From 60f09a0e0478df7998248fec5b3e99a524f07d40 Mon Sep 17 00:00:00 2001 From: Erich Eckner Date: Mon, 4 Apr 2016 19:15:29 +0200 Subject: aufgeräumt MIME-Version: 1.0 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 8bit --- crypt-expiry-check/crypt-expiry-check | 652 ----------------------------- crypt-expiry-check/crypt-expiry-check.cron | 3 - 2 files changed, 655 deletions(-) delete mode 100644 crypt-expiry-check/crypt-expiry-check delete mode 100644 crypt-expiry-check/crypt-expiry-check.cron (limited to 'crypt-expiry-check') diff --git a/crypt-expiry-check/crypt-expiry-check b/crypt-expiry-check/crypt-expiry-check deleted file mode 100644 index 68e4a4de..00000000 --- a/crypt-expiry-check/crypt-expiry-check +++ /dev/null @@ -1,652 +0,0 @@ -#!/bin/bash -# -# Program: Expiration Check for Cryptographic Keys and Certificates -# -# -# Author of ssl-cert-check: Matty < matty91 at gmail dot com > -# Maintainer of crypt-expiry-check: Erich < crux at eckner dot net > -# -# Purpose: -# crypt-expiry-check checks to see if a digital certificate in X.509 format -# or a GnuPG-key has expired. ssl-cert-check can be run in interactive -# and batch mode, and provides facilities to alarm if a certificate is -# about to expire. -# -# License: -# This program is free software; you can redistribute it and/or modify -# it under the terms of the GNU General Public License as published by -# the Free Software Foundation; either version 2 of the License, or -# (at your option) any later version. -# -# This program is distributed in the hope that it will be useful, -# but WITHOUT ANY WARRANTY; without even the implied warranty of -# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the -# GNU General Public License for more details. -# -# Requirements: -# Requires openssl gnupg -# -# Installation: -# Copy the shell script to a suitable location -# -# Usage: -# Refer to the usage() sub-routine, or invoke crypt-expiry-check -# with the "-h" option. - -PATH=/bin:/usr/bin:/sbin:/usr/sbin:/usr/local/bin:/usr/local/ssl/bin:/usr/sfw/bin -export PATH - -# Who to page when an expired certificate is detected (cmdline: -e) -ADMIN="root" - -# Number of days in the warning threshhold (cmdline: -x) -WARNDAYS=30 - -# If QUIET is set to true, don't print anything on the console (cmdline: -q) -QUIET=false - -# Don't send E-mail by default (cmdline: -a) -ALARM=false - -# Don't run as a Nagios plugin by default (cmdline: -n) -NAGIOS=false - -# Don't print issuer by default -ISSUER=false - -# Print header by default -NOHEADER=false - -# Do not validate by default -VALIDATION=false - -# NULL out the PKCSDBPASSWD variable for later use (cmdline: -k) -PKCSDBPASSWD="" - -# Type of certificate (PEM, DER, NET) (cmdline: -t) -CERTTYPE="pem" - -# Protocol version to use (cmdline: -v) -VERSION="" - -# Enable debugging -DEBUG=false - -# Location of system binaries -AWK=$(which awk) -DATE=$(which date) -GREP=$(which grep) -OPENSSL=$(which openssl) -PRINTF=$(which printf) -SED=$(which sed) -TEE=$(which tee) -SORT=$(which sort) -TAIL=$(which tail) -MKTEMP=$(which mktemp) -GPG=$(which gpg) - -# Try to find a mail client -MAIL="cantfindit" -for executable in sendmailadvanced sendmail mailx mail -do - for prefix in /usr/bin /bin /usr/sbin /sbin - do - [ "${MAIL}" == "cantfindit" ] && [ -f "${prefix}/${executable}" ] && MAIL="${prefix}/${executable}" - done -done - -# Return code used by nagios. Initialize to 0. -RETCODE=0 - -# Set the default umask to be somewhat restrictive -umask 077 - -##################################################################### -# Purpose: set RETCODE at least to the given value -# Arguments: -# $1 -> minimal RETCODE -##################################################################### -set_retcode() -{ - [ ${RETCODE} -lt $1 ] && RETCODE=$1 -} - -##################################################################### -# Purpose: Print a line with the expiraton interval -# Arguments: -# $1 -> Hostname -# $2 -> TCP Port -# $3 -> Status of certification (e.g., expired or valid) -# $4 -> Date when certificate will expire -# $5 -> Days left until the certificate will expire -# $6 -> Issuer of the certificate -##################################################################### -prints() -{ - if ${ISSUER} && ! ${VALIDATION} - then - MIN_DATE=$(echo $4 | ${AWK} '{ print $1, $2, $4 }') - if ${NAGIOS} - then - ${PRINTF} "%-35s %-17s %-8s %-11s %-4s %-30s\n" "$1:$2" "$6" "$3" "${MIN_DATE}" \|days="$5" >> ${STDOUT_TMP} - else - ${PRINTF} "%-35s %-17s %-8s %-11s %-4s %-30s\n" "$1:$2" "$6" "$3" "${MIN_DATE}" "$5" >> ${STDOUT_TMP} - fi - elif ${ISSUER} && ${VALIDATION} - then - ${PRINTF} "%-35s %-35s %-32s %-17s\n" "$1:$2" "$7" "$8" "$6" >> ${STDOUT_TMP} - - elif ! ${VALIDATION} - then - MIN_DATE=$(echo $4 | ${AWK} '{ print $1, $2, $4 }') - if ${NAGIOS} - then - ${PRINTF} "%-47s %-12s %-12s %-4s %-30s\n" "$1:$2" "$3" "${MIN_DATE}" \|days="$5" >> ${STDOUT_TMP} - else - ${PRINTF} "%-47s %-12s %-12s %-4s %-30s\n" "$1:$2" "$3" "${MIN_DATE}" "$5" >> ${STDOUT_TMP} - fi - else - ${PRINTF} "%-35s %-35s %-32s\n" "$1:$2" "$7" "$8" >> ${STDOUT_TMP} - fi -} - - -#################################################### -# Purpose: Print a heading with the relevant columns -# Arguments: -# None -#################################################### -print_heading() -{ - if ! ${NOHEADER} - then - if ${ISSUER} && ! ${NAGIOS} && ! ${VALIDATION} - then - ${PRINTF} "\n%-35s %-17s %-8s %-11s %-4s\n" "Host" "Issuer" "Status" "Expires" "Days" >> ${STDOUT_TMP} - echo "----------------------------------- ----------------- -------- ----------- ----" >> ${STDOUT_TMP} - - elif ${ISSUER} && ! ${NAGIOS} && ${VALIDATION} - then - ${PRINTF} "\n%-35s %-35s %-32s %-17s\n" "Host" "Common Name" "Serial #" "Issuer" >> ${STDOUT_TMP} - echo "----------------------------------- ----------------------------------- -------------------------------- -----------------" >> ${STDOUT_TMP} - - elif ! ${NAGIOS} && ! ${VALIDATION} - then - ${PRINTF} "\n%-47s %-12s %-12s %-4s\n" "Host" "Status" "Expires" "Days" >> ${STDOUT_TMP} - echo "----------------------------------------------- ------------ ------------ ----" >> ${STDOUT_TMP} - - elif ! ${NAGIOS} && ${VALIDATION} - then - ${PRINTF} "\n%-35s %-35s %-32s\n" "Host" "Common Name" "Serial #" >> ${STDOUT_TMP} - echo "----------------------------------- ----------------------------------- --------------------------------" >> ${STDOUT_TMP} - fi - echo "Dear admin," >> ${MAILOUT_TMP} - fi -} - - -########################################## -# Purpose: Describe how the script works -# Arguments: -# None -########################################## -usage() -{ - >&2 echo "Usage: $0 [ -e email address ] [ -x days ] [-q] [-a] [-b] [-h] [-i] [-n] [-v]" - >&2 echo " { [ -s