* feat(release): publish package source, declaration maps, and documentation Every release member publishes its TypeScript source and the declaration maps that resolve into it, and @deepseek-ai/dsh publishes the repository Markdown documentation staged from docs/ at prepack time. The ./src/* export most members already declared now resolves for an installed consumer, and a consumer editor follows a declaration to the implementation. Bundled JavaScript maps stay unpublished; the vendored family and the Desktop runtime file policy are unchanged. Rationale: .agents/notes/implemented/process/2026-10-08-published-source-and-docs.md * feat(release): publish JavaScript maps and compress bundles Every emitted JavaScript map ships beside the bundle it describes, and the workspace build and the client preset compress bundles without mangling identifiers. The documentation payload now mirrors the website publication manifest and is removed again by `postpack`; Desktop and the Python executable exclude the published source, documentation, and maps; `clean` removes a staged copy. Typert's publication contract gains the Remote declaration map. * fix(release): keep node bundles readable for the worker image The browser worker image lowers `yield*` only as a whole statement and rewrites `for await` loops by their source layout, so compressed node-side entries either fail that lowering or lower to unparseable code. Only the browser bundles keep compression, which removes about a third of their text. The bundle-purity assertion now matches the module-loader call regardless of the quote style compression picks, and the release-pack fixture exercises the installed package's new documentation requirement. * feat(release): publish the whole documentation tree `@deepseek-ai/dsh` copies `docs/` in full instead of the website's page set: the maintainer documents, the generated migration records, the translation guidelines, and the `*.i18n.yaml` consistency records ship with the installed package, so the documentation's own links resolve without a checkout. * feat(release): publish the upgrade guides with the documentation The staged documentation keeps the website's page set and adds every `docs/upgrade-guide/` document, which is what an installed reader consults when a released change breaks something. The rest of the maintainer tree stays out. * test(release): expect source and maps in master's new payload cases * feat(release): keep installed docs and source readable in Desktop Desktop keeps the published src/ and docs/ trees inside app.asar, and every model shell call receives DSH_INSTALL_DIR and DSH_NODE_EXECUTABLE so an agent can read them through Electron's Node mode. Staging also generates docs/upgrade-guide/README.md, an index of the upgrade guides grouped by the release they upgrade from. Minified client bundles print string literals with backticks: the worker image packer now recognizes those chunk requests, client license banners are prepended after minification so their text survives, and the affected artifact tests accept either quote. * test(desktop): read archived docs through the Windows PowerShell form Regenerate the config catalog for the shifted shell-env source line. * test(desktop): wait for the GUI-subsystem Electron process from PowerShell * build(release): publish source and maps from the message-quotes package * build(release): publish source and maps from packages new on master * build(release): publish source and maps from the tool-office package
description, kind
| description | kind |
|---|---|
| The stdio language-server provider for ctx.lsp: configured server commands, extension mappings, and bounded transient-open queries, for users and maintainers composing local code navigation. | package-reference |
@deepseek-ai/dsh-lsp-stdio
English | 中文
Summary
Use dsh-lsp-stdio to give agents definitions, references, implementations, and hover from explicitly configured local language servers. It maps file extensions to language identifiers, starts one server per workspace on demand, and reads each queried file afresh without retaining document state between queries. Language-server processes and source reads share the mounted filesystem and subprocess environment. The package does not install servers or provide a sandbox: deployments supply commands, mappings, and any required confinement. Queries are serialized per server and workspace, while different workspaces can run in parallel.
Table of Contents
- Use this package
- Understand the implementation
- Further Exploration
- Model Experience
- Known Limitations and Deferred Work
- Dev Note
Use this package
Mount this provider when a deployment has local language servers — for example typescript-language-server — and wants the harness to navigate code through them. It needs filesystem and subprocess providers for the same execution world, plus the dsh-lsp seam and, for model access, dsh-tool-lsp.
Minimal configuration
The servers record maps each stable provider id to one server command. The provider resolves every executable at load after credential scrubbing, so a bad entry prevents every provider from registering; processes launch lazily on the first matching query.
- name: '@deepseek-ai/dsh-fs-local'
- name: '@deepseek-ai/dsh-subprocess-local'
- name: '@deepseek-ai/dsh-lsp'
- name: '@deepseek-ai/dsh-lsp-stdio'
config:
servers:
typescript:
command: typescript-language-server
args: ['--stdio']
extensionToLanguage:
'.ts': typescript
- name: '@deepseek-ai/dsh-tool-lsp'
| Field | Default | Meaning |
|---|---|---|
command |
required | Executable to spawn — absolute, or resolved on the child PATH at load; launched without a shell |
extensionToLanguage |
required | Lowercase leading-dot extension → LSP language id (e.g. { '.ts': 'typescript' }) |
args |
[] |
Arguments passed to the executable |
env |
{} |
Extra env merged over the credential-scrubbed ambient env; variables matching KEY/PASSWORD/SECRET/TOKEN and all DSH_* names are not forwarded |
initializationOptions |
null |
Static initialize options forwarded to the server |
configuration |
null |
Static answer to every workspace/configuration item |
maxMessageBytes |
16000000 |
Largest single framed message accepted from the server |
maxStderrBytes |
1000000 |
Largest stderr tail retained for diagnostics |
maxDocumentBytes |
4000000 |
Largest source file this host opens |
shutdownTimeoutMs |
5000 |
Graceful shutdown/exit budget before escalation |
killGraceMs |
2000 |
Request-cancel and SIGTERM→SIGKILL escalation grace |
servers must contain at least one entry with non-empty ids; timer budgets must be positive integers within Node's timer range, and byte caps must be positive. The generated configuration catalog is the exhaustive source for every accepted field.
