorithm dilithium${size} -outform PEM -out $kpriv
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echo $kpriv
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echo $kpub
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${OPENSSL} pkey -in $kpriv -outform PEM -pubout -out $kpub
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done
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fi
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}
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key_link() {
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local chain_num=$1
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local path=$2
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local src=$3
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local files=$4
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echo "Linking trust chain $chain_num key ..."
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local kpriv_src="$src-priv.pem"
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local kpub_src="$src-pub.pem"
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echo $kpriv_src
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echo $kpub_src
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pushd $path
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for f in $files
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do
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local kpriv="$f-priv.pem"
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local kpub="$f-pub.pem"
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echo $kpriv
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echo $kpub
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ln -s $kpriv_src $kpriv
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ln -s $kpub_src $kpub
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ls -l $kpriv
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ls -l $kpub
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#openssl pkey -noout -text -inform PEM -in $kpub -pubin
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done
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popd
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}
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ek_link() {
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local chain_num=$1
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local path=$2
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local src=$3
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local files=$4
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echo "Linking trust chain $chain_num EKs ..."
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local file_src=$src
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echo $file_src
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pushd $path
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for f in $files
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do
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local file="$f"
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echo $file
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ln -s $file_src $file
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ls -l $file
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#dd if=/dev/random of=$file iflag=fullblock bs=64 count=1
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#xxd -p -c16 $file
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done
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popd
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}
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ek_gen() {
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local chain_num=$1
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local path=$2
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local files=$3
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echo "Generating trust chain $chain_num EKs ..."
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for f in $files
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do
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local file="$path/$f"
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echo $file
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dd if=/dev/random of=$file iflag=fullblock bs=64 count=1
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#xxd -p -c16 $file
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done
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}
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nonce_link() {
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local chain_num=$1
