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Merge pull request #2938 from docker-mailserver/ci/more-parallel-tests 

tests: Convert more serial tests into parallel ready

<details>
<summary>Commit message history for reference</summary>

```markdown
tests(chore): Move some serial tests into parallel sets
===
Additionally with the `tls.bash` helper for the `letsencrypt` tests.
```

```markdown
tests: Adjusted files not directly related to tests
===
`tls.bash` helper was adapted to the new helper scripts location. The `setup.bash` helper saw a bugfix (expanding the array properly) and updates the container default config to configure for IPv4 explicitly.

The IPv4 default was added after recent Docker pushes and I saw weird IPv6 related errors in the logs.. now we're sure IPv4 is the default during tests.

Added functionality to check if a process is running:
- This change adds a helper function to check whether a program is running inside a container or not.
- This added the need for a function like `_run_in_container` but allowing for providing an explicit container name.
- Future PRs can use this helper function now to check whether a process is running or not. This was done for the tests of Fail2Ban, but can be used for other tests in the future as well.

---

chore: Restructured BATS flags in `Makefile`

The `Makefile` has seen a bit of a restructuring when it comes to flags:

1. The `MAKEFLAGS` variables is used by `make`, and allows for adding additional flags that can be used within in recursive calls (via `$(MAKE)`) too,  thus DRY approach.
2. The flags for calling BATS were adjusted. `--no-parallelize-within-files` has been added as well to ensure tests  _inside_ a single file are run sequentially.

`dms-test` prefix matching changed to expect a `_` suffix as a delimiter.

---

docs: Add a note regarding output from running tests in parallel
```

```markdown
tests: Adjust parallel tests
===
- The usual serial to parallel test conversion to utilize the `setup.bash` common setup structure, and adding a `TEST_PREFIX` var for each test case to leverage.
- Standardize on parallel test naming conventions for variables / values.
- More consistent use of `bash -c` instead of `/bin/bash -c` or `/bin/sh -c`.
- Using the `_run_in_container` helper instead of `run docker exec ${CONTAINER_NAME}`.
- Updates tests to use the `check_if_process_is_running` helper.

---

chore: Revise inline docs for the `ssl_letsencrypt` test

- Moves the override to be in closer proximity to the `initial_setup` call, and better communicates the intent to override.
- Removes top comment block that is no longer providing value or correct information to maintainers.
- Revised `acme.json` test case inline doc comments.
```

```markdown
refactor: Parallel Tests
===
- `disabled_clamav_spamassassin`:
  - Just shuffling the test order around, and removing the restart test at the end which doesn't make sense.

- `postscreen`:
  - Now uses common helper for getting container IP
  - Does not appear to need the `NET_ADMIN` capability?
  - Reduced startup time for the 2nd container + additional context about it's relevance.
  - Test cases are largely the same, but refactored the `nc` alternative that properly waits it's turn. This only needs to run once. Added additional commentary and made into a generic method if needed in other tests.

- `fail2ban`:
  - Use the common container IP helper method.
  - Postscreen isn't affecting this test, it's not required to do the much slower exchange with the mail server when sending a login failure.
  - IP being passed into ENV is no longer necessary.
  - `sleep 5` in the related test cases doesn't seem necessary, can better rely on polling with timeout.
  - `sleep 10` for `setup.sh` also doesn't appear to be necessary.

- `postgrey`:
  - Reduced POSTGREY_DELAY to 3, which shaves a fair amount of wasted time while still verifying the delay works.
  - One of the checks in `main.cf` doesn't seem to need to know about the earlier spamhaus portion of the line to work, removed.
  - Better test case descriptions.
  - Improved log matching via standard method that better documents the expected triplet under test.
  - Removed a redundant whitelist file and test that didn't seem to have any relevance. Added a TODO with additional notes about a concern with these tests.
  - Reduced test time as 8 second timeouts from `-w 8` don't appear to be required, better to poll with grep instead.
  - Replaced `wc -l` commands with a new method to assert expected line count, better enabling assertions on the actual output.

- `undef_spam_subject`:
  - Split to two separate test cases, and initialize each container in their case instead of `setup_file()`, allowing for using the default `teardown()` method (and slight benefit if running in parallel).

- `permit_docker`:
  - Not a parallel test, but I realized that the repeat helper methods don't necessarily play well with `run` as the command (can cause false positive of what was successful).
```

```markdown
docs: Revise contributing advice for tests
```

</details>
This commit is contained in:
Brennan Kinney 2023-01-06 16:53:20 +13:00 committed by GitHub
parent 26ac48f34a 52987e32e7
commit 623d53bea8
Signed by: GitHub
GPG Key ID: 4AEE18F83AFDEB23
31 changed files with 1049 additions and 929 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

19
Makefile
View File

@ -1,11 +1,15 @@
SHELL := /bin/bash
.SHELLFLAGS += -e -u -o pipefail
PARALLEL_JOBS ?= 2
export REPOSITORY_ROOT := $(CURDIR)
export IMAGE_NAME ?= mailserver-testing:ci
export NAME ?= $(IMAGE_NAME)
MAKEFLAGS += --no-print-directory
BATS_FLAGS ?= --timing
BATS_PARALLEL_JOBS ?= 2
BATS_FLAGS_PARALLEL ?= $(BATS_FLAGS) --no-parallelize-within-files --jobs $(BATS_PARALLEL_JOBS)
.PHONY: ALWAYS_RUN
# -----------------------------------------------
@ -33,7 +37,7 @@ backup:
clean:
# remove test containers and restore test/config directory
-@ [[ -d testconfig.bak ]] && { sudo rm -rf test/config ; mv testconfig.bak test/config ; } || :
-@ for CONTAINER in $$(docker ps -a --filter name='^dms-test-.*|^mail_.*|^hadolint$$|^eclint$$|^shellcheck$$' | sed 1d | cut -f 1-1 -d ' '); do docker rm -f $${CONTAINER}; done
-@ for CONTAINER in $$(docker ps -a --filter name='^dms-test_.*|^mail_.*|^hadolint$$|^eclint$$|^shellcheck$$' | sed 1d | cut -f 1-1 -d ' '); do docker rm -f $${CONTAINER}; done
-@ while read -r LINE; do [[ $${LINE} =~ test/.+ ]] && sudo rm -rf $${LINE}; done < .gitignore
# -----------------------------------------------
@ -43,19 +47,16 @@ clean:
tests: ALWAYS_RUN
# See https://github.com/docker-mailserver/docker-mailserver/pull/2857#issuecomment-1312724303
# on why `generate-accounts` is run before each set (TODO/FIXME)
@ $(MAKE) generate-accounts tests/serial
@ $(MAKE) generate-accounts tests/parallel/set1
@ $(MAKE) generate-accounts tests/parallel/set2
@ $(MAKE) generate-accounts tests/parallel/set3
@ for DIR in tests/{serial,parallel/set{1,2,3}} ; do $(MAKE) generate-accounts "$${DIR}" ; done
tests/serial: ALWAYS_RUN
@ shopt -s globstar ; ./test/bats/bin/bats --timing --jobs 1 test/$@/**.bats
@ shopt -s globstar ; ./test/bats/bin/bats $(BATS_FLAGS) test/$@/*.bats
tests/parallel/set%: ALWAYS_RUN
@ shopt -s globstar ; ./test/bats/bin/bats --timing --jobs $(PARALLEL_JOBS) test/$@/**.bats
@ shopt -s globstar ; ./test/bats/bin/bats $(BATS_FLAGS_PARALLEL) test/$@/**/*.bats
test/%: ALWAYS_RUN
@ shopt -s globstar nullglob ; ./test/bats/bin/bats --timing test/tests/**/{$*,}.bats
@ shopt -s globstar nullglob ; ./test/bats/bin/bats $(BATS_FLAGS) test/tests/**/{$*,}.bats
# -----------------------------------------------
# --- Lints -------------------------------------

28
docs/content/contributing/general.md
View File

@ -15,7 +15,7 @@ When refactoring, writing or altering scripts or other files, adhere to these ru
To run the test suite, you will need to
1. [Install Docker]
1. [Install Docker][get-docker]
2. Install `jq` (under Ubuntu, use `sudo apt-get -y install jq`)
3. Execute `git submodule update --init --recursive` if you haven't already initialized the git submodules
4. Execute `make clean all`
@ -24,13 +24,28 @@ To run the test suite, you will need to
We do not support running linting, tests, etc on macOS at this time. Please use a linux VM.
??? tip "Running a Specific Test"
??? tip "Setting the Degree of Parallelization for Tests"
To run a specific test, use `make build generate-accounts test/<TEST NAME>`, where `<TEST NAME>` is the file name of the test (_for more precision use a relative path: `test/test/<PATH>`_) excluding the `.bats` suffix.
If your machine is capable, you can increase the amount of tests that are run simultaneously by prepending the `make clean all` command with `BATS_PARALLEL_JOBS=X` (i.e. `BATS_PARALLEL_JOBS=X make clean all`). This wil speed up the test procedure. You can also run all tests in serial by setting `BATS_PARALLEL_JOBS=1` this way.
To run only the tests in `template.bats`, use `make test/template` (or `make test/parallel/set2/template`).
The default value of `BATS_PARALLEL_JOBS` is 2. Increasing it to `3` requires 6 threads and 6GB of main memory; increasing it to `4` requires 8 threads and at least 8GB of main memory.
[Install Docker]: https://docs.docker.com/get-docker/
!!! warning "Test Output when Running in Parallel"
[When running tests in parallel][docs-bats-parallel] (_with `make clean generate-accounts tests/parallel/setX`_), BATS will delay outputting the results until completing all test cases within a file.
This also delays test failures as a result. When troubleshooting parallel set tests, you may prefer to run them serially as advised below.
When writing tests, ensure that parallel set tests still pass when run in parallel. You need to account for other tests running in parallel that may interfere with your own tests logic.
??? tip "Run a Specific Test"
Run `make build generate-accounts test/<TEST NAME>`, where `<TEST NAME>` is the file name of the test **excluding** the `.bats` suffix (_use a relative path if needing to be more specific: `test/<RELATIVE PATH>/<TEST NAME>`_).
Multiple test files can be run sequentially with a `,` delimiter between file names:
`make test/tls_letsencrypt,tls_manual`
**Example:** To run only the tests in `template.bats`, use `make test/template` (_or with relative path: `make test/parallel/set2/template`_).
## Documentation
@ -41,3 +56,6 @@ docker run --rm -it -p 8000:8000 -v "${PWD}:/docs" squidfunk/mkdocs-material
```
This serves the documentation on your local machine on port `8000`. Each change will be hot-reloaded onto the page you view, just edit, save and look at the result.
[get-docker]: https://docs.docker.com/get-docker/
[docs-bats-parallel]: https://bats-core.readthedocs.io/en/v1.8.2/usage.html#parallel-execution

27
test/helper/common.bash
View File

@ -9,16 +9,43 @@ __load_bats_helper
# -------------------------------------------------------------------
# like _run_in_container_explicit but infers ${1} by using the ENV CONTAINER_NAME
# WARNING: Careful using this with _until_success_or_timeout methods,
# which can be misleading in the success of `run`, not the command given to `run`.
function _run_in_container() {
run docker exec "${CONTAINER_NAME}" "${@}"
}
# @param ${1} container name [REQUIRED]
# @param ... command to execute
function _run_in_container_explicit() {
local CONTAINER_NAME=${1:?Container name must be given when using explicit}
shift 1
run docker exec "${CONTAINER_NAME}" "${@}"
}
function _default_teardown() {
docker rm -f "${CONTAINER_NAME}"
}
# -------------------------------------------------------------------
# @param ${1} program name [REQUIRED]
# @param ${2} container name [IF UNSET: ${CONTAINER_NAME}]
function check_if_process_is_running() {
local PROGRAM_NAME=${1:?Program name must be provided explicitly}
local CONTAINER_NAME=${2:-${CONTAINER_NAME}}
docker exec "${CONTAINER_NAME}" pgrep "${PROGRAM_NAME}"
}
# @param ${1} target container name [IF UNSET: ${CONTAINER_NAME}]
function get_container_ip() {
local TARGET_CONTAINER_NAME=${1:-${CONTAINER_NAME}}
docker inspect --format '{{ .NetworkSettings.IPAddress }}' "${TARGET_CONTAINER_NAME}"
}
# -------------------------------------------------------------------
# @param ${1} timeout
# @param --fatal-test <command eval string> additional test whose failure aborts immediately
# @param ... test to run

7
test/helper/setup.bash
View File

@ -17,14 +17,15 @@ function __initialize_variables() {
'CONTAINER_NAME'
)
for VARIABLE in "${REQUIRED_VARIABLES_FOR_TESTS}"
for VARIABLE in "${REQUIRED_VARIABLES_FOR_TESTS[@]}"
do
__check_if_set "${VARIABLE}"
done
export SETUP_FILE_MARKER TEST_TIMEOUT_IN_SECONDS NUMBER_OF_LOG_LINES
SETUP_FILE_MARKER="${BATS_TMPDIR:?}/$(basename "${BATS_TEST_FILENAME:?}").setup_file"
TEST_TIMEOUT_IN_SECONDS=${TEST_TIMEOUT_IN_SECONDS:-120}
NUMBER_OF_LOG_LINES=${NUMBER_OF_LOG_LINES:-10}
SETUP_FILE_MARKER="${BATS_TMPDIR:?}/$(basename "${BATS_TEST_FILENAME:?}").setup_file"
}
# -------------------------------------------------------------------
@ -118,6 +119,8 @@ function common_container_create() {
--env ENABLE_UPDATE_CHECK=0 \
--env ENABLE_SPAMASSASSIN=0 \
--env ENABLE_FAIL2BAN=0 \
--env POSTFIX_INET_PROTOCOLS=ipv4 \
--env DOVECOT_INET_PROTOCOLS=ipv4 \
--env LOG_LEVEL=debug \
"${X_EXTRA_ARGS[@]}" \
"${IMAGE_NAME}"

15
test/test_helper/tls.bash → test/helper/tls.bash
View File

@ -1,21 +1,17 @@
#!/bin/bash
load "${REPOSITORY_ROOT}/test/test_helper/common"
load "${REPOSITORY_ROOT}/test/helper/common"
# Helper methods for testing TLS.
# `_should_*` methods are useful for common high-level functionality.
# ? --------------------------------------------- Negotiate TLS
# For certs actually provisioned from LetsEncrypt the Root CA cert should not need to be provided,
# as it would already be available by default in `/etc/ssl/certs`, requiring only the cert chain (fullchain.pem).
function _should_succesfully_negotiate_tls() {
local FQDN=${1}
local CONTAINER_NAME=${2:-${TEST_NAME}}
# shellcheck disable=SC2031
local CA_CERT=${3:-${TEST_CA_CERT}}
local CA_CERT=${2:-${TEST_CA_CERT}}
# Postfix and Dovecot are ready:
wait_for_smtp_port_in_container_to_respond "${CONTAINER_NAME}"
@ -36,9 +32,8 @@ function _should_succesfully_negotiate_tls() {
function _negotiate_tls() {
local FQDN=${1}
local PORT=${2}
local CONTAINER_NAME=${3:-${TEST_NAME}}
# shellcheck disable=SC2031
local CA_CERT=${4:-${TEST_CA_CERT}}
local CA_CERT=${3:-${TEST_CA_CERT}}
local CMD_OPENSSL_VERIFY
CMD_OPENSSL_VERIFY=$(_generate_openssl_cmd "${PORT}")
@ -83,7 +78,6 @@ function _generate_openssl_cmd() {
echo "${CMD_OPENSSL} ${EXTRA_ARGS} 2>/dev/null"
