docs(skill): plugin bundle pipeline v2 (IIFE/多资产/热更新) 文档入仓

README.md

@@ -1,6 +1,27 @@
 # inkreach-teable-cli
 
-把下面这段引导词发给任意机器 / 任意会话中的 Agent，即可完成安装并开始使用：
+inkreach-teable 实例的运维 CLI（npm 包 `@inkreach/inkreach-teable`）与
+**全部 Agent Skills 的唯一维护仓库**。
+
+## Skills（本仓库 `skills/` 目录 = single source of truth）
+
+| Skill | 用途 |
+|---|---|
+| `inkreach-teable` | 操作已部署实例：表格/字段/记录/视图/自动化日常运维、REST API 参考 |
+| `inkreach-teable-plugin` | 开发动态 React 组件插件：IIFE bundle（webpack/vite 双模板）、多资产上传（chunk + sourcemap）、`teable-plugin dev` 热更新闭环、5 个挂载位（含整页 route） |
+
+**维护规则**：所有 skill 只在本仓库修改；主仓库（inkreach-teable）不含任何
+skill 源文件。改完后同步到安装位置（`~/.zcode/skills/` 为主，
+`~/.agents/skills/` 为镜像）：
+
+```bash
+cp -r skills/<name>/SKILL.md skills/<name>/metadata.json skills/<name>/dynamic-plugins ~/.zcode/skills/<name>/
+cp -r skills/<name>/ ~/.agents/skills/<name>/   # 按需镜像
+```
+
+## 安装（任意机器 / 任意会话的 Agent）
+
+把下面这段引导词发给 Agent 即可完成安装并开始使用：
 
 ```text
 请安装并用 inkreach-teable CLI 操作 inkreach-teable：
@@ -11,3 +32,9 @@
 3. 鉴权（PAT 从 Web UI Settings → Personal Access Tokens 获取）：
    inkreach-teable auth login --endpoint https://table.inkreach.cc --token <PAT> --base-id bseXXX
 ```
+
+## 目录结构
+
+- `skills/` — Agent Skills（本仓库的核心资产之一）
+- `src/` — CLI 源码（commander 实现）
+- `docs/cli-skill-design.md` — CLI + Skill 的设计文档

skills/inkreach-teable-plugin/SKILL.md

@@ -23,18 +23,31 @@ rebuilding the host Next.js app. Plugins are IIFE bundles — they ship as plain
 JS that executes in the host page and accesses host APIs through
 `window.__TEABLE_HOST__`.
 
-> **Contract**: A plugin = a webpack IIFE bundle (`dist/main.js` + optional
+> **Contract**: A plugin = a webpack (or vite) IIFE bundle (`dist/main.js` +
-> `dist/styles.css`) + `plugin.json` manifest, uploaded to the host via
+> optional lazy chunks `*.chunk.js`, source maps `*.js.map`, `styles.css`) +
-> `POST /api/plugin/:id/upload-bundle`. It runs in the same React tree as the host
+> a `plugin.json` manifest, uploaded to the host via
-> and has full access to the host's SDK, UI library, and OpenAPI helpers.
+> `POST /api/plugin/:id/upload-bundle` (or `teable-plugin deploy`, which
+> handles all assets). It runs in the same React tree as the host and has
+> full access to the host's SDK, UI library, and OpenAPI helpers.
+>
+> **Dev loop**: `teable-plugin dev` (or `pnpm dev` in scaffolded projects)
+> watch-builds and auto-uploads with a `devMode` manifest; the open host page
+> remounts the plugin within ~4s without a page refresh. See
+> `dynamic-plugins/dev-workflow.md`.
+>
+> **Full-page apps**: install at position `route` and the host serves the
+> plugin on `/base/<baseId>/p/<pluginId>` (whole viewport, own router OK —
+> HashRouter recommended).
 >
 > **Critical constraint**: no RUNTIME imports from `@teable/sdk`, `@teable/ui-lib`,
-> `@teable/openapi` — webpack maps them to `window.__TEABLE_HOST__.*` externals, so a
+> `@teable/openapi` — a value import via monorepo aliases inlines the whole
-> value import compiles to `undefined` at runtime. `import type { X } from '@teable/...'`
+> package source (via window-global externals it compiles to `undefined`).
-> IS fine (erased at compile time). `react`/`react-dom` may be imported ONLY when your
+> `import type { X } from '@teable/...'` IS fine (erased at compile time).
-> webpack `externals` maps them to `window.__TEABLE_HOST__.React/ReactDOM` (see the
+> `react`/`react-dom` may be imported when your webpack `externals` maps them
-> batch-edit-pro webpack config). For everything else, read from the host global:
+> to `window.__TEABLE_HOST__.React/ReactDOM` (see the plugin-showcase webpack
-> `const { useFields } = window.__TEABLE_HOST__.SDK`. See
+> config; `react/jsx-runtime` is intentionally bundled — element factories
+> only, hooks stay on the host singleton). For everything else, read from the
+> host global: `const { useFields } = window.__TEABLE_HOST__.SDK`. See
 > `dynamic-plugins/troubleshooting.md` Pitfall 1 for details and symptoms.
 
