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171 Commits
Author SHA1 Message Date
arvanitakis 910d4c5df0 Bump version to 0.21.0 2026-09-25 13:50:46 +03:00
arvanitakis f1a0322d3f Feat: Upload Controller and Prune Commands Extraction from 3dealer 2026-09-25 13:48:42 +03:00
arvanitakis 6025ea4304 Feat: Updating FIle Services, Updating Order Views to list product extra options 2026-09-25 10:08:57 +03:00
arvanitakis 2b8fe5764c Feat: Creating Migration Models And Adapters for file Service 2026-09-25 09:10:56 +03:00
arvanitakis 69fdd0b4b8 Bump version to 0.20.2 2026-09-25 08:55:10 +03:00
arvanitakis 5347e01f0e Chore: Updating ProductDocumentLocalizer to translate Custom Fields 2026-09-25 08:39:15 +03:00
arvanitakis 78b46e5594 Chore: Adding Locales to Product Custom Fields 2026-09-24 23:42:43 +03:00
arvanitakis 621381beaa Bump Version to 0.20.1 2026-09-24 22:53:03 +03:00
arvanitakis 8f4156cfe8 Feat: Restructuring MigrateImport, Dispatching a per product job for import 2026-09-24 22:50:41 +03:00
arvanitakis a9b993182b Fix: Product Localizer now checks if a value is filled, or, not to show the fallback 2026-09-24 22:00:28 +03:00
arvanitakis 5a7fcd9f51 Fix: Removing Cart Lines along Products, so that the frontend loads 2026-09-24 21:57:31 +03:00
arvanitakis b4e9b8a4a9 Fix: Updating MIgrateImportCommand to accept language for import 2026-09-24 21:41:11 +03:00
arvanitakis c7035d6782 Bump version to 0.20.0 2026-09-23 09:47:28 +03:00
arvanitakis 4c0974bf84 Feat: Updating Product Indexer, and Product Sort 2026-09-23 09:41:21 +03:00
arvanitakis 4e15d8ef8c Fix: Updating Wipe Catalog Command to force delete products instead of the soft delete 2026-09-22 21:17:35 +03:00
arvanitakis 1c7efc6e4d Feature: Adding Custom Fields to Products 2026-09-22 21:17:01 +03:00
arvanitakis 59c57b37fc Feat: Updating ShopifyExportImporter and WipeCatalogCommand to handle images 2026-09-22 15:29:03 +03:00
arvanitakis 37b49963f6 Feat: Adding Backfill Skus to the Migrate Import Job 2026-09-22 14:55:18 +03:00
arvanitakis 050204f063 Feature: Adding Wipe Catalog Command for all products 2026-09-22 14:36:57 +03:00
arvanitakis c0ae9d8996 Feat: Adding Purchasable to 'in_stock' when importing a new product 2026-09-22 13:48:08 +03:00
arvanitakis cc1cf6ea7f Feat: Displaying Draft Products, only when AppDebug = true 2026-09-22 13:46:26 +03:00
arvanitakis 0437057e5d Merge branch 'Quality-Updates' 2026-09-18 01:30:37 +03:00
arvanitakis 0c169daf55 Bump version to 0.19.0 2026-09-18 01:29:54 +03:00
arvanitakis 609a63c2f4 Feat: Tying Specific Methods with Carrier Drivers 2026-09-18 01:23:50 +03:00
arvanitakis 12aaa43f10 Fix: Updates to OrderFullfilmentServices and box now clients, order views and checkout services 2026-09-18 00:54:43 +03:00
arvanitakis dcdc998eee Feat: Updating Shipping Method with new variables, for correct box env vars 2026-09-18 00:52:38 +03:00
arvanitakis a55697ce82 Feature: Updating Listreners, Separating Logic from listeners, Queuing Policies 2026-09-16 23:24:02 +03:00
arvanitakis a411e6bbc1 Bump version to 0.18.1 2026-09-16 18:55:42 +03:00
arvanitakis 910fa94395 Feat: Updating the Privacy Providers, moving them into the appropriate Modules, Updating Privacy views 2026-09-16 18:51:20 +03:00
arvanitakis fdd1899c34 Feat: Rearranging Providers 2026-09-16 13:44:14 +03:00
arvanitakis 3ad3a1b4d6 Fix: Adding cart id and order id to stripe payload 2026-09-16 01:39:23 +03:00
arvanitakis 68233f43ef Feat: Privacy Concern redesign to match project structure 2026-09-16 01:21:22 +03:00
arvanitakis 027f7e8982 Feat: Updating Data Erasure and Data Export Views 2026-09-16 00:46:13 +03:00
arvanitakis c084eb47cb Feat: Bringin Privacy to Filament v4, the managers and resources were built with filament v3 2026-09-16 00:24:18 +03:00
arvanitakis 58d165acc3 Fix: FIxing Bug on resolving relation on Products, Orders, and Users 2026-09-16 00:23:29 +03:00
arvanitakis 44ad943eec Merge branch 'master' into Privacy 2026-09-16 00:13:41 +03:00
arvanitakis 2cc6f5e5f0 Bump Version to 0.18.0 2026-09-16 00:06:04 +03:00
arvanitakis 0babc6a96d Fix: Locking User on Login to manage otp attempts 2026-09-16 00:05:53 +03:00
arvanitakis 89a3d4bbad Merge branch 'master' into customer 2026-09-15 23:57:07 +03:00
arvanitakis ccb2666495 Bump Version to 0.17.5 2026-09-15 23:52:48 +03:00
arvanitakis 97004234f0 Feat: Adding Translations to Payment and Shipping Methods, removing unecessary shipping method fulfillment type 2026-09-15 23:51:10 +03:00
arvanitakis ea73cc3562 Feat: Translating States and Countries For Greece 2026-09-15 22:30:57 +03:00
arvanitakis 02816fb9e7 Bump Version to 0.17.4 2026-09-15 22:13:31 +03:00
arvanitakis 910ce0205d Feat: Adding command for backfilling all product skus 2026-09-15 22:13:18 +03:00
arvanitakis e532c32cab Bump version to 0.17.3 2026-09-15 21:49:03 +03:00
arvanitakis 6a51b672c8 Fix: Adding a check for hasTable 2026-09-15 21:40:35 +03:00
arvanitakis 956e9e88a6 Fix: Stripping Lunar's Stripe Driver with Boboko's Stripe Payment Driver 2026-09-15 21:38:16 +03:00
arvanitakis 4489475840 Bump version to 0.17.2 2026-09-15 21:25:25 +03:00
arvanitakis e4e008167a Fix: Correct Display of last 4 digits of credit card 2026-09-15 21:22:45 +03:00
arvanitakis a5f3008ce2 Fix: Update Order status to Processing when payment has been recieved 2026-09-15 21:17:56 +03:00
arvanitakis d9fb3bbde6 Bump version to 0.17.1 2026-09-15 16:12:03 +03:00
arvanitakis 26b4c5bfd7 Fix: Move Stripe Payment Intent to always allow redirect 2026-09-15 16:11:31 +03:00
arvanitakis 409e8204f6 Updating Changelog 2026-09-15 16:02:20 +03:00
arvanitakis 8472649905 Feature: Customer Account Services 2026-09-15 16:01:28 +03:00
arvanitakis 57fc28ca06 Bump version to 0.17.0 2026-09-14 20:18:26 +03:00
arvanitakis 9d3e54e5df Changelog 2026-09-14 00:04:20 +03:00
arvanitakis 44c6b7defd Feature: Order Updates, Events, Order Flows, Shipment And COD support 2026-09-14 00:03:06 +03:00
arvanitakis 78bbd8390a Feature: Minor Updates to Order Shipping And Order Statuses 2026-09-10 22:50:40 +03:00
arvanitakis 99e55902ac Feat: Updating OrderPlaced Listeners to Decrement Stock, Creating Notifications 2026-09-10 01:34:30 +03:00
arvanitakis 864c8b19aa Feat: Updating Cart Lifecycle Service, and Capping Abandoned Cart Days. Also Updating Cart Views 2026-09-10 01:13:15 +03:00