}
# ? --------------------------------------------- Verify FQDN
function _get_fqdn_match_query() {
@ -115,9 +109,8 @@ function escape_fqdn() {
function _get_fqdns_for_cert() {
local FQDN=${1}
local PORT=${2:-'25'}
local CONTAINER_NAME=${3:-${TEST_NAME}}
# shellcheck disable=SC2031
local CA_CERT=${4:-${TEST_CA_CERT}}
local CA_CERT=${3:-${TEST_CA_CERT}}
# `-servername` is for SNI, where the port may be for a service that serves multiple certs,
# and needs a specific FQDN to return the correct cert. Such as a reverse-proxy.

9
test/test-files/nc_templates/postgrey_whitelist_local.txt
View File

@ -1,9 +0,0 @@
request=smtpd_access_policy
protocol_state=RCPT
protocol_name=ESMTP
client_address=127.0.0.1
client_name=whitelistlocal.tld
helo_name=whitelistlocal.tld
sender=test@whitelistlocal.tld
recipient=user1@localhost.localdomain

10
test/tests/parallel/set1/default_relay_host.bats
View File

@ -1,15 +1,15 @@
load "${REPOSITORY_ROOT}/test/helper/setup"
load "${REPOSITORY_ROOT}/test/helper/common"
export TEST_NAME_PREFIX='default relay host:'
export CONTAINER_NAME='dms-test-default_relay_host'
TEST_NAME_PREFIX='[Relay] ENV:'
CONTAINER_NAME='dms-test_default-relay-host'
function setup_file() {
init_with_defaults
local CUSTOM_SETUP_ARGUMENTS=(
--env DEFAULT_RELAY_HOST=default.relay.host.invalid:25 \
--env PERMIT_DOCKER=host \
--env DEFAULT_RELAY_HOST=default.relay.host.invalid:25
--env PERMIT_DOCKER=host
)
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
@ -17,7 +17,7 @@ function setup_file() {
function teardown_file() { _default_teardown ; }
@test "${TEST_NAME_PREFIX} default relay host is added to main.cf" {
@test "${TEST_NAME_PREFIX} 'DEFAULT_RELAY_HOST' should configure 'main.cf:relayhost'" {
_run_in_container bash -c 'grep -e "^relayhost =" /etc/postfix/main.cf'
assert_output 'relayhost = default.relay.host.invalid:25'
}

8
test/tests/parallel/set1/clamav.bats → test/tests/parallel/set1/spam_virus/clamav.bats
View File

@ -2,7 +2,7 @@ load "${REPOSITORY_ROOT}/test/helper/setup"
load "${REPOSITORY_ROOT}/test/helper/common"
TEST_NAME_PREFIX='ClamAV:'
CONTAINER_NAME='dms-test-clamav'
CONTAINER_NAME='dms-test_clamav'
function setup_file() {
init_with_defaults
@ -35,7 +35,7 @@ function setup_file() {
function teardown_file() { _default_teardown ; }
@test "${TEST_NAME_PREFIX} process clamd is running" {
_run_in_container bash -c "ps aux --forest | grep -v grep | grep '/usr/sbin/clamd'"
run check_if_process_is_running 'clamd'
assert_success
}
@ -66,6 +66,8 @@ function teardown_file() { _default_teardown ; }
}
@test "${TEST_NAME_PREFIX} process clamd restarts when killed" {
_run_in_container bash -c "pkill clamd && sleep 10 && ps aux --forest | grep -v grep | grep '/usr/sbin/clamd'"
_run_in_container pkill 'clamd'
assert_success
run_until_success_or_timeout 10 check_if_process_is_running 'clamd'
}

45
test/tests/parallel/set1/spam_virus/disabled_clamav_spamassassin.bats Normal file
View File

@ -0,0 +1,45 @@
load "${REPOSITORY_ROOT}/test/helper/setup"
load "${REPOSITORY_ROOT}/test/helper/common"
TEST_NAME_PREFIX='[ClamAV + SA] (disabled):'
CONTAINER_NAME='dms-test_clamav-spamassasin_disabled'
function setup_file() {
init_with_defaults
local CUSTOM_SETUP_ARGUMENTS=(
--env ENABLE_AMAVIS=1
--env ENABLE_CLAMAV=0
--env ENABLE_SPAMASSASSIN=0
--env AMAVIS_LOGLEVEL=2
)
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
wait_for_smtp_port_in_container "${CONTAINER_NAME}"
_run_in_container bash -c "nc 0.0.0.0 25 < /tmp/docker-mailserver-test/email-templates/existing-user1.txt"
assert_success
wait_for_empty_mail_queue_in_container "${CONTAINER_NAME}"
}
function teardown_file() { _default_teardown ; }
@test "${TEST_NAME_PREFIX} ClamAV - should be disabled by ENV 'ENABLED_CLAMAV=0'" {
run check_if_process_is_running 'clamd'
assert_failure
}
@test "${TEST_NAME_PREFIX} ClamAV - Amavis integration should not be active" {
_run_in_container grep -i 'Found secondary av scanner ClamAV-clamscan' /var/log/mail/mail.log
assert_failure
}
@test "${TEST_NAME_PREFIX} SA - Amavis integration should not be active" {
_run_in_container bash -c "grep -i 'ANTI-SPAM-SA code' /var/log/mail/mail.log | grep 'NOT loaded'"
assert_success
}
@test "${TEST_NAME_PREFIX} SA - should not have been called" {
_run_in_container grep -i 'connect to /var/run/clamav/clamd.ctl failed' /var/log/mail/mail.log
assert_failure
}

61
test/tests/parallel/set1/spam_virus/dnsbl.bats Normal file
View File

@ -0,0 +1,61 @@
load "${REPOSITORY_ROOT}/test/helper/setup"
load "${REPOSITORY_ROOT}/test/helper/common"
TEST_NAME_PREFIX='DNSBLs:'
CONTAINER1_NAME='dms-test_dnsbl_enabled'
CONTAINER2_NAME='dms-test_dnsbl_disabled'
function setup_file() {
local CONTAINER_NAME=${CONTAINER1_NAME}
local CUSTOM_SETUP_ARGUMENTS=(
--env ENABLE_DNSBL=1
)
init_with_defaults
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
wait_for_smtp_port_in_container "${CONTAINER_NAME}"
local CONTAINER_NAME=${CONTAINER2_NAME}
local CUSTOM_SETUP_ARGUMENTS=(
--env ENABLE_DNSBL=0
)
init_with_defaults
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
wait_for_smtp_port_in_container "${CONTAINER_NAME}"
}
function teardown_file() {
docker rm -f "${CONTAINER1_NAME}" "${CONTAINER2_NAME}"
}
# ENABLE_DNSBL=1
@test "${TEST_NAME_PREFIX} (enabled) Postfix DNS block list zen.spamhaus.org" {
run docker exec "${CONTAINER1_NAME}" postconf smtpd_recipient_restrictions
assert_output --partial 'reject_rbl_client zen.spamhaus.org'
}
@test "${TEST_NAME_PREFIX} (enabled) Postscreen DNS block lists -> postscreen_dnsbl_action" {
run docker exec "${CONTAINER1_NAME}" postconf postscreen_dnsbl_action
assert_output 'postscreen_dnsbl_action = enforce'
}
@test "${TEST_NAME_PREFIX} (enabled) Postscreen DNS block lists -> postscreen_dnsbl_sites" {
run docker exec "${CONTAINER1_NAME}" postconf postscreen_dnsbl_sites
assert_output 'postscreen_dnsbl_sites = zen.spamhaus.org=127.0.0.[2..11]*3 bl.mailspike.net=127.0.0.[2;14;13;12;11;10] b.barracudacentral.org*2 bl.spameatingmonkey.net=127.0.0.2 dnsbl.sorbs.net psbl.surriel.com list.dnswl.org=127.0.[0..255].0*-2 list.dnswl.org=127.0.[0..255].1*-3 list.dnswl.org=127.0.[0..255].[2..3]*-4'
}
# ENABLE_DNSBL=0
@test "${TEST_NAME_PREFIX} (disabled) Postfix DNS block list zen.spamhaus.org" {
run docker exec "${CONTAINER2_NAME}" postconf smtpd_recipient_restrictions
refute_output --partial 'reject_rbl_client zen.spamhaus.org'
}
@test "${TEST_NAME_PREFIX} (disabled) Postscreen DNS block lists -> postscreen_dnsbl_action" {
run docker exec "${CONTAINER2_NAME}" postconf postscreen_dnsbl_action
assert_output 'postscreen_dnsbl_action = ignore'
}
@test "${TEST_NAME_PREFIX} (disabled) Postscreen DNS block lists -> postscreen_dnsbl_sites" {
run docker exec "${CONTAINER2_NAME}" postconf postscreen_dnsbl_sites
assert_output 'postscreen_dnsbl_sites ='
}

202
test/tests/parallel/set1/spam_virus/fail2ban.bats Normal file
View File

@ -0,0 +1,202 @@
load "${REPOSITORY_ROOT}/test/helper/setup"
load "${REPOSITORY_ROOT}/test/helper/common"
TEST_NAME_PREFIX='Fail2Ban:'
CONTAINER1_NAME='dms-test_fail2ban'
CONTAINER2_NAME='dms-test_fail2ban_fail-auth-mailer'
function setup_file() {
export CONTAINER_NAME
CONTAINER_NAME=${CONTAINER1_NAME}
local CUSTOM_SETUP_ARGUMENTS=(
--env ENABLE_FAIL2BAN=1
--env POSTSCREEN_ACTION=ignore
--cap-add=NET_ADMIN
# NOTE: May no longer be needed with newer F2B:
--ulimit "nofile=$(ulimit -Sn):$(ulimit -Hn)"
)
init_with_defaults
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
wait_for_smtp_port_in_container "${CONTAINER_NAME}"
# Create a container which will send wrong authentications and should get banned
CONTAINER_NAME=${CONTAINER2_NAME}
init_with_defaults
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
# Set default implicit container fallback for helpers:
CONTAINER_NAME=${CONTAINER1_NAME}
}
function teardown_file() {
docker rm -f "${CONTAINER1_NAME}" "${CONTAINER2_NAME}"
}
@test "${TEST_NAME_PREFIX} Fail2Ban is running" {
run check_if_process_is_running 'fail2ban-server'
assert_success
}
@test "${TEST_NAME_PREFIX} localhost is not banned because ignored" {
_run_in_container fail2ban-client status postfix-sasl
assert_success
refute_output --regexp '.*IP list:.*127\.0\.0\.1.*'
_run_in_container grep 'ignoreip = 127.0.0.1/8' /etc/fail2ban/jail.conf
assert_success
}
@test "${TEST_NAME_PREFIX} fail2ban-fail2ban.cf overrides" {
_run_in_container fail2ban-client get loglevel
assert_success
assert_output --partial 'DEBUG'
}
@test "${TEST_NAME_PREFIX} fail2ban-jail.cf overrides" {
for FILTER in 'dovecot' 'postfix' 'postfix-sasl'
do
_run_in_container fail2ban-client get "${FILTER}" bantime
assert_output 1234
_run_in_container fail2ban-client get "${FILTER}" findtime
assert_output 321
_run_in_container fail2ban-client get "${FILTER}" maxretry
assert_output 2
_run_in_container fail2ban-client -d
assert_output --partial "['set', 'dovecot', 'addaction', 'nftables-multiport']"
assert_output --partial "['set', 'postfix', 'addaction', 'nftables-multiport']"
assert_output --partial "['set', 'postfix-sasl', 'addaction', 'nftables-multiport']"
done
}
# NOTE: This test case is fragile if other test cases were to be run concurrently.
# - After multiple login fails and a slight delay, f2b will ban that IP.
# - You could hard-code `sleep 5` on both cases to avoid the alternative assertions,
# but the polling + piping into grep approach here reliably minimizes the delay.
@test "${TEST_NAME_PREFIX} ban ip on multiple failed login" {
CONTAINER1_IP=$(get_container_ip ${CONTAINER1_NAME})
# Trigger a ban by failing to login twice:
_run_in_container_explicit "${CONTAINER2_NAME}" bash -c "nc ${CONTAINER1_IP} 25 < /tmp/docker-mailserver-test/auth/smtp-auth-login-wrong.txt"
_run_in_container_explicit "${CONTAINER2_NAME}" bash -c "nc ${CONTAINER1_IP} 25 < /tmp/docker-mailserver-test/auth/smtp-auth-login-wrong.txt"
# Checking that CONTAINER2_IP is banned in "${CONTAINER1_NAME}"
CONTAINER2_IP=$(get_container_ip ${CONTAINER2_NAME})
run repeat_in_container_until_success_or_timeout 10 "${CONTAINER_NAME}" bash -c "fail2ban-client status postfix-sasl | grep -F '${CONTAINER2_IP}'"
assert_success
assert_output --partial 'Banned IP list:'
# Checking that CONTAINER2_IP is banned by nftables
_run_in_container bash -c 'nft list set inet f2b-table addr-set-postfix-sasl'
assert_success
assert_output --partial "elements = { ${CONTAINER2_IP} }"
}
# NOTE: Depends on previous test case, if no IP was banned at this point, it passes regardless..
@test "${TEST_NAME_PREFIX} unban ip works" {
CONTAINER2_IP=$(get_container_ip ${CONTAINER2_NAME})
_run_in_container fail2ban-client set postfix-sasl unbanip "${CONTAINER2_IP}"
assert_success
# Checking that CONTAINER2_IP is unbanned in "${CONTAINER1_NAME}"
_run_in_container fail2ban-client status postfix-sasl
assert_success
refute_output --partial "${CONTAINER2_IP}"
# Checking that CONTAINER2_IP is unbanned by nftables
_run_in_container bash -c 'nft list set inet f2b-table addr-set-postfix-sasl'
refute_output --partial "${CONTAINER2_IP}"
}
@test "${TEST_NAME_PREFIX} bans work properly (single IP)" {
_run_in_container fail2ban ban 192.0.66.7
assert_success
assert_output 'Banned custom IP: 1'
_run_in_container fail2ban
assert_success
assert_output --regexp 'Banned in custom:.*192\.0\.66\.7'
_run_in_container nft list set inet f2b-table addr-set-custom
assert_success
assert_output --partial 'elements = { 192.0.66.7 }'
_run_in_container fail2ban unban 192.0.66.7
assert_success
assert_output --partial 'Unbanned IP from custom: 1'
_run_in_container nft list set inet f2b-table addr-set-custom
refute_output --partial '192.0.66.7'
}
@test "${TEST_NAME_PREFIX} bans work properly (subnet)" {
_run_in_container fail2ban ban 192.0.66.0/24
assert_success
assert_output 'Banned custom IP: 1'
_run_in_container fail2ban
assert_success
assert_output --regexp 'Banned in custom:.*192\.0\.66\.0/24'
_run_in_container nft list set inet f2b-table addr-set-custom
assert_success
assert_output --partial 'elements = { 192.0.66.0/24 }'
_run_in_container fail2ban unban 192.0.66.0/24
assert_success
assert_output --partial 'Unbanned IP from custom: 1'
_run_in_container nft list set inet f2b-table addr-set-custom
refute_output --partial '192.0.66.0/24'
}
@test "${TEST_NAME_PREFIX} FAIL2BAN_BLOCKTYPE is really set to drop" {
# ban IPs here manually so we can be sure something is inside the jails
for JAIL in dovecot postfix-sasl custom; do
_run_in_container fail2ban-client set "${JAIL}" banip 192.33.44.55
assert_success
done
_run_in_container nft list table inet f2b-table
assert_success
assert_output --partial 'tcp dport { 110, 143, 465, 587, 993, 995, 4190 } ip saddr @addr-set-dovecot drop'
assert_output --partial 'tcp dport { 25, 110, 143, 465, 587, 993, 995 } ip saddr @addr-set-postfix-sasl drop'
assert_output --partial 'tcp dport { 25, 110, 143, 465, 587, 993, 995, 4190 } ip saddr @addr-set-custom drop'
# unban the IPs previously banned to get a clean state again
for JAIL in dovecot postfix-sasl custom; do
_run_in_container fail2ban-client set "${JAIL}" unbanip 192.33.44.55
assert_success
done
}
@test "${TEST_NAME_PREFIX} setup.sh fail2ban" {
_run_in_container fail2ban-client set dovecot banip 192.0.66.4
_run_in_container fail2ban-client set dovecot banip 192.0.66.5
# Originally: run ./setup.sh -c "${CONTAINER1_NAME}" fail2ban
_run_in_container setup fail2ban
assert_output --regexp '^Banned in dovecot:.*192\.0\.66\.4'
assert_output --regexp '^Banned in dovecot:.*192\.0\.66\.5'
_run_in_container setup fail2ban unban 192.0.66.4
assert_output --partial "Unbanned IP from dovecot: 1"
_run_in_container setup fail2ban
assert_output --regexp '^Banned in dovecot:.*192\.0\.66\.5'
_run_in_container setup fail2ban unban 192.0.66.5
assert_output --partial 'Unbanned IP from dovecot: 1'
_run_in_container setup fail2ban unban
assert_output --partial 'You need to specify an IP address: Run'
}
@test "${TEST_NAME_PREFIX} restart of Fail2Ban" {
_run_in_container pkill fail2ban
assert_success
run_until_success_or_timeout 10 check_if_process_is_running 'fail2ban-server'
}

140
test/tests/parallel/set1/spam_virus/postgrey_enabled.bats Normal file
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@ -0,0 +1,140 @@
load "${REPOSITORY_ROOT}/test/helper/setup"
load "${REPOSITORY_ROOT}/test/helper/common"
TEST_NAME_PREFIX='Postgrey (enabled):'
CONTAINER_NAME='dms-test_postgrey_enabled'
function setup_file() {
local CUSTOM_SETUP_ARGUMENTS=(
--env ENABLE_DNSBL=1
--env ENABLE_POSTGREY=1
--env PERMIT_DOCKER=container
--env POSTGREY_AUTO_WHITELIST_CLIENTS=5
--env POSTGREY_DELAY=3
--env POSTGREY_MAX_AGE=35
--env POSTGREY_TEXT="Delayed by Postgrey"
)
init_with_defaults
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
# Postfix needs to be ready on port 25 for nc usage below:
wait_for_smtp_port_in_container "${CONTAINER_NAME}"
}
function teardown_file() { _default_teardown ; }
@test "${TEST_NAME_PREFIX} should have added Postgrey to 'main.cf:check_policy_service'" {
_run_in_container grep -F 'check_policy_service inet:127.0.0.1:10023' /etc/postfix/main.cf
assert_success
_should_output_number_of_lines 1
}
@test "${TEST_NAME_PREFIX} should have configured /etc/default/postgrey with default values and ENV overrides" {
_run_in_container grep -F 'POSTGREY_OPTS="--inet=127.0.0.1:10023 --delay=3 --max-age=35 --auto-whitelist-clients=5"' /etc/default/postgrey
assert_success
_should_output_number_of_lines 1
_run_in_container grep -F 'POSTGREY_TEXT="Delayed by Postgrey"' /etc/default/postgrey
assert_success
_should_output_number_of_lines 1
}
@test "${TEST_NAME_PREFIX} Postgrey is running" {
run check_if_process_is_running 'postgrey'
assert_success
}
@test "${TEST_NAME_PREFIX} should initially reject (greylist) mail from 'user@external.tld'" {