 ## 0. Two efficiency rules (read first)
@@ -71,8 +84,9 @@ JS that executes in the host page and accesses host APIs through
 | 3. SDK API | `dynamic-plugins/sdk-api.md` | when writing plugin logic — definePlugin, PluginContext, events, storage, useSelection, native form embedding (`NativeForm` Tier-1 injection / `NativeFormScope`+`useNativeForm` Tier-2 kit), NativeGrid |
 | 3b. Native form quick answer | `dynamic-plugins/native-form.md` | **when the user ASKS whether/how to embed native field editors, custom form layout, or multi-step forms — read this FIRST and answer directly (consultative questions need no scaffold/build)** |
 | 4. Deployment | `dynamic-plugins/deployment.md` | when uploading + enabling + authority matrix permissions |
-| 5. Troubleshooting | `dynamic-plugins/troubleshooting.md` | before writing logic — common pitfalls (host globals, developer whitelist, AM, empty states) |
+| 5. Troubleshooting | `dynamic-plugins/troubleshooting.md` | before writing logic — common pitfalls (host globals, developer whitelist, AM, empty states, chunk-name flattening, terser banners) |
-| Ref: batch-edit-pro | `plugins/batch-edit-pro/` | the canonical example — contextMenu plugin, full React + SDK |
+| Ref: plugin-showcase | `plugins/plugin-showcase/` | the v2 example — lazy chunks + source maps + Tailwind + HashRouter route app |
+| Ref: batch-edit-pro | `plugins/batch-edit-pro/` | the classic example — single-file contextMenu plugin, full React + SDK |
 
 ## 3. Quick decision: which position?
 

skills/inkreach-teable-plugin/dynamic-plugins/deployment.md

@@ -7,9 +7,18 @@ Uploading a bundle plugin, enabling it, and managing permissions.
 Upload the built bundle to the host. Uses `multipart/form-data`.
 The `pluginId` in the URL must match the `id` in `plugin.json`.
 
+Preferred (handles entry + chunks + maps + css automatically):
+
+```bash
+TEABLE_ENDPOINT=http://localhost:3003 TEABLE_PAT=<pat> \
+  node /root/deployments/inkreach-teable/packages/plugin-cli/dist/index.js deploy -d .
+```
+
+Raw curl equivalent (legacy single-file form still works):
+
 ```bash
 PLUGIN_ID=$(python3 -c "import json; print(json.load(open('plugin.json'))['id'])")
-curl -s -b "auth_session=$SESSION" \
+curl -s -H "Authorization: Bearer $TEABLE_PAT" \
   -F "js=@dist/main.js" \
   -F "css=@dist/styles.css" \
   -F "manifest=@plugin.json" \
@@ -17,34 +26,51 @@ curl -s -b "auth_session=$SESSION" \
 ```
 
 **Auth note**: Supports both session cookies (`auth_session`) and Personal Access
-Tokens (`Authorization: Bearer <PAT>`).
+Tokens (`Authorization: Bearer <PAT>`). Runtime asset GETs
+(`/api/plugin/:id/runtime/*`) are session-only (PAT gets 403 by design) —
+verify those with a signed cookie, not a PAT.
 
-**Fields:**
+**Fields** (v2 multi-asset, since 2026-10):
-| Field | Required | Max size | Description |
-|---|---|---|---|
-| `js` | Yes | 5 MB | The IIFE bundle (`dist/main.js`) |
-| `css` | No | 1 MB | Optional stylesheet (`dist/styles.css`) |
-| `manifest` | Yes | 10 KB | `plugin.json` manifest |
 
-**Returns** `201` with `{ id, name, version, ... }` — the plugin ID to use for
+| Field | Required | Max count | Max size | Description |
-enable and install.
+|---|---|---|---|---|
+| `js` | Yes | 20 | 5 MB each | Entry + lazy chunks. Entry = the file whose name matches `manifest.entry` (a lone differently-named js file still works — legacy fallback) |
+| `css` | No | 5 | 1 MB each | Stylesheets, concatenated under the `manifest.style` name |
+| `map` | No | 20 | 5 MB each | Source maps, served later as `application/json` |
+| `manifest` | Yes | 1 | 10 KB | `plugin.json` manifest |
 
