The desktop outbounds table was keyed by the outbound's real index, but the
mobile card list was left keying the probe trigger and every test-state
lookup by the positional row index. With a hidden balancer-loopback outbound
present, tapping Check on a mobile card probed the wrong outbound and the
Test-All results landed on the wrong card. Key onTest and the
testResult/isTesting reads by record.key, matching the desktop columns.
The quota field shows the total in GB rounded to two decimals; editing a
client and saving converted that display value straight back to bytes. A
byte total not aligned to 0.01 GB — one set via the API or an import — was
therefore rewritten to the rounded value on any save that never touched the
field, losing a few MB each time.
Add resolveTotalBytes: keep the original byte total when the displayed GB
still matches it, and only re-derive from GB when the user actually changed
the field.
The sniffing config editor froze its seed value at mount and only watched
its own inner AntD form, never reflecting a later change to the shared RHF
`sniffing` path. Because the inbound form mounts every tab with
forceRender, the friendly Sniffing tab and the Advanced JSON editor are live
at once: editing sniffing in the JSON editor updated the RHF value but not
the frozen island, so the next interaction with the friendly tab emitted the
stale value and silently discarded the JSON edit.
Add an effect that pushes an external value change into the inner form,
guarded by the same lastEmitted marker the emit path uses so the island
never re-seeds from its own echo and no update loop forms.
The rule form rebuilt the rule from a fixed literal of only the fields it
edits, and RoutingTab replaces the rule wholesale on confirm. Fields the
form never exposes — localPort, localIP, process, ruleTag, webhook — are in
the rule schema and can arrive via the advanced JSON editor or Import Rules;
opening such a rule in the form and saving silently dropped them.
Carry over every key of the original rule the form does not manage before
applying the form-derived fields, so an edit only touches what it surfaces.
BasicsTab derived directHappyEyeballs by calling HappyEyeballsSchema.parse
during render, guarding only against null/non-object. A wrong-typed field
(e.g. happyEyeballs.tryDelayMs as a string) or any other shape mismatch —
reachable via the Complete Template JSON editor or an imported config — threw
straight out of render, white-screening the default Xray landing tab.
Use safeParse and fall back to null so a bad value degrades to "no override"
instead of crashing the page.
The outbounds table hides balancer-loopback outbounds (`_bl_*`) but keeps
each visible row's original index in `key`, then passed antd's positional
row index to edit/delete/move and to the per-row probe (onTest) and its
result lookup — all of which address the full, unfiltered outbounds array.
Once a hidden loopback outbound precedes a visible one, the positional index
diverges from the array index, so deleting or editing an outbound hit the
wrong one (its deletion-impact plan and removal targeting the wrong entry),
and the test button probed / showed results against the wrong outbound.
Add originalOutboundIndex and route the mutating handlers through it; key
the probe trigger and test-result columns by record.key. With no loopback
rows hidden the mapping is the identity, so ordinary configs are unaffected.
The routing table hides balancer-loopback rules (`_bl_*`) but keeps each
visible row's original index in `key`, then handed antd's positional row
index straight to edit/delete/toggle/move/drag — all of which mutate the
full, unfiltered routing.rules array. Once a hidden loopback rule precedes a
visible one (e.g. a balancer whose fallback is another balancer, plus any
rule added afterwards), the positional index no longer matches the array
index, so deleting or editing a rule silently hit the wrong one — including
destroying the loopback rule that keeps the balancer alive.
Add originalRuleIndex to translate a positional row index back through the
row's `key`, and route every mutating handler (openEdit, confirmDelete,
toggleRule, moveUp/moveDown, drag) through it. When no loopback rows are
hidden the mapping is the identity, so ordinary configs are unaffected.
The desktop node table used rowKey="id", but transitive sub-nodes (the
read-only rows surfaced from downstream nodes) all carry id 0, so a topology
with two or more transitive rows gave React duplicate keys. antd's rowKey
prop overrides the row object's own computed `key` (`t-${guid}` for
transitive rows, the numeric id otherwise), so the unique key the code
already builds was ignored — causing row-state/DOM mis-association on any
re-render (heartbeat refetch, address-eye toggle). The mobile card path
already keyed by record.key.
Key the table by "key" so transitive rows get their distinct t-${guid}
identity; direct nodes keep key === id, so row selection (filtered to numeric
keys) is unchanged.
onOutbounds wrote the raw WebSocket payload straight into the
outboundsTraffic cache, unlike the sibling onNodes/onInbounds handlers which
first check Array.isArray. A malformed non-array push (for example an object)
would land in the cache with staleTime Infinity; consumers that call
.find()/.map() on the outbounds list would then throw and crash the Outbounds
tab. Add the same Array.isArray guard so a bad push is ignored.
websocketBridge.ts and useWebSocket.ts each declared their own
module-scoped sharedClient plus an identical getSharedClient, so the
"shared" client was not shared between them: whenever a page using
useWebSocket (Clients/Inbounds) mounted alongside the always-mounted
bridge, the panel opened two sockets to /ws. The server then pushed every
traffic/stats/nodes/inbounds snapshot to both, doubling WebSocket bandwidth
and running two independent reconnect loops, and the hook's socket was never
disconnected on unmount.
Hoist a single getSharedWebSocketClient into api/websocket.ts and route both
the bridge and the hook through it, so exactly one connection is opened.
HttpUtil.get/post read the thrown HttpError body as response.data.message,
but the backend error envelope (entity.Msg) serializes its text as msg. On
any non-2xx JSON response the real reason was therefore dropped and the
operator saw only the generic "Request failed with status N" toast.