# Modify the postfix config in order to ensure that postgrey handles the test e-mail.
# The other spam checks in `main.cf:smtpd_recipient_restrictions` would interfere with testing postgrey.
_run_in_container bash -c "sed -ie 's/permit_sasl_authenticated.*policyd-spf,$//g' /etc/postfix/main.cf"
_run_in_container bash -c "sed -ie 's/reject_unauth_pipelining.*reject_unknown_recipient_domain,$//g' /etc/postfix/main.cf"
_run_in_container bash -c "sed -ie 's/reject_rbl_client.*inet:127\.0\.0\.1:10023$//g' /etc/postfix/main.cf"
_run_in_container bash -c "sed -ie 's/smtpd_recipient_restrictions =/smtpd_recipient_restrictions = check_policy_service inet:127.0.0.1:10023/g' /etc/postfix/main.cf"
_run_in_container postfix reload
# Send test mail (it should fail to deliver):
_send_test_mail '/tmp/docker-mailserver-test/email-templates/postgrey.txt' '25'
# Confirm mail was greylisted:
_should_have_log_entry \
'action=greylist' \
'reason=new' \
'client_address=127.0.0.1/32, sender=user@external.tld, recipient=user1@localhost.localdomain'
repeat_until_success_or_timeout 10 _run_in_container grep \
'Recipient address rejected: Delayed by Postgrey' \
/var/log/mail/mail.log
}
# NOTE: This test case depends on the previous one
@test "${TEST_NAME_PREFIX} should accept mail from 'user@external.tld' after POSTGREY_DELAY duration" {
# Wait until `$POSTGREY_DELAY` seconds pass before trying again:
sleep 3
# Retry delivering test mail (it should be trusted this time):
_send_test_mail '/tmp/docker-mailserver-test/email-templates/postgrey.txt' '25'
# Confirm postgrey permitted delivery (triplet is now trusted):
_should_have_log_entry \
'action=pass' \
'reason=triplet found' \
'client_address=127.0.0.1/32, sender=user@external.tld, recipient=user1@localhost.localdomain'
}
# NOTE: These two whitelist tests use `test-files/nc_templates/` instead of `test-files/email-templates`.
# - This allows to bypass the SMTP protocol on port 25, and send data directly to Postgrey instead.
# - Appears to be a workaround due to `client_name=localhost` when sent from Postfix.
# - Could send over port 25 if whitelisting `localhost`,
# - However this does not help verify that the actual client HELO address is properly whitelisted?
# - It'd also cause the earlier greylist test to fail.
# - TODO: Actually confirm whitelist feature works correctly as these test cases are using a workaround:
@test "${TEST_NAME_PREFIX} should whitelist sender 'user@whitelist.tld'" {
_send_test_mail '/tmp/docker-mailserver-test/nc_templates/postgrey_whitelist.txt' '10023'
_should_have_log_entry \
'action=pass' \
'reason=client whitelist' \
'client_address=127.0.0.1/32, sender=test@whitelist.tld, recipient=user1@localhost.localdomain'
}
@test "${TEST_NAME_PREFIX} should whitelist recipient 'user2@otherdomain.tld'" {
_send_test_mail '/tmp/docker-mailserver-test/nc_templates/postgrey_whitelist_recipients.txt' '10023'
_should_have_log_entry \
'action=pass' \
'reason=recipient whitelist' \
'client_address=127.0.0.1/32, sender=test@nonwhitelist.tld, recipient=user2@otherdomain.tld'
}
function _send_test_mail() {
local MAIL_TEMPLATE=$1
local PORT=${2:-25}
# `-w 0` terminates the connection after sending the template, it does not wait for a response.
# This is required for port 10023, otherwise the connection never drops.
# It could increase the number of seconds to wait for port 25 to allow for asserting a response,
# but that would enforce the delay in tests for port 10023.
_run_in_container bash -c "nc -w 0 0.0.0.0 ${PORT} < ${MAIL_TEMPLATE}"
}
function _should_have_log_entry() {
local ACTION=$1
local REASON=$2
local TRIPLET=$3
# Allow some extra time for logs to update to avoids a false-positive failure:
run_until_success_or_timeout 10 docker exec "${CONTAINER_NAME}" grep \
"${ACTION}, ${REASON}," \
/var/log/mail/mail.log
# Log entry matched should be for the expected triplet:
assert_output --partial "${TRIPLET}"
_should_output_number_of_lines 1
}
# `lines` is a special BATS variable updated via `run`:
function _should_output_number_of_lines() {
assert_equal "${#lines[@]}" $1
}

82
test/tests/parallel/set1/spam_virus/postscreen.bats Normal file
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@ -0,0 +1,82 @@
load "${REPOSITORY_ROOT}/test/helper/setup"
load "${REPOSITORY_ROOT}/test/helper/common"
TEST_NAME_PREFIX='Postscreen:'
CONTAINER1_NAME='dms-test_postscreen_enforce'
CONTAINER2_NAME='dms-test_postscreen_sender'
function setup() {
CONTAINER1_IP=$(get_container_ip ${CONTAINER1_NAME})
}
function setup_file() {
export CONTAINER_NAME
CONTAINER_NAME=${CONTAINER1_NAME}
local CUSTOM_SETUP_ARGUMENTS=(
--env POSTSCREEN_ACTION=enforce
)
init_with_defaults
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
wait_for_smtp_port_in_container "${CONTAINER_NAME}"
# A standard DMS instance to send mail from:
# NOTE: None of DMS is actually used for this (just bash + nc).
CONTAINER_NAME=${CONTAINER2_NAME}
init_with_defaults
# No need to wait for DMS to be ready for this container:
common_container_create
run docker start "${CONTAINER_NAME}"
assert_success
# Set default implicit container fallback for helpers:
CONTAINER_NAME=${CONTAINER1_NAME}
}
function teardown_file() {
docker rm -f "${CONTAINER1_NAME}" "${CONTAINER2_NAME}"
}
@test "${TEST_NAME_PREFIX} should fail login when talking out of turn" {
_run_in_container_explicit "${CONTAINER2_NAME}" bash -c "nc ${CONTAINER1_IP} 25 < /tmp/docker-mailserver-test/auth/smtp-auth-login.txt"
assert_success
assert_output --partial '502 5.5.2 Error: command not recognized'
# Expected postscreen log entry:
_run_in_container cat /var/log/mail/mail.log
assert_output --partial 'COMMAND PIPELINING'
}
@test "${TEST_NAME_PREFIX} should successfully login (respecting postscreen_greet_wait time)" {
# NOTE: Sometimes fails on first attempt (trying too soon?),
# Instead of a `run` + asserting partial, Using repeat + internal grep match:
repeat_until_success_or_timeout 10 _should_wait_turn_speaking_smtp \
"${CONTAINER2_NAME}" \
"${CONTAINER1_IP}" \
'/tmp/docker-mailserver-test/auth/smtp-auth-login.txt' \
'Authentication successful'
# Expected postscreen log entry:
_run_in_container cat /var/log/mail/mail.log
assert_output --partial 'PASS NEW'
}
# When postscreen is active, it prevents the usual method of piping a file through nc:
# (Won't work: _run_in_container_explicit "${CLIENT_CONTAINER_NAME}" bash -c "nc ${TARGET_CONTAINER_IP} 25 < ${SMTP_TEMPLATE}")
# The below workaround respects `postscreen_greet_wait` time (default 6 sec), talking to the mail-server in turn:
# https://www.postfix.org/postconf.5.html#postscreen_greet_wait
function _should_wait_turn_speaking_smtp() {
local CLIENT_CONTAINER_NAME=$1
local TARGET_CONTAINER_IP=$2
local SMTP_TEMPLATE=$3
local EXPECTED=$4
local UGLY_WORKAROUND='exec 3<>/dev/tcp/'"${TARGET_CONTAINER_IP}"'/25 && \
while IFS= read -r cmd; do \
head -1 <&3; \
[[ ${cmd} == "EHLO"* ]] && sleep 6; \
echo ${cmd} >&3; \
done < '"${SMTP_TEMPLATE}"
docker exec "${CLIENT_CONTAINER_NAME}" bash -c "${UGLY_WORKAROUND}" | grep "${EXPECTED}"
}

4
test/tests/parallel/set2/spam_bounced.bats → test/tests/parallel/set1/spam_virus/spam_bounced.bats
View File

@ -1,8 +1,8 @@
load "${REPOSITORY_ROOT}/test/helper/setup"
load "${REPOSITORY_ROOT}/test/helper/common"
TEST_NAME_PREFIX='spam (Amavis):'
CONTAINER_NAME='dms-test-spam_bounced'
TEST_NAME_PREFIX='Spam bounced:'
CONTAINER_NAME='dms-test_spam-bounced'
function setup_file() {
init_with_defaults

67
test/tests/parallel/set1/spam_virus/spam_junk_folder.bats Normal file
View File

@ -0,0 +1,67 @@
load "${REPOSITORY_ROOT}/test/helper/setup"
load "${REPOSITORY_ROOT}/test/helper/common"
TEST_NAME_PREFIX='Spam junk folder:'
CONTAINER1_NAME='dms-test_spam-junk-folder_1'
CONTAINER2_NAME='dms-test_spam-junk-folder_2'
function teardown() { _default_teardown ; }
# Test case
# ---------
# When SPAMASSASSIN_SPAM_TO_INBOX=1, spam messages must be delivered
# and eventually (MOVE_SPAM_TO_JUNK=1) moved to the Junk folder.
@test "${TEST_NAME_PREFIX} (Amavis) spam message delivered & moved to Junk folder" {
export CONTAINER_NAME=${CONTAINER1_NAME}
local CUSTOM_SETUP_ARGUMENTS=(
--env ENABLE_AMAVIS=1
--env ENABLE_SPAMASSASSIN=1
--env MOVE_SPAM_TO_JUNK=1
--env PERMIT_DOCKER=container
--env SA_SPAM_SUBJECT="SPAM: "
--env SPAMASSASSIN_SPAM_TO_INBOX=1
)
init_with_defaults
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
wait_for_smtp_port_in_container "${CONTAINER_NAME}"
# send a spam message
_run_in_container bash -c "nc 0.0.0.0 25 < /tmp/docker-mailserver-test/email-templates/amavis-spam.txt"
assert_success
# message will be added to a queue with varying delay until amavis receives it
run repeat_until_success_or_timeout 60 bash -c "docker logs ${CONTAINER_NAME} | grep 'Passed SPAM {RelayedTaggedInbound,Quarantined}'"
assert_success
# spam moved to Junk folder
run repeat_until_success_or_timeout 20 bash -c "docker exec ${CONTAINER_NAME} sh -c 'grep \"Subject: SPAM: \" /var/mail/localhost.localdomain/user1/.Junk/new/ -R'"
assert_success
}
@test "${TEST_NAME_PREFIX} (Amavis) spam message delivered to INBOX" {
export CONTAINER_NAME=${CONTAINER2_NAME}
local CUSTOM_SETUP_ARGUMENTS=(
--env ENABLE_AMAVIS=1
--env ENABLE_SPAMASSASSIN=1
--env MOVE_SPAM_TO_JUNK=0
--env PERMIT_DOCKER=container
--env SA_SPAM_SUBJECT="SPAM: "
--env SPAMASSASSIN_SPAM_TO_INBOX=1
)
init_with_defaults
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
wait_for_smtp_port_in_container "${CONTAINER_NAME}"
# send a spam message
_run_in_container /bin/bash -c "nc 0.0.0.0 25 < /tmp/docker-mailserver-test/email-templates/amavis-spam.txt"
assert_success
# message will be added to a queue with varying delay until amavis receives it
run repeat_until_success_or_timeout 60 bash -c "docker logs ${CONTAINER_NAME} | grep 'Passed SPAM {RelayedTaggedInbound,Quarantined}'"
assert_success
# spam moved to INBOX
run repeat_until_success_or_timeout 20 bash -c "docker exec ${CONTAINER_NAME} sh -c 'grep \"Subject: SPAM: \" /var/mail/localhost.localdomain/user1/new/ -R'"
assert_success
}

61
test/tests/parallel/set1/spam_virus/undef_spam_subject.bats Normal file
View File

@ -0,0 +1,61 @@
load "${REPOSITORY_ROOT}/test/helper/setup"
load "${REPOSITORY_ROOT}/test/helper/common"
TEST_NAME_PREFIX='Undefined spam subject:'
CONTAINER1_NAME='dms-test_spam-undef-subject_1'
CONTAINER2_NAME='dms-test_spam-undef-subject_2'
CONTAINER_NAME=${CONTAINER2_NAME}
function teardown() { _default_teardown ; }
@test "${TEST_NAME_PREFIX} 'SA_SPAM_SUBJECT=undef' should update Amavis config" {
export CONTAINER_NAME=${CONTAINER1_NAME}
local CUSTOM_SETUP_ARGUMENTS=(
--env ENABLE_AMAVIS=1
--env ENABLE_SPAMASSASSIN=1
--env SA_SPAM_SUBJECT='undef'
)
init_with_defaults
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
_run_in_container bash -c "grep '\$sa_spam_subject_tag' /etc/amavis/conf.d/20-debian_defaults | grep '= undef'"
assert_success
}
# TODO: Unclear why some of these ENV are relevant for the test?
@test "${TEST_NAME_PREFIX} Docker env variables are set correctly (custom)" {
export CONTAINER_NAME=${CONTAINER2_NAME}
local CUSTOM_SETUP_ARGUMENTS=(
--env ENABLE_CLAMAV=1
--env SPOOF_PROTECTION=1
--env ENABLE_SPAMASSASSIN=1
--env REPORT_RECIPIENT=user1@localhost.localdomain
--env REPORT_SENDER=report1@mail.my-domain.com
--env SA_TAG=-5.0
--env SA_TAG2=2.0
--env SA_KILL=3.0
--env SA_SPAM_SUBJECT="SPAM: "
--env VIRUSMAILS_DELETE_DELAY=7
--env ENABLE_SRS=1
--env ENABLE_MANAGESIEVE=1
--env PERMIT_DOCKER=host
# NOTE: ulimit required for `ENABLE_SRS=1` until running a newer `postsrsd`
--ulimit "nofile=$(ulimit -Sn):$(ulimit -Hn)"
)
init_with_defaults
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
_run_in_container bash -c "grep '\$sa_tag_level_deflt' /etc/amavis/conf.d/20-debian_defaults | grep '= -5.0'"
assert_success
_run_in_container bash -c "grep '\$sa_tag2_level_deflt' /etc/amavis/conf.d/20-debian_defaults | grep '= 2.0'"
assert_success
_run_in_container bash -c "grep '\$sa_kill_level_deflt' /etc/amavis/conf.d/20-debian_defaults | grep '= 3.0'"
assert_success
_run_in_container bash -c "grep '\$sa_spam_subject_tag' /etc/amavis/conf.d/20-debian_defaults | grep '= .SPAM: .'"
assert_success
}

2
test/tests/parallel/set2/template.bats
View File

@ -6,7 +6,7 @@ load "${REPOSITORY_ROOT}/test/helper/common"
# ? to identify the test easily
TEST_NAME_PREFIX='template:'
# ? must be unique
CONTAINER_NAME='dms-test-template'
CONTAINER_NAME='dms-test_template'
# ? test setup

242
test/tests/serial/security_tls_cipherlists.bats → test/tests/parallel/set2/tls/tls_cipherlists.bats
View File

@ -1,81 +1,128 @@
#!/usr/bin/env bats
load "${REPOSITORY_ROOT}/test/test_helper/common"
# Globals ${BATS_TMPDIR} and ${NAME}
# `${NAME}` defaults to `mailserver-testing:ci`
load "${REPOSITORY_ROOT}/test/helper/setup"
load "${REPOSITORY_ROOT}/test/helper/common"
function teardown() {
docker rm -f tls_test_cipherlists
}
TEST_NAME_PREFIX='[Security] TLS (cipher lists):'
CONTAINER_PREFIX='dms-test_tls-cipherlists'
# NOTE: Tests cases here cannot be run concurrently:
# - The `testssl.txt` file configures `testssl.sh` to connect to `example.test` (TEST_DOMAIN)
# and this is set as a network alias to the DMS container being tested.
# - If multiple containers are active with this alias, the connection is not deterministic and will result
# in comparing the wrong results for a given variant.
function setup_file() {
export DOMAIN="example.test"
export NETWORK="test-network"
export TEST_DOMAIN='example.test'
export TEST_FQDN="mail.${TEST_DOMAIN}"
export TEST_NETWORK='test-network'
# Shared config for TLS testing (read-only)
# Contains various certs for testing TLS support (read-only):
export TLS_CONFIG_VOLUME
TLS_CONFIG_VOLUME="$(pwd)/test/test-files/ssl/${DOMAIN}/:/config/ssl/:ro"
# `${BATS_TMPDIR}` maps to `/tmp`
export TLS_RESULTS_DIR="${BATS_TMPDIR}/results"
TLS_CONFIG_VOLUME="${PWD}/test/test-files/ssl/${TEST_DOMAIN}/:/config/ssl/:ro"
# NOTE: If the network already exists, test will fail to start.
docker network create "${NETWORK}"
# Copies all of `./test/config/` to specific directory for testing
# `${PRIVATE_CONFIG}` becomes `$(pwd)/test/duplicate_configs/<bats test filename>`
export PRIVATE_CONFIG
PRIVATE_CONFIG=$(duplicate_config_for_container .)
