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[RFC 0119] Formalize testing for nixpkgs packages #119
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- A quick trivial example (e.g. `<command> --help`) to demonstrate that one (or more) | ||
of the programs were linked correctly. |
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There is also testVersion
introduced in NixOS/nixpkgs#121896.
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Related: NixOS/nixpkgs#144503
to help mitigate regressions from appearing in release channels. | ||
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# Detailed design | ||
[design]: #detailed-design |
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Maybe expand on what are the intended changes to the status quo?
passthru.tests
is a name documented inside the manual, however nixosTests
are recommended to be also put there.
(also, if sorting by resource consumption, maybe this split is not needed?)
Are we encouraged to compromise on something in the name of more test coverage?
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Well, I wasn't sure what the status quo should be. My current thoughts are, "here is some addtional metadata you can add to ensure that people know how your package may break. Or add your package to the tests of other packages to ensure it's not broken."
FWIW, I think part of the statu quo comes from NixOS/nixpkgs#44439 (which switched to passthru.tests after that). That said, it'd probably be good to make it into a proper RFC, if only for documentation, now that we actually have a working RFC system! It'd also clarify which tests should go into which phase. (For instance, I'd maybe have put the That said, I'm not sure I feel really good about adding Does that make sense? :) |
- Running tests which include downstream dependencies. | ||
- This avoids cyclic dependency issues for test suites. | ||
- Running lengthy or more resource expensive tests. | ||
- There should be a priority on making package builds as short as possible. |
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I hear you! 😄
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I think I originally wrote this about sage, and sageWithTests. Which took even longer :)
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(looks sadly at NixOS/nix#3600 being unmerged) although for a given situation with a package, speeding up separate tests on their own would also not hurt
That shouldn't be much work. And be adopted slowly, much like
Seems to be very similar to Also, |
I think the documentation proper, i.e. Nixpkgs manual, already describes quite a few of things about tests. So if we want to establish substantially new recommendation (even if on purely advisory level), we should say which parts are new, if we think the manual misses minor points of current practice, we could just fix it there, and if RFC is a better point of documentation than the manual, then maybe we should say it out loud so that this problem can be discussed on its own. |
I add that |
Separately, I dislike the fact that |
On the contrary, a small test suite which can quickly identify whether or not a package should be considered "correct" I think is highly desired. Until we have tooling in place to do something like, "please test everything as well", then I'm going to still insist on unit tests as a good practice. Maybe in another RFC, we can standardize around making a
Sure... but nixpkgs is for packaging software, and nixos can be thought of as the practice of combining it. It's immensely useful to verify that it works as intended with other software. It's a better user experience if we know that a nextcloud upgrade breaks the nextcloud+mysql integration. As that's one way that people are likely to leverage it. The whole purpose of the RFC is to make changes with more certainty. From a committer's perspective, to change "I'm scared to press merge on something " to, "The build passed, the tests passed, the coupled packages passed, the nixos tests passed. I have a high degree of certainty that merging this is a good idea." Or even enable the ability to confidently do a "merge when CI passes". |
meanwhile NixOS/nixpkgs#153551 |
It looks like a good idea! |
# Alternatives | ||
[alternatives]: #alternatives | ||
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Continue to use current ad-hoc conventions. |
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rfcs/0119-testing-conventions.md
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`checkPhase` or `installCheckPhase` when packaging within nixpkgs. | ||
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Usage for `passthru.nixosTests.<name>` | ||
- Reserved for tests utilitizing the nixosTest utilties. |
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This doesn't seem a meaningful distinction to me. Maybe we should flip this.
- Reserved for tests that are more resource intensive or that require additional system features such as kvm.
- Generally these are tests using the
nixosTest
utilities.
- Generally these are tests using the
Of course this makes the name less meaningful, but we can bikeshed that later.
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I was trying to keep it consistent in plurality with the already used passthru.tests
. Also pkgs.nixosTests
is how it's exposed in nixpkgs.
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The separate name makes testing everything slightly harder. Today, we can do nix-build -A postgresql.tests
and expect everything to run. This won't be the case anymore.
This also has a runtime cost, whereas standardizing on pkg.tests.nixos
does not, as the tests
attr value won't be evaluated in normal use as a dependency of something. A separate attr has the overhead of an extra attr and an extra thunk, for each package. We've decided against a pkg.exe
alias for this reason (abs path to mainProgram
).
