Michal Nowak
b939741cfd
The shell version of the test was completed only after all DNS zone
updates were sent, even if the BIND server crashed while processing
them, leading to prolonged execution and potential hang in the CI
environment. The Python rewrite of the test ensures that DNS update
tasks finish within five minutes of starting, irrespective of a BIND
crash possibility or DNS zone updates not finishing in time.
(cherry picked from commit ecd7b30d0a)
745 lines
20 KiB
Bash
745 lines
20 KiB
Bash
#!/bin/sh
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#
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# Copyright (C) Internet Systems Consortium, Inc. ("ISC")
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#
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# SPDX-License-Identifier: MPL-2.0
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#
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# This Source Code Form is subject to the terms of the Mozilla Public
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# License, v. 2.0. If a copy of the MPL was not distributed with this
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# file, you can obtain one at https://mozilla.org/MPL/2.0/.
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#
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# See the COPYRIGHT file distributed with this work for additional
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# information regarding copyright ownership.
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testsock6() {
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if test -n "$PERL" && $PERL -e "use IO::Socket::INET6;" 2> /dev/null
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then
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$PERL "$TOP/bin/tests/system/testsock6.pl" "$@"
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else
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false
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fi
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}
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export LANG=C
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. ${TOP}/version
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#
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# Common lists of system tests to run.
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#
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# The following tests are hard-coded to use ports 5300 and 9953. For
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# this reason, these must be run sequentially.
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#
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# Sequential tests that only run on unix/linux should be added to
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# SEQUENTIAL_UNIX in conf.sh.in; those that only run on windows should
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# be added to SEQUENTIAL_WINDOWS in conf.sh.win32.
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#
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SEQUENTIAL_COMMON="ecdsa eddsa tkey"
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#
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# These tests can use ports assigned by the caller (other than 5300
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# and 9953). Because separate blocks of ports can be used for teach
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# test, these tests can be run in parallel.
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#
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# Parallel tests that only run on unix/linux should be added to
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# PARALLEL_UNIX in conf.sh.in; those that only run on windows should
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# be added to PARALLEL_WINDOWS in conf.sh.win32.
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#
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# Note: some of the longer-running tests such as serve-stale and
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# rpzrecurse are scheduled first, in order to get more benefit from
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# parallelism.
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#
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PARALLEL_COMMON="dnssec rpzrecurse serve-stale dupsigs \
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acl \
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additional \
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addzone \
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allow-query \
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auth \
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autosign \
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builtin \
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cacheclean \
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case \
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catz \
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cds \
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chain \
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checkconf \
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checkds \
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checknames \
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checkzone \
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database \
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digdelv \
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dlz \
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dlzexternal \
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dns64 \
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dscp \
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dsdigest \
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dyndb \
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ednscompliance \
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emptyzones \
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fetchlimit \
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filter-aaaa \
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formerr \
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forward \
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geoip2 \
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glue \
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idna \
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inline \
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integrity \
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ixfr \
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journal \
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kasp \
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keepalive \
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keymgr2kasp \
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legacy \
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limits \
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masterfile \
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masterformat \
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metadata \
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mirror \
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mkeys \
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names \
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notify \
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nsec3 \
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nslookup \
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nsupdate \
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nzd2nzf \
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padding \
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pending \
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pipelined \
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qmin \
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reclimit \
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redirect \
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resolver \
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rndc \
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rootkeysentinel \
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rpz \
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rrchecker \
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rrl \
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rrsetorder \
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rsabigexponent \
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runtime \
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sfcache \
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shutdown \
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smartsign \
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sortlist \
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spf \
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staticstub \
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statistics \
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statschannel \
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stress \
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stub \
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synthfromdnssec \
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timeouts \
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tcp \
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tools \
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tsig \
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tsiggss \