-**Registering a NEW plugin id**: `POST /api/plugin` (manifest as JSON body) —
+- **Total cap 15 MB** across all assets.
-**admin-only** (PAT gets 403 `restricted_resource`). Uploading a bundle for an
+- Chunk filenames must be **FLAT** (`x-<hash>.chunk.js`) — the multipart
-already-registered id only needs the `plugin_developer` whitelist. Deleting a
+  transport strips directory parts from filenames.
-plugin (`DELETE /api/plugin/:id`) is likewise admin-only. PAT-only automation
+- The bundle dir on disk (`<backend-cwd>/.assets/plugins/bundle/<pluginId>/`)
-should reuse existing registered ids, or ask an admin to register/delete.
+  is **wiped on every upload** — stale chunks are removed, and hand-patched
+  files on disk are discarded.
+
+**Returns** `{ pluginId, hash, size, assets }` — `assets` is the stored file
+count (1 for legacy single-file uploads).
+
+**Registering a NEW plugin id**: `POST /api/plugin {"id": "<kebab-id>", ...}`
+— PAT-accessible (`@TokenAccess()` since 2026-10) and **custom ids require
+the `plugin_developer` whitelist**. Without an explicit `id` the server
+mints a `plgXXX` id, which CANNOT receive bundles (manifest id must equal
+the DB id). Deleting a plugin (`DELETE /api/plugin/:id`) remains admin-only.
 
 **Security** (7-layer validation):
-1. Authentication — valid session cookie required (401 if missing)
+1. Authentication — valid session cookie or PAT required (401 if missing)
 2. Developer whitelist — `plugin_developer` table lookup (403 if not whitelisted)
 3. Rate limit — 10 uploads/min per user (429 if exceeded)
-4. Size limits — JS ≤ 5 MB, CSS ≤ 1 MB, manifest ≤ 10 KB
+4. Size limits — JS/map ≤ 5 MB each, CSS ≤ 1 MB each, manifest ≤ 10 KB,
-5. Manifest validation — required fields, `id` regex `[a-z0-9-]+`
+   15 MB total
-6. Content validation — JS must be IIFE format (prefix `!function`/`(()=>`),
+5. Manifest validation — required fields, `id` regex `[a-z0-9-]+`,
-   rejects `<script>`/`eval`/`document.write` injection; CSS strips `expression()`/
+   `minAppVersion` ≤ host version
-   `@import`/`javascript:` URIs
+6. Content validation — the ENTRY must be IIFE format (prefix `!function` /
-7. Integrity — SHA-256 hash stored in DB, verified at load time
+   `(function` / `(() =>` / `var <name>=<iife>`); chunks get the
+   forbidden-pattern check only (they are not IIFEs); JS rejects
+   `<script>`/`document.write`/`javascript:`; CSS strips `expression()`/
+   `@import`/`javascript:` URIs; maps are name/size checked only (they embed
+   original source text — pattern checks would false-positive)
+7. Integrity — entry SHA-256 stored in DB for audit + PluginAuditLog row
+   (uploader/IP/UA); note the loader does NOT re-verify the hash at load time
 
 ## Enable — `PUT /api/base/:baseId/plugin-config/:pluginId`
 
@@ -118,11 +144,28 @@ must call `ctx.addView(id, component)` to render the component as a view.
 Authority Matrix entries are auto-created for the new install (default
 denied for non-owner roles).
 
-### Route
+### Route (full-page app, since 2026-10)
 
-Route-type plugins registered via `ctx.addRoute(path, component)` are
+The host renders a dedicated page for the plugin at
-automatically available at the registered path — no install API needed.
+`/base/<baseId>/p/<pluginId>` — the whole main-area viewport inside the base
-Upload + enable is sufficient.
+layout. The plugin registers via `ctx.addRoute(id, component)` and typically
+brings its own router (HashRouter recommended, so Next.js routing is
+untouched).
+
+```bash
+curl -s -H "Authorization: Bearer $TEABLE_PAT" -X POST \
+  "http://localhost:3003/api/base/$BASE_ID/plugin-installs" \
+  -H 'Content-Type: application/json' \
+  -d '{"pluginId":"$PLUGIN_ID","name":"My App","position":"route"}'
+```
+
+Notes (verified 2026-10 on plugin-showcase):
+- `manifest.positions` must include `"route"`.
+- The page itself does not gate on plugin-config enablement — the URL is the
+  access point. Follow the standard enable+install flow anyway so the plugin
+  shows up in management UIs and future permission layers behave uniformly.
+- Host SDK hooks (e.g. `host.SDK.useBaseId()`) work on the route page because
+  it renders inside BaseLayout's provider stack.
 
 ## Authority Matrix (plugin permissions)
 
@@ -173,23 +216,18 @@ BASE_ID="${BASE_ID:?set to a throwaway sandbox base, never a production base}"
 # Read plugin ID from manifest
 PLUGIN_ID=$(python3 -c "import json; print(json.load(open('$DIR/plugin.json'))['id'])")
 
