feat(payments): chip wallet, store-compliance gate and benefit application
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Stand up the internal chip/benefit mechanic behind the narrow payments interface: context-aware balances and benefits, an atomic chip spend, admin grants as zero-price value sales, the one-directional store-compliance gate (VK/TG same- origin only, web draws direct→vk→tg, VK-iOS frozen, untrusted fail-closed), and per-origin hint and no-ads application with term stacking. Reads are served from an in-process, account-keyed write-through cache (mirroring the suspension gate), so hot paths issue no query to the payments schema. Flip the online-game hint wallet and the ad-banner suppression from the deprecated accounts.hint_balance / paid_account columns to the payments benefit (a hint balance no longer suppresses the banner — only a no-ads benefit does), and fold chip segments and benefits by origin on account merge, inside the merge tx. Add the GET/POST /api/v1/user/wallet edge chain (REST → Connect → FlatBuffers) plus its codec unit test; no wallet UI yet. Bring the frozen owner decisions log into the repo at docs/PAYMENTS_DECISIONS_ru.md (it was untracked under .vscode) and reference it from PLAN.md; record the read-cache design and the present-sources interface in PLAN.md and docs/PAYMENTS.md (+ RU mirror).
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@@ -14,6 +14,8 @@ import {
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decodeMatchResult,
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decodeOutgoingList,
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decodeProfile,
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decodeWallet,
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encodeWalletBuy,
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decodeSession,
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decodeFeedbackState,
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decodeFeedbackUnread,
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@@ -41,6 +43,35 @@ import {
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} from './codec';
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describe('codec', () => {
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it('round-trips the wallet buy request and the wallet view', () => {
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// buy request: product id survives the wire
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const req = fb.WalletBuyRequest.getRootAsWalletBuyRequest(new ByteBuffer(encodeWalletBuy('prod-42')));
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expect(req.productId()).toBe('prod-42');
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// wallet response: build a Wallet payload and decode it, checking the segment vector,
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// the spendable flag and the benefit fields (the long ms field decodes to a number).
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const b = new Builder(128);
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const src = b.createString('direct');
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fb.WalletSegment.startWalletSegment(b);
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fb.WalletSegment.addSource(b, src);
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fb.WalletSegment.addChips(b, 120);
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fb.WalletSegment.addSpendable(b, true);
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const seg = fb.WalletSegment.endWalletSegment(b);
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const segs = fb.Wallet.createSegmentsVector(b, [seg]);
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fb.Wallet.startWallet(b);
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fb.Wallet.addSegments(b, segs);
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fb.Wallet.addAdsForever(b, false);
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fb.Wallet.addAdsPaidUntilMs(b, BigInt(1_700_000_000_000));
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fb.Wallet.addHints(b, 5);
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b.finish(fb.Wallet.endWallet(b));
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const w = decodeWallet(b.asUint8Array());
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expect(w.segments).toEqual([{ source: 'direct', chips: 120, spendable: true }]);
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expect(w.adsForever).toBe(false);
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expect(w.adsPaidUntilMs).toBe(1_700_000_000_000);
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expect(w.hints).toBe(5);
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});
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it('round-trips the export-url request and response', () => {
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const req = fb.ExportUrlRequest.getRootAsExportUrlRequest(
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new ByteBuffer(
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