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ttl \
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unknown \
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upforwd \
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verify \
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views \
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wildcard \
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xfer \
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xferquota \
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zero \
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zonechecks"
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#
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# Set up color-coded test output
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#
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if [ ${SYSTEMTEST_FORCE_COLOR:-0} -eq 1 ] || test -t 1 && type tput > /dev/null 2>&1 && tput setaf 7 > /dev/null 2>&1 ; then
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export COLOR_END=`tput setaf 4` # blue
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export COLOR_FAIL=`tput setaf 1` # red
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export COLOR_INFO=`tput bold` # bold
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export COLOR_NONE=`tput sgr0`
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export COLOR_PASS=`tput setaf 2` # green
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export COLOR_START=`tput setaf 4` # blue
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export COLOR_WARN=`tput setaf 3` # yellow
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else
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# set to empty strings so printf succeeds
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export COLOR_END=''
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export COLOR_FAIL=''
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export COLOR_INFO=''
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export COLOR_NONE=''
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export COLOR_PASS=''
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export COLOR_START=''
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export COLOR_WARN=''
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fi
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export SYSTESTDIR="`basename $PWD`"
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if type printf > /dev/null 2>&1
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then
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echofail () {
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printf "${COLOR_FAIL}%s${COLOR_NONE}\n" "$*"
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}
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echowarn () {
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printf "${COLOR_WARN}%s${COLOR_NONE}\n" "$*"
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}
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echopass () {
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printf "${COLOR_PASS}%s${COLOR_NONE}\n" "$*"
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}
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echoinfo () {
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printf "${COLOR_INFO}%s${COLOR_NONE}\n" "$*"
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}
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echostart () {
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printf "${COLOR_START}%s${COLOR_NONE}\n" "$*"
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}
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echoend () {
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printf "${COLOR_END}%s${COLOR_NONE}\n" "$*"
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}
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echo_i() {
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printf '%s\n' "$*" | while IFS= read -r __LINE ; do
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echoinfo "I:$SYSTESTDIR:$__LINE"
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done
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}
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echo_ic() {
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printf '%s\n' "$*" | while IFS= read -r __LINE ; do
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echoinfo "I:$SYSTESTDIR: $__LINE"
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done
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}
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echo_d() {
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printf '%s\n' "$*" | while IFS= read -r __LINE ; do
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echoinfo "D:$SYSTESTDIR:$__LINE"
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done
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}
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else
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echofail () {
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echo "$*"
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}
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echowarn () {
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echo "$*"
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}
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echopass () {
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echo "$*"
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}
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echoinfo () {
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echo "$*"
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}
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echostart () {
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echo "$*"
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}
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echoend () {
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echo "$*"
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}
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echo_i() {
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echo "$@" | while IFS= read -r __LINE ; do
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echoinfo "I:$SYSTESTDIR:$__LINE"
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done
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}
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echo_ic() {
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echo "$@" | while IFS= read -r __LINE ; do
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echoinfo "I:$SYSTESTDIR: $__LINE"
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done
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}
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echo_d() {
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echo "$@" | while IFS= read -r __LINE ; do
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echoinfo "D:$SYSTESTDIR:$__LINE"
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done
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}
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fi
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cat_i() {
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while IFS= read -r __LINE ; do
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echoinfo "I:$SYSTESTDIR:$__LINE"
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done
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}
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cat_d() {
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while IFS= read -r __LINE ; do
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echoinfo "D:$SYSTESTDIR:$__LINE"
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done
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}
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digcomp() {
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output=`$PERL $SYSTEMTESTTOP/digcomp.pl "$@"`
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result=$?
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[ -n "$output" ] && { echo "digcomp failed:"; echo "$output"; } | cat_i
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return $result
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}
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start_server() {
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$PERL "$TOP_SRCDIR/bin/tests/system/start.pl" "$SYSTESTDIR" "$@"
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}
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stop_server() {
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$PERL "$TOP_SRCDIR/bin/tests/system/stop.pl" "$SYSTESTDIR" "$@"
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}
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send() {
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$PERL "$TOP_SRCDIR/bin/tests/system/send.pl" "$@"
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}
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#
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# Useful variables in test scripts
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#
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# The following script sets the following algorithm-related variables. These
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# are selected randomly at runtime from a list of supported algorithms. The
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# randomization is deterministic and remains stable for a period of time for a
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# given platform.