Usage for mkDerivations `installCheckPhase`: | ||
- A quick trivial example (e.g. `<command> --help`) to demonstrate that one (or more) | ||
of the programs were linked correctly. | ||
- Assert behavior post installation (e.g. python's native extensions only get installed |
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The "only" in this sentence is confusing me.
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Native extensions only get installed. However, most test suites will consume the code in the build directory. So tests will fail because the compiled extensions will not be present.
I'm not sure how to word this better.
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Maybe start with the phrase about the build directory?
None? This is opt-in behavior for package maintainers. | ||
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# Alternatives | ||
[alternatives]: #alternatives |
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One alternative is that we consider all dependent packages as tests. We can have dependent packages that are just tests for example a testFoobar
package to test foobar
.
Then a PR author would responsible that all dependents build (aka pass) or are marked broken.
The obvious issue here is that for packages with lots of dependents it becomes infeasible for the average author to run a tool that builds everything and marks failures as broken. I think it is worth mentioning this alternative because this RFC demonstrates a clean way to define an appropriate sample size. Then it is expected that nixpkgs-provided build resources can be used for the full build + mark as broken.
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Yes, and this is the compromise with passthru.tests
listing downstream dependencies. The idea is to list packages which are "likely to break with breaking changes".
For example, some packages may make use of many of systemd's features, however, other packages only really use libudev, which is much more stable. We could probably forego the libudev packages, and just list the packages which are using systemd's more advanced features.
rfcs/0119-testing-conventions.md
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How far should testing go? | ||
- What consistitutes that "enough testing" was done to a package before a change was merged? | ||
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Should `<packaga>.passthru.tests` be flat? |
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I vote yes. If you need some sort of differentiation you can use a naming convention such as ownerSomething
. For now these conventions can be per-package and if we see enough of these arise we can consider unifying them or adding more structure once we have clear use cases.
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I assume this means: use a list and not a set? I guess two reasons not to flatten:
- If the tests are slow, I'm sure it'll occasionally help someone to be able to target a specific one?
- If there's enough speculative value in having some ~well-known attrs dedicated to a specific purpose (as in bullet 2 of https://github.com/NixOS/rfcs/pull/119/files#r805415330)?
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I meant for it to be as a single attr set. I wanted to avoid: passthru.tests.scenarioA.variantB.test
rfcs/0119-testing-conventions.md
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Should `<packaga>.passthru.tests` be flat? | ||
For packages which have extremes in resource usage when testing (e.g. pytorch), it may | ||
be beneficial to have additional structure for the tests to denote expectations of resources | ||
and ownership of testing for upstream packages. |
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I think this differentiation can be solved by nixosTests
vs tests
.
Co-authored-by: Kevin Cox <kevincox@kevincox.ca>
I nominate myself and @Ericson2314 as shepherds. |
I think it’s fine in this context, because it is not provided to nixos, but nixos is used as an implementation detail to run the tests, which could in principle also be done by a different runtime. In addition, due to the functional & lazy nature of nix it doesn’t actually incur a static dependency on nixpkgs in the derivation, so, there is no technical layering breakage either. |
rfcs/0119-testing-conventions.md
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Standardize `passthru.tests.<name>` and `passthru.nixosTests.<name>` as a mechanism of | ||
more expensive but automatic testing for nixpkgs. As well as encourage the usage of | ||
`checkPhase` or `installCheckPhase` when packaging within nixpkgs. |
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I'm confused where to draw the line between what should be done in installCheckPhase
and non-vm passthru.tests
. When reviewing this has been a source of confusion, see: NixOS/nixpkgs#153496 as an example. (Reading this I'm no longer convinced the decision to move it from installCheckPhase was the right one :>)
cc @thiagokokada so that you can add your thoughts
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IMO, installCheckPhase
is similar to checkPhase
, in what both means that if this test fail I don't even want this package to be build (that as far I had understand in the NixOS/nixpkgs#153496, that was the case, since that was a very basic functionality check for that package).
passthru.tests
, AFAIK, allows the package to be build regardless and would only fail if you try to run the package tests itself. That may be an advantage for packages that has too many tests or the tests uses too much resources to run (e.g.: maybe the tests uses much more memory than the build phase). Both are not the case of NixOS/nixpkgs#153496 though, since the check had a minimal impact on total build time.
So yeah, between this and the fact that to use passthru.tests
we had to resort to a clear hack, I would much prefer that installCheckPhase
was kept.
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Also, IMO, VM-less passthru.tests
makes more sense for tests like the one described in this document: maybe we want to see how this particular package being build interacts with other packages, or some other kinda of integration testing.
But if the idea is test only the current package, installCheckPhase
generally makes more sense to me (of course, there could be exceptions).