Read response.data.msg first (keeping message and the native error text as
fallbacks). The sibling test had pinned the wrong body shape ({ message });
correct it to the real backend shape ({ success:false, msg }) so it exercises
the actual envelope.
On a 403 to an unsafe method the client cleared its cached CSRF token and
called ensureCsrfToken to retry. But ensureCsrfToken prefers the
<meta name="csrf-token"> tag baked into the page, which the production
panel always injects, so the "refresh" re-read the same stale token and the
/csrf-token refetch was never reached — the retry re-sent the token that had
just been rejected and the save failed with an error toast.
The token lives in the session and rotates when the session is regenerated
(for example re-login in another tab), leaving the tab's baked-in meta token
stale. Fetch the current token straight from /csrf-token in the 403 branch so
the retry uses the authoritative server value. The existing tests only passed
because they strip the meta tag; the new test keeps a stale tag present.
antd's Form.useWatch only reports registered fields, so while the
sniffing toggle was off the island emitted { enabled: false } upward and
replaced the full Sniffing object in form state. Saving a VLESS reverse
outbound then crashed in sniffingToWire on the missing ipsExcluded
array; the loopback outbound and the inbound sniffing tab shared the
same hole. Watch the store with preserve: true so unrendered fields
keep their values, and seed a missing value from the schema defaults
instead of an empty cast.
Base64.decode called window.atob directly, which rejects the base64url
alphabet (- and _) and unpadded input. But the panel's own share-link emitter
uses Base64.encode(x, true) (URL-safe, unpadded), and real SIP002 links do too,
so importing a Shadowsocks link whose method:password encodes with a - or _ threw,
fell back to the raw undecoded string, and produced a wrong method and garbage
password (the vmess parser shared the same limitation). Normalize base64url and
re-pad before atob so decode round-trips every emitted link.
* feat(settings): add subscription format controls
* feat(sub): auto-detect subscription formats
* fix(xray): validate balancer regexes before save
* Revert "fix(xray): validate balancer regexes before save"
This reverts commit 8a208ce71b.
* doc(endpoints): align indent spaces
* doc(settings): improve error message formatting in validateSubUserAgentRegex
- Use NewErrorf with proper formatting instead of NewError with string concatenation
- Add comment explaining the rationale for returning original pattern value
- This preserves the intentional design where empty input is stored as empty
in the DB and inherited as the runtime default at read time
---------
Co-authored-by: Tomilla <5007859+Tomilla@users.noreply.github.com>
Co-authored-by: Sanaei <ho3ein.sanaei@gmail.com>
* fix(frontend): add shared stable speed-tag style
Give live up/down rate tags a fixed width, centered layout, nowrap,
and tabular numerals so digit/unit changes cannot reflow the Speed column.
Ultraworked with [Sisyphus](https://github.com/code-yeongyu/oh-my-openagent)
Co-authored-by: Sisyphus <clio-agent@sisyphuslabs.ai>
* fix(frontend): stabilize InboundSpeedTag and ClientSpeedTag layout
Apply the shared speed-tag class/style to both live rate tags and lock
the behavior with a focused component test for small and large rates.
Ultraworked with [Sisyphus](https://github.com/code-yeongyu/oh-my-openagent)
Co-authored-by: Sisyphus <clio-agent@sisyphuslabs.ai>
* fix(frontend): align speed columns with stable tag width
Widen inbound/client Speed columns to match the fixed tag and apply the
same stable style to idle dash cells so active/idle swaps do not jitter.
Ultraworked with [Sisyphus](https://github.com/code-yeongyu/oh-my-openagent)
Co-authored-by: Sisyphus <clio-agent@sisyphuslabs.ai>
* fix(frontend): scope stable speed tags to table cells and fit content
---------
Co-authored-by: x06579 <x06579@ai-dashboard>
Co-authored-by: Sisyphus <clio-agent@sisyphuslabs.ai>
* feat(frontend): show client comments on mobile cards
* fix(frontend): bound mobile comment height
---------
Co-authored-by: sanmaxdev <sanmaxdev@users.noreply.github.com>
Object-form DNS server entries always received port: 53, because
DnsServerObjectInnerSchema defaulted the port unconditionally and the
DnsServerModal wire adapter always wrote it. Per Xray-core, encrypted
schemes must not carry a port field; a non-standard port is embedded in
the URL instead.
Default the port to 53 only for non-encrypted addresses and omit it for
the encrypted DNS schemes Xray dispatches without a port - https,
https+local, h2c, h2c+local and quic+local - both in the Zod schema and
in the modal's valuesToWire adapter. Schemes are matched
case-insensitively to mirror Xray-core's EqualFold comparison. A shared
isEncryptedDnsAddress helper backs both paths.
Fixes#5920
Co-authored-by: Matt Van Horn <455140+mvanhorn@users.noreply.github.com>
Bump xtls/xray-core to 50231eaf (v26.7.11) and the three binary pins
(DockerInit.sh, release.yml x2) in lockstep.
Adapt the panel to the upstream changes:
- Shadowsocks "none"/"plain" and VMess "none"/"zero" were removed from
the core. A migration rewrites stored none/plain SS methods to a
supported cipher and none/zero VMess security to "auto" (on both the
clients column and inbound settings JSON); the SS build-time heal does
the same so a row injected after boot cannot brick startup. The removed
values are dropped from every frontend option list, schema and adapter,
and coerced to "auto" at the Go link/sub/Clash emit sites and both link
importers. Fix the CipherType_NONE sentinel that no longer compiles.
