
The JSON decoder correctly cannot decode (overflow) negative values (e.g., `-1`) for fields of type `uint64`, as `-1` is used to represent `max` in `POSIXRlimit`. To handle this, we use `tmpSpecGenerator` to decode the request body. The `tmpSpecGenerator` replaces the `POSIXRlimit` type with a `tmpRlimit` type that uses the `json.Number` type for decoding values. The `tmpRlimit` is then converted into the `POSIXRlimit` type and assigned to the `SpecGenerator`. This approach ensures compatibility with the Podman CLI and remote API, which already handle `-1` by casting it to `uint64` (`uint64(-1)` equals `MaxUint64`) to signify `max`. Fixes: https://issues.redhat.com/browse/RUN-2859 Fixes: https://github.com/containers/podman/issues/24886 Signed-off-by: Jan Rodák <hony.com@seznam.cz>
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
Never, ever, ever, seriously EVER exit
from a test. Just don't.
That skips cleanup, and leaves the system in a broken state.
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
,.yaml
, or.json
,t
will invokecurl
with--data-binary @PATH
and setContent-type
as appropriate. 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 ** Like above, when using PUT,t
does--upload-time
instead of--data-binary
-
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. -
If your test expects
curl
to time out: APIV2_TEST_EXPECT_TIMEOUT=5 t POST /foo 999