-# Get session
+# Upload: teable-plugin deploy handles entry + chunks + maps + css.
-# PAT preferred (upload-bundle accepts Bearer auth):
+# Raw-curl equivalent for a single-file bundle:
-AUTH=(-H "Authorization: Bearer ${PAT:?set PAT env}")
+#   curl -s -H "Authorization: Bearer $TEABLE_PAT" \
-# ...or session:
+#     -F "js=@$DIR/dist/main.js" -F "css=@$DIR/dist/styles.css" \
-SESSION=$(grep auth_session /tmp/cookie.txt 2>/dev/null | awk '{print $NF}')
+#     -F "manifest=@$DIR/plugin.json" \
-AUTH=(-b "auth_session=$SESSION")
+#     "$UPLOAD_URL/api/plugin/$PLUGIN_ID/upload-bundle"
-
+TEABLE_ENDPOINT="$UPLOAD_URL" TEABLE_PAT="${TEABLE_PAT:?set PAT env}" \
-# Upload (URL includes pluginId from manifest)
+  node /root/deployments/inkreach-teable/packages/plugin-cli/dist/index.js deploy -d "$DIR"
-curl -s "${AUTH[@]}" \
-  -F "js=@$DIR/dist/main.js" \
-  -F "css=@$DIR/dist/styles.css" \
-  -F "manifest=@$DIR/plugin.json" \
-  "$UPLOAD_URL/api/plugin/$PLUGIN_ID/upload-bundle"
 echo "Uploaded: $PLUGIN_ID"
 
 # Enable
-curl -s "${AUTH[@]}" -X PUT \
+curl -s -H "Authorization: Bearer $TEABLE_PAT" -X PUT \
   "$UPLOAD_URL/api/base/$BASE_ID/plugin-config/$PLUGIN_ID" \
   -H 'Content-Type: application/json' \
   -d '{"enabled":true,"tableIds":[]}' > /dev/null

skills/inkreach-teable-plugin/dynamic-plugins/dev-workflow.md

@@ -1,18 +1,37 @@
 # Plugin development workflow
 
 The standard recipe for creating, building, and deploying a dynamic React
-component plugin. Each plugin is a standalone webpack project that outputs
+component plugin. Each plugin is a standalone webpack (or vite) project that
-an IIFE bundle.
+outputs an IIFE bundle. Since 2026-10 the pipeline is multi-asset: lazy
+chunks, source maps, and multiple CSS files upload alongside the entry.
 
 ## Output contract
 
 Every plugin task ends with:
-1. A built IIFE bundle (`dist/main.js` + optional `dist/styles.css`)
+1. A built IIFE bundle (`dist/main.js` + optional chunks/`*.chunk.js` +
+   `*.js.map` source maps + optional `styles.css`)
 2. A `plugin.json` manifest
 3. Uploaded to the host via `POST /api/plugin/:id/upload-bundle`
+   (or `teable-plugin deploy` which handles all assets)
 4. Enabled via `PUT /api/base/:baseId/plugin-config/:pluginId`
 5. Installed to the target position (the install API varies by position)
 
+## Dev loop (hot reload — preferred while iterating)
+
+```bash
+cd plugins/my-plugin   # or wherever the project lives
+TEABLE_ENDPOINT=http://localhost:3003 TEABLE_PAT=<pat> pnpm dev
+# or: node ../../packages/plugin-cli/dist/index.js dev -d .
+```
+
+This runs `webpack --watch` (production mode — dev-mode output carries
+`/******/` banners that fail the IIFE validator), auto-uploads on every
+change with a `devMode: true, buildId: <ts>` manifest, and the open host
+page remounts the plugin within ~4s WITHOUT a page refresh. Production
+deploys (no devMode in manifest) never poll. Verified 2026-10-13 on
+plugin-showcase: edit → ~5s live update, window markers survive (SPA-level
+remount, not a reload).
+
 ## Step 1 — Understand the request
 
 Clarify what the user wants, then pick the position using `overview.md`.
@@ -26,23 +45,33 @@ to npm). Run it directly:
 ```bash
 cd /tmp
 node /root/deployments/inkreach-teable/packages/plugin-cli/dist/index.js create my-plugin
+# or the vite template:
+node /root/deployments/inkreach-teable/packages/plugin-cli/dist/index.js create my-plugin --template vite
 cd my-plugin
 pnpm install
 ```
 
+The scaffold adapts automatically: inside the monorepo it wires
+`@teable/plugin-sdk: workspace:*` + source aliases; standalone projects get a
+loose-typed local host module (the npm package is not published). Vite
+scaffolds also generate a `pnpm-workspace.yaml` with `allowBuilds: esbuild`
+(pnpm 11 fails `pnpm install` without it).
+
 This generates:
 ```
 my-plugin/
 ├── src/
-│   └── index.tsx          # entry: calls definePlugin()
+│   ├── host.ts            # typed host accessor
+│   └── index.tsx          # entry: definePlugin via host.PluginSDK
 ├── plugin.json            # manifest
-├── webpack.config.js      # pre-configured externals
+├── webpack.config.js      # or vite.config.ts
 ├── tsconfig.json
-└── package.json
+└── package.json           # dev/build/deploy scripts
 ```
 
-If the CLI doesn't work for some reason, manually create the structure by
+Reference implementations in the repo: `plugins/plugin-showcase/` (chunks +
-copying `plugins/batch-edit-pro/` as a template.
+sourcemap + Tailwind + HashRouter route app — the v2 showcase) and
+`plugins/batch-edit-pro/` (classic single-file contextMenu plugin).
 
