# Mock & integration registry

The master list of every external dependency that is **mocked behind a DI seam** in this build, and the
exact steps to make each one real. Backend lane owns this file; every phase that introduces or touches a
seam updates its row. This is the checklist the team works through to go from "MVP with mocks" to
"production with real providers".

Status legend: 🔴 not built · 🟡 mocked (seam + fake impl in place) · 🟢 real integration live · 🟢◐ **real
adapter shipped, config-selected (mock remains the default/fallback)** — the refinement-phase-8 state.

> **Refinement-phase-9 — docs honesty + observability (2026-07-13).** §7.6: pruned the **stale duplicate 🔴 rows**
> (`IDistributedLock`/`INurseSearch`/`IPaymentProvider`/`ISettlementSplitProvider`/`IWebhookVerifier`/`IMoadianClient`/
> `ILicenseVerificationService`) that the detailed rows below already correct; the recurring-jobs row is the real
> in-process scheduler; `IPaymentCaptureSimulator` now reflects its 6.4 prod removal. **No seam was un-mocked** — the
> deferred **Elasticsearch `INurseSearch` backend** (row) and the **SMS/push channels of `INotificationDispatcher`**
> (row) stay explicitly out of MVP with the pull-triggers in their "Make it real →" columns (SQL search / in-app
> notifications are the real MVP). Also removed the unused `Serilog.Sinks.Elasticsearch` package (dead sink block);
> tracing/metrics unified on OpenTelemetry; audit-log retention is now a scheduled `IRecurringJob`; `TicketMessage.Body`
> is encrypted at rest (§9.5). See `backend-phase-9-report.md` (refinement) for the full observability + deferral list.

> **Refinement-phase-8 — external rails go real (2026-07-13).** Every vendor rail below now has a **real HTTP
> adapter behind the same seam**, config-selected via a per-rail **`Seams:*:Provider`** selector (default = the
> mock, so an unconfigured environment is unchanged; a typo falls closed to the mock). Selecting a real provider
> swaps the adapter by a **registration change only — no handler changed**. All adapters are built on
> `HttpClient` + `System.Text.Json` + BCL crypto (**zero new NuGet packages**); credentials come from `Seams:*`
> (user-secrets/env). `dotnet build` 0 new warnings · `dotnet test` **402 pass**. The rails made real, with their
> provider token and adapter (`CrossCutting/Seams/Real/`):
>
> | Seam | `Seams:*:Provider` | Real adapter | Notes |
> | --- | --- | --- | --- |
> | `ISmsSender` | `Sms:Provider=kavenegar` | `KavenegarSmsSender` | **launch-critical.** OTP via verify/lookup template; the Dev OTP-in-logs bridge is **disabled** when a real provider is selected (OTP never logged). |
> | `IShahkarVerifier` | `Shahkar:Provider=finnotech` | `FinnotechShahkarVerifier` | shared `Seams:Finnotech` creds; شاهکار can't distinguish shared-SIM from mismatch (reported as plain mismatch). |
> | `IIdentityKycProvider` | `IdentityKyc:Provider=finnotech` | `FinnotechIdentityKycProvider` | nid+name inquiry; liveness extends the same adapter. |
> | `IBankAccountOwnershipVerifier` | `BankOwnership:Provider=finnotech` | `FinnotechBankAccountOwnershipVerifier` | استعلام شبا owner↔nid; fails closed (no nid returned = no match) — it is the first-payout gate. |
> | `IGeocoder` | `Geocoding:Provider=neshan` | `NeshanGeocoder` | outage degrades to the null-pin state, never blocks saving an address. |
> | `IObjectStorage` | `ObjectStorage:Provider=s3` | `S3ObjectStorage` | MinIO/S3/ArvanCloud; **manual AWS SigV4** (no SDK) — presigned GET = the real b6 signed-URL contract. |
> | `IPaymentProvider` | `Payments:Provider=zarinpal` | `ZarinPalPaymentProvider` | v4 request/verify/refund; mandatory server-side verify. |
> | `IWebhookVerifier` | (with `Payments:Provider`) | `HmacWebhookVerifier` | per-provider HMAC over the raw body; no-secret ⇒ the server-side verify re-check is the guard. |
> | `ISettlementSplitProvider` | (with `Payments:Provider`) | `ProviderSettlementSplitProvider` | تسهیم split-by-ratio to registered IBANs. |
> | `IBnplProvider`/`IBnplProviderResolver` | `Bnpl:Provider=real` | `SnappPayBnplProvider` + `DigipayBnplProvider` + `ConfiguredBnplProviderResolver` | one adapter per code; **`balinyaar` = in-house (no external API), resolves to the net-of-fee model**; `tara`/`torobpay` → null (unbuilt). |
> | `ICurrencyNormalizer` | `Currency:TomanToIrrMultiplier` | `MockCurrencyNormalizer` (config-driven = **the real impl**) | conversion only at the adapter boundary. |
> | `IBankTransferProvider` | `BankTransfer:Provider=jibit` | `JibitBankTransferProvider` | **async rail** — accepts as `submitted`; the reconciliation callback (`POST webhooks/payouts/{provider}`, `ReconcilePayoutBatchCommand`, HMAC-verified) flips `submitted → paid/failed`. |
> | `IMoadianClient` | `Moadian:Provider=moadian` | `MoadianClient` | submit + the `MoadianReconciliationJob` (`IRecurringJob`, 6 h) walks `pending/submitted → registered`. |
> | `IPaymentCaptureSimulator` | — | `DisabledPaymentCaptureSimulator` (prod) / `MockPaymentCaptureSimulator` (Dev/Testing) | **6.4:** removed from prod; the `bookings/convert` path is a Dev/Testing affordance (b10's webhook confirm is the real conversion). |
> | `ICredentialVerifier`, `ILicenseVerificationService` | — | mock (unchanged) | **5.6: manual = intended MVP** — MoH/INO/eNamad have no public B2B API; the manual admin review is the mechanism, not debt. |

| Seam (interface) | Introduced in | What it fakes | Config keys | Make it real → | Status |
| --- | --- | --- | --- | --- | --- |
| `ISmsSender` | backend-phase-2 | OTP/SMS delivery — `LoggingSmsSender` (`Baya.Infrastructure.CrossCutting/Seams/`) logs the OTP code (phone shown as last-4 only) and returns success; registered singleton in `AddCrossCuttingSeams`. **refinement-phase-0:** in **Development only**, `DevCapturingSmsSender` decorates it (via `AddDevelopmentOtpCapture`, called from `Program.cs` inside `IsDevelopment()`) to also capture the code in `DevOtpStore` for the `GET /api/v1/dev/last_otp/{phone}` bring-up helper — not wired / 404 outside Development | none today; real client will need `Seams:Sms:ApiKey` + `Seams:Sms:SenderLine` (+ gateway base URL) | 1) pick a gateway (Kavenegar/Ghasedak/SMS.ir), add its client package to `Directory.Packages.props`; 2) implement `ISmsSender.SendOtpAsync`/`SendAsync` against it (template/pattern-based OTP send); 3) bind the new `Seams:Sms` options; 4) swap the registration in `AddCrossCuttingSeams` (config-selected) — handlers unchanged; 5) keep the per-phone resend window + `otp` rate-limit policy exactly as-is; test with a real SIM | 🟡 |
| `IObjectStorage` | backend-phase-0/6 | File storage — local-disk store under a scratch root (`LocalDiskObjectStorage`, `Baya.Infrastructure.CrossCutting/Seams/`) | `Seams:ObjectStorage:RootPath` (default: temp dir) | Point at MinIO/S3/ArvanCloud; presigned upload/download; bucket + creds | 🟡 |
| `ICacheService` | backend-phase-0 | Caching — in-memory `IMemoryCache` (`MemoryCacheService`, `Baya.Infrastructure.CrossCutting/Seams/`) | _none_ | Swap to Redis (`StackExchange.Redis`); keep key/TTL scheme. **refinement-phase-7: this is the >1-instance scale-out gate** — a single-instance MVP intentionally keeps the in-proc cache (its generation-token invalidation is process-local); add Redis only when a second API instance runs | 🟡 (in-proc is correct single-instance) |
| `IBnplProvider` | backend-phase-12 | BNPL — `MockBnplProvider` drives the full state machine (eligible→settled→reverted), settle returns `order − commission%` | `Seams:Bnpl:{CommissionRate,SettlementInstant,CreditCeilingIrr,NotEligibleMobile,ForceFailure,ReverseProviderCommission}` | SnappPay/Digipay OAuth + verb set; encrypted creds in `payment_gateways.config_json` | 🟡 |
| `IBnplProviderResolver` | backend-phase-12 | Per-`provider_code` selection — maps every known code to the one mock | _none_ | One concrete adapter per code; resolver returns the right one | 🟡 |
| `ICurrencyNormalizer` | backend-phase-12 | Toman↔IRR — ×10 at the boundary | `Seams:Currency:TomanToIrrMultiplier` (default `10`) | Config-driven per provider boundary | 🟡 |
