#!/usr/bin/env bash # SPDX-License-Identifier: LGPL-2.1-or-later # vi: ts=4 sw=4 tw=0 et: # TODO: # - IPv6-only stack # - mDNS # - LLMNR # - DoT/DoH set -eux set -o pipefail # shellcheck source=test/units/util.sh . "$(dirname "$0")"/util.sh # We need at least Knot 3.0 which support (among others) the ds-push directive if ! knotc -c /usr/lib/systemd/tests/testdata/knot-data/knot.conf conf-check; then echo "This test requires at least Knot 3.0. skipping..." | tee --append /skipped exit 77 fi RUN_OUT="$(mktemp)" run() { "$@" |& tee "$RUN_OUT" } run_delv() { # Since [0] delv no longer loads /etc/(bind/)bind.keys by default, so we # have to do that explicitly for each invocation run delv -a /etc/bind.keys "$@" } disable_ipv6() { sysctl -w net.ipv6.conf.all.disable_ipv6=1 } enable_ipv6() { sysctl -w net.ipv6.conf.all.disable_ipv6=0 networkctl reconfigure dns0 /usr/lib/systemd/systemd-networkd-wait-online --ipv4 --ipv6 --interface=dns0:routable --timeout=30 } monitor_check_rr() ( set +x set +o pipefail local since="${1:?}" local match="${2:?}" # Wait until the first mention of the specified log message is # displayed. We turn off pipefail for this, since we don't care about the # lhs of this pipe expression, we only care about the rhs' result to be # clean timeout -v 30s journalctl -u resolvectl-monitor.service --since "$since" -f --full | grep -m1 "$match" ) restart_resolved() { systemctl stop systemd-resolved.service (! systemctl is-failed systemd-resolved.service) # Reset the restart counter since we call this method a bunch of times # and can occasionally hit the default rate limit systemctl reset-failed systemd-resolved.service systemctl start systemd-resolved.service systemctl service-log-level systemd-resolved.service debug } # Test for resolvectl, resolvconf systemctl unmask systemd-resolved.service systemctl enable --now systemd-resolved.service systemctl service-log-level systemd-resolved.service debug ip link add hoge type dummy ip link add hoge.foo type dummy resolvectl dns hoge 10.0.0.1 10.0.0.2 resolvectl dns hoge.foo 10.0.0.3 10.0.0.4 assert_in '10.0.0.1 10.0.0.2' "$(resolvectl dns hoge)" assert_in '10.0.0.3 10.0.0.4' "$(resolvectl dns hoge.foo)" resolvectl dns hoge 10.0.1.1 10.0.1.2 resolvectl dns hoge.foo 10.0.1.3 10.0.1.4 assert_in '10.0.1.1 10.0.1.2' "$(resolvectl dns hoge)" assert_in '10.0.1.3 10.0.1.4' "$(resolvectl dns hoge.foo)" if ! RESOLVCONF=$(command -v resolvconf 2>/dev/null); then TMPDIR=$(mktemp -d -p /tmp resolvconf-tests.XXXXXX) RESOLVCONF="$TMPDIR"/resolvconf ln -s "$(command -v resolvectl 2>/dev/null)" "$RESOLVCONF" fi echo nameserver 10.0.2.1 10.0.2.2 | "$RESOLVCONF" -a hoge echo nameserver 10.0.2.3 10.0.2.4 | "$RESOLVCONF" -a hoge.foo assert_in '10.0.2.1 10.0.2.2' "$(resolvectl dns hoge)" assert_in '10.0.2.3 10.0.2.4' "$(resolvectl dns hoge.foo)" echo nameserver 10.0.3.1 10.0.3.2 | "$RESOLVCONF" -a hoge.inet.ipsec.192.168.35 echo nameserver 10.0.3.3 10.0.3.4 | "$RESOLVCONF" -a hoge.foo.dhcp assert_in '10.0.3.1 10.0.3.2' "$(resolvectl dns hoge)" assert_in '10.0.3.3 10.0.3.4' "$(resolvectl dns hoge.foo)" # Tests for _localdnsstub and _localdnsproxy assert_in '127.0.0.53' "$(resolvectl query _localdnsstub)" assert_in '_localdnsstub' "$(resolvectl query 127.0.0.53)" assert_in '127.0.0.54' "$(resolvectl query _localdnsproxy)" assert_in '_localdnsproxy' "$(resolvectl query 127.0.0.54)" assert_in '127.0.0.53' "$(dig @127.0.0.53 _localdnsstub)" assert_in '_localdnsstub' "$(dig @127.0.0.53 -x 127.0.0.53)" assert_in '127.0.0.54' "$(dig @127.0.0.53 _localdnsproxy)" assert_in '_localdnsproxy' "$(dig @127.0.0.53 -x 127.0.0.54)" # Tests for mDNS and LLMNR settings mkdir -p /run/systemd/resolved.conf.d { echo "[Resolve]" echo "MulticastDNS=no" echo "LLMNR=no" } >/run/systemd/resolved.conf.d/mdns-llmnr.conf restart_resolved # make sure networkd is not running. systemctl stop systemd-networkd.service assert_in 'no' "$(resolvectl mdns hoge)" assert_in 'no' "$(resolvectl llmnr hoge)" # Tests that reloading works { echo "[Resolve]" echo "MulticastDNS=yes" echo "LLMNR=yes" } >/run/systemd/resolved.conf.d/mdns-llmnr.conf systemctl reload systemd-resolved.service # defaults to yes (both the global and per-link settings are yes) assert_in 