this has no performance impact in any benchmarks we've run. nul bytes
are still used as implicit truncation points in many places all over:
rejecting them in all locations that treat them as a string end point
requires large changes such as using a proper path library everywhere
Change-Id: I936158bd435f6abf009a689adfbc24496262c578
This reverts commit 42691f0d94.
Reason for revert: darwin builds time out now, apparently due to newly appearing infinite loops in the test suite
Change-Id: I81a09efd53636a287f3095ac87ed8854b6e57922
The functional2 test suite was broken in the development shell for two mostly
separate reasons leading to "no such file or directory" errors:
* The `BUILD_TEST_SHELL` (already containing the correct path) would always be
set from the Meson option `build_test_shell`, even to the empty string if
that option is not set. Skip the overwrite in this case to make the
environment variable work again.
* Sandboxed builds would fail to find their builder `/bin/sh`, since in the
development shell busybox is not found, so no sandbox shell gets configured.
Use the shell from `BUILD_TEST_SHELL` instead. (How this does not break the
old functional tests remains a mystery.)
Change-Id: I6a6a696424e8caaef3f9b68e3738bfd58ea0b056
Most tests for builtins now have `builtins.builtinName` as their name.
This makes navigating the test list a bit easier
Change-Id: Ief5af5c568a419bf9130601f9590e7a696b0dc0a
In the first pass I erred on the cautious side, only migrating safe
bets, to here's some trivial migrations that I missed
Change-Id: I934011919837b0aa491113afdcad603cf6b9cbbb
Currenlty, when a test group is invalid already, we also throw unsued
file errors.
This leads to clutter as more often than not, the unused files are
caused by an invalid configuration, making the debug stack bigger
without reason.
With this commit the behavior is changed to only error about unused
files, when no other configuration issues were found
Change-Id: I92a819753f13b8ed5a07dae53ecaee5d84b5ce64
Currenlty one is required to always write the bulky `mark.parametrize`
with indirect and things
This commit adds a custom decorator for usage of files, which hides the
parametrization complexity from the user.
Change-Id: I526e016d12006669dc302dfc5af619735399c503
currenlty we use the external package `toml`, this just adds an
unnessecary dependency, as python ships its own toml as `tomllib`
Change-Id: Ia63fa7558973e853ada20cbfa21d897d700444f8
This version changes the handling of TOML timestamps, and throws an
error on out‐of‐range integer literals rather than the previous
saturating behaviour, as required by [the TOML v1.0.0 specification]:
> Arbitrary 64-bit signed integers (from −2^63 to 2^63−1) should be
> accepted and handled losslessly. If an integer cannot be represented
> losslessly, an error must be thrown.
[the TOML v1.0.0 specification]: <https://toml.io/en/v1.0.0#integer>
The only known use of this is a questionable Nixpkgs test that I have
proposed [a fix] for.
[a fix]: <https://github.com/NixOS/nixpkgs/pull/433710>
Bumping this ahead of Nixpkgs ensures we can test these cases on
HEAD in advance. I presume that the next Lix major version will be
released after 25.05 goes out of support, so it should be fine to
drop support for the old version of toml11.
The co‐authors of this commit are the contributors to the vendored
package definition from Nixpkgs.
Co-authored-by: Anderson Torres <torres.anderson.85@protonmail.com>
Co-authored-by: Artturin <Artturin@artturin.com>
Co-authored-by: Silvan Mosberger <silvan.mosberger@moduscreate.com>
Change-Id: I6a6a69644a188b6e09eee5c9cf91ddd3c81d24ee
This behaviour is bad and will be fixed, but adding a test for the
present state documents the change.
Change-Id: I6a6a6964b88dc929269ee136804857b3852dfafe
JSON has only one numeric type, with vague semantics. [RFC 8259] says:
> This specification allows implementations to set limits on the range
> and precision of numbers accepted. Since software that implements
> IEEE 754 binary64 (double precision) numbers [IEEE754] is generally
> available and widely used, good interoperability can be achieved by
> implementations that expect no more precision or range than these
> provide, in the sense that implementations will approximate JSON
> numbers within the expected precision. A JSON number such as 1E400
> or 3.141592653589793238462643383279 may indicate potential
> interoperability problems, since it suggests that the software that
> created it expects receiving software to have greater capabilities
> for numeric magnitude and precision than is widely available.