- Unencrypted vless/trojan outbounds to a public address are now refused
by the core. Validate outbounds through the vendored config loader when
saving the xray template and when storing/merging outbound
subscriptions, so one such outbound cannot keep the core from starting.
- New TCP finalmask type "xmc" (Minecraft mimicry): add it to the sub
link allowlist, the frontend enum and the FinalMask form (hostname,
usernames, required password), and document it.
- streamSettings gained a "method" alias for "network"; canonicalize it
to "network" at inbound save time and in the form adapters/schema so a
method-keyed config keeps its transport.
- New root "env" config key is passed through xray.Config, compared in
Equals, and forces a restart in the hot diff.
- REALITY now defaults minClientVer to 26.3.27; update the form
placeholder.
XHttpXmuxSchema defaulted maxConnections to 6 (added to mirror xray-core
v26.6.27's anti-RKN client default), so load-time hydration backfilled a
non-zero maxConnections onto every config whose saved xmux lacked the
key. Since maxConnections and maxConcurrency are mutually exclusive on
the wire, the save-time exclusivity rule then saw both fields set and
silently deleted the user's maxConcurrency; the missing key came back as
the '16-32' schema default on the next load, so edits appeared to never
save.
Revert the bare schema default to 0 and seed the anti-RKN
maxConnections=6 only when XMUX is freshly toggled on
(XMUX_FRESH_DEFAULTS, with maxConcurrency left blank — xray-core parses
an empty range string as 0), so the two strategies never start out
conflicting. The inbound and outbound XMUX forms now also clear the
opposing field live as soon as the user sets one, so whichever strategy
was actually typed is the one persisted.
Closes#5864
* feat(balancer): add balancer-to-balancer fallback support
Xray does not natively support using a balancer as fallbackTag for
another balancer. This feature automates the loopback workaround:
when a user selects a balancer as fallback, the panel generates a
loopback outbound + routing rule in the template.
How it works:
- User picks fallback balancer from dropdown
- Panel creates loopback outbound _bl_{target} + routing rule
- Balancer fallbackTag set to _bl_{target}
- Traffic: Balancer A → loopback _bl_B → routing rule → Balancer B
Key features:
- Dedup: multiple balancers sharing same fallback reuse one loopback
- DFS cycle detection at edit time and on save
- Self-reference guard (cannot select own balancer)
- Delete protection (blocks if used as fallback by others)
- Cleans up routing rules referencing deleted balancers
- Override resolves balancer tags through loopback mechanism
- All live status tags resolved for display
- Internal _bl_ objects filtered from Outbounds/Routing UI
- Backward-compatible with old _bl_ naming format
- Translations for all 13 locales
* fix(review): override regression, save payload sync, i18n completeness
- OverrideBalancer: only resolve to loopback when resolution succeeds,
pass original target through for plain outbound tags
- onSaveAll: serialize cleaned template before save to ensure the
healed/cleaned config is what gets persisted
- Add reservedPrefix translation key to all 12 non-English locales
- Restore trailing newlines in all 13 translation JSON files
* fix(test): update balancer form modal tests after cycle-detection guard
The okButtonProps disabled guard (added in 56d5825c) prevents the modal
from firing onOk when the form is invalid. The old tests clicked the
button expecting validation errors to appear, but antd Modal never calls
onOk on a disabled button — causing false failures.
Rewrite to test the actual guard behavior:
- Button starts disabled (empty form)
- Stays disabled with tag only (selector still empty)
- Stays disabled for duplicate tag
- Disabled button does not trigger onConfirm
---------
Co-authored-by: MHSanaei <ho3ein.sanaei@gmail.com>
* feat(xray): default outbound picker in basic routing
Let panel users choose which outbound handles unmatched traffic by
moving it to the first position in the template outbounds list.
* fix(xray): keep direct/blocked outbounds when changing default
* style(routing): revert incidental whitespace churn
Drop double blank lines and the reformatted function signature so the default-outbound diff stays focused on behavior.
* chore(frontend): add husky + lint-staged pre-commit gate
Wire a local pre-commit gate that runs eslint --fix on staged
frontend TypeScript via lint-staged. Because the only package.json
lives in frontend/ while the git root is one level up, the prepare
script installs husky hooks at frontend/.husky from the repo root
(cd .. && husky frontend/.husky), and the pre-commit hook cd's into
frontend/ before invoking lint-staged so node_modules resolves.
* test(frontend): add MSW request mocking
Add Mock Service Worker so tests can exercise the real http-init.ts
request pipeline (CSRF acquisition, 403 refetch-and-retry, body
parsing) instead of only stubbing HttpUtil. A node setupServer is
started for the vitest unit project with onUnhandledRequest bypass so
the existing HttpUtil spies and 55 component tests are untouched; the
browser worker is copied to public/ for Storybook and dev use.
* chore(frontend): add Storybook + component stories
Set up Storybook 10 on the React-Vite builder (compatible with the
pinned Vite 8.1.3 and React 19). The preview decorator mirrors the
vitest component harness: an Ant Design ConfigProvider with a
light/dark toolbar toggle and an en-US i18next instance. main.ts
neutralizes the app vite config bits that do not belong in a component
workshop (the three-entry rollup input, renderBuiltUrl, and the shared
dist outDir) so build-storybook can never clobber internal/web/dist.
Seeds stories across the presentational library (viz, ui, clients,
feedback). build-storybook is a local tool and is not wired into the
CI gate.
