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opencode-cursor

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An opencode plugin that adds a Cursor provider backed by the official Cursor SDK (@cursor/sdk).

opencode-cursor 최신버젼 다운로드

최종 버전 다운로드 (.zip)

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# @stablekernel/opencode-cursor

[![npm version](https://img.shields.io/npm/v/@stablekernel/opencode-cursor.svg)](https://www.npmjs.com/package/@stablekernel/opencode-cursor)
[![CI](https://github.com/stablekernel/opencode-cursor/actions/workflows/ci.yml/badge.svg)](https://github.com/stablekernel/opencode-cursor/actions/workflows/ci.yml)
[![License: MIT](https://img.shields.io/badge/License-MIT-yellow.svg)](https://raw.githubusercontent.com/stablekernel/opencode-cursor/main/LICENSE)

An [opencode](https://opencode.ai) plugin that adds **Cursor** as a native provider. Your Cursor models appear in the model picker; you chat with them the same way you use any other provider.

It uses the [official Cursor SDK](https://cursor.com/docs/sdk/typescript) (`@cursor/sdk`) to list your account's models live and run chats through Cursor's local agent runtime. For delegated or background workflows it also ships two permission-gated tools (`cursor_delegate`, `cursor_cloud_agent`) — see [Delegation tools](#delegation-tools).

> ⚠️ **Security.** When you chat with a `cursor/*` model, Cursor runs its own tools — including
> `shell`, `write`, `edit`, and `delete` — directly in your working directory, **outside opencode's
> permission system**. Read [Security](#security) before you use it.

## Requirements

- **opencode 1.17+**
- **Node.js 22.13+ on your `PATH`** (optional) — opencode runs on [Bun](https://bun.sh) and the
  plugin runs the Cursor SDK in-process by default; Node is only needed for the `sidecar`
  transport fallback (see [Transport](#transport)).
- A **Cursor account and API key** (from the Cursor dashboard).

## Install

### One line

```bash
curl -fsSL https://raw.githubusercontent.com/stablekernel/opencode-cursor/main/install.sh | bash
```

Registers the plugin in your global `opencode.json` (`~/.config/opencode/opencode.json`), checks
for Node.js 22.13+, and offers to set `CURSOR_API_KEY`. Flags:

- `--project` — write `./opencode.json` in the current directory instead.
- `--yes` / `-y` — non-interactive.

[Review the script first.](./install.sh)

### Manual

```bash
npm install @stablekernel/opencode-cursor
```

Add to your `opencode.json` (or `opencode.jsonc` — both are supported):

```json
{
  "$schema": "https://opencode.ai/config.json",
  "plugin": ["@stablekernel/opencode-cursor@latest"]
}
```

The `@latest` suffix makes opencode re-resolve to the newest release on each
startup. In practice opencode caches the `@latest` plugin install and does **not**
auto-update it. If you see a stale-version warning from the plugin, or a version
mismatch, exit opencode and clear the cached package:

```bash
# macOS / Linux
rm -rf ~/.cache/opencode/packages/@stablekernel/opencode-cursor@latest
# Windows
rmdir /s /q "%LocalAppData%\opencode\cache\packages\@stablekernel\opencode-cursor@latest"
```

Then restart opencode.

Drop `@latest` (`"@stablekernel/opencode-cursor"`) or pin a version
(`"@stablekernel/opencode-cursor@1.2.3"`) if you prefer deterministic installs.

The stale-version check is skipped when the `CI` or `NO_UPDATE_NOTIFIER`
environment variable is set.

To keep the plugin up to date easily, install the `opencode-plugins-refresh` helper (offered by
the one-line installer, or install manually — see [Keeping the plugin up to date](#keeping-the-plugin-up-to-date)).

The plugin injects the `provider` block automatically. If you need explicit control:

```json
{
  "provider": {
    "cursor": {
      "npm": "@stablekernel/opencode-cursor",
      "name": "Cursor",
      "options": { "apiKey": "{env:CURSOR_API_KEY}" }
    }
  }
}
```

## Keeping the plugin up to date

opencode pins `@latest` plugins on first install and never auto-updates them. When the installed
version falls behind the latest release, the plugin shows a warning once every 24 hours at startup.
The warning tells you what to do:

- If `opencode-plugins-refresh` is on your `PATH`, the warning says `run: opencode-plugins-refresh`.
- Otherwise it shows the raw `rm -rf` command and suggests re-running the installer to get the
  helper script.

