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#!/usr/bin/env sh
VER=2.6.0
PROJECT_NAME="acme.sh"
PROJECT_ENTRY="acme.sh"
PROJECT="https://github.com/Neilpang/$PROJECT_NAME"
DEFAULT_INSTALL_HOME="$HOME/.$PROJECT_NAME"
_SCRIPT_="$0"
DEFAULT_CA="https://acme-v01.api.letsencrypt.org"
DEFAULT_AGREEMENT="https://letsencrypt.org/documents/LE-SA-v1.1.1-August-1-2016.pdf"
DEFAULT_USER_AGENT="$PROJECT_ENTRY client v$VER : $PROJECT"
DEFAULT_ACCOUNT_EMAIL=""
STAGE_CA="https://acme-staging.api.letsencrypt.org"
VTYPE_HTTP="http-01"
VTYPE_DNS="dns-01"
VTYPE_TLS="tls-sni-01"
VTYPE_TLS2="tls-sni-02"
LOCAL_ANY_ADDRESS="0.0.0.0"
MAX_RENEW=60
DEFAULT_DNS_SLEEP=120
NO_VALUE="no"
W_TLS="tls"
STATE_VERIFIED="verified_ok"
BEGIN_CSR="-----BEGIN CERTIFICATE REQUEST-----"
END_CSR="-----END CERTIFICATE REQUEST-----"
BEGIN_CERT="-----BEGIN CERTIFICATE-----"
END_CERT="-----END CERTIFICATE-----"
RENEW_SKIP=2
ECC_SEP="_"
ECC_SUFFIX="${ECC_SEP}ecc"
LOG_LEVEL_1=1
LOG_LEVEL_2=2
LOG_LEVEL_3=3
DEFAULT_LOG_LEVEL="$LOG_LEVEL_1"
_DEBUG_WIKI="https://github.com/Neilpang/acme.sh/wiki/How-to-debug-acme.sh"
__INTERACTIVE=""
if [ -t 1 ] ; then
__INTERACTIVE="1"
fi
__green() {
if [ "$__INTERACTIVE" ] ; then
printf '\033[1;31;32m'
fi
printf -- "$1"
if [ "$__INTERACTIVE" ] ; then
printf '\033[0m'
fi
}
__red() {
if [ "$__INTERACTIVE" ] ; then
printf '\033[1;31;40m'
fi
printf -- "$1"
if [ "$__INTERACTIVE" ] ; then
printf '\033[0m'
fi
}
_printargs() {
if [ -z "$2" ] ; then
printf -- "[$(date)] $1"
else
printf -- "[$(date)] $1='$2'"
fi
printf "\n"
}
_log() {
[ -z "$LOG_FILE" ] && return
_printargs "$@" >> "$LOG_FILE"
}
_info() {
_log "$@"
_printargs "$@"
}
_err() {
_log "$@"
printf -- "[$(date)] " >&2
if [ -z "$2" ] ; then
__red "$1" >&2
else
__red "$1='$2'" >&2
fi
printf "\n" >&2
return 1
}
_usage() {
__red "$@" >&2
printf "\n" >&2
}
_debug() {
if [ -z "$LOG_LEVEL" ] || [ "$LOG_LEVEL" -ge "$LOG_LEVEL_1" ] ; then
_log "$@"
fi
if [ -z "$DEBUG" ] ; then
return
fi
_printargs "$@" >&2
}
_debug2() {
if [ "$LOG_LEVEL" ] && [ "$LOG_LEVEL" -ge "$LOG_LEVEL_2" ] ; then
_log "$@"
fi
if [ "$DEBUG" ] && [ "$DEBUG" -ge "2" ] ; then
_debug "$@"
fi
}
_debug3() {
if [ "$LOG_LEVEL" ] && [ "$LOG_LEVEL" -ge "$LOG_LEVEL_3" ] ; then
_log "$@"
fi
if [ "$DEBUG" ] && [ "$DEBUG" -ge "3" ] ; then
_debug "$@"
fi
}
_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
}
_hasfield() {
_str="$1"
_field="$2"
_sep="$3"
if [ -z "$_field" ] ; then
_usage "Usage: str field [sep]"
return 1
fi
if [ -z "$_sep" ] ; then
_sep=","
fi
for f in $(echo "$_str" | tr ',' ' ') ; do
if [ "$f" = "$_field" ] ; then
_debug2 "'$_str' contains '$_field'"
return 0 #contains ok
fi
done
_debug2 "'$_str' does not contain '$_field'"
return 1 #not contains
}
_getfield(){
_str="$1"
_findex="$2"
_sep="$3"
if [ -z "$_findex" ] ; then
_usage "Usage: str field [sep]"
return 1
fi
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="$1"
if [ -z "$cmd" ] ; then
_usage "Usage: _exists cmd"
return 1
fi
if type command >/dev/null 2>&1 ; then
command -v "$cmd" >/dev/null 2>&1
else
type "$cmd" >/dev/null 2>&1
fi
ret="$?"
_debug3 "$cmd exists=$ret"
return $ret
}
#a + b
_math(){
expr "$@"
}
_h_char_2_dec() {
_ch=$1
case "${_ch}" in
a|A)
printf "10"
;;
b|B)
printf "11"
;;
c|C)
printf "12"
;;
d|D)
printf "13"
;;
e|E)
printf "14"
;;
f|F)
printf "15"
;;
*)
printf "%s" "$_ch"
;;
esac
}
_URGLY_PRINTF=""
if [ "$(printf '\x41')" != 'A' ] ; then
_URGLY_PRINTF=1
fi
_h2b() {
hex=$(cat)
i=1
j=2
if _exists let ; then
uselet="1"
fi
_debug3 uselet "$uselet"
_debug3 _URGLY_PRINTF "$_URGLY_PRINTF"
while true ; do
if [ -z "$_URGLY_PRINTF" ] ; then
h="$(printf $hex | cut -c $i-$j)"
if [ -z "$h" ] ; then
break;
fi
printf "\x$h"
else
ic="$(printf $hex | cut -c $i)"
jc="$(printf $hex | cut -c $j)"
if [ -z "$ic$jc" ] ; then
break;
fi
ic="$(_h_char_2_dec "$ic")"
jc="$(_h_char_2_dec "$jc")"
printf '\'"$(printf %o "$(_math $ic \* 16 + $jc)")"
fi
if [ "$uselet" ] ; then
let "i+=2" >/dev/null
let "j+=2" >/dev/null
else
i="$(_math $i + 2)"
j="$(_math $j + 2)"
fi
done
}
#options file
_sed_i() {
options="$1"
filename="$2"
if [ -z "$filename" ] ; then
_usage "Usage:_sed_i options filename"
return 1
fi
_debug2 options "$options"
if sed -h 2>&1 | grep "\-i\[SUFFIX]" >/dev/null 2>&1; then
_debug "Using sed -i"
sed -i "$options" "$filename"
else
_debug "No -i support in sed"
text="$(cat "$filename")"
echo "$text" | sed "$options" > "$filename"
fi
}
_egrep_o() {
if _contains "$(egrep -o 2>&1)" "egrep: illegal option -- o" ; then
sed -n 's/.*\('"$1"'\).*/\1/p'
else
egrep -o "$1"
fi
}
#Usage: file startline endline
_getfile() {
filename="$1"
startline="$2"
endline="$3"
if [ -z "$endline" ] ; then
_usage "Usage: file startline endline"
return 1
fi
i="$(grep -n -- "$startline" "$filename" | cut -d : -f 1)"
if [ -z "$i" ] ; then
_err "Can not find start line: $startline"
return 1
fi
i="$(_math "$i" + 1)"
_debug i "$i"
j="$(grep -n -- "$endline" "$filename" | cut -d : -f 1)"
if [ -z "$j" ] ; then
_err "Can not find end line: $endline"
return 1
fi
j="$(_math "$j" - 1)"
_debug j "$j"
sed -n "$i,${j}p" "$filename"
}
#Usage: multiline
_base64() {
if [ "$1" ] ; then
openssl base64 -e
else
openssl base64 -e | tr -d '\r\n'
fi
}
#Usage: multiline
_dbase64() {
if [ "$1" ] ; then
openssl base64 -d -A
else
openssl base64 -d
fi
}
#Usage: hashalg [outputhex]
#Output Base64-encoded digest
_digest() {
alg="$1"
if [ -z "$alg" ] ; then
_usage "Usage: _digest hashalg"
return 1
fi
outputhex="$2"
if [ "$alg" = "sha256" ] || [ "$alg" = "sha1" ]; then
if [ "$outputhex" ] ; then
openssl dgst -$alg -hex | cut -d = -f 2 | tr -d ' '
else
openssl dgst -$alg -binary | _base64
fi
else
_err "$alg is not supported yet"
return 1
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
if [ "$alg" = "sha256" ] ; then
openssl dgst -sha256 -sign "$keyfile" | _base64
else
_err "$alg is not supported yet"
return 1
fi
}
#keylength
_isEccKey() {
_length="$1"
if [ -z "$_length" ] ;then
return 1
fi
[ "$_length" != "1024" ] \
&& [ "$_length" != "2048" ] \
&& [ "$_length" != "3072" ] \
&& [ "$_length" != "4096" ] \
&& [ "$_length" != "8192" ]
}
# _createkey 2048|ec-256 file
_createkey() {
length="$1"
f="$2"
eccname="$length"
if _startswith "$length" "ec-" ; then
length=$(printf $length | cut -d '-' -f 2-100)
if [ "$length" = "256" ] ; then
eccname="prime256v1"
fi
if [ "$length" = "384" ] ; then
eccname="secp384r1"
fi
if [ "$length" = "521" ] ; then
eccname="secp521r1"
fi
fi
if [ -z "$length" ] ; then
length=2048
fi
_debug "Use length $length"
if _isEccKey "$length" ; then
_debug "Using ec name: $eccname"
openssl ecparam -name $eccname -genkey 2>/dev/null > "$f"
else
_debug "Using RSA: $length"
openssl genrsa $length 2>/dev/null > "$f"
fi
if [ "$?" != "0" ] ; then
_err "Create key error."
return 1
fi
}
#_createcsr cn san_list keyfile csrfile conf
_createcsr() {
_debug _createcsr
domain="$1"
domainlist="$2"
csrkey="$3"
csr="$4"
csrconf="$5"
_debug2 domain "$domain"
_debug2 domainlist "$domainlist"
_debug2 csrkey "$csrkey"
_debug2 csr "$csr"
_debug2 csrconf "$csrconf"
printf "[ req_distinguished_name ]\n[ req ]\ndistinguished_name = req_distinguished_name\nreq_extensions = v3_req\n[ v3_req ]\n\nkeyUsage = nonRepudiation, digitalSignature, keyEncipherment" > "$csrconf"
if [ -z "$domainlist" ] || [ "$domainlist" = "$NO_VALUE" ]; then
#single domain
_info "Single domain" "$domain"
else
if _contains "$domainlist" "," ; then
alt="DNS:$(echo $domainlist | sed "s/,/,DNS:/g")"
else
alt="DNS:$domainlist"
fi
#multi
_info "Multi domain" "$alt"
printf -- "\nsubjectAltName=$alt" >> "$csrconf"
fi
if [ "$Le_OCSP_Stable" ] ; then
_savedomainconf Le_OCSP_Stable "$Le_OCSP_Stable"
printf -- "\nbasicConstraints = CA:FALSE\n1.3.6.1.5.5.7.1.24=DER:30:03:02:01:05" >> "$csrconf"
fi
openssl req -new -sha256 -key "$csrkey" -subj "/CN=$domain" -config "$csrconf" -out "$csr"
}
#_signcsr key csr conf cert
_signcsr() {
key="$1"
csr="$2"
conf="$3"
cert="$4"
_debug "_signcsr"
_msg="$(openssl x509 -req -days 365 -in "$csr" -signkey "$key" -extensions v3_req -extfile "$conf" -out "$cert" 2>&1)"
_ret="$?"
_debug "$_msg"
return $_ret
}
#_csrfile
_readSubjectFromCSR() {
_csrfile="$1"
if [ -z "$_csrfile" ] ; then
_usage "_readSubjectFromCSR mycsr.csr"
return 1
fi
openssl req -noout -in "$_csrfile" -subject | _egrep_o "CN=.*" | cut -d = -f 2 | cut -d / -f 1 | tr -d '\n'
}
#_csrfile
#echo comma separated domain list
_readSubjectAltNamesFromCSR() {
_csrfile="$1"
if [ -z "$_csrfile" ] ; then
_usage "_readSubjectAltNamesFromCSR mycsr.csr"
return 1
fi
_csrsubj="$(_readSubjectFromCSR "$_csrfile")"
_debug _csrsubj "$_csrsubj"
_dnsAltnames="$(openssl req -noout -text -in "$_csrfile" | grep "^ *DNS:.*" | tr -d ' \n')"
_debug _dnsAltnames "$_dnsAltnames"
if _contains "$_dnsAltnames," "DNS:$_csrsubj," ; then
_debug "AltNames contains subject"
_dnsAltnames="$(printf "%s" "$_dnsAltnames," | sed "s/DNS:$_csrsubj,//g")"
else
_debug "AltNames doesn't contain subject"
fi
printf "%s" "$_dnsAltnames" | sed "s/DNS://g"
}
#_csrfile
_readKeyLengthFromCSR() {
_csrfile="$1"
if [ -z "$_csrfile" ] ; then
_usage "_readKeyLengthFromCSR mycsr.csr"
return 1
fi
_outcsr="$(openssl req -noout -text -in "$_csrfile")"
if _contains "$_outcsr" "Public Key Algorithm: id-ecPublicKey" ; then
_debug "ECC CSR"
echo "$_outcsr" | _egrep_o "^ *ASN1 OID:.*" | cut -d ':' -f 2 | tr -d ' '
else
_debug "RSA CSR"
echo "$_outcsr" | _egrep_o "^ *Public-Key:.*" | cut -d '(' -f 2 | cut -d ' ' -f 1
fi
}
_ss() {
_port="$1"
if _exists "ss" ; then
_debug "Using: ss"
ss -ntpl | grep ":$_port "
return 0
fi
if _exists "netstat" ; then
_debug "Using: netstat"
if netstat -h 2>&1 | grep "\-p proto" >/dev/null ; then
#for windows version netstat tool
netstat -an -p tcp | grep "LISTENING" | grep ":$_port "
else
if netstat -help 2>&1 | grep "\-p protocol" >/dev/null ; then
netstat -an -p tcp | grep LISTEN | grep ":$_port "
elif netstat -help 2>&1 | grep -- '-P protocol' >/dev/null ; then
#for solaris
netstat -an -P tcp | grep "\.$_port " | grep "LISTEN"
else
netstat -ntpl | grep ":$_port "
fi
fi
return 0
fi
return 1
}
#domain [password] [isEcc]
toPkcs() {
domain="$1"
pfxPassword="$2"
if [ -z "$domain" ] ; then
_usage "Usage: $PROJECT_ENTRY --toPkcs -d domain [--password pfx-password]"
return 1
fi
_isEcc="$3"
_initpath "$domain" "$_isEcc"
if [ "$pfxPassword" ] ; then
openssl pkcs12 -export -out "$CERT_PFX_PATH" -inkey "$CERT_KEY_PATH" -in "$CERT_PATH" -certfile "$CA_CERT_PATH" -password "pass:$pfxPassword"
else
openssl pkcs12 -export -out "$CERT_PFX_PATH" -inkey "$CERT_KEY_PATH" -in "$CERT_PATH" -certfile "$CA_CERT_PATH"
fi
if [ "$?" = "0" ] ; then
_info "Success, Pfx is exported to: $CERT_PFX_PATH"
fi
}
#[2048]
createAccountKey() {
_info "Creating account key"
if [ -z "$1" ] ; then
_usage "Usage: $PROJECT_ENTRY --createAccountKey --accountkeylength 2048"
return
fi
length=$1
if _isEccKey "$length" ; then
length=2048
fi
if [ -z "$length" ] || [ "$length" = "$NO_VALUE" ] ; then
_debug "Use default length 2048"
length=2048
fi
_debug length "$length"
_initpath
if [ -f "$ACCOUNT_KEY_PATH" ] ; then
_info "Account key exists, skip"
return
else
#generate account key
_createkey "$length" "$ACCOUNT_KEY_PATH"
fi
}
#domain [length]
createDomainKey() {
_info "Creating domain key"
if [ -z "$1" ] ; then
_usage "Usage: $PROJECT_ENTRY --createDomainKey -d domain.com [ --keylength 2048 ]"
return
fi
domain=$1
length=$2
_initpath $domain "$length"
if [ ! -f "$CERT_KEY_PATH" ] || ( [ "$FORCE" ] && ! [ "$IS_RENEW" ] ); then
_createkey "$length" "$CERT_KEY_PATH"
else
if [ "$IS_RENEW" ] ; then
_info "Domain key exists, skip"
return 0
else
_err "Domain key exists, do you want to overwrite the key?"