>
> Note that when such software is used, numbers that are integers and
> are in the range [-(2**53)+1, (2**53)-1] are interoperable in the
> sense that implementations will agree exactly on their numeric
> values.
[RFC 8259]: <https://www.rfc-editor.org/rfc/rfc8259.html#section-6>
Floating‐point numbers are annoying to deal with in Nix, so it
optimistically parses integer‐looking literals as Nix‐language
integers where possible. Nixpkgs relies on this behaviour, as it backs
its `lib.toInt` family of functions with `builtins.fromJSON` in lieu
of a real integer‐parsing built‐in, and treats floating‐point
outputs as an error. Therefore, dealing with integer‐looking
JSON number literals that are outside the interoperable range is
unavoidable.
However, this raises the question of how literals that look
like integers, but exceed the range of a Nix‐language integer,
should be handled. The JSON library we use attempts to represent
integer‐looking literals as a unsigned or signed C++ integer type
before falling back to floating‐point numbers.
This means that we were parsing literals below −2⁶³ as
floating‐point numbers, while rejecting ones above (2⁶³ + 1)
with an error. This was done to avoid the C++ undefined behaviour in
the previous code path, but is hard to justify. This change causes
them to both be parsed as floating‐point numbers.
The alternative would be to reject the signed case too. However,
I believe that is less consistent with how JSON handles its single
numeric type, less interoperable with JSON documents found in the wild,
and that it is preferable to avoid the function being needlessly
partial in this case. It does mean that round‐tripping is less
lossless than before, but extreme floating‐point values already
caused these kinds of issues, and from JSON’s point of view that’s
exactly what these literals represent. Only numeric values outside the
RFC’s suggested interoperable range will have any round‐tripping
issues, and we continue to guarantee the behaviour on all values that
can be represented as Nix‐language integers.
Change-Id: I6a6a696412383e8a2cc160397716cb7f7bc7a2d4
So far, the environment used by `command` was completely leaky and the
one used by `nix` was very leaky despite it trying to be a "hermetic"
environment.
This commit moves the hermaticity to `command` and changes its
implementation to be not leak anything.
To achieve this, the following changes were also nessecary:
- the `files` and `snapshot` fixture now use the folder `test-home`
within the tmp_path directory by default, as the `HOME` environment
variable is set to there. (extraction not possible due to dependencies
of command etc also using this directory)
Fixes: #847, #848
Change-Id: I55f86ee0e1615e73fcf442ee2f28f3b89893bbb4
Current test suite doesn't cover the subsecond formatting at
all and toml11 is quite finicky with that. We should at the very
least test its behavior to avoid silent breakages on updates.
(cherry picked from commit 7ed0229d1abd4414144c7af396842462ce6fc1eb)
Upstream-PR: https://github.com/NixOS/nix/pull/13741
Change-Id: I6a6a696433b168072d6ad2585dce8a3c10ccbc39
When testing specific internal functionallity while needing things from
the testlib, so far, the tests for the testlib have always been copied
too.
To reduce the amount of additional program required when later making
the env of the pytest_command declarative, and to not test the same
tests a multitude of times (and potentially reaching infinite recursion)
those tests will no longer be copied
Change-Id: I36ec3824a21ed30f9b8ff19948031d1edbf6c76c
Snix's nar-bridge[1] stores NARs under a different URL, i.e.
`nar/snix-castore/<hash>.nar` rather than `nar/<filehash>.nar`. Right
now, when copying into such a store via the http binary-cache, we'd end
up with wrong cache entries that point to the wrong NAR URL.
On Hydra, this is a fatal error, i.e. builds that depend on previously
built paths (that were written to the cache before by the queue runner)
would be aborted because of that.
This patch removes the caching since we'd have to re-fetch the narinfo
to do taht and this can also happen the next time, the narinfo is
queried. Also, removes the negative cache entry indicating that the
store-path doesn't exist in the store.
