Files changed · A README that starts from where a repository lives

knotless keeps a git repository in an atproto account, the kind of account

Bluesky runs on. You push and clone with plain git, and pulls, issues and

reviews are records in the accounts of the people who wrote them.

On a forge, a repository lives on the forge's servers. So do its pulls and

issues, and the name you sign them with. They leave only as exports. An

[atproto](https://atproto.com) account works the other way round: its data

sits on a server its owner chooses, a PDS, under a handle such as

`alice.bsky.social` or a domain they own, and the account can move to

another host with everything in it. knotless puts the repository there. It

adds no git server, and installs nothing on the PDS.

Tangled, an earlier git forge on atproto, keeps git on separate servers it

calls knots. knotless keeps git in the account itself, so there is no knot.

## Try it

You need git and an atproto account. A Bluesky account is one.

```sh

curl -fsSL https://knotless.dev/install.sh | sh

knotless login alice.bsky.social

The script installs the client on macOS and Linux, arm64 and x86_64.

`knotless login` opens your PDS in a browser, where you approve access to

the `dev.knotless.*` records and blobs knotless writes. The first push to a

`knotless://` URL creates the repository.

Anyone with the client can clone a public repository straight from your

PDS, without logging in. Plain git with nothing installed can clone it too,

read only, from a knotless server:

`git clone https://knotless.dev/alice.bsky.social/my-project`.

[Getting started](docs/guide/getting-started.md) goes on from here.

## The rest of a forge

Collaborators cannot write to your account, so they push through a

[gateway](docs/design/gateway.md): a server you allow, once, to write your

repository's records for the accounts you name. You approve it with

`knotless account delegate` and name them with `knotless repo share`. The

gateway then holds a session for your account, so use one you trust or run

your own. [Collaborating](docs/guide/collaborating.md) has the steps.

Pulls, issues, comments and reviews live in their authors' accounts, so

something has to gather them. That is an appview, a service that indexes

records across accounts. `knotless-serve` is one, and it draws the web

pages too, where people log in through their own PDS to comment, review and

merge, on a desktop or a phone. An [iOS app](ios/README.md) reads the same

appview. Branches can require reviews, code owners and a

[merge queue](docs/design/merge-queue.md), and owners hide comments and

block accounts on their own repositories.

No forge runs your CI either, so a repository names its runners.

`knotless-run` runs [workflows](docs/guide/workflows.md), YAML files under

`.knotless/workflows/`, on pushes and pulls, in containers by default, and

files each result as a check record in the runner's own account. Pages and

merges count checks only from the runners a repository names.

A [private repository](docs/guide/private.md) lives in a space, a record

store only its members read, with its pulls and issues beside it. Spaces

are in the reference PDS's permissioned-data alpha; on a PDS without them,

every repository is public. `knotless release publish` publishes

[package versions](docs/design/packages.md), and `knotless repo site`

deploys a [static site](docs/guide/sites.md).

## For agents

An agent works as your account, and needs no checkout. `knotless repo

commit` commits files to a branch directly, making the branch if it has to,

and `knotless-mcp` offers about 130 MCP tools, one per CLI command.

```sh

knotless repo commit knotless://alice.bsky.social/my-project \

-b fix-typo -m "Fix a typo" --put README.md ./README.md

knotless pull create knotless://alice.bsky.social/my-project main \

knotless://alice.bsky.social/my-project fix-typo "Fix a typo"

