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split our contribution guidelines in their own file

Browse source 
this is mostly @bunnybeam's work! see !838

* reset `CONTRIBUTING.md` to Misskey's version
* add a link at the top of that file, pointing to ours
* create `CONTRIBUTING.Sharkey.md` with all Sharkey-specific
  details (plus some clearer bits on dev / testing that are a bit
	messy in upstream's docs)
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# Contribution guide
We're glad you're interested in contributing to Sharkey! In this
document you will find the information you need to contribute to the
project. We assume you've *also* read Misskey's contribution guide,
[CONTRIBUTING.md](CONTRIBUTING.md).
## Issues
Before creating an issue, please check the following:
- To avoid duplication, please search for similar issues before
creating a new issue.
- Do not use Issues to ask questions or troubleshooting.
- Issues should only be used to feature requests, suggestions, and
bug tracking.
- Please ask questions or troubleshooting in
[Discord](https://discord.gg/6VgKmEqHNk).
> [!WARNING]
> Do not close issues that are about to be resolved. It
> should remain open until a commit that actually resolves it is
> merged.
## Well-known branches
- **`stable`** branch is tracking the latest release and used for
production purposes.
- **`develop`** branch is where we work for the next release.
- When you create an MR, basically target it to this branch.
## Creating an MR
Thank you for your MR! Before creating an MR, please check the
following:
- If possible, prefix the title with a keyword that identifies the
type of this MR, like `fix` / `refactor` / `feat` / `enhance` /
`perf` / `chore` etc
- Also, make sure that the granularity of this MR is
appropriate. Please do not include more than one type of change or
interest in a single MR.
- If there is an Issue which will be resolved by this MR, please
include a reference to the Issue in the text.
- Check if there are any documents that need to be created or updated
due to this change.
- If you have added a feature or fixed a bug, please add a test case
if possible.
- Please make sure that tests and Lint are passed in advance. You can
run it with `pnpm test` and `pnpm lint`. [See more info](#testing)
- If this MR includes UI changes, please attach a screenshot in the
text.
## Release process
(see also [the
wiki](https://activitypub.software/TransFem-org/Sharkey/-/wikis/release-process))
Prerequisites:
* `develop` contains exactly the code we want to release
* it can be useful to mark MRs we want to release with the
[`for-next-release`
label](https://activitypub.software/TransFem-org/Sharkey/-/merge_requests?label_name[]=for-next-release)
* we have tested it enough to be confident we can release it to the
world
* the CI pipeline (build, test, lint) passes
* the backend end-to-end tests (`pnpm --filter=backend test:e2e`) pass
on your machine
* `package.json` and `packages/misskey-js/package.json` on `develop`
have a `"version": "2027.12.0-dev"` or something similarly
non-prod-looking
* the
[changelogs](https://activitypub.software/TransFem-org/Sharkey/-/wikis/changelogs)
contain all the changes we want to announce
To release:
* create a new Branch based on `develop` to change the version to a
prod-looking one(e.g. `2027.12.1`)
* try to avoid using the same version as Misskey, both to reduce
confusion, and because (unlike branches) tags are not scoped by
remote and will confuse multi-remote clones
* create a MR to merge the new Branch into `stable`
* once _that_ is merged, go to
https://activitypub.software/TransFem-org/Sharkey/-/releases and
create a new release
* for the tag, use the same version you just set on `stable`
(e.g. `2027.12.1`)
* make sure the tag will be created on `stable`
* for the release name, again use the version (e.g. `2027.12.1`)
* for the release notes, copy the [changelogs](changelogs)
* wait for all the pipelines to complete
* in the [container
regirstry](https://activitypub.software/TransFem-org/Sharkey/container_registry/2?orderBy=NAME&sort=desc&search[]=)
you should get (of course with the right version):
* `latest`
* `2027.12.1-amd64`
* `2027.12.1-arm64`
* announce the release on the official account!
Post release:
* branch off `develop`, merge `stable` into that, change the version
to the _next_ number (e.g. `2028.1.0-dev`), create a MR for this
branch, get it merged
### Hotfixes / security releases
Sometimes we need to release changes to the latest stable release, *without* whatever has been merged into `develop`. For example, a security fix.