arvanitakis 8f4c1a22ea Bump version to 0.16.3 2026-09-10 00:14:57 +03:00
arvanitakis 13d5833d18 Fix: Fixing Stripe Payment Driver, Applying Payment Mehtod (COD) fee correctly 2026-09-10 00:14:42 +03:00
arvanitakis 3e45b84636 Bump version to 0.16.2 2026-09-09 23:46:29 +03:00
arvanitakis 437cbf2460 Fix: Updating Shipping Listeners to clear the ShippingManifest options 2026-09-09 23:45:21 +03:00
arvanitakis 5425a0396f Feat: Adding missing nav translations 2026-09-09 23:43:39 +03:00
arvanitakis 4d0e326cb9 Bump version to 0.16.1 2026-09-09 23:25:22 +03:00
arvanitakis d4f9766940 Fix: Correcting spaceing on login form 2026-09-09 23:22:13 +03:00
arvanitakis 359e1e262e Bump Version to 0.16.0 2026-09-09 01:19:31 +03:00
arvanitakis fb684dc97b Feat: Adding Concent Updates 2026-09-09 01:12:21 +03:00
arvanitakis 9c95c0bccb Bump Version to 0.15.0 2026-09-09 00:48:52 +03:00
arvanitakis 73bfc748b4 Feature: Moving Payment Methods to DB, adding fees, Transaction Updates, Refund Updates, General Updates to Payments 2026-09-09 00:48:09 +03:00
arvanitakis 4ff9bdacc3 Bump version to 0.14.0 2026-09-04 13:06:26 +03:00
arvanitakis 55832d9549 Feat: Adding search results for translation 2026-09-04 13:06:07 +03:00
arvanitakis 7b46a83e5e Feat: Product Search Service Restructure 2026-09-04 13:03:38 +03:00
arvanitakis e9aa08a338 Bump version to 0.13.1 2026-09-03 18:28:22 +03:00
arvanitakis 0676a1f5c7 Feat: Recording Payment Transactions 2026-09-03 18:26:48 +03:00
arvanitakis 8e8ec17d09 Bump version to 0.13.0 2026-09-03 17:44:22 +03:00
arvanitakis e6f1ca179a Fix: Fixing various bugs occured on payment lifecycle 2026-09-03 17:42:30 +03:00
arvanitakis 79e525d53f Fix: Stripe Intents Table is a Lunar Table, so needs a prefix. This is covered by the Lunar\Base\Migration 2026-09-03 17:31:39 +03:00
arvanitakis 456943dc74 Feature: Payment resolver, Payment Provider, Completing Stripe Webhooks, Wiring Payments to checkout service 2026-09-03 17:27:34 +03:00
arvanitakis 35c3334690 Feat: Payment Restructuring to be fully event-driven 2026-09-03 17:00:24 +03:00
arvanitakis a987a2d57c Feature: Abstraction on Payments based on their operations 2026-09-03 16:01:33 +03:00
arvanitakis 0fa2188146 Feat: Refactoring Shipping DataTransferObjects to DTOs namespace 2026-09-03 15:58:51 +03:00
arvanitakis a1301d4b46 Merge branch 'master' into Payments 2026-09-03 13:34:32 +03:00
arvanitakis 215f43f3ef Feat: Adding tags to product filters 2026-09-03 13:34:04 +03:00
arvanitakis c439299144 Bump version to 0.12.1 2026-09-03 13:23:50 +03:00
arvanitakis 6963515971 Fix: Small update to label parsing 2026-09-03 13:22:09 +03:00
arvanitakis f43f72f633 Feat: Updates to Product Indexer, Shopify Importer, Adding cascade delete on reviews 2026-09-03 12:26:00 +03:00
arvanitakis 448da869a9 Bump version to 0.12.0 2026-09-03 11:44:36 +03:00
arvanitakis 1287b513cd Feat: Updating Product Service with new Methods, DTOs for ListingResult And Slider Bounds 2026-09-03 11:44:23 +03:00
arvanitakis b2919f1f4b Feature: Product Search Service Updates 2026-09-03 11:04:19 +03:00
arvanitakis 8cb54e065e Feat: Updates to Payments, Checkout Services, Payment Events 2026-09-02 16:14:52 +03:00
arvanitakis 3497553b41 Feature: Order Service Provider, Order Events Observers 2026-09-01 14:04:12 +03:00
arvanitakis 29e77a973b Feat: Orders Feature Survey 2026-09-01 13:34:37 +03:00
arvanitakis 026ab5bc2d BUmp version to 0.11.1 2026-09-01 13:04:54 +03:00
arvanitakis 483c0ce00f Fix: Recommendations are an eloquent collection, not an Generic Collection 2026-09-01 13:03:39 +03:00
arvanitakis ce405d20e6 Bump Version to 0.11.0 2026-09-01 12:08:47 +03:00
arvanitakis 0f07751559 Feature: Recommendation Service
This commit introduces a RecommendationService that is used when indexing products.

The service is utilizing a recommendation rules interface, so many rules can be created and applied during indexing the products
2026-09-01 12:06:29 +03:00
arvanitakis 53d8a5aefe Bump Version to 0.10.1 2026-09-01 12:04:06 +03:00
arvanitakis 380e860386 Feat: Adding Translations to the Seeder 2026-09-01 10:52:56 +03:00
arvanitakis d680200ab1 Bump Version to 0.10.0 2026-08-31 14:18:51 +03:00
arvanitakis 9529036585 Feat: Updating PaymentDrivers and CheckoutService to handle payment methods 2026-08-31 14:12:21 +03:00
arvanitakis 2db1e1331f Feat: Creating PaymentMethods, Setting Fees, Availabilities 2026-08-31 13:54:20 +03:00
arvanitakis d873cb4931 Feat: Upgrading Lunar to 1.5 2026-08-31 13:16:13 +03:00
arvanitakis 661e8b9a96 Feat: Adding Payment Drivers, configuring stripe 2026-08-31 12:50:29 +03:00
arvanitakis 637da37b9b Merge branch 'master' into Payment-Methods 2026-08-29 14:17:48 +03:00
arvanitakis be0c037c62 Bump version to 0.9.0 2026-08-29 13:41:17 +03:00
arvanitakis f85fb51ecd Feature: Adding Caches and Fallbacks to Live Pricing Requests 2026-08-29 10:31:58 +03:00
arvanitakis 6671c5e9d1 Feature: Adding Checkout Services and Events 2026-08-29 01:14:58 +03:00
arvanitakis ca36c31cab Hotfix: Correcting Wrong Position on Checkout, Correcting Cart Display Pages 2026-08-29 00:27:20 +03:00
arvanitakis c6c44db742 Feature: Sweeping features of most known e-commerce shops, creating artifacts for the research 2026-08-28 13:19:29 +03:00
arvanitakis 7b63f43695 Merge branch 'Shipping-Carriers' into Checkout 2026-08-28 13:17:58 +03:00
arvanitakis 66068ef68a Bump version to 0.8.0 2026-08-28 13:15:40 +03:00
arvanitakis f6ef0761d6 Feature: Creating Cart Service, Cart Events, Save For Later functionality, Adding Filament Views for viewing abandoned carts 2026-08-28 13:14:47 +03:00
arvanitakis a8ddbb8056 Feature: Creating Cart Views, rules for abandonment 2026-08-28 00:27:46 +03:00
arvanitakis e1299fafee Bump Version to 0.7.0 2026-08-27 23:09:52 +03:00
arvanitakis 1c14fabf44 Feature: Adding Facets, Updating Indexers 2026-08-27 23:09:33 +03:00
arvanitakis a2c3fd5457 Feature: Reviews restructuring and Creating Collection Indexer and Services 2026-08-27 12:11:01 +03:00
arvanitakis ba5a9523c8 Feat: Restructuring Products into the Concern Catalog, for future Collection services 2026-08-27 11:42:13 +03:00
arvanitakis 63caaf55c7 Bump Version to 0.6.1 2026-08-27 11:39:43 +03:00
arvanitakis e4342da44a Fix: Correcting shape of indexed products 2026-08-27 11:32:20 +03:00
