* test: reduce oversized expectation literals to representative examples
* test: shrink oversized fixtures instead of trimming assertions
Cut the real-world fixtures down to a representative set of entries that still covers every parser shape, and assert the complete output again with a single toEqual.
* test(manager): replace file snapshots with explicit assertions
* test(manager): replace inline snapshots with explicit assertions
* test(manager): assert on relevant sections instead of full bodies
* test(manager): drop assertions implied by full equality
* test(manager): address review feedback
* test(manager): assert depType and versioning in the regex matcher
* refactor(lint): enable oxlint prefer-named-capture-group at error
Numbered capture groups (m[1], $1) break silently when a regex is
edited and group order shifts. Named groups (?<name>...) make intent
explicit and accesses (m.groups.name) resilient to reordering.
This enables the built-in eslint rule prefer-named-capture-group,
surfacing 321 pre-existing unnamed-group violations across ~121
files to be burned down incrementally in follow-up commits.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_017RxHFNsSworLcv23xXk9Hk
* refactor(versioning): name capture groups for prefer-named-capture-group
Burns down all prefer-named-capture-group violations in
lib/modules/versioning/. Unused capture groups (only reachable via
.test() or whole-match) become non-capturing (?:...); groups whose
value is read become named (?<name>...), with accesses rewritten to
match.groups!.<name> (or destructured from .groups!) instead of
positional match[n]/$n so a future edit that reorders groups cannot
silently break the reader.
Two cases needed extra care to preserve behavior:
- semver/common.ts and poetry/patterns.ts split() on a regex whose
capture group is relied upon by String.prototype.split to keep the
separator in the output array; the group is kept capturing and
named, not converted to non-capturing.
- hashicorp/convertor.ts's semverRegex is only ever embedded via
.source into a named `(?<version>...)` group elsewhere and never
matched directly, so its internal groups are safe to make
non-capturing.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_017RxHFNsSworLcv23xXk9Hk
* refactor(datasource): name capture groups for prefer-named-capture-group
Burns down all prefer-named-capture-group violations under
lib/modules/datasource/. Same treatment as the versioning module:
unused groups become non-capturing, used groups get names, and
positional match[n] reads move to match.groups!.<name>.
docker/ecr.ts and pypi/common.ts keep their positional destructuring
(`const [, region] = ...`, `!!m &&`) working unchanged since a named
capture group is still addressable by its numeric index in
JavaScript — only pypi/common.ts's access was rewritten to
m.groups!.owner for clarity since it read a single group directly.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_017RxHFNsSworLcv23xXk9Hk
* refactor(platform): name capture groups for prefer-named-capture-group
Burns down all prefer-named-capture-group violations under
lib/modules/platform/. Uses the repo's established idiom of
`match.groups?.<name>` after an optional-chained exec()/match() (see
bitbucket/index.ts hostnameWithoutApiPrefix, gerrit/utils.ts
extractSourceBranch) and `$<name>` in String.replace replacement
strings. Unused groups (markdown/HTML massaging regexes matched only
to be stripped) become non-capturing.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_017RxHFNsSworLcv23xXk9Hk
* refactor(manager): name capture groups in ansible-galaxy for prefer-named-capture-group
Burns down prefer-named-capture-group violations in
lib/modules/manager/ansible-galaxy/. newBlockRegEx and blockLineRegEx
dropped their unused outer wrapping group (only the inner key/value
groups were ever read) and named the key/value groups; nameMatchRegex's
remaining unused groups (protocol/user-info/port alternatives) become
non-capturing since only source/hostname/depName/version are read via
.groups. Accesses in collections.ts and roles.ts move from
lineMatch[2]/lineMatch[3] to lineMatch.groups!.key/value.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_017RxHFNsSworLcv23xXk9Hk
* refactor(manager): name capture groups for prefer-named-capture-group (batch 1)
Burns down prefer-named-capture-group violations across the first
alphabetical slice of lib/modules/manager/ (ansible through mix).
Used groups get names with accesses rewritten to match.groups!.<name>
(or $<name> in replacement strings); groups whose value is never read
become non-capturing (?:...). Two String.split() call sites
(git-submodules/extract.ts, meteor/extract.ts) keep the established
"named group still readable positionally from the split() result
array" idiom instead of restructuring the destructuring.
bazel/rules/go.ts and buildpacks/extract.ts dockerRef verified
byte-for-byte equivalent before/after via a quick node script since
several nested groups collapsed to non-capturing at once.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_017RxHFNsSworLcv23xXk9Hk
* refactor(manager): name capture groups for prefer-named-capture-group (batch 2)
Burns down prefer-named-capture-group violations across the remaining
alphabetical slice of lib/modules/manager/ (npm through terragrunt).