| `IBankTransferProvider` | backend-phase-13 | PAYA/SATNA payout rail — `MockBankTransferProvider` (`Baya.Infrastructure.CrossCutting/Seams/`), **no external call, no money moves**: `SubmitPayoutBatchAsync(batchId, instructions, idempotencyKey)` returns a deterministic `externalBatchRef` + a per-instruction `transfer_reference` and settles every row `Paid` (collapsing the real `submitted → paid` reconciliation); it **honours** the PAYA/SATNA `method` the handler chose by the `payout_satna_threshold_irr` config and echoes it. A config switch forces deterministic failures so `partially_failed`/retry are testable: `ForceFailure` fails the whole batch, `FailIban` fails one destination. `GetPayoutStatusAsync` echoes `Paid`. Registered singleton in `AddCrossCuttingSeams` | `Seams:BankTransfer:ForceFailure` (default `false`), `Seams:BankTransfer:FailIban` (default empty) | 1) pick a transferor (Jibit/Vandar/Sadad payout API), add its client package to `Directory.Packages.props`; 2) add `Seams:BankTransfer:{ApiKey,BaseUrl,SourceSettlementAccount}`; 3) implement `SubmitPayoutBatchAsync` to register the batch against the registered **source settlement account** and route each transfer PAYA (batch, low-value) vs SATNA (real-time, above the threshold) to each nurse's **verified Sheba** (the b3 `matched_national_id` gate), honouring batch caps/minimums; 4) implement the async **reconciliation callback** that flips a payout `submitted → paid/failed` (the mock collapses this — the real rail is async); 5) swap the registration (config-selected) — the payout status machine + `nurse_payout_booking_links` UNIQUE remain the irreversible-transfer backstop; 6) test PAYA/SATNA selection, whole-batch + single-row failure → retry | 🟡 |
| `IHolidayCalendar` | backend-phase-1 | Bank holidays — reads the seeded `ops.IranianHolidays` table; lookups cached (`HolidayCalendarService`, `Persistence/Services/Holidays/`); Iranian banking weekend = Friday | _none_ | Add a sync job/feed that maintains the (partly lunar-Hijri) calendar table; the read interface stays | 🟡 |
| `IAnalyticsSink` | backend-phase-1 | Behavioural events — inserts an `ops.SystemEvents` row, fire-and-forget (`AnalyticsSink`, `Persistence/Services/Analytics/`) | _none_ | Pipe to a warehouse/stream (e.g. Kafka→ClickHouse); keep fire-and-forget semantics | 🟡 |
| Recurring jobs (in-process scheduler) | backend-phase-1 · **re-homed refinement-phase-7** | Scheduling — **REAL** single in-process scheduler `RecurringJobSchedulerHostedService` (`Persistence/Services/Scheduling/`) drives every `IRecurringJob` on its own (config-read) cadence: `notification_retention` (24 h) + `booking_request_expiry` (1 min) + `verification_expiry_scan` (`verification_expiry_scan_cadence_hours`) + `no_show_sweep` (`no_show_scan_cadence_hours`) + `weekly_payout_generation` (`nurse_payout_interval_days`, system-initiated draft only — processing stays admin). Each tick runs under `IDistributedLock(scheduler:{name})`; dormant under `Testing`. Admin manual triggers remain overrides. **No new infra** (SQL Server only). | the cadence keys above (via `IPlatformConfig`) | This is the intended MVP shape — **not** debt. Hangfire/Quartz only buys durable/cross-restart scheduling and is the >1-instance option alongside Redis (§7.2) — swap by re-registering the jobs behind it. **Phase 8** adds the Moadian reconciliation + refund-settlement poll as new `IRecurringJob`s here. | 🟢 real (single-instance) |
| `IShahkarVerifier` | backend-phase-6 | شاهکار phone↔national-id binding — `MockShahkarVerifier` (`Baya.Infrastructure.CrossCutting/Seams/`) returns a deterministic result + fake vendor ref + `external_response_json`: matches every pair except the configured shared-SIM phone (→ the explicit shared-SIM failure state, which the handler turns into a `shared_sim` support alert) and the mismatch national id (→ plain mismatch); registered singleton in `AddCrossCuttingSeams`. No real Shahkar call | `Seams:Shahkar:SharedSimPhone` (default `09120000000`), `Seams:Shahkar:MismatchNationalId` (default `1111111111`) | 1) pick a Finnotech / KYC Shahkar-bridge vendor, add its client package to `Directory.Packages.props`; 2) add `Seams:Shahkar:{ApiKey,BaseUrl}` options; 3) implement `MatchAsync(phone, nationalId)` against the real استعلام شاهکار, mapping to `ShahkarMatchResult` and persisting the raw response into the step's `external_response_json`; 4) keep shared-SIM as the explicit handled failure (`IsSharedSim=true`); 5) swap the registration in `AddCrossCuttingSeams` (config-selected) — handlers unchanged; 6) test match / shared-SIM / mismatch + that a phone change re-runs it (`shahkar_verified_at` resets upstream on phone change) | 🟡 |
| `IIdentityKycProvider` | backend-phase-6 | Identity KYC (national-id validity + name match + liveness) — `MockIdentityKycProvider` (`.../Seams/`) passes any well-formed 10-digit national id except the configured fail id, returning a matched name + fake vendor ref + `external_response_json`; on pass the handler populates `users.national_id` + `national_id_verified_at`. No real OCR/liveness; registered singleton | `Seams:IdentityKyc:FailNationalId` (default `0000000000`), `Seams:IdentityKyc:MatchedName` (default `Verified Nurse`) | 1) pick an Iranian e-KYC vendor (Finnotech / U-ID / Jibbit / Farashensa / Verify / Kavoshak), add its client package to `Directory.Packages.props`; 2) add `Seams:IdentityKyc:{ApiKey,BaseUrl}` options; 3) implement `VerifyAsync(nationalId, livenessPayload)` → national-id validity + name match + photo/video liveness against ثبت احوال, mapping to `IdentityKycResult` and persisting `external_response_json`; 4) swap the registration (config-selected) — handlers unchanged; 5) test pass/fail by national id + that `national_id` is populated **only** on pass | 🟡 |
| `ICredentialVerifier` | backend-phase-6 | MoH پروانه صلاحیت حرفه‌ای / INO / عدم سوء پیشینه verification — `MockCredentialVerifier` (`.../Seams/`) **is** the manual-admin default: every call returns `RequiresManualReview` with `verification_method=manual` (an admin verifies the uploaded document against the official portal in `AdminReviewStep`). No portal call; registered singleton. There is **no public B2B API** for MoH/INO, so this stays manual until one appears | _none_ | 1) when an MoH/INO portal or API becomes available, implement `VerifyAsync(credentialType, credentialNumber)` to return `Verified`/`Failed` with `verification_method=portal|api` (+ `external_response_json`); 2) swap the registration (config-selected) for those credential types — the manual path stays the fallback; 3) the structured `nurse_credentials` registry already stores number/authority/expiry so cross-check + renewal survive the swap. **MoH/INO have no public B2B API today** | 🟡 |
| `IBankAccountOwnershipVerifier` | backend-phase-3 | استعلام شبا IBAN-owner ↔ national-id inquiry — `MockBankAccountOwnershipVerifier` (`Baya.Infrastructure.CrossCutting/Seams/`) returns a deterministic fake: every IBAN matches (`matched_national_id=true`, echoes a holder name + `MOCK-SHEBA-{sha}` vendor ref) except the configured mismatch IBAN which returns `false`; registered singleton in `AddCrossCuttingSeams`. No real bank/KYC call, no money moves | `Seams:BankOwnership:MismatchIban` (default `IR000000000000000000000000`), `Seams:BankOwnership:MatchedHolderName`, `Seams:BankOwnership:MismatchHolderName` | 1) pick a Finnotech / banking-bridge استعلام شبا provider, add its client package to `Directory.Packages.props`; 2) add `Seams:BankOwnership:{ApiKey,BaseUrl}` options; 3) implement `VerifyOwnershipAsync(iban, nurseNationalId)` against the real Sheba-owner inquiry, mapping to `OwnershipInquiryResult`; 4) persist the real `ownership_vendor_ref` (+ raw response if a column is added); 5) swap the registration in `AddCrossCuttingSeams` (config-selected) — handlers unchanged; 6) test match/mismatch + that the b13 first-payout gate honours `matched_national_id=true` | 🟡 |
| `IGeocoder` | backend-phase-4 | Address→lat/lng — `MockGeocoder` (`Baya.Infrastructure.CrossCutting/Seams/`) returns deterministic `decimal` coordinates jittered (FNV-1a, ~±5 km) around the known city centroid (unknown city → Iran centroid) plus `formatted_address` + `confidence`; **no network call**. A global switch or a per-address marker forces the null-coordinate ("no map pin") path; registered singleton in `AddCrossCuttingSeams` | `Seams:Geocoding:ReturnNullCoordinates` (default `false`), `Seams:Geocoding:LowConfidenceMarker` (default `NO_GEO`), `Seams:Geocoding:ResolvedConfidence` (default `0.9`) | 1) pick Neshan (or Google) geocoding, add its client package to `Directory.Packages.props`; 2) add `Seams:Geocoding:{ApiKey,BaseUrl}` options; 3) implement `IGeocoder.GeocodeAsync(addressText, cityName, districtName?)` against it, mapping to `(lat, lng, formatted_address, confidence)` with `decimal` coords; 4) add rate-limit/retry; 5) swap the registration in `AddCrossCuttingSeams` (config-selected) — handlers unchanged; 6) test a known Tehran address resolves within expected bounds | 🟡 |