 ## Step 3 — Write the plugin code
 
@@ -117,31 +146,41 @@ definePlugin({
 
 ## Step 4 — Build
 
-```bash
-NODE_OPTIONS='--max-old-space-size=2048' npx webpack --config webpack.config.js
-```
-
-Or if the plugin has a build script:
-
 ```bash
 pnpm build
-# or: npm run build
+# = tsc --noEmit && webpack --mode production (scaffold script)
 ```
 
-**Rebuilding without the scaffold — use this exact config** (agents hand-writing
+**Rebuilding without the scaffold — use this exact config** (agents
-webpack configs keep hitting `Error: Unsupported library type iife` — there is
+hand-writing webpack configs keep hitting `Error: Unsupported library type
-NO `output.library` in a working plugin config; a default single-entry
+iife` — there is NO `output.library` in a working plugin config; a default
-production build is already IIFE, which is what the upload validator requires):
+single-entry production build is already IIFE, which is what the upload
+validator requires):
 
 ```js
-// webpack.config.js — known-good (from plugins/batch-edit-pro/)
+// webpack.config.js — known-good v2 (from plugins/plugin-showcase/)
 const path = require('path');
 const MiniCssExtractPlugin = require('mini-css-extract-plugin');
+const TerserPlugin = require('terser-webpack-plugin');
+
+const pluginId = require('./plugin.json').id;
 
 module.exports = {
-  mode: 'production',                 // default single-entry build emits an IIFE (!function / (()=>))
+  mode: 'production',
   entry: './src/index.tsx',
-  output: { path: path.resolve(__dirname, 'dist'), filename: 'main.js', clean: true },
+  output: {
+    path: path.resolve(__dirname, 'dist'),
+    filename: 'main.js',
+    // FLAT chunk names: multipart transport strips directory parts, so
+    // nested chunk paths would 404 at runtime.
+    chunkFilename: '[name]-[contenthash].chunk.js',
+    // required so React.lazy/import() chunks resolve from the host runtime
+    publicPath: `/api/plugin/${pluginId}/runtime/`,
+    clean: true,
+    // terser's minified "(()=>{" fails the validator's "(() =>" check
+    environment: { arrowFunction: false },
+  },
+  devtool: 'source-map', // maps upload + serve as application/json
   // NO output.library — never add library.type: 'iife' (webpack rejects it)
   externals: {
     'react': 'window.__TEABLE_HOST__.React',
@@ -151,59 +190,70 @@ module.exports = {
   module: {
     rules: [
       { test: /\.tsx?$/, loader: 'ts-loader', options: { transpileOnly: true }, exclude: /node_modules/ },
-      { test: /\.css$/, use: [MiniCssExtractPlugin.loader, 'css-loader'] },
+      { test: /\.css$/, use: [MiniCssExtractPlugin.loader, 'css-loader', 'postcss-loader'] },
+    ],
+  },
+  optimization: {
+    minimizer: [
+      // license-comment extraction prepends a "/*!..." banner that breaks
+      // the IIFE-prefix check — keep comments inline
+      new TerserPlugin({ extractComments: false }),
     ],
   },
   plugins: [new MiniCssExtractPlugin({ filename: 'styles.css' })],
 };
 ```
 
+`react/jsx-runtime` is intentionally NOT external: the jsx automatic
+transform bundles it and that is safe (element factories only — hooks still
+come from the host singleton).
+
+Vite template notes: `build.lib formats: ['iife']` + rollup externals with
+`globals: { react: 'window.__TEABLE_HOST__.React', ... }`; output starts
+`(function(...)` or `var <name>=(function...` — both pass the validator.
+IIFE cannot code-split (dynamic imports inline) — use the webpack template
+if you need lazy chunks.
+
 If you build outside the monorepo, drop the `resolve.alias` block (it exists
 only so TS can type-check `import type` from `@teable/*` sources) and use
 `import type` + `as unknown as` casts instead of runtime imports.
 
-Outputs: `dist/main.js` (IIFE) + `dist/styles.css` (if styles exist).
+Outputs: `dist/main.js` (IIFE) + optional `dist/*.chunk.js` (lazy chunks) +
-
+`dist/*.js.map` + `dist/styles.css`.
-Verify the output:
-```bash
-ls -la dist/main.js dist/styles.css plugin.json
-```
 
