Upstream proxmox-git/proxmox-acme state of the touched files before 363c8a5b3d

This commit is contained in:
upstream committed 2026-10-02 16:57:43 +02:00
commit d263f38c91
1 file changed
+999
+999
View File
@@ -0,0 +1,999 @@
#!/bin/bash
VER=1.0
PROJECT_NAME="ProxmoxACME"
USER_AGENT="$PROJECT_NAME/$VER"
DNS_PLUGIN_PATH="/usr/share/proxmox-acme/dnsapi"
HTTP_HEADER="$(mktemp)"
DEBUG="0"
_base64() {
openssl base64 -e | tr -d '\r\n'
}
_dbase64() {
openssl base64 -d
}
# Usage: hashalg [outputhex]
# Output Base64-encoded digest
_digest() {
alg="$1"
if [ "$alg" = "sha256" ] || [ "$alg" = "sha1" ] || [ "$alg" = "md5" ]; then
if [ "$2" ]; then
openssl dgst -"$alg" -hex | cut -d = -f 2 | tr -d ' '
else
openssl dgst -"$alg" -binary | _base64
fi
fi
}
_usage() {
__red "$@" >&2
printf "\n" >&2
}
_upper_case() {
# shellcheck disable=SC2018,SC2019
tr 'a-z' 'A-Z'
}
_lower_case() {
# shellcheck disable=SC2018,SC2019
tr 'A-Z' 'a-z'
}
_startswith() {
_str="$1"
_sub="$2"
echo "$_str" | grep "^$_sub" >/dev/null 2>&1
}
_endswith() {
_str="$1"
_sub="$2"
echo "$_str" | grep -- "$_sub\$" >/dev/null 2>&1
}
_contains() {
_str="$1"
_sub="$2"
echo "$_str" | grep -- "$_sub" >/dev/null 2>&1
}
# str index [sep]
_getfield() {
_str="$1"
_findex="$2"
_sep="$3"
if [ -z "$_sep" ]; then
_sep=","
fi
_ffi="$_findex"
while [ "$_ffi" -gt "0" ]; do
_fv="$(echo "$_str" | cut -d "$_sep" -f "$_ffi")"
if [ "$_fv" ]; then
printf -- "%s" "$_fv"
return 0
fi
_ffi="$(_math "$_ffi" - 1)"
done
printf -- "%s" "$_str"
}
_exists() {
cmd="$1"
if eval type type >/dev/null 2>&1; then
type "$cmd" >/dev/null 2>&1
else command
command -v "$cmd" >/dev/null 2>&1
fi
ret="$?"
return $ret
}
# a + b
_math() {
_m_opts="$@"
printf "%s" "$(($_m_opts))"
}
_egrep_o() {
if ! egrep -o "$1" 2>/dev/null; then
sed -n 's/.*\('"$1"'\).*/\1/p'
fi
}
_h2b() {
if _exists xxd; then
if _contains "$(xxd --help 2>&1)" "assumes -c30"; then
if xxd -r -p -c 9999 2>/dev/null; then
return
fi
else
if xxd -r -p 2>/dev/null; then
return
fi
fi
fi
hex=$(cat)
ic=""
jc=""
_debug2 _URGLY_PRINTF "$_URGLY_PRINTF"
if [ -z "$_URGLY_PRINTF" ]; then
if [ "$_ESCAPE_XARGS" ] && _exists xargs; then
_debug2 "xargs"
echo "$hex" | _upper_case | sed 's/\([0-9A-F]\{2\}\)/\\\\\\x\1/g' | xargs printf
else
for h in $(echo "$hex" | _upper_case | sed 's/\([0-9A-F]\{2\}\)/ \1/g'); do
if [ -z "$h" ]; then
break
fi
printf "\x$h%s"
done
fi
else
for c in $(echo "$hex" | _upper_case | sed 's/\([0-9A-F]\)/ \1/g'); do
if [ -z "$ic" ]; then
ic=$c
continue
fi
jc=$c
ic="$(_h_char_2_dec "$ic")"
jc="$(_h_char_2_dec "$jc")"
printf '\'"$(printf "%o" "$(_math "$ic" \* 16 + $jc)")""%s"
ic=""
jc=""
done
fi
}
#Usage: keyfile hashalg
#Output: Base64-encoded signature value
_sign() {
keyfile="$1"
alg="$2"
if [ -z "$alg" ]; then
_usage "Usage: _sign keyfile hashalg"
return 1
fi
_sign_openssl="${ACME_OPENSSL_BIN:-openssl} dgst -sign $keyfile "