claude mcp add knotless -- knotless-mcp

```

An assistant that connects to a server instead, such as claude.ai, takes

`https://knotless.dev/mcp` as a connector, and you sign in at your own PDS

with nothing installed. [Agents](docs/guide/agents.md) covers Claude Code,

Claude Desktop, Cursor and claude.ai.

Pushes to separate branches never contend, so many agents can work in one

repository at once, a branch each. A repository can name agent accounts,

whose pulls its runners check with no secrets. `knotless-agent`

[reviews](docs/guide/reviews.md) the pulls its account is asked to.

## What has to run

you[You: git, the CLI,<br/>or an agent] -->|write| pds[(Your PDS:<br/>the repository)]

them[Collaborators] -->|push| gw[Gateway]

them -->|pulls, issues, reviews| theirs[(Their PDSes)]

run[knotless-run] -->|checks| runs[(Runner's PDS)]

pds --> serve[knotless-serve:<br/>index, cache, pages]

theirs --> serve

runs --> serve

anyone[Anyone] -->|browse, clone| serve

anyone -->|clone| pds

| Piece | What it adds | Who runs it |

| A PDS | Holds the repository. It is the authority on where a ref points. | Your account's host, already |

| [`knotless`](crates/knotless) | The `knotless` CLI and `git-remote-knotless`, which git runs for `knotless://` URLs | Each person who pushes |

| [`knotless-mcp`](crates/knotless-mcp) | The CLI's commands as MCP tools | Whoever runs an agent |

| [`knotless-serve`](crates/knotless-serve) | Appview, read cache, HTTPS clones, gateway, and the pages in [`web`](web) | knotless.dev, or you |

| [`knotless-run`](crates/knotless-run) | CI and the merge queue | Whoever a repository names as a runner |

| [`knotless-triage`](crates/knotless-triage) | Labels on issues, chosen by a classifier | Whoever a repository names as a triager |

| [`knotless-agent`](crates/knotless-agent) | Reviews of pulls, written by a command such as Claude Code | Whoever owns the account asked to review |

The first two rows are enough to push, fetch and clone. The rest is for

working with other people, and anyone can run it.

[knotless.dev](https://knotless.dev) runs `knotless-serve` for anyone to

use, and hosts

[knotless's own repository](https://knotless.dev/chadtmiller.com/knotless).

Your own is one binary whose state is a directory of git mirrors and one

SQLite file, most of it cache that can be thrown away and read again. See

[Running knotless-serve](docs/guide/server.md) and

[how knotless.dev runs it](deploy/README.md).

## How a PDS holds a repository

A PDS stores records, which are JSON documents addressed by a key, and

blobs. A repository is a few kinds of record: one for the repository, one

per ref with a generation counter, and git packs, inline when small and in

blobs when not.

A PDS has no locks, but it refuses to create a key that exists. A push

writes its pack, a claim record keyed by the ref's name and the generation

it read, and the moved ref, in one all-or-nothing call. Of two pushes that

read the same generation, the second is refused and git says `fetch first`.

Each ref has that compare-and-swap to itself, which is why separate

branches never contend.

Every push adds a pack. Once a repository holds 32, the owner's next

`git push` folds the older ones into one in the background, so a clone

stays a few reads. [Storage](docs/design/storage.md) and the

[design overview](docs/design/README.md) have the rest.

## Performance

What an operation costs is mostly the round trips it waits for: two to

connect to the PDS, then one for each request it makes in turn. Medians

against the reference PDS on the same machine, reached over HTTPS through a

proxy adding 50 ms to every round trip:

| Operation | Requests | Time |

| --- | --- | --- |

| `git push`, one small commit | 2 | 296 ms |

| `git fetch`, one new commit | 1 | 259 ms |

| `git clone`, compacted repository | 1 | 263 ms |

| `knotless repo commit`, no checkout | 2 | 435 ms |

| 16 agents pushing 16 branches at once | 2 each | 561 ms in total |

With an appview, as the installer sets one, a push of a branch also asks it

which pulls the push landed, and takes 507 ms.

A repository's size does not change these. With no latency added,

nodejs/node, 49,240 commits and 1.53 GB on the PDS, pushes one small commit

in 0.2 s, the same as a new repository. Its cold clone takes 51 s.

[Performance](docs/reference/performance.md) says how each was measured,

what the measurement leaves out, and the times at other latencies.

## Status

knotless is not yet at 1.0, and hosts its own development. Public

repositories use only standard PDS methods. Private ones depend on the

permissioned-data alpha. Git objects are checked by hash, but where a ref

points is read from the owner's PDS and is not yet verified against the

account's signed commits. [Known gaps](docs/design/security.md#known-gaps)

lists the rest.

## Documentation and development

The [docs index](docs/README.md) lists the guides, the reference and the

design pages, and [knotless.dev/docs](https://knotless.dev/docs) publishes

them. [Actions](docs/reference/actions.md) lines up everything you can do

with its command, MCP tool and page. The record schemas are in

[`lexicons/dev/knotless`](lexicons/dev/knotless).

`just setup` installs what the tests need, `just test` runs them against

the npm reference PDS, and `just lint` checks formatting and runs clippy

and the pages' checks. Tests cover every line and function of the Rust

code, and CI fails below that. [Development](docs/development.md) and

[`AGENTS.md`](AGENTS.md) say how changes are made and checked.

MIT or Apache-2.0, at your option: [`LICENSE-MIT`](LICENSE-MIT),

[`LICENSE-APACHE`](LICENSE-APACHE).

		@@ -1,155 +1,200 @@
		`# knotless`

		`Git that lives in your atproto account.`
		`knotless keeps a git repository in an atproto account, the kind of account`
		`Bluesky runs on. You push and clone with plain git, and pulls, issues and`
		`reviews are records in the accounts of the people who wrote them.`

		`It works on any stock PDS, with nothing to install. People push with plain`
		`git through a remote helper, and agents do the same over MCP.`
		`On a forge, a repository lives on the forge's servers. So do its pulls and`
		`issues, and the name you sign them with. They leave only as exports. An`
		`[atproto](https://atproto.com) account works the other way round: its data`
		`sits on a server its owner chooses, a PDS, under a handle such as`
		`alice.bsky.social` or a domain they own, and the account can move to
		`another host with everything in it. knotless puts the repository there. It`
		`adds no git server, and installs nothing on the PDS.`

		`A knotless repository is a handful of records in your own atproto repo.`
		`There is no git server and no knot. The repository moves with your account`
		`and is in your CAR backups, and anyone can clone it from your PDS directly.`
		`Tangled, an earlier git forge on atproto, keeps git on separate servers it`
		`calls knots. knotless keeps git in the account itself, so there is no knot.`

		`Forks, pulls, issues and reviews are records too, each in its author's`
		account. One optional server, `knotless-serve`, adds a read cache, an index
		`of pulls and issues, a gateway for collaborators, and web pages. It is cheap`
		`to run.`
		`## Try it`