_err "Add '--force', and try again."
return 1
fi
fi
}
# domain domainlist isEcc
createCSR() {
_info "Creating csr"
if [ -z "$1" ] ; then
_usage "Usage: $PROJECT_ENTRY --createCSR -d domain1.com [-d domain2.com -d domain3.com ... ]"
return
fi
domain="$1"
domainlist="$2"
_isEcc="$3"
_initpath "$domain" "$_isEcc"
if [ -f "$CSR_PATH" ] && [ "$IS_RENEW" ] && [ -z "$FORCE" ]; then
_info "CSR exists, skip"
return
fi
if [ ! -f "$CERT_KEY_PATH" ] ; then
_err "The key file is not found: $CERT_KEY_PATH"
_err "Please create the key file first."
return 1
fi
_createcsr "$domain" "$domainlist" "$CERT_KEY_PATH" "$CSR_PATH" "$DOMAIN_SSL_CONF"
}
_urlencode() {
__n=$(cat)
echo $__n | tr '/+' '_-' | tr -d '= '
}
_time2str() {
#BSD
if date -u -d@$1 2>/dev/null ; then
return
fi
#Linux
if date -u -r $1 2>/dev/null ; then
return
fi
#Soaris
if _exists adb ; then
echo $(echo "0t${1}=Y" | adb)
fi
}
_normalizeJson() {
sed "s/\" *: *\([\"{\[]\)/\":\1/g" | sed "s/^ *\([^ ]\)/\1/" | tr -d "\r\n"
}
_stat() {
#Linux
if stat -c '%U:%G' "$1" 2>/dev/null ; then
return
fi
#BSD
if stat -f '%Su:%Sg' "$1" 2>/dev/null ; then
return
fi
return 1; #error, 'stat' not found
}
#keyfile
_calcjwk() {
keyfile="$1"
if [ -z "$keyfile" ] ; then
_usage "Usage: _calcjwk keyfile"
return 1
fi
EC_SIGN=""
if grep "BEGIN RSA PRIVATE KEY" "$keyfile" > /dev/null 2>&1 ; then
_debug "RSA key"
pub_exp=$(openssl rsa -in $keyfile -noout -text | grep "^publicExponent:"| cut -d '(' -f 2 | cut -d 'x' -f 2 | cut -d ')' -f 1)
if [ "${#pub_exp}" = "5" ] ; then
pub_exp=0$pub_exp
fi
_debug3 pub_exp "$pub_exp"
e=$(echo $pub_exp | _h2b | _base64)
_debug3 e "$e"
modulus=$(openssl rsa -in $keyfile -modulus -noout | cut -d '=' -f 2 )
_debug3 modulus "$modulus"
n="$(printf "%s" "$modulus"| _h2b | _base64 | _urlencode )"
jwk='{"e": "'$e'", "kty": "RSA", "n": "'$n'"}'
_debug3 jwk "$jwk"
HEADER='{"alg": "RS256", "jwk": '$jwk'}'
HEADERPLACE_PART1='{"nonce": "'
HEADERPLACE_PART2='", "alg": "RS256", "jwk": '$jwk'}'
elif grep "BEGIN EC PRIVATE KEY" "$keyfile" > /dev/null 2>&1 ; then
_debug "EC key"
EC_SIGN="1"
crv="$(openssl ec -in $keyfile -noout -text 2>/dev/null | grep "^NIST CURVE:" | cut -d ":" -f 2 | tr -d " \r\n")"
_debug3 crv "$crv"
pubi="$(openssl ec -in $keyfile -noout -text 2>/dev/null | grep -n pub: | cut -d : -f 1)"
pubi=$(_math $pubi + 1)
_debug3 pubi "$pubi"
pubj="$(openssl ec -in $keyfile -noout -text 2>/dev/null | grep -n "ASN1 OID:" | cut -d : -f 1)"
pubj=$(_math $pubj + 1)
_debug3 pubj "$pubj"
pubtext="$(openssl ec -in $keyfile -noout -text 2>/dev/null | sed -n "$pubi,${pubj}p" | tr -d " \n\r")"
_debug3 pubtext "$pubtext"
xlen="$(printf "$pubtext" | tr -d ':' | wc -c)"
xlen=$(_math $xlen / 4)
_debug3 xlen "$xlen"
xend=$(_math "$xend" + 1)
x="$(printf $pubtext | cut -d : -f 2-$xend)"
_debug3 x "$x"
x64="$(printf $x | tr -d : | _h2b | _base64 | _urlencode)"
_debug3 x64 "$x64"
xend=$(_math "$xend" + 1)
y="$(printf $pubtext | cut -d : -f $xend-10000)"
_debug3 y "$y"
y64="$(printf $y | tr -d : | _h2b | _base64 | _urlencode)"
_debug3 y64 "$y64"
jwk='{"kty": "EC", "crv": "'$crv'", "x": "'$x64'", "y": "'$y64'"}'
_debug3 jwk "$jwk"
HEADER='{"alg": "ES256", "jwk": '$jwk'}'
HEADERPLACE_PART1='{"nonce": "'
HEADERPLACE_PART2='", "alg": "ES256", "jwk": '$jwk'}'
else
_err "Only RSA or EC key is supported."
return 1
fi
_debug3 HEADER "$HEADER"
}
_time() {
date -u "+%s"
}
_mktemp() {
if _exists mktemp ; then
if mktemp 2>/dev/null ; then
return
elif _contains "$(mktemp 2>&1)" "-t prefix" && mktemp -t "$PROJECT_NAME" 2>/dev/null ; then
#for Mac osx
return
fi
fi
if [ -d "/tmp" ] ; then
echo "/tmp/${PROJECT_NAME}wefADf24sf.$(_time).tmp"
return 0
fi
_err "Can not create temp file."
}
_inithttp() {
if [ -z "$HTTP_HEADER" ] || ! touch "$HTTP_HEADER" ; then
HTTP_HEADER="$(_mktemp)"
_debug2 HTTP_HEADER "$HTTP_HEADER"
fi
if [ -z "$CURL" ] ; then
CURL="curl -L --silent --dump-header $HTTP_HEADER "
if [ "$DEBUG" ] && [ "$DEBUG" -ge "2" ] ; then
_CURL_DUMP="$(_mktemp)"
CURL="$CURL --trace-ascii $_CURL_DUMP "
fi
if [ "$CA_BUNDLE" ] ; then
CURL="$CURL --cacert $CA_BUNDLE "
fi
if [ "$HTTPS_INSECURE" ] ; then
CURL="$CURL --insecure "
fi
fi
if [ -z "$WGET" ] ; then
WGET="wget -q"
if [ "$DEBUG" ] && [ "$DEBUG" -ge "2" ] ; then
WGET="$WGET -d "
fi
if [ "$CA_BUNDLE" ] ; then
WGET="$WGET --ca-certificate $CA_BUNDLE "
fi
if [ "$HTTPS_INSECURE" ] ; then
WGET="$WGET --no-check-certificate "
fi
fi
}
# body url [needbase64] [POST|PUT]
_post() {
body="$1"
url="$2"
needbase64="$3"
httpmethod="$4"
if [ -z "$httpmethod" ] ; then
httpmethod="POST"
fi
_debug $httpmethod
_debug "url" "$url"
_debug2 "body" "$body"
_inithttp
if _exists "curl" ; then
_CURL="$CURL"
_debug "_CURL" "$_CURL"
if [ "$needbase64" ] ; then
response="$($_CURL --user-agent "$USER_AGENT" -X $httpmethod -H "$_H1" -H "$_H2" -H "$_H3" -H "$_H4" -H "$_H5" --data "$body" "$url" | _base64)"
else
response="$($_CURL --user-agent "$USER_AGENT" -X $httpmethod -H "$_H1" -H "$_H2" -H "$_H3" -H "$_H4" -H "$_H5" --data "$body" "$url" )"
fi
_ret="$?"
if [ "$_ret" != "0" ] ; then
_err "Please refer to https://curl.haxx.se/libcurl/c/libcurl-errors.html for error code: $_ret"
if [ "$DEBUG" ] && [ "$DEBUG" -ge "2" ] ; then
_err "Here is the curl dump log:"
_err "$(cat "$_CURL_DUMP")"
fi
fi
elif _exists "wget" ; then
_debug "WGET" "$WGET"
if [ "$needbase64" ] ; then
if [ "$httpmethod"="POST" ] ; then
response="$($WGET -S -O - --user-agent="$USER_AGENT" --header "$_H5" --header "$_H4" --header "$_H3" --header "$_H2" --header "$_H1" --post-data="$body" "$url" 2>"$HTTP_HEADER" | _base64)"
else
response="$($WGET -S -O - --user-agent="$USER_AGENT" --header "$_H5" --header "$_H4" --header "$_H3" --header "$_H2" --header "$_H1" --method $httpmethod --body-data="$body" "$url" 2>"$HTTP_HEADER" | _base64)"
fi
else
if [ "$httpmethod"="POST" ] ; then
response="$($WGET -S -O - --user-agent="$USER_AGENT" --header "$_H5" --header "$_H4" --header "$_H3" --header "$_H2" --header "$_H1" --post-data="$body" "$url" 2>"$HTTP_HEADER")"
else
response="$($WGET -S -O - --user-agent="$USER_AGENT" --header "$_H5" --header "$_H4" --header "$_H3" --header "$_H2" --header "$_H1" --method $httpmethod --body-data="$body" "$url" 2>"$HTTP_HEADER")"
fi
fi
_ret="$?"
if [ "$_ret" = "8" ] ; then
_ret=0
_debug "wget returns 8, the server returns a 'Bad request' respons, lets process the response later."
fi
if [ "$_ret" != "0" ] ; then
_err "Please refer to https://www.gnu.org/software/wget/manual/html_node/Exit-Status.html for error code: $_ret"
fi
_sed_i "s/^ *//g" "$HTTP_HEADER"
else
_ret="$?"
_err "Neither curl nor wget is found, can not do $httpmethod."
fi
_debug "_ret" "$_ret"
printf "%s" "$response"
return $_ret
}
# url getheader timeout
_get() {
_debug GET
url="$1"
onlyheader="$2"
t="$3"
_debug url $url
_debug "timeout" "$t"
_inithttp
if _exists "curl" ; then
_CURL="$CURL"
if [ "$t" ] ; then
_CURL="$_CURL --connect-timeout $t"
fi
_debug "_CURL" "$_CURL"
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
_err "Please refer to https://curl.haxx.se/libcurl/c/libcurl-errors.html for error code: $ret"
if [ "$DEBUG" ] && [ "$DEBUG" -ge "2" ] ; then
_err "Here is the curl dump log:"
_err "$(cat "$_CURL_DUMP")"
fi
fi
elif _exists "wget" ; then
_WGET="$WGET"
if [ "$t" ] ; then
_WGET="$_WGET --timeout=$t"
fi
_debug "_WGET" "$_WGET"
if [ "$onlyheader" ] ; then
$_WGET --user-agent="$USER_AGENT" --header "$_H5" --header "$_H4" --header "$_H3" --header "$_H2" --header "$_H1" -S -O /dev/null $url 2>&1 | sed 's/^[ ]*//g'
else
$_WGET --user-agent="$USER_AGENT" --header "$_H5" --header "$_H4" --header "$_H3" --header "$_H2" --header "$_H1" -O - $url
fi
ret=$?
if [ "$_ret" = "8" ] ; then
_ret=0
_debug "wget returns 8, the server returns a 'Bad request' respons, lets process the response later."
fi
if [ "$ret" != "0" ] ; then
_err "Please refer to https://www.gnu.org/software/wget/manual/html_node/Exit-Status.html for error code: $ret"
fi
else
ret=$?
_err "Neither curl nor wget is found, can not do GET."
fi
_debug "ret" "$ret"
return $ret
}
_head_n() {
head -n $1
}
_tail_n() {
tail -n $1
}
# url payload needbase64 keyfile
_send_signed_request() {
url=$1
payload=$2
needbase64=$3
keyfile=$4
if [ -z "$keyfile" ] ; then
keyfile="$ACCOUNT_KEY_PATH"
fi
_debug url $url
_debug payload "$payload"
if ! _calcjwk "$keyfile" ; then
return 1
fi
payload64=$(printf "%s" "$payload" | _base64 | _urlencode)
_debug3 payload64 $payload64
nonceurl="$API/directory"
_headers="$(_get $nonceurl "onlyheader")"
if [ "$?" != "0" ] ; then
_err "Can not connect to $nonceurl to get nonce."