arvanitakis e95ea4a43c Fix: Updating Product Options Registry and adding handle to the meilisearch index 2026-08-27 11:14:56 +03:00
arvanitakis cb3fe095d9 Bump Version to 0.6.0 2026-08-27 01:57:43 +03:00
arvanitakis eef473dbd2 Feature: Product option types to support multiple cases 2026-08-27 01:55:58 +03:00
arvanitakis 409db9c7bf Fix: Correcting Language Line fallback resolver 2026-08-27 01:28:37 +03:00
arvanitakis 594fa41527 Feature: Localization Restructuring to follow a stricter pattern 2026-08-27 01:08:34 +03:00
arvanitakis ef356a6397 Feature: Products Restructuring to follow a strict rule 2026-08-27 01:05:04 +03:00
arvanitakis b3b5ca740d Feature: Resolving translated fields based on current locale, while also resturning a correct length aware paginator for the results 2026-08-27 00:48:38 +03:00
arvanitakis d01d27f7ea Hotfix: Correcting ProductResolver when importing Products 2026-08-27 00:46:43 +03:00
arvanitakis b86fe78852 Hotfix: Adding a correct media conversions to handle small review images 2026-08-27 00:34:39 +03:00
arvanitakis 0edf7b156d Feature: Updating Product Service to handle multiple locales, fetching the correct locale, or, the default locale as fallback 2026-08-26 23:52:33 +03:00
arvanitakis ef9e9daab0 Bump version to 0.5.4 2026-08-26 18:34:26 +03:00
arvanitakis 751aff5939 Feature: Adding Sorting To Product List 2026-08-26 18:05:15 +03:00
arvanitakis 09844ec2b5 Bump Version to 0.5.3 2026-08-26 14:29:29 +03:00
arvanitakis 885923380d Hotfix: Selcting correct table name for channel Id 2026-08-26 14:29:08 +03:00
arvanitakis 235fdda4a7 Bump Version to 0.5.2 2026-08-26 13:28:08 +03:00
arvanitakis c2eb9bd66a Hotfix: Updating LocaleMiddleware to handle more than 2 languages 2026-08-26 13:26:29 +03:00
arvanitakis 356fbd73c5 Bump Version to 0.5.1 2026-08-26 13:16:07 +03:00
arvanitakis fa137c9a79 Feature: Adding back ChannelIds on Product Indexer 2026-08-26 13:14:32 +03:00
arvanitakis e7784364fd Feature: Data Access and Data Export Admin Service
This commit introduces the data retention and data export Admin Services, accessed by the Boboko admin UI
2026-08-25 09:33:03 +03:00
arvanitakis 59303cf25f Feature: Updating Readme to reflect changes on Privacy 2026-08-24 21:44:10 +03:00
arvanitakis af380a7fa0 Feature: Handling Cases for User to Customer Relationships
This commit handles a case where customer data are "dead-data" menaing there is no way of erasure for them, which makes the app non-compliant
2026-08-24 21:41:23 +03:00
arvanitakis 9f540cbaa4 Feature: Creating Privacy Basics 2026-08-24 21:06:11 +03:00
arvanitakis e31de1b4e3 Bump version to 0.5.0 2026-08-24 14:47:59 +03:00
arvanitakis 113fa35da7 Hotfix: Adding a Back Button to Boboko's Login Form 2026-08-24 14:45:44 +03:00
arvanitakis 7c199cc3bd Feature: Updating Products Service and Locale MIddleware 2026-08-24 14:41:50 +03:00
arvanitakis 5cb6c529a0 Feature: Adding Product Service to Lunar
This commit introduces a Product service to Lunar. This product service calls Meilisearch to fetch an indexed product. The indexer has been updated to also include the collection and the price of the product.

A product search service has also been created to be used by the frontend's search
2026-08-24 12:41:28 +03:00
arvanitakis f7da26b487 Bump version to 0.4.0 2026-08-06 12:24:07 +03:00
arvanitakis 1857ced3a2 Feature: Adding Translation Service and Translation Seeder 2026-08-06 12:06:55 +03:00
arvanitakis 8646dca16a Feature: Adding Spatie's Translation Loader 2026-08-06 00:13:13 +03:00
arvanitakis 93469d033f Feature: Adding Locale Middleware 2026-08-05 23:58:53 +03:00
arvanitakis 9f30a7324e Feature: Shipment Updates to handle COD 2026-07-19 18:27:24 +03:00
arvanitakis 435a4dd290 Feat: Adding Shippment Tracking 2026-07-19 17:41:09 +03:00
arvanitakis 808c769595 Add cash-on-delivery payment type with cart fee pipeline 2026-07-19 03:35:16 +03:00
arvanitakis d34e450526 Fix: Move carrier live-pricing choice onto ShippingMethod.charge_by
Reverts the earlier per-rate pricing_mode column in favor of extending Lunar's existing charge_by field (cart_total/weight) with a third "live" option, gated by a SupportsLivePricing capability check on the driver. Adds a shared ResolvesFixedPricing trait so any carrier driver can fall back to Lunar's normal price-break resolution, matching the vendor ShipBy driver's own charge_by handling instead of introducing a separate mechanism. Also fixes an incorrect Get() path in the admin form that silently hid the new "live" option.
2026-07-19 02:24:10 +03:00
arvanitakis 4acabe4185 Feature: Wire up carrier-agnostic shipping admin UI
Registers ShippingServiceProvider (carrier config, driver/fulfillment bindings, Rates page override) and wires the shipping admin surface into CorePlugin: dynamic carrier dropdown on Shipping Method create/edit, a "Create Shipment" order action resolved generically by carrier, and a Pickup Manifests page for carriers that support manifest batching.
2026-07-19 00:52:01 +03:00
arvanitakis 37c2e1194c Feature: Add Box Now locker delivery integration
Box Now rate driver (fixed pricing only — no live pricing API) and fulfillment service (delivery request creation, label printing, cancellation). Unlike ACS, Box Now books courier pickup automatically on delivery request creation, so no manifest/pickup-list step is implemented. Storefront locker selection is not yet built; createShipment() expects the chosen locker's locationId to be supplied by the caller.
2026-07-19 00:51:23 +03:00
arvanitakis 89255687a1 Feature: Add ACS courier integration
ACS rate driver (live price quotes via ACS_Price_Calculation, cached postcode-to-station lookups) and fulfillment service (voucher creation, label printing, end-of-day pickup manifest). Adds a per-rate pricing_mode column so admins can choose live API pricing vs. a fixed price on ACS-driven shipping rates, surfaced via a custom Rates page.
2026-07-19 00:50:51 +03:00
arvanitakis 3599329b57 Feature: Add ManifestResult DTO for carrier manifest batching
Completes the carrier-agnostic shipping abstraction (CarrierFulfillmentInterface, SupportsManifestBatching, Shipment model) with the result type SupportsManifestBatching::issueManifest() returns.