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local path=$2
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local src=$3
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local files=$4
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echo "Linking trust chain $chain_num NONCE ..."
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local file_src=$src
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echo $file_src
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pushd $path
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for f in $files
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do
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local file="$f"
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echo $file
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ln -s $file_src $file
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ls -l $file
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#dd if=/dev/random of=$file iflag=fullblock bs=16 count=1
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#xxd -p -c16 $file
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done
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popd
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}
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nonce_gen() {
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local chain_num=$1
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local path=$2
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local files=$3
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echo "Generating trust chain $chain_num NONCE ..."
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for f in $files
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do
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local file="$path/$f"
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echo $file
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dd if=/dev/random of=$file iflag=fullblock bs=16 count=1
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#xxd -p -c16 $file
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done
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}
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usage() {
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cat << EOF
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Usage: $(basename $0) --help | --version
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Generate Amlogic Secure Chipset Startup (SCS) keys
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$(basename $0)
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--key-dir <key-dir> \\
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--stage [root | boot-blobs] \\
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{--sig-scheme [rsa | mldsa | rsa-mldsa]} \\
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{--prefix [cs | dv]} \\
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{--rsa-size [2048 | 4096]} \\
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{--ml-dsa-level [2 | 3 | 5]} \\
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{--ml-dsa-version [draft1]} \\
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{--gen-sig} \\
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{--verify-sig} \\
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{--link-gen-file [0 | 1]} \\
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{--link-lvl3-to-lvl2-file [0 | 1]} \\
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{--project <project-name>}
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EOF
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exit 1
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}
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PREFIX="cs-"
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key_dir=""
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part=""
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rsa_size=""
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stage=""
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fw_type="aucpu vdec"
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gen_sig=0
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verify_sig=0
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link_gen_file=0
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link_lvl3_to_lvl2_file=0
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sig_scheme=""
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sig_scheme_version=""
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prefix=""