return 1
fi
_debug3 _headers "$_headers"
nonce="$( echo "$_headers" | grep "Replay-Nonce:" | _head_n 1 | tr -d "\r\n " | cut -d ':' -f 2)"
_debug3 nonce "$nonce"
protected="$HEADERPLACE_PART1$nonce$HEADERPLACE_PART2"
_debug3 protected "$protected"
protected64="$(printf "$protected" | _base64 | _urlencode)"
_debug3 protected64 "$protected64"
sig=$(printf "%s" "$protected64.$payload64" | _sign "$keyfile" "sha256" | _urlencode)
_debug3 sig "$sig"
body="{\"header\": $HEADER, \"protected\": \"$protected64\", \"payload\": \"$payload64\", \"signature\": \"$sig\"}"
_debug3 body "$body"
response="$(_post "$body" $url "$needbase64")"
if [ "$?" != "0" ] ; then
_err "Can not post to $url"
return 1
fi
_debug2 original "$response"
response="$( echo "$response" | _normalizeJson )"
responseHeaders="$(cat $HTTP_HEADER)"
_debug2 responseHeaders "$responseHeaders"
_debug2 response "$response"
code="$(grep "^HTTP" $HTTP_HEADER | _tail_n 1 | cut -d " " -f 2 | tr -d "\r\n" )"
_debug code $code
}
#setopt "file" "opt" "=" "value" [";"]
_setopt() {
__conf="$1"
__opt="$2"
__sep="$3"
__val="$4"
__end="$5"
if [ -z "$__opt" ] ; then
_usage usage: _setopt '"file" "opt" "=" "value" [";"]'
return
fi
if [ ! -f "$__conf" ] ; then
touch "$__conf"
fi
if grep -n "^$__opt$__sep" "$__conf" > /dev/null ; then
_debug3 OK
if _contains "$__val" "&" ; then
__val="$(echo $__val | sed 's/&/\\&/g')"
fi
text="$(cat $__conf)"
echo "$text" | sed "s|^$__opt$__sep.*$|$__opt$__sep$__val$__end|" > "$__conf"
elif grep -n "^#$__opt$__sep" "$__conf" > /dev/null ; then
if _contains "$__val" "&" ; then
__val="$(echo $__val | sed 's/&/\\&/g')"
fi
text="$(cat $__conf)"
echo "$text" | sed "s|^#$__opt$__sep.*$|$__opt$__sep$__val$__end|" > "$__conf"
else
_debug3 APP
echo "$__opt$__sep$__val$__end" >> "$__conf"
fi
_debug2 "$(grep -n "^$__opt$__sep" $__conf)"
}
#_savedomainconf key value
#save to domain.conf
_savedomainconf() {
_sdkey="$1"
_sdvalue="$2"
if [ "$DOMAIN_CONF" ] ; then
_setopt "$DOMAIN_CONF" "$_sdkey" "=" "\"$_sdvalue\""
else
_err "DOMAIN_CONF is empty, can not save $_sdkey=$_sdvalue"
fi
}
#_cleardomainconf key
_cleardomainconf() {
_sdkey="$1"
if [ "$DOMAIN_CONF" ] ; then
_sed_i "s/^$_sdkey.*$//" "$DOMAIN_CONF"
else
_err "DOMAIN_CONF is empty, can not save $_sdkey=$value"
fi
}
#_readdomainconf key
_readdomainconf() {
_sdkey="$1"
if [ "$DOMAIN_CONF" ] ; then
(
eval $(grep "^$_sdkey *=" "$DOMAIN_CONF")
eval "printf \"%s\" \"\$$_sdkey\""
)
else
_err "DOMAIN_CONF is empty, can not read $_sdkey"
fi
}
#_saveaccountconf key value
_saveaccountconf() {
_sckey="$1"
_scvalue="$2"
if [ "$ACCOUNT_CONF_PATH" ] ; then
_setopt "$ACCOUNT_CONF_PATH" "$_sckey" "=" "\"$_scvalue\""
else
_err "ACCOUNT_CONF_PATH is empty, can not save $_sckey=$_scvalue"
fi
}
#_clearaccountconf key
_clearaccountconf() {
_scvalue="$1"
if [ "$ACCOUNT_CONF_PATH" ] ; then
_sed_i "s/^$_scvalue.*$//" "$ACCOUNT_CONF_PATH"
else
_err "ACCOUNT_CONF_PATH is empty, can not clear $_scvalue"
fi
}
# content localaddress
_startserver() {
content="$1"
ncaddr="$2"
_debug "ncaddr" "$ncaddr"
_debug "startserver: $$"
nchelp="$(nc -h 2>&1)"
if echo "$nchelp" | grep "\-q[ ,]" >/dev/null ; then
_NC="nc -q 1 -l $ncaddr"
else
if echo "$nchelp" | grep "GNU netcat" >/dev/null && echo "$nchelp" | grep "\-c, \-\-close" >/dev/null ; then
_NC="nc -c -l $ncaddr"
elif echo "$nchelp" | grep "\-N" |grep "Shutdown the network socket after EOF on stdin" >/dev/null ; then
_NC="nc -N -l $ncaddr"
else
_NC="nc -l $ncaddr"
fi
fi
_debug Le_HTTPPort "$Le_HTTPPort"
_debug Le_Listen_V4 "$Le_Listen_V4"
_debug Le_Listen_V6 "$Le_Listen_V6"
if [ "$Le_Listen_V4" ] ; then
_NC="$_NC -4"
elif [ "$Le_Listen_V6" ] ; then
_NC="$_NC -6"
fi
_debug "_NC" "$_NC"
# while true ; do
if [ "$DEBUG" ] ; then
if ! printf "HTTP/1.1 200 OK\r\n\r\n$content" | $_NC -p $Le_HTTPPort ; then
printf "HTTP/1.1 200 OK\r\n\r\n$content" | $_NC $Le_HTTPPort ;
fi
else
if ! printf "HTTP/1.1 200 OK\r\n\r\n$content" | $_NC -p $Le_HTTPPort > /dev/null 2>&1; then
printf "HTTP/1.1 200 OK\r\n\r\n$content" | $_NC $Le_HTTPPort > /dev/null 2>&1
fi
fi
if [ "$?" != "0" ] ; then
_err "nc listen error."
exit 1
fi
# done
}
_stopserver(){
pid="$1"
_debug "pid" "$pid"
if [ -z "$pid" ] ; then
return
fi
_debug2 "Le_HTTPPort" "$Le_HTTPPort"
if [ "$Le_HTTPPort" ] ; then
if [ "$DEBUG" ] && [ "$DEBUG" -gt "3" ] ; then
_get "http://localhost:$Le_HTTPPort" "" 1
else
_get "http://localhost:$Le_HTTPPort" "" 1 >/dev/null 2>&1
fi
fi
_debug2 "Le_TLSPort" "$Le_TLSPort"
if [ "$Le_TLSPort" ] ; then
if [ "$DEBUG" ] && [ "$DEBUG" -gt "3" ] ; then
_get "https://localhost:$Le_TLSPort" "" 1
_get "https://localhost:$Le_TLSPort" "" 1
else
_get "https://localhost:$Le_TLSPort" "" 1 >/dev/null 2>&1
_get "https://localhost:$Le_TLSPort" "" 1 >/dev/null 2>&1
fi
fi
}
# sleep sec
_sleep() {
_sleep_sec="$1"
if [ "$__INTERACTIVE" ] ; then
_sleep_c="$_sleep_sec"
while [ "$_sleep_c" -ge "0" ] ;
do
printf "\r \r"
__green "$_sleep_c"
_sleep_c="$(_math $_sleep_c - 1)"
sleep 1
done
printf "\r"
else
sleep "$_sleep_sec"
fi
}
# _starttlsserver san_a san_b port content _ncaddr
_starttlsserver() {
_info "Starting tls server."
san_a="$1"
san_b="$2"
port="$3"
content="$4"
opaddr="$5"
_debug san_a "$san_a"
_debug san_b "$san_b"
_debug port "$port"
#create key TLS_KEY
if ! _createkey "2048" "$TLS_KEY" ; then
_err "Create tls validation key error."
return 1
fi
#create csr
alt="$san_a"
if [ "$san_b" ] ; then
alt="$alt,$san_b"
fi
if ! _createcsr "tls.acme.sh" "$alt" "$TLS_KEY" "$TLS_CSR" "$TLS_CONF" ; then
_err "Create tls validation csr error."
return 1
fi
#self signed
if ! _signcsr "$TLS_KEY" "$TLS_CSR" "$TLS_CONF" "$TLS_CERT" ; then
_err "Create tls validation cert error."
return 1
fi
__S_OPENSSL="openssl s_server -cert $TLS_CERT -key $TLS_KEY "
if [ "$opaddr" ] ; then
__S_OPENSSL="$__S_OPENSSL -accept $opaddr:$port"
else
__S_OPENSSL="$__S_OPENSSL -accept $port"
fi
_debug Le_Listen_V4 "$Le_Listen_V4"
_debug Le_Listen_V6 "$Le_Listen_V6"
if [ "$Le_Listen_V4" ] ; then
__S_OPENSSL="$__S_OPENSSL -4"
elif [ "$Le_Listen_V6" ] ; then
__S_OPENSSL="$__S_OPENSSL -6"
fi
#start openssl
_debug "$__S_OPENSSL"
if [ "$DEBUG" ] && [ "$DEBUG" -ge "2" ] ; then
(printf "HTTP/1.1 200 OK\r\n\r\n$content" | $__S_OPENSSL -tlsextdebug ) &
else
(printf "HTTP/1.1 200 OK\r\n\r\n$content" | $__S_OPENSSL >/dev/null 2>&1) &
fi
serverproc="$!"
sleep 2
_debug serverproc $serverproc
}
#file
_readlink() {
_rf="$1"
if ! readlink -f "$_rf" 2>/dev/null; then
if _startswith "$_rf" "\./$PROJECT_ENTRY" ; then
printf -- "%s" "$(pwd)/$PROJECT_ENTRY"
return 0
fi
readlink "$_rf"
fi
}
__initHome() {
if [ -z "$_SCRIPT_HOME" ] ; then
if _exists readlink && _exists dirname ; then
_debug "Lets guess script dir."
_debug "_SCRIPT_" "$_SCRIPT_"
_script="$(_readlink "$_SCRIPT_")"
_debug "_script" "$_script"
_script_home="$(dirname "$_script")"
_debug "_script_home" "$_script_home"
if [ -d "$_script_home" ] ; then
_SCRIPT_HOME="$_script_home"
else
_err "It seems the script home is not correct:$_script_home"
fi
fi
fi
if [ -z "$LE_WORKING_DIR" ] ; then
if [ -f "$DEFAULT_INSTALL_HOME/account.conf" ] ; then
_debug "It seems that $PROJECT_NAME is already installed in $DEFAULT_INSTALL_HOME"
LE_WORKING_DIR="$DEFAULT_INSTALL_HOME"
else
LE_WORKING_DIR="$_SCRIPT_HOME"
fi
fi
if [ -z "$LE_WORKING_DIR" ] ; then
_debug "Using default home:$DEFAULT_INSTALL_HOME"
LE_WORKING_DIR="$DEFAULT_INSTALL_HOME"
fi
export LE_WORKING_DIR
_DEFAULT_ACCOUNT_CONF_PATH="$LE_WORKING_DIR/account.conf"
if [ -z "$ACCOUNT_CONF_PATH" ] ; then
if [ -f "$_DEFAULT_ACCOUNT_CONF_PATH" ] ; then
. "$_DEFAULT_ACCOUNT_CONF_PATH"
fi
fi
if [ -z "$ACCOUNT_CONF_PATH" ] ; then
ACCOUNT_CONF_PATH="$_DEFAULT_ACCOUNT_CONF_PATH"
fi
DEFAULT_LOG_FILE="$LE_WORKING_DIR/$PROJECT_NAME.log"
DEFAULT_CA_HOME="$LE_WORKING_DIR/ca"
}
#[domain] [keylength]
_initpath() {
__initHome
if [ -f "$ACCOUNT_CONF_PATH" ] ; then
. "$ACCOUNT_CONF_PATH"
fi
if [ "$IN_CRON" ] ; then
if [ ! "$_USER_PATH_EXPORTED" ] ; then
_USER_PATH_EXPORTED=1
export PATH="$USER_PATH:$PATH"
fi
fi
if [ -z "$CA_HOME" ] ; then
CA_HOME="$DEFAULT_CA_HOME"
fi
if [ -z "$API" ] ; then
if [ -z "$STAGE" ] ; then
API="$DEFAULT_CA"
else
API="$STAGE_CA"
_info "Using stage api:$API"
fi
fi
_API_HOST="$(echo "$API" | cut -d : -f 2 | tr -d '/')"
CA_DIR="$CA_HOME/$_API_HOST"
_DEFAULT_CA_CONF="$CA_DIR/ca.conf"
if [ -z "$CA_CONF" ] ; then
CA_CONF="$_DEFAULT_CA_CONF"
fi
if [ -f "$CA_CONF" ] ; then
. "$CA_CONF"
fi
if [ -z "$ACME_DIR" ] ; then
ACME_DIR="/home/.acme"
fi
if [ -z "$APACHE_CONF_BACKUP_DIR" ] ; then
APACHE_CONF_BACKUP_DIR="$LE_WORKING_DIR"
fi
if [ -z "$USER_AGENT" ] ; then
USER_AGENT="$DEFAULT_USER_AGENT"
fi
if [ -z "$HTTP_HEADER" ] ; then
HTTP_HEADER="$LE_WORKING_DIR/http.header"
fi
_OLD_ACCOUNT_KEY="$LE_WORKING_DIR/account.key"
_OLD_ACCOUNT_JSON="$LE_WORKING_DIR/account.json"
_DEFAULT_ACCOUNT_KEY_PATH="$CA_DIR/account.key"
_DEFAULT_ACCOUNT_JSON_PATH="$CA_DIR/account.json"
if [ -z "$ACCOUNT_KEY_PATH" ] ; then
ACCOUNT_KEY_PATH="$_DEFAULT_ACCOUNT_KEY_PATH"
fi
if [ -z "$ACCOUNT_JSON_PATH" ] ; then
ACCOUNT_JSON_PATH="$_DEFAULT_ACCOUNT_JSON_PATH"
fi
_DEFAULT_CERT_HOME="$LE_WORKING_DIR"
if [ -z "$CERT_HOME" ] ; then
CERT_HOME="$_DEFAULT_CERT_HOME"
fi
if [ -z "$1" ] ; then
return 0
fi
mkdir -p "$CA_DIR"
domain="$1"
_ilength="$2"
if [ -z "$DOMAIN_PATH" ] ; then
domainhome="$CERT_HOME/$domain"
domainhomeecc="$CERT_HOME/$domain$ECC_SUFFIX"
DOMAIN_PATH="$domainhome"
if _isEccKey "$_ilength" ; then
DOMAIN_PATH="$domainhomeecc"
else
if [ ! -d "$domainhome" ] && [ -d "$domainhomeecc" ] ; then
_info "The domain '$domain' seems to have a ECC cert already, please add '$(__red "--ecc")' parameter if you want to use that cert."
fi
fi
_debug DOMAIN_PATH "$DOMAIN_PATH"
fi
if [ ! -d "$DOMAIN_PATH" ] ; then
if ! mkdir -p "$DOMAIN_PATH" ; then
_err "Can not create domain path: $DOMAIN_PATH"
return 1
fi
fi
if [ -z "$DOMAIN_CONF" ] ; then
DOMAIN_CONF="$DOMAIN_PATH/$domain.conf"
fi
if [ -z "$DOMAIN_SSL_CONF" ] ; then
DOMAIN_SSL_CONF="$DOMAIN_PATH/$domain.csr.conf"
fi
if [ -z "$CSR_PATH" ] ; then
CSR_PATH="$DOMAIN_PATH/$domain.csr"
fi
if [ -z "$CERT_KEY_PATH" ] ; then
CERT_KEY_PATH="$DOMAIN_PATH/$domain.key"
fi
if [ -z "$CERT_PATH" ] ; then
CERT_PATH="$DOMAIN_PATH/$domain.cer"
fi
if [ -z "$CA_CERT_PATH" ] ; then
CA_CERT_PATH="$DOMAIN_PATH/ca.cer"
fi
if [ -z "$CERT_FULLCHAIN_PATH" ] ; then
CERT_FULLCHAIN_PATH="$DOMAIN_PATH/fullchain.cer"
fi
if [ -z "$CERT_PFX_PATH" ] ; then
CERT_PFX_PATH="$DOMAIN_PATH/$domain.pfx"
fi
if [ -z "$TLS_CONF" ] ; then
TLS_CONF="$DOMAIN_PATH/tls.valdation.conf"
fi
if [ -z "$TLS_CERT" ] ; then
TLS_CERT="$DOMAIN_PATH/tls.valdation.cert"
fi
if [ -z "$TLS_KEY" ] ; then
TLS_KEY="$DOMAIN_PATH/tls.valdation.key"
fi
if [ -z "$TLS_CSR" ] ; then
TLS_CSR="$DOMAIN_PATH/tls.valdation.csr"
fi
}
_apachePath() {
_APACHECTL="apachectl"
if ! _exists apachectl ; then
if _exists apache2ctl ; then
_APACHECTL="apache2ctl"
else
_err "'apachectl not found. It seems that apache is not installed, or you are not root user.'"