2026-07-19 00:50:15 +03:00
arvanitakis 9618d19cfa Feature: Creating Migration For Adding Pricing Mode to Shipping Rates 2026-07-19 00:42:13 +03:00
arvanitakis 08135c4c8f Feature: Creating Shipping Carrier Contracts 2026-07-16 17:14:41 +03:00
arvanitakis e18b2fa44c Feature: Creating Shipment migration and model 2026-07-16 17:14:23 +03:00
arvanitakis 4c00369005 Bump version to 0.3.0 2026-07-12 05:38:14 +03:00
arvanitakis cf6aa343f1 Feat: Creating Product Indexer to Strip HTML tags from Products 2026-07-12 05:34:43 +03:00
arvanitakis ee9893bd64 Feature: Adding Meilisearch to core 2026-07-12 05:28:23 +03:00
arvanitakis 0524380ab0 Bump version to 0.2.0 2026-07-10 15:21:42 +03:00
arvanitakis ed496716eb Feature: Adding Product Reviews Importer and views 2026-07-10 15:19:48 +03:00
arvanitakis 1d25e0d746 Hotfix: Correctly parsing shopify's url handle 2026-07-10 13:42:10 +03:00
arvanitakis 96ad89b6b8 Bump composer version 2026-07-10 12:51:29 +03:00
arvanitakis c07b36e1f9 Hotfix: Adding countries to lunar install 2026-07-10 12:38:48 +03:00
arvanitakis 2767a4bb69 Hotfix: Overriding Lunar Install command for non-interactive inputs 2026-07-10 12:31:59 +03:00
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# Core Module
A Laravel module providing authentication, notifications, activity logging, CLI tooling, and functional types on top of the [Lunar](https://lunarphp.io) admin panel. Designed to be consumed as a standalone Composer package.
A Laravel module providing authentication, localization, product search/catalog, privacy/GDPR
tooling, notifications, activity logging, CLI tooling, and functional types on top of the
[Lunar](https://lunarphp.io) e-commerce package. Designed to be consumed as a standalone Composer
package by any Lunar-based e-shop.
---
@@ -8,13 +11,83 @@ A Laravel module providing authentication, notifications, activity logging, CLI
### OTP Authentication
Passwordless login for both staff (Lunar panel) and customers via 6-digit codes delivered by email. Codes expire after 10 minutes. The Lunar panel login page is a two-step flow: email → OTP. Rate-limited to 5 attempts.
Passwordless login for both staff (Lunar panel) and customers via 6-digit codes delivered by
email. Codes expire after 10 minutes, rate-limited to 5 attempts. The Lunar panel login page is a
two-step flow (email → OTP) with a back button to return from the code step to the email step.
See [`docs/otp-auth.md`](docs/otp-auth.md).
### Localization
Locale-prefixed routing (`Modules\Core\Localization\LocaleMiddleware`) — a `locale` route
middleware, opt-in per shop, that resolves and redirects to the correct language segment
(`/el/...`, `/en/...`) based on Lunar's own language list, with caching and rename-safe
translation migration. Also brings in storefront UI label translations
(`spatie/laravel-translation-loader`) with an admin-editable `LanguageLine` resource.
See [`docs/localization.md`](docs/localization.md).
### Product Search & Catalog
Two complementary services on top of Meilisearch:
- **`Modules\Core\Search\ProductSearchService`** — locale-aware full-text product search.
- **`Modules\Core\Catalog\ProductService`** — listing/filtering (by collection, brand, price
range) and single-product lookup by id or slug, reading directly from the Meilisearch index
rather than the database.
Both are backed by `Modules\Core\Search\ProductIndexer`, which extends Lunar's own indexer with
collections, price, variants, media, tags, and reviews — everything needed for both a listing
page and a full product detail page from one index.
See [`docs/product-search.md`](docs/product-search.md) and
[`docs/product-listing.md`](docs/product-listing.md).
### Product Reviews
`Modules\Core\Review\ProductReview` — ratings/reviews with staff replies, a Filament sub-navigation
page on the product edit screen, and automatic re-indexing (via `ReviewServiceProvider`) whenever
a review is created, updated, or deleted, so a product's Meilisearch document never goes stale.
### Privacy / GDPR Data-Subject Requests
Right of access (export) and right of erasure, built as an extensible contract
(`Modules\Core\Privacy\Contracts\PersonalDataProvider`) rather than a fixed table list — any
module can register its own data without core knowing it exists.
- **Two independent scopes**: erasing/exporting a Lunar `Customer` (business account) is never
the same operation as erasing/exporting a `User` (individual login) — a `Customer` erasure
never touches any linked `User`'s login, and a `User` erasure never touches a `Customer`
account's own data. See `docs/privacy.md` "User-scope vs Customer-scope".
- **Cancellable grace period** (default 30 days, configurable) before anything is actually
erased — logging back in during the window automatically reverts the request, mirroring
Shopify's own account-deletion flow. Immediate erasure exists but is staff-only by type, never
reachable from a self-service flow.
- **Sole-owner cascade**: erasing the last remaining `User` on a `Customer` also opens a (grace
period) erasure request for that now-orphaned `Customer`, so its PII doesn't sit unreachable
forever — traced back to the triggering request so login-reactivation can revert exactly that
cascade.
- **Queued export**: gathering data and writing a CSV-per-provider zip (via the generic,
reusable `Modules\Core\Export\CsvWriter`) runs as a background job; a consuming app hooks its
own notification onto the completion event via the Notification Registry (below).
See [`docs/privacy.md`](docs/privacy.md).
### Shopify Migration
`Modules\Core\MigrateImport\Shopify\ShopifyExportImporter` — imports a Shopify CSV product export
(products, variants, images, collections, tags, prices) into Lunar, idempotently re-runnable via
an `import_mappings` table. Part of a source-agnostic import framework
(`boboko:migrate:import`) designed to support additional sources later.
See [`docs/shopify-import.md`](docs/shopify-import.md).
### Notification Registry
An event-driven notification system. Each notification class declares which event it listens to and who to notify — the registry wires up the listener automatically. All notifications extend `BaseNotification` which implements `ShouldQueue`, so delivery is async. Supports optional delays.
An event-driven notification system. Each notification class declares which event it listens to
and who to notify — the registry wires up the listener automatically. All notifications extend
`BaseNotification`, which implements `ShouldQueue`, so delivery is async. Supports optional
delays.
**Creating a notification:**
@@ -33,9 +106,13 @@ class MyNotification extends BaseNotification
NotificationRegistry::get()->register([MyNotification::class]);
```
See [`docs/notifications.md`](docs/notifications.md).
### Activity Logging
Thin wrapper around [Spatie Laravel Activity Log](https://github.com/spatie/laravel-activitylog). Four standardized methods: `created()`, `updated()`, `failed()`, `deleted()`. Logs to the `lunar` channel and auto-resolves the actor from the staff session.
Thin wrapper around [Spatie Laravel Activity Log](https://github.com/spatie/laravel-activitylog).
Four standardized methods: `created()`, `updated()`, `failed()`, `deleted()`. Logs to the `lunar`
channel and auto-resolves the actor from the staff session.
See [`docs/activity-log.md`](docs/activity-log.md).
@@ -43,8 +120,11 @@ See [`docs/activity-log.md`](docs/activity-log.md).