'yes' "$(resolvectl mdns hoge)" assert_in 'yes' "$(resolvectl llmnr hoge)" # set per-link setting resolvectl mdns hoge yes resolvectl llmnr hoge yes assert_in 'yes' "$(resolvectl mdns hoge)" assert_in 'yes' "$(resolvectl llmnr hoge)" resolvectl mdns hoge resolve resolvectl llmnr hoge resolve assert_in 'resolve' "$(resolvectl mdns hoge)" assert_in 'resolve' "$(resolvectl llmnr hoge)" resolvectl mdns hoge no resolvectl llmnr hoge no assert_in 'no' "$(resolvectl mdns hoge)" assert_in 'no' "$(resolvectl llmnr hoge)" # downgrade global setting to resolve { echo "[Resolve]" echo "MulticastDNS=resolve" echo "LLMNR=resolve" } >/run/systemd/resolved.conf.d/mdns-llmnr.conf systemctl reload systemd-resolved.service # set per-link setting resolvectl mdns hoge yes resolvectl llmnr hoge yes assert_in 'resolve' "$(resolvectl mdns hoge)" assert_in 'resolve' "$(resolvectl llmnr hoge)" resolvectl mdns hoge resolve resolvectl llmnr hoge resolve assert_in 'resolve' "$(resolvectl mdns hoge)" assert_in 'resolve' "$(resolvectl llmnr hoge)" resolvectl mdns hoge no resolvectl llmnr hoge no assert_in 'no' "$(resolvectl mdns hoge)" assert_in 'no' "$(resolvectl llmnr hoge)" # downgrade global setting to no { echo "[Resolve]" echo "MulticastDNS=no" echo "LLMNR=no" } >/run/systemd/resolved.conf.d/mdns-llmnr.conf systemctl reload systemd-resolved.service # set per-link setting resolvectl mdns hoge yes resolvectl llmnr hoge yes assert_in 'no' "$(resolvectl mdns hoge)" assert_in 'no' "$(resolvectl llmnr hoge)" resolvectl mdns hoge resolve resolvectl llmnr hoge resolve assert_in 'no' "$(resolvectl mdns hoge)" assert_in 'no' "$(resolvectl llmnr hoge)" resolvectl mdns hoge no resolvectl llmnr hoge no assert_in 'no' "$(resolvectl mdns hoge)" assert_in 'no' "$(resolvectl llmnr hoge)" # Cleanup rm -f /run/systemd/resolved.conf.d/mdns-llmnr.conf ip link del hoge ip link del hoge.foo ### SETUP ### # Configure network hostnamectl hostname ns1.unsigned.test cat >>/etc/hosts </run/systemd/network/10-dns0.netdev </run/systemd/network/10-dns0.network </run/systemd/network/10-dns1.netdev </run/systemd/network/10-dns1.network </run/systemd/resolved.conf.d/test.conf ln -svf /run/systemd/resolve/stub-resolv.conf /etc/resolv.conf # Override the default NTA list, which turns off DNSSEC validation for (among # others) the test. domain mkdir -p "/etc/dnssec-trust-anchors.d/" echo local >/etc/dnssec-trust-anchors.d/local.negative # Copy over our knot configuration mkdir -p /var/lib/knot/zones/ /etc/knot/ cp -rfv /usr/lib/systemd/tests/testdata/knot-data/zones/* /var/lib/knot/zones/ cp -fv /usr/lib/systemd/tests/testdata/knot-data/knot.conf /etc/knot/knot.conf chgrp -R knot /etc/knot/ /var/lib/knot/ chmod -R ug+rwX /var/lib/knot/ chmod -R g+r /etc/knot/ # Sign the root zone keymgr . generate algorithm=ECDSAP256SHA256 ksk=yes zsk=yes # Create a trust anchor for resolved with our root zone keymgr . ds | sed 's/ DS/ IN DS/g' >/etc/dnssec-trust-anchors.d/root.positive # Create a bind-compatible trust anchor (for delv) # Note: the trust-anchors directive is relatively new, so use the original # managed-keys one until it's widespread enough { echo 'managed-keys {' keymgr . dnskey | sed -r 's/^\. DNSKEY ([0-9]+ [0-9]+ [0-9]+) (.+)$/. static-key \1 "\2";/g' echo '};' } >/etc/bind.keys # Create an /etc/bind/bind.keys symlink, which is used by delv on Ubuntu mkdir -p /etc/bind ln -svf /etc/bind.keys /etc/bind/bind.keys # Start the services systemctl unmask systemd-networkd systemctl restart systemd-networkd /usr/lib/systemd/systemd-networkd-wait-online --interface=dns1:routable --timeout=60 systemctl reload systemd-resolved systemctl start resolved-dummy-server # Create knot's runtime dir, since from certain version it's provided only by # the package and not created by tmpfiles/systemd if [[ ! -d /run/knot ]]; then mkdir -p /run/knot chown -R knot:knot /run/knot fi systemctl start knot # Wait a bit for the keys to propagate sleep 4 systemctl status resolved-dummy-server networkctl status resolvectl status resolvectl log-level debug # Start monitoring queries systemd-run -u resolvectl-monitor.service -p Type=notify resolvectl monitor systemd-run -u resolvectl-monitor-json.service -p Type=notify resolvectl monitor --json=short # FIXME: knot, unfortunately, incorrectly complains about missing zone files for zones # that are forwarded using the `dnsproxy` module. Until the issue is resolved, # let's fall back to pre-processing the `zone-check` output a bit before checking it # # See: https://gitlab.nic.cz/knot/knot-dns/-/issues/913 run knotc zone-check || : sed -i '/forwarded.test./d' "$RUN_OUT" [[ ! -s "$RUN_OUT" ]] # We need to manually propagate the DS records of onlinesign.test. to the parent # zone, since they're generated online knotc zone-begin test. if knotc zone-get test. onlinesign.test. ds | grep .; then # Drop any old DS records, if present (e.g. on test re-run) knotc zone-unset test. onlinesign.test. ds fi # Propagate the new DS records while read -ra line; do knotc zone-set test. "${line[0]}" 600 "${line[@]:1}" done < <(keymgr onlinesign.test. ds) knotc zone-commit test. knotc reload sleep 2 ### SETUP END ### : "--- nss-resolve/nss-myhostname tests" # Sanity check TIMESTAMP=$(date '+%F %T') # Issue: https://github.com/systemd/systemd/issues/23951 # With IPv6 enabled run getent -s resolve ahosts ns1.unsigned.test grep -qE "^fd00:dead:beef:cafe::1\s+STREAM\s+ns1\.unsigned\.test" "$RUN_OUT" monitor_check_rr "$TIMESTAMP" "ns1.unsigned.test IN AAAA fd00:dead:beef:cafe::1" # With IPv6 disabled # Issue: https://github.com/systemd/systemd/issues/23951 disable_ipv6 run getent -s resolve ahosts ns1.unsigned.test grep -qE "^10\.0\.0\.1\s+STREAM\s+ns1\.unsigned\.test" "$RUN_OUT" (! grep -qE "fd00:dead:beef:cafe::1" "$RUN_OUT") monitor_check_rr "$TIMESTAMP" "ns1.unsigned.test IN A 10.0.0.1" enable_ipv6 # Issue: https://github.com/systemd/systemd/issues/18812 # PR: https://github.com/systemd/systemd/pull/18896 # Follow-up issue: https://github.com/systemd/systemd/issues/23152 # Follow-up PR: https://github.com/systemd/systemd/pull/23161 # With IPv6 enabled run getent -s resolve ahosts localhost grep -qE "^::1\s+STREAM\s+localhost" "$RUN_OUT" run getent -s myhostname ahosts localhost grep -qE "^::1\s+STREAM\s+localhost" "$RUN_OUT" # With IPv6 disabled disable_ipv6 run getent -s resolve ahosts localhost grep -qE "^127\.0\.0\.1\s+STREAM\s+localhost" "$RUN_OUT" (! grep -qE "::1" "$RUN_OUT") run getent -s myhostname ahosts localhost grep -qE "^127\.0\.0\.1\s+STREAM\s+localhost" "$RUN_OUT" enable_ipv6 # Issue: https://github.com/systemd/systemd/issues/25088 run getent -s resolve hosts 127.128.0.5 grep -qEx '127\.128\.0\.5\s+localhost5(\s+localhost5?\.localdomain[45]?){4}' "$RUN_OUT" [ "$(wc -l <"$RUN_OUT")" -eq 1 ] # Issue: https://github.com/systemd/systemd/issues/20158 run dig +noall +answer +additional localhost5. grep -qEx 'localhost5\.\s+0\s+IN\s+A\s+127\.128\.0\.5' "$RUN_OUT" [ "$(wc -l <"$RUN_OUT")" -eq 1 ] run dig +noall +answer +additional localhost5.localdomain4. grep -qEx 'localhost5\.localdomain4\.\s+0\s+IN\s+CNAME\s+localhost5\.' "$RUN_OUT" grep -qEx 'localhost5\.\s+0\s+IN\s+A\s+127\.128\.0\.5' "$RUN_OUT" [ "$(wc -l <"$RUN_OUT")" -eq 2 ] : "--- Basic resolved tests ---" # Issue: https://github.com/systemd/systemd/issues/22229 # PR: https://github.com/systemd/systemd/pull/22231 FILTERED_NAMES=( "0.in-addr.arpa" "255.255.255.255.in-addr.arpa" "0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.0.ip6.arpa" "hello.invalid" "hello.alt" ) for name in "${FILTERED_NAMES[@]}"; do (! run host "$name") grep -qF "NXDOMAIN" "$RUN_OUT" done # Follow-up # Issue: https://github.com/systemd/systemd/issues/22401 # PR: https://github.com/systemd/systemd/pull/22414 run dig +noall +authority +comments SRV . grep -qF "status: NOERROR" "$RUN_OUT" grep -qE "IN\s+SOA\s+ns1\.unsigned\.test\." "$RUN_OUT" run resolvectl query -t SVCB svcb.test grep -qF 'alpn="dot"' "$RUN_OUT" grep -qF "ipv4hint=10.0.0.1" "$RUN_OUT" run resolvectl query -t HTTPS https.test grep -qF 'alpn="h2,h3"' "$RUN_OUT" : "--- ZONE: unsigned.test. ---" run dig @ns1.unsigned.test +short unsigned.test A unsigned.test AAAA grep -qF "10.0.0.101" "$RUN_OUT" grep -qF "fd00:dead:beef:cafe::101" "$RUN_OUT" run resolvectl query unsigned.test grep -qF "10.0.0.10" "$RUN_OUT" grep -qF "fd00:dead:beef:cafe::101" "$RUN_OUT" grep -qF "authenticated: no" "$RUN_OUT" run dig @ns1.unsigned.test +short MX unsigned.test grep -qF "15 