 ## Step 5 — Upload the bundle
 
-The upload URL includes the plugin's `id` from `plugin.json`. Extract it first,
+Preferred (handles entry + chunks + maps + css automatically):
-then upload.
 
 ```bash
-SESSION=$(grep auth_session /tmp/cookie_hr.txt 2>/dev/null | awk '{print $NF}')
+TEABLE_ENDPOINT=http://localhost:3003 TEABLE_PAT=<pat> \
-if [ -z "$SESSION" ]; then
+  node ../../packages/plugin-cli/dist/index.js deploy -d .
-  SESSION=$(curl -s -c - http://localhost:3003/api/auth/signin \
+# or from the plugin dir: pnpm deploy
-    -X POST -H 'Content-Type: application/json' \
+```
-    -d '{"email":"hr_admin@xingchen.tech","password":"Xingchen@2026"}' \
-    | grep auth_session | awk '{print $NF}')
 
-> Account note (2026-08): `hr_admin@xingchen.tech` no longer exists on the
+Raw curl equivalent (single-file legacy form still works):
-> deployed instance. Create a throwaway user via `POST /api/auth/signup`
-> and add a `plugin_developer` row for it before uploading (see SKILL.md).
-fi
 
+```bash
 PLUGIN_ID=$(python3 -c "import json; print(json.load(open('plugin.json'))['id'])")
-
+curl -s -H "Authorization: Bearer $TEABLE_PAT" \
-curl -s -b "auth_session=$SESSION" \
   -F "js=@dist/main.js" \
   -F "css=@dist/styles.css" \
   -F "manifest=@plugin.json" \
   "http://localhost:3003/api/plugin/$PLUGIN_ID/upload-bundle"
-
-echo "PLUGIN_ID=$PLUGIN_ID"
 ```
 
-- The plugin `id` in the URL must match the `id` in `plugin.json`. On first
+Multipart notes (v2, 2026-10):
-  upload, the plugin is created; on subsequent uploads, the existing plugin is
+- `js` field accepts up to 20 files (entry first or matched by manifest
-  updated.
+  entry filename), `css` up to 5, `map` up to 20.
-- Auth supports both session cookies (`auth_session`) and Personal Access Tokens
+- The plugin row must already exist (`POST /api/plugin {"id": "<kebab-id>"}`
-  (`Authorization: Bearer <PAT>`).
+  — custom ids require the plugin_developer whitelist; the endpoint is
-- Returns 201 on success.
+  `@TokenAccess()` so a PAT works).
+- Limits: 5MB per JS/map file, 1MB per CSS, 15MB total. The bundleDir is
+  WIPED before writing — stale chunks don't linger, but hand-patched files
+  on disk are discarded on the next upload.
+- Auth supports session cookies (`auth_session`) and PATs
+  (`Authorization: Bearer`). Runtime GETs (`/api/plugin/:id/runtime/*`) are
+  session-only (PAT gets 403 by design).
 
 ## Step 6 — Enable (REQUIRED before install)
 
@@ -237,6 +287,11 @@ Open the relevant page and confirm the plugin renders and works:
 - Panel: bottom-right Plugins button in a table view
 - View: view-type dropdown
 - Dashboard: space dashboard page
+- Route (full-page app): `/base/<baseId>/p/<pluginId>` — install at position
+  `route`, the page renders the plugin full-screen inside BaseLayout (bring
+  your own router; HashRouter recommended so Next.js routing is untouched).
+  Verified flow: enable via plugin-config → install via
+  `POST /api/base/:baseId/plugin-installs {"position":"route"}` → open the URL.
 
 Use `browser-act` to verify or ask the user to check.
 
@@ -244,14 +299,18 @@ Use `browser-act` to verify or ask the user to check.
 
 Before claiming done:
 
-- [ ] `dist/main.js` built and is a valid IIFE bundle
+- [ ] `dist/main.js` built and is a valid IIFE bundle (`!function` / `(function` /
+      `(() =>` / `var x=(function` prefix — run `head -c 20 dist/main.js`)
+- [ ] Chunks (if any) are FLAT names (`[name]-[contenthash].chunk.js`)
 - [ ] `plugin.json` at project root with correct `id`, `entry`, `positions`
 - [ ] No hardcoded URLs/table IDs/tokens — all via host SDK
 - [ ] Loading, error, and empty states handled in the UI
 - [ ] `definePlugin()` called with `onLoad(ctx)` that registers at least one component
-- [ ] Upload returns 201, pluginId captured
+- [ ] Upload returns 2xx (assets count > 1 when chunks/maps exist)
 - [ ] Enable (plugin-config) called before install
 - [ ] Install returns 2xx
 - [ ] Plugin renders and works
+- [ ] Dev-loop deploys redone as a production upload (no `devMode` in the
+      final manifest) before handover
 
 If any box is unchecked, fix it.

skills/inkreach-teable-plugin/dynamic-plugins/overview.md

@@ -49,11 +49,17 @@ gated by a developer whitelist and bundles are validated for security.
    → check minAppVersion compatibility
    → <link> inject CSS (if manifest.style exists)
    → <script src="/api/plugin/:id/runtime/main.js"> (IIFE executes)
+   → if the bundle code-splits, lazy chunks load from the same runtime
+     endpoint (output.publicPath = /api/plugin/:id/runtime/), served as
+     plain .js assets
    → script calls definePlugin({ id, name, onLoad, ... })
      → window.__TEABLE_PLUGINS__[pluginId] = config
    → PluginLoader reads registration, creates PluginContext, calls onLoad(ctx)
    → ctx.addContextMenuAction(...) etc. register React components to componentRegistry
    → PluginSlot renders registered components at the right mount point
+   → if manifest.devMode is true (dev loop only), the loader polls the
+     manifest every 4s and remounts the plugin when buildId changes —
+     no page refresh (production manifests never set devMode)
 