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I think ideally we want expensive build steps spread among different derivations, but that's hard. Expensive tests are sometimes feasible to split, so splitting them is good when it doesn't create a mess.
(Cheap checks with no new deps do not follow this logic, of course)
Also, separated tests make it more practical to support packages with different level of «works» on different platforms, because we do not need to touch the main build causing expensive rebuild on the «happy» platforms to add partial support (and its tests) on the more exotic ones. There is no single «package is broken», in the black-and-white view we have never had a non-broken LibreOffice packages, for example.
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Separated tests also make it easier to debug failures, since you can easily access the package (which may build successfully but then fail the test). I think we should follow something like a "principle of least privilege", where it is best practice to always use the test that makes the fewest assumptions about its environment.
checkPhase
assumes it is run within the build environment. That's a lot of assumptions. This increases build time for quick iteration, makes it harder to debug failures and also makes the test results less meaningful since the environment differs from the end-user's environments.
installCheckPhase
has somewhat fewer assumptions than checkPhase
, but still many of the same disadvantages. The results are more meaningful though, since the environment is more similar to the end-user's environment.
passthru.tests
makes the fewest assumptions. If the tests pass in this "clean environment", they will likely pass in the user's environment as well (unless tests are actually broken by some environment variable or something similar). They can be run as-needed (but should be run (semi-)automatically in some reliable fashion). They make debugging easier.
passthru.nixosTests
assumes access to a nixos VM, but does not assume a special build environment.
As a result, I'd suggest to pick passthru.tests
> passthru.nixosTests
> installCheckPhase
> checkPhase
. Practicality is king of course: If upstream assumptions make it trivial to run the test suite in checkPhase
but hard to run them in passthru.tests
, then its better to have some tests in checkPhase
than to have no tests at all.
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I don't have much ~ecosystem perspective on this, but I do have a few scattered thoughts from authoring and maintaining a small number of packages (broadly, my thinking has been aligning with timokau over time):
-
I like
passthru.tests
at the front of the list. I can think of at least a few times I've been in the middle of some meaningful work and ended up derailed by an immediate or remote test or test-dependency failure:-
I've started to see a check/test dependency on a linter or formatter as an antipattern in my own work. At least twice I've had a linter/formatter package turn up broken, or a bump in nixpkgs to trigger a rebuild that fails due to a lint/format check.
-
Recently I noticed that resholve's CLI arg parser dependency wasn't building on aarch64-darwin due to some failing tests. This was a pain since it was a platform I don't have readily available. I ended up overriding the dependency to disable checks for expediency, since resholve's own test suite (which I factored out into
passthru.tests
a while back) already exercises the CLI and should fail on borg/hydra if it did ultimately depend on whatever caused the test breaks.
-
-
I've thought for a while that it would be nice to have a low-friction mechanism for collecting example uses (say, a nudge to submit them + a CLI/form/template for doing so? Examples themselves might just be a valid invocation of some CLI, a sample file that exercises some parser, etc.) from package users. It occurs to me now that if there was a ~standard
passthru.tests.x
attr for these, it could at least drive the nudge (i.e. example, if you open a nix-shell with something that has fewer than N?) -
I like prioritizing
installCheckPhase
overcheckPhase
. I have some minor insecurity aboutcheckPhase
providing false-confidence about something thatinstallPhase
orfixupPhase
then breaks (especially since resholve presently runs in fixup).
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I've avoided installCheckPhase
for fear of corrupting the outputs. NixOS/nixpkgs#143862 should counter that.
A bit late to the party but this RFC is open for nominations :) |
Current nominations:
More nominations to move this RFC forward are welcome! |
I nominate: @cole-h @Mic92 @Ekleog @Profpatsch @timokau @SuperSandro2000 (fully expecting most to say they do not have time right now) |
We are now in the Final Comment Period (FCP). Unless any major objections are raised, this will be accepted and merged in 10 days from now, on June 6th! Please post any final comments on this pull request. |
This pull request has been mentioned on NixOS Discourse. There might be relevant details there: https://discourse.nixos.org/t/rfc119-formalize-testing-for-nixpkgs-packages-is-now-in-fcp/19372/1 |
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It's important to omit passthru
as described in the comment and my earlier comment https://github.com/NixOS/rfcs/pull/119/files#r857168303
Short process question, wouldn't it make sense for the rfc author to address all comments before entering the final comment period? Feel free to ignore this if the author just forgot to push.