### opencode-plugins-refresh

`opencode-plugins-refresh` is a shell script that checks all `@latest` plugin caches for updates
by comparing pinned versions against npm, and optionally clears outdated caches so opencode
re-fetches the latest on next launch.

```bash
opencode-plugins-refresh           # check for updates, prompt to clear cache
opencode-plugins-refresh --check   # check only, exit 1 if outdated
opencode-plugins-refresh --force   # clear all outdated caches without prompting
```

The `--check` flag exits with code `1` when any cache is outdated, making it suitable for CI jobs
or cron checks.

The one-line installer offers to install `opencode-plugins-refresh` to `~/.local/bin` (step 4).
To install it manually at any time:

```bash
curl -fsSL https://raw.githubusercontent.com/stablekernel/opencode-cursor/main/scripts/opencode-plugins-refresh \
  -o ~/.local/bin/opencode-plugins-refresh && chmod +x ~/.local/bin/opencode-plugins-refresh
```

Make sure `~/.local/bin` is on your `PATH`.

## Authenticate

```bash
opencode auth login   # choose "Cursor", paste your key from the Cursor dashboard
```

Or set the environment variable:

```bash
export CURSOR_API_KEY="key_..."
```

The key is validated on first use (model discovery / first call), not at login time.

## Use

- `opencode models` (or the model picker) lists your Cursor models as `cursor/<id>`.
- Pick a model and chat — the Cursor local agent runs in your project directory.
- Run the `cursor_refresh_models` tool to force a live catalog refresh.

The plugin also registers two **delegation tools**:

- `cursor_delegate` — hand a discrete subtask to a local Cursor agent as a permission-gated tool
  call (your primary model stays in control).
- `cursor_cloud_agent` — launch a Cursor cloud agent on a remote repo that can run for minutes and
  optionally open a PR.

## Security

> ⚠️ **The provider path is unsandboxed and not gated by opencode permissions.**
> When you chat with a `cursor/*` model, Cursor runs its own tools — including `shell`, `write`,
> `edit`, and `delete` — directly in your working directory. opencode's `permission` rules (e.g.
> `edit: deny`, `bash: ask`) do **not** apply to them.
>
> Options if you need a permission boundary:
> - Set `sandbox: true` in `provider.cursor.options` to run Cursor's tools in Cursor's sandbox.
> - Use `cursor_delegate` instead of the provider path — it is gated by opencode's `permission`
>   config.
> - By default opencode's system prompt is delivered via a git-ignored Cursor
>   rule (`systemPrompt: "rules"`), not inlined into the message stream. See
>   [System prompt](#system-prompt).

See [SECURITY.md](./SECURITY.md) for the full threat model.

## Configuration

| Option (`provider.cursor.options`) | Default | Meaning |
| --- | --- | --- |
| `apiKey` | `CURSOR_API_KEY` | Cursor API key |
| `cwd` | `process.cwd()` | Directory the local agent operates in |
| `mode` | `"agent"` | Default conversation mode (`"agent"` or `"plan"`) |
| `params` | — | Default model params, e.g. `{ thinking: "high" }` |
| `settingSources` | — | Cursor settings layers to load: `["project","user","all",...]` — pulls in your Cursor skills, rules, and `.cursor/mcp.json` |
| `sandbox` | — | Run the agent's tools in [Cursor's sandbox](https://cursor.com/docs/agent/sandbox) |
| `autoReview` | `false` | Gate tool calls through Cursor's classifier-backed Auto review (best-effort, not a security boundary) |
| `agents` | — | Cursor subagent definitions |
| `session` | `"auto"` | Session reuse strategy — see [Session reuse](#session-reuse-session) |
| `forwardMcp` | `true` | Forward opencode's configured MCP servers to the Cursor agent |
| `mcpServers` | — | Extra MCP servers (Cursor `McpServerConfig` shape); merged with forwarded ones |
| `forwardSkills` | `true` | Mirror opencode's resolved skills into `.cursor/skills/` — see [Skills](#skills) |
| `skills` | — | Manual skill override: `{ include?: string[], exclude?: string[] }` — see [Skills](#skills) |
| `toolDisplay` | `"blocks"` | How Cursor's internal tool activity is shown — see [Tool display](#tool-display) |
| `systemPrompt` | `"rules"` | How opencode's system prompt reaches the agent — see [System prompt](#system-prompt) |
| `transport` | — | Cursor agent transport (`"http1"` \| `"http2-direct"` \| `"sidecar"`) — see [Transport](#transport) |
| `autoCompaction` | `false` | Let opencode drive auto-compaction. Off by default because the Cursor agent self-compacts — see [Compaction](#compaction) |