In these cases:
* create a branch off `stable`, let's call it `hotfix/2027.12.2`, and
change the version number on this branch
* create branches off `stable`, one per fix (like normal feature /
bugfix branches, but starting from the released code), and send MRs
targeting `hotfix/2027.12.2`
* once all the fixes have been merged into `hotfix/2027.12.2`, create
a MR targeting `stable`
* now carry on through the normal release process (third step, the one
starting "once that is merged…")
## Icon Font (Shark Font)
Sharkey has its own Icon Font called Shark Font which can be found at
https://activitypub.software/TransFem-org/shark-font
Build instructions can all be found over there in the `README`.
If you have an icon suggestion or want to add an Icon please open an
issue/merge request over at that repo.
When updating the font make sure to copy **all generated files** from
the `dest` folder into `packages/backend/assets/fonts/sharkey-icons`
For the CSS, copy the file content and replace the old content in
`style.css` and for the WOFF, TTF and SVG simply replace them.
## Development
### Accessing source code
In order to submit code changes, you will need to create a fork of the
main repository. This can be done via the GitLab UI, by pressing the
"Fork" button while signed into an activitypub.software GitLab
account.
Once you have created a fork, you should clone it locally and update
submodules using Git. For example, to clone using SSH, use the
following commands, replacing "<YOUR_USERNAME>" with your GitLab
username:
```bash
git clone git@activitypub.software:<YOUR_USERNAME>/Sharkey.git
git submodule update --init
```
### Environment setup
Before developing, you should set up a testing environment. You can do
this using Docker via the Docker Compose plugin. You will also need to
have `pnpm` installed.
(You may wish to perform this setup using system-wide software
installed separately, e.g. via a package manager, or using
Devcontainer. Both are possible, but they will require manual setup
that will not be covered in this document.)
First, you will need to copy
[`.config/docker_example.env`](.config/docker_example.env) to
`.config/docker.env`. This file will contain configurations for the
PostgreSQL database, such as username and password. You may set these
as you wish. You will also need to copy
[`.config/example.yml`](.config/example.yml) to
`.config/default.yml`. This file will contain configurations for
Sharkey. Ensure that the username and password in the `db:` section
match the ones set in `docker.env`.
Now, use the following command to start a local database container:
```bash
docker compose -f compose.local-db.yml up -d
```
This will run a local PostgreSQL database server in the
background. (To stop the database, run `docker compose -f
compose.local-db.yml down`.)
Once the database is active, run the following commands:
```bash
pnpm build
pnpm migrate
```
This will build Sharkey and perform database migrations. After
finishing the migration, the database will be ready for use.
### Start developing
After making code changes, you can run Sharkey using the following
command:
```bash
pnpm dev
```
- Checks server-side source files and automatically builds them if
they are modified. Automatically starts the server process(es).
- Vite HMR (just the `vite` command) is available. The behavior may be
different from production.
- Service Worker is watched by esbuild.
- The frontend can be viewed by accessing `http://localhost:5173`.
- The backend listens on the port configured with `port` in
`.config/default.yml`. If you have not changed it from the default,
it will be `http://localhost:3000`.
### Testing
(see also [Misskey's docs about testing](./CONTRIBUTING.md#testing))
To run many of the tests, you need a dedicated database.
* start PostgreSQL and Redis
* create the test configuration file:
```bassh
cp .config/test-example.yml .config/test.yml
```
* start the database container:
```bash
docker compose -f packages/backend/test/compose.yml up
```
Now you can run `pnpm test` and `pnpm --filter=backend test:e2e`
### Environment Variables
- `MISSKEY_CONFIG_DIR` changes the directory where config files are
searched, defaults to [`.config/`](.config/) at the top of the repository
- `MISSKEY_CONFIG_YML` changes the configuration file name, defaults
to `default.yml` (e.g. you can set `MISSKEY_CONFIG_YML=2nd.yml` to
load `.config/2nd.yml`)
- `MISSKEY_WEBFINGER_USE_HTTP` if set to `true`, WebFinger requests
will be http instead of https, useful for testing federation between
servers in localhost. NEVER USE IN PRODUCTION.
## Continuous integration
Sharkey uses GitLab CI for executing automated tests.
Configuration files are located in [`.gitlab-ci.yml`](.gitlab-ci.yml).