_err "Please use webroot mode to try again."
return 1
fi
fi
httpdconfname="$($_APACHECTL -V | grep SERVER_CONFIG_FILE= | cut -d = -f 2 | tr -d '"' )"
_debug httpdconfname "$httpdconfname"
if _startswith "$httpdconfname" '/' ; then
httpdconf="$httpdconfname"
httpdconfname="$(basename $httpdconfname)"
else
httpdroot="$($_APACHECTL -V | grep HTTPD_ROOT= | cut -d = -f 2 | tr -d '"' )"
_debug httpdroot "$httpdroot"
httpdconf="$httpdroot/$httpdconfname"
httpdconfname="$(basename $httpdconfname)"
fi
_debug httpdconf "$httpdconf"
_debug httpdconfname "$httpdconfname"
if [ ! -f "$httpdconf" ] ; then
_err "Apache Config file not found" "$httpdconf"
return 1
fi
return 0
}
_restoreApache() {
if [ -z "$usingApache" ] ; then
return 0
fi
_initpath
if ! _apachePath ; then
return 1
fi
if [ ! -f "$APACHE_CONF_BACKUP_DIR/$httpdconfname" ] ; then
_debug "No config file to restore."
return 0
fi
cat "$APACHE_CONF_BACKUP_DIR/$httpdconfname" > "$httpdconf"
_debug "Restored: $httpdconf."
if ! $_APACHECTL -t >/dev/null 2>&1 ; then
_err "Sorry, restore apache config error, please contact me."
return 1;
fi
_debug "Restored successfully."
rm -f "$APACHE_CONF_BACKUP_DIR/$httpdconfname"
return 0
}
_setApache() {
_initpath
if ! _apachePath ; then
return 1
fi
#test the conf first
_info "Checking if there is an error in the apache config file before starting."
_msg="$($_APACHECTL -t 2>&1 )"
if [ "$?" != "0" ] ; then
_err "Sorry, apache config file has error, please fix it first, then try again."
_err "Don't worry, there is nothing changed to your system."
_err "$_msg"
return 1;
else
_info "OK"
fi
#backup the conf
_debug "Backup apache config file" "$httpdconf"
if ! cp "$httpdconf" "$APACHE_CONF_BACKUP_DIR/" ; then
_err "Can not backup apache config file, so abort. Don't worry, the apache config is not changed."
_err "This might be a bug of $PROJECT_NAME , pleae report issue: $PROJECT"
return 1
fi
_info "JFYI, Config file $httpdconf is backuped to $APACHE_CONF_BACKUP_DIR/$httpdconfname"
_info "In case there is an error that can not be restored automatically, you may try restore it yourself."
_info "The backup file will be deleted on sucess, just forget it."
#add alias
apacheVer="$($_APACHECTL -V | grep "Server version:" | cut -d : -f 2 | cut -d " " -f 2 | cut -d '/' -f 2 )"
_debug "apacheVer" "$apacheVer"
apacheMajer="$(echo "$apacheVer" | cut -d . -f 1)"
apacheMinor="$(echo "$apacheVer" | cut -d . -f 2)"
if [ "$apacheVer" ] && [ "$apacheMajer$apacheMinor" -ge "24" ] ; then
echo "
Alias /.well-known/acme-challenge $ACME_DIR
<Directory $ACME_DIR >
Require all granted
</Directory>
" >> "$httpdconf"
else
echo "
Alias /.well-known/acme-challenge $ACME_DIR
<Directory $ACME_DIR >
Order allow,deny
Allow from all
</Directory>
" >> "$httpdconf"
fi
_msg="$($_APACHECTL -t 2>&1 )"
if [ "$?" != "0" ] ; then
_err "Sorry, apache config error"
if _restoreApache ; then
_err "The apache config file is restored."
else
_err "Sorry, The apache config file can not be restored, please report bug."
fi
return 1;
fi
if [ ! -d "$ACME_DIR" ] ; then
mkdir -p "$ACME_DIR"
chmod 755 "$ACME_DIR"
fi
if ! $_APACHECTL graceful ; then
_err "Sorry, $_APACHECTL graceful error, please contact me."
_restoreApache
return 1;
fi
usingApache="1"
return 0
}
_clearup() {
_stopserver $serverproc
serverproc=""
_restoreApache
if [ -z "$DEBUG" ] ; then
rm -f "$TLS_CONF"
rm -f "$TLS_CERT"
rm -f "$TLS_KEY"
rm -f "$TLS_CSR"
fi
}
# webroot removelevel tokenfile
_clearupwebbroot() {
__webroot="$1"
if [ -z "$__webroot" ] ; then
_debug "no webroot specified, skip"
return 0
fi
_rmpath=""
if [ "$2" = '1' ] ; then
_rmpath="$__webroot/.well-known"
elif [ "$2" = '2' ] ; then
_rmpath="$__webroot/.well-known/acme-challenge"
elif [ "$2" = '3' ] ; then
_rmpath="$__webroot/.well-known/acme-challenge/$3"
else
_debug "Skip for removelevel:$2"
fi
if [ "$_rmpath" ] ; then
if [ "$DEBUG" ] ; then
_debug "Debugging, skip removing: $_rmpath"
else
rm -rf "$_rmpath"
fi
fi
return 0
}
_on_before_issue() {
_debug _on_before_issue
if _hasfield "$Le_Webroot" "$NO_VALUE" ; then
if ! _exists "nc" ; then
_err "Please install netcat(nc) tools first."
return 1
fi
elif ! _hasfield "$Le_Webroot" "$W_TLS" ; then
#no need to check anymore
return 0
fi
_debug Le_LocalAddress "$Le_LocalAddress"
alldomains=$(echo "$Le_Domain,$Le_Alt" | tr ',' ' ' )
_index=1
_currentRoot=""
_addrIndex=1
for d in $alldomains
do
_debug "Check for domain" $d
_currentRoot="$(_getfield "$Le_Webroot" $_index)"
_debug "_currentRoot" "$_currentRoot"
_index=$(_math $_index + 1)
_checkport=""
if [ "$_currentRoot" = "$NO_VALUE" ] ; then
_info "Standalone mode."
if [ -z "$Le_HTTPPort" ] ; then
Le_HTTPPort=80
else
_savedomainconf "Le_HTTPPort" "$Le_HTTPPort"
fi
_checkport="$Le_HTTPPort"
elif [ "$_currentRoot" = "$W_TLS" ] ; then
_info "Standalone tls mode."
if [ -z "$Le_TLSPort" ] ; then
Le_TLSPort=443
else
_savedomainconf "Le_TLSPort" "$Le_TLSPort"
fi
_checkport="$Le_TLSPort"
fi
if [ "$_checkport" ] ; then
_debug _checkport "$_checkport"
_checkaddr="$(_getfield "$Le_LocalAddress" $_addrIndex)"
_debug _checkaddr "$_checkaddr"
_addrIndex="$(_math $_addrIndex + 1)"
_netprc="$(_ss "$_checkport" | grep "$_checkport")"
netprc="$(echo "$_netprc" | grep "$_checkaddr")"
if [ -z "$netprc" ] ; then
netprc="$(echo "$_netprc" | grep "$LOCAL_ANY_ADDRESS")"
fi
if [ "$netprc" ] ; then
_err "$netprc"
_err "tcp port $_checkport is already used by $(echo "$netprc" | cut -d : -f 4)"
_err "Please stop it first"
return 1
fi
fi
done
if _hasfield "$Le_Webroot" "apache" ; then
if ! _setApache ; then
_err "set up apache error. Report error to me."
return 1
fi
else
usingApache=""
fi
#run pre hook
if [ "$Le_PreHook" ] ; then
_info "Run pre hook:'$Le_PreHook'"
if ! (
cd "$DOMAIN_PATH" && eval "$Le_PreHook"
) ; then
_err "Error when run pre hook."
return 1
fi
fi
}
_on_issue_err() {
_debug _on_issue_err
if [ "$LOG_FILE" ] ; then
_err "Please check log file for more details: $LOG_FILE"
else
_err "Please use add '--debug' or '--log' to check more details."
_err "See: $_DEBUG_WIKI"
fi
#run the post hook
if [ "$Le_PostHook" ] ; then
_info "Run post hook:'$Le_PostHook'"
if ! (
cd "$DOMAIN_PATH" && eval "$Le_PostHook"
) ; then
_err "Error when run post hook."
return 1
fi
fi
}
_on_issue_success() {
_debug _on_issue_success
#run the post hook
if [ "$Le_PostHook" ] ; then
_info "Run post hook:'$Le_PostHook'"
if ! (
cd "$DOMAIN_PATH" && eval "$Le_PostHook"
) ; then
_err "Error when run post hook."
return 1
fi
fi
#run renew hook
if [ "$IS_RENEW" ] && [ "$Le_RenewHook" ] ; then
_info "Run renew hook:'$Le_RenewHook'"
if ! (
cd "$DOMAIN_PATH" && eval "$Le_RenewHook"
) ; then
_err "Error when run renew hook."
return 1
fi
fi
}
updateaccount() {
_initpath
_regAccount
}
registeraccount() {
_initpath
_regAccount
}
_regAccount() {
_initpath
if [ ! -f "$ACCOUNT_KEY_PATH" ] && [ -f "$_OLD_ACCOUNT_KEY" ]; then
_info "mv $_OLD_ACCOUNT_KEY to $ACCOUNT_KEY_PATH"
mv "$_OLD_ACCOUNT_KEY" "$ACCOUNT_KEY_PATH"
fi
if [ ! -f "$ACCOUNT_JSON_PATH" ] && [ -f "$_OLD_ACCOUNT_JSON" ]; then
_info "mv $_OLD_ACCOUNT_JSON to $ACCOUNT_JSON_PATH"
mv "$_OLD_ACCOUNT_JSON" "$ACCOUNT_JSON_PATH"
fi
if [ ! -f "$ACCOUNT_KEY_PATH" ] ; then
_acck="no"
if [ "$Le_Keylength" ] ; then
_acck="$Le_Keylength"
fi
if ! createAccountKey "$_acck" ; then
_err "Create account key error."
return 1
fi
fi
if ! _calcjwk "$ACCOUNT_KEY_PATH" ; then
return 1
fi
_updateTos=""
_reg_res="new-reg"
while true ;
do
_debug AGREEMENT "$AGREEMENT"
accountkey_json=$(printf "%s" "$jwk" | tr -d ' ' )
thumbprint=$(printf "%s" "$accountkey_json" | _digest "sha256" | _urlencode)
regjson='{"resource": "'$_reg_res'", "agreement": "'$AGREEMENT'"}'
if [ "$ACCOUNT_EMAIL" ] ; then
regjson='{"resource": "'$_reg_res'", "contact": ["mailto: '$ACCOUNT_EMAIL'"], "agreement": "'$AGREEMENT'"}'
fi
if [ -z "$_updateTos" ] ; then
_info "Registering account"
if ! _send_signed_request "$API/acme/new-reg" "$regjson" ; then
_err "Register account Error: $response"
return 1
fi
if [ "$code" = "" ] || [ "$code" = '201' ] ; then
echo "$response" > $ACCOUNT_JSON_PATH
_info "Registered"
elif [ "$code" = '409' ] ; then
_info "Already registered"
else
_err "Register account Error: $response"
return 1
fi
_accUri="$(echo "$responseHeaders" | grep "^Location:" | _head_n 1 | cut -d ' ' -f 2| tr -d "\r\n")"
_debug "_accUri" "$_accUri"
_tos="$(echo "$responseHeaders" | grep "^Link:.*rel=\"terms-of-service\"" | _head_n 1 | _egrep_o "<.*>" | tr -d '<>')"
_debug "_tos" "$_tos"
if [ -z "$_tos" ] ; then
_debug "Use default tos: $DEFAULT_AGREEMENT"
_tos="$DEFAULT_AGREEMENT"
fi
if [ "$_tos" != "$AGREEMENT" ]; then
_updateTos=1
AGREEMENT="$_tos"
_reg_res="reg"
continue
fi
else
_debug "Update tos: $_tos"
if ! _send_signed_request "$_accUri" "$regjson" ; then
_err "Update tos error."
return 1
fi
if [ "$code" = '202' ] ; then
_info "Update success."
else
_err "Update error."
return 1
fi
fi
return 0
done
}
#webroot, domain domainlist keylength
issue() {
if [ -z "$2" ] ; then
_usage "Usage: $PROJECT_ENTRY --issue -d a.com -w /path/to/webroot/a.com/ "
return 1
fi
Le_Webroot="$1"
Le_Domain="$2"
Le_Alt="$3"
Le_Keylength="$4"
Le_RealCertPath="$5"
Le_RealKeyPath="$6"
Le_RealCACertPath="$7"
Le_ReloadCmd="$8"
Le_RealFullChainPath="$9"
Le_PreHook="${10}"
Le_PostHook="${11}"
Le_RenewHook="${12}"
Le_LocalAddress="${13}"
#remove these later.
if [ "$Le_Webroot" = "dns-cf" ] ; then
Le_Webroot="dns_cf"
fi
if [ "$Le_Webroot" = "dns-dp" ] ; then
Le_Webroot="dns_dp"
fi
if [ "$Le_Webroot" = "dns-cx" ] ; then
Le_Webroot="dns_cx"
fi
_debug "Using api: $API"
if [ ! "$IS_RENEW" ] ; then
_initpath $Le_Domain "$Le_Keylength"
mkdir -p "$DOMAIN_PATH"
fi
if [ -f "$DOMAIN_CONF" ] ; then
Le_NextRenewTime=$(_readdomainconf Le_NextRenewTime)
_debug Le_NextRenewTime "$Le_NextRenewTime"
if [ -z "$FORCE" ] && [ "$Le_NextRenewTime" ] && [ $(_time) -lt $Le_NextRenewTime ] ; then
_info "Skip, Next renewal time is: $(__green "$(_readdomainconf Le_NextRenewTimeStr)")"
_info "Add '$(__red '--force')' to force to renew."
return $RENEW_SKIP
fi
fi
_savedomainconf "Le_Domain" "$Le_Domain"
_savedomainconf "Le_Alt" "$Le_Alt"
_savedomainconf "Le_Webroot" "$Le_Webroot"
_savedomainconf "Le_PreHook" "$Le_PreHook"
_savedomainconf "Le_PostHook" "$Le_PostHook"
_savedomainconf "Le_RenewHook" "$Le_RenewHook"
_savedomainconf "Le_LocalAddress" "$Le_LocalAddress"
Le_API="$API"
_savedomainconf "Le_API" "$Le_API"
if [ "$Le_Alt" = "$NO_VALUE" ] ; then
Le_Alt=""
fi
if [ "$Le_Keylength" = "$NO_VALUE" ] ; then
Le_Keylength=""
fi
if ! _on_before_issue ; then
_err "_on_before_issue."
return 1
fi
if ! _regAccount ; then
_on_issue_err
return 1
fi
if [ -f "$CSR_PATH" ] && [ ! -f "$CERT_KEY_PATH" ] ; then
_info "Signing from existing CSR."
else
_key=$(_readdomainconf Le_Keylength)
_debug "Read key length:$_key"
if [ ! -f "$CERT_KEY_PATH" ] || [ "$Le_Keylength" != "$_key" ] ; then
if ! createDomainKey $Le_Domain $Le_Keylength ; then
_err "Create domain key error."
_clearup
_on_issue_err
return 1
fi
fi
if ! _createcsr "$Le_Domain" "$Le_Alt" "$CERT_KEY_PATH" "$CSR_PATH" "$DOMAIN_SSL_CONF" ; then
_err "Create CSR error."