* feat(frontend): add React Hook Form primitives
Introduce the shared RHF layer that AntD inputs bind through, ahead of
migrating the forms off Ant Design's Form store:
- FormField wraps a Controller in an Ant Design Form.Item shell,
reconciling the value/onChange shapes of Input, Switch, InputNumber,
Select and friends via normalizeAntdOnChange, with input/output
transforms and Zod-issue-key error messages resolved through t().
- useZodForm wires zodResolver (Zod 4) with the AntD-matching modes
(validate on submit, then live) and shouldUnregister false so hidden
and unmounted-tab fields keep their values.
- rhfZodValidate covers the rare per-field rule sites.
Covered by a FormField test exercising normalization, transforms, and
resolver error surfacing.
* refactor(frontend): migrate Pattern-B leaf forms to React Hook Form
Move the controlled-useState leaf forms onto RHF via the FormField
primitive, keeping Ant Design components and each form's exact submit
behaviour (same safeParse, same toast on the first Zod issue, same
payload building):
- clients: ClientBulkAdjustModal, BulkAddToGroupModal, ClientBulkAddModal
- xray: RuleFormModal, BalancerFormModal, WarpModal, NordModal
Multi-control widgets that don't fit a single input (inbound dual
select, subId regen, expiry branches, the balancer tag warning) stay as
explicit Controller/setValue. Derived visibility now reads live values
through useWatch. FormField gains a required prop so migrated fields keep
their required-asterisk affordance.
Settings tabs are intentionally excluded: they are control-panel
components that live-patch a parent AllSetting via SettingListItem, not
Ant Design Form submit-forms.
* refactor(frontend): migrate LoginPage to React Hook Form
Replace the Ant Design Form store + antdRule per-field validation with
useForm + FormField. The AntD Form stays as the layout/submit wrapper,
now driving methods.handleSubmit(onSubmit) via onFinish. Username and
password validate through rhfZodValidate(LoginFormSchema.shape.*); the
two-factor field keeps its conditional required rule (only registered
when 2FA is enabled). Submit posts the same values to /login.
* refactor(frontend): migrate ClientFormModal to React Hook Form
Move the client add/edit form off controlled useState onto RHF while
preserving exact submit behaviour (same ClientFormSchema /
ClientCreateFormSchema safeParse, same toast, same payload + attach/
detach diff + external-links build). expiryDate is stored as an epoch
number (never a Dayjs) to survive RHF's value cloning, converted at the
DateTimePicker boundary. externalLinks uses useFieldArray with stable
ids. inboundIds and the derived show*/ss2022 visibility read live via
useWatch. Space.Compact button-group widgets stay manual Controllers so
the joined borders keep working.
* refactor(frontend): migrate Node and DNS modals to React Hook Form
Both are self-contained Pattern-A forms (no shared fragments). Replace
Form.useForm with useForm + FormProvider, Form.useWatch with useWatch,
setFieldValue with setValue, and partial validateFields([...]) with
methods.trigger([...]). Per-field antdRule becomes rhfZodValidate rules;
the Node scheme->tlsVerify cascade moves to FormField onAfterChange; the
DNS domains/expectIPs/unexpectIPs string arrays are driven by
useWatch + setValue. Submit runs through handleSubmit on the modal OK
button, preserving each form's exact validation, payload build, and
save/onConfirm behaviour.
* refactor(frontend): migrate HostFormModal to React Hook Form
The host external-proxy editor's outer form moves to useForm +
FormProvider. Security/tab visibility reads via useWatch; the three
json-form editors (HostMuxForm/HostSockoptForm/HostFinalMaskForm) are
bound as value/onChange black boxes through a Controller (their own
internal forms are unchanged). remark/inboundId keep their validation
via rhfZodValidate; submit runs through handleSubmit and builds the
same payload (isDisabled = !enable) and save call.
* refactor(frontend): migrate OutboundFormModal + fragments to React Hook Form
Move the outbound form cluster off Ant Design's Form store onto RHF.
The parent uses useForm + FormProvider with a watch() subscription for
the protocol reseed cascade and setValue-based network/security/xmux
cascades; the JSON<->Basic bridge and the formValuesToWirePayload
submit are preserved exactly. Every outbound transport/protocol/security
fragment now binds through FormField/useWatch via context.
The shared config editors stay untouched and are bound through small
value/onChange adapters (src/lib/xray/forms/fields: FinalMaskField,
SniffingField, SockoptCustomField) via Controller; HeaderMapEditor binds
directly. The host json-form wrappers that reuse the outbound MuxForm/
SockoptForm (HostMuxForm, HostSockoptForm, OutboundSubtreeJsonForm) move
to a local RHF provider to match. Outbound render/link tests pass
unchanged.
* refactor(frontend): migrate InboundFormModal + fragments to React Hook Form
Move the inbound add/edit form (the largest form in the panel) and its
transport/protocol/security fragments off Ant Design's Form store onto
RHF, mirroring the outbound migration. The parent uses useForm +
FormProvider with a watch() subscription for the protocol reseed
cascade (type==='change' guard so programmatic resets don't reseed) and
setValue-based network/security cascades; useSecurityActions drives the
TLS/Reality keypair + scan through setValue. Hidden pass-through
Form.Items are dropped (their values ride in the reset object and
survive via shouldUnregister:false), so getValues() still returns the
settings.clients subtree untouched. accounts / certificates / tun lists
use useFieldArray; the shared FinalMask/Sniffing/Sockopt editors bind
through the value/onChange adapters.
Submit keeps the manual InboundFormSchema.safeParse + formatInboundValidation
toast + formValuesToWirePayload exactly. The golden link/full fixtures
pass byte-for-byte, confirming identical wire output. inbound-form-blocks
test harness rewritten from a Form.useForm harness to an RHF provider.