rfcs/0119-testing-conventions.md
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# Detailed design | ||
[design]: #detailed-design | ||
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Standardize `passthru.tests.<name>` as a mechanism of |
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The <name>
syntax suggests that the namespace is flat, but it isn't. Both ofborg and nix-build
respect the recurseForDerivations
attribute (aka recurseIntoAttrs
), which is a valuable behavior
- for authors, adding an attribute is easier than merging attribute sets
- for "testers", the computation of the set of attribute names is lazier, improving evaluation performance when they only run a specific test or set of tests
passthru
is an implementation detail of mkDerivation
that must not be part of this specification. You could mention it once as a note to guide package authors, and you can use it in examples with mkDerivation
, but it must not be part of the package specification. (See also for an attempt to define "package" NixOS/nix#6507)
Standardize `passthru.tests.<name>` as a mechanism of | |
Standardize `<pkg>.tests` as a mechanism of |
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won't $tests
be populated in each build environment if this is true? the inclusion of passthru
was because those get pruned, and is the current convention. (not to say that current conventions aren't flawed, and should be changed)
@Mic92 Since FCP has passed, do you want to go ahead and merge this, or does it need further discussion? |
I see one unresolved comment. Maybe we should wait for a response or to integrate that into the RFC? |
My objections against |
I'm not very knowledgeable about the implications of #92, so I'll defer to your expertise. I made a mention that it was previously |
more expensive but automatic testing for nixpkgs. As well as encourage the usage of | ||
`checkPhase` or `installCheckPhase` when packaging within nixpkgs. | ||
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Criteria for `tests.<name>`: |
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tests.<name>
suggests the type attrsOf package
, whereas in practice we make use of nix-build
's attrset traversal capability to build NixOS tests. They're approximately attrset trees with derivations at the leaves; elaborated in the GitHub suggestion below.
Nested attribute sets of packages have already been implied earlier in the discussion, but haven't made it explicitly into the document yet.
Noteworthy advantages of nested attribute sets
- easier to write than merges (
//
) - not susceptible to name collisions
- allows the selection of groups of derivations by path
- lazier.
//
forces the computation of all the attribute names, which may be slow when an expression library is involved
If you don't want to go into the technical details, I guess you could roughly summarize this as "tools should align with nix-build
's behavior", but it seems like some elaboration of that would be expected for "Formalize testing for nixpkgs packages".
The following is not a complete description of nix-build
and allows some divergence (in the mathematical sense as well), as I believe defaulting recurseForDerivations
to false
is counter-intuitive. Furthermore, nix-build
's behavior can be exploited to limit the default set of tests that a user can be expected run, whereas an asynchronous tool can run all tests.
Criteria for `tests.<name>`: | |
Criteria for `tests.<name>`: | |
- Each `test.<name>` should be a derivation, or an attribute tree with derivations at the leaves. | |
- `nix-build -A pkg.tests` only recurses into attrsets below `tests.<name>` that also have the attribute `recurseForDerivations = true`, as set by `recurseIntoAttrs`. | |
- Other tools may recurse into attrsets that do not define `recurseForDerivations`, but must adhere to `recurseForDerivations = false;`. | |
- Tools may allow the user to specify an attribute, in which case the traversal starts at that attribute, regardless of any `recurseForDerivations` in the specified attribute or its ancestry. | |
- Function-valued attributes should be ignored. |
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Nested attribute sets of packages have already been implied earlier in the discussion, but haven't made it explicitly into the document yet.
Noteworthy advantages of nested attribute sets
easier to write than merges (//)
not susceptible to name collisions
allows the selection of groups of derivations by path
lazier. // forces the computation of all the attribute names, which may be slow when an expression library is involved
I don't think it's going to be super common for the need to override tests in one package from another, which would require (//). The goal of this is to have a compromise between building everything, and building what's most likely to fail.
For example, if there's an update to openssl, then I would expect to run the downstream packages which have the most rebuilds (e.g. 1000+ rebuilds) and maybe some NixOS tests. But this will all be defined within openssl's expression, I can't think of use case where I would want to (//) more attrs into the tests attrset, I would just add them directly to openssl's passthru.tests
.
From a PR reviewer's standpoint, if I see that someone has a PR updating openssl, I just want to be able to do nix build -f . openssl.tests
and have enough faith that it will cover the most likely regressions. If there was a regression found later, then we can add that package to tests, and improve it over time.
My other issue with nested tests, is that these tests are meant to act more like a CI/CD. If any one of them fails, then that failure should be addressed. It's not going to be a "well the simple tests pass, but this one one failed, I guess it's fine". A test shouldn't exist if it's failure state isn't going to indicate that the changes cause regressions.