# Used for connecting testssl and DMS containers via network name `TEST_DOMAIN`:
# NOTE: If the network already exists, the test will fail to start
docker network create "${TEST_NETWORK}"
# Pull `testssl.sh` image in advance to avoid it interfering with the `run` captured output.
# Only interferes (potential test failure) with `assert_output` not `assert_success`?
docker pull drwetter/testssl.sh:3.1dev
# Only used in `should_support_expected_cipherlists()` to set a storage location for `testssl.sh` JSON output:
# `${BATS_TMPDIR}` maps to `/tmp`: https://bats-core.readthedocs.io/en/v1.8.2/writing-tests.html#special-variables
export TLS_RESULTS_DIR="${BATS_TMPDIR}/results"
}
function teardown_file() {
docker network rm "${NETWORK}"
docker network rm "${TEST_NETWORK}"
}
@test "checking tls: cipher list - rsa intermediate" {
check_ports 'rsa' 'intermediate'
function teardown() { _default_teardown ; }
@test "${TEST_NAME_PREFIX} 'TLS_LEVEL=intermediate' + RSA" {
configure_and_run_dms_container 'intermediate' 'rsa'
should_support_expected_cipherlists
}
@test "checking tls: cipher list - rsa modern" {
check_ports 'rsa' 'modern'
@test "${TEST_NAME_PREFIX} 'TLS_LEVEL=intermediate' + ECDSA" {
configure_and_run_dms_container 'intermediate' 'ecdsa'
should_support_expected_cipherlists
}
@test "checking tls: cipher list - ecdsa intermediate" {
check_ports 'ecdsa' 'intermediate'
# Only ECDSA with an RSA fallback is tested.
# There isn't a situation where RSA with an ECDSA fallback would make sense.
@test "${TEST_NAME_PREFIX} 'TLS_LEVEL=intermediate' + ECDSA with RSA fallback" {
configure_and_run_dms_container 'intermediate' 'ecdsa' 'rsa'
should_support_expected_cipherlists
}
@test "checking tls: cipher list - ecdsa modern" {
check_ports 'ecdsa' 'modern'
@test "${TEST_NAME_PREFIX} 'TLS_LEVEL=modern' + RSA" {
configure_and_run_dms_container 'modern' 'rsa'
should_support_expected_cipherlists
}
# Only ECDSA with RSA fallback is tested.
# There isn't a situation where RSA with ECDSA fallback would make sense.
@test "checking tls: cipher list - ecdsa intermediate, with rsa fallback" {
check_ports 'ecdsa' 'intermediate' 'rsa'
@test "${TEST_NAME_PREFIX} 'TLS_LEVEL=modern' + ECDSA" {
configure_and_run_dms_container 'modern' 'ecdsa'
should_support_expected_cipherlists
}
@test "checking tls: cipher list - ecdsa modern, with rsa fallback" {
check_ports 'ecdsa' 'modern' 'rsa'
@test "${TEST_NAME_PREFIX} 'TLS_LEVEL=modern' + ECDSA with RSA fallback" {
configure_and_run_dms_container 'modern' 'ecdsa' 'rsa'
should_support_expected_cipherlists
}
function check_ports() {
local KEY_TYPE=$1
local TLS_LEVEL=$2
function configure_and_run_dms_container() {
local TLS_LEVEL=$1
local KEY_TYPE=$2
local ALT_KEY_TYPE=$3 # Optional parameter
local KEY_TYPE_LABEL="${KEY_TYPE}"
# This is just to add a `_` delimiter between the two key types for readability
export TEST_VARIANT="${TLS_LEVEL}-${KEY_TYPE}"
if [[ -n ${ALT_KEY_TYPE} ]]
then
KEY_TYPE_LABEL="${KEY_TYPE}_${ALT_KEY_TYPE}"
TEST_VARIANT+="-${ALT_KEY_TYPE}"
fi
local RESULTS_PATH="${KEY_TYPE_LABEL}/${TLS_LEVEL}"
collect_cipherlist_data
export CONTAINER_NAME="${CONTAINER_PREFIX}_${TEST_VARIANT}"
# The initial set of args is static across test cases:
local CUSTOM_SETUP_ARGUMENTS=(
--volume "${TLS_CONFIG_VOLUME}"
--network "${TEST_NETWORK}"
--network-alias "${TEST_DOMAIN}"
--env ENABLE_POP3=1
--env SSL_TYPE="manual"
)
# The remaining args are dependent upon test case vars:
CUSTOM_SETUP_ARGUMENTS+=(
--env TLS_LEVEL="${TLS_LEVEL}"
--env SSL_CERT_PATH="/config/ssl/cert.${KEY_TYPE}.pem"
--env SSL_KEY_PATH="/config/ssl/key.${KEY_TYPE}.pem"
)
if [[ -n ${ALT_KEY_TYPE} ]]
then
CUSTOM_SETUP_ARGUMENTS+=(
--env SSL_ALT_CERT_PATH="/config/ssl/cert.${ALT_KEY_TYPE}.pem"
--env SSL_ALT_KEY_PATH="/config/ssl/key.${ALT_KEY_TYPE}.pem"
)
fi
init_with_defaults
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
wait_for_smtp_port_in_container "${CONTAINER_NAME}"
}
function should_support_expected_cipherlists() {
# Make a directory with test user ownership. Avoids Docker creating this with root ownership.
# TODO: Can switch to filename prefix for JSON output when this is resolved: https://github.com/drwetter/testssl.sh/issues/1845
local RESULTS_PATH="${TLS_RESULTS_DIR}/${TEST_VARIANT}"
mkdir -p "${RESULTS_PATH}"
collect_cipherlists
verify_cipherlists
}
# Verify that the collected results match our expected cipherlists:
function verify_cipherlists() {
# SMTP: Opportunistic STARTTLS Explicit(25)
# Needs to test against cipher lists specific to Port 25 ('_p25' parameter)
check_cipherlists "${RESULTS_PATH}/port_25.json" '_p25'
@ -93,82 +140,56 @@ function check_ports() {
check_cipherlists "${RESULTS_PATH}/port_995.json"
}
function collect_cipherlist_data() {
local ALT_CERT=()
local ALT_KEY=()
if [[ -n ${ALT_KEY_TYPE} ]]
then
ALT_CERT=(--env SSL_ALT_CERT_PATH="/config/ssl/cert.${ALT_KEY_TYPE}.pem")
ALT_KEY=(--env SSL_ALT_KEY_PATH="/config/ssl/key.${ALT_KEY_TYPE}.pem")
fi
run docker run -d --name tls_test_cipherlists \
--volume "${PRIVATE_CONFIG}/:/tmp/docker-mailserver/" \
--volume "${TLS_CONFIG_VOLUME}" \
--env ENABLE_POP3=1 \
--env SSL_TYPE="manual" \
--env SSL_CERT_PATH="/config/ssl/cert.${KEY_TYPE}.pem" \
--env SSL_KEY_PATH="/config/ssl/key.${KEY_TYPE}.pem" \
"${ALT_CERT[@]}" \
"${ALT_KEY[@]}" \
--env TLS_LEVEL="${TLS_LEVEL}" \
--network "${NETWORK}" \
--network-alias "${DOMAIN}" \
--hostname "mail.${DOMAIN}" \
--tty \
"${NAME}" # Image name
assert_success
wait_for_tcp_port_in_container 25 tls_test_cipherlists
# Using `testssl.sh` we can test each port to collect a list of supported cipher suites (ordered):
function collect_cipherlists() {
# NOTE: An rDNS query for the container IP will resolve to `<container name>.<network name>.`
# Make directory with test user ownership. Avoids Docker creating with root ownership.
# TODO: Can switch to filename prefix for JSON output when this is resolved: https://github.com/drwetter/testssl.sh/issues/1845
mkdir -p "${TLS_RESULTS_DIR}/${RESULTS_PATH}"
# For non-CI test runs, instead of removing prior test files after this test suite completes,
# they're retained and overwritten by future test runs instead. Useful for inspection.
# `--preference` reduces the test scope to the cipher suites reported as supported by the server. Completes in ~35% of the time.
local TESTSSL_CMD=(--quiet --file "/config/ssl/testssl.txt" --mode parallel --overwrite --preference)
local TESTSSL_CMD=(
--quiet
--file "/config/ssl/testssl.txt"
--mode parallel
--overwrite
--preference
)
# NOTE: Batch testing ports via `--file` doesn't properly bubble up failure.
# If the failure for a test is misleading consider testing a single port with:
# local TESTSSL_CMD=(--quiet --jsonfile-pretty "${RESULTS_PATH}/port_${PORT}.json" --starttls smtp "${DOMAIN}:${PORT}")
# local TESTSSL_CMD=(--quiet --jsonfile-pretty "/output/port_${PORT}.json" --starttls smtp "${TEST_DOMAIN}:${PORT}")
# TODO: Can use `jq` to check for failure when this is resolved: https://github.com/drwetter/testssl.sh/issues/1844
# `--user "<uid>:<gid>"` is a workaround: Avoids `permission denied` write errors for json output, uses `id` to match user uid & gid.
run docker run --rm \
--user "$(id -u):$(id -g)" \
--network "${NETWORK}" \
--network "${TEST_NETWORK}" \
--volume "${TLS_CONFIG_VOLUME}" \
--volume "${TLS_RESULTS_DIR}/${RESULTS_PATH}/:/output" \
--volume "${RESULTS_PATH}:/output" \
--workdir "/output" \
drwetter/testssl.sh:3.1dev "${TESTSSL_CMD[@]}"
assert_success
}
# Compares the expected cipher lists against logged test results from `testssl.sh`
function check_cipherlists() {
local RESULTS_FILEPATH=$1
local p25=$2 # optional suffix
compare_cipherlist "cipherorder_TLSv1_2" "$(get_cipherlist "TLSv1_2${p25}")"
compare_cipherlist "cipherorder_TLSv1_3" "$(get_cipherlist 'TLSv1_3')"
}
# Use `jq` to extract a specific cipher list from the target`testssl.sh` results json output file
function compare_cipherlist() {
local TARGET_CIPHERLIST=$1
local RESULTS_FILE=$2
local EXPECTED_CIPHERLIST=$3
local EXPECTED_CIPHERLIST=$2
run jq '.scanResult[0].serverPreferences[] | select(.id=="'"${TARGET_CIPHERLIST}"'") | .finding' "${TLS_RESULTS_DIR}/${RESULTS_FILE}"
run jq '.scanResult[0].serverPreferences[] | select(.id=="'"${TARGET_CIPHERLIST}"'") | .finding' "${RESULTS_FILEPATH}"
assert_success
assert_output "${EXPECTED_CIPHERLIST}"
}
# Compares the expected cipher lists against logged test results from `testssl.sh`
function check_cipherlists() {
local RESULTS_FILE=$1
local p25=$2 # optional suffix
compare_cipherlist "cipherorder_TLSv1_2" "${RESULTS_FILE}" "$(get_cipherlist "TLSv1_2${p25}")"
compare_cipherlist "cipherorder_TLSv1_3" "${RESULTS_FILE}" "$(get_cipherlist 'TLSv1_3')"