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#
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# Default algorithm for testing.
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# DEFAULT_ALGORITHM
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# DEFAULT_ALGORITHM_NUMBER
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# DEFAULT_BITS
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#
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# This is an alternative algorithm for test cases that require more than one
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# algorithm (for example algorithm rollover). Must be different from
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# DEFAULT_ALGORITHM.
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# ALTERNATIVE_ALGORITHM
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# ALTERNATIVE_ALGORITHM_NUMBER
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# ALTERNATIVE_BITS
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#
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# This is an algorithm that is used for tests against the "disable-algorithms"
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# configuration option. Must be different from above algorithms.
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# DISABLED_ALGORITHM
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# DISABLED_ALGORITHM_NUMBER
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# DISABLED_BITS
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#
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# There are multiple algoritms sets to choose from (see get_algorithms.py). To
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# override the default choice, set the ALGORITHM_SET env var (see mkeys system
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# test for example).
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if test -x "$PYTHON" && test -x "$KEYGEN"; then
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eval "$($PYTHON "$TOP_SRCDIR/bin/tests/system/get_algorithms.py")"
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else
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# 9.16 workarounds
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# - for ./configure which calls bin/tests/system/cleanall.sh, which
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# includes this file before $KEYGEN is compiled
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# - for our Windows CI which lacks Python
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DEFAULT_ALGORITHM=ECDSAP256SHA256
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DEFAULT_ALGORITHM_NUMBER=13
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DEFAULT_BITS=256
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ALTERNATIVE_ALGORITHM=RSASHA256
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ALTERNATIVE_ALGORITHM_NUMBER=8
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ALTERNATIVE_BITS=1280
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DISABLED_ALGORITHM=ECDSAP384SHA384
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DISABLED_ALGORITHM_NUMBER=14
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DISABLED_BITS=384
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fi
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# Default HMAC algorithm.
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export DEFAULT_HMAC=hmac-sha256
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#
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# Useful functions in test scripts
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#
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# assert_int_equal: compare two integer variables, $1 and $2
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#
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# If $1 and $2 are equal, return 0; if $1 and $2 are not equal, report
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# the error using the description of the tested variable provided in $3
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# and return 1.
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assert_int_equal() {
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found="$1"
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expected="$2"
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description="$3"
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if [ "${expected}" -ne "${found}" ]; then
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echo_i "incorrect ${description}: got ${found}, expected ${expected}"
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return 1
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fi
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return 0
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}
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# keyfile_to_keys_section: helper function for keyfile_to_*_keys() which
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# converts keyfile data into a key-style trust anchor configuration
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# section using the supplied parameters
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keyfile_to_keys() {
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section_name=$1
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key_prefix=$2
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shift
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shift
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echo "$section_name {"
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for keyname in $*; do
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awk '!/^; /{
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printf "\t\""$1"\" "
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printf "'"$key_prefix "'"
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printf $4 " " $5 " " $6 " \""
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for (i=7; i<=NF; i++) printf $i
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printf "\";\n"
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}' $keyname.key
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done
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echo "};"
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}
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# keyfile_to_dskeys_section: helper function for keyfile_to_*_dskeys()
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# converts keyfile data into a DS-style trust anchor configuration
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# section using the supplied parameters
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keyfile_to_dskeys() {
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section_name=$1
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key_prefix=$2
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shift
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shift
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echo "$section_name {"
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for keyname in $*; do
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$DSFROMKEY $keyname.key | \
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awk '!/^; /{
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printf "\t\""$1"\" "
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printf "'"$key_prefix "'"
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printf $4 " " $5 " " $6 " \""
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for (i=7; i<=NF; i++) printf $i
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printf "\";\n"
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}'
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done
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echo "};"
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}
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# keyfile_to_trusted_keys: convert key data contained in the keyfile(s)
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# provided to a "trust-keys" section suitable for including in a
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# resolver's configuration file
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keyfile_to_trusted_keys() {
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keyfile_to_keys "trusted-keys" "" $*
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}
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# keyfile_to_static_keys: convert key data contained in the keyfile(s)
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# provided to a *static-key* "trust-anchors" section suitable for including in
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# a resolver's configuration file
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keyfile_to_static_keys() {
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keyfile_to_keys "trust-anchors" "static-key" $*
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}
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# keyfile_to_initial_keys: convert key data contained in the keyfile(s)