		```sh
		`curl -fsSL https://knotless.dev/install.sh \| sh # knotless, git-remote-knotless, knotless-mcp, and the runner, labeller and reviewer`
		`knotless login alice.bsky.social # OAuth, in your browser`
		`You need git and an atproto account. A Bluesky account is one.`

		```sh
		`curl -fsSL https://knotless.dev/install.sh \| sh`
		`knotless login alice.bsky.social`
		`git push knotless://alice.bsky.social/my-project main`
		`git clone knotless://alice.bsky.social/my-project`
		```

		[knotless.dev](https://knotless.dev) runs `knotless-serve`, and hosts
		`knotless's own repository:`
		`[chadtmiller.com/knotless](https://knotless.dev/chadtmiller.com/knotless).`

		`## What it does`

		- `git push`, `fetch` and `clone` over `knotless://` URLs. `knotless-serve`
		`also serves reads over git smart HTTP, partial and shallow clones`
		`included.`
		`- Commits, branches, reviews and merges from the CLI or MCP, with no clone.`
		`- Forks, pulls, reviews, issues, protected branches and a merge queue.`
		`Collaborators push through a gateway the owner chooses.`
		`- Private repositories in permissioned spaces, where the pulls, issues and`
		`comments are as private as the code.`
		`- An MCP server for agents: over stdio on your machine, or over HTTP from`
		`knotless-serve`.
		- CI: `knotless-run` runs workflows in containers on pushes and pulls, and
		`writes checks that gate merges.`
		`- Read-only web pages for code, history, diffs, pulls, issues and checks,`
		`with syntax highlighting and Mermaid diagrams, on a phone or a desktop.`
		`- atproto's moderation: hides, blocks, reports, and takedowns published as`
		`labels.`

		`## How it works`
		`The script installs the client on macOS and Linux, arm64 and x86_64.`
		`knotless login` opens your PDS in a browser, where you approve access to
		the `dev.knotless.*` records and blobs knotless writes. The first push to a
		`knotless://` URL creates the repository.

		`Anyone with the client can clone a public repository straight from your`
		`PDS, without logging in. Plain git with nothing installed can clone it too,`
		`read only, from a knotless server:`
		`git clone https://knotless.dev/alice.bsky.social/my-project`.
		`[Getting started](docs/guide/getting-started.md) goes on from here.`

		`## The rest of a forge`

		`Collaborators cannot write to your account, so they push through a`
		`[gateway](docs/design/gateway.md): a server you allow, once, to write your`
		`repository's records for the accounts you name. You approve it with`
		`knotless account delegate` and name them with `knotless repo share`. The
		`gateway then holds a session for your account, so use one you trust or run`
		`your own. [Collaborating](docs/guide/collaborating.md) has the steps.`