_clearup
_on_issue_err
return 1
fi
fi
_savedomainconf "Le_Keylength" "$Le_Keylength"
vlist="$Le_Vlist"
# verify each domain
_info "Verify each domain"
sep='#'
if [ -z "$vlist" ] ; then
alldomains=$(echo "$Le_Domain,$Le_Alt" | tr ',' ' ' )
_index=1
_currentRoot=""
for d in $alldomains
do
_info "Getting webroot for domain" $d
_w="$(echo $Le_Webroot | cut -d , -f $_index)"
_info _w "$_w"
if [ "$_w" ] ; then
_currentRoot="$_w"
fi
_debug "_currentRoot" "$_currentRoot"
_index=$(_math $_index + 1)
vtype="$VTYPE_HTTP"
if _startswith "$_currentRoot" "dns" ; then
vtype="$VTYPE_DNS"
fi
if [ "$_currentRoot" = "$W_TLS" ] ; then
vtype="$VTYPE_TLS"
fi
_info "Getting new-authz for domain" $d
if ! _send_signed_request "$API/acme/new-authz" "{\"resource\": \"new-authz\", \"identifier\": {\"type\": \"dns\", \"value\": \"$d\"}}" ; then
_err "Can not get domain token."
_clearup
_on_issue_err
return 1
fi
if [ ! -z "$code" ] && [ ! "$code" = '201' ] ; then
_err "new-authz error: $response"
_clearup
_on_issue_err
return 1
fi
entry="$(printf "%s\n" "$response" | _egrep_o '[^\{]*"type":"'$vtype'"[^\}]*')"
_debug entry "$entry"
if [ -z "$entry" ] ; then
_err "Error, can not get domain token $d"
_clearup
_on_issue_err
return 1
fi
token="$(printf "%s\n" "$entry" | _egrep_o '"token":"[^"]*' | cut -d : -f 2 | tr -d '"')"
_debug token $token
uri="$(printf "%s\n" "$entry" | _egrep_o '"uri":"[^"]*'| cut -d : -f 2,3 | tr -d '"' )"
_debug uri $uri
keyauthorization="$token.$thumbprint"
_debug keyauthorization "$keyauthorization"
if printf "$response" | grep '"status":"valid"' >/dev/null 2>&1 ; then
_info "$d is already verified, skip."
keyauthorization=$STATE_VERIFIED
_debug keyauthorization "$keyauthorization"
fi
dvlist="$d$sep$keyauthorization$sep$uri$sep$vtype$sep$_currentRoot"
_debug dvlist "$dvlist"
vlist="$vlist$dvlist,"
done
#add entry
dnsadded=""
ventries=$(echo "$vlist" | tr ',' ' ' )
for ventry in $ventries
do
d=$(echo $ventry | cut -d $sep -f 1)
keyauthorization=$(echo $ventry | cut -d $sep -f 2)
vtype=$(echo $ventry | cut -d $sep -f 4)
_currentRoot=$(echo $ventry | cut -d $sep -f 5)
if [ "$keyauthorization" = "$STATE_VERIFIED" ] ; then
_info "$d is already verified, skip $vtype."
continue
fi
if [ "$vtype" = "$VTYPE_DNS" ] ; then
dnsadded='0'
txtdomain="_acme-challenge.$d"
_debug txtdomain "$txtdomain"
txt="$(printf "%s" "$keyauthorization" | _digest "sha256" | _urlencode)"
_debug txt "$txt"
#dns
#1. check use api
d_api=""
if [ -f "$LE_WORKING_DIR/$d/$_currentRoot" ] ; then
d_api="$LE_WORKING_DIR/$d/$_currentRoot"
elif [ -f "$LE_WORKING_DIR/$d/$_currentRoot.sh" ] ; then
d_api="$LE_WORKING_DIR/$d/$_currentRoot.sh"
elif [ -f "$LE_WORKING_DIR/$_currentRoot" ] ; then
d_api="$LE_WORKING_DIR/$_currentRoot"
elif [ -f "$LE_WORKING_DIR/$_currentRoot.sh" ] ; then
d_api="$LE_WORKING_DIR/$_currentRoot.sh"
elif [ -f "$LE_WORKING_DIR/dnsapi/$_currentRoot" ] ; then
d_api="$LE_WORKING_DIR/dnsapi/$_currentRoot"
elif [ -f "$LE_WORKING_DIR/dnsapi/$_currentRoot.sh" ] ; then
d_api="$LE_WORKING_DIR/dnsapi/$_currentRoot.sh"
fi
_debug d_api "$d_api"
if [ "$d_api" ] ; then
_info "Found domain api file: $d_api"
else
_err "Add the following TXT record:"
_err "Domain: '$(__green $txtdomain)'"
_err "TXT value: '$(__green $txt)'"
_err "Please be aware that you prepend _acme-challenge. before your domain"
_err "so the resulting subdomain will be: $txtdomain"
continue
fi
(
if ! . $d_api ; then
_err "Load file $d_api error. Please check your api file and try again."
return 1
fi
addcommand="${_currentRoot}_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 $txtdomain $txt ; then
_err "Error add txt for domain:$txtdomain"
return 1
fi
)
if [ "$?" != "0" ] ; then
_clearup
_on_issue_err
return 1
fi
dnsadded='1'
fi
done
if [ "$dnsadded" = '0' ] ; then
_savedomainconf "Le_Vlist" "$vlist"
_debug "Dns record not added yet, so, save to $DOMAIN_CONF and exit."
_err "Please add the TXT records to the domains, and retry again."
_clearup
_on_issue_err
return 1
fi
fi
if [ "$dnsadded" = '1' ] ; then
if [ -z "$Le_DNSSleep" ] ; then
Le_DNSSleep=$DEFAULT_DNS_SLEEP
else
_savedomainconf "Le_DNSSleep" "$Le_DNSSleep"
fi
_info "Sleep $(__green $Le_DNSSleep) seconds for the txt records to take effect"
_sleep $Le_DNSSleep
fi
_debug "ok, let's start to verify"
_ncIndex=1
ventries=$(echo "$vlist" | tr ',' ' ' )
for ventry in $ventries
do
d=$(echo $ventry | cut -d $sep -f 1)
keyauthorization=$(echo $ventry | cut -d $sep -f 2)
uri=$(echo $ventry | cut -d $sep -f 3)
vtype=$(echo $ventry | cut -d $sep -f 4)
_currentRoot=$(echo $ventry | cut -d $sep -f 5)
if [ "$keyauthorization" = "$STATE_VERIFIED" ] ; then
_info "$d is already verified, skip $vtype."
continue
fi
_info "Verifying:$d"
_debug "d" "$d"
_debug "keyauthorization" "$keyauthorization"
_debug "uri" "$uri"
removelevel=""
token="$(printf "%s" "$keyauthorization" | cut -d '.' -f 1)"
_debug "_currentRoot" "$_currentRoot"
if [ "$vtype" = "$VTYPE_HTTP" ] ; then
if [ "$_currentRoot" = "$NO_VALUE" ] ; then
_info "Standalone mode server"
_ncaddr="$(_getfield "$Le_LocalAddress" "$_ncIndex" )"
_ncIndex="$(_math $_ncIndex + 1)"
_startserver "$keyauthorization" "$_ncaddr" &
if [ "$?" != "0" ] ; then
_clearup
_on_issue_err
return 1
fi
serverproc="$!"
sleep 2
_debug serverproc $serverproc
else
if [ "$_currentRoot" = "apache" ] ; then
wellknown_path="$ACME_DIR"
else
wellknown_path="$_currentRoot/.well-known/acme-challenge"
if [ ! -d "$_currentRoot/.well-known" ] ; then
removelevel='1'
elif [ ! -d "$_currentRoot/.well-known/acme-challenge" ] ; then
removelevel='2'
else
removelevel='3'
fi
fi
_debug wellknown_path "$wellknown_path"
_debug "writing token:$token to $wellknown_path/$token"
mkdir -p "$wellknown_path"
printf "%s" "$keyauthorization" > "$wellknown_path/$token"
if [ ! "$usingApache" ] ; then
if webroot_owner=$(_stat $_currentRoot) ; then
_debug "Changing owner/group of .well-known to $webroot_owner"
chown -R $webroot_owner "$_currentRoot/.well-known"
else
_debug "not chaning owner/group of webroot";
fi
fi
fi
elif [ "$vtype" = "$VTYPE_TLS" ] ; then
#create A
#_hash_A="$(printf "%s" $token | _digest "sha256" "hex" )"
#_debug2 _hash_A "$_hash_A"
#_x="$(echo $_hash_A | cut -c 1-32)"
#_debug2 _x "$_x"
#_y="$(echo $_hash_A | cut -c 33-64)"
#_debug2 _y "$_y"
#_SAN_A="$_x.$_y.token.acme.invalid"
#_debug2 _SAN_A "$_SAN_A"
#create B
_hash_B="$(printf "%s" $keyauthorization | _digest "sha256" "hex" )"
_debug2 _hash_B "$_hash_B"
_x="$(echo $_hash_B | cut -c 1-32)"
_debug2 _x "$_x"
_y="$(echo $_hash_B | cut -c 33-64)"
_debug2 _y "$_y"
#_SAN_B="$_x.$_y.ka.acme.invalid"
_SAN_B="$_x.$_y.acme.invalid"
_debug2 _SAN_B "$_SAN_B"
_ncaddr="$(_getfield "$Le_LocalAddress" "$_ncIndex" )"
_ncIndex="$(_math $_ncIndex + 1)"
if ! _starttlsserver "$_SAN_B" "$_SAN_A" "$Le_TLSPort" "$keyauthorization" "$_ncaddr"; then
_err "Start tls server error."
_clearupwebbroot "$_currentRoot" "$removelevel" "$token"
_clearup
_on_issue_err
return 1
fi
fi
if ! _send_signed_request $uri "{\"resource\": \"challenge\", \"keyAuthorization\": \"$keyauthorization\"}" ; then
_err "$d:Can not get challenge: $response"
_clearupwebbroot "$_currentRoot" "$removelevel" "$token"
_clearup
_on_issue_err
return 1
fi
if [ ! -z "$code" ] && [ ! "$code" = '202' ] ; then
_err "$d:Challenge error: $response"
_clearupwebbroot "$_currentRoot" "$removelevel" "$token"
_clearup
_on_issue_err
return 1
fi
waittimes=0
if [ -z "$MAX_RETRY_TIMES" ] ; then
MAX_RETRY_TIMES=30
fi
while true ; do
waittimes=$(_math $waittimes + 1)
if [ "$waittimes" -ge "$MAX_RETRY_TIMES" ] ; then
_err "$d:Timeout"
_clearupwebbroot "$_currentRoot" "$removelevel" "$token"
_clearup
_on_issue_err
return 1
fi
_debug "sleep 5 secs to verify"
sleep 5
_debug "checking"
response="$(_get $uri)"
if [ "$?" != "0" ] ; then
_err "$d:Verify error:$response"
_clearupwebbroot "$_currentRoot" "$removelevel" "$token"
_clearup
_on_issue_err
return 1
fi
_debug2 original "$response"
response="$(echo "$response" | _normalizeJson )"
_debug2 response "$response"
status=$(echo "$response" | _egrep_o '"status":"[^"]*' | cut -d : -f 2 | tr -d '"')
if [ "$status" = "valid" ] ; then
_info "Success"
_stopserver $serverproc
serverproc=""
_clearupwebbroot "$_currentRoot" "$removelevel" "$token"
break;
fi
if [ "$status" = "invalid" ] ; then
error="$(echo "$response" | _egrep_o '"error":\{[^\}]*\}')"
_debug2 error "$error"
errordetail="$(echo $error | _egrep_o '"detail": *"[^"]*"' | cut -d '"' -f 4)"
_debug2 errordetail "$errordetail"
if [ "$errordetail" ] ; then
_err "$d:Verify error:$errordetail"
else
_err "$d:Verify error:$error"
fi
if [ "$DEBUG" ] ; then
if [ "$vtype" = "$VTYPE_HTTP" ] ; then
_debug "Debug: get token url."
_get "http://$d/.well-known/acme-challenge/$token"
fi
fi
_clearupwebbroot "$_currentRoot" "$removelevel" "$token"
_clearup
_on_issue_err
return 1;
fi
if [ "$status" = "pending" ] ; then
_info "Pending"
else
_err "$d:Verify error:$response"
_clearupwebbroot "$_currentRoot" "$removelevel" "$token"
_clearup
_on_issue_err
return 1
fi
done
done
_clearup
_info "Verify finished, start to sign."
der="$(_getfile "${CSR_PATH}" "${BEGIN_CSR}" "${END_CSR}" | tr -d "\r\n" | _urlencode)"
if ! _send_signed_request "$API/acme/new-cert" "{\"resource\": \"new-cert\", \"csr\": \"$der\"}" "needbase64" ; then
_err "Sign failed."
_on_issue_err
return 1
fi
_rcert="$response"
Le_LinkCert="$(grep -i '^Location.*$' $HTTP_HEADER | _head_n 1 | tr -d "\r\n" | cut -d " " -f 2)"
_savedomainconf "Le_LinkCert" "$Le_LinkCert"
if [ "$Le_LinkCert" ] ; then
echo "$BEGIN_CERT" > "$CERT_PATH"
if ! _get "$Le_LinkCert" | _base64 "multiline" >> "$CERT_PATH" ; then
_debug "Get cert failed. Let's try last response."
printf -- "%s" "$_rcert" | _dbase64 "multiline" | _base64 "multiline" >> "$CERT_PATH"
fi
echo "$END_CERT" >> "$CERT_PATH"
_info "$(__green "Cert success.")"
