refactor: pre-release quality pass over the library modules - #5
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…default CodebergConfig.defaultPageSize was documented and tested but never read by production code: every listing takes explicit PageParams, and the only ready-made starting window, PageParams.First, hardcodes PageSize.Default. A caller who configured a different size on a self-hosted instance got the library default anyway unless they built their own PageParams by hand. CodebergClient now exposes val firstPage, page one at the configured defaultPageSize, which is where listings and PageWalk should start. PageParams.First stays as the config-free constant for code with no client in hand, since the domain module cannot see any client's configuration. README, the pagination examples, the PageWalk Scaladoc and the self-hosted guide now start from client.firstPage, and CodebergClientSuite pins the wiring.
ADR-0005 promises that the convenience rail and its Attempt mirror cannot disagree, but the 38 nested Attempt classes are written by hand and nothing checked the promise. Each mirror method is one more place a rename, an added parameter, or a new operation can silently miss. Add AttemptParitySuite, which holds an explicit registry of every (Api, Api.Attempt) pair and, via java.lang.reflect, asserts that every public Future-returning rail method has a mirror with the same name and erased parameter list, that the mirror declares nothing extra, and that the mirror's generic return type is exactly the rail's result wrapped in Either[CodebergError, _]. The registry itself is kept honest by walking the API-typed accessors reachable from CodebergClient, so a new group cannot land without joining the check. Runs in the normal client test suite; the mirrors stay hand-written per ADR-0005.
Repository-scoped Actions operations reported bare ids such as actions.runners.delete, while the organization- and user-scoped variants of the same endpoints already report orgs.actions.* and users.account.actions.*. Because identical leaves exist in all three scopes, telemetry could not tell which scope a call belonged to. Prefix every operation id in RepositoryActionApi and ActionDownloadApi with repos., and update the one core test that pinned the old literal. Operation ids are an observability contract, so this is the last moment to change them: the library is unreleased and nothing external depends on the old spellings yet.
Running the project formatter rewrapped two Scaladoc paragraphs that were committed unformatted in the previous change. No code or documentation content changes; only line breaks move.
RepositoryApi named its sub-resource listings listBranches, listTags, listCommits, listReleases, listTopics, and listForks, while the other API groups name such listings with a bare noun (OrganizationApi.teams, UserApi.followers). Rename all six, on both the exception rail and the Attempt mirror, so a listing of a sub-resource is always the plural noun and the name `list` is reserved for listing the resource itself. IssueApi.listComments/listLabels/listMilestones keep their prefixed names: on that class the bare nouns are already taken by the comments, labels, and milestones sub-API accessors, so the rename cannot apply there without a collision. Call sites in the test suite, README, and site docs are updated. The library is unreleased, so no deprecation cycle is needed. BREAKING CHANGE: RepositoryApi.listBranches/listTags/listCommits/ listReleases/listTopics/listForks (and the same methods on RepositoryApi.Attempt) are renamed to branches/tags/commits/releases/ topics/forks. Replace each call with the bare-noun name; signatures are otherwise unchanged.
The paging window parameter was named `page` in roughly half of the listing methods and `params` in the other half, sometimes mixed within a single file. Scala callers can pass arguments by name, so a parameter name is part of the public API and the inconsistency forces callers to check each signature before writing `params = ...` or `page = ...`. Standardise on `params` everywhere — public methods, Attempt mirrors, and private request helpers. `params` is the more accurate name: PageParams carries both the page number and the page size, whereas `page` reads as if it were the number alone. RepositoryWikiApi.page, the single-wiki-page read, keeps its name — it is a method, not a PageParams parameter. The library is unreleased, so no deprecation cycle is needed. BREAKING CHANGE: listing methods that declared `page: PageParams` now declare `params: PageParams`. Positional call sites are unaffected; named-argument call sites must say `params = ...` instead of `page = ...`.
Owner and RepoName lived in com.worxbend.codeberg4s.repositories, but they are not repository-group types: the issues, pulls, notifications, organizations, users, and actions APIs all import them, because almost every endpoint path starts with owner/name. A cross-cutting identifier belongs in the root package, next to PathSegment, the validator both of them delegate to. This moves the two opaque types (and their test suites) up one directory into com.worxbend.codeberg4s and mechanically rewrites every import and fully-qualified Scaladoc link across the domain, codec, client, it, and examples modules, the README, and the site guides. Files that sat in the repositories package itself, and so used the types without an import before, now import them from the root. BREAKING CHANGE: imports of com.worxbend.codeberg4s.repositories.Owner and com.worxbend.codeberg4s.repositories.RepoName must become com.worxbend.codeberg4s.Owner and com.worxbend.codeberg4s.RepoName. The library is pre-0.1.0, so no released version is affected.
