* feat(xray): reference-cleanup helpers for entity deletion
When an outbound or balancer is deleted on the Xray page, routing rules and
balancers that reference it must be repaired in the same edit, or the saved
config breaks the core: a dangling balancerTag stops Router.Init (whole core
down), a dangling outboundTag black-holes matched traffic at the dispatcher.
Add pure plan*/apply* helpers that compute and apply the cleanup. A rule is
kept when a destination (outboundTag or balancerTag) remains and dropped when
none does. Deleting an outbound cascades: emptying a balancer selector removes
that balancer too, then repairs its rules in one pass against the full removed
set; fallbackTag and dialerProxy references are cleared and observatories
re-synced.
* fix(balancers): clean routing rules referencing a deleted balancer
Deleting a balancer left routing rules pointing at its balancerTag. xray-core's
Router.Init then fails ("balancer <tag> not found"), the core won't restart and
every inbound drops — the saved config passes CheckXrayConfig (JSON shape only),
so it breaks only on the next restart.
The delete confirm now lists the affected rules (modified vs removed) next to
the existing observatory warning and applies planBalancerDeletion's cleanup: a
rule keeps its outboundTag when present, otherwise the whole rule is dropped.
Adds the shared DeletionImpactList and refCleanup strings across all 13 locales.
* fix(outbounds): clean rules, balancer selectors and dialerProxy on outbound delete
Deleting an outbound left routing rules pointing at its outboundTag (matched
traffic black-holed at the dispatcher), plus stale references in balancer
selectors / fallbackTag and other outbounds' dialerProxy.
The delete confirm now shows planOutboundDeletion's impact and applies the
cascade: rules keep a remaining balancerTag (else are dropped), the tag is
pulled from balancer selectors and fallbacks, dialerProxy references are
cleared, and a balancer whose selector is emptied is removed along with its
own now-targetless rules.
* refactor(xray): share one rule classifier across preview and apply
Code review flagged that the keep/drop predicate was transcribed twice — in
ruleImpacts (the delete-modal preview) and in applyCleanup (the mutation) — kept
in sync only by a parity test. Extract a single classifyRule() that both call,
so the preview can never disagree with what apply actually does.
Also harden balancersEmptiedBy to skip tagless balancers: an empty/missing tag
would otherwise enter the removed set as "" and silently drop every other
tagless balancer (only reachable via a hand-edited config, but a silent data
loss). And remove observersRemovedByDeletingBalancer, orphaned once BalancersTab
switched to planBalancerDeletion.
* fix(xray): null-guard reference cleanup against unvalidated configs
The PR review noted that classifyRule and applyCleanup dereferenced rule /
balancer entries directly, while the sibling propagateOutboundTagRename uses
optional chaining — because fetchXrayConfig falls back to the unvalidated parsed
object when Zod validation fails, a stray null in rules / balancers can survive
into the editor and would throw during the delete preview/apply.
Match that defensive style: classifyRule and balancersEmptiedBy read through
optional chaining, the balancer loop skips nullish entries, and the dialerProxy
walk guards the outbound. A delete on a hand-edited config with null entries now
degrades gracefully instead of throwing.
3x-ui frontend
React 19 + Ant Design 6 + TypeScript + Vite 8. Three SPA bundles —
index.html (admin panel SPA, all /panel/* routes), login.html
(login + 2FA), and subpage.html (public subscription viewer). All
three are built into ../internal/web/dist/ and embedded into the Go binary
via embed.FS.
State is split between local useState, TanStack Query for server
state, and useTheme / useWebSocket contexts. Form validation,
API parsing, and the xray config model all run through a single
shared Zod schema tree (see Schemas).
Dev
npm install
npm run dev
Vite serves on http://localhost:5173/. API calls and /panel/*
routes proxy to the Go panel at http://localhost:2053/, so start
the Go panel first (go run main.go) and then Vite. The proxy
auto-rewrites /panel, /panel/settings, /panel/inbounds,
/panel/xray to the matching Vite-served HTML, so the sidebar's
production-style links work without round-tripping through Go.
Scripts
| Command | What |
|---|---|
npm run dev |
Vite dev server with API + WS proxy to Go |
npm run build |
Regenerates OpenAPI + Zod, then builds into ../internal/web/dist/ |
npm run preview |
Serve the built bundle locally |
npm run typecheck |
tsc --noEmit (strict, no emit) |
npm run lint |
ESLint flat config (@typescript-eslint + react-hooks) |
npm run test |
Vitest single run (schema fixtures, link parsers, …) |
npm run test:watch |
Vitest watch mode |
npm run gen:api |
Build public/openapi.json from pages/api-docs/endpoints.ts |
npm run gen:zod |
Run the Go-side openapigen tool → src/generated/{zod,types}.ts |
CI runs typecheck, lint, test, and build on every PR
(see ../.github/workflows/ci.yml).
One-off: scan for deprecated APIs
Run this command to sweep the codebase for usages of APIs marked
with the JSDoc @deprecated tag (AntD prop renames, Zod renames,
removed Web APIs, etc.):
npx eslint --config eslint.deprecated.config.js src
It's a type-aware ESLint run against eslint.deprecated.config.js
and is not wired into npm run lint because typed linting triples
the wall-clock time.