if grep "BEGIN RSA PRIVATE KEY" "$keyfile" >/dev/null 2>&1 || grep "BEGIN PRIVATE KEY" "$keyfile" >/dev/null 2>&1; then
$_sign_openssl -$alg | _base64
elif grep "BEGIN EC PRIVATE KEY" "$keyfile" >/dev/null 2>&1; then
if ! _signedECText="$($_sign_openssl -sha$__ECC_KEY_LEN | ${ACME_OPENSSL_BIN:-openssl} asn1parse -inform DER)"; then
_err "Sign failed: $_sign_openssl"
_err "Key file: $keyfile"
_err "Key content:$(wc -l <"$keyfile") lines"
return 1
fi
_debug3 "_signedECText" "$_signedECText"
_ec_r="$(echo "$_signedECText" | _head_n 2 | _tail_n 1 | cut -d : -f 4 | tr -d "\r\n")"
_ec_s="$(echo "$_signedECText" | _head_n 3 | _tail_n 1 | cut -d : -f 4 | tr -d "\r\n")"
if [ "$__ECC_KEY_LEN" -eq "256" ]; then
while [ "${#_ec_r}" -lt "64" ]; do
_ec_r="0${_ec_r}"
done
while [ "${#_ec_s}" -lt "64" ]; do
_ec_s="0${_ec_s}"
done
fi
if [ "$__ECC_KEY_LEN" -eq "384" ]; then
while [ "${#_ec_r}" -lt "96" ]; do
_ec_r="0${_ec_r}"
done
while [ "${#_ec_s}" -lt "96" ]; do
_ec_s="0${_ec_s}"
done
fi
if [ "$__ECC_KEY_LEN" -eq "512" ]; then
while [ "${#_ec_r}" -lt "132" ]; do
_ec_r="0${_ec_r}"
done
while [ "${#_ec_s}" -lt "132" ]; do
_ec_s="0${_ec_s}"
done
fi
_debug3 "_ec_r" "$_ec_r"
_debug3 "_ec_s" "$_ec_s"
printf "%s" "$_ec_r$_ec_s" | _h2b | _base64
else
_err "Unknown key file format."
return 1
fi
}
#dummy function because proxmox-acme does not call inithttp
_resethttp() {
:
}
_HTTP_MAX_RETRY=8
# body url [needbase64] [POST|PUT|DELETE] [ContentType]
_post() {
body="$1"
_post_url="$2"
needbase64="$3"
httpmethod="$4"
_postContentType="$5"
_sleep_retry_sec=1
_http_retry_times=0
_hcode=0
while [ "${_http_retry_times}" -le "$_HTTP_MAX_RETRY" ]; do
[ "$_http_retry_times" = "$_HTTP_MAX_RETRY" ]
_lastHCode="$?"
_debug "Retrying post"
_post_impl "$body" "$_post_url" "$needbase64" "$httpmethod" "$_postContentType" "$_lastHCode"
_hcode="$?"
_debug _hcode "$_hcode"
if [ "$_hcode" = "0" ]; then
break
fi
_http_retry_times=$(_math $_http_retry_times + 1)
_sleep $_sleep_retry_sec
done
return $_hcode
}
# body url [needbase64] [POST|PUT|DELETE] [ContentType] [displayError]
_post_impl() {
body="$1"
_post_url="$2"
needbase64="$3"
httpmethod="$4"
_postContentType="$5"
displayError="$6"
if [ -z "$httpmethod" ]; then
httpmethod="POST"
fi
_CURL="curl -L --silent --dump-header $HTTP_HEADER -g "
if [ "$HTTPS_INSECURE" ]; then
_CURL="$_CURL --insecure "
fi
if [ "$httpmethod" = "HEAD" ]; then
_CURL="$_CURL -I "
fi
if [ "$needbase64" ]; then
if [ "$body" ]; then
if [ "$_postContentType" ]; then
response="$($_CURL --user-agent "$USER_AGENT" -X $httpmethod -H "Content-Type: $_postContentType" -H "$_H1" -H "$_H2" -H "$_H3" -H "$_H4" -H "$_H5" --data "$body" "$_post_url" | _base64)"
else
response="$($_CURL --user-agent "$USER_AGENT" -X $httpmethod -H "$_H1" -H "$_H2" -H "$_H3" -H "$_H4" -H "$_H5" --data "$body" "$_post_url" | _base64)"