| Environment variable | Default | Meaning |
| --- | --- | --- |
| `CURSOR_API_KEY` | — | API key fallback |
| `OPENCODE_CURSOR_MODEL_CACHE_TTL_MS` | `86400000` | Model-list cache lifetime (ms) |
| `OPENCODE_CURSOR_DEBUG` | — | Set to `1` for trace logging on stderr |
| `OPENCODE_CURSOR_TRANSPORT` | — | Force a transport: `http1` \| `http2-direct` \| `sidecar` — see [Transport](#transport) |
| `OPENCODE_CURSOR_STALL_MS` | `120000` | Idle stream-watchdog timeout in ms (no tool call open). `0` disables the whole watchdog; an empty string also disables — see [Reliability](#reliability) |
| `OPENCODE_CURSOR_TOOL_STALL_MS` | `600000` | Stream-watchdog timeout in ms while a tool call is in flight (e.g. a long build or test suite). `0` disables the bound during tool execution only — see [Reliability](#reliability) |
| `OPENCODE_CURSOR_SIDECAR` | — | Legacy: `1` maps to `sidecar`, `0` maps to `http2-direct` (superseded by `OPENCODE_CURSOR_TRANSPORT`) |
| `OPENCODE_CURSOR_TOOL_INPUT_STREAM` | on | Set to `0` to disable live tool-input streaming (`tool-input-start`/`-delta`/`-end` parts) |

### Session reuse (`session`)

opencode re-sends the full conversation transcript on every turn. `session: "auto"` (the default)
fingerprints the conversation and resumes the same Cursor agent when nothing has changed, so you
only pay for the new message. It falls back to a fresh agent + full transcript on edits, reverts,
or compaction.

| Situation | What happens |
| --- | --- |
| First turn | Fresh agent, full transcript, pool it |
| System prompt differs (title gen, other side calls) | Ephemeral fresh agent; pooled agent untouched |
| Clean continuation (one new user message) | `Agent.resume` — sends only the new message |
| Forwarded MCP server set changed | Fresh agent + full transcript, re-pooled |
| Message edited/reverted or conversation compacted | Fresh agent + full transcript, re-pooled |

`session: true` is an alias for `"auto"`. `session: false` disables reuse (always fresh agent,
full transcript every turn).

Fingerprint records persist to `~/.cache/opencode-cursor/session-pool.json`, so session reuse
survives opencode restarts.

### Per-request controls (`mode`, thinking level)

The plugin auto-generates model variants for each reasoning/effort level a model advertises,
plus a `fast` toggle for models that expose Cursor's fast tier. Selecting a variant in the
model picker sends its settings through `providerOptions.cursor`.

`fast` defaults **off** (even though Cursor's own default is `fast: true` for some models, e.g.
Composer and the codex line) so opencode never silently runs the fast tier — pick the `fast`
variant to opt in, or set it per model under `options.params.fast` below.

opencode's **plan agent** (`Tab`) maps to Cursor's plan mode automatically — no manual config
needed.

To set controls statically per model:

```json
{ "provider": { "cursor": { "models": {
  "composer-2.5": { "options": { "params": { "thinking": "high" } } }
} } } }
```

## System prompt

opencode drives the Cursor agent the way it drives any provider — through its
**system prompt**. But the Cursor SDK has no system-prompt input (an agent, not a
raw model), and flattening opencode's system prompt into the message stream makes
injection-hardened Cursor models reject it as a prompt-injection attempt.

So by default (`systemPrompt: "rules"`) the plugin writes opencode's system prompt
to `<cwd>/.cursor/rules/opencode.mdc` (`alwaysApply: true`, git-ignored) and loads
the `project` settings layer, delivering it through Cursor's **authoritative rules
channel**. Cursor treats rules as system-level instructions, so opencode stays in
control and nothing is flagged.

Tradeoffs to know:

- A project rule also applies to **your own Cursor IDE** open on this repo. The
  plugin removes the file when the session disposes (best-effort).
- Enabling the `project` layer also loads other `.cursor/` config (`.cursor/mcp.json`,
  `.cursor/agents`, hooks).