We don't have any coverage for http-stores so far, so I wrote a small
testcase for the "default" case and the nar-bridge case in functional2
since it has a very nice fixture for an HTTP server ready. I'm aware
that there's a CL for a nicer cache server[2], but given I'm down a
pretty deep rabbit hole by playing around with Snix, I decided to not
finish the CL and write something small for the tests in here. This can
be replaced by the fixtures from that CL later on as well.
[1] https://snix.dev/docs/components/overview/#nar-bridge
[2] https://gerrit.lix.systems/c/lix/+/2431/1
Change-Id: I4fcdf47a6bf9c3c8fbeb235eeca7a48914a4d693
Goals:
- Distribute reviews to people who can do the reviews
- Not prevent anything from getting done
- Allow giving away more commit access
Anti-goals:
- Silo people into particular areas
- Discourage contributing to any area
This was drafted by glancing at git logs. It is not likely to be very
accurate; the goal here is that we figure out a way to distribute
reviews to the right people.
Change-Id: I8be44bf7fdeca23da8099124eec7bc3a30e34627
Added an additional check that all files present within a folder must be
used/referenced. Otherwise an InvalidLangTest will be created.
This ensures that there weren't any mishaps while migrating tests
resulting in files being ignored and hence some tests not being run.
Fixes: #852
Change-Id: Ie096c5670bc20325ba72c7d6ce33c06667c66ab1
Redesigns the test.toml to use a list instead of a directory
additionally it is now possible to do toml and matrix tests on singular
files as well as on a subset of files.
Fixes: #851
Change-Id: If8635109c6274f406ad68fe35315b9125f45f67d
Currently when a lang test fails, (or any snapshot assertion for that
matter) the error message is rather bulky.
This is due to both sides being printed fully, using escaped newlines
(i.e. everything is one line)
This is awful to read and check what the actual difference is. Also
there is no indication that one can update the golden files using the
cli flag.
This commit changes the error message when comparing snapshots against
something
a list of lines is shown, where the output differed. An additional note
about how to update the files automatically was added too
Change-Id: Ibedcf48018c27f924b807fbd42362fb608d27441
We upgrade to 25.05 release, which contains the curl commit
https://github.com/curl/curl/commit/5fbd78eb2dc4afbd8884e8eed27147fc3d4318f6
done in
https://github.com/NixOS/nixpkgs/pull/396200#issuecomment-2795944006.
This fixes HTTP transfers generating arbitrary errors and possibly
failing unusually.
Users who are already depending on 25.05-small or a recent unstable
already had the fix.
Special mention to the Linux kernel who gave me the opportunity to get
on a 24 hours bisection side quest to fix the local release engineering
test.
Special thanks to everyone who had to endure me ranting.
Change-Id: I866caf65d5ea103f1fa5eccd57df8031c9eacda0
Co-authored-by: eldritch horrors <pennae@lix.systems>
Co-authored-by: helle <helle@h3l.li>
Signed-off-by: Raito Bezarius <raito@lix.systems>
Most of these are simple fixes and clarifications. One set of fixes will
come in the commit that actually upgrades nixpkgs and hence ruff as it
will otherwise cause errors here.
Change-Id: Ie857da0f6cf728478700ec2d24cf518f8c7b7815
Currently, the typecheck for the config values is only done
half-heartedly only checking if something is either a list or non-list
item, but not checking what type the list items are
this commit fixes the typecheck and adds test for proper serialization
Change-Id: Ifd93842b19b1dd870bdb3af0c000243b4380e7aa
The error message used to only contain the last key of the merge failure
this commit changes the message to contain the full path to the merge
conflict, resolving ambiguity
Change-Id: I9848a559b1b888e50a548eef8609bf34506040de
currently, there is a small helper funciton in lang_util to check if
something is of a list type generic
to improve re-usability, this function is moved to utils and improved to
be also check for nested iterables and such
Change-Id: I92984daa4c4decf13d340a2ea5e52f724cee800e
eldritch horrors