One method to set them all... or something like that.
The defaults for git-grep options were scattered over the run
function body. This change refactors them into a separate method.
The application of defaults is checked implicitly by existing
tests and linters, and the new approach makes it very easy
to inspect the desired defaults are set.
We need to shorten the timeout to bound effectively for
computation size. This protects against "too big" repos.
This also protects to some extent against too long lines
if kept to very low values (basically so that grep cannot run out
of memory beforehand).
Docs-PR: forgejo/docs#812
Fix #31271.
When gogit is enabled, `IsObjectExist` calls
`repo.gogitRepo.ResolveRevision`, which is not correct. It's for
checking references not objects, it could work with commit hash since
it's both a valid reference and a commit object, but it doesn't work
with blob objects.
So it causes #31271 because it reports that all blob objects do not
exist.
(cherry picked from commit f4d3120f9d1de6a260a5e625b3ffa6b35a069e9b)
Conflicts:
trivial resolution because go-git support was dropped https://codeberg.org/forgejo/forgejo/pulls/4941
There is no reason to reject initial dashes in git-grep
expressions... other than the code not supporting it previously.
A new method is introduced to relax the security checks.
See https://codeberg.org/forgejo/discussions/issues/164 for the
rationale and discussion of this change.
Everything related to the `go-git` dependency is dropped (Only a single
instance is left in a test file to test for an XSS, it requires crafting
an commit that Git itself refuses to craft). `_gogit` files have
been removed entirely, `go:build: !gogit` is removed, `XXX_nogogit.go` files
either have been renamed or had their code being merged into the
`XXX.go` file.
It is a waste of resources to scan them looking for matches
because they are never returned back - they appear as empty
lines in the current format.
Notably, even if they were returned, it is unlikely that matching
in binary files makes sense when the goal is "code search".
Analogously to how it happens for MaxResultLimit.
The default of 20 is inspired by a well-known, commercial code
hosting platform.
Unbounded limits are risky because they expose Forgejo to a class
of DoS attacks where queries are crafted to take advantage of
missing bounds.
Running git update-index for every individual file is slow, so add and
remove everything with a single git command.
When such a big commit lands in the default branch, it could cause PR
creation and patch checking for all open PRs to be slow, or time out
entirely. For example, a commit that removes 1383 files was measured to
take more than 60 seconds and timed out. With this change checking took
about a second.
This is related to #27967, though this will not help with commits that
change many lines in few files.
(cherry picked from commit b88e5fc72d99e9d4a0aa9c13f70e0a9e967fe057)
If a repository has
git config --add push.pushOption submit=".sourcehut/*.yml"
it failed when pushed because of the unknown submit push
option. It will be ignored instead.
Filtering out the push options is done in an earlier stage, when the
hook command runs, before it submits the options map to the private
endpoint.
* move all the push options logic to modules/git/pushoptions
* add 100% test coverage for modules/git/pushoptions
Test coverage for the code paths from which code was moved to the
modules/git/pushoptions package:
* cmd/hook.go:runHookPreReceive
* routers/private/hook_pre_receive.go:validatePushOptions
tests/integration/git_push_test.go:TestOptionsGitPush runs through
both. The test verifying the option is rejected was removed and, if
added again, will fail because the option is now ignored instead of
being rejected.
* cmd/hook.go:runHookProcReceive
* services/agit/agit.go:ProcReceive
tests/integration/git_test.go: doCreateAgitFlowPull runs through
both. It uses variations of AGit related push options.
* cmd/hook.go:runHookPostReceive
* routers/private/hook_post_receive.go:HookPostReceive
tests/integration/git_test.go:doPushCreate called by TestGit/HTTP/sha1/PushCreate
runs through both.
Note that although it provides coverage for this code path it does not use push options.
Fixes: https://codeberg.org/forgejo/forgejo/issues/3651
Enable [unparam](https://github.com/mvdan/unparam) linter.
Often I could not tell the intention why param is unused, so I put
`//nolint` for those cases like webhook request creation functions never
using `ctx`.