		`Pulls, issues, comments and reviews live in their authors' accounts, so`
		`something has to gather them. That is an appview, a service that indexes`
		records across accounts. `knotless-serve` is one, and it draws the web
		`pages too, where people log in through their own PDS to comment, review and`
		`merge, on a desktop or a phone. An [iOS app](ios/README.md) reads the same`
		`appview. Branches can require reviews, code owners and a`
		`[merge queue](docs/design/merge-queue.md), and owners hide comments and`
		`block accounts on their own repositories.`

		`No forge runs your CI either, so a repository names its runners.`
		`knotless-run` runs [workflows](docs/guide/workflows.md), YAML files under
		`.knotless/workflows/`, on pushes and pulls, in containers by default, and
		`files each result as a check record in the runner's own account. Pages and`
		`merges count checks only from the runners a repository names.`

		`A [private repository](docs/guide/private.md) lives in a space, a record`
		`store only its members read, with its pulls and issues beside it. Spaces`
		`are in the reference PDS's permissioned-data alpha; on a PDS without them,`
		every repository is public. `knotless release publish` publishes
		[package versions](docs/design/packages.md), and `knotless repo site`
		`deploys a [static site](docs/guide/sites.md).`

		`## For agents`

		An agent works as your account, and needs no checkout. `knotless repo
		commit` commits files to a branch directly, making the branch if it has to,
		and `knotless-mcp` offers about 130 MCP tools, one per CLI command.

		```sh
		`knotless repo commit knotless://alice.bsky.social/my-project \`
		`-b fix-typo -m "Fix a typo" --put README.md ./README.md`
		`knotless pull create knotless://alice.bsky.social/my-project main \`
		`knotless://alice.bsky.social/my-project fix-typo "Fix a typo"`
		`claude mcp add knotless -- knotless-mcp`
		```

		`An assistant that connects to a server instead, such as claude.ai, takes`
		`https://knotless.dev/mcp` as a connector, and you sign in at your own PDS
		`with nothing installed. [Agents](docs/guide/agents.md) covers Claude Code,`
		`Claude Desktop, Cursor and claude.ai.`

		`Pushes to separate branches never contend, so many agents can work in one`
		`repository at once, a branch each. A repository can name agent accounts,`
		whose pulls its runners check with no secrets. `knotless-agent`
		`[reviews](docs/guide/reviews.md) the pulls its account is asked to.`

		`## What has to run`

		```mermaid
		`flowchart LR`
		`you[git, knotless CLI,<br/>or an agent over MCP] -->\|XRPC\| pds[(Your PDS:<br/>dev.knotless.* records<br/>and pack blobs)]`
		`others[Collaborators] -->\|service token\| gw[Gateway]`
		`you[You: git, the CLI,<br/>or an agent] -->\|write\| pds[(Your PDS:<br/>the repository)]`
		`them[Collaborators] -->\|push\| gw[Gateway]`
		`gw -->\|writes as you\| pds`
		`pds --> feed[Jetstream]`
		`feed --> serve[knotless-serve:<br/>cache, index, web pages]`
		`feed --> run[knotless-run:<br/>workflows]`
		`run -->\|checks\| ci[(Runner's PDS)]`
		`readers[Anyone] -->\|clone, browse\| serve`
		`readers -->\|clone\| pds`
		`them -->\|pulls, issues, reviews\| theirs[(Their PDSes)]`
		`run[knotless-run] -->\|checks\| runs[(Runner's PDS)]`
		`pds --> serve[knotless-serve:<br/>index, cache, pages]`
		`theirs --> serve`
		`runs --> serve`
		`anyone[Anyone] -->\|browse, clone\| serve`
		`anyone -->\|clone\| pds`
		```