fi
else
if [ "$_postContentType" ]; then
response="$($_CURL --user-agent "$USER_AGENT" -X $httpmethod -H "Content-Type: $_postContentType" -H "$_H1" -H "$_H2" -H "$_H3" -H "$_H4" -H "$_H5" "$_post_url" | _base64)"
else
response="$($_CURL --user-agent "$USER_AGENT" -X $httpmethod -H "$_H1" -H "$_H2" -H "$_H3" -H "$_H4" -H "$_H5" "$_post_url" | _base64)"
fi
fi
else
if [ "$body" ]; then
if [ "$_postContentType" ]; then
response="$($_CURL --user-agent "$USER_AGENT" -X $httpmethod -H "Content-Type: $_postContentType" -H "$_H1" -H "$_H2" -H "$_H3" -H "$_H4" -H "$_H5" --data "$body" "$_post_url")"
else
response="$($_CURL --user-agent "$USER_AGENT" -X $httpmethod -H "$_H1" -H "$_H2" -H "$_H3" -H "$_H4" -H "$_H5" --data "$body" "$_post_url")"
fi
else
if [ "$_postContentType" ]; then
response="$($_CURL --user-agent "$USER_AGENT" -X $httpmethod -H "Content-Type: $_postContentType" -H "$_H1" -H "$_H2" -H "$_H3" -H "$_H4" -H "$_H5" "$_post_url")"
else
response="$($_CURL --user-agent "$USER_AGENT" -X $httpmethod -H "$_H1" -H "$_H2" -H "$_H3" -H "$_H4" -H "$_H5" "$_post_url")"
fi
fi
fi
_ret="$?"
if [ "$_ret" != "0" ]; then
if [ -z "$displayError" ] || [ "$displayError" = "0" ]; then
_err "Please refer to https://curl.haxx.se/libcurl/c/libcurl-errors.html for error code: $_ret"
fi
fi
printf "%s" "$response"
return $_ret
}
# url getheader timeout
_get() {
url="$1"
onlyheader="$2"
t="$3"
_sleep_retry_sec=1
_http_retry_times=0
_hcode=0
while [ "${_http_retry_times}" -le "$_HTTP_MAX_RETRY" ]; do
[ "$_http_retry_times" = "$_HTTP_MAX_RETRY" ]
_lastHCode="$?"
_debug "Retrying GET"
_get_impl "$url" "$onlyheader" "$t" "$_lastHCode"
_hcode="$?"
_debug _hcode "$_hcode"
if [ "$_hcode" = "0" ]; then
break
fi
_http_retry_times=$(_math $_http_retry_times + 1)
_sleep $_sleep_retry_sec
done
return $_hcode
}
# url getheader timeout displayError
_get_impl() {
url="$1"
onlyheader="$2"
t="$3"
displayError="$4"
_CURL="curl -L --silent --dump-header $HTTP_HEADER -g "
if [ "$HTTPS_INSECURE" ]; then
_CURL="$_CURL --insecure "
fi
if [ "$t" ]; then
_CURL="$_CURL --connect-timeout $t"
fi
if [ "$onlyheader" ]; then
$_CURL -I --user-agent "USER_AGENT" -H "$_H1" -H "$_H2" -H "$_H3" -H "$_H4" -H "$_H5" "$url"
else
$_CURL --user-agent "USER_AGENT" -H "$_H1" -H "$_H2" -H "$_H3" -H "$_H4" -H "$_H5" "$url"
fi
ret=$?
if [ "$ret" != "0" ]; then
if [ -z "$displayError" ] || [ "$displayError" = "0" ]; then
_err "Please refer to https://curl.haxx.se/libcurl/c/libcurl-errors.html for error code: $ret"
fi
fi
return $ret
}
#endpoint domain type
_ns_lookup_impl() {
_ns_ep="$1"
_ns_domain="$2"
_ns_type="$3"
_debug2 "_ns_ep" "$_ns_ep"
_debug2 "_ns_domain" "$_ns_domain"
_debug2 "_ns_type" "$_ns_type"
response="$(_H1="accept: application/dns-json" _get "$_ns_ep?name=$_ns_domain&type=$_ns_type")"
_ret=$?