A first-time caller had to know the library's internal package layout before writing anything: Auth lives in the auth sub-package, Page, PageParams, and PageSize in paging, while the client, the config, and the identifier types sit at the root. The README quick start alone needed six import lines. This adds a small, curated export file in the domain module that re-exports Auth, Page, PageParams, and PageSize into the root package com.worxbend.codeberg4s. With Owner and RepoName now living at the root too, a single 'import com.worxbend.codeberg4s.*' covers the whole quick-start flow: build an Auth, construct a client, call an endpoint, page through a listing. The list is deliberately short and names types one at a time — no whole-package re-exports — so every other type keeps exactly one canonical import from its own sub-package. The README quick start now uses the wildcard import and explains why it is sufficient.
Nearly every identifier this library takes is written down by the
programmer as a string literal: Owner("forgejo"), BranchName("main"),
RepoName("codeberg4s"). Until now the only way in was `from`, which
returns Either[ValidationError, A] because a value computed at run time
really can be invalid. A literal cannot: it is either valid or it is
not, and which one it is was already decidable while the code compiled.
The result was that every literal dragged a for-comprehension or an
`orFail` helper behind it purely to discharge a failure that could not
happen.
Each of the eighteen identifiers that validate as URI path segments now
also has an `apply` taking a string literal and returning the identifier
itself, no Either around it. An invalid literal is a compile error
naming the field and pointing at the literal. `from` is unchanged and
remains the way in for a value known only at run time — handing one to
the new constructor is itself a compile error, with a message saying so.
The check is a single `inline if` over scala.compiletime.ops.string
.Matches, which asks the compiler whether a literal type matches a
regular expression. There is no macro, and the call folds away to the
literal, so nothing of this reaches the bytecode. That does mean the
rule is now written twice: once as PathSegment's readable if/else chain,
once as a regular expression in the new SegmentLiteral object. Calling
PathSegment at compile time would need a macro, and a macro would need
its own compilation unit; the duplication is the cheaper of the two.
SegmentLiteralSuite pins the spellings together by walking a corpus of
awkward values through both and demanding the same verdict, so a change
to one that is not mirrored in the other fails the build.
One deliberate difference: the literal check refuses surrounding
whitespace where `from` trims it. Silently rewriting what someone typed
is worse than telling them about the typo they can simply fix.
SegmentLiteral is public only because an inline method is expanded in
the caller's own code and everything it mentions has to be reachable
from there. Its Scaladoc says so; nobody should call it directly.
Every API companion in the client module privately defines the same handful of CodebergRequest constructor calls: a GET with a query, a mutation with a JSON body, a body-less mutation, a DELETE with and without a body, and an upload. Fourteen copies of `read`, nine of `write`, and the body-less mutation under three different names (`remove`, `bare`, `mutate`) depending on which package you are in. Duplication of a constructor is not only noise. Every copy repeats `headers = Nil`, and a copy that quietly forgot to would be indistinguishable from one that did not until a credential appeared in a log line. Writing the shapes once, in the companion of the type they build, is what turns the security contract on CodebergRequest into something checkable: no builder takes headers, so no call site can set one. This commit only adds the builders, marked private[codeberg4s] so they stay out of the public API. Following commits point the existing call sites at them and delete the per-package copies.
The issue package had two homes for the same six constructor calls: IssueRequests, shared by the seven sub-APIs, and a private copy inside IssueApi, which predates it. Both are now gone in favour of the builders on the CodebergRequest companion, imported by name so the call sites still read `read(...)` and `write(...)`. IssueRequests keeps what is genuinely specific to this group: the path prefixes. IssueSubscriptionApi keeps its own builder too, renamed from `bodiless` to `emptyBody`, because it is not the same shape — it sends a zero-length body where the shared `bodiless` sends none at all, and two different requests sharing one name is how the wrong one gets picked. The upload request builders took a parameter named `upload`, which now shadows the shared builder of that name; it is `attachment` instead.