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# Change root trust chain name from "rootrsa" to "trustchain"
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trustchain_name="trustchain"
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is_rsa=1
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is_ml_dsa=0
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is_hybrid=0
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rsa_algo_name="rsa"
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ml_dsa_level=""
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ml_dsa_algo_name="mldsa"
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ml_dsa_version=""
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parse_main() {
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local i=0
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local argv=()
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for arg in "$@" ; do
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argv[$i]="$arg"
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i=$((i + 1))
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done
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i=0
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while [ $i -lt $# ]; do
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arg="${argv[$i]}"
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i=$((i + 1))
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case "$arg" in
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-h|--help)
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usage
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break
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;;
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-v|--version)
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echo "Version $version";
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exit 0
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;;
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--key-dir)
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key_dir="${argv[$i]}"
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check_dir "${key_dir}"
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;;
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--project)
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part="${argv[$i]}"
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;;
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# Backward compatible
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--size)
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rsa_size="${argv[$i]}"
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;;
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--rsa-size)
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rsa_size="${argv[$i]}"
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;;
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--stage)
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stage="${argv[$i]}"
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;;
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--fw-type)
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fw_type="${argv[$i]}"
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;;
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--gen-sig)
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gen_sig=1
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i=$((i - 1))
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;;
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--verify-sig)
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verify_sig=1
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i=$((i - 1))
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;;
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--link-gen-file)
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link_gen_file="${argv[$i]}"
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;;
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--link-lvl3-to-lvl2-file)
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link_lvl3_to_lvl2_file="${argv[$i]}"
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;;
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--sig-scheme)
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sig_scheme="${argv[$i]}"
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;;
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--prefix)
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prefix_name="${argv[$i]}"
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;;
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--ml-dsa-level)