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# provided to an *initial-key* "trust-anchors" section suitable for including
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# in a resolver's configuration file
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keyfile_to_initial_keys() {
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keyfile_to_keys "trust-anchors" "initial-key" $*
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}
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# keyfile_to_static_ds_keys: convert key data contained in the keyfile(s)
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# provided to a *static-ds* "trust-anchors" section suitable for including in a
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# resolver's configuration file
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keyfile_to_static_ds() {
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keyfile_to_dskeys "trust-anchors" "static-ds" $*
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}
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# keyfile_to_initial_ds_keys: convert key data contained in the keyfile(s)
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# provided to an *initial-ds* "trust-anchors" section suitable for including
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# in a resolver's configuration file
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keyfile_to_initial_ds() {
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keyfile_to_dskeys "trust-anchors" "initial-ds" $*
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}
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# keyfile_to_key_id: convert a key file name to a key ID
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#
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# For a given key file name (e.g. "Kexample.+013+06160") provided as $1,
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# print the key ID with leading zeros stripped ("6160" for the
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# aforementioned example).
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keyfile_to_key_id() {
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echo "$1" | sed "s/.*+0\{0,4\}//"
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}
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# private_type_record: write a private type record recording the state of the
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# signing process
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#
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# For a given zone ($1), algorithm number ($2) and key file ($3), print the
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# private type record with default type value of 65534, indicating that the
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# signing process for this key is completed.
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private_type_record() {
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_zone=$1
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_algorithm=$2
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_keyfile=$3
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_id=$(keyfile_to_key_id "$_keyfile")
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printf "%s. 0 IN TYPE65534 %s 5 %02x%04x0000\n" "$_zone" "\\#" "$_algorithm" "$_id"
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}
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# nextpart*() - functions for reading files incrementally
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#
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# These functions aim to facilitate looking for (or waiting for)
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# messages which may be logged more than once throughout the lifetime of
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# a given named instance by outputting just the part of the file which
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# has been appended since the last time we read it.
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#
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# Calling some of these functions causes temporary *.prev files to be
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# created that need to be cleaned up manually (usually by a given system
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# test's clean.sh script).
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#
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# Note that unlike other nextpart*() functions, nextpartread() is not
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# meant to be directly used in system tests; its sole purpose is to
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# reduce code duplication below.
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#
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# A quick usage example:
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#
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# $ echo line1 > named.log
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# $ echo line2 >> named.log
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# $ nextpart named.log
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# line1
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# line2
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# $ echo line3 >> named.log
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# $ nextpart named.log
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# line3
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# $ nextpart named.log
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# $ echo line4 >> named.log
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# $ nextpartpeek named.log
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# line4
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# $ nextpartpeek named.log
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# line4
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# $ nextpartreset named.log
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# $ nextpartpeek named.log
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# line1
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# line2
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# line3
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# line4
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# $ nextpart named.log
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# line1
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# line2
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# line3
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# line4
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# $ nextpart named.log
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# $
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# nextpartreset: reset the marker used by nextpart() and nextpartpeek()
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# so that it points to the start of the given file
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nextpartreset() {
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echo "0" > $1.prev
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}
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# nextpartread: read everything that's been appended to a file since the
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# last time nextpart() was called and print it to stdout, print the
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# total number of lines read from that file so far to file descriptor 3
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nextpartread() {
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[ -f $1.prev ] || nextpartreset $1
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prev=`cat $1.prev`
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awk "NR > $prev "'{ print }
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END { print NR > "/dev/stderr" }' $1 2>&3
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}
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# nextpart: read everything that's been appended to a file since the
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# last time nextpart() was called
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nextpart() {
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nextpartread $1 3> $1.prev.tmp
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mv $1.prev.tmp $1.prev
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}
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# nextpartpeek: read everything that's been appended to a file since the
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# last time nextpart() was called
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nextpartpeek() {
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nextpartread $1 3> /dev/null
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}
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# _search_log: look for message $1 in file $2 with nextpart().