* refactor(frontend): retire antdRule; document the RHF form pattern
All forms now build on React Hook Form, so the AntD-Form Zod adapter
antdRule (src/utils/zodForm.ts) has no remaining callers — remove it.
Update frontend/CLAUDE.md: forms use useZodForm + FormField from
components/form/rhf with zodResolver/rhfZodValidate validation; AntD
<Form> is layout-only; the shared FinalMask/Sniffing/Sockopt editors
stay AntD islands wrapped as value/onChange adapters bound via a
Controller.
* chore(frontend): cover esbuild in the allowScripts allowlist
esbuild (pulled in transitively by Vite/Vitest/Storybook) ships a
postinstall that npm's allow-scripts flags as uncovered on every
install. Its platform binary is delivered through the @esbuild/<platform>
optionalDependencies, so the postinstall isn't needed here; deny it like
the other entries to silence the warning.
* fix(frontend): restore label layout in Sniffing/FinalMask field adapters
The value/onChange adapters that wrap the shared SniffingFields and
FinalMaskForm editors put them in their own isolated AntD Form, but that
Form was missing the label layout the fields used to inherit from the
inbound/outbound parent form. Their labels rendered full-width instead
of the compact right-aligned column, so the Sniffing tab and the TCP
Masks / QUIC Params sections looked broken. Give both adapter forms the
same colon=false, labelCol/wrapperCol span 8/14, labelWrap layout.
* ci: add least-privilege permissions to Docs CI workflow
The docs-ci workflow had no explicit permissions block, so it inherited
the repository default for GITHUB_TOKEN. The build job only checks out
and builds the docs, so restrict it to contents: read, resolving the
CodeQL actions/missing-workflow-permissions alert.
Drop the axios (and qs) dependencies in favor of a native fetch wrapper.
axios only ever handled same-origin JSON/form calls, a CSRF header, a 401
redirect, and a 403-retry, all of which the platform now provides directly.
- New src/api/http-init.ts (replaces axios-init.ts) reimplements the
request/response interceptors on fetch: base-path prefixing,
X-Requested-With, same-origin credentials, the CSRF token on unsafe
methods, a single 403 retry with token refresh, and the 401
redirect-and-latch. A small encodeForm() reproduces qs's
arrayFormat:'repeat' encoding, so the request wire format is unchanged.
- HttpUtil (src/utils/index.ts) keeps its public signatures and the Msg
envelope, so the ~49 API call sites are untouched. HttpOptions is now
hand-rolled instead of extending AxiosRequestConfig.
- PanelUpdateModal drops its lone direct axios.get in favor of HttpUtil.get
with { silent, timeout }.
- Add tests for the fetch core (CSRF header, form/JSON/FormData bodies,
base-path prefix, 403 retry, 401 redirect, tolerant body parse) and for
HttpUtil's envelope unwrap / toast / error mapping; this logic was
previously untested.
- Remove the vendor-axios manualChunks branch and the qs type shim, and
reword stale "axios" mentions in docs and route comments.
* feat(clients): clarify which protocols use the Password and Hysteria Auth fields
Add tooltips to the Password and Hysteria Auth Form.Items in the client
form, explaining that Password is only consumed by Trojan and Shadowsocks
(ignored for VLESS, VMess, Hysteria, WireGuard) and that Hysteria Auth is
the credential Hysteria actually uses. Adds passwordDesc/hysteriaAuthDesc
keys to all 13 locale files, following the existing limitIpDesc/totalGBDesc
tooltip convention.
Closes#5803
* test(clients): assert Password/Hysteria Auth tooltip hints render
genMtprotoLink appended the panel remark as a URL fragment (tg://proxy?...&secret=...#remark). Because secret/server is the last query value, lenient Telegram parsers fold the "#remark" into it and the imported proxy breaks with "incorrect client random". Telegram proxy deep links have no name field, so emit a clean link on both the backend (internal/sub) and frontend (inbound-link.ts). The remark still shows as a separate tag in the inbound info modal, which reads it from genAllLinks, not the URL.
Guards: Go TestGenMtprotoLinkFields asserts no fragment; the frontend mtproto link test asserts no '#'.
Replace the upstream 9seconds/mtg sidecar with the dolonet/mtg-multi fork so a single MTProto inbound can serve many per-user secrets. Each panel client is now one named FakeTLS secret in the fork's [secrets] section: clients are first-class (attach/detach, limits, expiry, per-client tg:// links) exactly like every other protocol, mirroring the WireGuard multi-client model. Per-client traffic and online status come from the fork's /stats JSON API (its Prometheus output has no per-user label), fed into the existing email-keyed client_traffics accumulator; an optional throttle caps concurrent connections. A one-time seeder converts each legacy single-secret inbound into a one-client inbound.
The fork ships only linux/darwin amd64/arm64 binaries but is pure Go, so provisioning builds it from source for every supported platform (release.yml, DockerInit.sh) while keeping the panel-expected mtg-<os>-<arch> filename and the 'run' verb, so process.go is untouched. Also fixes a pre-existing update.sh gap that never renamed the mtg binary for armv6/armv7 updates.
Follow-up found in review: the wire normalizer still stripped
tryDelayMs when it equaled 0, but with the schema default now 250 a
reload rehydrates the missing field as 250 - a user who explicitly set
0 ("disabled", per the field's own placeholder) would see 250 and any
subsequent save would silently enable a delay they turned off. Keep
tryDelayMs on the wire unconditionally; it is the one happy-eyeballs
field whose presence changes xray's behavior.