### Merging from Misskey into Sharkey
Make sure you have both remotes in the same clone (`git remote add
misskey https://github.com/misskey-dev/misskey.git`), then:
git remote update
git checkout develop # this is Sharkey's develop
git checkout -m merge/$(date +%Y-%m-%d) # or whatever
git merge --no-ff misskey/develop
fix conflicts and *commit*! (conflicts in `pnpm-lock.yaml` can usually
be fixed by running `pnpm install`, it detects conflict markers and
seems to do a decent job)
*after that commit*, do all the extra work, on the same branch:
* copy all changes (commit after each step):
* in `packages/backend/src/core/activitypub/models/ApNoteService.ts`, from `createNote` to `updateNote`
* from `packages/backend/src/core/NoteCreateService.ts` to `packages/backend/src/core/NoteEditService.ts`
* from `packages/backend/src/server/api/endpoints/notes/create.ts` to `packages/backend/src/server/api/endpoints/notes/edit.ts`
* from MK note components to SK note components (if sensible)
* from `packages/frontend/src/components/MkNote.vue` to `packages/frontend/src/components/SkNote.vue`
* from `packages/frontend/src/components/MkNoteDetailed.vue` to `packages/frontend/src/components/SkNoteDetailed.vue`
* from `packages/frontend/src/components/MkNoteHeader.vue` to `packages/frontend/src/components/SkNoteHeader.vue`
* from `packages/frontend/src/components/MkNoteSimple.vue` to `packages/frontend/src/components/SkNoteSimple.vue`
* from `packages/frontend/src/components/MkNoteSub.vue` to `packages/frontend/src/components/SkNoteSub.vue`
* from MK note components to Dynamic note components (if the public signature changed)
* from `packages/frontend/src/components/MkNote.vue` to `packages/frontend/src/components/DynamicNote.vue`
* from `packages/frontend/src/components/MkNoteDetailed.vue` to `packages/frontend/src/components/DynamicNoteDetailed.vue`
* from `packages/frontend/src/components/MkNoteSimple.vue` to `packages/frontend/src/components/DynamicNoteSimple.vue`
* from the global timeline to the bubble timeline
* `packages/backend/src/server/api/stream/channels/global-timeline.ts`
* `packages/backend/src/server/api/stream/channels/bubble-timeline.ts`
* `packages/frontend/src/timelines.ts`
* `packages/frontend/src/components/MkTimeline.vue`
* `packages/frontend/src/pages/timeline.vue`
* `packages/frontend/src/ui/deck/tl-column.vue`
* `packages/frontend/src/widgets/WidgetTimeline.vue`
* from `packages/backend/src/queue/processors/InboxProcessorService.ts` to `packages/backend/src/core/UpdateInstanceQueue.ts`, where `updateInstanceQueue` is impacted
* from `.config/example.yml` to `.config/ci.yml` and `chart/files/default.yml`
* in `packages/backend/src/core/MfmService.ts`, from `toHtml` to `toMastoApiHtml`
* from `verifyLink` in `packages/backend/src/core/activitypub/models/ApPersonService.ts` to `verifyFieldLinks` in `packages/backend/src/misc/verify-field-link.ts` (if sensible)
* if there have been any changes to the federated user data (the
`renderPerson` function in
`packages/backend/src/core/activitypub/ApRendererService.ts`), make
sure that the set of fields in `userNeedsPublishing` and
`profileNeedsPublishing` in
`packages/backend/src/server/api/endpoints/i/update.ts` are still
correct.
* check the changes against our `develop` (`git diff develop`) and
against Misskey (`git diff misskey/develop`)
* re-generate `misskey-js` (`pnpm build-misskey-js-with-types`) and
commit
* re-generate locales (`pnpm run build-assets`) and commit
* build the frontend: `rm -rf built/; NODE_ENV=development pnpm
--filter=frontend --filter=frontend-embed --filter=frontend-shared
build` (the `development` tells it to keep some of the original
filenames in the built files)
* make sure there aren't any new `ti-*` classes (Tabler Icons), and
replace them with appropriate `ph-*` ones (Phosphor Icons) in
[`vite.replaceicons.ts`](packages/frontend/vite.replaceIcons.ts).
* This command should show you want to change: `grep -ohrP
'(?<=["'\''](ti )?)(ti-(?!fw)[\w\-]+)' --exclude \*.map --
built/ | sort -u`.
* NOTE: `ti-fw` is a special class that's defined by Misskey,
leave it alone.
* After every change, re-build the frontend and check again, until
there are no more `ti-*` classes in the built files.
* Commit!
