Whole slew of bugs that got introduced while I wasn't paying attention. Most of them are of the form "let's use hand-crafted curl commands and do our own error checking and exit uncleanly on error and leave the system in an unstable state". To be fair, those were done because there was no existing mechanism for uploading JSON files or somesuch. So, add one. Signed-off-by: Ed Santiago <santiago@redhat.com> |
||
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.. | ||
python | ||
00-TEMPLATE | ||
01-basic.at | ||
10-images.at | ||
12-imagesMore.at | ||
15-manifest.at | ||
20-containers.at | ||
22-stop.at | ||
23-containersArchive.at | ||
25-containersMore.at | ||
26-containersWait.at | ||
27-containersEvents.at | ||
30-volumes.at | ||
35-networks.at | ||
40-pods.at | ||
44-mounts.at | ||
45-system.at | ||
50-secrets.at | ||
60-auth.at | ||
70-short-names.at | ||
80-kube.at | ||
README.md | ||
containers.conf | ||
containers.no_hosts.conf | ||
test-apiv2 |
README.md
API v2 tests
This directory contains tests for the podman version 2 API (HTTP).
Tests themselves are in files of the form 'NN-NAME.at' where NN is a two-digit number, NAME is a descriptive name, and '.at' is just an extension I picked.
Running Tests
The main test runner is test-apiv2
. Usage is:
$ sudo ./test-apiv2 [NAME [...]]
...where NAME is one or more optional test names, e.g. 'image' or 'pod'
or both. By default, test-apiv2
will invoke all *.at
tests.
test-apiv2
connects to localhost only and via TCP. There is
no support here for remote hosts or for UNIX sockets. This is a
framework for testing the API, not all possible protocols.
test-apiv2
will start the service if it isn't already running.
Writing Tests
The main test function is t
. It runs curl
against the server,
with POST parameters if present, and compares return status and
(optionally) string results from the server:
t GET /_ping 200 OK
^^^ ^^^^^^ ^^^ ^^
| | | +--- expected string result
| | +------- expected return code
| +-------------- endpoint to access
+------------------ method (GET, POST, DELETE, HEAD)
t POST libpod/volumes/create name=foo 201 .ID~[0-9a-f]\\{12\\}
^^^^^^^^^^^^^^^^^^^^^ ^^^^^^^^ ^^^ ^^^^^^^^^^^^^^^^^^^^
| | | JSON '.ID': expect 12-char hex
| | +-- expected code
| +----------- POST params
+--------------------------------- note the missing slash
Notes:
-
If the endpoint has a leading slash (
/_ping
),t
leaves it unchanged. If there's no leading slash,t
prepends/v1.40
. This is a simple convenience for simplicity of writing tests. -
When method is POST, the argument(s) after the endpoint may be a series of POST parameters in the form 'key=value', separated by spaces: t POST myentrypoint 200 ! no params t POST myentrypoint id=$id 200 ! just one t POST myentrypoint id=$id filter='{"foo":"bar"}' 200 ! two, with json t POST myentrypoint name=$name badparam='["foo","bar"]' 500 ! etc...
t
will convert the param list to JSON form for passing to the server. A numeric status code terminates processing of POST parameters. ** As a special case, when one POST argument is a string ending in.tar
,t
will invokecurl
with--data-binary @PATH
and setContent-type: application/x-tar
. This is useful forbuild
endpoints. (To overrideContent-type
, simply pass along an extra string argument matchingapplication/*
): t POST myentrypoint /mytmpdir/myfile.tar application/foo 400 -
The final arguments are one or more expected string results. If an argument starts with a dot,
t
will invokejq
on the output to fetch that field, and will compare it to the right-hand side of the argument. If the separator is=
(equals),t
will require an exact match; if~
(tilde),t
will useexpr
to compare.