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To be clear, I'm not opposed to nested attrsets from a technical perspective. More of a "if we get to the point where we feel it's necessary to start organizing the tests with nested attrsets", then we are probably adding a little too much complexity to the tests, and should keep the list of tests shorter to what can be expected of a PR reviewer can handle with average desktop compute resources.
Similarly, I think usage of (//) is also in this domain, and there's likely too much complexity being added.
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I don't think it's going to be super common for the need to override tests in one package from another, which would require (//).
This is kind of what we're doing with nixosTests
though. We're taking tests from one place and using it them in a package.
[> allows the selection of groups of derivations by path]
"if we get to the point where we feel it's necessary to start organizing the tests with nested attrsets"
This was a distraction. Neither of us care about organizing the tests into clever hierarchies.
I just want to throw whatever expression in there and expect all of it to run in nix-build
, ofborg, etc.
By throwing out nested attrsets we need to start caring about the hierarchy, because we will have to flatten it.
If I change a test in nixosTests
from a single test to a test matrix, that should have no ill effect on the packages that reference it. If we disallow nesting, it will.
My other issue with nested tests,
Well, this is about test selection again, viewing nested attrsets as a means only to that end, which it is not.
It's really about making NixOS test linking easy and robust.
I guess I could change NixOS/nixpkgs#176557 to always return attrsOf derivation
; also when no matrix
is defined: { test = drv; }
, and flattening the attrsets when it has multiple axes. That would make the PR a breaking change rather than a refactor with added functionality, so I'll scope that out for the PR itself. I also don't want to be associated with such a needless breaking change.
Honestly though, I think it's a bad choice, as we're painting ourselves into a corner with this unnecessary restriction. Our tooling has no problem dealing with nested attrsets...
lazier. // forces the computation of all the attribute names, which may be slow when an expression library is involved
I've seen a developer question his life choices when iterating on expressions that had a false dependency on an expensive attrset's keys. The expression they iterated on had no dependency on those keys, but they had to be computed because they //
-ed it to their packages
attrset. This added 30 seconds to their cycle time, making unnecessary strictness take up the majority of their cycle time. They'd been passionate about Nix and they had plenty of experience, but weren't intimately familiar with the evaluator to figure out that //
was ruining their workflow.
Please reconsider flattening.
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If you were just concerned about maintaining a package, and you were just concerned about the long-term maintenance of that package? what would you want the "api" to be for the test suite?
I'm not advocating that nested attrsets should be disallowed, I'm saying they are a "code smell". Since nested attrsets already exist in nixosTests, then I think that's fine for that to carry over. And having a large test suite in nixosTests should probably not be frowned upon if the tests provide value.
I am saying that (//) and large test suite should be avoided, because the desire of this rfc to make PR acceptance more automated, and large testing requirements will get in the way of that.
Co-authored-by: Robert Hensing <roberth@users.noreply.github.com>
FCP is complete. The RFC has been accepted! |
Now the "rendered" link in the first post won't work anymore. I suggest to edit it, for UX of later visitors. |
Yes, thank you :) |
* Formalize tests for nixpkgs packages * Update rfcs/0119-testing-conventions.md Co-authored-by: Kevin Cox <kevincox@kevincox.ca> * Update rfcs/0119-testing-conventions.md * Update rfcs/0119-testing-conventions.md Co-authored-by: Anderson Torres <torres.anderson.85@protonmail.com> * Update rfcs/0119-testing-conventions.md Co-authored-by: Anderson Torres <torres.anderson.85@protonmail.com> * Update rfcs/0119-testing-conventions.md * Update rfcs/0119-testing-conventions.md * Update rfcs/0119-testing-conventions.md * Add shepherds * Update RFC post 30th Apr meeting * Update rfcs/0119-testing-conventions.md * passthru.tests -> tests * typo * Update rfcs/0119-testing-conventions.md Co-authored-by: Robert Hensing <roberth@users.noreply.github.com> Co-authored-by: Kevin Cox <kevincox@kevincox.ca> Co-authored-by: Anderson Torres <torres.anderson.85@protonmail.com> Co-authored-by: Eelco Dolstra <edolstra@gmail.com> Co-authored-by: Robert Hensing <roberth@users.noreply.github.com>
To better enable review software to run automatic testing, as well as help define when a PR is "tested enough"
rendered: https://github.com/NixOS/rfcs/blob/master/rfcs/0119-testing-conventions.md