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ml_dsa_level="${argv[$i]}"
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;;
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--ml-dsa-version)
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ml_dsa_version="${argv[$i]}"
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;;
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*)
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echo "Unknown option $arg";
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usage
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;;
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esac
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i=$((i + 1))
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done
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}
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parse_main "$@"
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trace " key-dir $key_dir"
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trace " project $part"
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trace " rsa-size $rsa_size"
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trace " ml-dsa-level $ml_dsa_level"
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trace "ml-dsa-version $ml_dsa_version"
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trace " stage $stage"
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trace " fw-type $fw_type"
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trace " gen-sig $gen_sig"
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trace " verify-sig $verify_sig"
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trace " link-gen-file $link_gen_file"
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trace " sig-scheme $sig_scheme"
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trace " prefix $prefix_name"
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trace " OPENSSL $OPENSSL"
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trace " link-lvl3-to-lvl2-file $link_lvl3_to_lvl2_file"
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if [ -z "$key_dir" ]; then
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usage
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fi
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if [ -z "$rsa_size" ]; then
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rsa_size=4096
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fi
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if [ -z "$ml_dsa_level" ]; then
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ml_dsa_level=3
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fi
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if [ -z "$sig_scheme" ]; then
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sig_scheme="rsa"
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fi
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if [ -z "$prefix_name" ]; then
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prefix_name="cs"
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fi
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if [ -z "$stage" ]; then
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usage
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fi
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tmp=${rsa_size_list[$rsa_size]}
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if [ "$tmp" == "" ]; then
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echo "Error: Invalid RSA key size $rsa_size"
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usage
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fi
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#
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# Only root and boot-blobs supports ML-DSA as of now
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# Keep FIP/FW/TA for future usage
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#
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tmp=${stage_list[$stage]}
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if [ "$tmp" == "" ]; then
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echo "Error: Invalid stage $stage"
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usage
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fi
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PREFIX=${prefix_name_list[$prefix_name]}
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if [ "$PREFIX" == "" ] && [ "$prefix_name" != "none" ]; then
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echo "Error: Invalid prefix $prefix_name"
