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test: Add TLS tracking integration test

This patch adds a new test, which verifies the TLS tracking.

Because we need to simulate SPF records, and Go does not support fully
intercepting DNS lookups yet, this test relies on dnsmasq to provide a
DNS resolver.

In the future, once Go supports DNS lookup interception, we can get rid
of this additional dependency.
This commit is contained in:
Alberto Bertogli
2018-06-02 11:30:17 +01:00
parent 4373f56a82
commit 029bca7013
14 changed files with 203 additions and 3 deletions

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smtp_address: ":1025"
submission_address: ":1587"
submission_over_tls_address: ":1465"
monitoring_address: ":1099"
mail_delivery_agent_bin: "test-mda"
mail_delivery_agent_args: "%to%"
data_dir: "../.data-A"
mail_log_path: "../.logs-A/mail_log"

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smtp_address: ":2025"
submission_address: ":2587"
submission_over_tls_address: ":2465"
monitoring_address: ":2099"
mail_delivery_agent_bin: "test-mda"
mail_delivery_agent_args: "%to%"
data_dir: "../.data-B"
mail_log_path: "../.logs-B/mail_log"

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smtp_address: ":1025"
submission_address: ":1587"
submission_over_tls_address: ":1465"
monitoring_address: ":1099"
mail_delivery_agent_bin: "test-mda"
mail_delivery_agent_args: "%to%"
data_dir: "../.data"
mail_log_path: "../.logs/mail_log"

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Subject: Prueba desde el test
Crece desde el test el futuro
Crece desde el test

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# Configuration for dnsmasq, for testing purposes.
interface=lo
port=9053
no-resolv
no-poll
no-hosts
log-queries
# Note we need both ipv4 and ipv6 A record because some test environments may
# not support one or the other.
# srv-a zone
address=/srv-a/::1
address=/srv-a/127.0.0.1
mx-host=srv-a,srv-a,10
txt-record=srv-a,"v=spf1 a"
# srv-b zone
address=/srv-b/::1
address=/srv-b/127.0.0.1
mx-host=srv-b,srv-b,10
txt-record=srv-b,"v=spf1 a"

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srv-A localhost
srv-B localhost

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account default
host srv-A
port 1587
tls on
tls_trust_file A/certs/srv-A/fullchain.pem
from userA@srv-A
auth on
user userA@srv-A
password userA

83
test/t-14-tls_tracking/run.sh Executable file
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#!/bin/bash
# Test TLS tracking features, which require faking SPF.
set -e
. $(dirname ${0})/../util/lib.sh
init
if ! dnsmasq --version > /dev/null; then
skip "dnsmasq binary is not functional"
exit 0
fi
# To fake SPF we need to override the resolver, which is only supported in Go
# >= 1.8, so this test depends on that version.
# TODO: remove this once we only support go >= 1.8.
MAJOR=$(go version | sed 's/.*go\([0-9]\)\..*/\1/')
MINOR=$(go version | sed 's/.*go[0-9]\.\([0-9]\+\).*/\1/')
DEVEL=$(go version | sed 's/.* devel .*/devel/g')
if [ "$DEVEL" != "devel" ] && [ "$MAJOR" -eq 1 ] && [ "$MINOR" -le 7 ]; then
skip "go version ($MAJOR.$MINOR) too old to run this test"
fi
# Build with the DNS override, so we can fake DNS records.
export GOTAGS="dnsoverride"
# Launch dnsmasq in the background using our configuration.
# We run with -d as it takes care of a lot of options (log file, pid file,
# etc.) for our use case.
# It listens on localhost:9053 as configuration.
dnsmasq --conf-file=dnsmasq.conf -d >> .dnsmasq.log 2>&1 &
# Two chasquid servers:
# A - listens on :1025, hosts srv-A
# B - listens on :2025, hosts srv-B
CONFDIR=A generate_certs_for srv-A
CONFDIR=A add_user userA@srv-A userA
CONFDIR=B generate_certs_for srv-B
CONFDIR=B add_user userB@srv-B userB
rm -rf .data-A .data-B .mail .certs
mkdir -p .logs-A .logs-B .mail .certs
# Put public certs in .certs, and use it as our trusted cert dir.
cp A/certs/srv-A/fullchain.pem .certs/srv-a.pem
cp B/certs/srv-B/fullchain.pem .certs/srv-b.pem
export SSL_CERT_DIR=$PWD/.certs/
chasquid -v=2 --logfile=.logs-A/chasquid.log --config_dir=A \
--testing__dns_addr=127.0.0.1:9053 \
--testing__max_received_headers=5 \
--testing__outgoing_smtp_port=2025 &
chasquid -v=2 --logfile=.logs-B/chasquid.log --config_dir=B \
--testing__dns_addr=127.0.0.1:9053 \
--testing__outgoing_smtp_port=1025 &
wait_until_ready 1025
wait_until_ready 2025
wait_until_ready 9053
run_msmtp userB@srv-B < content
wait_for_file .mail/userb@srv-b
mail_diff content .mail/userb@srv-b
# A should have a secure outgoing connection to srv-b.
if ! grep -q "outgoing_sec_level: TLS_SECURE" ".data-A/domaininfo/s:srv-b";
then
fail "A is missing the domaininfo for srv-b"
fi
# B should have a secure incoming connection from srv-a.
if ! grep -q "incoming_sec_level: TLS_CLIENT" ".data-B/domaininfo/s:srv-a";
then
fail "B is missing the domaininfo for srv-a"
fi
success