		`Four record types in the owner's account hold a repository:`

		`\| Record \| Key \| Holds \|`
		`\| Piece \| What it adds \| Who runs it \|`
		`\| --- \| --- \| --- \|`
		\| `dev.knotless.repo` \| name \| the repository's `key` (a TID), description, default branch, collaborators, gateway and branch rules \|
		\| `dev.knotless.ref` \| `<key>.<hash of ref name>` \| one ref's target, and a generation counter \|
		\| `dev.knotless.claim` \| `<key>.<hash>.<generation>` \| the lock on one generation of a ref \|
		\| `dev.knotless.pack` \| `<key>.<tid>` \| an immutable, self-contained git pack, inline when small and in blobs when not \|
		`\| A PDS \| Holds the repository. It is the authority on where a ref points. \| Your account's host, already \|`
		\| [`knotless`](crates/knotless) \| The `knotless` CLI and `git-remote-knotless`, which git runs for `knotless://` URLs \| Each person who pushes \|
		\| [`knotless-mcp`](crates/knotless-mcp) \| The CLI's commands as MCP tools \| Whoever runs an agent \|
		\| [`knotless-serve`](crates/knotless-serve) \| Appview, read cache, HTTPS clones, gateway, and the pages in [`web`](web) \| knotless.dev, or you \|
		\| [`knotless-run`](crates/knotless-run) \| CI and the merge queue \| Whoever a repository names as a runner \|
		\| [`knotless-triage`](crates/knotless-triage) \| Labels on issues, chosen by a classifier \| Whoever a repository names as a triager \|
		\| [`knotless-agent`](crates/knotless-agent) \| Reviews of pulls, written by a command such as Claude Code \| Whoever owns the account asked to review \|

		`The first two rows are enough to push, fetch and clone. The rest is for`
		`working with other people, and anyone can run it.`
		[knotless.dev](https://knotless.dev) runs `knotless-serve` for anyone to
		`use, and hosts`
		`[knotless's own repository](https://knotless.dev/chadtmiller.com/knotless).`
		`Your own is one binary whose state is a directory of git mirrors and one`
		`SQLite file, most of it cache that can be thrown away and read again. See`
		`[Running knotless-serve](docs/guide/server.md) and`
		`[how knotless.dev runs it](deploy/README.md).`

		`## How a PDS holds a repository`

		`A PDS stores records, which are JSON documents addressed by a key, and`
		`blobs. A repository is a few kinds of record: one for the repository, one`
		`per ref with a generation counter, and git packs, inline when small and in`
		`blobs when not.`

		`A PDS has no locks, but it refuses to create a key that exists. A push`
		`writes its pack, a claim record keyed by the ref's name and the generation`
		`it read, and the moved ref, in one all-or-nothing call. Of two pushes that`
		read the same generation, the second is refused and git says `fetch first`.
		`Each ref has that compare-and-swap to itself, which is why separate`
		`branches never contend.`

		`Every push adds a pack. Once a repository holds 32, the owner's next`
		`git push` folds the older ones into one in the background, so a clone
		`stays a few reads. [Storage](docs/design/storage.md) and the`
		`[design overview](docs/design/README.md) have the rest.`

		`A push creates the claim for the ref generation it read, in the same`
		`applyWrites` as the ref update. The PDS accepts only the first create of a
		`key, so each ref has its own compare-and-swap, and agents pushing to`
		`separate branches never contend.`
		`## Performance`

		The keys share the repository's prefix, so one `listRecords` reads a
		`repository's refs, or its newest packs. Once a repository holds more than 32`
		`packs, they are folded into one, so a clone stays a few reads however long`
		`the history is.`
		`What an operation costs is mostly the round trips it waits for: two to`
		`connect to the PDS, then one for each request it makes in turn. Medians`
		`against the reference PDS on the same machine, reached over HTTPS through a`
		`proxy adding 50 ms to every round trip:`

		`The [design pages](docs/design/README.md) cover the rest: the limits of a`
		`stock PDS, the failure cases, the trust model and the prior art.`
		`\| Operation \| Requests \| Time \|`
		`\| --- \| --- \| --- \|`
		\| `git push`, one small commit \| 2 \| 296 ms \|
		\| `git fetch`, one new commit \| 1 \| 259 ms \|
		\| `git clone`, compacted repository \| 1 \| 263 ms \|
		\| `knotless repo commit`, no checkout \| 2 \| 435 ms \|
		`\| 16 agents pushing 16 branches at once \| 2 each \| 561 ms in total \|`

		`## Performance`
		`With an appview, as the installer sets one, a push of a branch also asks it`
		`which pulls the push landed, and takes 507 ms.`

		`A warm push is two round trips to the PDS, and a fetch of a small push is`
		`one. Against the reference PDS on the same machine, with 50 ms of`
		`round-trip time added:`