Same treatment as batch 1: used groups get names with accesses moved
to match.groups!.<name> or $<name> replacement strings; unused groups
(wrapping alternations, quantifier repetition groups only consumed via
.test(), or values never read from a match) become non-capturing.
terraform/extractors/others/modules.ts and terragrunt/modules.ts share
near-identical URL-parsing regexes (github/bitbucket/git/azure-devops
ref matchers) — the same set of always-unused `depth=`/`&depth=`
query-string groups is converted to non-capturing in both files.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_017RxHFNsSworLcv23xXk9Hk
* refactor(config): name capture groups for prefer-named-capture-group
Burns down prefer-named-capture-group violations in lib/config/.
Used groups get names with replacement strings switched from $1/$2 to
$<name>; the unused separator group in schedule-migration.ts's
afterBeforeRegex becomes non-capturing. presets/parse.ts keeps
assigning through the already-declared `repo` variable rather than
array-destructuring the exec() result, matching this file's existing
style for the other named-group regexes just above it.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_017RxHFNsSworLcv23xXk9Hk
* refactor(util): name capture groups for prefer-named-capture-group
Burns down prefer-named-capture-group violations across lib/util/ and
lib/logger/. Same treatment as previous batches: named groups for
values that are read (via $<name> replacement strings, .groups!.<name>,
or destructured from .groups), non-capturing groups where nothing reads
the captured value (e.g. semantic.ts's angular-commit .test()-only
regex). www-authenticate.ts's tokenizer entries each get their own
named group but keep accessing the match generically via match[1],
since a positionally-indexed named group is still readable by index.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_017RxHFNsSworLcv23xXk9Hk
* refactor(workers): name capture groups for prefer-named-capture-group
Burns down prefer-named-capture-group violations in lib/workers/.
Used groups get names with $<name> replacement strings; unused
wrapper/alternation groups (e.g. semantic-commit-message.ts's optional
scope/issue wrappers, release-notes.ts's date-heading and
horizontal-rule matchers that are only probed with .search()/replaced
wholesale) become non-capturing.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_017RxHFNsSworLcv23xXk9Hk
* refactor(test,tools): name capture groups for prefer-named-capture-group
Finishes the prefer-named-capture-group burndown: test/, tools/, and
vitest.config.mts. Groups whose value is read get names ($<name>
replacement strings or .groups.<name> access); groups only used via
.test()/.search() or that feed a .match(/…/g) call (whose return value
is the array of whole matches, not captured groups) become
non-capturing.
This is the last remaining slice of pre-existing violations, so the
rule (already enabled at error repo-wide) now passes with zero
findings across the whole codebase.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_017RxHFNsSworLcv23xXk9Hk
* fix prettier failure
* refactor(lint): use a named capture group in `v8-ignore-no-count`
New rule from main trips the newly enabled `prefer-named-capture-group` oxlint rule.
---------
Co-authored-by: Claude Fable 5 <noreply@anthropic.com>
* docs: explicitly document `depTypes` each manager supports
A long-standing question we receive is "what `depTypes` can I match
against in my project".
Although the best recommendation we usually have is "check the
`packageFiles with updates" log line (as a very key log line for users),
we can go one step further and try and create a stronger contract.
To do this, I've used Claude Sonnet 4.6 to work through the codebase,
determine areas that a `depType` is set in a manager (statically or
dynamically) and generate a structured, typed, means to document how
they're used.
Through a few iterations of the process, and attempts at human-written
documentation, we've settled on:
- prioritising autogenerated documentation (for humans to read) to note
what `depTypes` are known, and what they are
- `knownDepTypes`, to describe any known, static, `depType`s and their
human-readable meaning
- with the `prettyDepType`, if used
- `supportsDynamicDepTypesNote`, to add a Markdown note to the generated
documentation
While here, we also:
- make sure to note this in the "adding a new package manager"
documentation
- remove any hand-written references to `depTypes` in each manager's
documentation page
- correct the Gleam `depTypes`
- make sure to use the `knownDepTypes`'s `prettyDepType` definition if
we know it, for a given `depType`
The descriptions have been generated by Claude Sonnet, with some
human-written tweaks where appropriate.
[0]: https://github.com/renovatebot/renovate/discussions/15176
Co-authored-by: Claude Sonnet 4.6 <jamie.tanna+claude-code@mend.io>
* fixup! docs: explicitly document `depTypes` each manager supports
* docs(manager): display `depTypes` documentation if none present
For consistency, and to make it more explicit.
---------
Co-authored-by: Claude Sonnet 4.6 <jamie.tanna+claude-code@mend.io>
Sebastian Poxhofer