and "xyz" and single letters that are used in the tests. The test suite
expects the login to have a gecos name; I think it will now run if the
gecos field is empty but there may be anomalies.
+ The login must not contain a dash or an equal sign. (Otherwise some tests
+ about local_from_{suffix,prefix} will fail.)
(4) The directory into which you unpack the test suite must be accessible by
the Exim user, so that code running as exim can access the files therein.
(5) Exim must be built with its user and group specified at build time, and
with certain minimum facilities, namely:
- Routers: accept, dnslookup, manualroute, redirect
- Transports: appendfile, autoreply, pipe, smtp
- Lookups: lsearch
+ Routers: accept, dnslookup, manualroute, redirect
+ Transports: appendfile, autoreply, pipe, smtp
+ Lookups: lsearch
+ Authenticators: plaintext
Most Exim binaries will have these included.
is also an IPv6 address, additional tests are run when the Exim binary
contains IPv6 support. There are checks in the scripts for a running IPv4
interface; when one is not found, some tests are skipped (with a warning
- message).
+ message). The local net may not be in 10.0/8 as that is used by the suite.
(9) Exim must be built with TRUSTED_CONFIG_LIST support, so that the test
configs can be placed into it. A suitable file location is .../exim/test/trusted_configs
+ with content .../exim/test/test-config [fill out the ... to make full
+ paths]. This file should be owner/group matching CONFIGURE_OWNER/GROUP,
+ or root/root. The config files in .../exim/test/confs/ should be owner/group the same.
DISABLE_D_OPTION must not be used. If ALT_CONFIG_PREFIX is used, it
must contain the directory of the test-suite. WHITELIST_D_MACROS should contain:
------------------
If you do not supply any arguments to ./runtest, it searches for an Exim
-source tree at the same level as the test suite directory. It then looks for an
-Exim binary in a "build" directory of that source tree. If there are several
-Exim source trees, it chooses the latest version of Exim. Consider the
-following example:
+source tree at the same level as the test suite directory. A source tree
+is a source tree, if it contains a build-* directory.
+
+It then looks for an Exim binary in a "build" directory of that source
+tree. If there are several Exim source trees, it chooses the latest
+version of Exim. Consider the following example:
$ ls -F /source/exim
exim-4.60/ exim-4.62/ exim-testsuite-x.xx/
There are some options for the ./runtest script itself:
+ -CONTINUE This will allow the script to move past some failing tests. It will
+ write a simple failure line with the test number in a temporary
+ logfile test/failed-summary.log. Unexpected exit codes will still
+ stall the test execution and require interaction.
+
-DEBUG This option is for debugging the test script. It causes some
tracing information to be output.
(If it turns out that most people prefer to use diff, I'll change
the default.)
+ -FLAVOR <flavor>
+ -FLAVOUR <flavour>
+ This allows "overrides" for the test results. It's intended
+ use is to deal with distro specific differences in the test
+ output. The default flavour is "foo". If during the test
+ run differences between the current and the expected output
+ are found and no flavour file exists already, you may update
+ the "common" expected output or you may create a flavour
+ file. If a flavour file already exists, any updates will go
+ into that flavour file!
+
-KEEP Normally, after a successful run, the test output files are
deleted. This option prevents this. It is useful when running a
single test, in order to look at the actual output before it is
with an extra log line saying the hostname doesn't resolve. You must use a
FQDN for the hostname for proper test functionality.
+. If you change your hostname to a FQDN, you must delete the test/dnszones
+ subdirectory. When you next run the runtest script, it will rebuild the
+ content to use the new hostname.
+
. If your hostname has an uppercase characters in it, expect that some tests
will fail, for example, 0036, because some log lines will have the hostname
in all lowercase. The regex which extracts the hostname from the log lines
be on by default and you'll see this problem, so make sure your umask is
022 and re-checkout the test/ subdirectory.
+. Some tests will fail if the username and group name are different. It does
+ not have to be the primary group, a secondary group is sufficient.
+
OTHER SCRIPTS AND PROGRAMS
--------------------------
"write" command (see below) that creates the input file.
- dumpdb <dbname>
+ dump <dbname>
This command runs the exim_dumpdb utility on the testing spool directory, using
the database name given, for example: "dumpdb retry".
munge <name>
This command requests custom munging of the test outputs. The munge names
-used are coded in the runtest script.
+used are coded in the runtest script (look for 'name of munge').
need_ipv4
usage, the asterisks must be given.
+ background
+
+This command takes one script line and runs it in the background,
+in parallel with following commands. For external daemons, eg. redis-server.