cat "$CERT_PATH"
_info "Your cert is in $( __green " $CERT_PATH ")"
if [ -f "$CERT_KEY_PATH" ] ; then
_info "Your cert key is in $( __green " $CERT_KEY_PATH ")"
fi
cp "$CERT_PATH" "$CERT_FULLCHAIN_PATH"
if [ ! "$USER_PATH" ] || [ ! "$IN_CRON" ] ; then
USER_PATH="$PATH"
_saveaccountconf "USER_PATH" "$USER_PATH"
fi
fi
if [ -z "$Le_LinkCert" ] ; then
response="$(echo $response | _dbase64 "multiline" | _normalizeJson )"
_err "Sign failed: $(echo "$response" | _egrep_o '"detail":"[^"]*"')"
_on_issue_err
return 1
fi
_cleardomainconf "Le_Vlist"
Le_LinkIssuer=$(grep -i '^Link' $HTTP_HEADER | _head_n 1 | cut -d " " -f 2| cut -d ';' -f 1 | tr -d '<>' )
if ! _contains "$Le_LinkIssuer" ":" ; then
Le_LinkIssuer="$API$Le_LinkIssuer"
fi
_savedomainconf "Le_LinkIssuer" "$Le_LinkIssuer"
if [ "$Le_LinkIssuer" ] ; then
echo "$BEGIN_CERT" > "$CA_CERT_PATH"
_get "$Le_LinkIssuer" | _base64 "multiline" >> "$CA_CERT_PATH"
echo "$END_CERT" >> "$CA_CERT_PATH"
_info "The intermediate CA cert is in $( __green " $CA_CERT_PATH ")"
cat "$CA_CERT_PATH" >> "$CERT_FULLCHAIN_PATH"
_info "And the full chain certs is there: $( __green " $CERT_FULLCHAIN_PATH ")"
fi
Le_CertCreateTime=$(_time)
_savedomainconf "Le_CertCreateTime" "$Le_CertCreateTime"
Le_CertCreateTimeStr=$(date -u )
_savedomainconf "Le_CertCreateTimeStr" "$Le_CertCreateTimeStr"
if [ -z "$Le_RenewalDays" ] || [ "$Le_RenewalDays" -lt "0" ] || [ "$Le_RenewalDays" -gt "$MAX_RENEW" ] ; then
Le_RenewalDays=$MAX_RENEW
else
_savedomainconf "Le_RenewalDays" "$Le_RenewalDays"
fi
if [ "$CA_BUNDLE" ] ; then
_saveaccountconf CA_BUNDLE "$CA_BUNDLE"
else
_clearaccountconf "CA_BUNDLE"
fi
if [ "$HTTPS_INSECURE" ] ; then
_saveaccountconf HTTPS_INSECURE "$HTTPS_INSECURE"
else
_clearaccountconf "HTTPS_INSECURE"
fi
if [ "$Le_Listen_V4" ] ; then
_savedomainconf "Le_Listen_V4" "$Le_Listen_V4"
_cleardomainconf Le_Listen_V6
elif [ "$Le_Listen_V6" ] ; then
_savedomainconf "Le_Listen_V6" "$Le_Listen_V6"
_cleardomainconf Le_Listen_V4
fi
Le_NextRenewTime=$(_math $Le_CertCreateTime + $Le_RenewalDays \* 24 \* 60 \* 60)
Le_NextRenewTimeStr=$( _time2str $Le_NextRenewTime )
_savedomainconf "Le_NextRenewTimeStr" "$Le_NextRenewTimeStr"
Le_NextRenewTime=$(_math $Le_NextRenewTime - 86400)
_savedomainconf "Le_NextRenewTime" "$Le_NextRenewTime"
_on_issue_success
if [ "$Le_RealCertPath$Le_RealKeyPath$Le_RealCACertPath$Le_ReloadCmd$Le_RealFullChainPath" ] ; then
_installcert
fi
}
#domain [isEcc]
renew() {
Le_Domain="$1"
if [ -z "$Le_Domain" ] ; then
_usage "Usage: $PROJECT_ENTRY --renew -d domain.com [--ecc]"
return 1
fi
_isEcc="$2"
_initpath $Le_Domain "$_isEcc"
_info "$(__green "Renew: '$Le_Domain'")"
if [ ! -f "$DOMAIN_CONF" ] ; then
_info "'$Le_Domain' is not a issued domain, skip."
return 0;
fi
if [ "$Le_RenewalDays" ] ; then
_savedomainconf Le_RenewalDays "$Le_RenewalDays"
fi
. "$DOMAIN_CONF"
if [ "$Le_API" ] ; then
API="$Le_API"
fi
if [ -z "$FORCE" ] && [ "$Le_NextRenewTime" ] && [ "$(_time)" -lt "$Le_NextRenewTime" ] ; then
_info "Skip, Next renewal time is: $(__green "$Le_NextRenewTimeStr")"
_info "Add '$(__red '--force')' to force to renew."
return $RENEW_SKIP
fi
IS_RENEW="1"
issue "$Le_Webroot" "$Le_Domain" "$Le_Alt" "$Le_Keylength" "$Le_RealCertPath" "$Le_RealKeyPath" "$Le_RealCACertPath" "$Le_ReloadCmd" "$Le_RealFullChainPath" "$Le_PreHook" "$Le_PostHook" "$Le_RenewHook" "$Le_LocalAddress"
res=$?
IS_RENEW=""
return $res
}
#renewAll [stopRenewOnError]
renewAll() {
_initpath
_stopRenewOnError="$1"
_debug "_stopRenewOnError" "$_stopRenewOnError"
_ret="0"
for d in $(ls -F ${CERT_HOME}/ | grep [^.].*[.].*/$ ) ; do
d=$(echo $d | cut -d '/' -f 1)
(
if _endswith $d "$ECC_SUFFIX" ; then
_isEcc=$(echo $d | cut -d "$ECC_SEP" -f 2)
d=$(echo $d | cut -d "$ECC_SEP" -f 1)
fi
renew "$d" "$_isEcc"
)
rc="$?"
_debug "Return code: $rc"
if [ "$rc" != "0" ] ; then
if [ "$rc" = "$RENEW_SKIP" ] ; then
_info "Skipped $d"
elif [ "$_stopRenewOnError" ] ; then
_err "Error renew $d, stop now."
return $rc
else
_ret="$rc"
_err "Error renew $d, Go ahead to next one."
fi
fi
done
return $_ret
}
#csr webroot
signcsr(){
_csrfile="$1"
_csrW="$2"
if [ -z "$_csrfile" ] || [ -z "$_csrW" ]; then
_usage "Usage: $PROJECT_ENTRY --signcsr --csr mycsr.csr -w /path/to/webroot/a.com/ "
return 1
fi
_initpath
_csrsubj=$(_readSubjectFromCSR "$_csrfile")
if [ "$?" != "0" ] ; then
_err "Can not read subject from csr: $_csrfile"
return 1
fi
_debug _csrsubj "$_csrsubj"
_csrdomainlist=$(_readSubjectAltNamesFromCSR "$_csrfile")
if [ "$?" != "0" ] ; then
_err "Can not read domain list from csr: $_csrfile"
return 1
fi
_debug "_csrdomainlist" "$_csrdomainlist"
if [ -z "$_csrsubj" ] ; then
_csrsubj="$(_getfield "$_csrdomainlist" 1)"
_debug _csrsubj "$_csrsubj"
_csrdomainlist="$(echo "$_csrdomainlist" | cut -d , -f 2-)"
_debug "_csrdomainlist" "$_csrdomainlist"
fi
if [ -z "$_csrsubj" ] ; then
_err "Can not read subject from csr: $_csrfile"
return 1
fi
_csrkeylength=$(_readKeyLengthFromCSR "$_csrfile")
if [ "$?" != "0" ] || [ -z "$_csrkeylength" ] ; then
_err "Can not read key length from csr: $_csrfile"
return 1
fi
_initpath "$_csrsubj" "$_csrkeylength"
mkdir -p "$DOMAIN_PATH"
_info "Copy csr to: $CSR_PATH"
cp "$_csrfile" "$CSR_PATH"
issue "$_csrW" "$_csrsubj" "$_csrdomainlist" "$_csrkeylength"
}
showcsr() {
_csrfile="$1"
_csrd="$2"
if [ -z "$_csrfile" ] && [ -z "$_csrd" ]; then
_usage "Usage: $PROJECT_ENTRY --showcsr --csr mycsr.csr"
return 1
fi
_initpath
_csrsubj=$(_readSubjectFromCSR "$_csrfile")
if [ "$?" != "0" ] || [ -z "$_csrsubj" ] ; then
_err "Can not read subject from csr: $_csrfile"
return 1
fi
_info "Subject=$_csrsubj"
_csrdomainlist=$(_readSubjectAltNamesFromCSR "$_csrfile")
if [ "$?" != "0" ] ; then
_err "Can not read domain list from csr: $_csrfile"
return 1
fi
_debug "_csrdomainlist" "$_csrdomainlist"
_info "SubjectAltNames=$_csrdomainlist"
_csrkeylength=$(_readKeyLengthFromCSR "$_csrfile")
if [ "$?" != "0" ] || [ -z "$_csrkeylength" ] ; then
_err "Can not read key length from csr: $_csrfile"
return 1
fi
_info "KeyLength=$_csrkeylength"
}
list() {
_raw="$1"
_initpath
_sep="|"
if [ "$_raw" ] ; then
printf "Main_Domain${_sep}KeyLength${_sep}SAN_Domains${_sep}Created${_sep}Renew\n"
for d in $(ls -F ${CERT_HOME}/ | grep [^.].*[.].*/$ ) ; do
d=$(echo $d | cut -d '/' -f 1)
(
if _endswith $d "$ECC_SUFFIX" ; then
_isEcc=$(echo $d | cut -d "$ECC_SEP" -f 2)
d=$(echo $d | cut -d "$ECC_SEP" -f 1)
fi
_initpath $d "$_isEcc"
if [ -f "$DOMAIN_CONF" ] ; then
. "$DOMAIN_CONF"
printf "$Le_Domain${_sep}\"$Le_Keylength\"${_sep}$Le_Alt${_sep}$Le_CertCreateTimeStr${_sep}$Le_NextRenewTimeStr\n"
fi
)
done
else
if _exists column ; then
list "raw" | column -t -s "$_sep"
else
list "raw" | tr "$_sep" '\t'
fi
fi
}
installcert() {
Le_Domain="$1"
if [ -z "$Le_Domain" ] ; then
_usage "Usage: $PROJECT_ENTRY --installcert -d domain.com [--ecc] [--certpath cert-file-path] [--keypath key-file-path] [--capath ca-cert-file-path] [ --reloadCmd reloadCmd] [--fullchainpath fullchain-path]"
return 1
fi
Le_RealCertPath="$2"
Le_RealKeyPath="$3"
Le_RealCACertPath="$4"
Le_ReloadCmd="$5"
Le_RealFullChainPath="$6"
_isEcc="$7"
_initpath $Le_Domain "$_isEcc"
if [ ! -d "$DOMAIN_PATH" ] ; then
_err "Domain is not valid:'$Le_Domain'"
return 1
fi
_installcert
}
_installcert() {
_savedomainconf "Le_RealCertPath" "$Le_RealCertPath"
_savedomainconf "Le_RealCACertPath" "$Le_RealCACertPath"
_savedomainconf "Le_RealKeyPath" "$Le_RealKeyPath"
_savedomainconf "Le_ReloadCmd" "$Le_ReloadCmd"
_savedomainconf "Le_RealFullChainPath" "$Le_RealFullChainPath"
if [ "$Le_RealCertPath" = "$NO_VALUE" ] ; then
Le_RealCertPath=""
fi
if [ "$Le_RealKeyPath" = "$NO_VALUE" ] ; then
Le_RealKeyPath=""
fi
if [ "$Le_RealCACertPath" = "$NO_VALUE" ] ; then
Le_RealCACertPath=""
fi
if [ "$Le_ReloadCmd" = "$NO_VALUE" ] ; then
Le_ReloadCmd=""
fi
if [ "$Le_RealFullChainPath" = "$NO_VALUE" ] ; then
Le_RealFullChainPath=""
fi
_installed="0"
if [ "$Le_RealCertPath" ] ; then
_installed=1
_info "Installing cert to:$Le_RealCertPath"
if [ -f "$Le_RealCertPath" ] && [ ! "$IS_RENEW" ] ; then
cp "$Le_RealCertPath" "$Le_RealCertPath".bak
fi
cat "$CERT_PATH" > "$Le_RealCertPath"
fi
if [ "$Le_RealCACertPath" ] ; then
_installed=1
_info "Installing CA to:$Le_RealCACertPath"
if [ "$Le_RealCACertPath" = "$Le_RealCertPath" ] ; then
echo "" >> "$Le_RealCACertPath"
cat "$CA_CERT_PATH" >> "$Le_RealCACertPath"
else
if [ -f "$Le_RealCACertPath" ] && [ ! "$IS_RENEW" ] ; then
cp "$Le_RealCACertPath" "$Le_RealCACertPath".bak
fi
cat "$CA_CERT_PATH" > "$Le_RealCACertPath"
fi
fi
if [ "$Le_RealKeyPath" ] ; then
_installed=1
_info "Installing key to:$Le_RealKeyPath"
if [ -f "$Le_RealKeyPath" ] && [ ! "$IS_RENEW" ] ; then
cp "$Le_RealKeyPath" "$Le_RealKeyPath".bak
fi
cat "$CERT_KEY_PATH" > "$Le_RealKeyPath"
fi
if [ "$Le_RealFullChainPath" ] ; then
_installed=1
_info "Installing full chain to:$Le_RealFullChainPath"
if [ -f "$Le_RealFullChainPath" ] && [ ! "$IS_RENEW" ] ; then
cp "$Le_RealFullChainPath" "$Le_RealFullChainPath".bak
fi
cat "$CERT_FULLCHAIN_PATH" > "$Le_RealFullChainPath"
fi
if [ "$Le_ReloadCmd" ] ; then
_installed=1
_info "Run Le_ReloadCmd: $Le_ReloadCmd"
if (cd "$DOMAIN_PATH" && eval "$Le_ReloadCmd") ; then
_info "$(__green "Reload success")"
else
_err "Reload error for :$Le_Domain"
fi
fi
}
installcronjob() {
_initpath
if ! _exists "crontab" ; then
_err "crontab doesn't exist, so, we can not install cron jobs."
_err "All your certs will not be renewed automatically."
_err "You must add your own cron job to call '$PROJECT_ENTRY --cron' everyday."
return 1
fi
_info "Installing cron job"
if ! crontab -l | grep "$PROJECT_ENTRY --cron" ; then
if [ -f "$LE_WORKING_DIR/$PROJECT_ENTRY" ] ; then
lesh="\"$LE_WORKING_DIR\"/$PROJECT_ENTRY"
else
_err "Can not install cronjob, $PROJECT_ENTRY not found."
return 1
fi
if _exists uname && uname -a | grep solaris >/dev/null ; then
crontab -l | { cat; echo "0 0 * * * $lesh --cron --home \"$LE_WORKING_DIR\" > /dev/null"; } | crontab --
else
crontab -l | { cat; echo "0 0 * * * $lesh --cron --home \"$LE_WORKING_DIR\" > /dev/null"; } | crontab -
fi
fi
if [ "$?" != "0" ] ; then
_err "Install cron job failed. You need to manually renew your certs."
_err "Or you can add cronjob by yourself:"
_err "$lesh --cron --home \"$LE_WORKING_DIR\" > /dev/null"
return 1
fi
}
uninstallcronjob() {
if ! _exists "crontab" ; then
return
fi
_info "Removing cron job"
cr="$(crontab -l | grep "$PROJECT_ENTRY --cron")"
if [ "$cr" ] ; then
if _exists uname && uname -a | grep solaris >/dev/null ; then
crontab -l | sed "/$PROJECT_ENTRY --cron/d" | crontab --
else
crontab -l | sed "/$PROJECT_ENTRY --cron/d" | crontab -
fi
LE_WORKING_DIR="$(echo "$cr" | cut -d ' ' -f 9 | tr -d '"')"
_info LE_WORKING_DIR "$LE_WORKING_DIR"
fi
_initpath
}
revoke() {
Le_Domain="$1"
if [ -z "$Le_Domain" ] ; then
_usage "Usage: $PROJECT_ENTRY --revoke -d domain.com"
return 1
fi
_isEcc="$2"
_initpath $Le_Domain "$_isEcc"
if [ ! -f "$DOMAIN_CONF" ] ; then
_err "$Le_Domain is not a issued domain, skip."
return 1;
fi
if [ ! -f "$CERT_PATH" ] ; then
_err "Cert for $Le_Domain $CERT_PATH is not found, skip."
return 1
fi
cert="$(_getfile "${CERT_PATH}" "${BEGIN_CERT}" "${END_CERT}"| tr -d "\r\n" | _urlencode)"
if [ -z "$cert" ] ; then
_err "Cert for $Le_Domain is empty found, skip."
return 1
fi
data="{\"resource\": \"revoke-cert\", \"certificate\": \"$cert\"}"
uri="$API/acme/revoke-cert"
_info "Try domain key first."
if _send_signed_request $uri "$data" "" "$CERT_KEY_PATH"; then
if [ -z "$response" ] ; then
_info "Revoke success."
rm -f $CERT_PATH
return 0
else
_err "Revoke error by domain key."