Alternatives:

- `systemPrompt: "message"` — legacy inline delivery (may be rejected as injection).
- `systemPrompt: "omit"` — don't forward the system prompt at all.

## MCP servers

With `forwardMcp: true` (default), the Cursor agent uses the same MCP servers configured in
opencode. The server list is updated live per turn, so enabling or disabling an MCP server takes
effect on the next message.

| opencode `config.mcp` | → Cursor |
| --- | --- |
| `{ type: "local", command: [cmd, ...args], environment }` | `{ type: "stdio", command, args, env }` |
| `{ type: "remote", url, headers }` | `{ type: "http", url, headers }` |
| Remote with registered OAuth `clientId` | `{ type: "http", url, auth: { CLIENT_ID, … } }` |

Disabled entries (`enabled: false`) are skipped. Remote servers requiring OAuth without a
shareable `clientId` are also skipped (a one-time toast says which). Disable forwarding with
`forwardMcp: false`.

> **Note:** This forwards MCP **servers**. opencode's skills are mirrored into
> `.cursor/skills/` automatically — see [Skills](#skills).

## Skills

With `forwardSkills: true` (default), the plugin mirrors opencode's resolved
skills into `<cwd>/.cursor/skills/` — a git-ignored directory that Cursor
discovers natively when the `project` settings layer is loaded. This works for
both the primary agent and any Cursor sub-agent, because the mirror is written
at plugin init (before any turn) and `settingSources` lives on the provider
config (which survives the sub-agent model-options drop).

The mirror includes:

- **Project skills** from `.opencode/skills/`, `.opencode/skill/`,
  `.claude/skills/`, `.agents/skills/` (walked up to the git worktree root).
- **Global skills** from `~/.config/opencode/skills/` and `~/.config/opencode/skill/`,
  `~/.claude/skills/`, `~/.agents/skills/`, `~/.opencode/skills/` and `~/.opencode/skill/`.
- **Configured paths** from `config.skills.paths` in your `opencode.json` — additional
  directories scanned at the lowest priority (project and standard global locations
  win on duplicate ids). `~/` prefixes are expanded to your home directory; relative
  paths are resolved against the project directory.
- **Supporting files** alongside each `SKILL.md` (preserving relative paths).
- An `<available_skills>` catalogue appended to the generated system rule,
  listing each skill's id and description so the Cursor agent can load them on
  demand.

> **Note:** `config.skills.urls` (HTTP skill catalogs) are not yet supported by
> the mirror. If you rely on URL-sourced skills, they will not appear in
> `.cursor/skills/`.

### Permission filtering

Skills are filtered through opencode's live `permission` config before
mirroring:

- **`allow`** (default): included in the mirror.
- **`deny`**: excluded entirely.
- **`ask`**: excluded — the ask prompt can't be enforced across the Cursor
  boundary. The plugin logs which skills were withheld and why.

### Manual override

```json
{
  "provider": {
    "cursor": {
      "options": {
        "skills": {
          "include": ["my-skill", "other-skill"],
          "exclude": ["internal-*"]
        }
      }
    }
  }
}
```

`include` keeps only the listed skills (and overrides `deny` permission — the
user explicitly asked for them). `exclude` always drops the listed skills.

### Limitations

- **Skills bundled inside opencode plugins are not mirrored.** Those ship under
  `<opencode-package-cache>/<pkg>/node_modules/<pkg>/skills/` (on macOS/Linux
  `~/.cache/opencode/packages/`; on Windows `%LocalAppData%\opencode\cache\packages\`),
  which is not a scanned location — `@opencode-ai/sdk` exposes no skills API, so
  the mirror resolves skills from the filesystem itself. Skills that reach
  opencode only through a plugin will be absent from `.cursor/skills/`. To
  mirror one, add its directory to `config.skills.paths`.
- A user-owned `.cursor/skills/<id>/SKILL.md` (without the `generated:
  opencode-cursor` sentinel) is never overwritten or deleted.
- Individual files larger than 1 MB are skipped (the rest of the skill is still
  mirrored). Total mirror size is capped at 10 MB.
- `cursor_delegate` with a `cwd` different from the session directory does not
  mirror skills into that cwd (but does pass `settingSources: ["project"]` so
  any pre-existing `.cursor/skills/` there still loads).
- `cursor_cloud_agent` targets a remote repo and does not inherit skills.

