Files
baya-monorepo/dev
hamid 2f2aec61a2 backend phase 1: config, reference & platform signals
Lay the cross-cutting platform backbone every later phase reads from. Adds
the first marketplace EF migration baseline (new `ops` schema) and the
mechanisms b2..b15 reuse: typed runtime config, an append-only audit trail,
an analytics event log, the holiday/bank-closure calendar, in-app
notifications, and the internal support-alert worklist.

Schema & migration
- New `ops` schema + migration InitialMarketplaceBaseline with 6 tables:
  PlatformConfigs (IAuditable), AuditLogs (append-only), SystemEvents,
  IranianHolidays, Notifications, SupportAlerts — with indexes/uniques and
  FKs to usr.Users. Seeded 12 config keys + 7 sample holidays via HasData.

Domain / Application
- IAuditable marker + [AuditRedacted] attribute; entities + string-code
  constant holders (config data_type, holiday type, alert type/severity/status).
- Facade contracts: IPlatformConfig, IHolidayCalendar, IAnalyticsSink,
  IAuditLogger, INotificationService, ISupportAlertService; DTOs +
  PagedResult<T>; evolved the INotificationDispatcher.Notification record to
  carry Type + DataJson; Pagination helper.
- 14 CQRS commands/queries (+ validators) wiring the endpoints to the facades.

Infrastructure
- DB-backed facade implementations in Persistence/Services/; real in-app
  INotificationDispatcher (removes the b0 log stub); notification-retention
  hosted service (purge is_read=1 AND age>90d).
- Extended AuditFieldInterceptor to also append an old/new-diff audit_logs row
  for every IAuditable change in the same transaction (PII redacted).
- Registered all facades + hosted service in AddPersistenceServices; removed
  the dispatcher registration from AddCrossCuttingSeams.

API
- 5 controllers: admin PlatformConfig/Holidays/Audit/SupportAlerts
  ([Authorize(DynamicPermission)]) + current-user Notifications ([Authorize]),
  all tenant-scoped and paginated. 16 Swagger paths total.

Money-correctness & safety rules honoured
- Config read at compute time (cached, parsed by data_type), never hardcoded;
  every config change is audited in the same transaction; audit_logs is
  append-only (no update/delete path); support alerts are admin-only;
  notifications are tenant-scoped; analytics is fire-and-forget.

Tests & docs
- 18 new foundation tests over in-memory SQLite (config typing + audit,
  holidays, notifications + tenancy + retention, support alerts, analytics);
  build clean (0 new code warnings), 22 tests green; migration applied to the
  dev DB and swagger.v1.json refreshed.
- Updated server Project map + CONVENTIONS, product data-model doc 12 (seeded
  config defaults), config-reference contract, mock registry, backend handoff/
  STATUS/report.

Follow-ups: add FK constraints for SupportAlerts.BookingId (b9) and ReviewId
(b14) when those tables land.

Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
2026-07-02 01:18:00 +03:30
..
2026-06-28 21:59:59 +03:30
2026-06-28 21:59:59 +03:30

dev/ — the Balinyaar build workspace

This folder is the plan for building Balinyaar, not application code. It takes the repo from its current starter + auth baseline to the MVP described in product/, as a chain of agent-runnable prompt files split into two parallel tracks.

Folder What it is
phases/ The prompt chain — backend/ (b0b15) and frontend/ (f0f15), plus the shared rules/template in phases/_shared/. Start at phases/README.md.
contracts/ The shared API/flow contract between the two independent projects. Backend writes, frontend reads.
shared-working-context/ The parallel-agent handoff + per-phase reports + the mock registry. Each lane writes only its own files.

How to use it

  1. Read phases/README.md — the roadmap and dependency graph.
  2. To run a phase, point a fresh agent at one phase file (e.g. "Execute dev/phases/backend/backend-phase-2.md"). The phase file tells it what to read, what to build, and how to close out.
  3. Run the two tracks in parallel with two agents if you like: a frontend phase named frontend-phase-N-bM.md only needs backend phase bM merged first; everything else about the two tracks is decoupled through contracts/ and shared-working-context/ (which are designed so the two agents never touch the same files).

Non-negotiables (every phase enforces them)