		`\| \| p50 \|`
		`\| --- \| --- \|`
		\| `git push`, one small commit \| 223 ms \|
		\| `git fetch`, one new commit \| 177 ms \|
		\| `knotless repo commit`, no checkout \| 366 ms \|
		\| `git clone`, compacted \| 158 ms \|
		`\| 16 agents pushing 16 branches at once \| 443 ms total \|`

		`[Performance](docs/reference/performance.md) has every measurement and how`
		`it was taken.`

		`## Documentation`

		`- [Getting started](docs/guide/getting-started.md): install, log in, push,`
		`commit without a checkout.`
		`- [Collaborating](docs/guide/collaborating.md): sharing, forks, pulls,`
		`reviews, merging, moderation.`
		`- [Private repositories](docs/guide/private.md).`
		`- [Agents](docs/guide/agents.md): connect Claude Code, Claude Desktop,`
		`Cursor or claude.ai.`
		`- [Running knotless-serve](docs/guide/server.md): the cache, appview,`
		`gateway and web pages.`
		- [Workflows](docs/guide/workflows.md): CI with `knotless-run`.
		`- [Command reference](docs/reference/cli.md): every command, flag and`
		`environment variable.`

		`The [docs index](docs/README.md) lists every page.`

		`## Components`

		- [`knotless`](crates/knotless): the CLI and `git-remote-knotless`. They
		`talk to PDSes directly.`
		- [`knotless-mcp`](crates/knotless-mcp): the MCP server.
		- [`knotless-serve`](crates/knotless-serve): the optional read cache,
		`appview, gateway, moderation service and web pages, in one binary that`
		`fits a small VPS.`
		- [`knotless-run`](crates/knotless-run): the workflow runner.
		- [`knotless-triage`](crates/knotless-triage): the triage bot, which labels
		`issues with a classifier's choices.`
		- [`web`](web): the SvelteKit pages that `knotless-serve` hands requests to.

		`## Development`
		`A repository's size does not change these. With no latency added,`
		`nodejs/node, 49,240 commits and 1.53 GB on the PDS, pushes one small commit`
		`in 0.2 s, the same as a new repository. Its cold clone takes 51 s.`
		`[Performance](docs/reference/performance.md) says how each was measured,`
		`what the measurement leaves out, and the times at other latencies.`

		```sh
		`just setup # npm install in harness/ and web/, llvm-tools for coverage`
		`just test # every test, against the npm reference PDS`
		`just fmt # rustfmt and oxfmt`
		`just lint # rustfmt, oxfmt, clippy and svelte-check`
		```
		`## Status`

		`Tests cover every line and function, and CI fails below that.`
		`[Development](docs/development.md) covers the test harness, screenshots and`
		`agent scenarios. [AGENTS.md](AGENTS.md) says how changes are made and`
		`landed.`
		`knotless is not yet at 1.0, and hosts its own development. Public`
		`repositories use only standard PDS methods. Private ones depend on the`
		`permissioned-data alpha. Git objects are checked by hash, but where a ref`
		`points is read from the owner's PDS and is not yet verified against the`
		`account's signed commits. [Known gaps](docs/design/security.md#known-gaps)`
		`lists the rest.`

		`## Status`
		`## Documentation and development`

		`The [docs index](docs/README.md) lists the guides, the reference and the`
		`design pages, and [knotless.dev/docs](https://knotless.dev/docs) publishes`
		`them. [Actions](docs/reference/actions.md) lines up everything you can do`
		`with its command, MCP tool and page. The record schemas are in`
		[`lexicons/dev/knotless`](lexicons/dev/knotless).

		`knotless runs [knotless.dev](https://knotless.dev), which hosts knotless's`
		`own development. Not done yet: verifying refs against signed repository`
		`commits ([Known gaps](docs/design/security.md#known-gaps)).`
		`just setup` installs what the tests need, `just test` runs them against
		the npm reference PDS, and `just lint` checks formatting and runs clippy
		`and the pages' checks. Tests cover every line and function of the Rust`
		`code, and CI fails below that. [Development](docs/development.md) and`
		[`AGENTS.md`](AGENTS.md) say how changes are made and checked.

		`## License`

		`MIT or Apache-2.0, at your option: [LICENSE-MIT](LICENSE-MIT),`
		`[LICENSE-APACHE](LICENSE-APACHE).`
		MIT or Apache-2.0, at your option: [`LICENSE-MIT`](LICENSE-MIT),
		[`LICENSE-APACHE`](LICENSE-APACHE).

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