## Delegation tools

Both tools resolve the API key from your `opencode auth login` session (or `CURSOR_API_KEY`) and
are gated by opencode's `permission` config:

```json
{ "permission": { "cursor_delegate": "ask", "cursor_cloud_agent": "ask" } }
```

### `cursor_delegate` (local)

Runs one Cursor turn as a permission-gated tool call. Your primary opencode model hands off a
discrete subtask and gets the result back. The delegate passes `settingSources: ["project"]` so
any pre-existing `.cursor/skills/` in the delegate's cwd loads (skills are not mirrored into a
non-session cwd — see [Skills limitations](#limitations)).

| Arg | Required | Meaning |
| --- | --- | --- |
| `prompt` | ✅ | The subtask to delegate |
| `model` | ✅ | Cursor model id |
| `mode` | — | `"agent"` or `"plan"` |
| `thinking` | — | Thinking level (e.g. `"high"`) |
| `cwd` | — | Working directory |
| `sandbox` | — | Run in Cursor's sandbox |
| `agentId` | — | Resume a specific Cursor agent |

### `cursor_cloud_agent` (cloud)

Launches a background Cursor cloud agent on a remote repo. Can run for minutes and optionally
open a PR.

| Arg | Required | Meaning |
| --- | --- | --- |
| `prompt` | ✅ | The task |
| `repoUrl` | ✅ | Target repository URL (e.g. `https://github.com/owner/repo`) |
| `startingRef` | — | Branch/ref to start from |
| `model` | — | Cursor model id |
| `mode` | — | `"agent"` or `"plan"` |
| `thinking` | — | Thinking level |
| `autoCreatePR` | — | Open a PR when finished |
| `workOnCurrentBranch` | — | Operate on the current branch instead of a new one |

## Tool display

`toolDisplay` controls how Cursor's internal tool activity appears in opencode:

- **`"blocks"` (default)** — structured, collapsible tool blocks with inputs and outputs. Common
  Cursor tools are mapped to their opencode equivalents (`edit` → diff viewer, `shell` → bash
  console, etc.). Requires opencode 1.17+.
- **`"reasoning"`** — compact inline lines (`[tool] write {"path":…}`). Works on any host; use
  this on older opencode versions.

Turns where the host declares no tools at all — compaction/summary and title generation — always
use `"reasoning"` regardless of this setting. opencode rejects tool parts on a summary turn, so
Cursor's tool activity is folded into reasoning text there instead.

To force the fallback:

```json
{ "provider": { "cursor": { "options": { "toolDisplay": "reasoning" } } } }
```

## Compaction

**opencode's threshold-triggered auto-compaction is suppressed for Cursor models by default.** The
Cursor agent runtime compacts its own conversation as it approaches its context threshold, so a
second, opencode-driven pass is redundant — and it is actively harmful here:

- The compaction turn asks the model to summarize with **no tools available**. The Cursor agent runs
  its own tools regardless, which opencode rejects outright
  (`Tool call not allowed while generating summary`).
- Compaction rewrites the transcript, so the next turn no longer matches what the Cursor agent saw.
  The plugin correctly treats that as a divergence and creates a **fresh Cursor agent** — and every
  distinct agent permanently holds its own SQLite store open for the life of the process, which has
  been observed to crash opencode outright.

The suppression works by emitting a very large `limit.input`, which is what opencode uses as its
compaction threshold. The real `limit.context` is left untouched, so the TUI's context-window gauge
and cost reporting keep working.

> [!IMPORTANT]
> This suppresses the **proactive** threshold trigger only, and opencode has no reactive
> context-overflow recovery wired up for this provider. In exchange, opencode's transcript is no
> longer trimmed automatically, so it grows for the life of the session. Ordinary turns send only
> the new message to an already-running agent, but a *cold replay* — a new session, an expired
> agent, or a changed MCP server set — resends the whole transcript. If that ever overflows the
> model, the turn fails with a provider error and the fix is to run `/compact` manually.
>
> Set `autoCompaction: true` if you would rather have opencode keep bounding the transcript for you.

Manual `/compact` is unaffected and still works — it has no threshold gate.