_err "$response"
fi
fi
_info "Then try account key."
if _send_signed_request $uri "$data" "" "$ACCOUNT_KEY_PATH" ; then
if [ -z "$response" ] ; then
_info "Revoke success."
rm -f $CERT_PATH
return 0
else
_err "Revoke error."
_debug "$response"
fi
fi
return 1
}
#domain vtype
_deactivate() {
_d_domain="$1"
_d_type="$2"
_initpath
_d_i=0
_d_max_retry=9
while [ "$_d_i" -lt "$_d_max_retry" ] ;
do
_info "Deactivate: $_d_domain"
_d_i="$(_math $_d_i + 1)"
if ! _send_signed_request "$API/acme/new-authz" "{\"resource\": \"new-authz\", \"identifier\": {\"type\": \"dns\", \"value\": \"$_d_domain\"}}" ; then
_err "Can not get domain token."
return 1
fi
authzUri="$(echo "$responseHeaders" | grep "^Location:" | _head_n 1 | cut -d ' ' -f 2 | tr -d "\r\n")"
_debug "authzUri" "$authzUri"
if [ ! -z "$code" ] && [ ! "$code" = '201' ] ; then
_err "new-authz error: $response"
return 1
fi
entry="$(printf "%s\n" "$response" | _egrep_o '[^\{]*"status":"valid","uri"[^\}]*')"
_debug entry "$entry"
if [ -z "$entry" ] ; then
_info "No more valid entry found."
break
fi
_vtype="$(printf "%s\n" "$entry" | _egrep_o '"type": *"[^"]*"' | cut -d : -f 2 | tr -d '"')"
_debug _vtype $_vtype
_info "Found $_vtype"
uri="$(printf "%s\n" "$entry" | _egrep_o '"uri":"[^"]*'| cut -d : -f 2,3 | tr -d '"' )"
_debug uri $uri
if [ "$_d_type" ] && [ "$_d_type" != "$_vtype" ] ; then
_info "Skip $_vtype"
continue
fi
_info "Deactivate: $_vtype"
if ! _send_signed_request "$authzUri" "{\"resource\": \"authz\", \"status\":\"deactivated\"}" ; then
_err "Can not deactivate $_vtype."
return 1
fi
_info "Deactivate: $_vtype success."
done
_debug "$_d_i"
if [ "$_d_i" -lt "$_d_max_retry" ] ; then
_info "Deactivated success!"
else
_err "Deactivate failed."
fi
}
deactivate() {
_d_domain_list="$1"
_d_type="$2"
_initpath
_debug _d_domain_list "$_d_domain_list"
if [ -z "$(echo $_d_domain_list | cut -d , -f 1 )" ] ; then
_usage "Usage: $PROJECT_ENTRY --deactivate -d domain.com [-d domain.com]"
return 1
fi
for _d_dm in $(echo "$_d_domain_list" | tr ',' ' ' ) ;
do
if [ -z "$_d_dm" ] || [ "$_d_dm" = "$NO_VALUE" ] ; then
continue
fi
if ! _deactivate "$_d_dm" $_d_type ; then
return 1
fi
done
}
# Detect profile file if not specified as environment variable
_detect_profile() {
if [ -n "$PROFILE" -a -f "$PROFILE" ] ; then
echo "$PROFILE"
return
fi
DETECTED_PROFILE=''
SHELLTYPE="$(basename "/$SHELL")"
if [ "$SHELLTYPE" = "bash" ] ; then
if [ -f "$HOME/.bashrc" ] ; then
DETECTED_PROFILE="$HOME/.bashrc"
elif [ -f "$HOME/.bash_profile" ] ; then
DETECTED_PROFILE="$HOME/.bash_profile"
fi
elif [ "$SHELLTYPE" = "zsh" ] ; then
DETECTED_PROFILE="$HOME/.zshrc"
fi
if [ -z "$DETECTED_PROFILE" ] ; then
if [ -f "$HOME/.profile" ] ; then
DETECTED_PROFILE="$HOME/.profile"
elif [ -f "$HOME/.bashrc" ] ; then
DETECTED_PROFILE="$HOME/.bashrc"
elif [ -f "$HOME/.bash_profile" ] ; then
DETECTED_PROFILE="$HOME/.bash_profile"
elif [ -f "$HOME/.zshrc" ] ; then
DETECTED_PROFILE="$HOME/.zshrc"
fi
fi
if [ ! -z "$DETECTED_PROFILE" ] ; then
echo "$DETECTED_PROFILE"
fi
}
_initconf() {
_initpath
if [ ! -f "$ACCOUNT_CONF_PATH" ] ; then
echo "#ACCOUNT_CONF_PATH=xxxx
#Account configurations:
#Here are the supported macros, uncomment them to make them take effect.
#ACCOUNT_EMAIL=aaa@aaa.com # the account email used to register account.
#ACCOUNT_KEY_PATH=\"/path/to/account.key\"
#CERT_HOME=\"/path/to/cert/home\"
#LOG_FILE=\"$DEFAULT_LOG_FILE\"
#LOG_LEVEL=1
#AUTO_UPGRADE=\"1\"
#STAGE=1 # Use the staging api
#FORCE=1 # Force to issue cert
#DEBUG=1 # Debug mode
#USER_AGENT=\"$USER_AGENT\"
#USER_PATH=""
#dns api
#######################
#Cloudflare:
#api key
#CF_Key=\"sdfsdfsdfljlbjkljlkjsdfoiwje\"
#account email
#CF_Email=\"xxxx@sss.com\"
#######################
#Dnspod.cn:
#api key id
#DP_Id=\"1234\"
#api key
#DP_Key=\"sADDsdasdgdsf\"
#######################
#Cloudxns.com:
#CX_Key=\"1234\"
#
#CX_Secret=\"sADDsdasdgdsf\"
#######################
#Godaddy.com:
#GD_Key=\"sdfdsgdgdfdasfds\"
#
#GD_Secret=\"sADDsdasdfsdfdssdgdsf\"
" > $ACCOUNT_CONF_PATH
fi
}
# nocron
_precheck() {
_nocron="$1"
if ! _exists "curl" && ! _exists "wget"; then
_err "Please install curl or wget first, we need to access http resources."
return 1
fi
if [ -z "$_nocron" ] ; then
if ! _exists "crontab" ; then
_err "It is recommended to install crontab first. try to install 'cron, crontab, crontabs or vixie-cron'."
_err "We need to set cron job to renew the certs automatically."
_err "Otherwise, your certs will not be able to be renewed automatically."
if [ -z "$FORCE" ] ; then
_err "Please add '--force' and try install again to go without crontab."
_err "./$PROJECT_ENTRY --install --force"
return 1
fi
fi
fi
if ! _exists "openssl" ; then
_err "Please install openssl first."
_err "We need openssl to generate keys."
return 1
fi
if ! _exists "nc" ; then
_err "It is recommended to install nc first, try to install 'nc' or 'netcat'."
_err "We use nc for standalone server if you use standalone mode."
_err "If you don't use standalone mode, just ignore this warning."
fi
return 0
}
_setShebang() {
_file="$1"
_shebang="$2"
if [ -z "$_shebang" ] ; then
_usage "Usage: file shebang"
return 1
fi
cp "$_file" "$_file.tmp"
echo "$_shebang" > "$_file"
sed -n 2,99999p "$_file.tmp" >> "$_file"
rm -f "$_file.tmp"
}
_installalias() {
_initpath
_envfile="$LE_WORKING_DIR/$PROJECT_ENTRY.env"
if [ "$_upgrading" ] && [ "$_upgrading" = "1" ] ; then
echo "$(cat $_envfile)" | sed "s|^LE_WORKING_DIR.*$||" > "$_envfile"
echo "$(cat $_envfile)" | sed "s|^alias le.*$||" > "$_envfile"
echo "$(cat $_envfile)" | sed "s|^alias le.sh.*$||" > "$_envfile"
fi
_setopt "$_envfile" "export LE_WORKING_DIR" "=" "\"$LE_WORKING_DIR\""
_setopt "$_envfile" "alias $PROJECT_ENTRY" "=" "\"$LE_WORKING_DIR/$PROJECT_ENTRY\""
_profile="$(_detect_profile)"
if [ "$_profile" ] ; then
_debug "Found profile: $_profile"
_setopt "$_profile" ". \"$_envfile\""
_info "OK, Close and reopen your terminal to start using $PROJECT_NAME"
else
_info "No profile is found, you will need to go into $LE_WORKING_DIR to use $PROJECT_NAME"
fi
#for csh
_cshfile="$LE_WORKING_DIR/$PROJECT_ENTRY.csh"
_csh_profile="$HOME/.cshrc"
if [ -f "$_csh_profile" ] ; then
_setopt "$_cshfile" "setenv LE_WORKING_DIR" " " "\"$LE_WORKING_DIR\""
_setopt "$_cshfile" "alias $PROJECT_ENTRY" " " "\"$LE_WORKING_DIR/$PROJECT_ENTRY\""
_setopt "$_csh_profile" "source \"$_cshfile\""
fi
#for tcsh
_tcsh_profile="$HOME/.tcshrc"
if [ -f "$_tcsh_profile" ] ; then
_setopt "$_cshfile" "setenv LE_WORKING_DIR" " " "\"$LE_WORKING_DIR\""
_setopt "$_cshfile" "alias $PROJECT_ENTRY" " " "\"$LE_WORKING_DIR/$PROJECT_ENTRY\""
_setopt "$_tcsh_profile" "source \"$_cshfile\""
fi
}
# nocron
install() {
if [ -z "$LE_WORKING_DIR" ] ; then
LE_WORKING_DIR="$DEFAULT_INSTALL_HOME"
fi
_nocron="$1"
if ! _initpath ; then
_err "Install failed."
return 1
fi
if [ "$_nocron" ] ; then
_debug "Skip install cron job"
fi
if ! _precheck "$_nocron" ; then
_err "Pre-check failed, can not install."
return 1
fi
#convert from le
if [ -d "$HOME/.le" ] ; then
for envfile in "le.env" "le.sh.env"
do
if [ -f "$HOME/.le/$envfile" ] ; then
if grep "le.sh" "$HOME/.le/$envfile" >/dev/null ; then
_upgrading="1"
_info "You are upgrading from le.sh"
_info "Renaming \"$HOME/.le\" to $LE_WORKING_DIR"
mv "$HOME/.le" "$LE_WORKING_DIR"
mv "$LE_WORKING_DIR/$envfile" "$LE_WORKING_DIR/$PROJECT_ENTRY.env"
break;
fi
fi
done
fi
_info "Installing to $LE_WORKING_DIR"
if ! mkdir -p "$LE_WORKING_DIR" ; then
_err "Can not create working dir: $LE_WORKING_DIR"
return 1
fi
chmod 700 "$LE_WORKING_DIR"
cp $PROJECT_ENTRY "$LE_WORKING_DIR/" && chmod +x "$LE_WORKING_DIR/$PROJECT_ENTRY"
if [ "$?" != "0" ] ; then
_err "Install failed, can not copy $PROJECT_ENTRY"
return 1
fi
_info "Installed to $LE_WORKING_DIR/$PROJECT_ENTRY"
_installalias
if [ -d "dnsapi" ] ; then
mkdir -p $LE_WORKING_DIR/dnsapi
cp dnsapi/* $LE_WORKING_DIR/dnsapi/
fi
if [ ! -f "$ACCOUNT_CONF_PATH" ] ; then
_initconf
fi
if [ "$_DEFAULT_ACCOUNT_CONF_PATH" != "$ACCOUNT_CONF_PATH" ] ; then
_setopt "$_DEFAULT_ACCOUNT_CONF_PATH" "ACCOUNT_CONF_PATH" "=" "\"$ACCOUNT_CONF_PATH\""
fi
if [ "$_DEFAULT_CERT_HOME" != "$CERT_HOME" ] ; then
_saveaccountconf "CERT_HOME" "$CERT_HOME"
fi
if [ "$_DEFAULT_ACCOUNT_KEY_PATH" != "$ACCOUNT_KEY_PATH" ] ; then
_saveaccountconf "ACCOUNT_KEY_PATH" "$ACCOUNT_KEY_PATH"
fi
if [ -z "$_nocron" ] ; then
installcronjob
fi
if [ -z "$NO_DETECT_SH" ] ; then
#Modify shebang
if _exists bash ; then
_info "Good, bash is installed, change the shebang to use bash as prefered."
_shebang='#!/usr/bin/env bash'
_setShebang "$LE_WORKING_DIR/$PROJECT_ENTRY" "$_shebang"
if [ -d "$LE_WORKING_DIR/dnsapi" ] ; then
for _apifile in $(ls "$LE_WORKING_DIR/dnsapi/"*.sh) ; do
_setShebang "$_apifile" "$_shebang"
done
fi
fi
fi
_info OK
}
# nocron
uninstall() {
_nocron="$1"
if [ -z "$_nocron" ] ; then
uninstallcronjob
fi
_initpath
_profile="$(_detect_profile)"
if [ "$_profile" ] ; then
text="$(cat $_profile)"
echo "$text" | sed "s|^.*\"$LE_WORKING_DIR/$PROJECT_NAME.env\"$||" > "$_profile"
fi
_csh_profile="$HOME/.cshrc"
if [ -f "$_csh_profile" ] ; then
text="$(cat $_csh_profile)"
echo "$text" | sed "s|^.*\"$LE_WORKING_DIR/$PROJECT_NAME.csh\"$||" > "$_csh_profile"
fi
_tcsh_profile="$HOME/.tcshrc"
if [ -f "$_tcsh_profile" ] ; then
text="$(cat $_tcsh_profile)"
echo "$text" | sed "s|^.*\"$LE_WORKING_DIR/$PROJECT_NAME.csh\"$||" > "$_tcsh_profile"
fi
rm -f $LE_WORKING_DIR/$PROJECT_ENTRY
_info "The keys and certs are in $LE_WORKING_DIR, you can remove them by yourself."
}
cron() {
IN_CRON=1
_initpath
if [ "$AUTO_UPGRADE" = "1" ] ; then
export LE_WORKING_DIR
(
if ! upgrade ; then
_err "Cron:Upgrade failed!"
return 1
fi
)
. $LE_WORKING_DIR/$PROJECT_ENTRY >/dev/null
if [ -t 1 ] ; then
__INTERACTIVE="1"
fi
_info "Auto upgraded to: $VER"
fi
renewAll
_ret="$?"
IN_CRON=""
exit $_ret
}
version() {
echo "$PROJECT"
echo "v$VER"
}
showhelp() {
_initpath
version
echo "Usage: $PROJECT_ENTRY command ...[parameters]....
Commands:
--help, -h Show this help message.
--version, -v Show version info.
--install Install $PROJECT_NAME to your system.
--uninstall Uninstall $PROJECT_NAME, and uninstall the cron job.
--upgrade Upgrade $PROJECT_NAME to the latest code from $PROJECT .
--issue Issue a cert.
--signcsr Issue a cert from an existing csr.
--installcert Install the issued cert to apache/nginx or any other server.
--renew, -r Renew a cert.
--renewAll Renew all the certs.
--revoke Revoke a cert.
--list List all the certs.
--showcsr Show the content of a csr.
--installcronjob Install the cron job to renew certs, you don't need to call this. The 'install' command can automatically install the cron job.
--uninstallcronjob Uninstall the cron job. The 'uninstall' command can do this automatically.
--cron Run cron job to renew all the certs.
--toPkcs Export the certificate and key to a pfx file.
--updateaccount Update account info.
--registeraccount Register account key.
--createAccountKey, -cak Create an account private key, professional use.
--createDomainKey, -cdk Create an domain private key, professional use.
--createCSR, -ccsr Create CSR , professional use.
