Pairs with the backend structured payment errors (reason + metadata). The
frontend now maps reason codes to localized messages with metadata as
interpolation variables, and automatically localizes raw config-field names
(e.g. "certSerial" → "证书序列号") using the existing UI-label i18n
namespace.
- frontend/src/utils/apiError.ts
- extractApiErrorCode now prefers the string `reason` over the numeric HTTP
`code`; reason is granular enough to drive i18n lookup, HTTP code is not.
- New extractApiErrorMetadata to pull interpolation params off the error.
- New extractI18nErrorMessage(err, t, namespace, fallback): looks up
`<namespace>.<REASON>` in i18n and substitutes metadata. Before
substitution, `metadata.key` and `metadata.keys` (slash-joined) are
re-translated through `admin.settings.payment.field_<key>` so users see
"缺少必填项：证书序列号" instead of "缺少必填项：certSerial".
- frontend/src/i18n/locales/{zh,en}.ts
- Add payment.errors entries for every structured reason code returned by
the backend (PAYMENT_DISABLED, INVALID_AMOUNT, TOO_MANY_PENDING,
DAILY_LIMIT_EXCEEDED, NO_AVAILABLE_INSTANCE, PAYMENT_PROVIDER_MISCONFIGURED,
WXPAY_CONFIG_MISSING_KEY / INVALID_KEY_LENGTH / INVALID_KEY, NOT_FOUND,
FORBIDDEN, CONFLICT, INVALID_ORDER_TYPE, INVALID_STATUS,
BALANCE_NOT_ENOUGH, REFUND_AMOUNT_EXCEEDED, REFUND_FAILED, and more),
with placeholders for template variables.
- 13 payment-related Vue files
- Migrate catch-block error reporting from extractApiErrorMessage to
extractI18nErrorMessage(err, t, 'payment.errors', fallback).
- Remove the ad-hoc paymentErrorMap computed in SettingsView.vue, which the
new helper supersedes (it reads i18n directly via t).
- frontend/src/components/payment/providerConfig.ts
- wxpay: publicKey and publicKeyId are now required (was optional), matching
the pubkey-only verifier direction; certSerial is already required.
This PR is drop-in safe: reason-preferring extractApiErrorCode is backward
compatible with callers that pass their own i18nMap, and error codes missing
from i18n fall back to the existing message-based path.
Add quota exceeded check to IsSchedulable() and refactor
shouldClearStickySession to delegate to IsSchedulable(), eliminating
duplicated logic and fixing missed overload/rate-limit/expired checks.
Frontend displays quota exceeded status independently via quota fields.
Admin GET /api/v1/admin/payment/providers previously returned every
config value — including privateKey / apiV3Key / secretKey etc. —
verbatim. Any future XSS on the admin UI would hand attackers the
full set of production payment credentials, and the plaintext values
sat unnecessarily in browser memory for every operator.
Treat those fields as write-only from the admin surface:
- decryptAndMaskConfig() strips sensitive keys from the GET response.
The authoritative list is an explicit per-provider registry that
mirrors the frontend's PROVIDER_CONFIG_FIELDS sensitive flag:
alipay → privateKey, publicKey, alipayPublicKey
wxpay → privateKey, apiV3Key, publicKey
stripe → secretKey, webhookSecret (publishableKey stays plain)
easypay → pkey
Payment runtime still reads the full config via decryptConfig, so
nothing at the gateway changes.
- mergeConfig() treats an empty value for a sensitive key as "leave
unchanged" — the admin UI omits unchanged secrets so operators can
tweak non-sensitive settings without re-entering credentials.
- Admin dialog (PaymentProviderDialog.vue):
* secret inputs get autocomplete="new-password", data-1p-ignore,
data-lpignore and data-bwignore so password managers do not
offer to save provider credentials
* in edit mode the required-field check skips sensitive fields
(empty is the "keep existing" signal) and the placeholder shows
"leave empty to keep" instead of the default example value
* create mode still requires every non-optional field, including
secrets, since there is nothing to preserve
- Unit test renamed to TestIsSensitiveProviderConfigField, covers
the per-provider registry and specifically asserts that Stripe's
publishableKey is NOT treated as a secret.
The native Alipay provider previously tried to embed the payment page
URL into a QR code on the client — the URL is not a scannable payload
so the QR never worked. Merchants also hit a H5 detection mismatch
whenever the backend UA sniffer missed iPadOS 13+ or embedded browsers,
and the popup window was too small for Alipay's standard checkout
layout (QR + account-login panel on the right), forcing the user to
scroll horizontally and vertically.
Changes:
Backend
- alipay.go: drop QR-on-URL path. Use redirect-only flow —
alipay.trade.page.pay for PC (returns a gateway URL the browser
opens in a new window) and alipay.trade.wap.pay for H5 (returns a
URL the browser jumps to). Both flows produce pages on
openapi.alipaydev.com / excashier.alipay.com; the client never
renders a QR itself.
- payment_handler.go: add optional is_mobile bool to
CreateOrderRequest so the frontend can declare the device
explicitly. Server still falls back to UA sniffing when absent.
Frontend
- types/payment.ts, PaymentView.vue: declare is_mobile in
CreateOrderRequest and pass the computed isMobileDevice() value.
- providerConfig.ts: replace the two fixed POPUP_WINDOW_FEATURES
constants with getPaymentPopupFeatures(), which prefers 1250×900
(Alipay's checkout footprint), clamps to window.screen.avail* and
centers the popup so it never overflows on smaller laptops.
- PaymentQRDialog.vue, PaymentStatusPanel.vue, StripePaymentInline.vue,
PaymentView.vue: use the new helper at all popup call sites.
Chrome's password manager matched the apikey-type account's Base URL + API Key
inputs as a login form and autofilled the last saved password by domain, so
editing a Gemini account could overwrite its apikey with a Claude key that
shared the same Base URL. Add autocomplete="new-password" plus data-*-ignore
attributes for 1Password / LastPass / Bitwarden to opt the field out of every
major password manager's autofill.