common_name:port] } || { [ -f cert_file ] } || { [ -c certificate file ] } || { [ -g email address ] }" - >&2 echo "" - >&2 echo " -a : Send a warning message through E-mail" - >&2 echo " -b : Will not print header" - >&2 echo " -c cert file : Print the expiration date for the PEM or PKCS12 formatted certificate in cert file" - >&2 echo " -e E-mail address : E-mail address to send expiration notices" - >&2 echo " -f cert file : File with a list of FQDNs and ports" - >&2 echo " -g E-mail address : E-mail address to check expiry of gpg-key from" - >&2 echo " -h : Print this screen" - >&2 echo " -i : Print the issuer of the certificate" - >&2 echo " -k password : PKCS12 file password" - >&2 echo " -n : Run as a Nagios plugin" - >&2 echo " -s commmon_name:port : Server and Port to connect to (interactive mode)" - >&2 echo " -t type : Specify the certificate type" - >&2 echo " -q : Don't print anything on the console" - >&2 echo " -v : Specify a specific protocol version to use (tls, ssl2, ssl3)" - >&2 echo " -V : Only print validation data" - >&2 echo " -x days : Certificate expiration interval (eg. if cert_date < days)" - >&2 echo "" -} - - -########################################################################## -# Purpose: Connect to a server ($1) and port ($2) to see if a certificate -# has expired -# Arguments: -# $1 -> Server name -# $2 -> TCP port to connect to -########################################################################## -check_server_status() { - - if [ "_${2}" = "_smtp" -o "_${2}" = "_25" ] - then - TLSFLAG="-starttls smtp" - - elif [ "_${2}" = "_ftp" -o "_${2}" = "_21" ] - then - TLSFLAG="-starttls ftp" - - elif [ "_${2}" = "_pop3" -o "_${2}" = "_110" ] - then - TLSFLAG="-starttls pop3" - - elif [ "_${2}" = "_imap" -o "_${2}" = "_143" ] - then - TLSFLAG="-starttls imap" - - elif [ "_${2}" = "_submission" -o "_${2}" = "_587" ] - then - TLSFLAG="-starttls smtp -port ${2}" - else - TLSFLAG="" - fi - - if [ "${VERSION}" != "" ] - then - VER="-${VERSION}" - fi - - if ${TLSSERVERNAME} - then - TLSFLAG="${TLSFLAG} -servername $1" - fi - - echo "" | ${OPENSSL} s_client ${VER} -connect ${1}:${2} ${TLSFLAG} 2> ${ERROR_TMP} 1> ${CERT_TMP} - - if ${GREP} -iq "Connection refused" ${ERROR_TMP} - then - prints ${1} ${2} "Connection refused" "Unknown" | ${TEE} -a ${MAILOUT_TMP} >> ${STDOUT_TMP} - set_retcode 3 - - elif ${GREP} -iq "No route to host" ${ERROR_TMP} - then - prints ${1} ${2} "No route to host" "Unknown" | ${TEE} -a ${MAILOUT_TMP} >> ${STDOUT_TMP} - set_retcode 3 - - elif ${GREP} -iq "gethostbyname failure" ${ERROR_TMP} - then - prints ${1} ${2} "Cannot resolve domain" "Unknown" | ${TEE} -a ${MAILOUT_TMP} >> ${STDOUT_TMP} - set_retcode 3 - - elif ${GREP} -iq "Operation timed out" ${ERROR_TMP} - then - prints ${1} ${2} "Operation timed out" "Unknown" | ${TEE} -a ${MAILOUT_TMP} >> ${STDOUT_TMP} - set_retcode 3 - - elif ${GREP} -iq "ssl handshake failure" ${ERROR_TMP} - then - prints ${1} ${2} "SSL handshake failed" "Unknown" | ${TEE} -a ${MAILOUT_TMP} >> ${STDOUT_TMP} - set_retcode 3 - - elif ${GREP} -iq "connect: Connection timed out" ${ERROR_TMP} - then - prints ${1} ${2} "Connection timed out" "Unknown" | ${TEE} -a ${MAILOUT_TMP} >> ${STDOUT_TMP} - set_retcode 3 - - else - check_file_status ${CERT_TMP} $1 $2 - fi -} - -##################################################### -### Check the expiration status