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usage
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fi
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tmp=${sig_scheme_list[$sig_scheme]}
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if [ "${tmp}" == "" ]; then
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echo "Error: Invalid signature scheme $sig_scheme"
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usage
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fi
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sig_scheme=$tmp
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if [ ${sig_scheme} == "mldsa" ] || [ ${sig_scheme} == "rsa-mldsa" ]; then
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if [ -z "$ml_dsa_version" ]; then
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echo "Error: Missing ML-DSA version"
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usage
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fi
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tmp=${ml_dsa_level_list[$ml_dsa_level]}
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if [ "$tmp" == "" ]; then
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echo "Error: Invalid ML-DSA key level $ml_dsa_level"
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usage
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fi
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tmp=${ml_dsa_version_list[$ml_dsa_version]}
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if [ "$tmp" == "" ]; then
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echo "Error: Invalid ML-DSA version $ml_dsa_version"
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usage
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fi
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fi
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if [ ${sig_scheme} == "rsa" ]; then
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is_rsa=1
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is_ml_dsa=0
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is_hybrid=0
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sig_scheme_version=${sig_scheme}
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fi
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if [ ${sig_scheme} == "mldsa" ]; then
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is_rsa=0
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is_ml_dsa=1
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is_hybrid=0
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if [ "${ml_dsa_version}" != "final" ]; then
|
|
sig_scheme_version=${sig_scheme}-${ml_dsa_version}
|
|
ml_dsa_algo_name=${ml_dsa_algo_name}-${ml_dsa_version}
|
|
fi
|
|
fi
|
|
if [ ${sig_scheme} == "rsa-mldsa" ]; then
|
|
is_rsa=1
|
|
is_ml_dsa=1
|
|
is_hybrid=1
|
|
if [ "${ml_dsa_version}" != "final" ]; then
|
|
sig_scheme_version=${sig_scheme}-${ml_dsa_version}
|
|
ml_dsa_algo_name=${ml_dsa_algo_name}-${ml_dsa_version}
|
|
fi
|
|
fi
|
|
|
|
root_key_path=${key_dir}/root/${sig_scheme}
|
|
boot_blobs_key_root=${key_dir}/boot-blobs/${sig_scheme}
|
|
fip_key_root=${key_dir}/fip/${sig_scheme}
|
|
boot_blobs_key_rel_to_fip_path=../../boot-blobs/${sig_scheme}
|
|
fw_key_root=${key_dir}/firmware/rsa
|
|
ta_key_root=${key_dir}/ta/rsa
|
|
|
|
if [ ! -z "$part" ]; then
|
|
root_key_path=${root_key_path}/$part
|
|
boot_blobs_key_root=${boot_blobs_key_root}/$part
|
|
fip_key_root=${fip_key_root}/$part
|
|
boot_blobs_key_rel_to_fip_path=../../../boot-blobs/${sig_scheme}/$part
|
|
fw_key_root=${fw_key_root}/$part
|
|
ta_key_root=${ta_key_root}/$part
|
|
fi
|
|
|
|
trace " PREFIX $PREFIX"
|
|
trace " rsa-size $rsa_size"
|
|
trace " ml-dsa-level $ml_dsa_level"
|
|
trace " ml-dsa-version $ml_dsa_version"
|
|
trace " sig-scheme $sig_scheme"
|
|
trace "sig-scheme-version $sig_scheme_version"
|
|
trace " is_rsa $is_rsa"
|
|
trace " is_ml_dsa $is_ml_dsa"
|
|
trace " is_hybrid $is_hybrid"
|
|
|
|
if [ $gen_sig -eq 1 ]; then
|
|
if [ $stage == "root" ]; then
|
|
rsa_sig "Root" "${root_key_path}/key" "${PREFIX}root${rsa_algo_name}-0 ${PREFIX}root${rsa_algo_name}-1 ${PREFIX}root${rsa_algo_name}-2 ${PREFIX}root${rsa_algo_name}-3" "root" "sign"
|
|
ml_dsa_sig "Root" "${root_key_path}/key" "${PREFIX}root${ml_dsa_algo_name}-0 ${PREFIX}root${ml_dsa_algo_name}-1 ${PREFIX}root${ml_dsa_algo_name}-2 ${PREFIX}root${ml_dsa_algo_name}-3" "root" "sign"
|
|
fi
|
|
|
|
if [ $stage == "boot-blobs" ]; then
|
|
for i in 0 1 2 3
|
|
do
|
|
boot_blobs_key_path=${boot_blobs_key_root}/${trustchain_name}-${i}
|
|
trace " boot_blobs_key_path ${boot_blobs_key_path}"
|
|
|
|