| `IReviewModerationService` | backend-phase-14 | AI review pre-screen — `MockReviewModerationService` (`Baya.Infrastructure.CrossCutting/Seams/`), **no external call**: `ScreenAsync(reviewText)` returns a `ModerationVerdict(Decision, Reason)` — a banned-word substring hit → `Reject` (`banned_word:{w}`); otherwise clean text → a human-review `Flag` by default (so the publish gate holds), or `Approve` when `AutoApproveClean` is set. The `SubmitReview` handler maps the verdict to the initial status (`Approve`→published, `Reject`→hidden, else pending) — **decision authority stays with `ModerateReviewCommand` (human override)**. Registered singleton in `AddCrossCuttingSeams` | `Seams:ReviewModeration:AutoApproveClean` (default `false`), `Seams:ReviewModeration:BannedWords` (default `scam,fraud,کلاهبردار`) | 1) pick a text classifier / LLM moderation endpoint, add its client package to `Directory.Packages.props`; 2) add `Seams:ReviewModeration:{ApiKey,BaseUrl}` options; 3) implement `ScreenAsync(reviewText)` → map the provider's toxicity/spam scores to `Approve`/`Flag`/`Reject` + a reason; 4) swap the registration in `AddCrossCuttingSeams` (config-selected) — `SubmitReviewCommand`/`ModerateReviewCommand` unchanged, and the human moderation path always overrides; 5) test clean/flagged/rejected dispositions + that the publish gate still holds for a `Flag` | 🟡 |
| `IFieldEncryptor` | backend-phase-0 | PII encryption — AES-256-CBC + HMAC hash from a local symmetric key (`SymmetricFieldEncryptor`, `Baya.Infrastructure.CrossCutting/Seams/`) | `Seams:FieldEncryption:Key`, `Seams:FieldEncryption:HashKey` | KMS / column encryption / Key Vault / HSM | 🟡 |
| `INotificationDispatcher` | backend-phase-0/**1** | Notification channels — **in-app write is now real** (`InAppNotificationDispatcher`, `Persistence/Services/Notifications/`, writes an `ops.Notifications` row); b0 log stub removed. SMS/push channels still deferred (no-op) behind the same seam | _none_ | Add SMS (`ISmsSender`) / push (FCM) channels; polling → Redis pub/sub or SignalR later | 🟡 |
| `IPaymentCaptureSimulator` | backend-phase-9 → **removed from prod refinement-phase-8 §6.4** | The **temporary conversion trigger** that stood in for b10's real card capture. **Prod now gets the fail-closed `DisabledPaymentCaptureSimulator`**; only Dev/Testing re-register the succeeding `MockPaymentCaptureSimulator` (the `bookings/convert` path is a Dev/Testing affordance — prod converts via the b10 webhook confirm calling `ConvertRequestToBooking` directly). Registered in `AddCrossCuttingSeams` (prod) + re-registered in Dev/Testing from `Program.cs` | `Seams:PaymentCapture:ForceFailure` (default `false`), `Seams:PaymentCapture:PspFeeAmount` (default unset) | Nothing further for prod — the real conversion trigger is the b10 webhook confirm. The Dev/Testing mock stays as a test affordance; drop it only if/when `bookings/convert` is retired | 🟢 (prod fail-closed; Dev/Testing mock is a test affordance) |
| `INurseSearch` | backend-phase-7 | The search-service seam (read side). **The MVP impl `SqlNurseSearch` (`Persistence/Services/Search/`) is REAL, not a mock** — it reads the maintained `nurse_search_index WHERE is_searchable=1`, applies the category/city/district (NULL=whole-city)/gender/price filters + rating sort + pagination, projected & `AsNoTracking`. Registered by `AddPersistenceServices`, config-selected. Only the DEFERRED Elasticsearch backend is unbuilt | `Search:Backend` (default `sql`; any other value throws until Elastic ships) | 1) add an Elasticsearch client package (`Elastic.Clients.Elasticsearch`) to `Directory.Packages.props`; 2) define the index mapping (the `NurseSearchResultDto` fields + `is_searchable`); 3) implement `ElasticNurseSearch : INurseSearch` (same filters/sort/paging) reading the ES index; 4) build the feeder that consumes the `ISearchIndexMaintainer` change events via an **outbox/CDC** stream into ES (see the next row); 5) point `Search:Backend=elastic` in config — **callers unchanged**; 6) keep the SQL index as the projection/fallback + the reconciliation source (`RebuildAsync`); 7) test filter/sort/paging parity vs `SqlNurseSearch` | 🟢 SQL real; Elastic 🟡 |
| `IPaymentProvider` | backend-phase-10 | Card PSP acquirer — `MockPaymentProvider` (`Baya.Infrastructure.CrossCutting/Seams/`), **no external call**: `InitPaymentAsync` → a deterministic `gatewayReferenceCode` (`mock-ref-{requestId}-{key}`) + a fake redirect URL; `VerifyAsync` → instant `Succeeded` echoing the expected amount (the server-side re-check); `RefundAsync(ref, amount, idempotencyKey, ct)` → always `Succeeded`, echoes a deterministic refund ref (b11 refunds carry the booking+refund idempotency key so a retry never double-refunds). Registered singleton in `AddCrossCuttingSeams` | none today; real client needs merchant id + terminal/IBAN registration + sandbox flag from `payment_gateways.config_json` (encrypted), not appsettings | 1) pick ZarinPal/Sadad/Vandar/Jibit as an acquirer-with-تسهیم, add its client package to `Directory.Packages.props`; 2) implement `InitPaymentAsync` (open the IPG session, return the Shaparak-routed redirect + reference), `VerifyAsync` (the mandatory server-side `verify` re-check of amount + reference — **never trust the callback alone**), `RefundAsync`; 3) read merchant id/terminal from the encrypted `payment_gateways.config_json`; 4) a config-driven `IProviderRegistry`/factory selects the concrete provider per gateway so a cut-off provider swaps without code change; 5) persist the full gateway response into `gateway_response_json`; 6) swap the registration (config-selected) — handlers unchanged | 🟡 |
| `ISettlementSplitProvider` | backend-phase-10 | تسهیم settlement-sharing — `MockSettlementSplitProvider` (`.../Seams/`) records the split intent and returns `Settled` for any legs whose sum is positive; the platform never moves money. Registered singleton in `AddCrossCuttingSeams` | none today; real client needs each beneficiary's registered SHEBA + split-by-ratio config | 1) pick the acquirer's تسهیم API, implement `RegisterSplitAsync(bookingId, legs)` to register the split-by-ratio to each beneficiary's **registered IBAN** (nurse payout + platform commission), honouring the ~100,000 IRR min-amount caveat; 2) resolve each nurse's SHEBA from `nurse_bank_accounts` (the b3 `matched_national_id` gate) and the platform SHEBA from config; 3) `GetSplitStatusAsync` polls the provider; the provider credits IBANs directly — the ledger only mirrors it; 4) swap the registration (config-selected) | 🟡 |
| `IWebhookVerifier` | backend-phase-10 | PSP callback signature verify — `MockWebhookVerifier` (`.../Seams/`) treats the signature as valid unless the body carries `Seams:Payments:InvalidSignatureMarker`, and extracts `external_event_id`/`event_type`/`gateway_reference_code` from a small JSON body (so tests can replay duplicates + exercise the invalid-signature path). Registered singleton in `AddCrossCuttingSeams` | `Seams:Payments:InvalidSignatureMarker` (default `INVALID_SIGNATURE`) | 1) implement the per-provider HMAC/signature scheme (verify the raw body against the provider's signing key from the gateway config); 2) where a provider offers no signature, fall back to the mandatory server-side `verify` re-check (amount + reference) via `IPaymentProvider.VerifyAsync`; 3) parse the real provider event shape into `WebhookVerification`; 4) swap the registration (config-selected) — the `HandlePaymentWebhook` upsert-first/no-op-on-duplicate ordering is unchanged | 🟡 |
