set -e
set -u
set -o pipefail
+[[ -n "${ZSH_VERSION:-}" ]] && set -o SH_WORD_SPLIT && set +o FUNCTION_ARGZERO
umask 077 # paranoid umask, we're creating private keys
# duplicate scripts IO handles
exec 4<&0 5>&1 6>&2
-# Get the directory in which this script is stored
-SCRIPTDIR="$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )"
+# Find directory in which this script is stored by traversing all symbolic links
+SOURCE="${0}"
+while [ -h "$SOURCE" ]; do # resolve $SOURCE until the file is no longer a symlink
+ DIR="$( cd -P "$( dirname "$SOURCE" )" && pwd )"
+ SOURCE="$(readlink "$SOURCE")"
+ [[ $SOURCE != /* ]] && SOURCE="$DIR/$SOURCE" # if $SOURCE was a relative symlink, we need to resolve it relative to the path where the symlink file was located
+done
+SCRIPTDIR="$( cd -P "$( dirname "$SOURCE" )" && pwd )"
+
BASEDIR="${SCRIPTDIR}"
# Check for script dependencies
pubExponent64="$(openssl rsa -in "${PRIVATE_KEY}" -noout -text | grep publicExponent | grep -oE "0x[a-f0-9]+" | cut -d'x' -f2 | hex2bin | urlbase64)"
pubMod64="$(openssl rsa -in "${PRIVATE_KEY}" -noout -modulus | cut -d'=' -f2 | hex2bin | urlbase64)"
- thumbprint="$(printf '{"e":"%s","kty":"RSA","n":"%s"}' "${pubExponent64}" "${pubMod64}" | openssl sha -sha256 -binary | urlbase64)"
+ thumbprint="$(printf '{"e":"%s","kty":"RSA","n":"%s"}' "${pubExponent64}" "${pubMod64}" | openssl dgst -sha256 -binary | urlbase64)"
# If we generated a new private key in the step above we have to register it with the acme-server
if [[ "${register_new_key}" = "yes" ]]; then
out="$(openssl "${@}" 2>&1)"
res=$?
set -e
- if [[ $res -ne 0 ]]; then
- echo " + ERROR: failed to run $* (Exitcode: $res)" >&2
+ if [[ ${res} -ne 0 ]]; then
+ echo " + ERROR: failed to run $* (Exitcode: ${res})" >&2
echo >&2
echo "Details:" >&2
- echo "$out" >&2
- exit $res
+ echo "${out}" >&2
+ exit ${res}
fi
}
fi
reqtext="$( <<<"${csr}" openssl req -noout -text )"
- if <<<"$reqtext" grep -q '^[[:space:]]*X509v3 Subject Alternative Name:[[:space:]]*$'; then
+ if <<<"${reqtext}" grep -q '^[[:space:]]*X509v3 Subject Alternative Name:[[:space:]]*$'; then
# SANs used, extract these
altnames="$( <<<"${reqtext}" grep -A1 '^[[:space:]]*X509v3 Subject Alternative Name:[[:space:]]*$' | tail -n1 )"
# split to one per line:
- altnames="$( <<<"${altnames}" _sed -e 's/^[[:space:]]*//; s/, /\'$'\n''/' )"
+ altnames="$( <<<"${altnames}" _sed -e 's/^[[:space:]]*//; s/, /\'$'\n''/g' )"
# we can only get DNS: ones signed
if [ -n "$( <<<"${altnames}" grep -v '^DNS:' )" ]; then
_exiterr "Certificate signing request contains non-DNS Subject Alternative Names"
fi
# strip away the DNS: prefix
altnames="$( <<<"${altnames}" _sed -e 's/^DNS://' )"
- echo "$altnames"
+ echo "${altnames}"
else
# No SANs, extract CN
altnames="$( <<<"${reqtext}" grep '^[[:space:]]*Subject:' | _sed -e 's/.* CN=([^ /,]*).*/\1/' )"
- echo "$altnames"
+ echo "${altnames}"
fi
}
shift 1 || true
altnames="${*:-}"
- if [ -z "$altnames" ]; then
- altnames="$( extract_altnames "$csr" )"
+ if [ -z "${altnames}" ]; then
+ altnames="$( extract_altnames "${csr}" )"
fi
if [[ -z "${CA_NEW_AUTHZ}" ]] || [[ -z "${CA_NEW_CERT}" ]]; then
fi
local idx=0
- local -a challenge_uris challenge_tokens keyauths deploy_args
+ if [[ -n "${ZSH_VERSION:-}" ]]; then
+ local -A challenge_uris challenge_tokens keyauths deploy_args
+ else
+ local -a challenge_uris challenge_tokens keyauths deploy_args
+ fi
+
# Request challenges
for altname in ${altnames}; do
# Ask the acme-server for new challenge token and extract them from the resulting json block
;;
"dns-01")
# Generate DNS entry content for dns-01 validation
- keyauth_hook="$(printf '%s' "${keyauth}" | openssl sha -sha256 -binary | urlbase64)"
+ keyauth_hook="$(printf '%s' "${keyauth}" | openssl dgst -sha256 -binary | urlbase64)"
;;
esac
- challenge_uris[$idx]="${challenge_uri}"
- keyauths[$idx]="${keyauth}"
- challenge_tokens[$idx]="${challenge_token}"
+ challenge_uris[${idx}]="${challenge_uri}"
+ keyauths[${idx}]="${keyauth}"
+ challenge_tokens[${idx}]="${challenge_token}"