}
# Expected cipher lists. Should match `TLS_LEVEL` cipher lists set in `scripts/helpers/ssl.sh`.
# Excluding Port 25 which uses defaults from Postfix after applying `smtpd_tls_exclude_ciphers` rules.
# NOTE: If a test fails, look at the `check_ports` params, then update the corresponding associative key's value
@ -185,34 +206,33 @@ function get_cipherlist() {
# Associative array for easy querying of required cipher list
declare -A CIPHER_LIST
CIPHER_LIST["rsa_intermediate_TLSv1_2"]='"ECDHE-RSA-CHACHA20-POLY1305 ECDHE-RSA-AES128-GCM-SHA256 ECDHE-RSA-AES256-GCM-SHA384 DHE-RSA-AES128-GCM-SHA256 DHE-RSA-AES256-GCM-SHA384 ECDHE-RSA-AES128-SHA256 ECDHE-RSA-AES256-SHA384 DHE-RSA-AES128-SHA256 DHE-RSA-AES256-SHA256"'
CIPHER_LIST["rsa_modern_TLSv1_2"]='"ECDHE-RSA-AES128-GCM-SHA256 ECDHE-RSA-AES256-GCM-SHA384 ECDHE-RSA-CHACHA20-POLY1305 DHE-RSA-AES128-GCM-SHA256 DHE-RSA-AES256-GCM-SHA384"'
# RSA:
CIPHER_LIST["intermediate-rsa_TLSv1_2"]='"ECDHE-RSA-CHACHA20-POLY1305 ECDHE-RSA-AES128-GCM-SHA256 ECDHE-RSA-AES256-GCM-SHA384 DHE-RSA-AES128-GCM-SHA256 DHE-RSA-AES256-GCM-SHA384 ECDHE-RSA-AES128-SHA256 ECDHE-RSA-AES256-SHA384 DHE-RSA-AES128-SHA256 DHE-RSA-AES256-SHA256"'
CIPHER_LIST["modern-rsa_TLSv1_2"]='"ECDHE-RSA-AES128-GCM-SHA256 ECDHE-RSA-AES256-GCM-SHA384 ECDHE-RSA-CHACHA20-POLY1305 DHE-RSA-AES128-GCM-SHA256 DHE-RSA-AES256-GCM-SHA384"'
# ECDSA:
CIPHER_LIST["ecdsa_intermediate_TLSv1_2"]='"ECDHE-ECDSA-CHACHA20-POLY1305 ECDHE-ECDSA-AES128-GCM-SHA256 ECDHE-ECDSA-AES256-GCM-SHA384 ECDHE-ECDSA-AES128-SHA256 ECDHE-ECDSA-AES256-SHA384"'
CIPHER_LIST["ecdsa_modern_TLSv1_2"]='"ECDHE-ECDSA-AES128-GCM-SHA256 ECDHE-ECDSA-AES256-GCM-SHA384 ECDHE-ECDSA-CHACHA20-POLY1305"'
CIPHER_LIST["intermediate-ecdsa_TLSv1_2"]='"ECDHE-ECDSA-CHACHA20-POLY1305 ECDHE-ECDSA-AES128-GCM-SHA256 ECDHE-ECDSA-AES256-GCM-SHA384 ECDHE-ECDSA-AES128-SHA256 ECDHE-ECDSA-AES256-SHA384"'
CIPHER_LIST["modern-ecdsa_TLSv1_2"]='"ECDHE-ECDSA-AES128-GCM-SHA256 ECDHE-ECDSA-AES256-GCM-SHA384 ECDHE-ECDSA-CHACHA20-POLY1305"'
# ECDSA + RSA fallback, dual cert support:
CIPHER_LIST["ecdsa_rsa_intermediate_TLSv1_2"]='"ECDHE-ECDSA-CHACHA20-POLY1305 ECDHE-RSA-CHACHA20-POLY1305 ECDHE-ECDSA-AES128-GCM-SHA256 ECDHE-RSA-AES128-GCM-SHA256 ECDHE-ECDSA-AES256-GCM-SHA384 ECDHE-RSA-AES256-GCM-SHA384 DHE-RSA-AES128-GCM-SHA256 DHE-RSA-AES256-GCM-SHA384 ECDHE-ECDSA-AES128-SHA256 ECDHE-RSA-AES128-SHA256 ECDHE-RSA-AES256-SHA384 ECDHE-ECDSA-AES256-SHA384 DHE-RSA-AES128-SHA256 DHE-RSA-AES256-SHA256"'
CIPHER_LIST["ecdsa_rsa_modern_TLSv1_2"]='"ECDHE-ECDSA-AES128-GCM-SHA256 ECDHE-RSA-AES128-GCM-SHA256 ECDHE-ECDSA-AES256-GCM-SHA384 ECDHE-RSA-AES256-GCM-SHA384 ECDHE-ECDSA-CHACHA20-POLY1305 ECDHE-RSA-CHACHA20-POLY1305 DHE-RSA-AES128-GCM-SHA256 DHE-RSA-AES256-GCM-SHA384"'
CIPHER_LIST["intermediate-ecdsa-rsa_TLSv1_2"]='"ECDHE-ECDSA-CHACHA20-POLY1305 ECDHE-RSA-CHACHA20-POLY1305 ECDHE-ECDSA-AES128-GCM-SHA256 ECDHE-RSA-AES128-GCM-SHA256 ECDHE-ECDSA-AES256-GCM-SHA384 ECDHE-RSA-AES256-GCM-SHA384 DHE-RSA-AES128-GCM-SHA256 DHE-RSA-AES256-GCM-SHA384 ECDHE-ECDSA-AES128-SHA256 ECDHE-RSA-AES128-SHA256 ECDHE-RSA-AES256-SHA384 ECDHE-ECDSA-AES256-SHA384 DHE-RSA-AES128-SHA256 DHE-RSA-AES256-SHA256"'
CIPHER_LIST["modern-ecdsa-rsa_TLSv1_2"]='"ECDHE-ECDSA-AES128-GCM-SHA256 ECDHE-RSA-AES128-GCM-SHA256 ECDHE-ECDSA-AES256-GCM-SHA384 ECDHE-RSA-AES256-GCM-SHA384 ECDHE-ECDSA-CHACHA20-POLY1305 ECDHE-RSA-CHACHA20-POLY1305 DHE-RSA-AES128-GCM-SHA256 DHE-RSA-AES256-GCM-SHA384"'
# Port 25
# TLSv1_2 has different server order and also includes ARIA, CCM, DHE+CHACHA20-POLY1305 cipher suites:
CIPHER_LIST["rsa_intermediate_TLSv1_2_p25"]='"ECDHE-RSA-AES256-GCM-SHA384 DHE-RSA-AES256-GCM-SHA384 ECDHE-RSA-CHACHA20-POLY1305 DHE-RSA-CHACHA20-POLY1305 DHE-RSA-AES256-CCM8 DHE-RSA-AES256-CCM ECDHE-ARIA256-GCM-SHA384 DHE-RSA-ARIA256-GCM-SHA384 ECDHE-RSA-AES256-SHA384 DHE-RSA-AES256-SHA256 ARIA256-GCM-SHA384 ECDHE-RSA-AES128-GCM-SHA256 DHE-RSA-AES128-GCM-SHA256 DHE-RSA-AES128-CCM8 DHE-RSA-AES128-CCM ECDHE-ARIA128-GCM-SHA256 DHE-RSA-ARIA128-GCM-SHA256 ECDHE-RSA-AES128-SHA256 DHE-RSA-AES128-SHA256 ARIA128-GCM-SHA256"'
# Port 25 is unaffected by `TLS_LEVEL` profiles, it has the same TLS v1.2 cipher list under both:
CIPHER_LIST["rsa_modern_TLSv1_2_p25"]=${CIPHER_LIST["rsa_intermediate_TLSv1_2_p25"]}
# Port 25 has a different server order, and also includes ARIA, CCM, DHE+CHACHA20-POLY1305 cipher suites:
# RSA (Port 25):
CIPHER_LIST["intermediate-rsa_TLSv1_2_p25"]='"ECDHE-RSA-AES256-GCM-SHA384 DHE-RSA-AES256-GCM-SHA384 ECDHE-RSA-CHACHA20-POLY1305 DHE-RSA-CHACHA20-POLY1305 DHE-RSA-AES256-CCM8 DHE-RSA-AES256-CCM ECDHE-ARIA256-GCM-SHA384 DHE-RSA-ARIA256-GCM-SHA384 ECDHE-RSA-AES256-SHA384 DHE-RSA-AES256-SHA256 ARIA256-GCM-SHA384 ECDHE-RSA-AES128-GCM-SHA256 DHE-RSA-AES128-GCM-SHA256 DHE-RSA-AES128-CCM8 DHE-RSA-AES128-CCM ECDHE-ARIA128-GCM-SHA256 DHE-RSA-ARIA128-GCM-SHA256 ECDHE-RSA-AES128-SHA256 DHE-RSA-AES128-SHA256 ARIA128-GCM-SHA256"'
# ECDSA (Port 25):
CIPHER_LIST["ecdsa_intermediate_TLSv1_2_p25"]='"ECDHE-ECDSA-AES256-GCM-SHA384 ECDHE-ECDSA-CHACHA20-POLY1305 ECDHE-ECDSA-AES256-CCM8 ECDHE-ECDSA-AES256-CCM ECDHE-ECDSA-ARIA256-GCM-SHA384 ECDHE-ECDSA-AES256-SHA384 ECDHE-ECDSA-AES128-GCM-SHA256 ECDHE-ECDSA-AES128-CCM8 ECDHE-ECDSA-AES128-CCM ECDHE-ECDSA-ARIA128-GCM-SHA256 ECDHE-ECDSA-AES128-SHA256"'
CIPHER_LIST["ecdsa_modern_TLSv1_2_p25"]=${CIPHER_LIST["ecdsa_intermediate_TLSv1_2_p25"]}
CIPHER_LIST["intermediate-ecdsa_TLSv1_2_p25"]='"ECDHE-ECDSA-AES256-GCM-SHA384 ECDHE-ECDSA-CHACHA20-POLY1305 ECDHE-ECDSA-AES256-CCM8 ECDHE-ECDSA-AES256-CCM ECDHE-ECDSA-ARIA256-GCM-SHA384 ECDHE-ECDSA-AES256-SHA384 ECDHE-ECDSA-AES128-GCM-SHA256 ECDHE-ECDSA-AES128-CCM8 ECDHE-ECDSA-AES128-CCM ECDHE-ECDSA-ARIA128-GCM-SHA256 ECDHE-ECDSA-AES128-SHA256"'
# ECDSA + RSA fallback, dual cert support (Port 25):
CIPHER_LIST["ecdsa_rsa_intermediate_TLSv1_2_p25"]='"ECDHE-ECDSA-AES256-GCM-SHA384 ECDHE-RSA-AES256-GCM-SHA384 DHE-RSA-AES256-GCM-SHA384 ECDHE-ECDSA-CHACHA20-POLY1305 ECDHE-RSA-CHACHA20-POLY1305 DHE-RSA-CHACHA20-POLY1305 ECDHE-ECDSA-AES256-CCM8 ECDHE-ECDSA-AES256-CCM DHE-RSA-AES256-CCM8 DHE-RSA-AES256-CCM ECDHE-ECDSA-ARIA256-GCM-SHA384 ECDHE-ARIA256-GCM-SHA384 DHE-RSA-ARIA256-GCM-SHA384 ECDHE-ECDSA-AES256-SHA384 ECDHE-RSA-AES256-SHA384 DHE-RSA-AES256-SHA256 ARIA256-GCM-SHA384 ECDHE-ECDSA-AES128-GCM-SHA256 ECDHE-RSA-AES128-GCM-SHA256 DHE-RSA-AES128-GCM-SHA256 ECDHE-ECDSA-AES128-CCM8 ECDHE-ECDSA-AES128-CCM DHE-RSA-AES128-CCM8 DHE-RSA-AES128-CCM ECDHE-ECDSA-ARIA128-GCM-SHA256 ECDHE-ARIA128-GCM-SHA256 DHE-RSA-ARIA128-GCM-SHA256 ECDHE-ECDSA-AES128-SHA256 ECDHE-RSA-AES128-SHA256 DHE-RSA-AES128-SHA256 ARIA128-GCM-SHA256"'
CIPHER_LIST["ecdsa_rsa_modern_TLSv1_2_p25"]=${CIPHER_LIST["ecdsa_rsa_intermediate_TLSv1_2_p25"]}
CIPHER_LIST["intermediate-ecdsa-rsa_TLSv1_2_p25"]='"ECDHE-ECDSA-AES256-GCM-SHA384 ECDHE-RSA-AES256-GCM-SHA384 DHE-RSA-AES256-GCM-SHA384 ECDHE-ECDSA-CHACHA20-POLY1305 ECDHE-RSA-CHACHA20-POLY1305 DHE-RSA-CHACHA20-POLY1305 ECDHE-ECDSA-AES256-CCM8 ECDHE-ECDSA-AES256-CCM DHE-RSA-AES256-CCM8 DHE-RSA-AES256-CCM ECDHE-ECDSA-ARIA256-GCM-SHA384 ECDHE-ARIA256-GCM-SHA384 DHE-RSA-ARIA256-GCM-SHA384 ECDHE-ECDSA-AES256-SHA384 ECDHE-RSA-AES256-SHA384 DHE-RSA-AES256-SHA256 ARIA256-GCM-SHA384 ECDHE-ECDSA-AES128-GCM-SHA256 ECDHE-RSA-AES128-GCM-SHA256 DHE-RSA-AES128-GCM-SHA256 ECDHE-ECDSA-AES128-CCM8 ECDHE-ECDSA-AES128-CCM DHE-RSA-AES128-CCM8 DHE-RSA-AES128-CCM ECDHE-ECDSA-ARIA128-GCM-SHA256 ECDHE-ARIA128-GCM-SHA256 DHE-RSA-ARIA128-GCM-SHA256 ECDHE-ECDSA-AES128-SHA256 ECDHE-RSA-AES128-SHA256 DHE-RSA-AES128-SHA256 ARIA128-GCM-SHA256"'
# Port 25 is unaffected by `TLS_LEVEL` profiles, thus no difference for modern:
CIPHER_LIST["modern-rsa_TLSv1_2_p25"]=${CIPHER_LIST["intermediate-rsa_TLSv1_2_p25"]}
CIPHER_LIST["modern-ecdsa_TLSv1_2_p25"]=${CIPHER_LIST["intermediate-ecdsa_TLSv1_2_p25"]}
CIPHER_LIST["modern-ecdsa-rsa_TLSv1_2_p25"]=${CIPHER_LIST["intermediate-ecdsa-rsa_TLSv1_2_p25"]}
local TARGET_QUERY="${KEY_TYPE_LABEL}_${TLS_LEVEL}_${TLS_VERSION}"
local TARGET_QUERY="${TEST_VARIANT}_${TLS_VERSION}"
echo "${CIPHER_LIST[${TARGET_QUERY}]}"
fi
}

115
test/tests/serial/mail_ssl_letsencrypt.bats → test/tests/parallel/set2/tls/tls_letsencrypt.bats
View File

@ -1,29 +1,22 @@
load "${REPOSITORY_ROOT}/test/test_helper/common"
load "${REPOSITORY_ROOT}/test/test_helper/tls"
load "${REPOSITORY_ROOT}/test/helper/setup"
load "${REPOSITORY_ROOT}/test/helper/common"
load "${REPOSITORY_ROOT}/test/helper/tls"
# Globals referenced from `test_helper/common`:
# TEST_NAME TEST_FQDN TEST_TMP_CONFIG
TEST_NAME_PREFIX='[Security] TLS (SSL_TYPE=letsencrypt):'
CONTAINER1_NAME='dms-test_tls-letsencrypt_default-hostname'
CONTAINER2_NAME='dms-test_tls-letsencrypt_fallback-domainname'
CONTAINER3_NAME='dms-test_tls-letsencrypt_support-acme-json'
export TEST_FQDN='mail.example.test'
# Requires maintenance (TODO): Yes
# Can run tests in parallel?: No
function teardown() { _default_teardown ; }
# Not parallelize friendly when TEST_NAME is static,
# presently name of test file: `mail_ssl_letsencrypt`.
#
# Also shares a common TEST_TMP_CONFIG local folder,
# Instead of individual PRIVATE_CONFIG copies.
# For this test that is a non-issue, unless run in parallel.
# Applies to all tests:
function setup_file() {
# Similar to BATS `setup()` method, but invoked manually after
# CONTAINER_NAME has been adjusted for the running testcase.
function _initial_setup() {
init_with_defaults
# Override default to match the hostname we want to test against instead:
export TEST_FQDN='mail.example.test'
# Prepare certificates in the letsencrypt supported file structure:
# Note Certbot uses `privkey.pem`.
# NOTE: Certbot uses `privkey.pem`.
# `fullchain.pem` is currently what's detected, but we're actually providing the equivalent of `cert.pem` here.
# TODO: Verify format/structure is supported for nginx-proxy + acme-companion (uses `acme.sh` to provision).
@ -36,45 +29,38 @@ function setup_file() {
_copy_to_letsencrypt_storage 'example.test/with_ca/ecdsa/key.rsa.pem' 'example.test/privkey.pem'
}
# Not used
# function teardown_file() {
# }
function teardown() {
docker rm -f "${TEST_NAME}"
}
# Should detect and choose the cert for FQDN `mail.example.test` (HOSTNAME):
@test "ssl(letsencrypt): Should default to HOSTNAME (mail.example.test)" {
local TARGET_DOMAIN='mail.example.test'
@test "${TEST_NAME_PREFIX} Should default to HOSTNAME (${TEST_FQDN})" {
export CONTAINER_NAME=${CONTAINER1_NAME}
_initial_setup
local TEST_DOCKER_ARGS=(
local TARGET_DOMAIN=${TEST_FQDN}
local CUSTOM_SETUP_ARGUMENTS=(
--volume "${TEST_TMP_CONFIG}/letsencrypt/${TARGET_DOMAIN}/:/etc/letsencrypt/live/${TARGET_DOMAIN}/:ro"
--env PERMIT_DOCKER='container'
--env SSL_TYPE='letsencrypt'
)
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
common_container_setup 'TEST_DOCKER_ARGS'
#test hostname has certificate files
# Test that certificate files exist for the configured `hostname`:
_should_have_valid_config "${TARGET_DOMAIN}" 'privkey.pem' 'fullchain.pem'
_should_succesfully_negotiate_tls "${TARGET_DOMAIN}"
_should_not_support_fqdn_in_cert 'example.test'
}
# Should detect and choose cert for FQDN `example.test` (DOMAINNAME),
# as fallback when no cert for FQDN `mail.example.test` (HOSTNAME) exists:
@test "ssl(letsencrypt): Should fallback to DOMAINNAME (example.test)" {
local TARGET_DOMAIN='example.test'
@test "${TEST_NAME_PREFIX} Should fallback to DOMAINNAME (example.test)" {
export CONTAINER_NAME=${CONTAINER2_NAME}
_initial_setup
local TEST_DOCKER_ARGS=(
local TARGET_DOMAIN='example.test'
local CUSTOM_SETUP_ARGUMENTS=(
--volume "${TEST_TMP_CONFIG}/letsencrypt/${TARGET_DOMAIN}/:/etc/letsencrypt/live/${TARGET_DOMAIN}/:ro"
--env PERMIT_DOCKER='container'
--env SSL_TYPE='letsencrypt'
)
common_container_setup 'TEST_DOCKER_ARGS'
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
#test domain has certificate files
_should_have_valid_config "${TARGET_DOMAIN}" 'privkey.pem' 'fullchain.pem'
@ -87,34 +73,36 @@ function teardown() {
#
# NOTE: Currently all of the `acme.json` configs have the FQDN match a SAN value,
# all Subject CN (`main` in acme.json) are `Smallstep Leaf` which is not an FQDN.
# While valid for that field, it does mean there is no test coverage against `main`.
@test "ssl(letsencrypt): Traefik 'acme.json' (*.example.test)" {
# This test group changes to certs signed with an RSA Root CA key,
# These certs all support both FQDNs: `mail.example.test` and `example.test`,
# Except for the wildcard cert `*.example.test`, which intentionally excluded `example.test` when created.
# We want to maintain the same FQDN (mail.example.test) between the _acme_ecdsa and _acme_rsa tests.
local LOCAL_BASE_PATH="${PWD}/test/test-files/ssl/example.test/with_ca/rsa"