OrganizationRequests carried its own read, write and `bare` — the last being this package's name for the body-less mutation that the issue package called `remove` and the notification package `mutate`. All three were the same constructor call. The five API classes here now import the shared builders from the CodebergRequest companion, and `bare` becomes `bodiless`, the one name the library uses for that shape. The rationale `bare` documented — Forgejo's membership, block and team-assignment routes take no body at all, and answer 400 to bodies they did not expect — moved with it to the shared builder, so it is still stated where the decision is made. OrganizationRequests keeps the two path prefixes and the note on why a team is rooted at the instance rather than under its organisation.
AccountRequests was the fourth home for the same four constructors. The
five API classes of the account package now import read, write, remove
and removeWithBody from the CodebergRequest companion instead.
The object keeps the part that is specific to this package and is the
reason it exists: the `user` path prefix, and the note that every
endpoint here addresses whoever the configured credentials are, so none
of them may stray into the `/users/{username}` family. Its security
argument for building requests in one place now lives on the shared
builders, which is where it applies to the whole library rather than to
five classes.
Eight API companions defined read, write or remove as byte-identical copies of the builders now on the CodebergRequest companion. They are deleted and the shared ones imported by name, so nothing at any call site changes shape. This is the bulk of the duplication and none of the judgement: every one of these copies was the same constructor call under the same name. The companions whose copies differed in signature are handled separately.
These five companions had built the same requests as everyone else, but through signatures of their own, so deleting them meant adjusting call sites rather than only imports: - NotificationApi's `mutate` was `bodiless` under a third name; the calls now say `bodiless`. - MiscellaneousApi's `read` took no query at all. Its calls pass `Nil`, which is what the shared builder wants and what they meant. - RepositoryAdminApi's `remove` took an `Option[RequestBody]`, so every ordinary delete had to pass `None` and the one delete with a payload wrapped it by hand. Those are `remove` and `removeWithBody` now, and the odd one out is visible at its call site instead of behind an argument. - RepositoryGitApi's `write` took an `Option[String]` for the same reason. Its `DELETE` is a `remove`, and the two real writes pass the body directly. - PullRequestApi built everything through a general `send`. Its reads, writes and deletes use the shared builders; what remains is a local `post`, for the two calls no shared shape covers — the only mutation here with query parameters, and the only one wanting an explicitly empty body rather than none.
IssueApi was written before IssueDecoders and IssueRequests existed, so it carried its own private copies of eight response decoders and four path builders. Two decoders for the same JSON shape can drift apart without anything failing to compile, and the issue group had already begun to split: `search` decoded through IssueDecoders.issues while `list` decoded through a byte-identical private IssuesDecoder. IssueApi now takes every decoder from IssueDecoders and every path from IssueRequests, which is what the seven sub-APIs already did. Two things were added so that was possible: IssueDecoders.milestones, for the milestone listing, and IssueDecoders.presentComment, which is the existing comment decoder without the "an empty body means no comment" rule — posting a comment never answers 204, so a blank body there is a malformed response and should be reported as one. IssueRequests gains labelsPath and milestonesPath, and defines the single-object labelPath and milestonePath on top of them, so the collection segment is spelled once. IssueMilestoneApi's inline `repoPath(...) :+ "milestones"` now goes through milestonesPath too. No behaviour changes: every replacement decoder and path is the same value the removed private one produced.
The two-element `page`/`limit` list was written out in sixteen separate renderers — eleven `*Queries` objects and three private helpers inside client API classes — with two more one-off spellings for the routes that take only `page` or that call the size `per_page`. Each copy was a chance for one endpoint group to drift, and a drifted copy fails silently: Forgejo answers 200 with the wrong number of items rather than an error. In particular a `limit` sent without a `page` is ignored by some endpoints, which returns the entire collection — the unbounded fetch this library exists to prevent. `PagingQuery` now owns all three spellings, so each wire name is written exactly once as rule 4 of `WireConventions` requires. The per-group `paging` methods stay, because they are the names the API classes call and the place each group's own remarks belong; their bodies delegate, and the prose that was repeated eleven times is now a pointer to the one copy that carries the measurement behind it. No request changes shape: every existing suite asserting on a rendered query string passes unchanged.
Scalafmt's import ordering and Scaladoc wrapping had not been applied to these two files when they landed. Running the formatter now keeps the realignment out of a later logic diff.
Every endpoint that answers with a bare JSON array was spelling out the same three parts by hand: read a `Vector[SomethingDto]`, name a lambda parameter for the decoded vector, and hand `JsonPath.Root` to the DTO's bulk projection so the per-element error paths read as `[0].name` instead of being rooted at a field that does not exist. `WireDecode.vector` now holds that shape in one place, so a list endpoint names only its DTO and its projection. Envelope-shaped responses — where the array sits inside an object and the base path is that object's field, not the root — keep using `WireDecode.of`, and the new helper's scaladoc says so. This is a same-behaviour rewrite: `vector` is defined in terms of `of` with the same root path the call sites passed before, so the decoded values and every reported failure path are unchanged.