 3. Plugin unloads
    → onUnload(ctx) called
@@ -117,32 +123,41 @@ Location: `apps/nextjs-app/src/features/app/components/plugin/host/event-bus.ts`
 
 ```
 dist/
-├── main.js       # IIFE bundle (webpack output)
+├── main.js                      # IIFE entry bundle (webpack/vite output)
-└── styles.css    # optional stylesheet
+├── <name>-<hash>.chunk.js       # optional lazy chunks (code splitting) — FLAT names
+├── *.js.map                     # optional source maps (served as application/json)
+└── styles.css                   # optional stylesheet (Tailwind/SCSS output OK)
 plugin.json                      # manifest
 ```
 
 ## Shared dependency bridging
 
-Plugin webpack config marks these as externals, mapping to host globals:
+Plugin webpack config marks ONLY the React singleton as external, mapping to
+a host global:
 
 ```javascript
 externals: {
   'react':     'window.__TEABLE_HOST__.React',
   'react-dom': 'window.__TEABLE_HOST__.ReactDOM',
-  '@teable/sdk':        'window.__TEABLE_HOST__.SDK',
-  '@teable/ui-lib':     'window.__TEABLE_HOST__.UILib',
-  '@teable/openapi':     'window.__TEABLE_HOST__.OpenAPI',
-  '@teable/plugin-sdk': 'window.__TEABLE_HOST__.PluginSDK',
 }
 ```
 
-This means the plugin does NOT bundle React or host packages — it uses the
+Everything else on the host (`SDK`, `UILib`, `OpenAPI`, `PluginSDK`) is read
-host's singleton instances. The bundle only contains the plugin's own code.
+from `window.__TEABLE_HOST__` at runtime — there is NO working externals
+mapping for `@teable/*` packages (a value import via the old
+window-global-externals style compiled to `undefined`; via monorepo source
+aliases it would inline the whole package source — see troubleshooting.md
+Pitfall 1). `react/jsx-runtime` is intentionally NOT external: the jsx
+automatic transform bundles it, which is safe — it only creates element
+objects, while hooks/context/state still resolve through the externalized
+`react` → host singleton.
+
+Other npm dependencies (react-router, charts, lodash…) are bundled into the
+plugin as normal.
 
 ## Two ways to access host APIs
 
-### 1. Through `window.__TEABLE_HOST__` (recommended for IIFE)
+### 1. Through `window.__TEABLE_HOST__` (the only runtime path)
 
 ```javascript
 const host = window.__TEABLE_HOST__;
@@ -153,17 +168,21 @@ const { getRecords } = host.OpenAPI;
 const { definePlugin, useSelection } = host.PluginSDK;
 ```
 
-This is what `plugins/batch-edit-pro/` uses — the plugin bundle has no
+This is what `plugins/plugin-showcase/` and `plugins/batch-edit-pro/` use —
-`@teable/*` imports, everything resolves through the host global.
+the plugin bundle has no `@teable/*` runtime imports, everything resolves
+through the host global. `import { useState } from 'react'` also works (the
+externals mapping above redirects it to the host singleton).
 
-### 2. Through `@teable/plugin-sdk` (also works because webpack externals)
+### 2. `import type` from `@teable/*` (type-checking only)
 
 ```typescript
-import { definePlugin } from '@teable/plugin-sdk';
+import type { ITeableHost } from '@teable/plugin-sdk';
+export const host = window.__TEABLE_HOST__ as unknown as ITeableHost;
 ```
 
-At build time, webpack resolves this to `window.__TEABLE_HOST__.PluginSDK.definePlugin`.
+`import type` is erased at compile time — it never reaches the bundle. This
-Both styles work — the externals config handles the mapping.
+is how scaffolded projects get full type safety inside the monorepo
+(standalone scaffolds ship a loose-typed local host module instead).
 
 ## Positions and registration
 
@@ -173,4 +192,4 @@ Both styles work — the externals config handles the mapping.
 | Panel | Right-side drawer of a table view | `ctx.addPanel(id, component)` |
 | View | View-type dropdown (alongside grid/form/gallery) | `ctx.addView(id, component)` |
 | Dashboard | Grid card on space dashboard | `ctx.addDashboardWidget(id, component)` |
-| Route | Full-page route (e.g., `/plugin/:pluginId/my-page`) | `ctx.addRoute(path, component)` |
+| Route | Full-page app at `/base/:baseId/p/:pluginId` (whole viewport inside BaseLayout; own router OK, HashRouter recommended) | `ctx.addRoute(id, component)` |