* double-check the new migration, that they won't conflict with our db
changes: `git diff develop -- packages/backend/migration/`
* `pnpm clean; pnpm build`
* run tests `pnpm test; pnpm --filter backend test:e2e` (requires a
test database, [see above](#testing)) and fix them all (the e2e
tests randomly fail with weird errors like `relation "users" does
not exist`, run them again if that happens)
* run lint `pnpm --filter=backend --filter=frontend-shared lint` +
`pnpm --filter=frontend --filter=frontend-embed eslint` and fix all
the problems
Then push and open a Merge Request.
### Memory Caches
Sharkey offers multiple memory cache implementations, each meant for a
different use case. The following table compares the available
options:
| Cache | Type | Consistency | Persistence | Data Source | Cardinality | Eviction | Description |
|---------------------|-----------|-------------|-------------|-------------|-------------|----------|----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------|
| `MemoryKVCache` | Key-Value | None | None | Caller | Single | Lifetime | Implements a basic in-memory Key-Value store. The implementation is entirely synchronous, except for user-provided data sources. |
| `MemorySingleCache` | Single | None | None | Caller | Single | Lifetime | Implements a basic in-memory Single Value store. The implementation is entirely synchronous, except for user-provided data sources. |
| `RedisKVCache` | Key-Value | Eventual | Redis | Callback | Single | Lifetime | Extends `MemoryKVCache` with Redis-backed persistence and a pre-defined callback data source. This provides eventual consistency guarantees based on the memory cache lifetime. |
| `RedisSingleCache` | Single | Eventual | Redis | Callback | Single | Lifetime | Extends `MemorySingleCache` with Redis-backed persistence and a pre-defined callback data source. This provides eventual consistency guarantees based on the memory cache lifetime. |
| `QuantumKVCache` | Key-Value | Immediate | None | Callback | Multiple | Lifetime | Combines `MemoryKVCache` with a pre-defined callback data source and immediate consistency via Redis sync events. The implementation offers multi-item batch overloads for efficient bulk operations. **This is the recommended cache implementation for most use cases.** |
Key-Value caches store multiple entries per cache, while Single caches
store a single value that can be accessed directly. Consistency
refers to the consistency of cached data between different processes
in the instance cluster: "None" means no consistency guarantees,
"Eventual" caches will gradually become consistent after some unknown
time, and "Immediate" consistency ensures accurate data ASAP after the
update. Caches with persistence can retain their data after a reboot
through an external service such as Redis. If a data source is
supported, then this allows the cache to directly load missing data in
response to a fetch. "Caller" data sources are passed into the fetch
method(s) directly, while "Callback" sources are passed in as a
function when the cache is first initialized. The cardinality of a
cache refers to the number of items that can be updated in a single
operation, and eviction, finally, is the method that the cache uses to
evict stale data.
#### Selecting a cache implementation
For most cache uses, `QuantumKVCache` should be considered first. It
offers strong consistency guarantees, multiple cardinality, and a
cleaner API surface than the older caches.
An alternate cache implementation should be considered if any of the
following apply:
* The data is particularly slow to calculate or difficult to
access. In these cases, either `RedisKVCache` or `RedisSingleCache`
should be considered.
* If stale data is acceptable, then consider `MemoryKVCache` or
`MemorySingleCache`. These synchronous implementations have much
less overhead than the other options.
* There is only one data item, or all data items must be fetched
together. Using `MemorySingleCache` or `RedisSingleCache` could
provide a cleaner implementation without resorting to hacks like a
fixed key.

177
CONTRIBUTING.md
View file

@ -1,15 +1,26 @@
This file is a copy of [Misskey's
CONTRIBUTING.md](https://github.com/misskey-dev/misskey/blob/develop/CONTRIBUTING.md),
kept for compatibility. For Sharkey's contribution guide, see
[CONTRIBUTING.Sharkey.md](CONTRIBUTING.Sharkey.md).
# Contribution guide
We're glad you're interested in contributing to Sharkey! In this document you will find the information you need to contribute to the project.
We're glad you're interested in contributing Misskey! In this document you will find the information you need to contribute to the project.
> [!NOTE]
> This project uses Japanese as its major language, **but you do not need to translate and write the Issues/PRs in Japanese.**
> Also, you might receive comments on your Issue/PR in Japanese, but you do not need to reply to them in Japanese as well.\
> The accuracy of machine translation into Japanese is not high, so it will be easier for us to understand if you write it in the original language.