rsa_sig "${PREFIX}lvl1/2-$i" "${boot_blobs_key_path}/key" "${PREFIX}level-1-${rsa_algo_name} ${PREFIX}level-2-${rsa_algo_name}" "boot-blobs-$i" "sign"
|
|
ml_dsa_sig "${PREFIX}lvl1/2-$i" "${boot_blobs_key_path}/key" "${PREFIX}level-1-${ml_dsa_algo_name} ${PREFIX}level-2-${ml_dsa_algo_name}" "boot-blobs-$i" "sign"
|
|
done
|
|
fi
|
|
|
|
if [ $stage == "fip" ]; then
|
|
for i in 0 1 2 3
|
|
do
|
|
fip_key_path=${fip_key_root}/${trustchain_name}-${i}
|
|
trace " fip_key_path ${fip_key_path}"
|
|
|
|
rsa_sig "${PREFIX}fip-$i" "${fip_key_path}/key" "${PREFIX}bl31-level-3-${rsa_algo_name} ${PREFIX}bl32-level-3-${rsa_algo_name} ${PREFIX}bl40-level-3-${rsa_algo_name}" "fip-$i" "sign"
|
|
ml_dsa_sig "${PREFIX}fip-$i" "${fip_key_path}/key" "${PREFIX}bl31-level-3-${ml_dsa_algo_name} ${PREFIX}bl32-level-3-${ml_dsa_algo_name} ${PREFIX}bl40-level-3-${ml_dsa_algo_name}" "fip-$i" "sign"
|
|
done
|
|
fi
|
|
|
|
if [ $stage == "fw" ]; then
|
|
# HACK: Force is_dsa to 1 as no PQC support for FW
|
|
is_rsa=1
|
|
for i in ${fw_type}
|
|
do
|
|
fw_key_path=${fw_key_root}/${i}
|
|
trace " fw_key_path ${fw_key_path}"
|
|
|
|
rsa_sig $i "${fw_key_path}/key" "${PREFIX}fw-${i}-${rsa_algo_name}" "fw-$i" "sign"
|
|
# No ML-DSA for FW
|
|
#ml_dsa_sig $i "${fw_key_path}/key" "${PREFIX}fw-${i}-${ml_dsa_algo_name}" "fw-$i" "sign"
|
|
done
|
|
fi
|
|
|
|
if [ $stage == "ta" ]; then
|
|
# HACK: Force is_dsa to 1 as no PQC support for TA
|
|
is_rsa=1
|
|
for i in rsk
|
|
do
|
|
ta_key_path=${ta_key_root}/${i}
|
|
trace " ta_key_path ${ta_key_path}"
|
|
|
|
rsa_sig $i "${ta_key_path}/key" "${PREFIX}ta-${i}-${rsa_algo_name}" "ta-$i" "sign"
|
|
# No ML-DSA for TA
|
|
#ml_dsa_sig $i "${ta_key_path}/key" "${PREFIX}ta-${i}-${ml_dsa_algo_name}" "ta-$i" "sign"
|
|
done
|
|
fi
|
|
|
|
#
|
|
# HACK: Set stage to un-supported name to skip generation
|
|
#
|
|
stage="skip"
|
|
fi
|
|
|
|
if [ $verify_sig -eq 1 ]; then
|
|
if [ $stage == "root" ]; then
|
|
rsa_sig "Root" "${root_key_path}/key" "${PREFIX}root${rsa_algo_name}-0 ${PREFIX}root${rsa_algo_name}-1 ${PREFIX}root${rsa_algo_name}-2 ${PREFIX}root${rsa_algo_name}-3" "root" "verify"
|
|
ml_dsa_sig "Root" "${root_key_path}/key" "${PREFIX}root${ml_dsa_algo_name}-0 ${PREFIX}root${ml_dsa_algo_name}-1 ${PREFIX}root${ml_dsa_algo_name}-2 ${PREFIX}root${ml_dsa_algo_name}-3" "root" "verify"
|
|
fi
|
|
|
|
if [ $stage == "boot-blobs" ]; then
|
|
for i in 0 1 2 3
|
|
do
|
|
boot_blobs_key_path=${boot_blobs_key_root}/${trustchain_name}-${i}
|
|
trace " boot_blobs_key_path ${boot_blobs_key_path}"
|
|
|
|
rsa_sig "${PREFIX}lvl1/2-$i" "${boot_blobs_key_path}/key" "${PREFIX}level-1-${rsa_algo_name} ${PREFIX}level-2-${rsa_algo_name}" "boot-blobs-$i" "verify"
|
|
ml_dsa_sig "${PREFIX}lvl1/2-$i" "${boot_blobs_key_path}/key" "${PREFIX}level-1-${ml_dsa_algo_name} ${PREFIX}level-2-${ml_dsa_algo_name}" "boot-blobs-$i" "verify"
|
|
done
|
|
fi
|
|
|
|
if [ $stage == "fip" ]; then
|
|
for i in 0 1 2 3
|
|
do
|
|
fip_key_path=${fip_key_root}/${trustchain_name}-${i}
|
|
trace " fip_key_path ${fip_key_path}"
|
|
|
|
rsa_sig "${PREFIX}fip-$i" "${fip_key_path}/key" "${PREFIX}bl31-level-3-${rsa_algo_name} ${PREFIX}bl32-level-3-${rsa_algo_name} ${PREFIX}bl40-level-3-${rsa_algo_name}" "fip-$i" "verify"
|
|
ml_dsa_sig "${PREFIX}fip-$i" "${fip_key_path}/key" "${PREFIX}bl31-level-3-${ml_dsa_algo_name} ${PREFIX}bl32-level-3-${ml_dsa_algo_name} ${PREFIX}bl40-level-3-${ml_dsa_algo_name}" "fip-$i" "verify"
|
|
done
|
|
fi
|
|
|
|
if [ $stage == "fw" ]; then
|
|
# HACK: Force is_dsa to 1 as no PQC support for FW
|
|
is_rsa=1
|
|
for i in ${fw_type}
|
|
do
|
|
fw_key_path=${fw_key_root}/${i}
|
|
trace " fw_key_path ${fw_key_path}"
|
|
|
|
rsa_sig $i "${fw_key_path}/key" "${PREFIX}fw-${i}-${rsa_algo_name}" "fw-$i" "verify"
|
|
# No ML-DSA for FW
|
|
#ml_dsa_sig $i "${fw_key_path}/key" "${PREFIX}fw-${i}-${ml_dsa_algo_name}" "fw-$i" "verify"
|
|
done
|
|
fi
|
|
|
|
if [ $stage == "ta" ]; then
|
|
# HACK: Force is_dsa to 1 as no PQC support for TA
|
|
is_rsa=1
|
|
for i in rsk
|
|
do
|
|
ta_key_path=${ta_key_root}/${i}
|
|
trace " ta_key_path ${ta_key_path}"
|
|
|
|
rsa_sig $i "${ta_key_path}/key" "${PREFIX}ta-${i}-${rsa_algo_name}" "ta-$i" "verify"
|
|
# No ML-DSA for TA
|
|
#ml_dsa_sig $i "${ta_key_path}/key" "${PREFIX}ta-${i}-${ml_dsa_algo_name}" "ta-$i" "verify"
|
|
done
|
|
fi
|
|
|
|
#
|
|
# HACK: Set stage to un-supported name to skip generation
|
|
#
|
|
stage="skip"
|
|
fi
|
|
|
|
if [ $stage == "root" ]; then
|
|
trace " root_key_path ${root_key_path}"
|
|
mkdir -p ${root_key_path}/key
|
|
mkdir -p ${root_key_path}/epk
|
|
mkdir -p ${root_key_path}/nonce
|
|
|
|
echo "Generate Root keys"
|
|
|
|