- Custom OTP login page replacing the default Lunar panel login
- `StaffResourceExtension` — removes password field from Lunar's staff resource
- `CustomerResourceExtension` — replaces default address relation manager with a custom implementation
- `CorePlugin` — configures panel path, branding, logos, navigation items, and activity log field exclusions for staff
- `CustomerResourceExtension` — replaces default address relation manager with a custom
implementation
- Table-rate shipping (`ShippingPlugin`) registered by default
- `CorePlugin` — configures panel path, branding, logos, navigation items, and activity log
field exclusions for staff
Register the plugin in your Lunar panel provider:
@@ -52,30 +132,36 @@ Register the plugin in your Lunar panel provider:
->plugin(\Modules\Core\CorePlugin::make())
```
See [`docs/lunar.md`](docs/lunar.md) for the full Lunar reference and non-obvious gotchas hit
while building against it.
### CLI Commands
| Command | Description |
|---|---|
| `core:create-admin` | Create a Lunar admin user |
| `core:anonymize` | GDPR anonymization of users and customers (local only) |
| `core:export` | Dump database + storage files to a timestamped zip |
| `core:import` | Restore from a zip export (runs anonymize automatically, local only) |
| `core:export-cleanup` | Delete old export zips, keep N most recent |
| `boboko:anonymize` | Dummy-scrub personal data in `users`/`lunar_customers` for local dev safety (local environment only — **not** the GDPR erasure tool; see Privacy above for that) |
| `boboko:export` | Dump database + storage files to a timestamped zip |
| `boboko:import` | Restore from a `boboko:export` zip archive |
| `boboko:export:cleanup` | Delete old export zips, keep N most recent |
| `boboko:migrate:import` | Import a vendor product catalog (Shopify, etc.) into Lunar |
| `boboko:privacy:process-erasure-requests` | Dispatch an erasure job for every due GDPR erasure request (wire into your own scheduler) |
| `lunar:create-admin` | Create a Lunar admin user (overrides Lunar's own command) |
| `lunar:install` | Seed default Lunar store data — countries, channel, currency, tax zone, attributes, product type (overrides Lunar's own command) |
### Functional Types
Result and Option monads for explicit error handling without exceptions.
Result and Option types for explicit error handling without exceptions.
```php
// Result<T, E>
$result = Success::of($value);
$result = Error::of('something went wrong');
$result = Success::create($value);
$result = Error::create('something went wrong');
$result->map(fn($v) => ...)->flatMap(fn($v) => ...);
// Option<T>
$option = Option::fromValue($nullableValue);
$option->getOrElse('default');
$option->map(fn($v) => ...)->filter(fn($v) => $v > 0);
$option = Some::create($value);
$option = None::create();
$option->map(fn($v) => ...);
```
---
@@ -102,17 +188,22 @@ Then run:
```bash
composer require boboko/core
php artisan vendor:publish --tag=core-config
php artisan vendor:publish --tag=core-assets
php artisan migrate
```
For local core development alongside a consuming app (path-repo symlink + Docker mount), see
[`docs/modules.md`](docs/modules.md) "Docker Compose: the local-core mount".
---
## Requirements
- PHP 8.2+
- Laravel 11+
- Lunar (lunarphp/lunar + lunarphp/admin)
- PHP 8.5+
- Laravel 12+
- Lunar 1.3 (`lunarphp/lunar`)
- Meilisearch (for product search/listing/catalog)
- Spatie Laravel Activity Log
---
@@ -120,7 +211,12 @@ php artisan migrate
## Documentation
- [`docs/otp-auth.md`](docs/otp-auth.md) — OTP authentication flow
- [`docs/localization.md`](docs/localization.md) — Locale-prefixed routing and storefront translations
- [`docs/product-search.md`](docs/product-search.md) — Full-text product search
- [`docs/product-listing.md`](docs/product-listing.md) — Product listing/filtering/detail catalog service
- [`docs/privacy.md`](docs/privacy.md) — GDPR right of access/erasure, User-scope vs Customer-scope
- [`docs/shopify-import.md`](docs/shopify-import.md) — Shopify CSV → Lunar field mapping and import design
- [`docs/activity-log.md`](docs/activity-log.md) — Activity logging
- [`docs/lunar.md`](docs/lunar.md) — Lunar framework reference
- [`docs/notifications.md`](docs/notifications.md) — Notification registry
- [`docs/lunar.md`](docs/lunar.md) — Lunar framework reference and gotchas
- [`docs/modules.md`](docs/modules.md) — Module architecture, Customer/User pairing, provider registration pitfalls
+22 -6
View File
@@ -2,7 +2,7 @@
"name": "boboko/core",
"description": "Core module — authentication and shared panel behaviour",
"type": "library",
"version": "0.1.0",
"version": "0.21.0",
"autoload": {
"psr-4": {
"Modules\\Core\\": "src/"
@@ -10,11 +10,15 @@
},
"require": {
"php": "^8.5",
"lunarphp/lunar": "1.3.0",
"lunarphp/lunar": "1.5.0",
"laravel/framework": "^12.0",
"laravel/tinker": "^3.0",
"symfony/yaml": "^7.0",
"lunarphp/table-rate-shipping": "^1.3"
"lunarphp/table-rate-shipping": "1.5.0",
"lunarphp/search": "*",
"lunarphp/meilisearch": "*",
"spatie/laravel-translation-loader": "^2.8",
"stripe/stripe-php": "^16.6"
},
"require-dev": {
"fakerphp/faker": "^1.23",
@@ -24,20 +28,32 @@
"mockery/mockery": "^1.6",
"nunomaduro/collision": "^8.6",
"pestphp/pest": "^4.6",
"pestphp/pest-plugin-laravel": "^4.1"
"pestphp/pest-plugin-laravel": "^4.1",
"filament/upgrade": "^4.0"
},
"extra": {
"laravel": {
"providers": [
"Modules\\Core\\Providers\\CoreServiceProvider",
"Modules\\Core\\Providers\\AuthServiceProvider",
"Modules\\Core\\Providers\\CustomerServiceProvider"
"Modules\\Core\\Providers\\CustomerServiceProvider",
"Modules\\Core\\Providers\\CheckoutServiceProvider",
"Modules\\Core\\Providers\\PaymentServiceProvider",
"Modules\\Core\\Providers\\LocalizationServiceProvider",
"Modules\\Core\\Providers\\CatalogServiceProvider",
"Modules\\Core\\Providers\\CartServiceProvider",
"Modules\\Core\\Providers\\ReviewServiceProvider",
"Modules\\Core\\Providers\\FileServiceProvider",
"Modules\\Core\\Providers\\ShippingServiceProvider",
"Modules\\Core\\Providers\\OrderServiceProvider",
"Modules\\Core\\Providers\\PrivacyServiceProvider"
]
}
},
"config": {
"allow-plugins": {
"pestphp/pest-plugin": true
"pestphp/pest-plugin": true,
"php-http/discovery": true
}
}
}
+25
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@@ -0,0 +1,25 @@
<?php
use Modules\Core\Catalog\Recommendations\RandomRule;
use Modules\Core\Catalog\Recommendations\SameCategoryRule;
return [
/*
|--------------------------------------------------------------------------
| Product recommendation rules
|--------------------------------------------------------------------------
|
| Tried in order by Modules\Core\Catalog\Services\RecommendationService —
| the first rule that returns at least one product wins. The order here IS
| the fallback chain: SameCategoryRule first, then RandomRule as a
| last-resort so a product page is never left with zero recommendations
| (as long as the store has more than one product). A consuming app can
| reorder, add, or remove rules freely — nothing about the chain shape is
| hardcoded in the service itself.
|
*/
'recommendation_rules' => [
SameCategoryRule::class,
RandomRule::class,
],
];
+111
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@@ -16,4 +16,115 @@ return [
'auto_create_customer_for_user' => true,
/*
|--------------------------------------------------------------------------
| Privacy / GDPR data-subject requests
|--------------------------------------------------------------------------
|
| 'providers' lists every Modules\Core\Privacy\Contracts\PersonalDataProvider
| that should be consulted for right-of-access/right-of-erasure requests. A
| module never needs to be known to core in advance — it just adds its own
| provider class here, the same way config('lunar.search.indexers') maps a
| model to its indexer. See docs/privacy.md.
|
| 'grace_period_days' is how long an erasure request stays cancellable
| (account deactivated, not yet erased) before it's actually processed by
| the privacy:process-erasure-requests scheduled command.
|
*/
'privacy' => [
'providers' => [
// ActivityLogDataProvider MUST run before AddressDataProvider —
// it resolves which activity_log rows belong to this customer
// (including ones keyed by an Address id) before
// AddressDataProvider hard-deletes those Address rows. See that
// provider's own class docblock.