_debug2 "response" "$response"
if [ "$_ret" != "0" ]; then
return $_ret
fi
_answers="$(echo "$response" | tr '{}' '<>' | _egrep_o '"Answer":\[[^]]*]' | tr '<>' '\n\n')"
_debug2 "_answers" "$_answers"
echo "$_answers"
}
#domain, type
_ns_lookup_cf() {
_cf_ld="$1"
_cf_ld_type="$2"
_cf_ep="https://cloudflare-dns.com/dns-query"
_ns_lookup_impl "$_cf_ep" "$_cf_ld" "$_cf_ld_type"
}
#domain, type
_ns_purge_cf() {
_cf_d="$1"
_cf_d_type="$2"
_debug "Purging Cloudflare $_cf_d_type record for domain $_cf_d"
_cf_purl="https://cloudflare-dns.com/api/v1/purge?domain=$_cf_d&type=$_cf_d_type"
response="$(_post "" "$_cf_purl")"
_debug2 response "$response"
}
#checks if cf server is available
_ns_is_available_cf() {
if _get "https://cloudflare-dns.com" "" 10 >/dev/null; then
return 0
else
return 1
fi
}
_ns_is_available_google() {
if _get "https://dns.google" "" 10 >/dev/null; then
return 0
else
return 1
fi
}
#domain, type
_ns_lookup_google() {
_cf_ld="$1"
_cf_ld_type="$2"
_cf_ep="https://dns.google/resolve"
_ns_lookup_impl "$_cf_ep" "$_cf_ld" "$_cf_ld_type"
}
_ns_is_available_ali() {
if _get "https://dns.alidns.com" "" 10 >/dev/null; then
return 0
else
return 1
fi
}
#domain, type
_ns_lookup_ali() {
_cf_ld="$1"
_cf_ld_type="$2"
_cf_ep="https://dns.alidns.com/resolve"
_ns_lookup_impl "$_cf_ep" "$_cf_ld" "$_cf_ld_type"
}
_ns_is_available_dp() {
if _get "https://doh.pub" "" 10 >/dev/null; then
return 0
else
return 1
fi
}
#dnspod
_ns_lookup_dp() {
_cf_ld="$1"
_cf_ld_type="$2"
_cf_ep="https://doh.pub/dns-query"
_ns_lookup_impl "$_cf_ep" "$_cf_ld" "$_cf_ld_type"
}
_ns_select_doh() {
if [ -z "$DOH_USE" ]; then
_debug "Detecting DNS server first."
if _ns_is_available_cf; then
_debug "Using Cloudflare doh server"
export DOH_USE=$DOH_CLOUDFLARE
elif _ns_is_available_google; then
_debug "Using Google DOH server"
export DOH_USE=$DOH_GOOGLE
elif _ns_is_available_ali; then
_debug "Using Aliyun DOH server"
export DOH_USE=$DOH_ALI
elif _ns_is_available_dp; then
_debug "Using DNS POD DOH server"
export DOH_USE=$DOH_DP
else
_err "No DOH"
fi
fi
}
#domain, type
_ns_lookup() {
_ns_select_doh
if [ "$DOH_USE" = "$DOH_CLOUDFLARE" ] || [ -z "$DOH_USE" ]; then
_ns_lookup_cf "$@"
elif [ "$DOH_USE" = "$DOH_GOOGLE" ]; then
_ns_lookup_google "$@"
elif [ "$DOH_USE" = "$DOH_ALI" ]; then
_ns_lookup_ali "$@"
elif [ "$DOH_USE" = "$DOH_DP" ]; then
_ns_lookup_dp "$@"
else
_err "Unknown DOH provider: DOH_USE=$DOH_USE"
fi
}
_head_n() {
head -n "$1"
}
_tail_n() {
tail -n "$1"
}
# stdin output hexstr splited by one space
# input:"abc"
# output: " 61 62 63"
_hex_dump() {
od -A n -v -t x1 | tr -s " " | sed 's/ $//' | tr -d "\r\t\n"
}
# stdin stdout
_url_encode() {
_hex_str=$(_hex_dump)