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_search_log() (
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msg="$1"
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file="$2"
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nextpart "$file" | grep -F -e "$msg" > /dev/null
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)
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# _search_log_peek: look for message $1 in file $2 with nextpartpeek().
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_search_log_peek() (
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msg="$1"
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file="$2"
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nextpartpeek "$file" | grep -F -e "$msg" > /dev/null
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)
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# wait_for_log: wait until message $2 in file $3 appears. Bail out after
|
|
# $1 seconds. This needs to be used in conjunction with a prior call to
|
|
# nextpart() or nextpartreset() on the same file to guarantee the offset is
|
|
# set correctly. Tests using wait_for_log() are responsible for cleaning up
|
|
# the created <file>.prev files.
|
|
wait_for_log() (
|
|
timeout="$1"
|
|
msg="$2"
|
|
file="$3"
|
|
retry_quiet "$timeout" _search_log "$msg" "$file" && return 0
|
|
echo_i "exceeded time limit waiting for '$msg' in $file"
|
|
return 1
|
|
)
|
|
|
|
# wait_for_log_peek: similar to wait_for_log() but peeking, so the file offset
|
|
# does not change.
|
|
wait_for_log_peek() (
|
|
timeout="$1"
|
|
msg="$2"
|
|
file="$3"
|
|
retry_quiet "$timeout" _search_log_peek "$msg" "$file" && return 0
|
|
echo_i "exceeded time limit waiting for '$msg' in $file"
|
|
return 1
|
|
)
|
|
|
|
# _retry: keep running a command until it succeeds, up to $1 times, with
|
|
# one-second intervals, optionally printing a message upon every attempt
|
|
_retry() {
|
|
__retries="${1}"
|
|
shift
|
|
|
|
while :; do
|
|
if "$@"; then
|
|
return 0
|
|
fi
|
|
__retries=$((__retries-1))
|
|
if [ "${__retries}" -gt 0 ]; then
|
|
if [ "${__retry_quiet}" -ne 1 ]; then
|
|
echo_i "retrying"
|
|
fi
|
|
sleep 1
|
|
else
|
|
return 1
|
|
fi
|
|
done
|
|
}
|
|
|
|
# retry: call _retry() in verbose mode
|
|
retry() {
|
|
__retry_quiet=0
|
|
_retry "$@"
|
|
}
|
|
|
|
# retry_quiet: call _retry() in silent mode
|
|
retry_quiet() {
|
|
__retry_quiet=1
|
|
_retry "$@"
|
|
}
|
|
|
|
# _repeat: keep running command up to $1 times, unless it fails
|
|
_repeat() (
|
|
__retries="${1}"
|
|
shift
|
|
while :; do
|
|
if ! "$@"; then
|
|
return 1
|
|
fi
|
|
__retries=$((__retries-1))
|
|
if [ "${__retries}" -le 0 ]; then
|
|
break
|
|
fi
|
|
done
|
|
return 0
|
|
)
|
|
|
|
rndc_reload() {
|
|
$RNDC -c ../common/rndc.conf -s $2 -p ${CONTROLPORT} reload $3 2>&1 | sed 's/^/'"I:$SYSTESTDIR:$1"' /'
|
|
# reloading single zone is synchronous, if we're reloading whole server
|
|
# we need to wait for reload to finish
|
|
if [ -z "$3" ]; then
|
|
for __try in 0 1 2 3 4 5 6 7 8 9; do
|
|
$RNDC -c ../common/rndc.conf -s $2 -p ${CONTROLPORT} status | grep "reload/reconfig in progress" > /dev/null || break
|
|
sleep 1
|
|
done
|
|
fi
|
|
}
|
|
|
|
rndc_reconfig() {
|
|
$RNDC -c ../common/rndc.conf -s $2 -p ${CONTROLPORT} reconfig 2>&1 | sed 's/^/'"I:$SYSTESTDIR:$1"' /'
|
|
for __try in 0 1 2 3 4 5 6 7 8 9; do
|
|
$RNDC -c ../common/rndc.conf -s $2 -p ${CONTROLPORT} status | grep "reload/reconfig in progress" > /dev/null || break