# While not using a FQDN is valid for that field,
# it does mean there is no test coverage against the `acme.json` field `main`.
@test "${TEST_NAME_PREFIX} Traefik 'acme.json' (*.example.test)" {
export CONTAINER_NAME=${CONTAINER3_NAME}
_initial_setup
# Change default Root CA cert used for verifying chain of trust with openssl:
# Override the `_initial_setup()` default Root CA cert (used for verifying the chain of trust via `openssl`):
# shellcheck disable=SC2034
local TEST_CA_CERT="${TEST_FILES_CONTAINER_PATH}/ssl/example.test/with_ca/rsa/ca-cert.rsa.pem"
# This test group switches to certs that are signed with an RSA Root CA key instead.
# All of these certs support both FQDNs (`mail.example.test` and `example.test`),
# Except for the wildcard cert (`*.example.test`), that was created with `example.test` intentionally excluded from SAN.
# We want to maintain the same FQDN (`mail.example.test`) between the _acme_ecdsa and _acme_rsa tests.
local LOCAL_BASE_PATH="${PWD}/test/test-files/ssl/example.test/with_ca/rsa"
function _prepare() {
# Default `acme.json` for _acme_ecdsa test:
cp "${LOCAL_BASE_PATH}/ecdsa.acme.json" "${TEST_TMP_CONFIG}/letsencrypt/acme.json"
# TODO: Provision wildcard certs via Traefik to inspect if `example.test` non-wildcard is also added to the cert.
# shellcheck disable=SC2034
local TEST_DOCKER_ARGS=(
local CUSTOM_SETUP_ARGUMENTS=(
--volume "${TEST_TMP_CONFIG}/letsencrypt/acme.json:/etc/letsencrypt/acme.json:ro"
--env LOG_LEVEL='trace'
--env PERMIT_DOCKER='container'
--env SSL_DOMAIN='*.example.test'
--env SSL_TYPE='letsencrypt'
)
common_container_setup 'TEST_DOCKER_ARGS'
wait_for_service "${TEST_NAME}" 'changedetector'
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
wait_for_service "${CONTAINER_NAME}" 'changedetector'
# Wait until the changedetector service startup delay is over:
repeat_until_success_or_timeout 20 sh -c "$(_get_service_logs 'changedetector') | grep 'Changedetector is ready'"
@ -184,7 +172,6 @@ function teardown() {
# Test Methods
#
# Check that Dovecot and Postfix are configured to use a cert for the expected FQDN:
function _should_have_valid_config() {
local EXPECTED_FQDN=${1}
@ -199,16 +186,14 @@ function _should_have_valid_config() {
# CMD ${1} run in container with output checked to match value of ${2}:
function _has_matching_line() {
run docker exec "${TEST_NAME}" sh -c "${1} | grep '${2}'"
_run_in_container bash -c "${1} | grep '${2}'"
assert_output "${2}"
}
#
# Traefik `acme.json` specific
#
# It should log success of extraction for the expected domain and restart Postfix.
function _should_have_succeeded_at_extraction() {
local EXPECTED_DOMAIN=${1}
@ -249,7 +234,7 @@ function _should_have_service_reload_count() {
local NUM_RELOADS=${1}
# Count how many times processes (like Postfix and Dovecot) have been reloaded by the `changedetector` service:
run docker exec "${TEST_NAME}" sh -c "grep -c 'Completed handling of detected change' /var/log/supervisor/changedetector.log"
_run_in_container grep --count 'Completed handling of detected change' '/var/log/supervisor/changedetector.log'
assert_output "${NUM_RELOADS}"
}
@ -265,12 +250,10 @@ function _should_have_expected_files() {
_should_be_equal_in_content "${LE_CERT_PATH}" "${EXPECTED_CERT_PATH}"
}
#
# Misc
#
# Rename test certificate files to match the expected file structure for letsencrypt:
function _copy_to_letsencrypt_storage() {
local SRC=${1}
@ -280,14 +263,18 @@ function _copy_to_letsencrypt_storage() {
FQDN_DIR=$(echo "${DEST}" | cut -d '/' -f1)
mkdir -p "${TEST_TMP_CONFIG}/letsencrypt/${FQDN_DIR}"
cp "${PWD}/test/test-files/ssl/${SRC}" "${TEST_TMP_CONFIG}/letsencrypt/${DEST}"
if ! cp "${PWD}/test/test-files/ssl/${SRC}" "${TEST_TMP_CONFIG}/letsencrypt/${DEST}"
then
echo "Could not copy cert file '${SRC}'' to '${DEST}'" >&2
exit 1
fi
}
function _should_be_equal_in_content() {
local CONTAINER_PATH=${1}
local LOCAL_PATH=${2}
run docker exec "${TEST_NAME}" sh -c "cat ${CONTAINER_PATH}"
_run_in_container /bin/bash -c "cat ${CONTAINER_PATH}"
assert_output "$(cat "${LOCAL_PATH}")"
assert_success
}
@ -295,13 +282,13 @@ function _should_be_equal_in_content() {
function _get_service_logs() {
local SERVICE=${1:-'mailserver'}
local CMD_LOGS=(docker exec "${TEST_NAME}" "supervisorctl tail -2200 ${SERVICE}")
local CMD_LOGS=(docker exec "${CONTAINER_NAME}" "supervisorctl tail -2200 ${SERVICE}")
# As the `mailserver` service logs are not stored in a file but output to stdout/stderr,
# The `supervisorctl tail` command won't work; we must instead query via `docker logs`:
if [[ ${SERVICE} == 'mailserver' ]]
then
CMD_LOGS=(docker logs "${TEST_NAME}")
CMD_LOGS=(docker logs "${CONTAINER_NAME}")
fi
echo "${CMD_LOGS[@]}"

117
test/tests/parallel/set2/tls/tls_manual.bats Normal file
View File

@ -0,0 +1,117 @@
load "${REPOSITORY_ROOT}/test/helper/setup"
load "${REPOSITORY_ROOT}/test/helper/common"
TEST_NAME_PREFIX='[Security] TLS (SSL_TYPE=manual):'
CONTAINER_NAME='dms-test_tls-manual'
function setup_file() {
# Internal copies made by `scripts/helpers/ssl.sh`:
export PRIMARY_KEY='/etc/dms/tls/key'
export PRIMARY_CERT='/etc/dms/tls/cert'
export FALLBACK_KEY='/etc/dms/tls/fallback_key'
export FALLBACK_CERT='/etc/dms/tls/fallback_cert'
# Volume mounted certs:
export SSL_KEY_PATH='/config/ssl/key.ecdsa.pem'
export SSL_CERT_PATH='/config/ssl/cert.ecdsa.pem'
export SSL_ALT_KEY_PATH='/config/ssl/key.rsa.pem'
export SSL_ALT_CERT_PATH='/config/ssl/cert.rsa.pem'
export TEST_DOMAIN='example.test'
local CUSTOM_SETUP_ARGUMENTS=(
--volume "${PWD}/test/test-files/ssl/${TEST_DOMAIN}/with_ca/ecdsa/:/config/ssl/:ro"
--env LOG_LEVEL='trace'
--env SSL_TYPE='manual'
--env TLS_LEVEL='modern'
--env SSL_KEY_PATH="${SSL_KEY_PATH}"
--env SSL_CERT_PATH="${SSL_CERT_PATH}"
--env SSL_ALT_KEY_PATH="${SSL_ALT_KEY_PATH}"
--env SSL_ALT_CERT_PATH="${SSL_ALT_CERT_PATH}"
)
init_with_defaults
# Override the default set in `common_container_setup`:
export TEST_FQDN="mail.${TEST_DOMAIN}"
common_container_setup 'CUSTOM_SETUP_ARGUMENTS'
}
function teardown_file() { _default_teardown ; }
@test "${TEST_NAME_PREFIX} ENV vars provided are valid files" {
_run_in_container [ -f "${SSL_CERT_PATH}" ]
assert_success
_run_in_container [ -f "${SSL_KEY_PATH}" ]
assert_success
_run_in_container [ -f "${SSL_ALT_CERT_PATH}" ]
assert_success
_run_in_container [ -f "${SSL_ALT_KEY_PATH}" ]
assert_success
}
@test "${TEST_NAME_PREFIX} manual configuration is correct" {
local DOVECOT_CONFIG_SSL='/etc/dovecot/conf.d/10-ssl.conf'
_run_in_container grep '^smtpd_tls_chain_files =' '/etc/postfix/main.cf'
assert_success
assert_output "smtpd_tls_chain_files = ${PRIMARY_KEY} ${PRIMARY_CERT} ${FALLBACK_KEY} ${FALLBACK_CERT}"
_run_in_container grep '^ssl_key =' "${DOVECOT_CONFIG_SSL}"
assert_success
assert_output "ssl_key = <${PRIMARY_KEY}"
_run_in_container grep '^ssl_cert =' "${DOVECOT_CONFIG_SSL}"
assert_success
assert_output "ssl_cert = <${PRIMARY_CERT}"
_run_in_container grep '^ssl_alt_key =' "${DOVECOT_CONFIG_SSL}"
assert_success
assert_output "ssl_alt_key = <${FALLBACK_KEY}"
_run_in_container grep '^ssl_alt_cert =' "${DOVECOT_CONFIG_SSL}"
assert_success
assert_output "ssl_alt_cert = <${FALLBACK_CERT}"
}
@test "${TEST_NAME_PREFIX} manual configuration copied files correctly " {
_run_in_container cmp -s "${PRIMARY_KEY}" "${SSL_KEY_PATH}"
assert_success
_run_in_container cmp -s "${PRIMARY_CERT}" "${SSL_CERT_PATH}"
assert_success
# Fallback cert
_run_in_container cmp -s "${FALLBACK_KEY}" "${SSL_ALT_KEY_PATH}"
assert_success
_run_in_container cmp -s "${FALLBACK_CERT}" "${SSL_ALT_CERT_PATH}"
assert_success
}
@test "${TEST_NAME_PREFIX} manual cert works correctly" {
wait_for_tcp_port_in_container 587 "${CONTAINER_NAME}"
local TEST_COMMAND=(timeout 1 openssl s_client -connect mail.example.test:587 -starttls smtp)
local RESULT
# Should fail as a chain of trust is required to verify successfully:
RESULT=$(docker exec "${CONTAINER_NAME}" "${TEST_COMMAND[@]}" | grep 'Verification error:')
assert_equal "${RESULT}" 'Verification error: unable to verify the first certificate'
# Provide the Root CA cert for successful verification:
local CA_CERT='/config/ssl/ca-cert.ecdsa.pem'
assert docker exec "${CONTAINER_NAME}" [ -f "${CA_CERT}" ]
RESULT=$(docker exec "${CONTAINER_NAME}" "${TEST_COMMAND[@]}" -CAfile "${CA_CERT}" | grep 'Verification: OK')
assert_equal "${RESULT}" 'Verification: OK'
}
@test "${TEST_NAME_PREFIX} manual cert changes are picked up by check-for-changes" {
printf '%s' 'someThingsChangedHere' \
>>"$(pwd)/test/test-files/ssl/${TEST_DOMAIN}/with_ca/ecdsa/key.ecdsa.pem"
run timeout 15 docker exec "${CONTAINER_NAME}" bash -c "tail -F /var/log/supervisor/changedetector.log | sed '/Manual certificates have changed/ q'"
assert_success
sed -i '/someThingsChangedHere/d' "$(pwd)/test/test-files/ssl/${TEST_DOMAIN}/with_ca/ecdsa/key.ecdsa.pem"
}

17
test/tests/parallel/set3/dovecot_inet_protocol.bats
View File

@ -2,9 +2,14 @@ load "${REPOSITORY_ROOT}/test/helper/setup"
load "${REPOSITORY_ROOT}/test/helper/common"
TEST_NAME_PREFIX='Dovecot protocols:'
CONTAINER1_NAME='dms-test_dovecot_protocols_all'
CONTAINER2_NAME='dms-test_dovecot_protocols_ipv4'
CONTAINER3_NAME='dms-test_dovecot_protocols_ipv6'
function teardown() { _default_teardown ; }
@test "${TEST_NAME_PREFIX} dual-stack IP configuration" {
local CONTAINER_NAME='dms-test-dovecot_protocols_all'
export CONTAINER_NAME=${CONTAINER1_NAME}
local CUSTOM_SETUP_ARGUMENTS=(--env DOVECOT_INET_PROTOCOLS=)
init_with_defaults
@ -13,12 +18,10 @@ TEST_NAME_PREFIX='Dovecot protocols:'
_run_in_container grep '^#listen = \*, ::' /etc/dovecot/dovecot.conf
assert_success
assert_output '#listen = *, ::'
docker rm -f "${CONTAINER_NAME}"
}
@test "${TEST_NAME_PREFIX} IPv4 configuration" {
local CONTAINER_NAME='dms-test-dovecot_protocols_ipv4'
export CONTAINER_NAME=${CONTAINER2_NAME}
local CUSTOM_SETUP_ARGUMENTS=(--env DOVECOT_INET_PROTOCOLS=ipv4)
init_with_defaults
@ -27,12 +30,10 @@ TEST_NAME_PREFIX='Dovecot protocols:'
_run_in_container grep '^listen = \*$' /etc/dovecot/dovecot.conf
assert_success
assert_output 'listen = *'
docker rm -f "${CONTAINER_NAME}"
}
@test "${TEST_NAME_PREFIX} IPv6 configuration" {
local CONTAINER_NAME='dms-test-dovecot_protocols_ipv6'
export CONTAINER_NAME=${CONTAINER3_NAME}
local CUSTOM_SETUP_ARGUMENTS=(--env DOVECOT_INET_PROTOCOLS=ipv6)
init_with_defaults
@ -41,6 +42,4 @@ TEST_NAME_PREFIX='Dovecot protocols:'
_run_in_container grep '^listen = \[::\]$' /etc/dovecot/dovecot.conf
assert_success
assert_output 'listen = [::]'
docker rm -f "${CONTAINER_NAME}"
}

2
test/tests/parallel/set3/helper-functions.bats
View File

@ -2,7 +2,7 @@ load "${REPOSITORY_ROOT}/test/helper/setup"
load "${REPOSITORY_ROOT}/test/helper/common"
TEST_NAME_PREFIX='helper functions inside container:'
CONTAINER_NAME='dms-test-helper_functions'
CONTAINER_NAME='dms-test_helper_functions'
function setup_file() {
init_with_defaults

48
test/tests/serial/mail_disabled_clamav_spamassassin.bats
View File

@ -1,48 +0,0 @@
load "${REPOSITORY_ROOT}/test/test_helper/common"
setup_file() {
local PRIVATE_CONFIG
PRIVATE_CONFIG=$(duplicate_config_for_container .)