for _hex_code in $_hex_str; do
#upper case
case "${_hex_code}" in
"41")
printf "%s" "A"
;;
"42")
printf "%s" "B"
;;
"43")
printf "%s" "C"
;;
"44")
printf "%s" "D"
;;
"45")
printf "%s" "E"
;;
"46")
printf "%s" "F"
;;
"47")
printf "%s" "G"
;;
"48")
printf "%s" "H"
;;
"49")
printf "%s" "I"
;;
"4a")
printf "%s" "J"
;;
"4b")
printf "%s" "K"
;;
"4c")
printf "%s" "L"
;;
"4d")
printf "%s" "M"
;;
"4e")
printf "%s" "N"
;;
"4f")
printf "%s" "O"
;;
"50")
printf "%s" "P"
;;
"51")
printf "%s" "Q"
;;
"52")
printf "%s" "R"
;;
"53")
printf "%s" "S"
;;
"54")
printf "%s" "T"
;;
"55")
printf "%s" "U"
;;
"56")
printf "%s" "V"
;;
"57")
printf "%s" "W"
;;
"58")
printf "%s" "X"
;;
"59")
printf "%s" "Y"
;;
"5a")
printf "%s" "Z"
;;
#lower case
"61")
printf "%s" "a"
;;
"62")
printf "%s" "b"
;;
"63")
printf "%s" "c"
;;
"64")
printf "%s" "d"
;;
"65")
printf "%s" "e"
;;
"66")
printf "%s" "f"
;;
"67")
printf "%s" "g"
;;
"68")
printf "%s" "h"
;;
"69")
printf "%s" "i"
;;
"6a")
printf "%s" "j"
;;
"6b")
printf "%s" "k"
;;
"6c")
printf "%s" "l"
;;
"6d")
printf "%s" "m"
;;
"6e")
printf "%s" "n"
;;
"6f")
printf "%s" "o"
;;
"70")
printf "%s" "p"
;;
"71")
printf "%s" "q"
;;
"72")
printf "%s" "r"
;;
"73")
printf "%s" "s"
;;
"74")
printf "%s" "t"
;;
"75")
printf "%s" "u"
;;
"76")
printf "%s" "v"
;;
"77")
printf "%s" "w"
;;
"78")
printf "%s" "x"
;;
"79")
printf "%s" "y"
;;
"7a")
printf "%s" "z"
;;
#numbers
"30")
printf "%s" "0"
;;
"31")
printf "%s" "1"
;;
"32")
printf "%s" "2"
;;
"33")
printf "%s" "3"
;;
"34")
printf "%s" "4"
;;
"35")
printf "%s" "5"
;;
"36")
printf "%s" "6"
;;
"37")
printf "%s" "7"
;;
"38")
printf "%s" "8"
;;
"39")
printf "%s" "9"
;;
"2d")
printf "%s" "-"
;;
"5f")
printf "%s" "_"
;;
"2e")
printf "%s" "."
;;
"7e")
printf "%s" "~"
;;
#other hex
*)
printf '%%%s' "$_hex_code"
;;
esac
done
}
# Usage: hashalg secret_hex [outputhex]
# Output binary hmac
_hmac() {
alg="$1"
secret_hex="$2"
outputhex="$3"
if [ "$alg" = "sha256" ] || [ "$alg" = "sha1" ]; then
if [ "$outputhex" ]; then
(openssl dgst -"$alg" -mac HMAC -macopt "hexkey:$secret_hex" 2>/dev/null || openssl dgst -"$alg" -hmac "$(printf "%s" "$secret_hex" | _h2b)") | cut -d = -f 2 | tr -d ' '
else
openssl dgst -"$alg" -mac HMAC -macopt "hexkey:$secret_hex" -binary 2>/dev/null || openssl dgst -"$alg" -hmac "$(printf "%s" "$secret_hex" | _h2b)" -binary
fi
fi
}
# domain
_is_idn() {
_is_idn_d="$1"
_idn_temp=$(printf "%s" "$_is_idn_d" | tr -d '0-9' | tr -d 'a-z' | tr -d 'A-Z' | tr -d '*.,-_')
[ "$_idn_temp" ]
}
# aa.com
_idn() {
__idn_d="$1"
if ! _is_idn "$__idn_d"; then
printf "%s" "$__idn_d"
return 0
fi
if _exists idn; then
idn "$__idn_d" | tr -d "\r\n"
else
_err "Please install idn to process IDN names."