of a certificate file -### Accepts three parameters: -### $1 -> certificate file to process -### $2 -> Server name -### $3 -> Port number of certificate -##################################################### -check_file_status() { - - CERTFILE=${1} - HOST=${2} - PORT=${3} - - ### Check to make sure the certificate file exists - if [ ! -r ${CERTFILE} ] || [ ! -s ${CERTFILE} ] - then - >&2 echo "ERROR: The file named ${CERTFILE} is unreadable or doesn't exist" | ${TEE} -a ${MAILOUT_TMP} - >&2 echo "ERROR: Please check to make sure the certificate for ${HOST}:${PORT} is valid" | ${TEE} -a ${MAILOUT_TMP} - set_retcode 1 - return - fi - - ### Grab the expiration date from the X.509 certificate - if [ "${PKCSDBPASSWD}" != "" ] - then - # Extract the certificate from the PKCS#12 database, and - # send the informational message to /dev/null - ${OPENSSL} pkcs12 -nokeys -in ${CERTFILE} \ - -out ${CERT_TMP} -clcerts -password pass:${PKCSDBPASSWD} 2> /dev/null - - # Extract the expiration date from the certificate - CERTDATE=$(${OPENSSL} x509 -in ${CERT_TMP} -enddate -noout | \ - ${SED} 's/notAfter\=//') - - # Extract the issuer from the certificate - CERTISSUER=$(${OPENSSL} x509 -in ${CERT_TMP} -issuer -noout | \ - ${AWK} 'BEGIN {RS="/" } $0 ~ /^O=/ \ - { print substr($0,3,17)}') - - ### Grab the common name (CN) from the X.509 certificate - COMMONNAME=$(${OPENSSL} x509 -in ${CERT_TMP} -subject -noout | \ - ${SED} -e 's/.*CN=//' | \ - ${SED} -e 's/\/.*//') - - ### Grab the serial number from the X.509 certificate - SERIAL=$(${OPENSSL} x509 -in ${CERT_TMP} -serial -noout | \ - ${SED} -e 's/serial=//') - else - # Extract the expiration date from the ceriticate - CERTDATE=$(${OPENSSL} x509 -in ${CERTFILE} -enddate -noout -inform ${CERTTYPE} | \ - ${SED} 's/notAfter\=//') - - # Extract the issuer from the certificate - CERTISSUER=$(${OPENSSL} x509 -in ${CERTFILE} -issuer -noout -inform ${CERTTYPE} | \ - ${AWK} 'BEGIN {RS="/" } $0 ~ /^O=/ { print substr($0,3,17)}') - - ### Grab the common name (CN) from the X.509 certificate - COMMONNAME=$(${OPENSSL} x509 -in ${CERTFILE} -subject -noout -inform ${CERTTYPE} | \ - ${SED} -e 's/.*CN=//' | \ - ${SED} -e 's/\/.*//') - ### Grab the serial number from the X.509 certificate - SERIAL=$(${OPENSSL} x509 -in ${CERTFILE} -serial -noout -inform ${CERTTYPE} | \ - ${SED} -e 's/serial=//') - fi - - # Convert the date to seconds, and get the diff between NOW and the expiration date - CERTDIFF=$[$(date +%s -d "${CERTDATE}") - $(date +%s)] - if [ ${CERTDIFF} -lt 0 ] - then - CERTDIFF=$[$[${CERTDIFF}+1]/3600/24-1] - else - CERTDIFF=$[${CERTDIFF}/3600/24] - fi - - if [ ${CERTDIFF} -lt 0 ] - then - echo "The SSL certificate for ${HOST} \"(CN: ${COMMONNAME})\" has expired!" >> ${MAILOUT_TMP} - prints ${HOST} ${PORT} "Expired" "${CERTDATE}" "${CERTDIFF}" "${CERTISSUER}" "${COMMONNAME}" "${SERIAL}" >> ${STDOUT_TMP} - set_retcode 2 - - elif [ ${CERTDIFF} -lt ${WARNDAYS} ] - then - echo "The SSL certificate for ${HOST} \"(CN: ${COMMONNAME})\" will expire on ${CERTDATE}" >> ${MAILOUT_TMP} - prints ${HOST} ${PORT} "Expiring" "${CERTDATE}" "${CERTDIFF}" "${CERTISSUER}" "${COMMONNAME}" "${SERIAL}" >> ${STDOUT_TMP} - set_retcode 1 - - else - prints ${HOST} ${PORT} "Valid" "${CERTDATE}" "${CERTDIFF}" "${CERTISSUER}" "${COMMONNAME}" "${SERIAL}" >> ${STDOUT_TMP} - fi -} - -##################################################### -### Check