rsa_gen "Root" "$root_key_path/key" "${PREFIX}root${rsa_algo_name}-0 ${PREFIX}root${rsa_algo_name}-1 ${PREFIX}root${rsa_algo_name}-2 ${PREFIX}root${rsa_algo_name}-3" $rsa_size
|
|
ml_dsa_gen "Root" "$root_key_path/key" "${PREFIX}root${ml_dsa_algo_name}-0 ${PREFIX}root${ml_dsa_algo_name}-1 ${PREFIX}root${ml_dsa_algo_name}-2 ${PREFIX}root${ml_dsa_algo_name}-3" $ml_dsa_level
|
|
|
|
ek_gen "Root" "$root_key_path/epk" "${PREFIX}rootcert-epks.bin"
|
|
nonce_gen "Root" "$root_key_path/nonce" "${PREFIX}rootkey-0-nonce.bin ${PREFIX}rootkey-1-nonce.bin ${PREFIX}rootkey-2-nonce.bin ${PREFIX}rootkey-3-nonce.bin"
|
|
fi
|
|
|
|
if [ $stage == "boot-blobs" ]; then
|
|
trace " boot_blobs_key_root ${boot_blobs_key_root}"
|
|
mkdir -p ${boot_blobs_key_root}
|
|
|
|
for i in 0 1 2 3
|
|
do
|
|
boot_blobs_key_path=${boot_blobs_key_root}/${trustchain_name}-${i}
|
|
trace " boot_blobs_key_path ${boot_blobs_key_path}"
|
|
|
|
mkdir -p ${boot_blobs_key_path}/key
|
|
mkdir -p ${boot_blobs_key_path}/epk
|
|
mkdir -p ${boot_blobs_key_path}/nonce
|
|
|
|
if [ $link_gen_file -eq 1 ]; then
|
|
echo "Generate & link $stage chain #$i key"
|
|
rsa_gen $i "${boot_blobs_key_path}/key" "${PREFIX}level-1-2-${rsa_algo_name}" $rsa_size
|
|
ml_dsa_gen $i "${boot_blobs_key_path}/key" "${PREFIX}level-1-2-${ml_dsa_algo_name}" $ml_dsa_level
|
|
if [ $is_rsa -eq 1 ]; then
|
|
key_link $i "${boot_blobs_key_path}/key" "${PREFIX}level-1-2-${rsa_algo_name}" "${PREFIX}level-1-${rsa_algo_name} ${PREFIX}level-2-${rsa_algo_name}"
|
|
fi
|
|
if [ $is_ml_dsa -eq 1 ]; then
|
|
key_link $i "${boot_blobs_key_path}/key" "${PREFIX}level-1-2-${ml_dsa_algo_name}" "${PREFIX}level-1-${ml_dsa_algo_name} ${PREFIX}level-2-${ml_dsa_algo_name}"
|
|
fi
|
|
|
|
# TODO: Nonce and EK should be separated generated and linked here
|
|
ek_gen $i "${boot_blobs_key_path}/epk" "${PREFIX}lvl-1-2-cert-epks.bin"
|
|
nonce_gen $i "${boot_blobs_key_path}/nonce" "${PREFIX}lvl-1-2-key-nonce.bin"
|
|
ek_link $i "${boot_blobs_key_path}/epk" "${PREFIX}lvl-1-2-cert-epks.bin" "${PREFIX}lvl1cert-epks.bin ${PREFIX}lvl2cert-epks.bin"
|
|
nonce_link $i "${boot_blobs_key_path}/nonce" "${PREFIX}lvl-1-2-key-nonce.bin" "${PREFIX}lvl1key-nonce.bin ${PREFIX}lvl2key-nonce.bin"
|
|
else
|
|
echo "Generate $stage chain #$i key"
|
|
rsa_gen $i "${boot_blobs_key_path}/key" "${PREFIX}level-1-${rsa_algo_name} ${PREFIX}level-2-${rsa_algo_name}" $rsa_size
|
|
ml_dsa_gen $i "${boot_blobs_key_path}/key" "${PREFIX}level-1-${ml_dsa_algo_name} ${PREFIX}level-2-${ml_dsa_algo_name}" $ml_dsa_level
|
|
|
|
# TODO: Nonce and EK should be separated generated and linked here
|
|
ek_gen $i "${boot_blobs_key_path}/epk" "${PREFIX}lvl1cert-epks.bin ${PREFIX}lvl2cert-epks.bin"
|
|
nonce_gen $i "${boot_blobs_key_path}/nonce" "${PREFIX}lvl1key-nonce.bin ${PREFIX}lvl2key-nonce.bin"
|
|
fi
|
|
done
|
|
fi
|
|
|
|
if [ $stage == "fip" ]; then
|
|
trace " fip_key_root ${fip_key_root}"
|
|
mkdir -p ${fip_key_root}
|
|
|
|
for i in 0 1 2 3
|
|
do
|
|
fip_key_path=${fip_key_root}/${trustchain_name}-${i}
|
|
trace " fip_key_path ${fip_key_path}"
|
|
|
|
mkdir -p ${fip_key_path}/key
|
|
mkdir -p ${fip_key_path}/epk
|
|
mkdir -p ${fip_key_path}/nonce
|
|
|
|
# Link level-3 keys to level-2 for compatibility
|
|
if [ $link_gen_file -eq 1 ]; then
|
|
echo "Generate & link ${stage^^} chain #$i key"
|
|
if [ $is_ml_dsa -eq 1 ]; then
|
|
echo "Error: No compact FIP header support for ML-DSA"
|
|
exit 1
|
|
fi
|
|
|
|
rsa_gen $i "${fip_key_path}/key" "${PREFIX}bl3x-level-3-${rsa_algo_name}" $rsa_size
|
|
ek_gen $i "${fip_key_path}/epk" "${PREFIX}bl3x-lvl3cert-epks.bin"
|
|
nonce_gen $i "${fip_key_path}/nonce" "${PREFIX}bl3x-lvl3key-nonce.bin"
|
|
|
|
key_link $i "${fip_key_path}/key" "${PREFIX}bl3x-level-3-${rsa_algo_name}" "${PREFIX}bl31-level-3-${rsa_algo_name} ${PREFIX}bl32-level-3-${rsa_algo_name} ${PREFIX}bl40-level-3-${rsa_algo_name}" $rsa_size
|
|
ek_link $i "${fip_key_path}/epk" "${PREFIX}bl3x-lvl3cert-epks.bin" "${PREFIX}bl31-lvl3cert-epks.bin ${PREFIX}bl32-lvl3cert-epks.bin ${PREFIX}bl40-lvl3cert-epks.bin"
|
|
nonce_link $i "${fip_key_path}/nonce" "${PREFIX}bl3x-lvl3key-nonce.bin" "${PREFIX}bl31-lvl3key-nonce.bin ${PREFIX}bl32-lvl3key-nonce.bin ${PREFIX}bl40-lvl3key-nonce.bin"
|
|
elif [ $link_lvl3_to_lvl2_file -eq 1 ]; then
|
|
# To keep compatibility of old script, create linked Level-3 key to Level-2 key
|
|
#boot_blobs_key_path=${boot_blobs_key_root}/{trustchain_name}-${i}
|
|
boot_blobs_key_rel_path=../../${boot_blobs_key_rel_to_fip_path}/${trustchain_name}-${i}
|
|
trace " boot_blobs_key_path ${boot_blobs_key_path}"
|
|
|
|
echo "link ${stage^^} chain #$i to level-2 key"
|
|