mail.unsigned.test." "$RUN_OUT" run resolvectl query --legend=no -t MX unsigned.test grep -qF "unsigned.test IN MX 15 mail.unsigned.test" "$RUN_OUT" : "--- ZONE: signed.test (static DNSSEC) ---" # Check the trust chain (with and without systemd-resolved in between # Issue: https://github.com/systemd/systemd/issues/22002 # PR: https://github.com/systemd/systemd/pull/23289 run_delv @ns1.unsigned.test signed.test grep -qF "; fully validated" "$RUN_OUT" run_delv signed.test grep -qF "; fully validated" "$RUN_OUT" for addr in "${DNS_ADDRESSES[@]}"; do run_delv "@$addr" -t A mail.signed.test grep -qF "; fully validated" "$RUN_OUT" run_delv "@$addr" -t AAAA mail.signed.test grep -qF "; fully validated" "$RUN_OUT" done run resolvectl query mail.signed.test grep -qF "10.0.0.11" "$RUN_OUT" grep -qF "fd00:dead:beef:cafe::11" "$RUN_OUT" grep -qF "authenticated: yes" "$RUN_OUT" run dig +short signed.test grep -qF "10.0.0.10" "$RUN_OUT" run resolvectl query signed.test grep -qF "signed.test: 10.0.0.10" "$RUN_OUT" grep -qF "authenticated: yes" "$RUN_OUT" run dig @ns1.unsigned.test +short MX signed.test grep -qF "10 mail.signed.test." "$RUN_OUT" run resolvectl query --legend=no -t MX signed.test grep -qF "signed.test IN MX 10 mail.signed.test" "$RUN_OUT" # Check a non-existent domain run dig +dnssec this.does.not.exist.signed.test grep -qF "status: NXDOMAIN" "$RUN_OUT" # Check a wildcard record run resolvectl query -t TXT this.should.be.authenticated.wild.signed.test grep -qF 'this.should.be.authenticated.wild.signed.test IN TXT "this is a wildcard"' "$RUN_OUT" grep -qF "authenticated: yes" "$RUN_OUT" # Check SRV support run resolvectl service _mysvc._tcp signed.test grep -qF "myservice.signed.test:1234" "$RUN_OUT" grep -qF "10.0.0.20" "$RUN_OUT" grep -qF "fd00:dead:beef:cafe::17" "$RUN_OUT" grep -qF "authenticated: yes" "$RUN_OUT" # Test service resolve over Varlink run varlinkctl call /run/systemd/resolve/io.systemd.Resolve io.systemd.Resolve.ResolveService '{"name":"","type":"_mysvc._tcp","domain":"signed.test"}' grep -qF '"services":[{"priority":10,"weight":5,"port":1234,"hostname":"myservice.signed.test","canonicalName":"myservice.signed.test","addresses":[{"ifindex":' "$RUN_OUT" grep -qF '"family":10,"address":[253,0,222,173,190,239,202,254,0,0,0,0,0,0,0,23]' "$RUN_OUT" grep -qF '"family":2,"address":[10,0,0,20]' "$RUN_OUT" grep -qF '}]}],"txt":["This is TXT for myservice"],"canonical":{"name":null,"type":"_mysvc._tcp","domain":"signed.test"},"flags":' "$RUN_OUT" # without name run varlinkctl call /run/systemd/resolve/io.systemd.Resolve io.systemd.Resolve.ResolveService '{"type":"_mysvc._tcp","domain":"signed.test"}' # without txt (SD_RESOLVE_NO_TXT) run varlinkctl call /run/systemd/resolve/io.systemd.Resolve io.systemd.Resolve.ResolveService '{"type":"_mysvc._tcp","domain":"signed.test","flags":64}' (! grep -qF '"txt"' "$RUN_OUT") # without address (SD_RESOLVE_NO_ADDRESS) run varlinkctl call /run/systemd/resolve/io.systemd.Resolve io.systemd.Resolve.ResolveService '{"type":"_mysvc._tcp","domain":"signed.test","flags":128}' (! grep -qF '"addresses"' "$RUN_OUT") # without txt and address run varlinkctl call /run/systemd/resolve/io.systemd.Resolve io.systemd.Resolve.ResolveService '{"type":"_mysvc._tcp","domain":"signed.test","flags":192}' (! grep -qF '"txt"' "$RUN_OUT") (! grep -qF '"addresses"' "$RUN_OUT") (! run resolvectl service _invalidsvc._udp signed.test) grep -qE "invalidservice\.signed\.test' not found" "$RUN_OUT" run resolvectl service _untrustedsvc._udp signed.test grep -qF "myservice.untrusted.test:1111" "$RUN_OUT" grep -qF "10.0.0.123" "$RUN_OUT" grep -qF "fd00:dead:beef:cafe::123" "$RUN_OUT" grep -qF "authenticated: yes" "$RUN_OUT" # Check OPENPGPKEY support run_delv -t OPENPGPKEY 5a786cdc59c161cdafd818143705026636962198c66ed4c5b3da321e._openpgpkey.signed.test grep -qF "; fully validated" "$RUN_OUT" run resolvectl openpgp mr.smith@signed.test grep -qF "5a786cdc59c161cdafd818143705026636962198c66ed4c5b3da321e._openpgpkey.signed.test" "$RUN_OUT" grep -qF "authenticated: yes" "$RUN_OUT" # Check zone transfers (AXFR/IXFR) # Note: since resolved doesn't support zone transfers, let's just make sure it # simply refuses such requests without choking on them # See: https://github.com/systemd/systemd/pull/30809#issuecomment-1880102804 run dig @ns1.unsigned.test AXFR signed.test grep -qE "SOA\s+ns1.unsigned.test. root.unsigned.test." "$RUN_OUT" run dig AXFR signed.test grep -qF "; Transfer failed" "$RUN_OUT" run dig @ns1.unsigned.test IXFR=43 signed.test grep -qE "SOA\s+ns1.unsigned.test. root.unsigned.test." "$RUN_OUT" run dig IXFR=43 signed.test grep -qF "; Transfer failed" "$RUN_OUT" # DNSSEC validation with multiple records of the same type for the same name # Issue: https://github.com/systemd/systemd/issues/22002 # PR: https://github.com/systemd/systemd/pull/23289 check_domain() { local domain="${1:?}" local record="${2:?}" local message="${3:?}" local addr for addr in "${DNS_ADDRESSES[@]}"; do run_delv "@$addr" -t "$record" "$domain" grep -qF "$message" "$RUN_OUT" done run_delv -t "$record" "$domain" grep -qF "$message" "$RUN_OUT" run resolvectl query "$domain" grep -qF "authenticated: yes" "$RUN_OUT" } check_domain "dupe.signed.test" "A" "; fully validated" check_domain "dupe.signed.test" "AAAA" "; negative response, fully validated" check_domain "dupe-ipv6.signed.test" "AAAA" "; fully validated" check_domain "dupe-ipv6.signed.test" "A" "; negative response, fully validated" check_domain "dupe-mixed.signed.test" "A" "; fully validated" check_domain "dupe-mixed.signed.test" "AAAA" "; fully validated" # Test resolution of CNAME chains TIMESTAMP=$(date '+%F %T') run resolvectl query -t A cname-chain.signed.test grep -qF "follow14.final.signed.test IN A 10.0.0.14" "$RUN_OUT" grep -qF "authenticated: yes" "$RUN_OUT" monitor_check_rr "$TIMESTAMP" "follow10.so.close.signed.test IN CNAME follow11.yet.so.far.signed.test" monitor_check_rr "$TIMESTAMP" "follow11.yet.so.far.signed.test IN CNAME follow12.getting.hot.signed.test" monitor_check_rr "$TIMESTAMP" "follow12.getting.hot.signed.test IN CNAME follow13.almost.final.signed.test" monitor_check_rr "$TIMESTAMP" "follow13.almost.final.signed.test IN CNAME follow14.final.signed.test" monitor_check_rr "$TIMESTAMP" "follow14.final.signed.test IN A 10.0.0.14" # Non-existing RR + CNAME chain #run dig +dnssec AAAA cname-chain.signed.test #grep -qF "status: NOERROR" "$RUN_OUT" #grep -qE "^follow14\.final\.signed\.test\..+IN\s+NSEC\s+" "$RUN_OUT" : "--- ZONE: onlinesign.test (dynamic DNSSEC) ---" # Check the trust chain (with and without systemd-resolved in between # Issue: https://github.com/systemd/systemd/issues/22002 # PR: https://github.com/systemd/systemd/pull/23289 run_delv @ns1.unsigned.test sub.onlinesign.test grep -qF "; fully validated" "$RUN_OUT" run_delv sub.onlinesign.test grep -qF "; fully validated" "$RUN_OUT" run dig +short sub.onlinesign.test grep -qF "10.0.0.133" "$RUN_OUT" run resolvectl query sub.onlinesign.test grep -qF "sub.onlinesign.test: 10.0.0.133" "$RUN_OUT" grep -qF "authenticated: yes" "$RUN_OUT" run dig @ns1.unsigned.test +short TXT onlinesign.test grep -qF '"hello from onlinesign"' "$RUN_OUT" run resolvectl query --legend=no -t TXT onlinesign.test grep -qF 'onlinesign.test IN TXT "hello from onlinesign"' "$RUN_OUT" for addr in "${DNS_ADDRESSES[@]}"; do run_delv "@$addr" -t A dual.onlinesign.test grep -qF "10.0.0.135" "$RUN_OUT" run_delv "@$addr" -t AAAA dual.onlinesign.test grep -qF "fd00:dead:beef:cafe::135" "$RUN_OUT" run_delv "@$addr" -t ANY ipv6.onlinesign.test grep -qF "fd00:dead:beef:cafe::136" "$RUN_OUT" done run resolvectl query dual.onlinesign.test grep -qF "10.0.0.135" "$RUN_OUT" grep -qF "fd00:dead:beef:cafe::135" "$RUN_OUT" grep -qF "authenticated: yes" "$RUN_OUT" run resolvectl query ipv6.onlinesign.test grep -qF "fd00:dead:beef:cafe::136" "$RUN_OUT" grep -qF "authenticated: yes" "$RUN_OUT" # Check a non-existent domain # Note: mod-onlinesign utilizes Minimally Covering NSEC Records, hence the # different response than with "standard" DNSSEC run dig +dnssec this.does.not.exist.onlinesign.test grep -qF "status: NOERROR" "$RUN_OUT" grep -qF "NSEC \\000.this.does.not.exist.onlinesign.test." "$RUN_OUT" # Check a wildcard record run resolvectl query -t TXT this.should.be.authenticated.wild.onlinesign.test grep -qF 'this.should.be.authenticated.wild.onlinesign.test IN TXT "this is an onlinesign wildcard"' "$RUN_OUT" grep -qF "authenticated: yes" "$RUN_OUT" # Resolve via dbus method TIMESTAMP=$(date '+%F %T') run busctl call org.freedesktop.resolve1 /org/freedesktop/resolve1 org.freedesktop.resolve1.Manager ResolveHostname 'isit' 0 secondsub.onlinesign.test 0 0 grep -qF '10 0 0 134 "secondsub.onlinesign.test"' "$RUN_OUT" monitor_check_rr "$TIMESTAMP" "secondsub.onlinesign.test IN A 10.0.0.134" : "--- ZONE: untrusted.test (DNSSEC without propagated DS records) ---" # Issue: https://github.com/systemd/systemd/issues/23955 # FIXME resolvectl flush-caches #run dig +short untrusted.test A untrusted.test AAAA #grep -qF "10.0.0.121" "$RUN_OUT" #grep -qF "fd00:dead:beef:cafe::121" "$RUN_OUT" run resolvectl query untrusted.test grep -qF "untrusted.test:" "$RUN_OUT" grep -qF "10.0.0.121" "$RUN_OUT" grep -qF "fd00:dead:beef:cafe::121" "$RUN_OUT" grep -qF "authenticated: no" "$RUN_OUT" run resolvectl service _mysvc._tcp untrusted.test grep -qF "myservice.untrusted.test:1234" "$RUN_OUT" grep -qF "10.0.0.123" "$RUN_OUT" grep -qF "fd00:dead:beef:cafe::123" "$RUN_OUT" # Issue: https://github.com/systemd/systemd/issues/19472 # 1) Query for a non-existing RR should return NOERROR + NSEC (?), not NXDOMAIN # FIXME: re-enable once the issue is resolved #run dig +dnssec AAAA untrusted.test #grep -qF "status: NOERROR" "$RUN_OUT" #grep -qE "^untrusted\.test\..+IN\s+NSEC\s+" "$RUN_OUT" ## 2) Query for a non-existing name should return NXDOMAIN, not SERVFAIL #run dig +dnssec this.does.not.exist.untrusted.test #grep -qF "status: NXDOMAIN" "$RUN_OUT" : "--- ZONE: forwarded.test (queries forwarded to our dummy test server) ---" JOURNAL_CURSOR="$(mktemp)" journalctl -n0 -q --cursor-file="$JOURNAL_CURSOR" # See "test-resolved-dummy-server.c" for the server part (! run resolvectl query nope.forwarded.test) grep -qF "nope.forwarded.test" "$RUN_OUT" grep -qF "not found" "$RUN_OUT" # SERVFAIL + EDE code 6: DNSSEC Bogus (! run resolvectl query edns-bogus-dnssec.forwarded.test) grep -qE "^edns-bogus-dnssec.forwarded.test:.+: upstream-failure \(DNSSEC Bogus\)" "$RUN_OUT" # Same thing, but over Varlink (! run varlinkctl call /run/systemd/resolve/io.systemd.Resolve io.systemd.Resolve.ResolveHostname '{"name" : "edns-bogus-dnssec.forwarded.test"}') grep -qF "io.systemd.Resolve.DNSSECValidationFailed" "$RUN_OUT" grep -qF '{"result":"upstream-failure","extendedDNSErrorCode":6}' "$RUN_OUT" journalctl --sync journalctl -u systemd-resolved.service --cursor-file="$JOURNAL_CURSOR" --grep "Server returned error: SERVFAIL \(DNSSEC Bogus\). Lookup failed." # SERVFAIL + EDE code 16: Censored + extra text (! run resolvectl query edns-extra-text.forwarded.test) grep -qE "^edns-extra-text.forwarded.test.+: SERVFAIL \(Censored: Nothing to see here!\)" "$RUN_OUT" (! run varlinkctl call /run/systemd/resolve/io.systemd.Resolve io.systemd.Resolve.ResolveHostname '{"name" : "edns-extra-text.forwarded.test"}') grep -qF "io.systemd.Resolve.DNSError" "$RUN_OUT" grep -qF '{"rcode":2,"extendedDNSErrorCode":16,"extendedDNSErrorMessage":"Nothing to see here!"}' "$RUN_OUT" journalctl --sync journalctl -u systemd-resolved.service --cursor-file="$JOURNAL_CURSOR" --grep "Server returned error: SERVFAIL \(Censored: Nothing to see here!\)" # SERVFAIL + EDE code 0: Other + extra text (! run resolvectl query edns-code-zero.forwarded.test) grep -qE "^edns-code-zero.forwarded.test:.+: SERVFAIL \(Other: 🐱\)" "$RUN_OUT" (! run varlinkctl call /run/systemd/resolve/io.systemd.Resolve io.systemd.Resolve.ResolveHostname '{"name" : "edns-code-zero.forwarded.test"}') grep -qF "io.systemd.Resolve.DNSError" "$RUN_OUT" grep -qF '{"rcode":2,"extendedDNSErrorCode":0,"extendedDNSErrorMessage":"🐱"}' "$RUN_OUT" journalctl --sync journalctl -u systemd-resolved.service --cursor-file="$JOURNAL_CURSOR" --grep "Server returned error: SERVFAIL \(Other: 🐱\)" # SERVFAIL + invalid EDE code (! run resolvectl query edns-invalid-code.forwarded.test) grep -qE "^edns-invalid-code.forwarded.test:.