A partner integration request landed for programmatic merchant-hierarchy management (Company/Project/Store/PaymentPoint). Built the answer generically: partner-specific behaviour is a PartnerProfile config row, and no partner name appears in any entity, field, endpoint or status value. New: - docs/backend/PARTNER-PROVISIONING-API-CONTRACT.md - hierarchy, idempotency, node-scoped public-key credentials, TEST/LIVE partition, routing context - docs/context/adrs/ADR-0003-generic-partner-provisioning-api.md Amended, because the schema impact must land before Phase 1 is implemented: - Phase 1 gains RoutingContext on CheckoutSession/PaymentIntent/Payment, frozen at checkout-session creation and immutable after - Phase 7 gains routing on Refund/ReconciliationRecord, plus the rule that seller settlement splits happen after routing, never as a hierarchy level - Phase 9 gains Company/Project above Marketplace and PaymentPoint below it, with a backfill sequence for existing marketplaces - Track S gains partner credentials: public key only, node-scoped authority, rotation with overlap, immediate revoke, audit coverage Also: Track P (P1-P10) in the delivery plan, and backend ownership closed as answered across the contract set. Card payment was checked, not added - qr and card both already ship in cart.component.ts with separate create paths and status pollers. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
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Phase 7 Backend Contract — Refunds + Reconciliation
Companion to PRODUCT-PLAN-v3.1-DELIVERY-PLAN.md Phase 7 (Sprints 7.1–7.3). Extends Phase 1 §6 (payment state machine).
Status: ready to build. requestRefund(id) exists today only as a mock gateway method; reconcil* and settlement* return zero hits anywhere in the codebase.
1. Refunds
interface Refund {
id: string;
orderId: string;
orderLineIds: string[]; // which lines this refund covers - partial refunds must specify
amount: Money;
reason: string;
actor: string; // user id who initiated it, never anonymous
status: 'requested' | 'approved' | 'processing' | 'completed' | 'failed';
requestedAt: string;
completedAt?: string;
routing: RoutingContext; // copied verbatim from the original Payment, never recomputed
}
A refund always carries the routing context of the payment it reverses. It is copied, not re-resolved — a store suspended after the payment must still be refundable.
POST /api/admin/v2/orders/{orderId}/refunds { orderLineIds, amount, reason }
GET /api/admin/v2/orders/{orderId}/refunds
A Refund updates Payment.status to refunded or partially_refunded (Phase 1 §6.1) and emits refund.requested/refund.completed on the Phase 2 event bus.
2. Reconciliation
interface ReconciliationRecord {
id: string;
orderId: string;
providerPaymentId?: string;
internalAmount: Money;
providerAmount?: Money;
matchStrategy: 'provider_payment_id' | 'merchant_reference' | 'amount_currency_fallback';
result: 'matched' | 'unmatched' | 'duplicate' | 'amount_mismatch' | 'status_mismatch';
resolvedBy?: string;
resolvedAt?: string;
resolutionNote?: string;
routing: RoutingContext; // from the Payment; makes every row attributable to one payment point
}
Process (per plan §7.3):
1. Collect internal paid orders for a period.
2. Fetch provider transactions/events for the same period.
3. Match by providerPaymentId, falling back to merchant reference, falling back to amount+currency.
4. Classify: matched / unmatched / duplicate / amount_mismatch / status_mismatch.
5. Surface the non-matched set in backoffice with controlled, audited resolution.
GET /api/admin/v2/reconciliation/queue?marketplaceId=&companyId=&projectId=&leafNodeId=&result=
POST /api/admin/v2/reconciliation/{id}/resolve { note }
Step 3's merchant_reference strategy matches on RoutingContext.merchantReference — the partner-supplied value, stored verbatim (Phase 1 §6.5). The queue is filterable at every hierarchy level so an unmatched set can be narrowed to one payment point without a join the backoffice has to build itself.
3. Settlements
interface Settlement {
id: string;
sellerId: string;
periodStart: string;
periodEnd: string;
grossAmount: Money;
commission: Money;
refunds: Money;
netPayout: Money;
status: 'pending' | 'paid';
}
GET /api/seller/v1/finance/settlements
GET /api/admin/v2/finance/settlements?sellerId=&companyId=&projectId=&storeId=&period=
3.1 Seller split happens after routing
Added 2026-08-18. Seller is deliberately not a level in the partner hierarchy (PARTNER-PROVISIONING-API-CONTRACT.md §10.2). Order of operations:
payment -> routed to exactly one payment point (Phase 1 §6.5, frozen at checkout)
-> reconciled at that payment point
-> split across the sellers whose lines the order contains (this phase)
- A
Settlementbelongs to one seller within one store. A seller trading in two stores gets two settlements per period, never one merged row. - Splitting never rewrites
RoutingContext. The money arrived at one payment point; the split decides who is owed from it. grossAmountsummed across a store's settlements for a period must reconcile against that store's matched reconciliation rows for the same period. A mismatch is a reconciliation defect, not a rounding tolerance.
4. Provider breadth (open business question)
Current flow supports QR and card only, via one custom provider integration. Adding wallets/BNPL is an explicit open business decision (not answered in Sprint 0.1) — this contract's PaymentIntent/Payment shapes from Phase 1 §6 are provider-agnostic already, so a new provider is a new adapter behind the same state machine, not a schema change. No action needed here until that business decision is made.
5. What the frontend will start doing once this ships
- Wire the mock
requestRefund(id)to a real endpoint. - Build the backoffice Payments & Finance section (missing from admin nav today): payments, refunds, reconciliation queue, unmatched events, settlements.
- Reconciliation-queue resolution UI with full audit trail.