`of` said nothing about which of the two decoding shapes it built, which mattered once `vector` arrived beside it: a reader scanning a list of decoders could not tell from the name whether a given one read one JSON document or an array. `single` and `vector` now read as the pair they are, and the scaladoc spells out that "single" describes the wire side — one JSON value, one projection — so an envelope object that happens to carry a list still belongs to `single`. `WireDecode` is `private[codeberg4s]`, so this is not a breaking change: no published name moves and library users have nothing to migrate. CONTRIBUTING's walkthrough of adding an operation is updated to name both helpers.
Two endpoint groups each carried a helper that did the same thing: `repositories.wire.Elements.convert` and `issues.wire.WireElements.at` both turned an element's position into a JsonPath segment and then delegated the walk itself to `codec.ArrayElements.convert`. Their own scaladoc named the duplication and said each was a candidate to move into `codec` once a second group needed it — which is exactly where the library ended up, with the pulls, users, organizations and repositories DTOs importing one or the other more or less at random. The path-adding step is now an overload of `ArrayElements.convert` taking the array's own path, so there is one helper instead of three layered objects, and no call site has to know which group first happened to need it. Behaviour is unchanged: a single bad element still fails the whole array, and a failure still reports `$[7].sha` rather than `$`.
`Wire` already covered two of the three ways a DTO field reaches the domain: demand it, or demand it and run it through a smart constructor. The third — keep absence, but fail on a value the constructor rejects — lived in `pulls.wire.PullWire`, reachable only from the pulls package even though nothing about it is specific to pull requests. Moving it to `Wire.optional` puts all three shapes in one place, so a DTO in any endpoint group can express "legitimately absent, and a present-but-unparseable value is an error" without either re-inventing the match or, worse, reaching for `Wire.validated` and turning an absent field into a decoding failure. `PullWire` had no other member, so it is gone.
`issues.wire.WireInstant` rendered an outgoing timestamp in the one RFC-3339 spelling Forgejo's Go parser accepts. Its own note said it should move into `codec` as soon as a second endpoint group needed to send a timestamp; six groups now do — pulls, notifications, user social, git data and repository administration all imported it out of the issues package, which read as an accident rather than a decision. It becomes `Timestamps.render`, next to the `Timestamps.parse` it is the counterpart of, so reading and writing a Forgejo timestamp are one place. The rendering itself is unchanged: `Z` offset, second precision.
`issues.wire.WireNumbers` built the JSON scalars and arrays a request body is made of, and said in its own note that it should move into `codec` once a second endpoint group wrote a body. Pulls already imported it out of the issues package, which is that moment arriving without anyone acting on it. It moves to `codec.WireValues`, the `domain → wire` counterpart of the `Wire` object that reads the other way. The new name drops the "numbers" claim, which was never true: alongside the identifier and whole-number builders it also renders arrays of strings. The bodies are unchanged, so an `int64` field still reaches the wire through `JsonValue.Num` and is exact past 2^53.
Almost every DTO carried its own private helper to convert an embedded
model — `user.fold(Right(None))(dto => dto.toDomainAt(at.field("user"))
.map(Some.apply))` — written out once per nested field across 27 files.
The shape never varied: absence stays absence, and a present DTO is
converted at the field's own path so a failure reads `$.milestone.title`
instead of `$.title`.
Wire.nested now states that once, next to `required`, `validated` and
`optional`, and the call sites read as one line in the for-comprehension
with no private helper — and no domain-type import — behind them.
Behaviour is unchanged: same paths, same messages, same failure order.
Every identifier Forgejo expresses as a positive int64 was validated by a copy of the same two lines. Six packages each carried a private helper object -- issues.NumericId, pulls.PullIds, users.social.SocialIds, repositories.admin.AdminIds, repositories.access.AccessIds and repositories.actions.ActionIds -- because each was private to its own package and therefore unreachable from the next, and seven further opaque types spelled the check out inline with a local MinValue. Thirteen copies of one rule is thirteen places to forget the next clause, which is exactly what happened to path-segment validation before PathSegment was promoted to the domain module root. This does the same for the numeric rule: PositiveId lives beside PathSegment, is private[codeberg4s] so every package can reach it, and the helper objects and inline copies are gone. Behaviour is unchanged. A value below 1 is still refused, and the rejection still names the caller's own field, so a bad issue number is still reported as "issueNumber" and a bad run id as "runId".