fi
}
_normalizeJson() {
sed "s/\" *: *\([\"{\[]\)/\":\1/g" | sed "s/^ *\([^ ]\)/\1/" | tr -d "\r\n"
}
# options file
_sed_i() {
sed -i "$1" "$2"
}
# sleep sec
_sleep() {
sleep "$1"
}
_stat() {
stat -c '%U:%G' "$1" 2>/dev/null
}
#keyfile
_isRSA() {
keyfile=$1
if grep "BEGIN RSA PRIVATE KEY" "$keyfile" >/dev/null 2>&1 || ${ACME_OPENSSL_BIN:-openssl} rsa -in "$keyfile" -noout -text | grep "^publicExponent:" >/dev/null 2>&1; then
return 0
fi
return 1
}
#keyfile
_isEcc() {
keyfile=$1
if grep "BEGIN EC PRIVATE KEY" "$keyfile" >/dev/null 2>&1 || ${ACME_OPENSSL_BIN:-openssl} ec -in "$keyfile" -noout -text 2>/dev/null | grep "^NIST CURVE:" >/dev/null 2>&1; then
return 0
fi
return 1
}
_time() {
date -u "+%s"
}
_utc_date() {
date -u "+%Y-%m-%d %H:%M:%S"
}
# stubbed/aliased:
__green() {
printf -- "%b" "$1"
}
__red() {
printf -- "%b" "$1"
}
_log() {
return 0
}
_info() {
printf -- "%s" "[$(date)] " >&1
echo "$1"
}
_err() {
printf -- "%s" "[$(date)] " >&2
if [ -z "$2" ]; then
__red "$1" >&2
else
__red "$1='$2'" >&2
fi
printf "\n" >&2
return 1
}
# key
_readaccountconf() {
echo "${!1}"
}
# key
_readaccountconf_mutable() {
_readaccountconf "$1"
}
# key
_readdomainconf() {
echo "${!1}"
}
# no-ops:
_clearaccountconf() {
return 0
}
_clearaccountconf_mutable() {
return 0
}
_cleardomainconf() {
return 0
}
_debug() {
if [[ $DEBUG -eq 0 ]]; then
return
fi
printf -- "%s" "[$(date)] " >&1
echo "$1 $2"
}
_debug2() {
_debug $1 $2
}
_debug3() {
_debug $1 $2
}
_secure_debug() {
_debug $1 $2
}
_secure_debug2() {
_debug $1 $2
}
_secure_debug3() {
_debug $1 $2
}
_saveaccountconf() {
return 0
}
_saveaccountconf_mutable() {
return 0
}
_save_conf() {
return 0
}
_savedomainconf() {
return 0
}
_source_plugin_config() {
return 0
}
# this is for de-escaping a JSON-encoded *string*, e.g. from: http:\/\/ to http://
_json_decode() {
_j_str="$(sed 's#\\/#/#g')"
_debug3 "_json_decode"
_debug3 "_j_str" "$_j_str"
echo "$_j_str"
}
# Proxmox implementation to inject the DNSAPI variables
_load_plugin_config() {
while IFS= read -r line; do
ADDR=(${line/=/ })
key="${ADDR[0]}"
value="${ADDR[1]}"
# acme.sh uses eval insted of export
if [ -n "$key" ]; then
export "$key"="$value"
fi
done
}
# call setup and teardown direct
# the parameter must be set in the correct order
# $1 <String> DNS Plugin name
# $2 <String> Fully Qualified Domain Name
# $3 <String> value for TXT record
# $4 <String> DNS plugin auth and config parameter separated by ","
# $5 <Integer> 0 is off, and the default all others are on.
setup() {
dns_plugin="dns_$1"
dns_plugin_path="${DNS_PLUGIN_PATH}/${dns_plugin}.sh"
fqdn="_acme-challenge.$2"
DEBUG=$3
IFS= read -r txtvalue
plugin_conf_string=$4
_load_plugin_config
if ! . "$dns_plugin_path"; then
_err "Load file $dns_plugin error."
return 1
fi
addcommand="${dns_plugin}_add"
if ! _exists "$addcommand"; then
_err "It seems that your api file is not correct, it must have a function named: $addcommand"
return 1
fi
if ! $addcommand "$fqdn" "$txtvalue"; then
_err "Error add txt for domain:$fulldomain"
return 1
fi
}
teardown() {
dns_plugin="dns_$1"
dns_plugin_path="${DNS_PLUGIN_PATH}/${dns_plugin}.sh"
fqdn="_acme-challenge.$2"
DEBUG=$3
IFS= read -r txtvalue
_load_plugin_config
if ! . "$dns_plugin_path"; then
_err "Load file $dns_plugin error."
return 1
fi
rmcommand="${dns_plugin}_rm"
if ! _exists "$rmcommand"; then
_err "It seems that your api file is not correct, it must have a function named: $rmcommand"
return 1
fi
if ! $rmcommand "$fqdn" "$txtvalue"; then
_err "Error add txt for domain:$fulldomain"
return 1
fi
}
"$@"