\Modules\Core\Logging\Privacy\ActivityLogDataProvider::class,
\Modules\Core\Customer\Privacy\CustomerDataProvider::class,
\Modules\Core\Customer\Privacy\AddressDataProvider::class,
\Modules\Core\Order\Privacy\OrderDataProvider::class,
\Modules\Core\Cart\Privacy\CartDataProvider::class,
\Modules\Core\Review\Privacy\ReviewDataProvider::class,
\Modules\Core\Payment\Privacy\PaymentDataProvider::class,
\Modules\Core\Auth\Privacy\UserSessionDataProvider::class,
],
'grace_period_days' => 30,
],
/*
|--------------------------------------------------------------------------
| Cart Abandonment Threshold
|--------------------------------------------------------------------------
|
| How long a cart (that hasn't converted to a placed order) can go without
| activity before Modules\Core\Cart\Filament\Resources\CartResource treats
| it as "Abandoned" rather than "Ongoing". Anything DateInterval::createFromDateString()
| accepts works, e.g. '1 hour', '30 minutes', '2 days'.
|
*/
'cart' => [
'abandoned_after' => '1 hour',
/*
|----------------------------------------------------------------------
| Unrecoverable Cap
|----------------------------------------------------------------------
|
| Beyond this age, a stale cart stops being treated as an active
| "Abandoned Cart"/"Abandoned Checkout" (Modules\Core\Cart\Services\
| CartLifecycleService) — too old to be a realistic recovery target
| (pricing/stock/tax likely stale by then). This is about the
| abandoned-cart pipeline only, not data retention — no rows are
| deleted or pruned based on this value.
|
*/
'unrecoverable_after' => '90 days',
],
/*
|--------------------------------------------------------------------------
| Order Return Window
|--------------------------------------------------------------------------
|
| How many days after a carrier order is delivered (Order::fulfillment_status
| becomes 'return_window_open') before Modules\Core\Order\Commands\
| CloseExpiredReturnWindows auto-completes it, if no return was requested.
| Store-pickup orders have no return-window step and are unaffected by
| this value (see Modules\Core\Order\Listeners\CompleteOrderOnPickedUp).
|
*/
'order' => [
'return_window_days' => 14,
],
/*
|--------------------------------------------------------------------------
| Storefront OTP Login
|--------------------------------------------------------------------------
|
| Modules\Core\Auth\Services\UserOtpService's passwordless login.
| max_attempts caps how many wrong codes a shopper can guess against ONE
| generated code before it's invalidated outright. generation_limit/
| generation_decay_minutes cap how often a NEW code can be requested for
| the same email — independent of max_attempts, since generating a fresh
| code also resets the guess count, so an attempt cap alone doesn't stop
| an attacker from just requesting a new code every few tries. This same
| limit is also what stands between a malicious/careless caller and
| mail-bombing one inbox.
|
*/
'auth' => [
'otp' => [
'max_attempts' => 5,
'generation_limit' => 3,
'generation_decay_minutes' => 10,
],
],
];
+21
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@@ -0,0 +1,21 @@
<?php
return [
/*
|--------------------------------------------------------------------------
| Policy versions
|--------------------------------------------------------------------------
|
| Plain version strings, bumped by whoever edits the corresponding legal
| page — recorded alongside every consent/acceptance so a later dispute
| ("what did the shopper actually agree to?") can be answered from the
| order/cart itself rather than a live lookup against whatever the pages
| say TODAY. Not tied to any CMS/database row on purpose — this stays a
| plain config value the same way payment.php's cart_pipeline is a plain
| cross-cutting setting, not a per-instance one.
|
*/
'privacy_policy_version' => env('LEGAL_PRIVACY_POLICY_VERSION', '2026-01-01'),
'terms_version' => env('LEGAL_TERMS_VERSION', '2026-01-01'),
];
+28
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@@ -0,0 +1,28 @@
<?php
use Modules\Core\Payment\Pipelines\Cart\ApplyPaymentMethodFee;
return [
/*
|--------------------------------------------------------------------------
| Lunar cart pipeline additions
|--------------------------------------------------------------------------
|
| Appended to config('lunar.cart.pipelines.cart') after ApplyShipping so
| the selected payment method's own fee (if any) is added to the
| shipping total before the final Calculate step sums everything up.
|
| This is the one thing left in this file — everything about WHICH
| payment methods exist (driver mapping, capture_mode, statuses) moved
| onto Modules\Core\Payment\Models\PaymentMethod's own row (see
| docs/payments.md): that's a per-instance, merchant decision, not a
| store-wide-singular setting, so it never belonged in config at all.
| This pipeline registration IS genuinely cross-cutting — every store
| using this driver gets the same cart-pipeline wiring, regardless of
| how many payment methods it configures.
|
*/
'cart_pipeline' => [
ApplyPaymentMethodFee::class,
],
];
+210
View File
@@ -0,0 +1,210 @@
<?php
return [
/*
|--------------------------------------------------------------------------
| Default Search Engine
|--------------------------------------------------------------------------
|
| This option controls the default search connection that gets used while
| using Laravel Scout. This connection is used when syncing all models
| to the search service. You should adjust this based on your needs.
|
| Supported: "algolia", "meilisearch", "typesense",
| "database", "collection", "null"
|
*/
'driver' => env('SCOUT_DRIVER', 'collection'),
/*
|--------------------------------------------------------------------------
| Index Prefix
|--------------------------------------------------------------------------
|
| Here you may specify a prefix that will be applied to all search index
| names used by Scout. This prefix may be useful if you have multiple
| "tenants" or applications sharing the same search infrastructure.
|
*/
'prefix' => env('SCOUT_PREFIX', ''),
/*
|--------------------------------------------------------------------------
| Queue Data Syncing
|--------------------------------------------------------------------------
|
| This option allows you to control if the operations that sync your data
| with your search engines are queued. When this is set to "true" then
| all automatic data syncing will get queued for better performance.
|
*/
'queue' => env('SCOUT_QUEUE', false),
/*
|--------------------------------------------------------------------------
| Database Transactions
|--------------------------------------------------------------------------
|
| This configuration option determines if your data will only be synced
| with your search indexes after every open database transaction has
| been committed, thus preventing any discarded data from syncing.
|
*/
'after_commit' => false,
/*
|--------------------------------------------------------------------------
| Chunk Sizes
|--------------------------------------------------------------------------
|
| These options allow you to control the maximum chunk size when you are
| mass importing data into the search engine. This allows you to fine
| tune each of these chunk sizes based on the power of the servers.
|
*/
'chunk' => [
'searchable' => 500,
'unsearchable' => 500,
],
/*
|--------------------------------------------------------------------------
| Soft Deletes
|--------------------------------------------------------------------------
|
| This option allows to control whether to keep soft deleted records in
| the search indexes. Maintaining soft deleted records can be useful
| if your application still needs to search for the records later.