`callBinary` had its own copy of the send/observe/settle sequence — `binaryAttempt` and `settleBinary` repeated, line for line, what `attemptOnce` and `settle` already did for a textual call. Two copies of a cross-cutting rule is two places for it to drift: a fix to how `Retry-After` is honoured, or to the order telemetry hooks fire in, had to be made twice and nothing failed if it was made once. The three methods after the send need only four facts about a response — its status, the echoed request id, the requested backoff, and the body to read on the failure path. Those are now named by a private `ApiPipeline.ResponseFacts[R]`, with one instance for `CodebergResponse` and one for `BinaryResponse`, and `perform` takes the port method to call so the same code drives `HttpPort.send` and `BinaryHttpPort.sendBinary`. No behaviour changes and no published signature changes: `callBinary` still answers a `BinaryResponse`, still retries as `IdempotentOnly`, and still hands a successful body back without decoding it.
Every API suite in modules/client carried its own copy of the same preamble: build a BackendStub, wrap it in an ApiPipeline with an anonymous config and a prompt retry policy, close the timer afterwards, and define pathOf/queryOf/methodOf/bodyOf/window/orFail plus the two-rail failure assertions. Four group-local harnesses (the issue, organisation, account and social groups) had already been factored out of parts of it, so the same twenty lines existed in five slightly different versions and thirteen suites still inlined them by hand. Copies drift. One copy asserted the query string, another had stopped; one named the retry-count helper callCount, another attemptsOn; the "empty" string sttp renders for a bodyless request was spelled out in three places and reasoned about from scratch in a fourth. None of that is behaviour under test — it is scaffolding, and scaffolding that disagrees with itself hides real differences between suites. ClientSuiteHarness is now the single place that scaffolding lives. It mixes into a FunSuite, hands out the stub-backend builders, the request accessors, the pagination window, the smart-constructor unwrapper, the rails-agree assertion and onPipeline, which builds the pipeline and releases the timer whatever the outcome. Each suite keeps only what is specific to it: its fixtures, its stubbed response bodies, and a one-line onApi that constructs its own API class on that pipeline. The three surviving group harnesses now extend it and hold nothing but their group's fixtures and error bodies; SocialApiHarness held nothing else at all and became the shared harness. Two renames fall out of the merge. A suite whose Root meant "the prefix my endpoints hang off" rather than "the instance's API root" now calls that Endpoint and derives it from the shared Root, so the two ideas cannot be confused. callCount and failingThenSucceeding are gone in favour of the harness names attemptsOn and flakyThen. No test changed what it asserts; the suites are 1757 lines shorter.
`verify.sh` chained the five unit test modules with Mill's `+` separator and wrote `--exclude-tags=Property` once, after the last one. Mill scopes the arguments that follow a target to that target alone, so only the last module in the chain honoured the exclusion: `domain`, `core`, `codec` and `transport` ran their ScalaCheck suites inside the routine gate. Nothing went red, which is why it went unnoticed — the properties pass. It simply meant the gate was slower than intended and that property runs were not separated from routine verification the way `docs/CONSTITUTION_MAPPING.md` requires. The flag is now repeated per target, and a check after the run asserts the exclusion took effect: an excluded suite reports a total of zero, so any `*Props` suite finishing with a non-zero total is a property suite that leaked back into the gate, and the run fails naming it.
Membership of the `Property` tag decided whether a suite ran in the routine gate, and it rested on each author remembering to write `.tag(Property)` on every declaration. All three PropertyBase scaladocs admitted as much: a property written without the tag silently rejoined the default gate, and nothing would report it. Each trait now overrides `munitTests()` to add the tag to every test the subclass declares. munit builds the test list first and filters by tag afterwards, so this is equivalent to tagging each declaration by hand, except that it cannot be forgotten. Tags are a `Set`, so the explicit tags already written stay valid and simply become redundant.
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Two pages still imported `Owner` and `RepoName` from the `com.worxbend.codeberg4s.repositories` sub-package, where they no longer live. Every Scala block on this site is compiled by mdoc against the real library as part of the site build, so this was not a cosmetic staleness: it failed the build with nineteen "Not found: type Owner" errors. The landing page's quick start now uses a single `import com.worxbend.codeberg4s.*`. That is the point of the root re-exports — `CodebergClient`, `CodebergConfig`, `Auth`, `Owner` and `RepoName` all resolve from one line, where the page previously needed three. Getting Started keeps its imports written out one type at a time, because a page whose job is to show a beginner where each name comes from should not hide that behind a wildcard; there, `Owner` and `RepoName` simply moved onto the existing root import line and `Repository` stays imported from `repositories`, which is still its package.