|
|
sleep 1
|
|
done
|
|
}
|
|
|
|
# rndc_dumpdb: call "rndc dumpdb [...]" and wait until it completes
|
|
#
|
|
# The first argument is the name server instance to send the command to, in the
|
|
# form of "nsX" (where "X" is the instance number), e.g. "ns5". The remaining
|
|
# arguments, if any, are appended to the rndc command line after "dumpdb".
|
|
#
|
|
# Control channel configuration for the name server instance to send the
|
|
# command to must match the contents of bin/tests/system/common/rndc.conf.
|
|
#
|
|
# rndc output is stored in a file called rndc.out.test${n}; the "n" variable is
|
|
# required to be set by the calling tests.sh script.
|
|
#
|
|
# Return 0 if the dump completes successfully; return 1 if rndc returns an exit
|
|
# code other than 0 or if the "; Dump complete" string does not appear in the
|
|
# dump within 10 seconds.
|
|
rndc_dumpdb() {
|
|
__ret=0
|
|
__dump_complete=0
|
|
__server="${1}"
|
|
__ip="10.53.0.$(echo "${__server}" | tr -c -d "0-9")"
|
|
|
|
shift
|
|
${RNDC} -c ../common/rndc.conf -p "${CONTROLPORT}" -s "${__ip}" dumpdb "$@" > "rndc.out.test${n}" 2>&1 || __ret=1
|
|
|
|
for _ in 0 1 2 3 4 5 6 7 8 9
|
|
do
|
|
if grep '^; Dump complete$' "${__server}/named_dump.db" > /dev/null; then
|
|
mv "${__server}/named_dump.db" "${__server}/named_dump.db.test${n}"
|
|
__dump_complete=1
|
|
break
|
|
fi
|
|
sleep 1
|
|
done
|
|
|
|
if [ ${__dump_complete} -eq 0 ]; then
|
|
echo_i "timed out waiting for 'rndc dumpdb' to finish"
|
|
__ret=1
|
|
fi
|
|
|
|
return ${__ret}
|
|
}
|
|
|
|
# get_dig_xfer_stats: extract transfer statistics from dig output stored
|
|
# in $1, converting them to a format used by some system tests.
|
|
get_dig_xfer_stats() {
|
|
LOGFILE="$1"
|
|
sed -n "s/^;; XFR size: .*messages \([0-9][0-9]*\).*/messages=\1/p" "${LOGFILE}"
|
|
sed -n "s/^;; XFR size: \([0-9][0-9]*\) records.*/records=\1/p" "${LOGFILE}"
|
|
sed -n "s/^;; XFR size: .*bytes \([0-9][0-9]*\).*/bytes=\1/p" "${LOGFILE}"