docker run --rm -d --name mail_disabled_clamav_spamassassin \
-v "${PRIVATE_CONFIG}":/tmp/docker-mailserver \
-v "$(pwd)/test/test-files":/tmp/docker-mailserver-test:ro \
-e ENABLE_CLAMAV=0 \
-e ENABLE_SPAMASSASSIN=0 \
-e AMAVIS_LOGLEVEL=2 \
-h mail.my-domain.com -t "${NAME}"
# TODO: find a better way to know when we have waited long enough
# for ClamAV to should have come up, if it were enabled
wait_for_smtp_port_in_container mail_disabled_clamav_spamassassin
docker exec mail_disabled_clamav_spamassassin /bin/sh -c "nc 0.0.0.0 25 < /tmp/docker-mailserver-test/email-templates/existing-user1.txt"
}
teardown_file() {
docker rm -f mail_disabled_clamav_spamassassin
}
@test "checking process: ClamAV (ClamAV disabled by ENABLED_CLAMAV=0)" {
run docker exec mail_disabled_clamav_spamassassin /bin/bash -c "ps aux --forest | grep -v grep | grep '/usr/sbin/clamd'"
assert_failure
}
@test "checking spamassassin: should not be listed in amavis when disabled" {
run docker exec mail_disabled_clamav_spamassassin /bin/sh -c "grep -i 'ANTI-SPAM-SA code' /var/log/mail/mail.log | grep 'NOT loaded'"
assert_success
}
@test "checking ClamAV: should not be listed in amavis when disabled" {
run docker exec mail_disabled_clamav_spamassassin grep -i 'Found secondary av scanner ClamAV-clamscan' /var/log/mail/mail.log
assert_failure
}
@test "checking ClamAV: should not be called when disabled" {
run docker exec mail_disabled_clamav_spamassassin grep -i 'connect to /var/run/clamav/clamd.ctl failed' /var/log/mail/mail.log
assert_failure
}
@test "checking restart of process: ClamAV (ClamAV disabled by ENABLED_CLAMAV=0)" {
run docker exec mail_disabled_clamav_spamassassin /bin/bash -c "pkill -f clamd && sleep 10 && ps aux --forest | grep -v grep | grep '/usr/sbin/clamd'"
assert_failure
}

61
test/tests/serial/mail_dnsbl.bats
View File

@ -1,61 +0,0 @@
load "${REPOSITORY_ROOT}/test/test_helper/common"
CONTAINER="mail_dnsbl_enabled"
CONTAINER2="mail_dnsbl_disabled"
function setup_file() {
local PRIVATE_CONFIG
PRIVATE_CONFIG=$(duplicate_config_for_container . "${CONTAINER}")
docker run --rm -d --name "${CONTAINER}" \
-v "${PRIVATE_CONFIG}":/tmp/docker-mailserver \
-e ENABLE_DNSBL=1 \
-h mail.my-domain.com \
-t "${NAME}"
docker run --rm -d --name "${CONTAINER2}" \
-v "${PRIVATE_CONFIG}":/tmp/docker-mailserver \
-e ENABLE_DNSBL=0 \
-h mail.my-domain.com \
-t "${NAME}"
wait_for_smtp_port_in_container "${CONTAINER}"
wait_for_smtp_port_in_container "${CONTAINER2}"
}
# ENABLE_DNSBL=1
@test "checking enabled postfix DNS block list zen.spamhaus.org" {
run docker exec "${CONTAINER}" postconf smtpd_recipient_restrictions
assert_output --partial 'reject_rbl_client zen.spamhaus.org'
}
@test "checking enabled postscreen DNS block lists --> postscreen_dnsbl_action" {
run docker exec "${CONTAINER}" postconf postscreen_dnsbl_action
assert_output 'postscreen_dnsbl_action = enforce'
}
@test "checking enabled postscreen DNS block lists --> postscreen_dnsbl_sites" {
run docker exec "${CONTAINER}" postconf postscreen_dnsbl_sites
assert_output 'postscreen_dnsbl_sites = zen.spamhaus.org=127.0.0.[2..11]*3 bl.mailspike.net=127.0.0.[2;14;13;12;11;10] b.barracudacentral.org*2 bl.spameatingmonkey.net=127.0.0.2 dnsbl.sorbs.net psbl.surriel.com list.dnswl.org=127.0.[0..255].0*-2 list.dnswl.org=127.0.[0..255].1*-3 list.dnswl.org=127.0.[0..255].[2..3]*-4'
}
# ENABLE_DNSBL=0
@test "checking disabled postfix DNS block list zen.spamhaus.org" {
run docker exec "${CONTAINER2}" postconf smtpd_recipient_restrictions
refute_output --partial 'reject_rbl_client zen.spamhaus.org'
}
@test "checking disabled postscreen DNS block lists --> postscreen_dnsbl_action" {
run docker exec "${CONTAINER2}" postconf postscreen_dnsbl_action
assert_output 'postscreen_dnsbl_action = ignore'
}
@test "checking disabled postscreen DNS block lists --> postscreen_dnsbl_sites" {
run docker exec "${CONTAINER2}" postconf postscreen_dnsbl_sites
assert_output 'postscreen_dnsbl_sites ='
}
# cleanup
function teardown_file() {
docker rm -f "${CONTAINER}" "${CONTAINER2}"
}

200
test/tests/serial/mail_fail2ban.bats
View File

@ -1,200 +0,0 @@
load "${REPOSITORY_ROOT}/test/test_helper/common"
function setup_file() {
local PRIVATE_CONFIG
PRIVATE_CONFIG=$(duplicate_config_for_container .)
docker run --rm -d --name mail_fail2ban \
-v "${PRIVATE_CONFIG}":/tmp/docker-mailserver \
-v "$(pwd)/test/test-files":/tmp/docker-mailserver-test:ro \
-e ENABLE_FAIL2BAN=1 \
-e POSTSCREEN_ACTION=ignore \
--cap-add=NET_ADMIN \
--hostname mail.my-domain.com \
--tty \
--ulimit "nofile=$(ulimit -Sn):$(ulimit -Hn)" \
"${NAME}"
# Create a container which will send wrong authentications and should get banned
docker run --name fail-auth-mailer \
-e MAIL_FAIL2BAN_IP="$(docker inspect --format '{{ .NetworkSettings.IPAddress }}' mail_fail2ban)" \
-v "$(pwd)/test/test-files":/tmp/docker-mailserver-test \
-d "${NAME}" \
tail -f /var/log/faillog
wait_for_finished_setup_in_container mail_fail2ban
}
function teardown_file() {
docker rm -f mail_fail2ban fail-auth-mailer
}
#
# processes
#
@test "checking process: fail2ban (fail2ban server enabled)" {
run docker exec mail_fail2ban /bin/bash -c "ps aux --forest | grep -v grep | grep '/usr/bin/python3 /usr/bin/fail2ban-server'"
assert_success
}
#
# fail2ban
#
@test "checking fail2ban: localhost is not banned because ignored" {
run docker exec mail_fail2ban /bin/sh -c "fail2ban-client status postfix-sasl | grep 'IP list:.*127.0.0.1'"
assert_failure
run docker exec mail_fail2ban /bin/sh -c "grep 'ignoreip = 127.0.0.1/8' /etc/fail2ban/jail.conf"
assert_success
}
@test "checking fail2ban: fail2ban-fail2ban.cf overrides" {
run docker exec mail_fail2ban /bin/sh -c "fail2ban-client get loglevel | grep DEBUG"
assert_success
}
@test "checking fail2ban: fail2ban-jail.cf overrides" {
FILTERS=(dovecot postfix postfix-sasl)
for FILTER in "${FILTERS[@]}"; do
run docker exec mail_fail2ban /bin/sh -c "fail2ban-client get ${FILTER} bantime"
assert_output 1234
run docker exec mail_fail2ban /bin/sh -c "fail2ban-client get ${FILTER} findtime"
assert_output 321
run docker exec mail_fail2ban /bin/sh -c "fail2ban-client get ${FILTER} maxretry"
assert_output 2
run docker exec mail_fail2ban /bin/sh -c "fail2ban-client -d | grep -F \"['set', 'dovecot', 'addaction', 'nftables-multiport']\""
assert_output "['set', 'dovecot', 'addaction', 'nftables-multiport']"
run docker exec mail_fail2ban /bin/sh -c "fail2ban-client -d | grep -F \"['set', 'postfix', 'addaction', 'nftables-multiport']\""
assert_output "['set', 'postfix', 'addaction', 'nftables-multiport']"
run docker exec mail_fail2ban /bin/sh -c "fail2ban-client -d | grep -F \"['set', 'postfix-sasl', 'addaction', 'nftables-multiport']\""
assert_output "['set', 'postfix-sasl', 'addaction', 'nftables-multiport']"
done
}
@test "checking fail2ban: ban ip on multiple failed login" {
# can't pipe the file as usual due to postscreen. (respecting postscreen_greet_wait time and talking in turn):
# shellcheck disable=SC1004
for _ in {1,2}
do
docker exec fail-auth-mailer /bin/bash -c \
'exec 3<>/dev/tcp/${MAIL_FAIL2BAN_IP}/25 && \
while IFS= read -r cmd; do \
head -1 <&3; \
[[ ${cmd} == "EHLO"* ]] && sleep 6; \
echo ${cmd} >&3; \
done < "/tmp/docker-mailserver-test/auth/smtp-auth-login-wrong.txt"'
done
sleep 5
FAIL_AUTH_MAILER_IP=$(docker inspect --format '{{ .NetworkSettings.IPAddress }}' fail-auth-mailer)
# Checking that FAIL_AUTH_MAILER_IP is banned in mail_fail2ban
run docker exec mail_fail2ban /bin/sh -c "fail2ban-client status postfix-sasl | grep '${FAIL_AUTH_MAILER_IP}'"
assert_success
# Checking that FAIL_AUTH_MAILER_IP is banned by nftables
run docker exec mail_fail2ban /bin/sh -c "nft list set inet f2b-table addr-set-postfix-sasl"
assert_output --partial "elements = { ${FAIL_AUTH_MAILER_IP} }"
}
@test "checking fail2ban: unban ip works" {
FAIL_AUTH_MAILER_IP=$(docker inspect --format '{{ .NetworkSettings.IPAddress }}' fail-auth-mailer)
docker exec mail_fail2ban fail2ban-client set postfix-sasl unbanip "${FAIL_AUTH_MAILER_IP}"
sleep 5
run docker exec mail_fail2ban /bin/sh -c "fail2ban-client status postfix-sasl | grep 'IP list:.*${FAIL_AUTH_MAILER_IP}'"
assert_failure
# Checking that FAIL_AUTH_MAILER_IP is unbanned by nftables
run docker exec mail_fail2ban /bin/sh -c "nft list set inet f2b-table addr-set-postfix-sasl"
refute_output --partial "${FAIL_AUTH_MAILER_IP}"
}
@test "checking fail2ban ban" {
# Ban single IP address
run docker exec mail_fail2ban fail2ban ban 192.0.66.7
assert_success
assert_output "Banned custom IP: 1"
run docker exec mail_fail2ban fail2ban
assert_success
assert_output --regexp "Banned in custom:.*192\.0\.66\.7"
run docker exec mail_fail2ban nft list set inet f2b-table addr-set-custom
assert_success
assert_output --partial "elements = { 192.0.66.7 }"
run docker exec mail_fail2ban fail2ban unban 192.0.66.7
assert_success
assert_output --partial "Unbanned IP from custom: 1"
run docker exec mail_fail2ban nft list set inet f2b-table addr-set-custom
refute_output --partial "192.0.66.7"
# Ban IP network
run docker exec mail_fail2ban fail2ban ban 192.0.66.0/24
assert_success
assert_output "Banned custom IP: 1"
run docker exec mail_fail2ban fail2ban
assert_success
assert_output --regexp "Banned in custom:.*192\.0\.66\.0/24"
run docker exec mail_fail2ban nft list set inet f2b-table addr-set-custom
assert_success
assert_output --partial "elements = { 192.0.66.0/24 }"
run docker exec mail_fail2ban fail2ban unban 192.0.66.0/24
assert_success
assert_output --partial "Unbanned IP from custom: 1"
run docker exec mail_fail2ban nft list set inet f2b-table addr-set-custom
refute_output --partial "192.0.66.0/24"
}
@test "checking FAIL2BAN_BLOCKTYPE is really set to drop" {
run docker exec mail_fail2ban bash -c 'nft list table inet f2b-table'
assert_success
assert_output --partial 'tcp dport { 110, 143, 465, 587, 993, 995, 4190 } ip saddr @addr-set-dovecot drop'
assert_output --partial 'tcp dport { 25, 110, 143, 465, 587, 993, 995 } ip saddr @addr-set-postfix-sasl drop'
assert_output --partial 'tcp dport { 25, 110, 143, 465, 587, 993, 995, 4190 } ip saddr @addr-set-custom drop'
}
@test "checking setup.sh: setup.sh fail2ban" {
run docker exec mail_fail2ban /bin/sh -c "fail2ban-client set dovecot banip 192.0.66.4"
run docker exec mail_fail2ban /bin/sh -c "fail2ban-client set dovecot banip 192.0.66.5"
sleep 10
run ./setup.sh -c mail_fail2ban fail2ban
assert_output --regexp '^Banned in dovecot:.*192\.0\.66\.4'
assert_output --regexp '^Banned in dovecot:.*192\.0\.66\.5'
run ./setup.sh -c mail_fail2ban fail2ban unban 192.0.66.4
assert_output --partial "Unbanned IP from dovecot: 1"
run ./setup.sh -c mail_fail2ban fail2ban
assert_output --regexp "^Banned in dovecot:.*192\.0\.66\.5"
run ./setup.sh -c mail_fail2ban fail2ban unban 192.0.66.5
assert_output --partial "Unbanned IP from dovecot: 1"
run ./setup.sh -c mail_fail2ban fail2ban unban
assert_output --partial "You need to specify an IP address: Run"
}
#
# supervisor
#
@test "checking restart of process: fail2ban (fail2ban server enabled)" {
run docker exec mail_fail2ban /bin/bash -c "pkill fail2ban && sleep 10 && ps aux --forest | grep -v grep | grep '/usr/bin/python3 /usr/bin/fail2ban-server'"
assert_success
}

52
test/tests/serial/mail_postscreen.bats
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@ -1,52 +0,0 @@
load "${REPOSITORY_ROOT}/test/test_helper/common"
setup() {
# Getting mail container IP
MAIL_POSTSCREEN_IP=$(docker inspect --format '{{ .NetworkSettings.IPAddress }}' mail_postscreen)
}
setup_file() {
local PRIVATE_CONFIG
PRIVATE_CONFIG=$(duplicate_config_for_container .)
docker run -d --name mail_postscreen \
-v "${PRIVATE_CONFIG}":/tmp/docker-mailserver \
-v "$(pwd)/test/test-files":/tmp/docker-mailserver-test:ro \
-e POSTSCREEN_ACTION=enforce \
--cap-add=NET_ADMIN \
-h mail.my-domain.com -t "${NAME}"
docker run --name mail_postscreen_sender \
-v "$(pwd)/test/test-files":/tmp/docker-mailserver-test:ro \
-d "${NAME}" \
tail -f /var/log/faillog
wait_for_smtp_port_in_container mail_postscreen
}
teardown_file() {
docker rm -f mail_postscreen mail_postscreen_sender
}
@test "checking postscreen: talk too fast" {
docker exec mail_postscreen_sender /bin/sh -c "nc ${MAIL_POSTSCREEN_IP} 25 < /tmp/docker-mailserver-test/auth/smtp-auth-login.txt"
repeat_until_success_or_timeout 10 run docker exec mail_postscreen grep 'COMMAND PIPELINING' /var/log/mail/mail.log
assert_success
}
@test "checking postscreen: positive test (respecting postscreen_greet_wait time and talking in turn)" {
for _ in {1,2}; do
# shellcheck disable=SC1004
docker exec mail_postscreen_sender /bin/bash -c \
'exec 3<>/dev/tcp/'"${MAIL_POSTSCREEN_IP}"'/25 && \
while IFS= read -r cmd; do \
head -1 <&3; \
[[ ${cmd} == "EHLO"* ]] && sleep 6; \
echo ${cmd} >&3; \
done < "/tmp/docker-mailserver-test/auth/smtp-auth-login.txt"'
done
repeat_until_success_or_timeout 10 run docker exec mail_postscreen grep 'PASS NEW ' /var/log/mail/mail.log
assert_success
}

67
test/tests/serial/mail_spam_junk_folder.bats
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@ -1,67 +0,0 @@
load "${REPOSITORY_ROOT}/test/test_helper/common"
# Test case
# ---------
# When SPAMASSASSIN_SPAM_TO_INBOX=1, spam messages must be delivered and eventually (MOVE_SPAM_TO_JUNK=1) moved to the Junk folder.