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What this does
A pre-release quality pass over the library modules: it removes duplicated code,
renames three parts of the public API so the names match what they do, and
tightens the test and build gates. Net effect on the source tree is
3595 lines added, 5176 removed across 304 files — the library does the same
things with substantially less code.
Nothing here changes behaviour on purpose. Where behaviour does change, it is
a bug fix, and each one is called out below.
Why
This is the last chance to change public names before a first release, because
after a release every rename is a migration cost paid by other people. Three
names were wrong in ways that only show up when you try to use them:
OwnerandRepoNameare the two types you need before you can make anyrequest, but they lived in a
repositoriessub-package, so the first thingevery user wrote was an import for a package they had no other reason to know
about.
pageParams, whichrestates the type (
PageParams) rather than saying anything.listBranches,listTags, and soon, inside an object that is already called
repos— thelistprefixrepeated a fact the call site already established.
The duplication was the other half.
scripts/cpd.shfound the same request-building and JSON-conversion shapes copy-pasted across the client and codec
modules dozens of times, which is how a fix lands in nine of ten places.
How it works
Read it commit by commit; each commit is one logical change and each one builds
and passes tests on its own.
Bug fixes (behaviour changes, all in
modules/client)d7afe65—CodebergConfig.defaultPageSizewas accepted and then ignored onthe first page of a listing. It is now honoured.
bfaac46— repository Actions operation ids were reported at the top levelinstead of under
repos.actions, so theCallContexton an error named thewrong operation.
Public API renames (breaking — see the migration table below)
bc32fdf—OwnerandRepoNamemove to the package root.31f46e2— the everyday surface is re-exported from the package root, so asingle
import com.worxbend.codeberg4s.*is enough to start.8e2d448—pageParamsbecomesparamseverywhere.50f5592—repos.listBranchesbecomesrepos.branches, and likewise forthe other sub-resource listings.
2b078fa— new compile-time literal constructors for path identifiers, soowner"forgejo"is checked by the compiler and needs noEitherhandling fora value you wrote by hand.
Deduplication
194f708…ce6431c— shared request-shape builders onCodebergRequest,then the issue, organization and account APIs rebuilt on top of them;
b517b30deletes the hand-written builders that turned out to be identical.774bcd9…0a2f0e5— the same treatment inmodules/codec: optional-fieldconversion, array elements, the request-body value builders, the instant
renderer and nested DTO conversion each now exist once.
0037268— binary calls go through the shared pipeline path instead of aparallel copy of it.
e7ee18c— one shared positive-id validator replaces the per-type copies.Test and build gates
e78938e— a reflection-based test that fails if any operation exists on theApirail without itsattempttwin. The two rails are meant to be the samesurface; now they cannot silently drift.
4f3e289— one stub-backend harness shared by the API suites.35683f5and29a7e94— ScalaCheck property suites are tagged automaticallyin
PropertyBaseand excluded from every unit gate, so the fast gate staysfast and property tests stay opt-in.
Migration
import …codeberg4s.repositories.{Owner, RepoName}import com.worxbend.codeberg4s.*client.repos.listBranches(owner, name)client.repos.branches(owner, name)client.repos.listTags(…)client.repos.tags(…)…(owner, name, pageParams = p)…(owner, name, params = p)All four are compile errors if missed, not silent behaviour changes.
How to test it
Passes in 41s here: format check, Scalafix, compile under
-Werror, 3604 unittests, architecture boundary check, and the coverage gate — domain 99.90%,
core 94.71%, codec 95.14% statement coverage, all above their PLAN.md floors.
To confirm the rail-parity test actually bites, delete one
attemptmethod andre-run
./mill modules.client.test;AttemptParitySuitenames the missing one.Notes for reviewers
verify.shrecords duplication as a baseline count rather than a threshold —the comment in the file explains why, and the number is measured, not chosen.
This branch should let that number drop; lowering it is worth a follow-up.
modules/itand the property suites remain outside the gate on purpose (theyneed Docker or the live network, and property runs are slow).
main, so the site redesign from feat(site): restyle the documentation site dark-first #3 is alreadyunderneath this and no site files conflict.