> It will also allow the reader to use the translation tool of their preference if necessary.
## Roadmap
See [ROADMAP.md](./ROADMAP.md) for the upstream Misskey roadmap.
See [ROADMAP.md](./ROADMAP.md)
## Issues
Before creating an issue, please check the following:
- To avoid duplication, please search for similar issues before creating a new issue.
- Do not use Issues to ask questions or troubleshooting.
- Issues should only be used to feature requests, suggestions, and bug tracking.
- Please ask questions or troubleshooting in [Discord](https://discord.gg/6VgKmEqHNk).
- Please ask questions or troubleshooting in [GitHub Discussions](https://github.com/misskey-dev/misskey/discussions) or [Discord](https://discord.gg/Wp8gVStHW3).
> [!WARNING]
> Do not close issues that are about to be resolved. It should remain open until a commit that actually resolves it is merged.
@ -17,15 +28,10 @@ Before creating an issue, please check the following:
### Recommended discussing before implementation
We welcome your proposal.
When you want to add a feature or fix a bug, *please open an issue*,
don't just start writing code. We may suggest different approaches, or
show that the "bug" is actually intended behaviour (and offer
work-arounds), or maybe we won't be able to merge your new feature
because it would make it too hard to incorporate future changes from
Misskey. Each of these examples have actually happened!
When you want to add a feature or fix a bug, **first have the design and policy reviewed in an Issue** (if it is not there, please make one). Without this step, there is a high possibility that the PR will not be merged even if it is implemented.
On the other hand, it's very likely that we'll tell you "go
ahead!". We try our best to incorporate improvements from our users!
At this point, you also need to clarify the goals of the PR you will create, and make sure that the other members of the team are aware of them.
PRs that do not have a clear set of do's and don'ts tend to be bloated and difficult to review.
Also, when you start implementation, assign yourself to the Issue (if you cannot do it yourself, ask Committer to assign you).
By expressing your intention to work on the Issue, you can prevent conflicts in the work.
@ -43,9 +49,10 @@ The Committers may:
@syuilo reserves the Final Decision rights including whether the project will implement feature and how to implement, these rights are not always exercised.
## Well-known branches
- **`stable`** branch is tracking the latest release and used for production purposes.
- **`master`** branch is tracking the latest release and used for production purposes.
- **`develop`** branch is where we work for the next release.
- When you create a PR, basically target it to this branch.
- **`l10n_develop`** branch is reserved for localization management.
## Creating a PR
Thank you for your PR! Before creating a PR, please check the following:
@ -53,7 +60,7 @@ Thank you for your PR! Before creating a PR, please check the following:
- `fix` / `refactor` / `feat` / `enhance` / `perf` / `chore` etc
- Also, make sure that the granularity of this PR is appropriate. Please do not include more than one type of change or interest in a single PR.
- If there is an Issue which will be resolved by this PR, please include a reference to the Issue in the text.
- Please add the summary of the changes to [`CHANGELOG.md`](CHANGELOG.md). However, this is not necessary for changes that do not affect the users, such as refactoring.
- Please add the summary of the changes to [`CHANGELOG.md`](/CHANGELOG.md). However, this is not necessary for changes that do not affect the users, such as refactoring.
- Check if there are any documents that need to be created or updated due to this change.
- If you have added a feature or fixed a bug, please add a test case if possible.
- Please make sure that tests and Lint are passed in advance.
@ -128,13 +135,13 @@ An actual domain will be assigned so you can test the federation.
### Release Instructions
1. Commit version changes in the `develop` branch ([package.json](package.json))
2. Create a release PR.
- Into `stable` from `develop` branch.
- Into `master` from `develop` branch.
- The title must be in the format `Release: x.y.z`.
- `x.y.z` is the new version you are trying to release.
3. Deploy and perform a simple QA check. Also verify that the tests passed.
4. Merge it. (Do not squash commit)
5. Create a [release](https://activitypub.software/TransFem-org/Sharkey/-/releases)
- The target branch must be `stable`
5. Create a [release of GitHub](https://github.com/misskey-dev/misskey/releases)
- The target branch must be `master`
- The tag name must be the version
> [!NOTE]
@ -155,15 +162,6 @@ For newly added languages, once the translation progress per language exceeds 70
![Crowdin](https://d322cqt584bo4o.cloudfront.net/misskey/localized.svg)
## Icon Font (Shark Font)
Sharkey has its own Icon Font called Shark Font which can be found at https://activitypub.software/TransFem-org/shark-font
Build Instructions can all be found over there in the `README`.