| `IDistributedLock` | backend-phase-10 | Money-path mutex — `InProcessDistributedLock` (`.../Seams/`): a per-key `SemaphoreSlim` so the capture path runs the same acquire/release shape it will with real Redis, **within one process only**. **Not** a cross-instance correctness guarantee — the DB uniques/state-machine are the authoritative backstop. Registered singleton in `AddCrossCuttingSeams` | none today; real client needs a Redis connection string | 1) add `StackExchange.Redis` to `Directory.Packages.props`; 2) implement `AcquireAsync(key)` with a lease/expiry (RedLock-style SET NX PX + a token-checked release), key convention `booking:{id}:payment`; 3) bind `Seams:Payments:Redis` (or reuse the `ICacheService` Redis swap); 4) swap the registration (config-selected) — handlers unchanged, and correctness still rests on the DB uniques if Redis is down/expired. **refinement-phase-7: also the scheduler's per-tick lock** (`scheduler:{job}`) uses this seam — once Redis-backed it serializes recurring-job ticks across instances (idempotency + DB uniques cover a double-run either way). Required only for >1 instance. | 🟡 (in-proc is correct single-instance) |
| `ISearchIndexMaintainer` (the "`ISearchIndexWriter`" event shape) | backend-phase-7 | The index-maintenance seam (write side). **The inline SQL path is REAL** — `SearchIndexMaintainer` (`Persistence/Services/Search/`) re-derives `nurse_search_index` from source and **stages** it inside the owning source write's unit of work (single `CommitAsync`), invoked from the b3/b4/b5/b6 handlers (`ReindexVariantAsync`/`ReindexNurseAsync`/`FanOutServiceAreaAsync`/`RemoveServiceAreaRowsAsync`/`RebuildAsync`). Only the **outbox/queue routing** for an async Elastic feeder is deferred — the seam is shaped so the same change events can later be emitted to an outbox instead of an inline upsert | _none_ | 1) introduce an `outbox` table + a SaveChanges interceptor that captures each maintainer change as an event row in the same transaction; 2) a background feeder (Hangfire/Quartz or a hosted service) reads the outbox and applies to `ElasticNurseSearch`; 3) keep the inline SQL upsert as the projection/fallback so `RebuildAsync` stays the reconciliation path; 4) test that an outbox replay converges to the same rows as the inline path | 🟡 outbox deferred (inline real) |

| `IMoadianClient` | backend-phase-11 | سامانه مودیان e-invoicing — `MockMoadianClient` (`Baya.Infrastructure.CrossCutting/Seams/`), **no external call**: `SubmitAsync` leaves a new invoice `moadian_status = pending` with `moadian_reference_number = null`; a config switch forces a deterministic `registered` result with a fake 22-digit reference so the reconciliation/registered path is testable. Registered singleton in `AddCrossCuttingSeams` | `Seams:Moadian:ForceRegistered` (default `false`) | 1) enroll the platform in سامانه مودیان (memory/economic code + signing certificate); 2) implement `SubmitAsync` to POST the معاملات/invoice (`صورتحساب`) to the مودیان API, sign the payload, map the 22-digit `reference_number`; 3) walk the async `pending → submitted → registered`/`failed` states via a reconciliation callback/poll (**cron deferred/manual today** — a job flips `moadian_status` + fills the ref); 4) swap the registration (config-selected) — the `IssueInvoice` handler is unchanged | 🟡 |
| `IBnplProvider` | **backend-phase-12** (superset of the b11 revert-only stub) | BNPL provider — `MockBnplProvider` (`Baya.Infrastructure.CrossCutting/Seams/`), **no external call**, drives the full SnappPay-superset verb set `CheckEligibilityAsync`/`CreatePaymentTokenAsync`/`VerifyAsync`/`SettleAsync`/`GetStatusAsync`/`CancelAsync`/`RevertAsync`/`UpdateAsync` and the `eligible → token_issued → verified → settled → reverted/cancelled` machine. Eligibility is `eligible` unless the mobile = `NotEligibleMobile` (→`not_eligible`) or the order exceeds `CreditCeilingIrr` (→`ceiling_exceeded`); token/redirect are deterministic; **settle returns `settledAmountIrr = order − round(order × CommissionRate)` + the commission read from the response (never hardcoded) + a nullable `settledAt`** (null when `SettlementInstant=false`, modelling non-instant settlement); revert echoes a deterministic `external_revert_reference` + nullable `provider_commission_reversed_amount`. Selected per `provider_code` by **`IBnplProviderResolver`** (`MockBnplProviderResolver` → the one mock for every known code); the b11 refund `bnpl_revert` path still injects `IBnplProvider` directly. Registered singleton in `AddCrossCuttingSeams` | `Seams:Bnpl:CommissionRate` (default `0.10`), `Seams:Bnpl:SettlementInstant` (default `true`), `Seams:Bnpl:CreditCeilingIrr` (default `2000000000`), `Seams:Bnpl:NotEligibleMobile` (default `09120000099`), `Seams:Bnpl:ForceFailure` (default `false`), `Seams:Bnpl:ReverseProviderCommission` (default `false`) | 1) implement one concrete adapter per `provider_code` (**SnappPay** OAuth `api/online/v1/oauth/token` + `offer/v1/eligible` + `payment/v1/token\|verify\|settle\|revert\|cancel\|update\|status`, or **Digipay** UPG `tickets/business?type=13` + `purchases/verify` + `purchases/deliver?type=13` + `refunds`/`reverse`); 2) read credentials from the **encrypted** `payment_gateways.config_json`; 3) do Toman↔Rial via `ICurrencyNormalizer` at the adapter boundary; 4) read the **per-contract commission from the settle response**, never hardcode; 5) map the provider event shape into the callback so `HandleBnplCallback` dispatch is unchanged; 6) register per-code in `IBnplProviderResolver` (config-selected) — handlers unchanged. **Warn: do NOT use the unrelated Canadian `SnapPayInc/open-api-java-sdk`.** | 🟡 |
| `ICurrencyNormalizer` | backend-phase-12 | Toman↔IRR at the provider boundary — `MockCurrencyNormalizer` (`Baya.Infrastructure.CrossCutting/Seams/`): `ToIrr(amount,"TOMAN")` = `amount × TomanToIrrMultiplier`, IRR passes through; `ToDisplayToman` divides back. **Conversion happens ONLY here, never internally.** Registered singleton in `AddCrossCuttingSeams` | `Seams:Currency:TomanToIrrMultiplier` (default `10`) | Read the multiplier (or a per-provider unit) from provider config; the interface stays — a currency redenomination is a config change | 🟡 |
| `INursePayoutStatus` | backend-phase-11 (interim) → **backend-phase-13 (authoritative)** | "Was the nurse already paid for this booking?" — **b13 shipped the real `NursePayoutLinkStatusService`** (`Persistence/Services/Payments/`): a booking is paid iff a `nurse_payout_booking_links` row ties it to a `nurse_payouts` row in status `paid`. This **supersedes** the interim `NursePayoutStatusService` (dispute-window derivation, now deleted); the `refund_assume_nurse_paid` config override still forces the paid answer for ops/testing. Not a mock of an external — a real ledger-backed derivation. Registered scoped in `AddPersistenceServices`. The refund pre-payout/clawback fork is unchanged | `refund_assume_nurse_paid` (`platform_configs`, default `false`) | Nothing further — this is the real implementation. (A future on-demand-withdrawal model would extend the "paid?" definition, not replace it.) | 🟢 |

| `ILicenseVerificationService` | **backend-phase-15** | Partner-center licensing (eNamad / MoH establishment-permit پروانه تأسیس) — `MockLicenseVerificationService` (`Baya.Infrastructure.CrossCutting/Seams/`), **no external call**: `VerifyEstablishmentPermitAsync`/`VerifyENamadAsync` return `NeedsManualReview` (no automated registry → a human admin decides), so `VerifyPartnerCenterCommand` records the manual approval and activates the center. A config toggle makes clean checks return `Valid` (auto-approve path); an explicit `Invalid` verdict blocks activation. Registered singleton in `AddCrossCuttingSeams` | `Seams:LicenseVerification:AutoApprove` (default `false`) | 1) obtain access to a real eNamad status endpoint and/or the MoH establishment-permit registry (no public B2B API today — likely a manual/partner data feed at launch); 2) implement the two methods to look up the permit/eNamad code and return `Valid`/`Invalid` + a reason; 3) swap the registration (config-selected) — `VerifyPartnerCenter` is unchanged (it keeps the human-override decision authority) | 🟡 |

> Exact config keys and file paths get filled in by the phase that builds each seam. Keep the
> "Make it real →" column actionable enough that a developer can pick up any single row and ship it.

## Frontend client-side mocks (not backend DI seams)

These are in-browser mocks behind a `services/{domain}` interface, selected by a config flag. They exist so
the frontend can build before the backend phase merges, and swap to the real HTTP client in one line.