Production build
npm run build
Outputs to ../internal/web/dist/ (HTML at the root, hashed JS/CSS under
assets/). manualChunks splits AntD, icons, codemirror, and
react-query into separate vendor bundles to keep the per-page
initial JS small. The Go binary embeds this directory at compile
time and internal/web/controller/dist.go serves the per-page HTML.
Layout
frontend/
├── index.html, login.html, subpage.html # 3 Vite entries
├── tsconfig.json
├── eslint.config.js
├── eslint.deprecated.config.js # On-demand type-aware lint config that flags
│ # usages of APIs marked with JSDoc @deprecated
├── vitest.config.ts
├── vite.config.js
├── scripts/
│ └── build-openapi.mjs # endpoints.ts → openapi.json
└── src/
├── entries/ # Per-page bootstrap (createRoot + render)
├── main.tsx # Shared root for the admin SPA (index.html)
├── routes.tsx # react-router routes mounted under /panel/
├── pages/ # One folder per route, page component + helpers
│ ├── index/, login/, inbounds/, clients/, xray/, nodes/,
│ ├── settings/, api-docs/, sub/
├── layouts/ # AdminLayout (sidebar + header + outlet)
├── components/ # Cross-page React components
├── hooks/ # useClients, useTheme, useWebSocket, …
├── api/ # Axios + CSRF interceptor, TanStack Query bridge,
│ # WebSocket client + queryClient.ts
├── i18n/ # react-i18next init (locales in internal/web/translation/)
├── lib/xray/ # Pure functions: link generation, defaults,
│ # form ⇄ wire adapters, protocol capabilities
├── schemas/ # Zod source-of-truth (see "Schemas" below)
├── generated/ # Code-generated zod + ts types from Go
│ # (DO NOT hand-edit — regenerated by gen:zod)
├── models/ # Thin legacy types still in transit
│ # (DBInbound, Status, AllSetting)
├── styles/ # Shared CSS modules
├── test/ # Vitest specs + golden fixtures
│ ├── *.test.ts
│ ├── __snapshots__/
│ └── golden/fixtures/ # Per-(protocol × network × security) JSON
└── utils/ # HttpUtil, ClipboardManager, SizeFormatter, …
Schemas
src/schemas/ is the single source of truth for the xray
configuration model. Every API response is parsed through it,
every form field is validated against it, and TypeScript types
are inferred via z.infer<typeof X> — never hand-written.
schemas/
├── primitives/ # Atomic reusable schemas (port, protocol, sniffing, …)
├── api/ # Backend response shapes (e.g. SlimInboundSchema)
├── forms/ # User-facing form shapes (narrower than api/)
├── protocols/
│ ├── inbound/ # Per-protocol settings (vmess, vless, trojan, …)
│ ├── outbound/
│ ├── stream/ # Network transports (tcp, ws, grpc, xhttp, kcp, …)
│ └── security/ # TLS, Reality, none
├── client.ts, dns.ts, routing.ts, setting.ts, status.ts, xray.ts
└── _envelope.ts # Generic `Msg<T>` envelope wrapper
Patterns:
- Discriminated unions for polymorphic data — inbound
settingsisz.discriminatedUnion('protocol', […]), same for stream and security. - Three validation layers, non-overlapping:
- API boundary:
parseMsg(msg, schema, ctx)inside TanStack QueryqueryFn— warn-only in prod, throws in dev - Form input:
antdRule(schema.shape.field)on every<Form.Item>— blocks submit + per-field inline error - Wire request:
Schema.parse(payload)insidemutationFn— throws, because a malformed payload here is always a developer bug
- API boundary:
- No
.loose()or[key: string]: anyin production schemas.@typescript-eslint/no-explicit-any: erroris enforced.
Form pattern (Pattern A)
All non-trivial modals use this single pattern:
const [form] = Form.useForm<InboundFormValues>();
const onFinish = async () => {
const values = await form.validateFields();
await createInbound.mutateAsync(values);
};
<Form form={form} onFinish={onFinish}>
<Form.Item
name="port"
label="Port"
rules={[antdRule(InboundFormSchema.shape.port, t)]}
>
<InputNumber min={1} max={65535} />
</Form.Item>
</Form>
No safeParse-on-submit handlers, no useRef<any> for form
references, no inline z.string().min(1) in rules. Conditional
fields use <Form.Item dependencies={...} shouldUpdate> with the
nested protocol schema.
Testing
Vitest runs everything under src/test/. Schemas have golden
fixture suites — one JSON per (protocol × network × security)
combination round-tripped through schema.parse → link generator
→ snapshot. Regenerate snapshots after intentional changes:
npx vitest run -u
Fixtures live in src/test/golden/fixtures/ and are auto-discovered
via import.meta.glob.
Adding a new page
Most new routes go inside the admin SPA (index.html) via
routes.tsx — no new HTML or Vite entry needed.
- Add the page component under
src/pages/<page>/. - Register it in
src/routes.tsxunder the/panel/...tree. - If you need a brand-new top-level bundle (login-style standalone
page), add the HTML at
frontend/<page>.html, an entry atsrc/entries/<page>.tsx, and register it inrollupOptions.inputinvite.config.js. Then add the Go controller call toserveDistPage(c, "<page>.html").