Refs #5780
Follow-up hardening of the fm= sanitizer found in review. ParseFloat
accepts "inf"/"NaN", and a non-finite float64 makes json.Marshal fail
later - the subscription refresh discards that error and blanks the
stored outbound set, so one poisoned link could wipe a subscription's
outbounds. Values that coerce fine but sit outside xray-core's accepted
ranges (keepAlivePeriod 0 or 2-60, maxIdleTimeout 0 or 4-120,
maxIncomingStreams 0 or >= 8) still killed the config load, and huge
magnitudes serialize in exponent notation that xray's integer fields
reject. Coerced values are now stored as integers, clamped into the
accepted ranges, and dropped when negative, non-finite, or absurdly
large; the TS import parser mirrors the same rules.
Refs #5783
The fm= finalmask blob was JSON-decoded and attached to streamSettings
verbatim, both by the Go parser (outbound subscriptions) and the
frontend import. Some providers emit duration strings for the strictly
integer quicParams fields (e.g. keepAlivePeriod "10s"), and xray-core
then refuses to load the whole config at startup - one bad subscription
entry took the panel's Xray down on the next refresh. Coerce numeric
strings, convert duration strings to whole seconds, and drop values
that cannot be represented as integers; genuinely string-typed fields
(congestion, bbrProfile, brutalUp/Down, udpHop) pass through untouched.
Closes#5783
Toggling Happy Eyeballs on filled the object with schema defaults, and
tryDelayMs defaulted to 0. That broke the feature twice over: xray-core
treats tryDelayMs=0 as happy-eyeballs-off, and the wire normalizer
strips every field that equals its default, leaving an empty object it
then deletes - so the switch silently flipped back off on reopen (the
"disabled when Prefer IPv6 is off" symptom; prioritizeIPv6=true was the
one non-default that let the object survive). Default tryDelayMs to the
recommended 250ms so an enabled config survives serialization and is
functional in the core.
Closes#5780
The hand-written settings schema capped subUpdates at 168 while the
backend (and the generated schema mirrored from it) accepts 0-525600.
Anyone upgrading from 2.x with a stored value above 168 could no longer
save any settings tab: the whole settings object is validated on every
save, so the stale field blocked everything with an unexplained
"Invalid input". Match the backend bounds and put them on the input so
the limit is discoverable.
Closes#5821
* fix(panel): use the hosting node address for WireGuard client configs
The clients page rendered a node-managed WireGuard inbound's config with the
master panel's host in Endpoint instead of the hosting node's address, so the
copied/QR config pointed at the wrong server. The subscription path already
resolves this via resolveInboundAddress; the UI generator did not.
Expose the share-host resolution inputs (node address, listen, share-address
strategy/address) on InboundOption and route buildWireguardClientConfig through
the same canonical resolver the inbounds-page share links use, extracted as
resolveShareHost. This also brings local inbounds with a shareable listen or a
listen/custom share strategy into parity with the subscription Endpoint; the
common listen=0.0.0.0 case still falls back to the panel host.
* fix(frontend): keep a raw fallback host and refresh node-fed inbound options
Code review of the WireGuard node-endpoint change surfaced two gaps.
resolveShareHost normalized its last-resort fallbackHostname, so a panel
reached via a hostname the share-host grammar rejects (underscore label,
trailing-dot FQDN) emitted a broken 'Endpoint = :51820'; the fallback now
stays verbatim when normalization empties it. Node mutations only
invalidated the nodes query, leaving the staleTime-Infinity inbound
options cache serving an edited node address until the sync job
broadcast (never, for disabled/offline nodes); they now invalidate the
options key too.
Also folds the ShareHostFields projections into direct structural passes,
elides the default node shareAddrStrategy so omitempty drops it, and
replaces the nullable node-address scan with COALESCE.
---------
Co-authored-by: STRENCH0 <17428017+STRENCH0@users.noreply.github.com>
Co-authored-by: Sanaei <ho3ein.sanaei@gmail.com>
Xray-core added a top-level targetStrategy to OutboundObject that
controls how the destination domain is resolved before dialing
(AsIs/UseIP*/ForceIP*, any protocol). The panel neither offered a
control for it nor preserved the key across the modal's JSON round
trip, so hand-written values were silently dropped on save.
The form now carries targetStrategy next to sendThrough as a select
of the 11 canonical values; the adapter normalizes wire values to
canonical case (the core matches case-insensitively) and omits the
key when unset. Freedom settings additionally read the new
settings-level targetStrategy with domainStrategy as fallback,
mirroring the core, while still emitting the legacy domainStrategy
key so configs keep working on older cores.
* fix(balancers): keep mixed strategies on one observer
Xray resolves Observatory and Burst Observatory through the same global observer feature. When any burst-required strategy is present, keep all observer-backed balancer selectors on burstObservatory and remove the regular observatory so mixed leastPing configs cannot generate two competing observer blocks.
* test(balancers): cover observer strategy combinations
Exercise the observer sync matrix for random, round-robin, leastPing, and leastLoad balancers. Include mixed and stale-observer cases so the panel keeps only the observer type that Xray should consume.
* fix(balancers): clarify observer empty state
Update the Observatory tab empty hint to describe the actual auto-managed cases. Least Ping, Least Load, and fallback Random or Round-robin balancers now explain why an observer is added before the balancer can choose a target.