What a query does
On the first query for a workspace, the provider launches one server process for that workspace and keeps it pooled. Each query reads the current source through ctx.fs, opens it in the server (textDocument/didOpen), runs the requested operation, and closes it — so the server always sees current text and no document state persists between calls. Queries to one server and workspace run one at a time; different workspaces run in parallel. If the pooled process fails before or during a read-only query, the provider retries that query once on a fresh process.
Observable success and failures
A successful navigation returns normalized locations, and hover returns normalized text or a no-hover notice; empty results are successful no-result responses. The query fails when the server does not support the operation or the transient open/close synchronization (LSP_UNSUPPORTED_OPERATION), when the source is missing, non-regular, non-UTF-8, oversized, or outside the canonical workspace (rejected before the server starts), or when the server returns a malformed payload (LSP_MALFORMED_RESPONSE). A hard-killed harness leaves servers running until they exit on their own — graceful shutdown happens only through service disposal.
Security boundary
This provider trusts its configured server and adds no sandbox confinement; the server receives the filesystem and process authority of the mounted execution world. It rejects query sources that are missing, non-regular, non-UTF-8, oversized, or canonically outside the workspace before server startup. Result locations may point outside the workspace, but an external path can never become a query source. Mount filesystem and subprocess providers for the same execution world — a split-world composition is invalid.
Understand the implementation
Implementation internals — click to expand
This section explains the design decisions behind the provider and where the code realizes them; observable behavior is covered in Use this package.
Design philosophy
- Generic host, not a catalog. Deployments configure commands and mappings explicitly; presets belong in
cordis.ymloverlays, not in this package. - Compatibility-first transient open. Every query runs
didOpen(version 1, full text) → request →didClose, so the server always sees current bytes and the first version needs nodidChange, content cache, or document LRU. - Read before spawn. The source is resolved, contained, and byte-bounded inside the workspace queue before any process is created, so a queued query sees current bytes when its turn starts and an invalid source cannot leave an idle process pooled.
- One pooled process per canonical workspace. Instances are single-flighted per
(server id, canonical workspace target); a transport failure retries the read-only query once on a fresh process after awaiting disposal. - Per-workspace serialization. One abortable queue per workspace serializes source-read/open/query/close lifecycles; distinct workspaces run in parallel, and a cancellation that fails to stop a server terminates only that instance.
- Bounded teardown. Graceful
shutdown/exitescalates through the subprocess provider's managed-range termination procedure; quiescence is confirmed by awaiting that whole range, not by the termination request's outcome. - Execution-world pairing. Servers launch through
ctx.subprocesswithprocessId: null(another machine or PID namespace must not monitor the harness), sources read throughctx.fs, and nofs/observedevent is emitted — only the LSP result is model-visible.
Source map
| File | Role |
|---|---|
src/index.ts |
Plugin entry: config schema, executable resolution, provider registration, process pooling |
src/host.ts |
Workspace canonicalization and bounded source reads through ctx.fs |
src/instance.ts |
One server process: initialize handshake, serialized transient-open queries, bounded teardown |
src/connection.ts |
JSON-RPC endpoint: id correlation, outbound requests, inbound server requests, stderr cap |
src/framing.ts |
Content-Length framing and a bounded decoder |
src/protocol.ts |
Wire-type subset: capabilities, locations, hover, text-document synchronization |
src/translate.ts |
Capability checks, UTF-16 negotiation, Location/LocationLink/hover normalization |
src/abort.ts |
Cancellation helpers fusing caller and disposal signals |
Protocol behavior
Initialization advertises UTF-16 positions, workspace folders and configuration, markdown/plaintext hover, and link support for definition and implementation, with no dynamic registration; the server's returned capabilities are authoritative. An omitted server positionEncoding defaults to utf-16; any other value fails the query. The client answers workspace/configuration from static config, accepts lifecycle bookkeeping requests, and rejects workspace/applyEdit — it never applies edits or runs commands. Navigation maps Location directly and LocationLink from targetUri plus targetSelectionRange; hover normalization accepts MarkupContent and MarkedString shapes, preserves string values, renders language-tagged values as fenced code, and joins arrays with one blank line. Missing results, malformed ranges or positions, and malformed hover encodings fail as structured LSP_MALFORMED_RESPONSE errors.
Further Exploration
Read these pages when the package-level contract is not enough. They move from the shared navigation model to the seam and the tool.
- LSP navigation subsystem — operations, coordinates, requests and results, and
LspErrorcodes. - dsh-lsp — the seam this provider registers against.
- dsh-tool-lsp — the model-facing tool over the seam.
- lsp group map — the three-package family and its related documentation.
Model Experience
Indirectly, through dsh-tool-lsp, which surfaces this provider's normalized results while this host contributes no prompt or schema itself.
KV Cache effect
No direct invalidation; dsh-tool-lsp owns request-prefix changes.
Known Limitations and Deferred Work
These limits define when the provider is a poor fit or needs special operational care. They are current package constraints, not a task backlog.
- No confinement policy — this package trusts the configured server and does not sandbox its process; a restricted deployment must supply appropriate process and filesystem providers or a same-world sandbox wrapper.
- Transient-open compatibility floor — servers whose synchronization omits open/close (or advertises
None) are unsupported even if closed-document queries would work; the pinned TypeScript e2e establishes one compatibility floor, not a cross-language claim. - Per-server and per-workspace serialization latency — parallel agents sharing one server and workspace queue behind one process; long-lived workspace processes consume memory until disposal.
- A hard-killed harness orphans language servers —
initialize.processId: nullremoves server-side client-PID monitoring, so servers are cleaned only by graceful service disposal; a SIGKILL'd harness leaves them running until they exit on their own.
Dev Note
Working context for maintainers — click to expand
None.