If you have an Icon Suggestion or want to add an Icon please open an issue/merge request over at that repo.
When Updating the Font make sure to copy **all generated files** from the `dest` folder into `packages/backend/assets/fonts/sharkey-icons`
For the CSS simply copy the file content and replace the old content in `style.css` and for the WOFF, TTF and SVG simply replace them.
## Development
### Setup
Before developing, you have to set up environment. Misskey requires Redis, PostgreSQL, and FFmpeg.
@ -210,7 +208,6 @@ command.
- You can see Misskey by accessing `http://localhost:3000` (Replace `3000` with the port configured with `port` in .config/default.yml).
## Testing
You can run non-backend tests by executing following commands:
```sh
pnpm --filter frontend test
@ -228,7 +225,7 @@ There are three types of test codes for the backend:
#### Running Unit Tests or Single-server E2E Tests
1. Create a config file:
```sh
cp .config/test-example.yml .config/test.yml
cp .github/misskey/test.yml .config/
```
2. Start DB and Redis servers for testing:
@ -257,8 +254,8 @@ See [`/packages/backend/test-federation/README.md`](/packages/backend/test-feder
- `MISSKEY_WEBFINGER_USE_HTTP`: If it's set true, WebFinger requests will be http instead of https, useful for testing federation between servers in localhost. NEVER USE IN PRODUCTION.
## Continuous integration
Sharkey uses GitLab CI for executing automated tests.
Configuration files are located in [`/.gitlab-ci.yml`](.gitlab-ci.yml).
Misskey uses GitHub Actions for executing automated tests.
Configuration files are located in [`/.github/workflows`](/.github/workflows).
## Vue
Misskey uses Vue(v3) as its front-end framework.
@ -266,6 +263,12 @@ Misskey uses Vue(v3) as its front-end framework.
- **When creating a new component, please use the Composition API (with [setup sugar](https://v3.vuejs.org/api/sfc-script-setup.html) and [ref sugar](https://github.com/vuejs/rfcs/discussions/369)) instead of the Options API.**
- Some of the existing components are implemented in the Options API, but it is an old implementation. Refactors that migrate those components to the Composition API are also welcome.
## Tabler Icons
アイコンは、Production Build時に使用されていないものが削除されるようになっています。
**アイコンを動的に設定する際には、 `ti-${someVal}` のような、アイコン名のみを動的に変化させる実装を行わないでください。**
必ず `ti-xxx` のような完全なクラス名を含めるようにしてください。
## nirax
niraxは、Misskeyで使用しているオリジナルのフロントエンドルーティングシステムです。
**vue-routerから影響を多大に受けているので、まずはvue-routerについて学ぶことをお勧めします。**
@ -577,34 +580,12 @@ enumの列挙の内容の削除は、その値をもつレコードを全て削
### Migration作成方法
packages/backendで:
```sh
pnpm run build
pnpm dlx typeorm migration:generate -d ormconfig.js -o migration/<migration name>
pnpm dlx typeorm migration:generate -d ormconfig.js -o <migration name>
```
- 生成後、ファイルをmigration下に移してください
- 作成されたスクリプトは不必要な変更を含むため除去してください
### JSON SchemaのobjectでanyOfを使うとき
JSON Schemaで、objectに対してanyOfを使う場合、anyOfの中でpropertiesを定義しないこと。
バリデーションが効かないため。（SchemaTypeもそのように作られており、objectのanyOf内のpropertiesは捨てられます）
https://github.com/misskey-dev/misskey/pull/10082
テキストhogeおよびfugaについて、片方を必須としつつ両方の指定もありうる場合:
```ts
export const paramDef = {
type: 'object',
properties: {
hoge: { type: 'string', minLength: 1 },
fuga: { type: 'string', minLength: 1 },
},
anyOf: [
{ required: ['hoge'] },
{ required: ['fuga'] },
],
} as const;
```
### コネクションには`markRaw`せよ
**Vueのコンポーネントのdataオプションとして**misskey.jsのコネクションを設定するとき、必ず`markRaw`でラップしてください。インスタンスが不必要にリアクティブ化されることで、misskey.js内の処理で不具合が発生するとともに、パフォーマンス上の問題にも繋がる。なお、Composition APIを使う場合はこの限りではない(リアクティブ化はマニュアルなため)。
@ -622,35 +603,6 @@ marginはそのコンポーネントを使う側が設定する
### indexというファイル名を使うな
ESMではディレクトリインポートは廃止されているのと、ディレクトリインポートせずともファイル名が index だと何故か一部のライブラリ？でディレクトリインポートだと見做されてエラーになる
### Memory Caches
Sharkey offers multiple memory cache implementations, each meant for a different use case.