# Note: assumes args will never have spaces!
- deploy_args[$idx]="${altname} ${challenge_token} ${keyauth_hook}"
+ deploy_args[${idx}]="${altname} ${challenge_token} ${keyauth_hook}"
idx=$((idx+1))
done
# Respond to challenges
idx=0
for altname in ${altnames}; do
- challenge_token="${challenge_tokens[$idx]}"
- keyauth="${keyauths[$idx]}"
+ challenge_token="${challenge_tokens[${idx}]}"
+ keyauth="${keyauths[${idx}]}"
# Wait for hook script to deploy the challenge if used
- [[ -n "${HOOK}" ]] && [[ "${HOOK_CHAIN}" != "yes" ]] && ${HOOK} "deploy_challenge" ${deploy_args[$idx]} <&4 >&5 2>&6
+ [[ -n "${HOOK}" ]] && [[ "${HOOK_CHAIN}" != "yes" ]] && ${HOOK} "deploy_challenge" ${deploy_args[${idx}]} <&4 >&5 2>&6
# Ask the acme-server to verify our challenge and wait until it is no longer pending
echo " + Responding to challenge for ${altname}..."
- result="$(signed_request "${challenge_uris[$idx]}" '{"resource": "challenge", "keyAuthorization": "'"${keyauth}"'"}')"
+ result="$(signed_request "${challenge_uris[${idx}]}" '{"resource": "challenge", "keyAuthorization": "'"${keyauth}"'"}')"
- status="$(printf '%s\n' "${result}" | get_json_string_value status)"
+ reqstatus="$(printf '%s\n' "${result}" | get_json_string_value status)"
- while [[ "${status}" = "pending" ]]; do
+ while [[ "${reqstatus}" = "pending" ]]; do
sleep 1
- result="$(http_request get "${challenge_uris[$idx]}")"
- status="$(printf '%s\n' "${result}" | get_json_string_value status)"
+ result="$(http_request get "${challenge_uris[${idx}]}")"
+ reqstatus="$(printf '%s\n' "${result}" | get_json_string_value status)"
done
[[ "${CHALLENGETYPE}" = "http-01" ]] && rm -f "${WELLKNOWN}/${challenge_token}"
# Wait for hook script to clean the challenge if used
if [[ -n "${HOOK}" ]] && [[ "${HOOK_CHAIN}" != "yes" ]] && [[ -n "${challenge_token}" ]]; then
- ${HOOK} "clean_challenge" ${deploy_args[$idx]} <&4 >&5 2>&6
+ ${HOOK} "clean_challenge" ${deploy_args[${idx}]} <&4 >&5 2>&6
fi
idx=$((idx+1))
- if [[ "${status}" = "valid" ]]; then
+ if [[ "${reqstatus}" = "valid" ]]; then
echo " + Challenge is valid!"
else
break
# Wait for hook script to clean the challenges if used
[[ -n "${HOOK}" ]] && [[ "${HOOK_CHAIN}" = "yes" ]] && ${HOOK} "clean_challenge" ${deploy_args[@]}
- if [[ "${status}" != "valid" ]]; then
+ if [[ "${reqstatus}" != "valid" ]]; then
# Clean up any remaining challenge_tokens if we stopped early
if [[ "${CHALLENGETYPE}" = "http-01" ]]; then
- while [ $idx -lt ${#challenge_tokens[@]} ]; do
- rm -f "${WELLKNOWN}/${challenge_tokens[$idx]}"
+ while [ ${idx} -lt ${#challenge_tokens[@]} ]; do
+ rm -f "${WELLKNOWN}/${challenge_tokens[${idx}]}"
idx=$((idx+1))
done
fi
- _exiterr "Challenge is invalid! (returned: ${status}) (result: ${result})"
+ _exiterr "Challenge is invalid! (returned: ${reqstatus}) (result: ${result})"
fi
# Finally request certificate from the acme-server and store it in cert-${timestamp}.pem and link from cert.pem
[[ -z "${@}" ]] && eval set -- "--help"
- while (( "${#}" )); do
+ while (( ${#} )); do
case "${1}" in
--help|-h)
command_help
projects / andy / dehydrated.git / blobdiff