|
*/
'soft_delete' => false,
/*
|--------------------------------------------------------------------------
| Identify User
|--------------------------------------------------------------------------
|
| This option allows you to control whether to notify the search engine
| of the user performing the search. This is sometimes useful if the
| engine supports any analytics based on this application's users.
|
| Supported engines: "algolia"
|
*/
'identify' => env('SCOUT_IDENTIFY', false),
/*
|--------------------------------------------------------------------------
| Algolia Configuration
|--------------------------------------------------------------------------
|
| Here you may configure your Algolia settings. Algolia is a cloud hosted
| search engine which works great with Scout out of the box. Just plug
| in your application ID and admin API key to get started searching.
|
*/
'algolia' => [
'id' => env('ALGOLIA_APP_ID', ''),
'secret' => env('ALGOLIA_SECRET', ''),
'index-settings' => [
// 'users' => [
// 'searchableAttributes' => ['id', 'name', 'email'],
// 'attributesForFaceting'=> ['filterOnly(email)'],
// ],
],
],
/*
|--------------------------------------------------------------------------
| Meilisearch Configuration
|--------------------------------------------------------------------------
|
| Here you may configure your Meilisearch settings. Meilisearch is an open
| source search engine with minimal configuration. Below, you can state
| the host and key information for your own Meilisearch installation.
|
| See: https://www.meilisearch.com/docs/learn/configuration/instance_options#all-instance-options
|
*/
'meilisearch' => [
'host' => env('MEILISEARCH_HOST', 'http://localhost:7700'),
'key' => env('MEILISEARCH_KEY'),
'index-settings' => [
// 'users' => [
// 'filterableAttributes'=> ['id', 'name', 'email'],
// ],
],
],
/*
|--------------------------------------------------------------------------
| Typesense Configuration
|--------------------------------------------------------------------------
|
| Here you may configure your Typesense settings. Typesense is an open
| source search engine using minimal configuration. Below, you will
| state the host, key, and schema configuration for the instance.
|
*/
'typesense' => [
'client-settings' => [
'api_key' => env('TYPESENSE_API_KEY', 'xyz'),
'nodes' => [
[
'host' => env('TYPESENSE_HOST', 'localhost'),
'port' => env('TYPESENSE_PORT', '8108'),
'path' => env('TYPESENSE_PATH', ''),
'protocol' => env('TYPESENSE_PROTOCOL', 'http'),
],
],
'nearest_node' => [
'host' => env('TYPESENSE_HOST', 'localhost'),
'port' => env('TYPESENSE_PORT', '8108'),
'path' => env('TYPESENSE_PATH', ''),
'protocol' => env('TYPESENSE_PROTOCOL', 'http'),
],
'connection_timeout_seconds' => env('TYPESENSE_CONNECTION_TIMEOUT_SECONDS', 2),
'healthcheck_interval_seconds' => env('TYPESENSE_HEALTHCHECK_INTERVAL_SECONDS', 30),
'num_retries' => env('TYPESENSE_NUM_RETRIES', 3),
'retry_interval_seconds' => env('TYPESENSE_RETRY_INTERVAL_SECONDS', 1),
],
// 'max_total_results' => env('TYPESENSE_MAX_TOTAL_RESULTS', 1000),
'model-settings' => [
// User::class => [
// 'collection-schema' => [
// 'fields' => [
// [
// 'name' => 'id',
// 'type' => 'string',
// ],
// [
// 'name' => 'name',
// 'type' => 'string',
// ],
// [
// 'name' => 'created_at',
// 'type' => 'int64',
// ],
// ],
// 'default_sorting_field' => 'created_at',
// ],
// 'search-parameters' => [
// 'query_by' => 'name'
// ],
// ],
],
'import_action' => env('TYPESENSE_IMPORT_ACTION', 'upsert'),
],
];
+50
View File
@@ -0,0 +1,50 @@
<?php
/*
|--------------------------------------------------------------------------
| ACS Courier credentials
|--------------------------------------------------------------------------
|
| ACS requires two credential mechanisms simultaneously: an AcsApiKey
| HTTP header (gates the REST gateway itself) and four account fields
| (Company_ID/Company_Password/User_ID/User_Password) sent in every
| request body. Both are supplied by ACS when your account is set up.
|
| Set these via environment variables — never commit real values.
|
| ACS_BASE_URL Root REST endpoint (unversioned, single URL for
| every ACSAlias call).
| ACS_API_KEY The AcsApiKey header value.
| ACS_COMPANY_ID Company_ID body field.
| ACS_COMPANY_PASSWORD Company_Password body field.
| ACS_USER_ID User_ID body field.
| ACS_USER_PASSWORD User_Password body field.
| ACS_BILLING_CODE Your ACS credit/billing code, used for price
| calculation and voucher creation.
| ACS_SENDER_* Static sender details reused on every voucher.
|
*/
return [
'base_url' => env('ACS_BASE_URL', 'https://webservices.acscourier.net/ACSRestServices/api/ACSAutoRest'),
'api_key' => env('ACS_API_KEY'),
'company_id' => env('ACS_COMPANY_ID'),
'company_password' => env('ACS_COMPANY_PASSWORD'),
'user_id' => env('ACS_USER_ID'),
'user_password' => env('ACS_USER_PASSWORD'),
'billing_code' => env('ACS_BILLING_CODE'),
'sender' => [
'name' => env('ACS_SENDER_NAME'),
'address' => env('ACS_SENDER_ADDRESS'),
'zip_code' => env('ACS_SENDER_ZIP'),
'phone' => env('ACS_SENDER_PHONE'),
],
'timeout' => env('ACS_HTTP_TIMEOUT', 10),
];
+61
View File
@@ -0,0 +1,61 @@
<?php
/*
|--------------------------------------------------------------------------
| Box Now credentials
|--------------------------------------------------------------------------
|
| Box Now uses OAuth2 client-credentials: exchange BOXNOW_CLIENT_ID /
| BOXNOW_CLIENT_SECRET for a Bearer access token (POST /auth-sessions,
| ~1hr expiry), then attach it as an Authorization header on every call.
| Unlike ACS, there is no separate per-request credential body — the
| token alone authorizes all calls once obtained.
|
| Set these via environment variables — never commit real values.
|
| Box Now has two environments (see their Partner API manual, section 2):
| Stage/Sandbox for testing, Production once live. Each has its own
| client_id/client_secret pair and its own base_url/location_api_url —
| there is no shared "switch an env var" flag, since stage credentials
| don't work against the production host or vice versa.
|
| BOXNOW_BASE_URL Root REST endpoint for delivery-requests/parcels.
| BOXNOW_LOCATION_API_URL Separate, faster endpoint for origins/destinations
| lookups (Box Now recommends this over the main
| base URL for those two calls specifically).
| BOXNOW_CLIENT_ID OAuth2 client id.
| BOXNOW_CLIENT_SECRET OAuth2 client secret.
| BOXNOW_PARTNER_ID Numeric partnerId Box Now issues alongside your
| credentials. NOT used for REST API authentication
| (BoxNowClient authenticates with client_id/
| client_secret alone) — this is only consumed by
| the client-side Destination Map widget config
| (_bn_map_widget_config.partnerId), confirmed
| against Box Now's own WooCommerce plugin source.
| BOXNOW_ORIGIN_LOCATION_ID Your warehouse's Box Now locationId, used as
| the pickup origin on every delivery request.
| BOXNOW_SENDER_* Static sender contact details reused on every
| delivery request.