> **Refinement-phase-4 de-mock (2026-07-13) — 14 domains flipped to REAL** (`USE_*_MOCK = false`), verified
> against the regenerated swagger + `npm run check`/`test:ci` green: **geography, patients, profiles,
> nurse (bank), addresses, serviceAreas, catalog, search, bookingRequests, bookings, payment, reviews,
> tickets, notifications** (auth was already real). The flip was **not** a pure flag flip for most: Phase-3
> delivered fields the `clientApi.ts` mappers were written to null-override, so each mapper was updated to
> consume/send them (search name/avatar/distance + `nurses/{id}/profile`; patient relation/conditions;
> address `provinceId`; booking-request `variantPrice`/`bookingId`; ticket `unreadCount`/`lastMessageAt` +
> `clientMessageId`; review `my_review`; profile `avatarUrl`/`preferredLanguage` + a real **multipart avatar
> upload** — `clientFetch` now passes `FormData` through; the customer profile sources name from `/me`). The
> **payment mock-gateway harness page was deleted**; `EVV_GPS_MODE` auto-selects `off` (real geolocation).
>
> **7 domains stay 🟡 mocked — precondition REQ deferred/unsafe (documented, not forgotten):**
> `verification` (REQ-034 admin queue/doc-URL/approve — nurse flow ready, admin half blocks the shared flag),
> `refunds` (REQ-035 admin preview/approve — customer cancel/policy ready), `payouts` (REQ-036 admin
> preview/holidayShifted/transfer-ref — nurse earnings ready), `admin` (REQ-031 RBAC roles — config/audit/
> holidays/alerts ready), `bnpl` (REQ-022 options/schedule + REQ-024 wallet_installments deferred),
> `partnerCenter` (REQ-032/033 portal split reads + REQ-038 `/me` signal deferred), `patientRecords` (REQ-027
> endpoints exist but the client family-record `id` model is `string` vs the wire's `int` → the customer-edit
> PUT is write-unsafe until the id types are reconciled; the nurse visit-note history half is contract-real).

| Seam (interface) | File | What it fakes | Config flag | Make it real → | Status |
| --- | --- | --- | --- | --- | --- |
| `PatientsApi` | `client/src/services/patients/apis/mockApi.ts` | In-memory patient CRUD (list/get/create/update/soft-archive), **seeded empty** so onboarding + the empty state both demo; persists the client-augmented `relation`/`conditions` the wire `PatientDto` lacks (REQ-005) | `USE_PATIENTS_MOCK` (`services/patients/constants.ts`, default `true`) | Deliver REQ-005 (relation/conditions on `PatientDto` + create/update), then set flag `false` — `patientsClientApi` is already wired to the b3 `patients/*` routes | 🟢 (real, refinement-phase-4) |
| `ProfilesApi` | `client/src/services/profiles/apis/mockApi.ts` | Customer + nurse profile get/upsert and **avatar upload** (echoes an object-URL). Keeps guarded read-only fields (`isVerified=false`, zero aggregates). Augments customer name/language (REQ-007) + nurse `avatarUrl` (REQ-006) the wire DTOs lack | `USE_PROFILES_MOCK` (`services/profiles/constants.ts`, default `true`) | b3 `customer_profiles/*` + `nurse_profiles/*` are live; deliver REQ-006 (avatar route/field) + REQ-007 (customer name/language) then set flag `false` — `profilesClientApi` is wired (its `uploadAvatar` throws `501` until REQ-006) | 🟢 (real, refinement-phase-4) |
| `NurseBankAccountsApi` | `client/src/services/nurse/apis/mockApi.ts` | Bank-account list/add/set-primary/verify-ownership. Drives the استعلام شبا **pending→verified/mismatch** transition over 2 list reads (so the poll shows it), single-primary enforcement, masked-IBAN (last-4); the configured mismatch IBAN (`IR000000000000000000000000`, matches backend default) resolves to `matchedNationalId=false` | `USE_NURSE_BANK_MOCK` (`services/nurse/constants.ts`, default `true`) | b3 `nurse_bank_accounts/*` are live (the real `add` resolves the inquiry synchronously — no client poll needed); set flag `false` — `nurseBankClientApi` is wired | 🟢 (real, refinement-phase-4) |
| `AuthApi` | `client/src/services/auth/apis/mockApi.ts` (`authMockApi`) | Phone-OTP login offline: `requestOtp`→`{otpSent,resendAvailableInSeconds:120}`; `verifyOtp` accepts dev code **`123456`** and locks after 3 wrong tries (`otp_locked`); `getMe`/`selectRole`/`refresh` from a `MOCK_SCENARIO` toggle (`customer`/`nurse_unverified`/`no_role`) to exercise all router branches | `USE_AUTH_MOCK` (`services/auth/constants.ts`, default **false** — b2 is live) + `MOCK_SCENARIO` in `mockApi.ts` | The real `authClientApi` is already wired to the live b2 routes; set `USE_AUTH_MOCK = false` (already the default) — no hook/screen change | 🟢 real by default, 🟡 mock available |
| `GeographyApi` | `client/src/services/geography/apis/mockApi.ts` (+ `apis/seed.ts`) | The province→city→district reference hierarchy — a faithful subset of the b4 seed: 8 provinces, Tehran (city 101) with its 22 مناطق (1001…1022), and the white-space cities Mashhad/Isfahan/Shiraz/Tabriz/Ahvaz/Qom/Karaj as whole-city-only. Active-only, `sortOrder`-ordered. `seed.ts` also resolves a saved `cityId`/`districtId` back to names for the addresses & serviceAreas mocks | `USE_GEOGRAPHY_MOCK` (`services/geography/constants.ts`, default `true`) | b4 `geo/{provinces,cities,districts}` are live; set flag `false` — `geographyClientApi` is wired to the snake_case-param lookups. No hook/component change | 🟢 (real, refinement-phase-4) |
| `AddressesApi` | `client/src/services/addresses/apis/mockApi.ts` | Customer address CRUD (list primary-first / create / update / set-primary / soft-delete) with the **exactly-one-primary** invariant enforced in-memory (first address auto-primary; promoting clears the prior; deleting the primary promotes the next). Persists the client-augmented `provinceId` (REQ-009) and the picked `latitude`/`longitude` (REQ-008) the wire DTO/create-body lack | `USE_ADDRESSES_MOCK` (`services/addresses/constants.ts`, default `true`) | b4 `customer_addresses/*` are live; deliver REQ-008 (accept the pin) + REQ-009 (`provinceId` on the DTO), then set flag `false` — `addressesClientApi` is wired (sends the pin + `pageSize`, echoes `provinceId` locally) | 🟢 (real, refinement-phase-4) |
| `ServiceAreasApi` | `client/src/services/serviceAreas/apis/mockApi.ts` | Nurse coverage areas (list whole-city-first / add / remove). Enforces `UNIQUE(cityId, districtId)` exactly as the server — a duplicate (incl. a second whole-city row) throws the same **`409`** (`area_duplicate`) so the coverage editor's inline dup handling is demonstrable | `USE_SERVICE_AREAS_MOCK` (`services/serviceAreas/constants.ts`, default `true`) | b4 `nurse_service_areas/*` are live; set flag `false` — `serviceAreasClientApi` is wired (maps the server 409 to the same inline message). No hook/component change | 🟢 (real, refinement-phase-4) |
| `AddressMapPicker` (map stand-in) | `client/src/components/geography/AddressMapPicker.tsx` | **Not a real map** — a bounded, tappable/draggable marker canvas (CSS grid, no Neshan/Google tiles, no network) that maps the pointer position to `{ latitude, longitude }` around the chosen city's centroid (`CITY_CENTROIDS`/`IRAN_CENTROID` in `services/geography/constants.ts`). Emits real coordinates for the create/update request | _none (component boundary)_ | Replace the canvas internals with a real map widget (Neshan/Google, inlined per the client CSP) that emits the same `{ latitude, longitude }` via `onChange` — `AddressForm` and every caller stay unchanged | 🟡 |
| `CatalogApi` | `client/src/services/catalog/apis/mockApi.ts` (+ `apis/seed.ts`) | The catalog skeleton + nurse pricing layer. **Categories mirror the b5 seed exactly** (5 categories, ids 1–5, `sortOrder` 0–4). Seeds representative **option groups/values** the fresh backend does **not** (an admin authors them per category) — incl. required + optional groups and one **cross-category** (`serviceCategoryId=null`) group — so the builder's required-option gate + cross-category rendering demo. Enforces the server's create validation in-memory: `400` missing required dimension / bad price, and the `(nurse, category, option-set)` duplicate **`409`** (via `optionSetSignature`). Variant store seeded **empty** so the offerings empty-state demos; the nurse builds variants live (across price units). `create`/`update`/`set_active`/`list`(active-first, paginated)/`get`. Money stays an **IRR digit-string** end-to-end | `USE_CATALOG_MOCK` (`services/catalog/constants.ts`, default `true`) | b5 `catalog/*` + `nurse_variants/*` are live; set flag `false` — `catalogClientApi` is wired to the action-style routes (camelCase bodies, `pageSize` pagination per REQ-010, `category_id` snake_case filter). **When swapped, categories will have NO option groups until an admin authors them** (the mock's groups were illustrative). No hook/component change | 🟢 (real, refinement-phase-4) |