+
+
catwrite <file name> [nxm[=start-of-line-text]]*
This command operates like the "write" command, which is described below,
It is controlled by a script read from its standard input, details of which are
given below. There are two options. One is -t, which must be followed directly
by a number, to specify the command timeout in seconds (e.g. -t5). The default
-timeout is 1 second. The other option is -tls-on-connect, which causes the
+timeout is 5 seconds. The other option is -tls-on-connect, which causes the
client to try to start up a TLS session as soon as it has connected, without
using the STARTTLS command. The client program connects to the given IP address
and port, using the specified interface, if one is given.
When OpenSSL is available on the host, an alternative version of the client
program is compiled, one that supports TLS using OpenSSL. The additional
-arguments specify a certificate and key file when required. There is one
-additional option, -tls-on-connect, that causes the client to initiate TLS
-negotiation immediately on connection.
+arguments specify a certificate and key file when required for the connection.
+There are two additional options: -tls-on-connect, that causes the client to
+initiate TLS negociation immediately on connection; -ocsp that causes the TLS
+negotiation to include a certificate-status request. The latter takes a
+filename argument, the CA info for verifying the stapled response.
client-gnutls [<options>] <ip address> <port> [<outgoing interface>] \
Finally, "exim" can be preceded by "sudo", to run Exim as root. If more than
one of these prefixes is present, they must be in the above order.
+If the options include "-DSERVER" but not "-DNOTDAEMON", the script waits for
+Exim to start but then continues without waiting for it to terminate. Typically
+this will be for a daemon-mode "-bd" operation. The daemon should be later
+terminated using "killdaemon".
+
exim_exim [<options>] [<arguments>]
-d causes the server to output debugging information
- -t sets a timeout in seconds (default 5) for when the server is
+ -t <sec> sets a timeout (default 5) for when the server is
awaiting an incoming connection
-noipv4 causes the server not to set up an IPv4 socket
-noipv6 causes the server not to set up an IPv6 socket
+ -i <sec> sets an initial pause, to delay before creating the listen sockets
+
By default, in an IPv6 environment, both kinds of socket are set up. However,
the test script knows which interfaces actually exist on the host, and it adds
-noipv4 or -noipv6 to the server command as required. An error occurs if both
(d) If the line starts with ">*eof", nothing is sent and the connection
is closed.
- The data that is sent starts after the initial '>' sequence.
+ The data that is sent starts after the initial '>' sequence. Within
+ each line the sequence '\x' followed by two hex digits can be used
+ to specify an arbitrary byte value. The sequence '\\' specifies a
+ single backslash.
(2) A line that starts with "*sleep" specifies a number of seconds to wait
before proceeding.
(5) Otherwise, the line defines the start of an input line that the client
is expected to send. To allow for lines that start with digits, the line
may start with '<', which is not taken as part of the input data. If the
- input does not match, the server bombs out with an error message.
+ lines starts with '<<' then only the characters are expected; no return-
+ linefeed terminator. If the input does not match, the server bombs out
+ with an error message. Backslash-escape sequences may be used in the
+ line content as for output lines.
Here is a simple example of server use in a test script:
dynamic zone files for the name of the current host and its IP address(es). The
idea is that there should not be any need to rely on an external DNS.
-The domain names that are handled directly by Exim, without being passed to
-fakens, are:
+The fakens program handles some names programmatically rather than using the
+fake zone files. These are:
+
+ manyhome.test.ex This name is used for testing hosts with ridiculously large
+ numbers of IP addresses; 2048 IP addresses are generated
+ and returned. Doing it this way saves having to make the
+ interface to fakens handle more records that can fit in the
+ data block. The addresses that are generated are in the
+ 10.250.0.0/16 network.
test.again.dns This always provokes a TRY_AGAIN response, for testing the
handling of temporary DNS error. If the full domain name
test.fail.dns This always provokes a NO_RECOVERY response, for testing
DNS server failures.
-This special handling could now be done in the fakens program, but while the
-old test suite is still being used it has to be done in Exim itself, so for the
-moment it remains there.
-
The use of gethostbyname() and its IPv6 friends is also subverted when Exim is
running in the test harness. The test code handles a few special names
directly; for all the others it uses DNS lookups, which are then handled as
just described. Thus, the use of /etc/hosts is completely bypassed. The names
that are specially handled are:
- manyhome.test.ex This name is used for testing hosts with ridiculously large
- numbers of IP addresses; 2048 IP addresses are generated
- and returned. Doing it this way saves having to make the
- interface to fakens handle more records that can fit in the
- data block. The addresses that are generated are in the
- 10.250.0.0/16 network.
-
localhost Always returns 127.0.0.1 or ::1, for IPv4 and IPv6 lookups,
respectively.
git://git.exim.org / users / jgh / exim.git / blobdiff