* fix(balancers): remove mixed observer switch
Show only the observer settings panel that matches the current balancer requirements. Legacy configs that still contain both observatory blocks now display a warning instead of a tab switch, since saving balancers normalizes the config back to one global observer.
* test(balancers): cover observer cleanup on deletion
Add direct balancer deletion and outbound cascade cases for leastLoad, fallback, and mixed leastPing scenarios. These tests pin that the final unneeded observer is removed, burst switches back to regular observatory when only leastPing remains, and burst remains when a burst-required balancer survives.
The auth-kind dropdown in the VLESS "Generate Key" block was hardcoded to
x25519 on mount, while the "Already selected" text next to it was derived
independently from settings.encryption. Editing an inbound whose encryption
uses another kind (e.g. ML-KEM-768) showed a mismatched dropdown, and
clicking Generate without noticing would produce a keypair of the wrong
kind for the inbound.
Extract the encryption-string parsing into a shared pure helper
(lib/xray/vless-encryption), use it both for the selected-auth label and to
initialize/sync the dropdown, so the two can no longer diverge. When the
encryption is none or unparseable the dropdown keeps its x25519 default.
Closes#5744
The inbound's spiderX now acts as a per-client seed: exports emit
sha256(seed|subKey) truncated to a 15-hex "/path", so a client's spx no
longer changes on every subscription fetch (#5718) while different
clients stop sharing one fingerprintable value. The form gains a
regenerate button that rotates every client's path at once.
The frontend link builders derive through the same function
(lib/xray/spider-x.ts, @noble/hashes) keyed on subId-then-email like
the Go subKey, so panel QR/copy links and subscription output agree —
cross-language vector tests lock both sides byte-for-byte. streamData
now tolerates malformed stored stream settings (unparseable JSON, null
tls/reality settings) instead of panicking the subscription request.
rawInboundToFormValues injected the stored xhttpSettings blob into the form
store without running it through XHttpStreamSettingsSchema, so the
sessionPlacement/sessionKey -> sessionIDPlacement/sessionIDKey rename from
xray-core v26.6.22 (and the v3.4.0 field defaults) never applied on the
edit path. Inbounds saved before the rename opened with blank session
fields, and the stale keys could ride back on save even though the core no
longer reads them. Parse the sub-object through the schema on load, and
lift any stale legacy keys in normalizeXhttpForWire as a backstop.
Closes#5621
The Host VLESS Route field was stored and shown in the panel but never applied to any generated subscription (raw, JSON, Clash), so the UUID was emitted unmodified (#5655).
Xray reads the route from the UUID's 3rd group (bytes 6-7, net.PortFromBytes) and masks those bytes to zero before authenticating, so a value can be baked into the share/JSON/Clash UUIDs without breaking the user match. A shared applyVlessRoute helper encodes a single 0-65535 value as the 3rd group; empty/invalid/non-UUID input is left unchanged, so legacy data never yields a broken link and no DB migration is needed.
The field was wrongly validated as a multi-segment port spec (that form belongs to the separate server-side routing rule). It is now a single value 0-65535, with frontend validation, link-preview parity (genVlessLink/hostToExternalProxyEntry), hint + error translations across all 13 locales, and tests on every path.
Closes#5655
* 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.
Land the WireGuard client-config UX work on main (the upstream PR #5642
branch could not be pushed to).
- Reusable collapsible ConfigBlock (copy/download/QR, actions aligned right)
for the client .conf, used by client info and the public sub page.
- Correct .conf: canonical PresharedKey casing and DNS sourced from the inbound
(configurable per-inbound, default 1.1.1.1, 1.0.0.1).
- Configurable per-inbound DNS for WireGuard (schema + form + backend hint via
InboundOption.WgDns); inert at the Xray layer.
- Public sub page now shows the WireGuard config, rebuilt from the share link;
the Go wireguard:// link carries dns/presharedkey/keepalive for completeness.
- QR enabled for the wireguard:// link; link rows are compact like other protocols.
- Client information order is subscription, copy URL, WireGuard config; the
redundant config tab is removed from the add/edit client modal.
- Drop the Inbound Information and QR Code row actions for WireGuard inbounds.
* feat(ldap): add InsecureSkipVerify field and tlsConfig helper
Extract the inline TLS config at both LDAPS dial sites (FetchVlessFlags,
AuthenticateUser) into a tlsConfig(cfg) helper, and add a new
Config.InsecureSkipVerify bool that flows through to
tls.Config.InsecureSkipVerify. This unblocks enterprise environments
(e.g. Microsoft AD CS with internal CAs) where the server certificate
chain cannot be imported into the system trust store.
Behavior is identical when InsecureSkipVerify is false (the default) -
pure refactor + plumbing. The helper is unit-testable without a live
server, which is why it is extracted.
Closes https://github.com/MHSanaei/3x-ui/issues/5538
* feat(settings): add LdapInsecureSkipVerify setting
Plumb the new LDAP skip-TLS-verify toggle through the settings stack:
- AllSetting struct field (json/form tag: ldapInsecureSkipVerify)
- defaultValueMap default ("false")
- GetLdapInsecureSkipVerify() getter
- ldap_sync_job wiring into ldaputil.Config (FetchVlessFlags path)
- panel/user.go wiring into ldaputil.Config (AuthenticateUser path;
the original issue's file list missed this)
Persistence is handled by UpdateAllSetting's reflect loop, matching
the existing pattern used by ldapUseTLS (no explicit setter).