| `VerificationApi` | `client/src/services/verification/apis/mockApi.ts` | The whole nurse trust journey (b6). Seeds the six required steps on `start` (idempotent); `runIdentityKyc` passes any well-formed 10-digit id **except** `0000000000` (→ `failed`/`kyc_no_match`, matches backend `MockIdentityKycProvider`); `runShahkarMatch` requires identity passed, fails **shared-SIM** when the bound national id is `1111111111` (→ `failed`/`shared_sim`); `runBankVerification` passes (assumes a primary bank account); `uploadStepDocument` simulates signed-URL PUT progress then moves the step to `in_review` (metadata only); `submitCredentialDetails` validates the INO number. Re-aggregates like the server (`approved` only when every step passes). **Dev-only** `__mockApproveAll()`/`__mockRejectStep(code,reason)` stand in for the deferred (f15) admin review queue so a human can watch `is_verified`/the trust badge/the publish gate flip — reachable from B3/B6 only while the flag is true | `USE_VERIFICATION_MOCK` (`services/verification/constants.ts`, default `true`) | b6 `nurse_verification/*` + `nurses/{id}/trust_badge` are live; set flag `false` — `verificationClientApi` is wired (action-style routes, camelCase, XHR signed-URL PUT for upload progress + SHA-256 integrity hash). **Caveat:** the real `submitCredentialDetails` no-ops pending REQ-011 (no nurse-facing endpoint for the structured INO/specialties fields yet) — the document uploads it accompanies are contract-backed. No hook/component change | 🟡 |
| `BookingsApi` | `client/src/services/bookings/apis/mockApi.ts` | The post-payment engagement (b9). Seeds **2 confirmed bookings** (one 3-session multi-day, one single-visit) + `booking_care_instructions` + a per-session **EVV state machine** — `checkInVisit` flips the session→`in_progress`/`checked_in` (booking→`in_progress`) and computes the **advisory** `checkInAddressMatch` (haversine vs the seeded address ± `MOCK_EVV_TOLERANCE_METERS`, `null` when GPS was absent); `checkOutVisit` requires an open check-in (**`400 no_open_check_in`** otherwise), completes the session (stamps `payoutEligibleAt`), and completes the booking + opens the dispute window once **all** sessions settle. `getCareInstructions` **404s any viewer but the assigned nurse** (the two-stage-disclosure boundary; the UI `enabled` gate means the customer never even calls it). Money stays IRR digit-strings with `gross = commission + payout` and `Σ visitPayout = payout` | `USE_BOOKINGS_MOCK` (`services/bookings/constants.ts`, default `true`) | b9 `bookings/*` + `booking_sessions/*` are live, but a booking only exists after `bookings/convert` runs on a **paid** request — both upstreams (`bookingRequests` mock, card capture b10) aren't real client-side yet. Once conversion is live, set flag `false` — `bookingsClientApi` maps the routes 1:1 (+ `bookingsServerApi` for the RSC prefetch). No hook/component change | 🟢 (real, refinement-phase-4) |
| `ILocationProvider` | `client/src/services/bookings/evv/locationProvider.ts` | **EVV GPS capture** — the only client seam f8 introduces. `getCurrentPosition()` never rejects (denied/unavailable → `null`, so a GPS problem is **advisory, never a block**). The **real** provider wraps `navigator.geolocation.getCurrentPosition`; the **mock** returns canned coordinates per mode so the in-range / advisory-out-of-range / denied paths are all demoable without a device (the mock `BookingsApi` computes the match against the same seeded reference point) | `NEXT_PUBLIC_EVV_MOCK_GPS` = `in_range` \| `out_of_range` \| `denied` \| `off` (default `in_range` while `USE_BOOKINGS_MOCK`, else `off`) | Set `NEXT_PUBLIC_EVV_MOCK_GPS=off` (or flip `USE_BOOKINGS_MOCK`) → the real `navigator.geolocation` provider is selected. Real **address-match math** stays server-side (backend geocoding seam), not here — this seam only *captures* the position | 🟢 (real, refinement-phase-4) |
| `PaymentApi` | `client/src/services/payment/apis/mockApi.ts` | **The f9 checkout money path** — plays the PSP + webhook roles the client can't reach: `getCheckoutSummary` serves the unserved C6 breakdown (REQ-016; commission-net/VAT/service split via **integer parts-per-10000 BigInt math**, 12% fee / 10% VAT, reconciles to the rial); `initiatePayment` enforces b10 idempotency (same `Idempotency-Key` → same attempt; repeat after capture / lapsed window → **`409`**) and returns a `redirectUrl` into the local mock-gateway harness; `confirmGatewayReturn` on success is the **webhook-confirm stand-in and the missing f7↔f8 bridge** — flips the request `converted` (+ client-augmented `bookingId`, via `mockMarkBookingRequestConverted` in the f7 mock), inserts a **confirmed** booking into the f8 store (`mockInsertConvertedBooking`), and auto-issues the b11-shaped invoice (`moadianStatus: pending`, `pdfUrl: null` so the print path exercises); replayed returns converge idempotently; `getInvoice` 404s until issued | `USE_PAYMENT_MOCK` (`services/payment/constants.ts`, default `true`) | b10 initiate + b11 invoice are live and `paymentClientApi` maps them 1:1 (`Idempotency-Key` header, `GET invoices/{bookingId}`); deliver **REQ-016** (checkout summary — the real client already targets the proposed `booking_requests/checkout_summary/{id}` slug) + **REQ-017** (transaction status / `bookingId`; until then the real outcome poll maps `booking_requests/get` statuses and can't distinguish declined from slow) + **REQ-018** (invoice reachable post-capture), make the upstream `bookingRequests` flow real, then set flag `false`. No hook/component change | 🟢 (real, refinement-phase-4) |
| Mock-gateway page (test harness) | `client/src/app/[locale]/(private-routes)/(customer)/bookings/checkout/gateway/page.tsx` | **Not a product feature** — a dev stand-in for the PSP's hosted payment page so the initiate → redirect → return round-trip is exercisable without a gateway: the mock `redirectUrl` points here, and its success/failure buttons drive both branches of the return surface (`?outcome=success\|failure`). Clearly labelled «درگاه پرداخت آزمایشی», dashed border | _none — only reachable via the mock's `redirectUrl`_ | On the real path b10's `redirectUrl` is the PSP's **absolute** URL (the checkout does a full `window.location.assign` for `http(s)` URLs), so this page is simply never linked; delete it when `USE_PAYMENT_MOCK` retires. The PSP's return deep-link into `/bookings/checkout/return` is backend/PSP config | 🗑 removed in refinement-phase-4 (payment flipped real) |
| `RefundsApi` | `client/src/services/refunds/apis/mockApi.ts` | **The f10 customer cancel + refund surface** b11 doesn't serve (refunds are admin-only; no customer cancel command, no policy preview, no refund-by-booking, no fee-leg decomposition on the customer status → REQ-019/020/021). Reads the shared **f8 bookings store** (`mockGetBookingForRefund`) to resolve the tier by lead time (`free_24h` >24h / `partial_under_24h` <24h / `customer_no_show` started — client-invented codes → i18n keys) and the per-session refundable(un-started)/locked(completed-and-verified) breakdown, decomposing the refund across the two fee legs via **integer parts-per-10000 BigInt math** (`refundAmount + fee = refundableGross` to the rial). `cancelBooking` flips the booking → `cancelled` (`mockMarkBookingCancelled` stamps the b9 snapshot + cancels only un-started sessions) and creates a refund: **card → `succeeded`** immediately (no ETA); **BNPL → `approved`→`processing`→`succeeded`** over status polls with a `expected_customer_refund_eta` ~10 business days out (Fridays skipped) so the ~7–10-day banner renders. Enforces the outside-policy **`409`** (already-cancelled / nothing-refundable / non-refundable session). Seeds a **`failed`** refund on the cancelled booking 5004 so the contact-support state demos; booking 5002 is pinned to the BNPL channel; booking 5003 (new, mid-engagement) demos the mixed refundable/locked breakdown. Also adds bookings-store seeds 5003/5004 + the two non-seam exports | `USE_REFUNDS_MOCK` (`services/refunds/constants.ts`, default `true`) | Deliver **REQ-019** (customer cancel command — the real `refundsClientApi.cancelBooking` already targets `POST bookings/{id}/cancel`) + **REQ-020** (cancellation-policy preview → `GET bookings/{id}/cancellation_policy`, incl. the canonical `cancellation_policy_code` set) + **REQ-021** (`GET refunds/by_booking/{id}` + the decomposition fields on the customer `refunds/{id}/status`), then set flag `false` — the real client maps the published `refunds/{id}/status` 1:1 and targets the proposed slugs for the rest. No hook/component change | 🟡 |