--deactivate Deactivate the domain authz, professional use.
Parameters:
--domain, -d domain.tld Specifies a domain, used to issue, renew or revoke etc.
--force, -f Used to force to install or force to renew a cert immediately.
--staging, --test Use staging server, just for test.
--debug Output debug info.
--webroot, -w /path/to/webroot Specifies the web root folder for web root mode.
--standalone Use standalone mode.
--tls Use standalone tls mode.
--apache Use apache mode.
--dns [dns_cf|dns_dp|dns_cx|/path/to/api/file] Use dns mode or dns api.
--dnssleep [$DEFAULT_DNS_SLEEP] The time in seconds to wait for all the txt records to take effect in dns api mode. Default $DEFAULT_DNS_SLEEP seconds.
--keylength, -k [2048] Specifies the domain key length: 2048, 3072, 4096, 8192 or ec-256, ec-384.
--accountkeylength, -ak [2048] Specifies the account key length.
--log [/path/to/logfile] Specifies the log file. The default is: \"$DEFAULT_LOG_FILE\" if you don't give a file path here.
--log-level 1|2 Specifies the log level, default is 1.
These parameters are to install the cert to nginx/apache or anyother server after issue/renew a cert:
--certpath /path/to/real/cert/file After issue/renew, the cert will be copied to this path.
--keypath /path/to/real/key/file After issue/renew, the key will be copied to this path.
--capath /path/to/real/ca/file After issue/renew, the intermediate cert will be copied to this path.
--fullchainpath /path/to/fullchain/file After issue/renew, the fullchain cert will be copied to this path.
--reloadcmd \"service nginx reload\" After issue/renew, it's used to reload the server.
--accountconf Specifies a customized account config file.
--home Specifies the home dir for $PROJECT_NAME .
--certhome Specifies the home dir to save all the certs, only valid for '--install' command.
--useragent Specifies the user agent string. it will be saved for future use too.
--accountemail Specifies the account email for registering, Only valid for the '--install' command.
--accountkey Specifies the account key path, Only valid for the '--install' command.
--days Specifies the days to renew the cert when using '--issue' command. The max value is $MAX_RENEW days.
--httpport Specifies the standalone listening port. Only valid if the server is behind a reverse proxy or load balancer.
--tlsport Specifies the standalone tls listening port. Only valid if the server is behind a reverse proxy or load balancer.
--local-address Specifies the standalone/tls server listening address, in case you have multiple ip addresses.
--listraw Only used for '--list' command, list the certs in raw format.
--stopRenewOnError, -se Only valid for '--renewall' command. Stop if one cert has error in renewal.
--insecure Do not check the server certificate, in some devices, the api server's certificate may not be trusted.
--ca-bundle Specifices the path to the CA certificate bundle to verify api server's certificate.
--nocron Only valid for '--install' command, which means: do not install the default cron job. In this case, the certs will not be renewed automatically.
--ecc Specifies to use the ECC cert. Valid for '--installcert', '--renew', '--revoke', '--toPkcs' and '--createCSR'
--csr Specifies the input csr.
--pre-hook Command to be run before obtaining any certificates.
--post-hook Command to be run after attempting to obtain/renew certificates. No matter the obain/renew is success or failed.
--renew-hook Command to be run once for each successfully renewed certificate.
--ocsp-must-staple, --ocsp Generate ocsp must Staple extension.
--auto-upgrade [0|1] Valid for '--upgrade' command, indicating whether to upgrade automatically in future.
--listen-v4 Force standalone/tls server to listen at ipv4.
--listen-v6 Force standalone/tls server to listen at ipv6.
"
}
# nocron
_installOnline() {
_info "Installing from online archive."
_nocron="$1"
if [ ! "$BRANCH" ] ; then
BRANCH="master"
fi
target="$PROJECT/archive/$BRANCH.tar.gz"
_info "Downloading $target"
localname="$BRANCH.tar.gz"
if ! _get "$target" > $localname ; then
_err "Download error."
return 1
fi
(
_info "Extracting $localname"
tar xzf $localname
cd "$PROJECT_NAME-$BRANCH"
chmod +x $PROJECT_ENTRY
if ./$PROJECT_ENTRY install "$_nocron" ; then
_info "Install success!"
fi
cd ..
rm -rf "$PROJECT_NAME-$BRANCH"
rm -f "$localname"
)
}
upgrade() {
if (
_initpath
export LE_WORKING_DIR
cd "$LE_WORKING_DIR"
_installOnline "nocron"
) ; then
_info "Upgrade success!"
exit 0
else
_err "Upgrade failed!"
exit 1
fi
}
_processAccountConf() {
if [ "$_useragent" ] ; then
_saveaccountconf "USER_AGENT" "$_useragent"
elif [ "$USER_AGENT" ] && [ "$USER_AGENT" != "$DEFAULT_USER_AGENT" ] ; then
_saveaccountconf "USER_AGENT" "$USER_AGENT"
fi
if [ "$_accountemail" ] ; then
_saveaccountconf "ACCOUNT_EMAIL" "$_accountemail"
elif [ "$ACCOUNT_EMAIL" ] && [ "$ACCOUNT_EMAIL" != "$DEFAULT_ACCOUNT_EMAIL" ] ; then
_saveaccountconf "ACCOUNT_EMAIL" "$ACCOUNT_EMAIL"
fi
if [ "$_auto_upgrade" ] ; then
_saveaccountconf "AUTO_UPGRADE" "$_auto_upgrade"
elif [ "$AUTO_UPGRADE" ] ; then
_saveaccountconf "AUTO_UPGRADE" "$AUTO_UPGRADE"
fi
}
_process() {
_CMD=""
_domain=""
_altdomains="$NO_VALUE"
_webroot=""
_keylength=""
_accountkeylength=""
_certpath=""
_keypath=""
_capath=""
_fullchainpath=""
_reloadcmd=""
_password=""
_accountconf=""
_useragent=""
_accountemail=""
_accountkey=""
_certhome=""
_httpport=""
_tlsport=""
_dnssleep=""
_listraw=""
_stopRenewOnError=""
_insecure=""
_ca_bundle=""
_nocron=""
_ecc=""
_csr=""
_pre_hook=""
_post_hook=""
_renew_hook=""
_logfile=""
_log=""
_local_address=""
_log_level=""
_auto_upgrade=""
_listen_v4=""
_listen_v6=""
while [ ${#} -gt 0 ] ; do
case "${1}" in
--help|-h)
showhelp
return
;;
--version|-v)
version
return
;;
--install)
_CMD="install"
;;
--uninstall)
_CMD="uninstall"
;;
--upgrade)
_CMD="upgrade"
;;
--issue)
_CMD="issue"
;;
--signcsr)
_CMD="signcsr"
;;
--showcsr)
_CMD="showcsr"
;;
--installcert|-i)
_CMD="installcert"
;;
--renew|-r)
_CMD="renew"
;;
--renewAll|--renewall)
_CMD="renewAll"
;;
--revoke)
_CMD="revoke"
;;
--list)
_CMD="list"
;;
--installcronjob)
_CMD="installcronjob"
;;
--uninstallcronjob)
_CMD="uninstallcronjob"
;;
--cron)
_CMD="cron"
;;
--toPkcs)
_CMD="toPkcs"
;;
--createAccountKey|--createaccountkey|-cak)
_CMD="createAccountKey"
;;
--createDomainKey|--createdomainkey|-cdk)
_CMD="createDomainKey"
;;
--createCSR|--createcsr|-ccr)
_CMD="createCSR"
;;
--deactivate)
_CMD="deactivate"
;;
--updateaccount)
_CMD="updateaccount"
;;
--registeraccount)
_CMD="registeraccount"
;;
--domain|-d)
_dvalue="$2"
if [ "$_dvalue" ] ; then
if _startswith "$_dvalue" "-" ; then
_err "'$_dvalue' is not a valid domain for parameter '$1'"
return 1
fi
if [ -z "$_domain" ] ; then
_domain="$_dvalue"
else
if [ "$_altdomains" = "$NO_VALUE" ] ; then
_altdomains="$_dvalue"
else
_altdomains="$_altdomains,$_dvalue"
fi
fi
fi
shift
;;
--force|-f)
FORCE="1"
;;
--staging|--test)
STAGE="1"
;;
--debug)
if [ -z "$2" ] || _startswith "$2" "-" ; then
DEBUG="1"
else
DEBUG="$2"
shift
fi
;;
--webroot|-w)
wvalue="$2"
if [ -z "$_webroot" ] ; then
_webroot="$wvalue"
else
_webroot="$_webroot,$wvalue"
fi
shift
;;
--standalone)
wvalue="$NO_VALUE"
if [ -z "$_webroot" ] ; then
_webroot="$wvalue"
else
_webroot="$_webroot,$wvalue"
fi
;;
--local-address)
lvalue="$2"
_local_address="$_local_address$lvalue,"
shift
;;
--apache)
wvalue="apache"
if [ -z "$_webroot" ] ; then
_webroot="$wvalue"
else
_webroot="$_webroot,$wvalue"
fi
;;
--tls)
wvalue="$W_TLS"
if [ -z "$_webroot" ] ; then
_webroot="$wvalue"
else
_webroot="$_webroot,$wvalue"
fi
;;
--dns)
wvalue="dns"
if ! _startswith "$2" "-" ; then
wvalue="$2"
shift
fi
if [ -z "$_webroot" ] ; then
_webroot="$wvalue"
else
_webroot="$_webroot,$wvalue"
fi
;;
--dnssleep)
_dnssleep="$2"
Le_DNSSleep="$_dnssleep"
shift
;;
--keylength|-k)
_keylength="$2"
if [ "$_accountkeylength" = "$NO_VALUE" ] ; then
_accountkeylength="$2"
fi
shift
;;
--accountkeylength|-ak)
_accountkeylength="$2"
shift
;;
--certpath)
_certpath="$2"
shift
;;
--keypath)
_keypath="$2"
shift
;;
--capath)
_capath="$2"
shift
;;
--fullchainpath)
_fullchainpath="$2"
shift
;;
--reloadcmd|--reloadCmd)
_reloadcmd="$2"
shift
;;
--password)
_password="$2"
shift
;;
--accountconf)
_accountconf="$2"
ACCOUNT_CONF_PATH="$_accountconf"
shift
;;
--home)
LE_WORKING_DIR="$2"
shift
;;
--certhome)
_certhome="$2"
CERT_HOME="$_certhome"
shift
;;
--useragent)
_useragent="$2"
USER_AGENT="$_useragent"
shift
;;
--accountemail )
_accountemail="$2"
ACCOUNT_EMAIL="$_accountemail"
shift
;;
--accountkey )
_accountkey="$2"
ACCOUNT_KEY_PATH="$_accountkey"
shift
;;
--days )
_days="$2"
Le_RenewalDays="$_days"
shift
;;
--httpport )
_httpport="$2"
Le_HTTPPort="$_httpport"
shift
;;
--tlsport )
_tlsport="$2"
Le_TLSPort="$_tlsport"
shift
;;
--listraw )
_listraw="raw"
;;
--stopRenewOnError|--stoprenewonerror|-se )
_stopRenewOnError="1"
;;
--insecure)
_insecure="1"
HTTPS_INSECURE="1"
;;
--ca-bundle)
_ca_bundle="$(readlink -f $2)"
CA_BUNDLE="$_ca_bundle"
shift
;;
--nocron)
_nocron="1"
;;
--ecc)
_ecc="isEcc"
;;
--csr)
_csr="$2"
shift
;;
--pre-hook)
_pre_hook="$2"
shift
;;
--post-hook)
_post_hook="$2"
shift
;;
--renew-hook)
_renew_hook="$2"
shift
;;
--ocsp-must-staple|--ocsp)
Le_OCSP_Stable="1"
;;
--log|--logfile)
_log="1"
_logfile="$2"
if _startswith "$_logfile" '-' ; then
_logfile=""
else
shift
fi
LOG_FILE="$_logfile"
if [ -z "$LOG_LEVEL" ] ; then
LOG_LEVEL="$DEFAULT_LOG_LEVEL"
fi
;;
--log-level)
_log_level="$2"
LOG_LEVEL="$_log_level"
shift
;;
--auto-upgrade)
_auto_upgrade="$2"
if [ -z "$_auto_upgrade" ] || _startswith "$_auto_upgrade" '-' ; then
_auto_upgrade="1"
else
shift
fi
AUTO_UPGRADE="$_auto_upgrade"
;;
--listen-v4)
_listen_v4="1"
Le_Listen_V4="$_listen_v4"
;;
--listen-v6)
_listen_v6="1"
Le_Listen_V6="$_listen_v6"
;;
*)
_err "Unknown parameter : $1"
return 1
;;
esac
shift 1
done
if [ "${_CMD}" != "install" ] ; then
__initHome
if [ "$_log" ] && [ -z "$_logfile" ] ; then
_logfile="$DEFAULT_LOG_FILE"
fi
if [ "$_logfile" ] ; then
_saveaccountconf "LOG_FILE" "$_logfile"
fi
LOG_FILE="$_logfile"
if [ "$_log_level" ] ; then
_saveaccountconf "LOG_LEVEL" "$_log_level"
LOG_LEVEL="$_log_level"
fi
_processAccountConf
fi
if [ "$DEBUG" ] ; then
version
fi
case "${_CMD}" in
install) install "$_nocron" ;;
uninstall) uninstall "$_nocron" ;;
upgrade) upgrade ;;
issue)
issue "$_webroot" "$_domain" "$_altdomains" "$_keylength" "$_certpath" "$_keypath" "$_capath" "$_reloadcmd" "$_fullchainpath" "$_pre_hook" "$_post_hook" "$_renew_hook" "$_local_address"
;;
signcsr)
signcsr "$_csr" "$_webroot"
;;
showcsr)
showcsr "$_csr" "$_domain"
;;
installcert)
installcert "$_domain" "$_certpath" "$_keypath" "$_capath" "$_reloadcmd" "$_fullchainpath" "$_ecc"
;;
renew)
renew "$_domain" "$_ecc"
;;
renewAll)
renewAll "$_stopRenewOnError"
;;
revoke)
revoke "$_domain" "$_ecc"
;;
deactivate)
deactivate "$_domain,$_altdomains"
;;
registeraccount)
registeraccount
;;
updateaccount)
updateaccount
;;
list)
list "$_listraw"
;;
installcronjob) installcronjob ;;
uninstallcronjob) uninstallcronjob ;;
cron) cron ;;
toPkcs)
toPkcs "$_domain" "$_password" "$_ecc"
;;
createAccountKey)
createAccountKey "$_accountkeylength"
;;
createDomainKey)
createDomainKey "$_domain" "$_keylength"
;;
createCSR)
createCSR "$_domain" "$_altdomains" "$_ecc"
;;
*)
_err "Invalid command: $_CMD"
showhelp;
return 1
;;
esac
_ret="$?"
if [ "$_ret" != "0" ] ; then
return $_ret
fi
if [ "${_CMD}" = "install" ] ; then
if [ "$_log" ] ; then
if [ -z "$LOG_FILE" ] ; then
LOG_FILE="$DEFAULT_LOG_FILE"
fi
_saveaccountconf "LOG_FILE" "$LOG_FILE"
fi
if [ "$_log_level" ] ; then
_saveaccountconf "LOG_LEVEL" "$_log_level"
fi
_processAccountConf
fi
}
if [ "$INSTALLONLINE" ] ; then
INSTALLONLINE=""
_installOnline $BRANCH
exit
fi
main() {
[ -z "$1" ] && showhelp && return
if _startswith "$1" '-' ; then _process "$@"; else "$@";fi
}
main "$@"
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