@test "checking amavis: spam message is delivered and moved to the Junk folder (MOVE_SPAM_TO_JUNK=1)" {
local PRIVATE_CONFIG
PRIVATE_CONFIG=$(duplicate_config_for_container . mail_spam_moved_junk)
docker run -d --name mail_spam_moved_junk \
-v "${PRIVATE_CONFIG}":/tmp/docker-mailserver \
-v "$(pwd)/test/test-files":/tmp/docker-mailserver-test:ro \
-e ENABLE_SPAMASSASSIN=1 \
-e MOVE_SPAM_TO_JUNK=1 \
-e PERMIT_DOCKER=container \
-e SA_SPAM_SUBJECT="SPAM: " \
-e SPAMASSASSIN_SPAM_TO_INBOX=1 \
-h mail.my-domain.com -t "${NAME}"
teardown() { docker rm -f mail_spam_moved_junk; }
wait_for_smtp_port_in_container mail_spam_moved_junk
# send a spam message
run docker exec mail_spam_moved_junk /bin/sh -c "nc 0.0.0.0 25 < /tmp/docker-mailserver-test/email-templates/amavis-spam.txt"
assert_success
# message will be added to a queue with varying delay until amavis receives it
run repeat_until_success_or_timeout 60 sh -c "docker logs mail_spam_moved_junk | grep 'Passed SPAM {RelayedTaggedInbound,Quarantined}'"
assert_success
# spam moved to Junk folder
run repeat_until_success_or_timeout 20 sh -c "docker exec mail_spam_moved_junk sh -c 'grep \"Subject: SPAM: \" /var/mail/localhost.localdomain/user1/.Junk/new/ -R'"
assert_success
}
@test "checking amavis: spam message is delivered to INBOX (MOVE_SPAM_TO_JUNK=0)" {
local PRIVATE_CONFIG
PRIVATE_CONFIG=$(duplicate_config_for_container . mail_spam_moved_new)
docker run -d --name mail_spam_moved_new \
-v "${PRIVATE_CONFIG}":/tmp/docker-mailserver \
-v "$(pwd)/test/test-files":/tmp/docker-mailserver-test:ro \
-e ENABLE_SPAMASSASSIN=1 \
-e MOVE_SPAM_TO_JUNK=0 \
-e PERMIT_DOCKER=container \
-e SA_SPAM_SUBJECT="SPAM: " \
-e SPAMASSASSIN_SPAM_TO_INBOX=1 \
-h mail.my-domain.com -t "${NAME}"
teardown() { docker rm -f mail_spam_moved_new; }
wait_for_smtp_port_in_container mail_spam_moved_new
# send a spam message
run docker exec mail_spam_moved_new /bin/sh -c "nc 0.0.0.0 25 < /tmp/docker-mailserver-test/email-templates/amavis-spam.txt"
assert_success
# message will be added to a queue with varying delay until amavis receives it
run repeat_until_success_or_timeout 60 sh -c "docker logs mail_spam_moved_new | grep 'Passed SPAM {RelayedTaggedInbound,Quarantined}'"
assert_success
# spam moved to INBOX
run repeat_until_success_or_timeout 20 sh -c "docker exec mail_spam_moved_new sh -c 'grep \"Subject: SPAM: \" /var/mail/localhost.localdomain/user1/new/ -R'"
assert_success
}

111
test/tests/serial/mail_ssl_manual.bats
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@ -1,111 +0,0 @@
#!/usr/bin/env bats
load "${REPOSITORY_ROOT}/test/test_helper/common"
function setup_file() {
# Internal copies made by `start-mailserver.sh`:
export PRIMARY_KEY='/etc/dms/tls/key'
export PRIMARY_CERT='/etc/dms/tls/cert'
export FALLBACK_KEY='/etc/dms/tls/fallback_key'
export FALLBACK_CERT='/etc/dms/tls/fallback_cert'
# Volume mounted certs:
export SSL_KEY_PATH='/config/ssl/key.ecdsa.pem'
export SSL_CERT_PATH='/config/ssl/cert.ecdsa.pem'
export SSL_ALT_KEY_PATH='/config/ssl/key.rsa.pem'
export SSL_ALT_CERT_PATH='/config/ssl/cert.rsa.pem'
local PRIVATE_CONFIG
export DOMAIN_SSL_MANUAL='example.test'
PRIVATE_CONFIG=$(duplicate_config_for_container .)
docker run -d --name mail_manual_ssl \
--volume "${PRIVATE_CONFIG}/:/tmp/docker-mailserver/" \
--volume "$(pwd)/test/test-files/ssl/${DOMAIN_SSL_MANUAL}/with_ca/ecdsa/:/config/ssl/:ro" \
--env LOG_LEVEL='trace' \
--env SSL_TYPE='manual' \
--env TLS_LEVEL='modern' \
--env SSL_KEY_PATH="${SSL_KEY_PATH}" \
--env SSL_CERT_PATH="${SSL_CERT_PATH}" \
--env SSL_ALT_KEY_PATH="${SSL_ALT_KEY_PATH}" \
--env SSL_ALT_CERT_PATH="${SSL_ALT_CERT_PATH}" \
--hostname "mail.${DOMAIN_SSL_MANUAL}" \
--tty \
"${NAME}" # Image name
wait_for_finished_setup_in_container mail_manual_ssl
}
function teardown_file() {
docker rm -f mail_manual_ssl
}
@test "checking ssl: ENV vars provided are valid files" {
assert docker exec mail_manual_ssl [ -f "${SSL_CERT_PATH}" ]
assert docker exec mail_manual_ssl [ -f "${SSL_KEY_PATH}" ]
assert docker exec mail_manual_ssl [ -f "${SSL_ALT_CERT_PATH}" ]
assert docker exec mail_manual_ssl [ -f "${SSL_ALT_KEY_PATH}" ]
}
@test "checking ssl: manual configuration is correct" {
local DOVECOT_CONFIG_SSL='/etc/dovecot/conf.d/10-ssl.conf'
run docker exec mail_manual_ssl grep '^smtpd_tls_chain_files =' '/etc/postfix/main.cf'
assert_success
assert_output "smtpd_tls_chain_files = ${PRIMARY_KEY} ${PRIMARY_CERT} ${FALLBACK_KEY} ${FALLBACK_CERT}"
run docker exec mail_manual_ssl grep '^ssl_key =' "${DOVECOT_CONFIG_SSL}"
assert_success
assert_output "ssl_key = <${PRIMARY_KEY}"
run docker exec mail_manual_ssl grep '^ssl_cert =' "${DOVECOT_CONFIG_SSL}"
assert_success
assert_output "ssl_cert = <${PRIMARY_CERT}"
run docker exec mail_manual_ssl grep '^ssl_alt_key =' "${DOVECOT_CONFIG_SSL}"
assert_success
assert_output "ssl_alt_key = <${FALLBACK_KEY}"
run docker exec mail_manual_ssl grep '^ssl_alt_cert =' "${DOVECOT_CONFIG_SSL}"
assert_success
assert_output "ssl_alt_cert = <${FALLBACK_CERT}"
}
@test "checking ssl: manual configuration copied files correctly " {
run docker exec mail_manual_ssl cmp -s "${PRIMARY_KEY}" "${SSL_KEY_PATH}"
assert_success
run docker exec mail_manual_ssl cmp -s "${PRIMARY_CERT}" "${SSL_CERT_PATH}"
assert_success
# Fallback cert
run docker exec mail_manual_ssl cmp -s "${FALLBACK_KEY}" "${SSL_ALT_KEY_PATH}"
assert_success
run docker exec mail_manual_ssl cmp -s "${FALLBACK_CERT}" "${SSL_ALT_CERT_PATH}"
assert_success
}
@test "checking ssl: manual cert works correctly" {
wait_for_tcp_port_in_container 587 mail_manual_ssl
local TEST_COMMAND=(timeout 1 openssl s_client -connect mail.example.test:587 -starttls smtp)
local RESULT
# Should fail as a chain of trust is required to verify successfully:
RESULT=$(docker exec mail_manual_ssl "${TEST_COMMAND[@]}" | grep 'Verification error:')
assert_equal "${RESULT}" 'Verification error: unable to verify the first certificate'
# Provide the Root CA cert for successful verification:
local CA_CERT='/config/ssl/ca-cert.ecdsa.pem'
assert docker exec mail_manual_ssl [ -f "${CA_CERT}" ]
RESULT=$(docker exec mail_manual_ssl "${TEST_COMMAND[@]}" -CAfile "${CA_CERT}" | grep 'Verification: OK')
assert_equal "${RESULT}" 'Verification: OK'
}
@test "checking ssl: manual cert changes are picked up by check-for-changes" {
printf '%s' 'someThingsChangedHere' \
>>"$(pwd)/test/test-files/ssl/${DOMAIN_SSL_MANUAL}/with_ca/ecdsa/key.ecdsa.pem"
run timeout 15 docker exec mail_manual_ssl bash -c "tail -F /var/log/supervisor/changedetector.log | sed '/Manual certificates have changed/ q'"
assert_success
sed -i '/someThingsChangedHere/d' "$(pwd)/test/test-files/ssl/${DOMAIN_SSL_MANUAL}/with_ca/ecdsa/key.ecdsa.pem"
}

64
test/tests/serial/mail_undef_spam_subject.bats
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@ -1,64 +0,0 @@
load "${REPOSITORY_ROOT}/test/test_helper/common"
function setup() {
local PRIVATE_CONFIG
PRIVATE_CONFIG=$(duplicate_config_for_container .)
docker run -d --name mail_undef_spam_subject \
-v "${PRIVATE_CONFIG}":/tmp/docker-mailserver \
-v "$(pwd)/test/test-files":/tmp/docker-mailserver-test:ro \
-e ENABLE_SPAMASSASSIN=1 \
-e SA_SPAM_SUBJECT="undef" \
--hostname mail.my-domain.com \
--tty \
"${NAME}"
CONTAINER='mail_undef_spam_subject_2'
PRIVATE_CONFIG=$(duplicate_config_for_container . "${CONTAINER}")
docker run -d \
-v "${PRIVATE_CONFIG}":/tmp/docker-mailserver \
-v "$(pwd)/test/test-files":/tmp/docker-mailserver-test:ro \
-v "$(pwd)/test/onedir":/var/mail-state \
-e ENABLE_CLAMAV=1 \
-e SPOOF_PROTECTION=1 \
-e ENABLE_SPAMASSASSIN=1 \
-e REPORT_RECIPIENT=user1@localhost.localdomain \
-e REPORT_SENDER=report1@mail.my-domain.com \
-e SA_TAG=-5.0 \
-e SA_TAG2=2.0 \
-e SA_KILL=3.0 \
-e SA_SPAM_SUBJECT="SPAM: " \
-e VIRUSMAILS_DELETE_DELAY=7 \
-e ENABLE_SRS=1 \
-e ENABLE_MANAGESIEVE=1 \
-e PERMIT_DOCKER=host \
--name "${CONTAINER}" \
--hostname mail.my-domain.com \
--tty \
--ulimit "nofile=$(ulimit -Sn):$(ulimit -Hn)" \
"${NAME}"
wait_for_finished_setup_in_container mail_undef_spam_subject
wait_for_finished_setup_in_container "${CONTAINER}"
}
function teardown() {
docker rm -f mail_undef_spam_subject "${CONTAINER}"
}
@test "checking spamassassin: docker env variables are set correctly (custom)" {
run docker exec "${CONTAINER}" /bin/sh -c "grep '\$sa_tag_level_deflt' /etc/amavis/conf.d/20-debian_defaults | grep '= -5.0'"
assert_success
run docker exec "${CONTAINER}" /bin/sh -c "grep '\$sa_tag2_level_deflt' /etc/amavis/conf.d/20-debian_defaults | grep '= 2.0'"
assert_success
run docker exec "${CONTAINER}" /bin/sh -c "grep '\$sa_kill_level_deflt' /etc/amavis/conf.d/20-debian_defaults | grep '= 3.0'"
assert_success
run docker exec "${CONTAINER}" /bin/sh -c "grep '\$sa_spam_subject_tag' /etc/amavis/conf.d/20-debian_defaults | grep '= .SPAM: .'"
assert_success
run docker exec mail_undef_spam_subject /bin/sh -c "grep '\$sa_spam_subject_tag' /etc/amavis/conf.d/20-debian_defaults | grep '= undef'"
assert_success
}

92
test/tests/serial/mail_with_postgrey.bats
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@ -1,92 +0,0 @@
load "${REPOSITORY_ROOT}/test/test_helper/common"
function setup_file() {
local PRIVATE_CONFIG
PRIVATE_CONFIG=$(duplicate_config_for_container .)
docker run -d --name mail_with_postgrey \
-v "${PRIVATE_CONFIG}":/tmp/docker-mailserver \
-v "$(pwd)/test/test-files":/tmp/docker-mailserver-test:ro \
-e ENABLE_DNSBL=1 \
-e ENABLE_POSTGREY=1 \
-e PERMIT_DOCKER=container \
-e POSTGREY_AUTO_WHITELIST_CLIENTS=5 \
-e POSTGREY_DELAY=15 \
-e POSTGREY_MAX_AGE=35 \
-e POSTGREY_TEXT="Delayed by Postgrey" \
-h mail.my-domain.com -t "${NAME}"
# using postfix availability as start indicator, this might be insufficient for postgrey
wait_for_smtp_port_in_container mail_with_postgrey
}
function teardown_file() {
docker rm -f mail_with_postgrey
}
@test "checking postgrey: /etc/postfix/main.cf correctly edited" {
run docker exec mail_with_postgrey /bin/bash -c "grep -F 'zen.spamhaus.org=127.0.0.[2..11], check_policy_service inet:127.0.0.1:10023' /etc/postfix/main.cf | wc -l"
assert_success
assert_output 1
}
@test "checking postgrey: /etc/default/postgrey correctly edited and has the default values" {
run docker exec mail_with_postgrey /bin/bash -c "grep '^POSTGREY_OPTS=\"--inet=127.0.0.1:10023 --delay=15 --max-age=35 --auto-whitelist-clients=5\"$' /etc/default/postgrey | wc -l"
assert_success
assert_output 1
run docker exec mail_with_postgrey /bin/bash -c "grep '^POSTGREY_TEXT=\"Delayed by Postgrey\"$' /etc/default/postgrey | wc -l"
assert_success
assert_output 1
}
@test "checking process: postgrey (postgrey server enabled)" {
run docker exec mail_with_postgrey /bin/bash -c "ps aux --forest | grep -v grep | grep 'postgrey'"
assert_success
}
@test "checking postgrey: there should be a log entry about a new greylisted e-mail user@external.tld in /var/log/mail/mail.log" {
#editing the postfix config in order to ensure that postgrey handles the test e-mail. The other spam checks at smtpd_recipient_restrictions would interfere with it.
run docker exec mail_with_postgrey /bin/sh -c "sed -ie 's/permit_sasl_authenticated.*policyd-spf,$//g' /etc/postfix/main.cf"
run docker exec mail_with_postgrey /bin/sh -c "sed -ie 's/reject_unauth_pipelining.*reject_unknown_recipient_domain,$//g' /etc/postfix/main.cf"
run docker exec mail_with_postgrey /bin/sh -c "sed -ie 's/reject_rbl_client.*inet:127\.0\.0\.1:10023$//g' /etc/postfix/main.cf"
run docker exec mail_with_postgrey /bin/sh -c "sed -ie 's/smtpd_recipient_restrictions =/smtpd_recipient_restrictions = check_policy_service inet:127.0.0.1:10023/g' /etc/postfix/main.cf"
run docker exec mail_with_postgrey /bin/sh -c "/etc/init.d/postfix reload"
run docker exec mail_with_postgrey /bin/sh -c "nc 0.0.0.0 25 < /tmp/docker-mailserver-test/email-templates/postgrey.txt"
sleep 5 #ensure that the information has been written into the log
run docker exec mail_with_postgrey /bin/bash -c "grep -i 'action=greylist.*user@external\.tld' /var/log/mail/mail.log | wc -l"
assert_success
assert_output 1
}
@test "checking postgrey: there should be a log entry about the retried and passed e-mail user@external.tld in /var/log/mail/mail.log" {
sleep 20 #wait 20 seconds so that postgrey would accept the message
run docker exec mail_with_postgrey /bin/sh -c "nc 0.0.0.0 25 < /tmp/docker-mailserver-test/email-templates/postgrey.txt"
sleep 8
run docker exec mail_with_postgrey /bin/sh -c "grep -i 'action=pass, reason=triplet found.*user@external\.tld' /var/log/mail/mail.log | wc -l"
assert_success
assert_output 1
}
@test "checking postgrey: there should be a log entry about the whitelisted and passed e-mail user@whitelist.tld in /var/log/mail/mail.log" {
run docker exec mail_with_postgrey /bin/sh -c "nc -w 8 0.0.0.0 10023 < /tmp/docker-mailserver-test/nc_templates/postgrey_whitelist.txt"
run docker exec mail_with_postgrey /bin/sh -c "grep -i 'action=pass, reason=client whitelist' /var/log/mail/mail.log | wc -l"
assert_success
assert_output 1
}
@test "checking postgrey: there should be a log entry about the whitelisted local and passed e-mail user@whitelistlocal.tld in /var/log/mail/mail.log" {
run docker exec mail_with_postgrey /bin/sh -c "nc -w 8 0.0.0.0 10023 < /tmp/docker-mailserver-test/nc_templates/postgrey_whitelist_local.txt"
run docker exec mail_with_postgrey /bin/sh -c "grep -i 'action=pass, reason=client whitelist' /var/log/mail/mail.log | wc -l"
assert_success
assert_output 1
}
@test "checking postgrey: there should be a log entry about the whitelisted recipient user2@otherdomain.tld in /var/log/mail/mail.log" {
run docker exec mail_with_postgrey /bin/sh -c "nc -w 8 0.0.0.0 10023 < /tmp/docker-mailserver-test/nc_templates/postgrey_whitelist_recipients.txt"
run docker exec mail_with_postgrey /bin/sh -c "grep -i 'action=pass, reason=recipient whitelist' /var/log/mail/mail.log | wc -l"
assert_success
assert_output 1
}

3
test/tests/serial/permit_docker.bats
View File

@ -71,8 +71,7 @@ teardown_file() {
# we should be able to send from the other container on the second network!
run docker exec mail_smtponly_second_network_sender /bin/sh -c "nc mail_smtponly_second_network 25 < /tmp/docker-mailserver-test/email-templates/smtp-only.txt"
assert_output --partial "250 2.0.0 Ok: queued as "
repeat_until_success_or_timeout 60 run docker exec mail_smtponly_second_network /bin/sh -c 'grep -cE "to=<user2\@external.tld>.*status\=sent" /var/log/mail/mail.log'
[[ ${status} -ge 0 ]]
repeat_in_container_until_success_or_timeout 60 mail_smtponly_second_network /bin/sh -c 'grep -cE "to=<user2\@external.tld>.*status\=sent" /var/log/mail/mail.log'
}
@test "checking PERMIT_DOCKER: none" {