| `BnplApi` | `client/src/services/bnpl/apis/mockApi.ts` | **The f11 BNPL installment checkout (D1–D5)** b12 doesn't serve client-side (b12 is order-centric — eligibility/initiate/status/webhook — and **explicitly does not model the repayment schedule**; no provider/plan options, no wallet installment status → REQ-022/023/024). Reads the frozen request gross from the shared **f7 store** and plays the provider: `getBnplOptions` builds the provider set as **data** (دیجی‌پی 3/6/12 · اسنپ‌پی ۴ · اقساط بالین‌یار; per-plan monthly/down-payment/total via **integer parts-per-10000 BigInt math**, never a hardcoded fee in the UI); `checkEligibility` returns `eligible` unless the national-id last digit is `0` (→`not_eligible`) or the order exceeds `MOCK_CREDIT_CEILING_IRR` (→`ceiling_exceeded`) so both declined paths demo; `getBnplSchedule` serves the down-payment + N-installment rows (last absorbs the remainder → rows sum to total); `issueBnplToken` enforces b12 idempotency (same key → same token; repeat after settle / lapsed window → **`409`**) + a `redirectUrl` into the local provider-handoff harness; `acceptBnplSchedule` on success is the **settle stand-in and reuses the f9 conversion bridge** — flips the request `converted` (`mockMarkBookingRequestConverted`), inserts a **confirmed** booking (`mockInsertConvertedBooking`; a settled BNPL order = a card payment net-of-fee, payout invariant to method), and **seeds a provider-reported Wallet plan**; `getWalletInstallments` serves D5 (seeded active دیجی‌پی ۶-ماهه with paid/due-soon/upcoming rows + each settled checkout's plan). Money = served IRR digit-strings end-to-end (components only format) | `USE_BNPL_MOCK` (`services/bnpl/constants.ts`, default `true`) | Deliver **REQ-022** (options + schedule — real `bnplClientApi` targets `checkout_bnpl/options/{id}` + `checkout_bnpl/schedule/{id}`), **REQ-023** (eligibility accepts the D3 national-id/mobile/consent), **REQ-024** (`checkout_bnpl/wallet_installments` provider-reported status + a customer `bookingId` on the settled order), and make the upstream `bookingRequests` flow real, then set flag `false` — `checkEligibility`/`issueBnplToken`(`Idempotency-Key`)/`getBnplOrder` already map the live b12 routes 1:1; the settle-on-return reads the order (the real settle is the provider webhook). No hook/component change | 🟡 |
| BNPL provider-handoff harness (test harness) | `client/src/app/[locale]/(private-routes)/(customer)/bookings/checkout/bnpl/gateway/page.tsx` | **Not a product feature** — a dev stand-in for the provider's hosted BNPL page so the initiate → redirect → return round-trip is exercisable without a provider: the mock `redirectUrl` points here, and its pay/cancel buttons drive both branches of the return surface (`?outcome=success\|failure`). Clearly labelled «در حال انتقال به ارائه‌دهنده», dashed border | _none — only reachable via the mock's `redirectUrl`_ | On the real path b12's `redirectUrl` is the provider's **absolute** URL (the wizard does a full `window.location.assign` for `http(s)`), so this page is never linked; delete it when `USE_BNPL_MOCK` retires. The provider's return deep-link into `/bookings/checkout/bnpl/return` is backend/provider config | 🟡 |
| `PayoutsApi` | `client/src/services/payouts/apis/mockApi.ts` | **The f12 nurse earnings surface** b13 doesn't serve read-side for a nurse (b13's only nurse route is `GET nurse_payouts/history`; the four-bucket **earnings summary**, the per-booking **earnings list + money-state**, and a **nurse-readable payout detail** with batch context + booking links are gaps → **REQ-025**). Self-contained, money-correct fixtures exercising **every** UI state: all four earnings states (`pending`/`eligible`/`paid`/`clawback_applied`; booking ids 5001–5004 align with the f8 bookings-store seeds so "view booking" deep-links land), all four `PayoutStatus` values in history (`pending`/`submitted`/`paid`/`failed`, incl. a `failed` payout with `failureReason: 'invalid_sheba'` for the read-only failure banner), payout **details that reconcile** (`gross − clawback = net = amount`, Σ booking-link amounts = `grossEarnings`), and a **signed net balance** computed with BigInt via a `MOCK_SCENARIO` toggle (`standard` = positive; **`clawback_heavy` = negative "owed back"** for phase §7 step 3). Timestamps are relative to `now` so the pending dispute-window countdown always ticks; money stays IRR digit-strings end-to-end (components only format). `getNurseEarnings` filters by `state` + paginates | `USE_PAYOUTS_MOCK` (`services/payouts/constants.ts`, default `true`) + `MOCK_SCENARIO` in `constants.ts` | Deliver **REQ-025** (earnings_balance + earnings list + nurse `nurse_payouts/{id}` detail + `failureReason` on the history DTO), then set flag `false` — `payoutsClientApi` already maps the live `GET nurse_payouts/history` 1:1 and targets the proposed slugs for the other three. No hook/component change | 🟡 |
| `ReviewsApi` | `client/src/services/reviews/apis/mockApi.ts` | **The f13 moderated-review trust loop.** b14 serves the review **submit** (`POST bookings/{id}/review`), the public **nurse reviews** page (`GET nurses/{id}/reviews`), and the tag rollup — those are mapped 1:1 in `reviewsClientApi`. But there is **no review-eligibility read** and **no my-review-for-booking read** (**REQ-026**), and the whole moderation transition (`pending_moderation → published`) is **admin-only (f15)**. The mock reads a booking from the shared **f8 bookings store** (`mockGetBookingForReview`) to gate eligibility on a **completed/closed** booking (aligns with the new completed seed 5005 / nurse 1 / patient 905), tracks the customer's submission as `pending_moderation` so eligibility flips `already_reviewed` + `getMyReviewForBooking` returns the persistent "under review" state, and seeds a **published list per nurse** (nurse 1 has 7 → the profile tab paginates; nurses 5/6 empty → empty state). The aggregate is **recomputed from the published list** (never a stored sum). A submitted review **never** enters any public list. Dev-only `__mockPublishSubmittedReview(bookingId)` stands in for the deferred (f15) admin queue so a human can watch a review appear on the profile. Money-free | `USE_REVIEWS_MOCK` (`services/reviews/constants.ts`, default `true`) | Deliver **REQ-026** (`review_eligibility` + `my_review` reads; confirm masked-author omission), then set flag `false` — `reviewsClientApi.getNurseReviews`/`createReview` already map the live b14 routes 1:1 and target the two proposed slugs for the gaps. Moderation UI itself is **f15** (admin). No hook/component change | 🟢 (real, refinement-phase-4) |
| `PatientRecordsApi` | `client/src/services/patientRecords/apis/mockApi.ts` | **The f13 continuity-of-care surface.** Two very different things: (1) the **nurse-authored visit-note history** (`getPatientHistory`/`createVisitNote`) is **REAL b14** (`GET`/`POST patients/{id}/care_records`), mapped 1:1 in `patientRecordsClientApi` (the append composes the ticked task checklist into the note `body` since the wire has no structured task field); (2) the **family-owned editable record** (medications/routine/tasks — the داروها/روتین/وظایف tabs) and the **access check** have **NO backend at all** (neither the b14 contract nor `data-model/10-reviews-and-records.md` model them → **REQ-027**). The mock is **patient-scoped** and lazily seeds a coherent default per patient: a default family record (customer edits it), a **multi-nurse continuity history** (two prior notes from *different* nurses, proving the history persists across nurse changes; a nurse append prepends to the same patient's history), and a **foreign-patient access-denied** path (`MOCK_FOREIGN_PATIENT_ID = 8888` → `canView:false` + a `403` on every read) so the non-leaking access-denied card is demoable. Clinical text is fixture data (never logged) | `USE_PATIENT_RECORDS_MOCK` (`services/patientRecords/constants.ts`, default `true`) | Deliver **REQ-027** (family-owned `care_record` GET/PUT + `record_access` + structured `taskResults`), then set flag `false` — the history/append methods already map the real b14 routes; only the family-record/access methods flip. Confirm whether the family-owned record is a real MVP entity | 🟡 |