Closes https://github.com/MHSanaei/3x-ui/issues/5538
* feat(ui): add Skip TLS verification switch in LDAP settings
Wire the new ldapInsecureSkipVerify setting into the hand-written
frontend model and Zod schema, and render it as a new Switch in
GeneralTab right under "Use TLS (LDAPS)". The switch is disabled
when TLS is off (the setting is meaningless without LDAPS) and shows
an insecure-warning description to make the security implication
visible to operators.
Also adds a Vitest round-trip test pinning schema acceptance and
model default-to-false behavior.
Closes https://github.com/MHSanaei/3x-ui/issues/5538
* chore(i18n): add Skip TLS verification strings to all locales
Add pages.settings.ldap.skipTlsVerify and skipTlsVerifyDesc to all 13
backend-served translation files, matching the existing repo
convention of keeping LDAP keys present in every locale (en-US, fa-IR,
ru-RU, zh-CN, zh-TW, pt-BR, ar-EG, uk-UA, id-ID, tr-TR, vi-VN, ja-JP,
es-ES). No translation-parity test exists in CI, but every other
LDAP key is replicated across all files, so this keeps the
invariant intact.
Closes https://github.com/MHSanaei/3x-ui/issues/5538
* chore(codegen): regenerate frontend artifacts
Regenerate frontend/src/generated/{zod,types,schemas,examples}.ts
and frontend/public/openapi.json via `npm run gen` to reflect the
new ldapInsecureSkipVerify field. The codegen CI job runs
`git diff --exit-code` on these files; failing to commit them would
break the build.
Closes https://github.com/MHSanaei/3x-ui/issues/5538
* fix(settings): require server-side 2fa for sensitive changes
* fix(lint): group third-party imports separately from local (goimports)
golangci-lint goimports flagged setting.go and setting_security_test.go because xlzd/gotp and gorm.io/gorm were mixed into the github.com/mhsanaei/3x-ui local-prefix group. Move them into the third-party group so the local imports stand alone.
* feat(balancers): tabbed Observatory/Burst form replacing raw JSON
Replace the raw JSON editor for the Observatory / Burst Observatory sections
with a proper Ant Design form, and split the Balancers page into two sub-tabs:
"Balancer Settings" (the existing table) and "Observatory".
Observers stay fully auto-managed by balancer strategy through the existing
syncObservatories logic: users edit only the tunable probe fields, the
subjectSelector is shown read-only since it is derived from the balancers, and
deleting the last balancer that needs an observer now warns in the confirm
dialog that the observer will be removed too. Overlapping selectors keep an
observer alive while any balancer still references it.
Also add the previously missing pingConfig.httpMethod field (HEAD/GET) and
translations for the new strings across all 13 locales.
* refactor(balancers): tighten httpMethod typing and align connectivity default
Address automated review feedback on the Observatory form:
- Use the ObservatoryHttpMethodSchema enum for pingConfig.httpMethod instead of
a free-form z.string(), and drive the HTTP method Select from its options.
Removes the previously dead enum export and the duplicate local list, and
types the field as 'HEAD' | 'GET'.
- Align the schema's connectivity default with DEFAULT_BURST_OBSERVATORY (the
hicloud URL) so it matches what burst observers are actually created with.
No behavior change.
The Add Balancer modal parsed its empty initial state through
BalancerFormSchema on mount and bound Form.Item validateStatus/help
directly to the result, so "Tag is required" and "Pick at least one
outbound" rendered the moment the modal opened, before any user input.
Gate the inline errors behind per-field touched tracking plus a
submit-attempted flag, and drop the disabled Create button so a save
attempt surfaces the errors (matching RuleFormModal). The existing
key-based remount in BalancersTab resets the flags on each open.
Add a regression test asserting no errors on open and errors only
after a save attempt.
WireGuard inbounds now manage per-client peers using xray-core's native WireGuard users (AddUser/RemoveUser). Each client lives in settings.clients (canonical, like every other protocol) and is projected to peers[] only when emitting the xray config, at level 0 so the dispatcher's per-user traffic/online counters work with no extra plumbing.
Backend: internal/util/wireguard gains KeyToHex (base64 to hex for the gRPC path), PublicKeyFromPrivate and GenerateWireguardPSK; xray/api.go builds a wireguard account in AddUser with hex keys (RemoveUser already worked); client CRUD generates a keypair and allocates a unique tunnel address per client and never rotates keys on edit; an idempotent migration converts legacy settings.peers into managed clients; WireGuard is included in the raw subscription.
Frontend: WireGuard in the add-client modal with keys on the credential tab, client schema, per-client QR/link/.conf, inbound form reduced to server settings; i18n added across 13 locales.
Fix: guard the settings[clients] assertion in add/update so a legacy WireGuard inbound stored without a clients key no longer panics.
xray-core v26.6.27 changed the XHTTP client xmux default to maxConnections=6 (anti-RKN). The panel previously sent maxConnections=0, which overrode that default; default XHttpXmuxSchema to 6 so new outbounds adopt it and the wire-exclusivity rule drops maxConcurrency accordingly.
xray-core's Random/RoundRobinStrategy calls RequireFeatures(Observatory) whenever a fallbackTag is set, so a balancer that declares a fallback but has no observatory aborts startup with 'core: not all dependencies are resolved'. syncObservatories never created an observer for these strategies, crashing the core on any load balancer that used a fallback (the default 'random' strategy with a fallbackTag, exactly issue #5605).
Treat random/roundRobin balancers that set a fallbackTag as requiring the burst observer. Also make the burst observer strictly requirement-driven (mirroring the leastPing/observatory path) so clearing the last fallbackTag drops it again instead of leaving a dead observer that forces needless restarts and probing.
Closes#5605
MHSanaei