+: SERVFAIL \([0-9]+\)" "$RUN_OUT" (! run varlinkctl call /run/systemd/resolve/io.systemd.Resolve io.systemd.Resolve.ResolveHostname '{"name" : "edns-invalid-code.forwarded.test"}') grep -qF "io.systemd.Resolve.DNSError" "$RUN_OUT" grep -qE '{"rcode":2,"extendedDNSErrorCode":[0-9]+}' "$RUN_OUT" journalctl --sync journalctl -u systemd-resolved.service --cursor-file="$JOURNAL_CURSOR" --grep "Server returned error: SERVFAIL \(\d+\)" # SERVFAIL + invalid EDE code + extra text (! run resolvectl query edns-invalid-code-with-extra-text.forwarded.test) grep -qE '^edns-invalid-code-with-extra-text.forwarded.test:.+: SERVFAIL \([0-9]+: Hello \[#\]\$%~ World\)' "$RUN_OUT" (! run varlinkctl call /run/systemd/resolve/io.systemd.Resolve io.systemd.Resolve.ResolveHostname '{"name" : "edns-invalid-code-with-extra-text.forwarded.test"}') grep -qF "io.systemd.Resolve.DNSError" "$RUN_OUT" grep -qE '{"rcode":2,"extendedDNSErrorCode":[0-9]+,"extendedDNSErrorMessage":"Hello \[#\]\$%~ World"}' "$RUN_OUT" journalctl --sync journalctl -u systemd-resolved.service --cursor-file="$JOURNAL_CURSOR" --grep "Server returned error: SERVFAIL \(\d+: Hello \[\#\]\\$%~ World\)" ### Test resolvectl show-cache run resolvectl show-cache run resolvectl show-cache --json=short run resolvectl show-cache --json=pretty # Issue: https://github.com/systemd/systemd/issues/29580 (part #1) dig @127.0.0.54 signed.test systemctl stop resolvectl-monitor.service systemctl stop resolvectl-monitor-json.service # Issue: https://github.com/systemd/systemd/issues/29580 (part #2) # # Check for any warnings regarding malformed messages (! journalctl -u resolvectl-monitor.service -u reseolvectl-monitor-json.service -p warning --grep malformed) # Verify that all queries recorded by `resolvectl monitor --json` produced a valid JSON # with expected fields journalctl -p info -o cat _SYSTEMD_UNIT="resolvectl-monitor-json.service" | while read -r line; do # Check that both "question" and "answer" fields are arrays # # The expression is slightly more complicated due to the fact that the "answer" field is optional, # so we need to select it only if it's present, otherwise the type == "array" check would fail echo "$line" | jq -e '[. | .question, (select(has("answer")) | .answer) | type == "array"] | all' done # Test serve stale feature and NFTSet= if nftables is installed if command -v nft >/dev/null; then ### Test without serve stale feature ### NFT_FILTER_NAME=dns_port_filter drop_dns_outbound_traffic() { nft add table inet $NFT_FILTER_NAME nft add chain inet $NFT_FILTER_NAME output \{ type filter hook output priority 0 \; \} nft add rule inet $NFT_FILTER_NAME output ip daddr 10.0.0.1 udp dport 53 drop nft add rule inet $NFT_FILTER_NAME output ip daddr 10.0.0.1 tcp dport 53 drop nft add rule inet $NFT_FILTER_NAME output ip6 daddr fd00:dead:beef:cafe::1 udp dport 53 drop nft add rule inet $NFT_FILTER_NAME output ip6 daddr fd00:dead:beef:cafe::1 tcp dport 53 drop } run dig stale1.unsigned.test -t A grep -qE "NOERROR" "$RUN_OUT" sleep 2 drop_dns_outbound_traffic set +e # Make sure we give sd-resolved enough time to timeout (5-10s) before giving up # See: https://github.com/systemd/systemd/issues/31639#issuecomment-2009152617 run dig +tries=1 +timeout=15 stale1.unsigned.test -t A set -eux grep -qE "no servers could be reached" "$RUN_OUT" nft flush ruleset ### Test TIMEOUT with serve stale feature ### mkdir -p /run/systemd/resolved.conf.d { echo "[Resolve]" echo "StaleRetentionSec=1d" } >/run/systemd/resolved.conf.d/test.conf ln -svf /run/systemd/resolve/stub-resolv.conf /etc/resolv.conf systemctl reload systemd-resolved.service run dig stale1.unsigned.test -t A grep -qE "NOERROR" "$RUN_OUT" sleep 2 drop_dns_outbound_traffic # Make sure we give sd-resolved enough time to timeout (5-10s) and serve the stale data (see above) run dig +tries=1 +timeout=15 stale1.unsigned.test -t A grep -qE "NOERROR" "$RUN_OUT" grep -qE "10.0.0.112" "$RUN_OUT" nft flush ruleset ### Test NXDOMAIN with serve stale feature ### # NXDOMAIN response should replace the cache with NXDOMAIN response run dig stale1.unsigned.test -t A grep -qE "NOERROR" "$RUN_OUT" # Delete stale1 record from zone knotc zone-begin unsigned.test knotc zone-unset unsigned.test stale1 A knotc zone-commit unsigned.test knotc reload sleep 2 run dig stale1.unsigned.test -t A grep -qE "NXDOMAIN" "$RUN_OUT" nft flush ruleset ### NFTSet= test nft add table inet sd_test nft add set inet sd_test c '{ type cgroupsv2; }' nft add set inet sd_test u '{ typeof meta skuid; }' nft add set