The following table compares the available options:
| Cache | Type | Consistency | Persistence | Data Source | Cardinality | Eviction | Description |
|---------------------|-----------|-------------|-------------|-------------|-------------|----------|----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------|
| `MemoryKVCache` | Key-Value | None | None | Caller | Single | Lifetime | Implements a basic in-memory Key-Value store. The implementation is entirely synchronous, except for user-provided data sources. |
| `MemorySingleCache` | Single | None | None | Caller | Single | Lifetime | Implements a basic in-memory Single Value store. The implementation is entirely synchronous, except for user-provided data sources. |
| `RedisKVCache` | Key-Value | Eventual | Redis | Callback | Single | Lifetime | Extends `MemoryKVCache` with Redis-backed persistence and a pre-defined callback data source. This provides eventual consistency guarantees based on the memory cache lifetime. |
| `RedisSingleCache` | Single | Eventual | Redis | Callback | Single | Lifetime | Extends `MemorySingleCache` with Redis-backed persistence and a pre-defined callback data source. This provides eventual consistency guarantees based on the memory cache lifetime. |
| `QuantumKVCache` | Key-Value | Immediate | None | Callback | Multiple | Lifetime | Combines `MemoryKVCache` with a pre-defined callback data source and immediate consistency via Redis sync events. The implementation offers multi-item batch overloads for efficient bulk operations. **This is the recommended cache implementation for most use cases.** |
Key-Value caches store multiple entries per cache, while Single caches store a single value that can be accessed directly.
Consistency refers to the consistency of cached data between different processes in the instance cluster: "None" means no consistency guarantees, "Eventual" caches will gradually become consistent after some unknown time, and "Immediate" consistency ensures accurate data ASAP after the update.
Caches with persistence can retain their data after a reboot through an external service such as Redis.
If a data source is supported, then this allows the cache to directly load missing data in response to a fetch.
"Caller" data sources are passed into the fetch method(s) directly, while "Callback" sources are passed in as a function when the cache is first initialized.
The cardinality of a cache refers to the number of items that can be updated in a single operation, and eviction, finally, is the method that the cache uses to evict stale data.
#### Selecting a cache implementation
For most cache uses, `QuantumKVCache` should be considered first.
It offers strong consistency guarantees, multiple cardinality, and a cleaner API surface than the older caches.
An alternate cache implementation should be considered if any of the following apply:
* The data is particularly slow to calculate or difficult to access. In these cases, either `RedisKVCache` or `RedisSingleCache` should be considered.
* If stale data is acceptable, then consider `MemoryKVCache` or `MemorySingleCache`. These synchronous implementations have much less overhead than the other options.
* There is only one data item, or all data items must be fetched together. Using `MemorySingleCache` or `RedisSingleCache` could provide a cleaner implementation without resorting to hacks like a fixed key.