key_link $i "${fip_key_path}/key" "${boot_blobs_key_rel_path}/key/${PREFIX}level-2-${rsa_algo_name}" "${PREFIX}bl31-level-3-${rsa_algo_name} ${PREFIX}bl32-level-3-${rsa_algo_name} ${PREFIX}bl40-level-3-${rsa_algo_name}"
|
|
if [ $is_ml_dsa -eq 1 ]; then
|
|
key_link $i "${fip_key_path}/key" "${boot_blobs_key_rel_path}/key/${PREFIX}level-2-${ml_dsa_algo_name}" "${PREFIX}bl31-level-3-${ml_dsa_algo_name} ${PREFIX}bl32-level-3-${ml_dsa_algo_name} ${PREFIX}bl40-level-3-${ml_dsa_algo_name}"
|
|
fi
|
|
ek_link $i "${fip_key_path}/epk" "${boot_blobs_key_rel_path}/epk/${PREFIX}lvl2cert-epks.bin" "${PREFIX}bl31-lvl3cert-epks.bin ${PREFIX}bl32-lvl3cert-epks.bin ${PREFIX}bl40-lvl3cert-epks.bin"
|
|
nonce_link $i "${fip_key_path}/nonce" "${boot_blobs_key_rel_path}/nonce/${PREFIX}lvl2key-nonce.bin" "${PREFIX}bl31-lvl3key-nonce.bin ${PREFIX}bl32-lvl3key-nonce.bin ${PREFIX}bl40-lvl3key-nonce.bin"
|
|
|
|
if [ "$prefix_name" == "dv" ] || [ "$prefix_name" == "none" ]; then
|
|
key_link $i "${fip_key_path}/key" "${boot_blobs_key_rel_path}/key/${PREFIX}level-2-${rsa_algo_name}" "${PREFIX}bl30-level-3-${rsa_algo_name} ${PREFIX}bl33-level-3-${rsa_algo_name} ${PREFIX}krnl-level-3-${rsa_algo_name}"
|
|
if [ $is_ml_dsa -eq 1 ]; then
|
|
key_link $i "${fip_key_path}/key" "${boot_blobs_key_rel_path}/key/${PREFIX}level-2-${ml_dsa_algo_name}" "${PREFIX}bl30-level-3-${ml_dsa_algo_name} ${PREFIX}bl33-level-3-${ml_dsa_algo_name} ${PREFIX}krnl-level-3-${ml_dsa_algo_name}"
|
|
fi
|
|
ek_link $i "${fip_key_path}/epk" "${boot_blobs_key_rel_path}/epk/${PREFIX}lvl2cert-epks.bin" "${PREFIX}bl30-lvl3cert-epks.bin ${PREFIX}bl33-lvl3cert-epks.bin ${PREFIX}krnl-lvl3cert-epks.bin"
|
|
nonce_link $i "${fip_key_path}/nonce" "${boot_blobs_key_rel_path}/nonce/${PREFIX}lvl2key-nonce.bin" "${PREFIX}bl30-lvl3key-nonce.bin ${PREFIX}bl33-lvl3key-nonce.bin ${PREFIX}krnl-lvl3key-nonce.bin"
|
|
fi
|
|
else
|
|
echo "Generate ${stage^^} chain #$i key"
|
|
rsa_gen $i "${fip_key_path}/key" "${PREFIX}bl31-level-3-${rsa_algo_name} ${PREFIX}bl32-level-3-${rsa_algo_name} ${PREFIX}bl40-level-3-${rsa_algo_name}" $rsa_size
|
|
if [ $is_ml_dsa -eq 1 ]; then
|
|
ml_dsa_gen $i "${fip_key_path}/key" "${PREFIX}bl31-level-3-${ml_dsa_algo_name} ${PREFIX}bl32-level-3-${ml_dsa_algo_name} ${PREFIX}bl40-level-3-${ml_dsa_algo_name}" $ml_dsa_level
|
|
fi
|
|
ek_gen $i "${fip_key_path}/epk" "${PREFIX}bl31-lvl3cert-epks.bin ${PREFIX}bl32-lvl3cert-epks.bin ${PREFIX}bl40-lvl3cert-epks.bin"
|
|
nonce_gen $i "${fip_key_path}/nonce" "${PREFIX}bl31-lvl3key-nonce.bin ${PREFIX}bl32-lvl3key-nonce.bin ${PREFIX}bl40-lvl3key-nonce.bin"
|
|
|
|
if [ "$prefix_name" == "dv" ] || [ "$prefix_name" == "none" ]; then
|
|
rsa_gen $i "${fip_key_path}/key" "${PREFIX}bl30-level-3-${rsa_algo_name} ${PREFIX}bl33-level-3-${rsa_algo_name} ${PREFIX}krnl-level-3-${rsa_algo_name}" $rsa_size
|
|
if [ $is_ml_dsa -eq 1 ]; then
|
|
ml_dsa_gen $i "${fip_key_path}/key" "${PREFIX}bl30-level-3-${ml_dsa_algo_name} ${PREFIX}bl33-level-3-${ml_dsa_algo_name} ${PREFIX}krnl-level-3-${ml_dsa_algo_name}" $ml_dsa_level
|
|
fi
|
|
ek_gen $i "${fip_key_path}/epk" "${PREFIX}bl30-lvl3cert-epks.bin ${PREFIX}bl33-lvl3cert-epks.bin ${PREFIX}krnl-lvl3cert-epks.bin"
|
|
nonce_gen $i "${fip_key_path}/nonce" "${PREFIX}bl30-dvlvl3key-nonce.bin ${PREFIX}bl33-dvlvl3key-nonce.bin ${PREFIX}krnl-dvlvl3key-nonce.bin"
|
|
fi
|
|
fi
|
|
done
|
|
fi
|
|
|
|
if [ $stage == "fw" ]; then
|
|
trace " fw_key_root ${fw_key_root}"
|
|
mkdir -p ${fw_key_root}
|
|
|
|
# HACK: Force is_dsa to 1 in case of FIP as no PQC support for FW
|
|
is_rsa=1
|
|
|
|
# No FW ML-DSA support yet
|
|
for i in ${fw_type}
|
|
do
|
|
fw_key_path=${fw_key_root}/${i}
|
|
trace " fw_key_path ${fw_key_path}"
|
|
|
|
mkdir -p ${fw_key_path}/key
|
|
mkdir -p ${fw_key_path}/epk
|
|
mkdir -p ${fw_key_path}/nonce
|
|
|
|
echo "Generate FW ${i} key"
|
|
rsa_gen $i "${fw_key_path}/key" "${PREFIX}fw-${i}-${rsa_algo_name}" $rsa_size
|
|
ek_gen $i "${fw_key_path}/epk" "${PREFIX}fw-${i}-cert-epks.bin"
|
|
nonce_gen $i "${fw_key_path}/nonce" "${PREFIX}fw-${i}-key-nonce.bin"
|
|
done
|
|
fi
|
|
|
|
if [ $stage == "ta" ]; then
|
|
trace " ta_key_root ${ta_key_root}"
|
|
mkdir -p ${ta_key_root}
|
|
|
|
# HACK: Force is_dsa to 1 in case of FIP as no PQC support for TA
|
|
is_rsa=1
|
|
|
|
# No TA ML-DSA support yet
|
|
for i in rsk
|
|
do
|
|
ta_key_path=${ta_key_root}/${i}
|
|
trace " ta_key_path ${ta_key_path}"
|
|
|
|
mkdir -p ${ta_key_path}/key
|
|
#mkdir -p $ta_key_path/epk
|
|
#mkdir -p $ta_key_path/nonce
|
|
|
|
echo "Generate TA ${i} key"
|
|
rsa_gen $i "${ta_key_path}/key" "${PREFIX}ta-${i}-${rsa_algo_name}" $rsa_size
|
|
#ek_gen $i "${ta_key_path}/epk" "${PREFIX}ta-${i}-cert-epks.bin"
|
|
#nonce_gen $i "${ta_key_path}/nonce" "${PREFIX}ta-${i}-key-nonce.bin"
|
|
done
|
|
fi
|