| f8 bookings mock — completed-booking seed 5005 + f13 cross-mock reads | `client/src/services/bookings/apis/mockApi.ts` | **Non-seam additions (mirrors the f10 refunds precedent).** The f8 seeds had **no `completed` booking** (only `confirmed`/`in_progress`/`cancelled`), so f13's review flow needs one: added **booking 5005** (`status: 'completed'`, nurse 1, patient 905, one completed EVV session) so the customer can open a completed booking and leave a review. Also added a **cross-mock read helper** — `mockGetBookingForReview(id)` (single booking, clone) — imported by the reviews mock to gate eligibility and read the patient/nurse snapshot for a submission (the `listBookings` seam row omits `patientId`/`nurseId`). One-way edge INTO bookings (the bookings mock never imports f13), so no cycle | — (part of `USE_BOOKINGS_MOCK`) | When the bookings flow goes real (b9/b10 conversion live), 5005 stops being a static seed and the cross-mock helpers retire with the reviews/records mocks | 🟢 (real, refinement-phase-4) |
| `TicketsApi` | `client/src/services/tickets/apis/mockApi.ts` | **The f14 ticket channel (b15).** b15 serves open/list/thread/message and `ticketsClientApi` maps them 1:1 — but the linked bookings are themselves mock-primary and the wire summary lacks `unreadCount`/`lastMessageAt` (**REQ-028**), so the mock is primary. It seeds 3 tickets (a booking-5001 **coordination** ticket with a **stored internal admin note the user view NEVER returns** — the no-leak demo — plus a support + a closed refund ticket), returns them newest-activity first with a per-ticket unread count that **clears on open**; `openTicket` is **idempotent for `coordination + bookingId`** (so "Get support" from a booking jumps to the existing thread) and prepends a new ticket to the inbox; `postMessage` appends as the current viewer (tracked from the last `getTicket` so an optimistic message reconciles as **mine** in whichever app is open), throws `403` on a **closed** ticket, and throws `500` on the dev sentinel body `'/fail'` (the optimistic failure→retry path). `MOCK_VIEWER_USER_ID` (per-role "me") drives `isMine`; **`isInternal` is never modelled in the user-app types** | `USE_TICKETS_MOCK` (`services/tickets/constants.ts`, default `true`) | Deliver **REQ-028** (`unreadCount`/`lastMessageAt` on the summary + a by-booking user lookup + optional author name + optional `clientMessageId` idempotency) and make the upstream bookings flow real, then set flag `false` — `ticketsClientApi` already maps the live b15 routes 1:1 (drops any leaked internal message defensively). No hook/component change | 🟢 (real, refinement-phase-4) |
| `NotificationsApi` | `client/src/services/notifications/apis/mockApi.ts` | **The f14 notification center + polled bell (b1).** The b1 endpoints are live and `notificationsClientApi` maps them 1:1, but a notification only exists once some other backend domain **dispatches** one (`INotificationDispatcher`) — none run client-side while the upstream flows are mock-primary — so there'd be nothing to show. The mock seeds a realistic **unread-first** feed spanning **every deep-link class** (ticket_message/booking_confirmed/refund_processed/payment_captured/payout_paid/review_published + one unknown-type/no-payload row that degrades to no deep-link), each with a snake_case `dataJson` string the list maps through the **real** `parseNotificationData`; `getUnreadCount`/`markRead`/`markAllRead` mutate the in-memory feed. **Dev-only `__mockPushNotification(type,title,dataJson?,body?)`** prepends a fresh **unread** row so a human can watch the bell badge increment within the poll interval (phase §7 step 4). Ids align with the f8 bookings + tickets mocks so a deep-link lands on a real screen | `USE_NOTIFICATIONS_MOCK` (`services/notifications/constants.ts`, default `true`) | When the upstream domains dispatch real notifications, set flag `false` — `notificationsClientApi` already maps the live b1 `notifications/*` routes 1:1 (`page`/`pageSize`, `{count}`, `{notificationId}`). No hook/component change | 🟢 (real, refinement-phase-4) |
| `AdminApi` | `client/src/services/admin/apis/mockApi.ts` | **The f15 backoffice-owned data (b1 + b15).** Fixtures engineered to exercise every console state: **one config per `data_type`** (decimal/int/bool/json/string — so the typed inputs + the 0–1 rate validation are all reachable) with a **change-history** trail; **holidays** with bank-closed days; a **paged audit log** with `changedFields` diffs (one row `<redacted>` for a PII field); a **support-alert** list spanning **every** `type` (`low_rating`/`evv_no_show`/`evv_location_mismatch`/`verification_expired`/`shared_sim`/`payment_anomaly`/`fraud_signal`/`nurse_clawback`/`emergency`) and all three statuses so the worklist filters are testable; and **RBAC** grants. Mutations mutate the in-memory arrays (a config save writes a history row; assign/resolve advance an alert; grant/revoke flip a role). Timestamps relative to `now` | `USE_ADMIN_MOCK` (`services/admin/constants.ts`, default `true`) | b1 config/holiday/audit/support-alert routes are live and `adminClientApi` maps them 1:1 — deliver **REQ-029** (config `updatedAt`/`updatedBy`) + **REQ-030** (audit actor/action/date filters) + **REQ-031** (the RBAC `admin_roles/*` endpoints, which don't exist yet), then set flag `false`. No hook/component change | 🟡 |
| `PartnerCenterApi` | `client/src/services/partnerCenter/apis/mockApi.ts` | **The f15 partner centers (b15) — admin management + the center-scoped portal.** Returns **center #1 = merchant-of-record** (the settlement/invoice view renders) **and** #2 = non-MoR (the "settlement runs through Balinyaar" state) **and** a **draft** #3 (unverified banner); sponsored nurses (verified + unverified), sponsored bookings, and commission invoices whose **platform commission + BNPL commission + VAT = total** (VAT on the commission line only) with a fake 22-digit `moadianReferenceNumber` + a stub PDF url. `settlementIbanMasked` is **last-4 only** (write-then-masked: create/edit submit a full IBAN, only last-4 ever returns). Admin CRUD/verify/set-active/assign-nurse + the portal "my center" reads all mutate/read the in-memory world; "my center" resolves to `MOCK_MY_CENTER_ID` (=1, MoR) | `USE_PARTNER_MOCK` (`services/partnerCenter/constants.ts`, default `true`) + `MOCK_MY_CENTER_ID` | b15 admin partner-center CRUD/verify/sponsor are live; deliver **REQ-032** (portal split reads `centers/me[/nurses|/bookings|/settlement]` + the activate/suspend toggle + confirm the write-then-masked IBAN) + **REQ-033** (center-scoped invoice list + invoice `totalIrr`), then set flag `false` — `partnerCenterClientApi` maps the live admin routes and targets the proposed portal slugs. No hook/component change | 🟡 |
| Admin-endpoint additions to existing domain mocks (`verification`/`refunds`/`payouts`/`reviews`/`tickets`) | the same `apis/mockApi.ts` files (+ their `clientApi.ts`) | **The f15 staff lens over prior domains** — new admin methods added behind the existing seams (no new seam, no hook/component change on swap). **verification:** a nurse-level review queue (`pending`/`in_review`, one with an expiring credential) + a per-nurse case whose manual credential steps carry a document, and `getDocumentSignedUrl` that returns a **fresh short-lived URL each call** (sentinel `documentId 9999` throws → viewer error/re-request path); `decideStep`/`approve`/`reject` re-aggregate. **refunds:** a `getRefundPreview` with the fee/payout split reconciling to the rial per booking (a normal card, a BNPL w/ ETA, a post-payout w/ clawback notice, and a provider-decline **sentinel that fails then retries succeeds**). **payouts:** batches spanning `completed`/`partially_failed`/`processing` (one holiday-shifted), a preview w/ eligible + skipped(no-IBAN) + clawback line + holiday-shifted date, an **idempotency-keyed** run/retry (same key → same result, never double-pays), a `failed` payout to retry, and record-transfer-reference. **reviews:** a moderation queue incl. a low-rating flagged review; `moderateReview` returns a plausible recomputed aggregate. **tickets:** a global admin queue + a thread that **includes** the seeded internal note (the no-leak *inverse* demo) + `postAdminMessage` w/ `isInternal`; a refund-linked ticket (bookingId+refundId) so the RefundPanel opens from it | the owning domain's flag (`USE_VERIFICATION_MOCK` / `USE_REFUNDS_MOCK` / `USE_PAYOUTS_MOCK` / `USE_REVIEWS_MOCK` / `USE_TICKETS_MOCK`, all default `true`) | Deliver the per-domain admin gaps — **REQ-034** (verification nurse-queue + on-demand doc URL + whole-verification approve/reject), **REQ-035** (refund preview + explicit approve/reject), **REQ-036** (payout single-preview + `holidayShifted` + record-transfer-reference), **REQ-037** (moderation `tagCodes`) — then flip the owning domain's flag. The real `clientApi` methods already map the live admin routes 1:1 and target the proposed slugs for the gaps | 🟢 (real, refinement-phase-4) |