## CSS Recipe
### Lighten CSS vars
@ -671,66 +623,3 @@ color: hsl(from var(--MI_THEME-accent) h s calc(l - 10));
color: color(from var(--MI_THEME-accent) srgb r g b / 0.5);
```
## Merging from Misskey into Sharkey
Make sure you have both remotes in the same clone (`git remote add misskey
https://github.com/misskey-dev/misskey.git`), then:
git remote update
git checkout develop # this is Sharkey's develop
git checkout -m merge/$(date +%Y-%m-%d) # or whatever
git merge --no-ff misskey/develop
fix conflicts and *commit*! (conflicts in `pnpm-lock.yaml` can usually
be fixed by running `pnpm install`, it detects conflict markers and
seems to do a decent job)
*after that commit*, do all the extra work, on the same branch:
* copy all changes (commit after each step):
* in `packages/backend/src/core/activitypub/models/ApNoteService.ts`, from `createNote` to `updateNote`
* from `packages/backend/src/core/NoteCreateService.ts` to `packages/backend/src/core/NoteEditService.ts`
* from `packages/backend/src/server/api/endpoints/notes/create.ts` to `packages/backend/src/server/api/endpoints/notes/edit.ts`
* from MK note components to SK note components (if sensible)
* from `packages/frontend/src/components/MkNote.vue` to `packages/frontend/src/components/SkNote.vue`
* from `packages/frontend/src/components/MkNoteDetailed.vue` to `packages/frontend/src/components/SkNoteDetailed.vue`
* from `packages/frontend/src/components/MkNoteHeader.vue` to `packages/frontend/src/components/SkNoteHeader.vue`
* from `packages/frontend/src/components/MkNoteSimple.vue` to `packages/frontend/src/components/SkNoteSimple.vue`
* from `packages/frontend/src/components/MkNoteSub.vue` to `packages/frontend/src/components/SkNoteSub.vue`
* from MK note components to Dynamic note components (if the public signature changed)
* from `packages/frontend/src/components/MkNote.vue` to `packages/frontend/src/components/DynamicNote.vue`
* from `packages/frontend/src/components/MkNoteDetailed.vue` to `packages/frontend/src/components/DynamicNoteDetailed.vue`
* from `packages/frontend/src/components/MkNoteSimple.vue` to `packages/frontend/src/components/DynamicNoteSimple.vue`
* from the global timeline to the bubble timeline
* `packages/backend/src/server/api/stream/channels/global-timeline.ts`
* `packages/backend/src/server/api/stream/channels/bubble-timeline.ts`
* `packages/frontend/src/timelines.ts`
* `packages/frontend/src/components/MkTimeline.vue`
* `packages/frontend/src/pages/timeline.vue`
* `packages/frontend/src/ui/deck/tl-column.vue`
* `packages/frontend/src/widgets/WidgetTimeline.vue`
* from `packages/backend/src/queue/processors/InboxProcessorService.ts` to `packages/backend/src/core/UpdateInstanceQueue.ts`, where `updateInstanceQueue` is impacted
* from `.config/example.yml` to `.config/ci.yml` and `chart/files/default.yml`
* in `packages/backend/src/core/MfmService.ts`, from `toHtml` to `toMastoApiHtml`
* from `verifyLink` in `packages/backend/src/core/activitypub/models/ApPersonService.ts` to `verifyFieldLinks` in `packages/backend/src/misc/verify-field-link.ts` (if sensible)
* if there have been any changes to the federated user data (the `renderPerson` function in `packages/backend/src/core/activitypub/ApRendererService.ts`), make sure that the set of fields in `userNeedsPublishing` and `profileNeedsPublishing` in `packages/backend/src/server/api/endpoints/i/update.ts` are still correct.
* check the changes against our `develop` (`git diff develop`) and against Misskey (`git diff misskey/develop`)
* re-generate `misskey-js` (`pnpm build-misskey-js-with-types`) and commit
* re-generate locales (`pnpm run build-assets`) and commit
* build the frontend: `rm -rf built/; NODE_ENV=development pnpm --filter=frontend --filter=frontend-embed --filter=frontend-shared build` (the `development` tells it to keep some of the original filenames in the built files)
* make sure there aren't any new `ti-*` classes (Tabler Icons), and replace them with appropriate `ph-*` ones (Phosphor Icons) in [`vite.replaceicons.ts`](packages/frontend/vite.replaceIcons.ts).
* This command should show you want to change: `grep -ohrP '(?<=["'\''](ti )?)(ti-(?!fw)[\w\-]+)' --exclude \*.map -- built/ | sort -u`.
* NOTE: `ti-fw` is a special class that's defined by Misskey, leave it alone.
* After every change, re-build the frontend and check again, until there are no more `ti-*` classes in the built files.
* Commit!
* double-check the new migration, that they won't conflict with our db changes: `git diff develop -- packages/backend/migration/`
* `pnpm clean; pnpm build`
* run tests `pnpm test; pnpm --filter backend test:e2e` (requires a
test database, [see above](#testing)) and fix them all (the e2e
tests randomly fail with weird errors like `relation "users" does
not exist`, run them again if that happens)
* run lint `pnpm --filter=backend --filter=frontend-shared lint` +
`pnpm --filter=frontend --filter=frontend-embed eslint` and fix all
the problems
Then push and open a Merge Request.