To hand compaction back to opencode:

```json
{ "provider": { "cursor": { "options": { "autoCompaction": true } } } }
```

## Transport

opencode runs on [Bun](https://bun.sh), whose `node:http2` client is incompatible with the Cursor
SDK's long-lived streaming RPC (`NGHTTP2_FRAME_SIZE_ERROR`; see
[oven-sh/bun#31499](https://github.com/oven-sh/bun/issues/31499)). The plugin works around this by
running the SDK over HTTP/1.1 in-process — no Node child process required. The historical Node
sidecar remains as a rollback fallback.

| Transport | Where it runs | When it's the default |
| --- | --- | --- |
| `http1` | in-process, HTTP/1.1 + SSE (Bun-safe) | under Bun |
| `http2-direct` | in-process, SDK's default HTTP/2 | under Node (tests, scripts, non-Bun hosts) |
| `sidecar` | spawned Node child hosting the SDK | never (rollback only) |

Resolution order: the `transport` provider option → `OPENCODE_CURSOR_TRANSPORT` →
legacy `OPENCODE_CURSOR_SIDECAR` (`1`→`sidecar`, `0`→`http2-direct`) → the per-runtime default
above.

If you hit a regression on the in-process path, roll back to the sidecar:

```bash
export OPENCODE_CURSOR_TRANSPORT=sidecar   # requires Node.js 22.13+ on PATH
```

An explicit `sidecar` request with no Node on `PATH` falls back to `http1` (Bun) or `http2-direct`
(Node) with a stderr notice.

## Reliability

The provider classifies Cursor SDK errors into typed kinds (`agent-not-found`, `agent-busy`,
`rate-limit`, `network`, `auth`, `config`, `unknown`) and recovers per kind:

- **agent-busy** — a previous crash left a run wedged; the send is retried once with the SDK's
  `local.force` escape hatch.
- **rate-limit / network** — bounded exponential backoff on the same agent.
- **auth / config** — fail fast (not retried).

Sends carry an idempotency key so a retry is a server-side dedupe, not a duplicate turn.

A **stream watchdog** guards against a wedged run that streams nothing. It uses two budgets:

- **Idle** (`OPENCODE_CURSOR_STALL_MS`, default `120000`): when no tool call is open. A
  pre-first-event stall cancels and force-resends once; a stall after partial output is surfaced
  as a terminal error rather than re-emitting the already-yielded prefix.
- **Tool-phase** (`OPENCODE_CURSOR_TOOL_STALL_MS`, default `600000`): while at least one Cursor
  tool call is in flight. A long shell command, build, or test suite legitimately streams nothing
  for minutes; the larger budget stops a healthy run from being killed mid-tool. A tool-phase
  stall is terminal and names the in-flight tool. Set `0` to disable the bound during tool
  execution only.

The watchdog re-arms on **any** SDK update — including types the plugin doesn't model — so
progress/heartbeat updates count as liveness. Set `OPENCODE_CURSOR_STALL_MS=0` to disable the whole
watchdog (an empty string also disables, for backward compatibility).

## Troubleshooting

- **Native Cursor tools hang / "Tool execution aborted" (`NGHTTP2_FRAME_SIZE_ERROR`).** A
  `http2-direct` transport was forced under Bun. Unset `OPENCODE_CURSOR_TRANSPORT` (defaults to the
  Bun-safe `http1`), or roll back with `OPENCODE_CURSOR_TRANSPORT=sidecar` (needs Node.js 22.13+ on
  `PATH`).
- **Plugin enabled but no `cursor` provider/models appear, or you see a stale-version warning.**
  opencode caches the `@latest` plugin install on first use and never refreshes it.
  Exit opencode, delete `~/.cache/opencode/packages/@stablekernel/opencode-cursor@latest`
  (or the pinned version directory), and restart.
- **Only the four fallback models appear.** The live catalog loads after the first authenticated
  use. Restart opencode once after login, or run `cursor_refresh_models`.
- **Invalid or expired key.** Validated on first use — that's where the error surfaces.
- **Need more detail?** Set `OPENCODE_CURSOR_DEBUG=1`.

## Contributing

Issues and pull requests are welcome. See [CONTRIBUTING.md](./CONTRIBUTING.md) for dev setup,
test/typecheck/build commands, and the release process. Report bugs at the
[issue tracker](https://github.com/stablekernel/opencode-cursor/issues); for security reports
see [SECURITY.md](./SECURITY.md).

## License

MIT

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