inet sd_test g '{ typeof meta skgid; }' # service systemd-run --unit test-nft.service --service-type=exec -p DynamicUser=yes \ -p 'NFTSet=cgroup:inet:sd_test:c user:inet:sd_test:u group:inet:sd_test:g' sleep 10000 run nft list set inet sd_test c grep -qF "test-nft.service" "$RUN_OUT" uid=$(getent passwd test-nft | cut -d':' -f3) run nft list set inet sd_test u grep -qF "$uid" "$RUN_OUT" gid=$(getent passwd test-nft | cut -d':' -f4) run nft list set inet sd_test g grep -qF "$gid" "$RUN_OUT" systemctl stop test-nft.service # scope run systemd-run --scope -u test-nft.scope -p 'NFTSet=cgroup:inet:sd_test:c' nft list set inet sd_test c grep -qF "test-nft.scope" "$RUN_OUT" mkdir -p /run/systemd/system # socket { echo "[Socket]" echo "ListenStream=12345" echo "BindToDevice=lo" echo "NFTSet=cgroup:inet:sd_test:c" } >/run/systemd/system/test-nft.socket { echo "[Service]" echo "ExecStart=/usr/bin/sleep 10000" } >/run/systemd/system/test-nft.service systemctl daemon-reload systemctl start test-nft.socket systemctl status test-nft.socket run nft list set inet sd_test c grep -qF "test-nft.socket" "$RUN_OUT" systemctl stop test-nft.socket rm -f /run/systemd/system/test-nft.{socket,service} # slice mkdir /run/systemd/system/system.slice.d { echo "[Slice]" echo "NFTSet=cgroup:inet:sd_test:c" } >/run/systemd/system/system.slice.d/00-test-nft.conf systemctl daemon-reload run nft list set inet sd_test c grep -qF "system.slice" "$RUN_OUT" rm -rf /run/systemd/system/system.slice.d nft flush ruleset else echo "nftables is not installed. Skipped serve stale feature and NFTSet= tests." fi ### Test resolvectl show-server-state ### run resolvectl show-server-state grep -qF "10.0.0.1" "$RUN_OUT" grep -qF "Interface" "$RUN_OUT" run resolvectl show-server-state --json=short grep -qF "10.0.0.1" "$RUN_OUT" grep -qF "Interface" "$RUN_OUT" run resolvectl show-server-state --json=pretty grep -qF "10.0.0.1" "$RUN_OUT" grep -qF "Interface" "$RUN_OUT" ### Test resolvectl statistics ### run resolvectl statistics grep -qF "Transactions" "$RUN_OUT" grep -qF "Cache" "$RUN_OUT" grep -qF "Failure Transactions" "$RUN_OUT" grep -qF "DNSSEC Verdicts" "$RUN_OUT" run resolvectl statistics --json=short grep -qF "transactions" "$RUN_OUT" grep -qF "cache" "$RUN_OUT" grep -qF "dnssec" "$RUN_OUT" run resolvectl statistics --json=pretty grep -qF "transactions" "$RUN_OUT" grep -qF "cache" "$RUN_OUT" grep -qF "dnssec" "$RUN_OUT" ### Test resolvectl reset-statistics ### run resolvectl reset-statistics run resolvectl reset-statistics --json=pretty run resolvectl reset-statistics --json=short test "$(resolvectl --json=short query -t AAAA localhost)" == '{"key":{"class":1,"type":28,"name":"localhost"},"address":[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1]}' test "$(resolvectl --json=short query -t A localhost)" == '{"key":{"class":1,"type":1,"name":"localhost"},"address":[127,0,0,1]}' # Test ResolveRecord RR resolving via Varlink test "$(varlinkctl call /run/systemd/resolve/io.systemd.Resolve io.systemd.Resolve.ResolveRecord '{"name":"localhost","type":1}' --json=short | jq -rc 'del(.rrs | .[] | .ifindex)')" == '{"rrs":[{"rr":{"key":{"class":1,"type":1,"name":"localhost"},"address":[127,0,0,1]},"raw":"CWxvY2FsaG9zdAAAAQABAAAAAAAEfwAAAQ=="}],"flags":786945}' test "$(varlinkctl call /run/systemd/resolve/io.systemd.Resolve io.systemd.Resolve.ResolveRecord '{"name":"localhost","type":28}' --json=short | jq -rc 'del(.rrs | .[] | .ifindex)')" == '{"rrs":[{"rr":{"key":{"class":1,"type":28,"name":"localhost"},"address":[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1]},"raw":"CWxvY2FsaG9zdAAAHAABAAAAAAAQAAAAAAAAAAAAAAAAAAAAAQ=="}],"flags":786945}' # Ensure that reloading keeps the manually configured address { echo "[Resolve]" echo "DNS=8.8.8.8" } >/run/systemd/resolved.conf.d/reload.conf resolvectl dns dns0 1.1.1.1 systemctl reload systemd-resolved.service resolvectl status resolvectl dns dns0 | grep -qF "1.1.1.1" # For some reason piping this last command to grep fails with: # 'resolvectl[1378]: Failed to print table: Broken pipe' # so use an intermediate file in /tmp/ resolvectl >/tmp/output grep -qF "DNS Servers: 8.8.8.8" /tmp/output # Check if resolved exits cleanly. restart_resolved touch /testok