the expiration status of a gpg-key -### Accepts one parameters: -### $1 -> E-mail address to check -##################################################### -check_gpg_key_status() { - - ### Check to make sure gpg is available - if [ ! -f ${GPG} ] - then - >&2 echo "ERROR: The gnupg binary does not exist in ${GPG}." - >&2 echo "FIX: Please modify the \${GPG} variable in the program header or ommit testing of gpg-keys." - exit 1 - fi - - GPG_ADDRESS="${1}" - KEY_INFO="$(${GPG} --list-keys ${GPG_ADDRESS})" - - KEY_DATE_STR="$( - echo "${KEY_INFO}" | \ - ${GREP} "\[\(expire[ds]\|verfallen\|verf..\?llt\):[^]]*]" | \ - ${SED} "s#^.*\[\(expire[ds]\|verfallen\|verf..\?llt\):\s*\(\S[^]]*\)].*\$#\2#" | \ - ${SORT} | \ - ${TAIL} -n1 - )" - if [ -z "${KEY_DATE_STR}" ] - then - echo "No valid gpg-key found for ${GPG_ADDRESS}." | ${TEE} -a ${MAILOUT_TMP} >> ${STDOUT_TMP} - set_retcode 2 - else - KEY_DATE=$(date +%s -ud "${KEY_DATE_STR}") - fi - - KEY_DIFF=$[${KEY_DATE} - $(date +%s)] - if [ ${KEY_DIFF} -lt 0 ] - then - KEY_DIFF=$[$[${KEY_DIFF}+1]/3600/24-1] - else - KEY_DIFF=$[${KEY_DIFF}/3600/24] - fi - - if [ ${KEY_DIFF} -lt 0 ] - then - echo "The GPG key for ${GPG_ADDRESS} has expired!" >> ${MAILOUT_TMP} - prints "GPG" " ${GPG_ADDRESS}" "Expired" "${KEY_DATE_STR}" "${KEY_DIFF}" "" "" "" >> ${STDOUT_TMP} - set_retcode 2 - - elif [ ${KEY_DIFF} -lt ${WARNDAYS} ] - then - echo "The GPG key for ${GPG_ADDRESS} will expire on ${KEY_DATE_STR}" >> ${MAILOUT_TMP} - prints "GPG" " ${GPG_ADDRESS}" "Expiring" "${KEY_DATE_STR}" "${KEY_DIFF}" "" "" "" >> ${STDOUT_TMP} - set_retcode 1 - - else - prints "GPG" " ${GPG_ADDRESS}" "Valid" "${KEY_DATE_STR}" "${KEY_DIFF}" "" "" "" >> ${STDOUT_TMP} - fi -} - -################################# -### Start of main program -################################# -while getopts abc:e:f:g:hik:nqs:t:x:v:V option -do - case "${option}" - in - a) - ALARM=true - ;; - b) - NOHEADER=true - ;; - c) - CERTFILES[${#CERTFILES[@]}]=${OPTARG} - ;; - e) - ADMIN=${OPTARG} - ;; - f) - SERVERFILES[${#SERVERFILES[@]}]=${OPTARG} - ;; - g) - CHECKADDRESSES[${#CHECKADDRESSES[@]}]=${OPTARG} - ;; - i) - ISSUER=true - ;; - k) - PKCSDBPASSWD=${OPTARG} - ;; - n) - NAGIOS=true - ;; - q) - QUIET=true - ;; - s) - HOSTS[${#HOSTS[@]}]=${OPTARG%:*} - PORTS[${#PORTS[@]}]=${OPTARG#*:} - ;; - t) - CERTTYPE=${OPTARG} - ;; - v) - VERSION=${OPTARG} - ;; - V) - VALIDATION=true - ;; - x) - WARNDAYS=${OPTARG} - ;; - *) - usage - exit 1 - ;; - esac -done - -if [ ${OPTIND} -le $# ] -then - >&2 echo "ERROR: Too many arguments." - exit 1 -fi - -### Check to make sure a openssl utility is available -if [ ! -f ${OPENSSL} ] -then - >&2 echo "ERROR: The openssl binary does not exist in ${OPENSSL}." - >&2 echo "FIX: Please modify the \${OPENSSL} variable in the program header." - exit 1 -fi - -### Check to make sure a date utility is available -if [ ! -f ${DATE} ] -then - >&2 echo "ERROR: The date binary does not exist in ${DATE} ." - >&2 echo "FIX: Please modify the \${DATE} variable in the program header." - exit 1 -fi - -### Check to make sure a grep utility is available -if [ ! -f ${GREP} ] -then - >&2 echo "ERROR: The grep binary does not exist in ${GREP} ." - >&2 echo "FIX: Please modify the \${GREP} variable in the program header." - exit 1 -fi - -### Check to make sure the mktemp and printf utilities are available -if [ ! -f ${MKTEMP} ] || [ ! -f ${PRINTF} ] -then - >&2 echo "ERROR: Unable to locate the mktemp or printf binary." - >&2 echo "FIX: Please modify the \${MKTEMP} and \${PRINTF} variables in the program header." - exit 1 -fi - -### Check to make sure the sed and awk binaries are available -if [ ! -f ${SED} ] || [ ! -f ${AWK} ] || [ ! -f ${TEE} ] || [ ! -f ${SORT} ] || [ ! -f ${TAIL} ] -then - >&2 echo "ERROR: Unable to locate the sed, awk, tee, sort or tail binary." - >&2 echo "FIX: Please modify the \${SED}, \${AWK}, \${TEE}, \${SORT}, \${TAIL} variables in the program header." - exit 1 -fi - -### Check to make sure a mail client is available if automated notifications are requested -if ${ALARM} && [ ! -f ${MAIL} ] -then - >&2 echo "ERROR: You enabled automated alerts, but the mail binary could not be found." - >&2 echo "FIX: Please modify the \${MAIL} variable in the program header." - exit 1 -fi - -# Send along the servername when TLS is used -TLSSERVERNAME=${OPENSSL} s_client -h 2>&1 | grep -q -- '-servername' - -# Place to stash temporary files -CERT_TMP=$(${MKTEMP} /var/tmp/cert.XXXXXX) -ERROR_TMP=$(${MKTEMP} /var/tmp/error.XXXXXX) -STDOUT_TMP=$(${MKTEMP} /var/tmp/stdout.XXXXXX) -MAILOUT_TMP=$(${MKTEMP} /var/tmp/mailout.XXXXXX) - -### Touch the files prior to using them -if [ ! -z "${CERT_TMP}" ] && [ ! -z "${ERROR_TMP}" ] && [ ! -z "${STDOUT_TMP}" ] && [ ! -z "${MAILOUT_TMP}" ] -then - touch ${CERT_TMP} ${ERROR_TMP} ${STDOUT_TMP} ${MAILOUT_TMP} -else - >&2 echo "ERROR: Problem creating temporary files" - >&2 echo "FIX: Check that mktemp works on your system" - exit 1 -fi - -if [ $[${#HOSTS[@]} + ${#SERVERFILES[@]} + ${#CERTFILES[@]} + ${#CHECKADDRESSES[@]}] -eq 0 ] -then - >&2 echo "ERROR: Nothing to check." - usage - exit 1 -fi - -print_heading - -for (( i=0; i<${#HOSTS[@]}; i++ )) -do - check_server_status "${HOSTS[${i}]}" "${PORTS[${i}]}" -done - -for (( i=0; i<${#SERVERFILES[@]}; i++ )) -do - while read HOST PORT - do - if [ "${PORT}" = "FILE" ] - then - check_file_status "${HOST}" "FILE" "${HOST}" - elif [ "${PORT}" = "GPG" ] - then - check_gpg_key_status "${HOST}" - else - check_server_status "${HOST}" "${PORT}" - fi - done <<< "$(egrep -v '(^#|^$)' ${SERVERFILES[${i}]})" -done - -for (( i=0; i<${#CERTFILES[@]}; i++ )) -do - check_file_status "${CERTFILES[${i}]}" "FILE" "${CERTFILES[${i}]}" -done - -for (( i=0; i<${#CHECKADDRESSES[@]}; i++ )) -do - check_gpg_key_status "${CHECKADDRESSES[${i}]}" -done - -if ! ${QUIET} -then - cat ${STDOUT_TMP} -fi - -if ${ALARM} && [ ${RETCODE} -gt 0 ] -then - ( - echo "To: ${ADMIN}" - echo "From: $(whoami)@$(hostname)" - echo "Subject: $(basename $0) at $(date)" - echo "" - cat ${MAILOUT_TMP} - ) | ${MAIL} -t -fi - -### Remove the temporary files -if ${DEBUG} -then - echo "DEBUG: Certificate temporary file:" - cat ${CERT_TMP} - echo "DEBUG: Runtime information file:" - cat ${ERROR_TMP} -fi - -rm -f ${CERT_TMP} ${ERROR_TMP} ${STDOUT_TMP} ${MAILOUT_TMP} - -### Exit with a success indicator -if ${NAGIOS} -then - exit ${RETCODE} -else - exit 0 -fi diff --git a/crypt-expiry-check/crypt-expiry-check.cron b/crypt-expiry-check/crypt-expiry-check.cron deleted file mode 100644 index e067e7f6..00000000 --- a/crypt-expiry-check/crypt-expiry-check.cron +++ /dev/null @@ -1,3 +0,0 @@ -#!/bin/bash - -/usr/sbin/crypt-expiry-check -qa -e me@example.com -f /etc/crypt-expiry.checks -- cgit v1.2.3-54-g00ecf