---------
Co-authored-by: Lunny Xiao <xiaolunwen@gmail.com>
Co-authored-by: delvh <dev.lh@web.de>
(cherry picked from commit fc2d75f86d77b022ece848acf2581c14ef21d43b)
Conflicts:
modules/setting/config_env.go
modules/storage/azureblob.go
services/webhook/dingtalk.go
services/webhook/discord.go
services/webhook/feishu.go
services/webhook/matrix.go
services/webhook/msteams.go
services/webhook/packagist.go
services/webhook/slack.go
services/webhook/telegram.go
services/webhook/wechatwork.go
run make lint-go and fix Forgejo specific warnings
Remove "EncodeSha1", it shouldn't be used as a general purpose hasher
(just like we have removed "EncodeMD5" in #28622)
Rewrite the "time-limited code" related code and write better tests, the
old code doesn't seem quite right.
(cherry picked from commit fb1ad920b769799aa1287441289d15477d9878c5)
Conflicts:
modules/git/utils_test.go
trivial context conflict because sha256 testing in Forgejo has diverged
More about codespell: https://github.com/codespell-project/codespell .
I personally introduced it to dozens if not hundreds of projects already and so far only positive feedback.
```
❯ grep lint-spell Makefile
@echo " - lint-spell lint spelling"
@echo " - lint-spell-fix lint spelling and fix issues"
lint: lint-frontend lint-backend lint-spell
lint-fix: lint-frontend-fix lint-backend-fix lint-spell-fix
.PHONY: lint-spell
lint-spell: lint-codespell
.PHONY: lint-spell-fix
lint-spell-fix: lint-codespell-fix
❯ git grep lint- -- .forgejo/
.forgejo/workflows/testing.yml: - run: make --always-make -j$(nproc) lint-backend checks-backend # ensure the "go-licenses" make target runs
.forgejo/workflows/testing.yml: - run: make lint-frontend
```
so how would you like me to invoke `lint-codespell` on CI? (without that would be IMHO very suboptimal and let typos sneak in)
Reviewed-on: https://codeberg.org/forgejo/forgejo/pulls/3270
Reviewed-by: Earl Warren <earl-warren@noreply.codeberg.org>
Co-authored-by: Yaroslav Halchenko <debian@onerussian.com>
Co-committed-by: Yaroslav Halchenko <debian@onerussian.com>
Resolve all cases for `unused parameter` and `unnecessary type
arguments`
Related: #30729
---------
Co-authored-by: Giteabot <teabot@gitea.io>
(cherry picked from commit e80466f7349164ce4cf3c07bdac30d736d20f035)
Conflicts:
modules/markup/markdown/transform_codespan.go
modules/setting/incoming_email.go
routers/api/v1/admin/user_badge.go
routers/private/hook_pre_receive.go
tests/integration/repo_search_test.go
resolved by discarding the change, this is linting only and
for the sake of avoiding future conflicts
Noteable additions:
- `redefines-builtin-id` forbid variable names that shadow go builtins
- `empty-lines` remove unnecessary empty lines that `gofumpt` does not
remove for some reason
- `superfluous-else` eliminate more superfluous `else` branches
Rules are also sorted alphabetically and I cleaned up various parts of
`.golangci.yml`.
(cherry picked from commit 74f0c84fa4245a20ce6fb87dac1faf2aeeded2a2)
Conflicts:
.golangci.yml
apply the linter recommendations to Forgejo code as well
- The parser of `git grep`'s output uses `bufio.Scanner`, which is a good
choice overall, however it does have a limit that's usually not noticed,
it will not read more than `64 * 1024` bytes at once which can be hit in
practical scenarios.
- Use `bufio.Reader` instead which doesn't have this limitation, but is
a bit harder to work with as it's a more lower level primitive.
- Adds unit test.
- Resolves https://codeberg.org/forgejo/forgejo/issues/3149
- `%w` is to wrap errors, but can only be used by `fmt.Errorf`. Instead
use `%v` to display the error.
- Regression of #2763
Before:
[E] failed to run attr-check. Error: %!w(*exec.ExitError=&{0xc006568e28 []})
Stderr: fatal: this operation must be run in a work tree
After:
[E] failed to run attr-check. Error: exit status 128
Stderr: fatal: this operation must be run in a work tree
