baya-monorepo/dev/shared-working-context/reports/mocks-registry.md

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.

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	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	🟡
IDistributedLock	backend-phase-10	Money-path locks — no-op/in-proc	tbd	Redis lock (RedLock); DB constraint remains the backstop	🔴
INurseSearch	backend-phase-7	Search — SQL over nurse_search_index	tbd	Elasticsearch index + feeder; reimplement the interface	🔴
IPaymentProvider	backend-phase-10	Card PSP/IPG — deterministic success	tbd	ZarinPal/Sadad/Vandar/Jibit + Shaparak; merchant/terminal/تسهیم	🔴
ISettlementSplitProvider	backend-phase-10	تسهیم split — accepts any balanced legs	tbd	Provider split-by-ratio to registered Shebas	🔴
IWebhookVerifier	backend-phase-10	Callback auth — always valid	tbd	Per-provider HMAC/signature + server-side re-verify	🔴
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	🟡
IJobScheduler (retention + booking expiry)	backend-phase-1	Scheduling — in-process interval BackgroundServices: PurgeOldReadNotifications daily (NotificationRetentionHostedService, Persistence/Services/Notifications/) and b8 BookingRequestExpiryHostedService (Persistence/Services/Booking/) running the idempotent booking-request expiry sweep every minute	none	Swap to Hangfire/Quartz; register both jobs there; keep the purge predicate (is_read=1 AND age>90d) and the booking-expiry command	🟡
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	🟡
IMoadianClient	backend-phase-11	سامانه مودیان e-invoice — leaves ref pending	tbd	Real مودیان submission → 22-digit ref	🔴
IReviewModerationService	backend-phase-14	AI moderation — keyword/pass-through	tbd	Real classifier/LLM endpoint	🔴
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	🟡
ILicenseVerificationService	backend-phase-15	eNamad / MoH establishment-permit — manual approve	tbd	Real registry/API	🔴
IPaymentCaptureSimulator	backend-phase-9	The temporary conversion trigger standing in for b10's real card capture. MockPaymentCaptureSimulator (Baya.Infrastructure.CrossCutting/Seams/) returns a deterministic succeeded capture (a fake gateway_reference + a configurable psp_fee_amount) so ConvertRequestToBookingCommand is exercisable now; a config switch forces a failed capture (→ no booking is created). This is the trigger, not a parallel money path — registered singleton in AddCrossCuttingSeams	Seams:PaymentCapture:ForceFailure (default false), Seams:PaymentCapture:PspFeeAmount (default unset)	In b10: 1) build the real card capture (payment_transactions, PSP/IPG client, webhook verify); 2) on a real payment_transactions.succeeded, call ConvertRequestToBooking directly (the same conversion command that computes the three-amount split + generates sessions) instead of this seam; 3) remove the IPaymentCaptureSimulator registration + MockPaymentCaptureSimulator; the conversion/idempotency logic is unchanged	🟡
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	🟡
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.) | 🟢 |

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.

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	🟡
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)	🟡
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	🟡
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	🟡
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)	🟡
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	🟡
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	🟡
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	🟡