|
|
}
|
|
|
|
# get_named_xfer_stats: from named log file $1, extract transfer
|
|
# statistics for the last transfer for peer $2 and zone $3 (from a log
|
|
# message which has to contain the string provided in $4), converting
|
|
# them to a format used by some system tests.
|
|
get_named_xfer_stats() {
|
|
LOGFILE="$1"
|
|
PEER="`echo $2 | sed 's/\./\\\\./g'`"
|
|
ZONE="`echo $3 | sed 's/\./\\\\./g'`"
|
|
MESSAGE="$4"
|
|
grep " ${PEER}#.*${MESSAGE}:" "${LOGFILE}" | \
|
|
sed -n "s/.* '${ZONE}\/.* \([0-9][0-9]*\) messages.*/messages=\1/p" | tail -1
|
|
grep " ${PEER}#.*${MESSAGE}:" "${LOGFILE}" | \
|
|
sed -n "s/.* '${ZONE}\/.* \([0-9][0-9]*\) records.*/records=\1/p" | tail -1
|
|
grep " ${PEER}#.*${MESSAGE}:" "${LOGFILE}" | \
|
|
sed -n "s/.* '${ZONE}\/.* \([0-9][0-9]*\) bytes.*/bytes=\1/p" | tail -1
|
|
}
|
|
|
|
# copy_setports - Copy Configuration File and Replace Ports
|
|
#
|
|
# Convenience function to copy a configuration file, replacing the tokens
|
|
# QUERYPORT, CONTROLPORT and EXTRAPORT[1-8] with the values of the equivalent
|
|
# environment variables. (These values are set by "run.sh", which calls the
|
|
# scripts invoking this function.)
|
|
#
|
|
# Usage:
|
|
# copy_setports infile outfile
|
|
#
|
|
copy_setports() {
|
|
# The indirect method of handling the substitution of the PORT variables
|
|
# (defining "atsign" then substituting for it in the "sed" statement) is
|
|
# required to prevent the "Configure" script (in the win32utils/ directory)
|
|
# from replacing the <at>PORT<at> substitution tokens when it processes
|
|
# this file and produces conf.sh.
|
|
atsign="@"
|
|
sed -e "s/${atsign}PORT${atsign}/${PORT}/g" \
|
|
-e "s/${atsign}EXTRAPORT1${atsign}/${EXTRAPORT1}/g" \
|
|
-e "s/${atsign}EXTRAPORT2${atsign}/${EXTRAPORT2}/g" \
|
|
-e "s/${atsign}EXTRAPORT3${atsign}/${EXTRAPORT3}/g" \
|
|
-e "s/${atsign}EXTRAPORT4${atsign}/${EXTRAPORT4}/g" \
|
|
-e "s/${atsign}EXTRAPORT5${atsign}/${EXTRAPORT5}/g" \
|
|
-e "s/${atsign}EXTRAPORT6${atsign}/${EXTRAPORT6}/g" \
|
|
-e "s/${atsign}EXTRAPORT7${atsign}/${EXTRAPORT7}/g" \
|
|
-e "s/${atsign}EXTRAPORT8${atsign}/${EXTRAPORT8}/g" \
|
|
-e "s/${atsign}CONTROLPORT${atsign}/${CONTROLPORT}/g" \
|
|
-e "s/${atsign}DEFAULT_ALGORITHM${atsign}/${DEFAULT_ALGORITHM}/g" \
|
|
-e "s/${atsign}DEFAULT_ALGORITHM_NUMBER${atsign}/${DEFAULT_ALGORITHM_NUMBER}/g" \
|
|
-e "s/${atsign}DEFAULT_BITS${atsign}/${DEFAULT_BITS}/g" \
|
|
-e "s/${atsign}ALTERNATIVE_ALGORITHM${atsign}/${ALTERNATIVE_ALGORITHM}/g" \
|
|
-e "s/${atsign}ALTERNATIVE_ALGORITHM_NUMBER${atsign}/${ALTERNATIVE_ALGORITHM_NUMBER}/g" \
|
|
-e "s/${atsign}ALTERNATIVE_BITS${atsign}/${ALTERNATIVE_BITS}/g" \
|
|
-e "s/${atsign}DEFAULT_HMAC${atsign}/${DEFAULT_HMAC}/g" \
|
|
-e "s/${atsign}DISABLED_ALGORITHM${atsign}/${DISABLED_ALGORITHM}/g" \
|
|
-e "s/${atsign}DISABLED_ALGORITHM_NUMBER${atsign}/${DISABLED_ALGORITHM_NUMBER}/g" \
|
|
-e "s/${atsign}DISABLED_BITS${atsign}/${DISABLED_BITS}/g" \
|
|
$1 > $2
|
|
}
|