skills/inkreach-teable-plugin/dynamic-plugins/sdk-api.md

@@ -59,9 +59,17 @@ ctx.addContextMenuAction(id: string, component: React.FC): Disposable;
 ctx.addPanel(id: string, component: React.FC): Disposable;
 ctx.addDashboardWidget(id: string, component: React.FC): Disposable;
 ctx.addView(id: string, component: React.FC): Disposable;
-ctx.addRoute(path: string, component: React.FC): Disposable;
+ctx.addRoute(id: string, component: React.FC): Disposable;
 ```
 
+**Route position** (full-page apps, since 2026-10): the component renders at
+`/base/<baseId>/p/<pluginId>` — the whole main-area viewport inside the base
+layout, so SDK hooks like `host.SDK.useBaseId()` work. Install the plugin at
+position `"route"` (`POST /api/base/:baseId/plugin-installs`) and include
+`"route"` in `manifest.positions`. The plugin brings its own router — use
+HashRouter (e.g. `react-router-dom` bundled as a normal npm dep) so Next.js
+routing is untouched. Working example: `plugins/plugin-showcase/src/App.tsx`.
+
 ### Events
 
 #### `ctx.on(event, handler): Disposable`

skills/inkreach-teable-plugin/dynamic-plugins/troubleshooting.md

@@ -104,3 +104,46 @@ If you're setting up the webpack config manually, make sure:
 - The plugin does NOT need `import React from 'react'` at the top when using
   `react-jsx` transform — JSX is auto-transpiled. But you still need
   `const React = host.React` for any explicit `React.createElement` calls.
+
+## Pitfall 8: Chunk 404 at runtime — multipart strips directory names (2026-10)
+
+`webpack output.chunkFilename: 'static/js/[name].chunk.js'` builds fine, the
+upload succeeds, but the browser 404s the chunk: multer/busboy flattens
+multipart filenames, so the server stored `469.chunk.js` while the bundle
+requests `static/js/469.chunk.js`.
+
+**Fix**: keep chunk names FLAT — `chunkFilename: '[name]-[contenthash].chunk.js'`
+(contenthash prevents collisions). Public path still works:
+`output.publicPath: '/api/plugin/<id>/runtime/'`.
+
+## Pitfall 9: `Bundle must be IIFE format` after a successful build
+
+Three producer-side causes, all seen in the wild:
+1. **Terser license banner** — bundling any npm package with license comments
+   makes webpack emit `/*! For license information... */` BEFORE `!function`.
+   Fix: `optimization.minimizer: [new TerserPlugin({ extractComments: false })]`.
+2. **Development-mode webpack** output starts with `/******/` banner comments.
+   The dev watch loop therefore builds with `--mode production`.
+3. **Vite/esbuild IIFE** output starts `var <name>=(function...` — the
+   validator accepts it (since 2026-10); no post-processing needed.
+
+## Pitfall 10: vite scaffold `pnpm install` fails with ERR_PNPM_IGNORED_BUILDS
+
+pnpm ≥ 10/11 blocks esbuild's postinstall and (on patched hosts) treats it as
+fatal. Fix (scaffold generates it): `pnpm-workspace.yaml` with
+`allowBuilds:\n  esbuild: true`. esbuild also works without its script (binary
+comes from optionalDependencies) — only the pnpm gate needs the allow entry.
+
+## Pitfall 11: PAT gets 403 fetching `/api/plugin/:id/runtime/*`
+
+Access tokens only pass routes with `@TokenAccess()` or `@Permissions` — the
+runtime asset serving has neither. This is by design (the browser loads with a
+session). For curl verification use a signed `auth_session` cookie; for uploads
+use the PAT (`upload-bundle` and `POST /api/plugin` are token-accessible).
+
+## Pitfall 12: "react/jsx-runtime would duplicate React" worry
+
+It does not. The jsx automatic transform imports `react/jsx-runtime`, which is
+bundled into the plugin on purpose: it only creates plain element objects.
+Hooks/context/state go through the externalized `react` → host singleton. This
+is exactly how the deployed ticket-console/batch-edit-pro bundles behave.

skills/inkreach-teable-plugin/metadata.json

@@ -1,7 +1,7 @@
 {
-  "version": "1.0.0",
+  "version": "1.1.0",
   "organization": "inkreach",
   "authors": ["inkreach"],
-  "tags": ["plugin", "teable", "zip", "bridge", "context-menu", "dashboard", "panel", "view", "iframe"],
+  "tags": ["plugin", "teable", "bundle", "iife", "webpack", "vite", "context-menu", "dashboard", "panel", "view", "route", "hot-reload", "source-map"],
-  "abstract": "Develop ZIP plugins for inkreach-teable: 4 mount positions, penpal bridge API, AI-friendly templates and examples."
+  "abstract": "Develop dynamic React component plugins for inkreach-teable: IIFE bundles (webpack or vite) loaded at runtime via window.__TEABLE_HOST__ with 5 mount positions including full-page route apps, multi-asset uploads (lazy chunks + source maps), a watch-and-hot-reload dev loop, and the teable-plugin CLI scaffold."
 }