|
*/
return [
'base_url' => env('BOXNOW_BASE_URL', 'https://api-production.boxnow.gr/api/v1'),
'location_api_url' => env('BOXNOW_LOCATION_API_URL', 'https://locationapi-production.boxnow.gr/api/v1'),
'client_id' => env('BOXNOW_CLIENT_ID'),
'client_secret' => env('BOXNOW_CLIENT_SECRET'),
'partner_id' => env('BOXNOW_PARTNER_ID'),
'origin_location_id' => env('BOXNOW_ORIGIN_LOCATION_ID'),
'sender' => [
'name' => env('BOXNOW_SENDER_NAME'),
'email' => env('BOXNOW_SENDER_EMAIL'),
'phone' => env('BOXNOW_SENDER_PHONE'),
],
'timeout' => env('BOXNOW_HTTP_TIMEOUT', 10),
];
@@ -0,0 +1,32 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
return new class extends Migration
{
public function up(): void
{
Schema::create('product_reviews', function (Blueprint $table) {
$table->id();
$table->foreignId('product_id')->constrained(config('lunar.database.table_prefix').'products');
$table->string('title')->nullable();
$table->text('body')->nullable();
$table->unsignedTinyInteger('rating');
$table->timestamp('reviewed_at')->nullable();
$table->string('reviewer_name')->nullable();
$table->string('reviewer_email')->nullable();
$table->text('reply')->nullable();
$table->timestamp('replied_at')->nullable();
$table->string('location')->nullable();
$table->string('source')->nullable();
$table->timestamps();
});
}
public function down(): void
{
Schema::dropIfExists('product_reviews');
}
};
@@ -0,0 +1,29 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
return new class extends Migration
{
public function up(): void
{
Schema::create('shipments', function (Blueprint $table) {
$table->id();
$table->foreignId('order_id')->constrained(config('lunar.database.table_prefix').'orders');
$table->string('carrier');
$table->string('tracking_reference')->unique();
$table->string('parent_reference')->nullable();
$table->timestamp('label_printed_at')->nullable();
$table->string('manifest_reference')->nullable();
$table->timestamp('cancelled_at')->nullable();
$table->json('meta')->nullable();
$table->timestamps();
});
}
public function down(): void
{
Schema::dropIfExists('shipments');
}
};
@@ -0,0 +1,28 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
return new class extends Migration
{
public function up(): void
{
Schema::create('shipment_info', function (Blueprint $table) {
$table->id();
$table->foreignId('shipment_id')->constrained('shipments')->cascadeOnDelete();
$table->string('status');
$table->string('carrier_status')->nullable();
$table->text('message')->nullable();
$table->string('location')->nullable();
$table->timestamp('occurred_at');
$table->json('meta')->nullable();
$table->timestamps();
});
}
public function down(): void
{
Schema::dropIfExists('shipment_info');
}
};
@@ -0,0 +1,34 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
return new class extends Migration
{
/**
* Run the migrations.
*
* @return void
*/
public function up(): void
{
Schema::create('language_lines', function (Blueprint $table) {
$table->id();
$table->string('group')->index();
$table->string('key');
$table->json('text');
$table->timestamps();
});
}
/**
* Reverse the migrations.
*
* @return void
*/
public function down(): void
{
Schema::dropIfExists('language_lines');
}
};
@@ -0,0 +1,22 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
return new class extends Migration
{
public function up(): void
{
Schema::table('users', function (Blueprint $table) {
$table->timestamp('deactivated_at')->nullable()->after('otp_expires_at');
});
}
public function down(): void
{
Schema::table('users', function (Blueprint $table) {
$table->dropColumn('deactivated_at');
});
}
};
@@ -0,0 +1,56 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
return new class extends Migration
{
public function up(): void
{
Schema::create('data_erasure_requests', function (Blueprint $table) {
$table->id();
// Polymorphic, not a fixed customer_id — a request targets either a
// Lunar Customer (business account) or a User (individual), never
// both at once. See docs/privacy.md "User-scope vs Customer-scope".
$table->string('subject_type');
$table->unsignedBigInteger('subject_id');
// Snapshot, not a live-looked-up value — the subject's email may
// change or the record may be gone by the time this is read.
$table->string('email')->nullable();
// Who asked for this: the subject themselves (self-service deletion)
// or a staff member acting on their behalf. Plain nullable type+id
// columns rather than morphs() — only ever one of two concrete actor
// types, not an open-ended polymorphic set.
$table->string('requested_by_type');
$table->unsignedBigInteger('requested_by_id');
$table->string('status')->default('pending');
// Set only on a Customer-scoped request that was auto-created because
// erasing a User left them as the sole remaining user on that Customer
// (see Modules\Core\Privacy\Listeners\CascadeCustomerErasureListener).
// Null for every normal, directly-requested erasure. Lets login-
// reactivation find and revert exactly the Customer request THIS
// User's cancellation caused, without touching an unrelated,
// independently-requested Customer erasure the User happens to be
// linked to.
$table->foreignId('caused_by_request_id')->nullable()->constrained('data_erasure_requests')->nullOnDelete();
// now() + config('core.privacy.grace_period_days') at creation time —
// when privacy:process-erasure-requests will actually run this.
$table->timestamp('scheduled_for');
$table->timestamp('cancelled_at')->nullable();
$table->timestamp('completed_at')->nullable();
// Every provider's outcome, written once the request completes —
// see Modules\Core\Privacy\ErasureReport. Null until then.
$table->json('report')->nullable();
$table->timestamps();
$table->index(['status', 'scheduled_for']);
$table->index(['subject_type', 'subject_id']);
});
}
public function down(): void
{
Schema::dropIfExists('data_erasure_requests');
}
};
@@ -0,0 +1,36 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
return new class extends Migration
{
public function up(): void
{
Schema::create('data_export_requests', function (Blueprint $table) {
$table->id();
// Polymorphic, not a fixed customer_id — see data_erasure_requests
// for the same shape and reasoning.
$table->string('subject_type');
$table->unsignedBigInteger('subject_id');
// Snapshot, not a live lookup — same reasoning as
// data_erasure_requests.email (see that migration).
$table->string('email')->nullable();
$table->string('status')->default('pending');
// Storage path of the assembled export .zip, set once the queued job
// finishes. Null while pending.
$table->string('file_path')->nullable();
$table->timestamp('completed_at')->nullable();
$table->timestamps();
$table->index('status');
$table->index(['subject_type', 'subject_id']);
});
}
public function down(): void
{
Schema::dropIfExists('data_export_requests');
}
};
@@ -0,0 +1,24 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
return new class extends Migration
{
public function up(): void
{
Schema::create('payment_methods', function (Blueprint $table) {
$table->id();
$table->string('type')->unique();
$table->boolean('enabled')->default(true);
$table->json('data')->nullable();
$table->timestamps();
});
}
public function down(): void
{
Schema::dropIfExists('payment_methods');
}
};
@@ -0,0 +1,43 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
/**
* product_reviews.product_id's original foreign key (2026_07_10_000001) had
* no ON DELETE clause, so deleting a Product with reviews throws a
* constraint violation instead of the review rows going with it — unlike
* every other Product-dependent table (variants, media, etc.), which does
* cascade. A review is dependent, disposable data, not something worth
* blocking a product deletion over.
*/
return new class extends Migration
{
public function up(): void
{
Schema::table('product_reviews', function (Blueprint $table) {
$table->dropForeign(['product_id']);
});
Schema::table('product_reviews', function (Blueprint $table) {
$table->foreign('product_id')
->references('id')
->on(config('lunar.database.table_prefix').'products')
->cascadeOnDelete();
});
}
public function down(): void
{
Schema::table('product_reviews', function (Blueprint $table) {
$table->dropForeign(['product_id']);
});
Schema::table('product_reviews', function (Blueprint $table) {
$table->foreign('product_id')
->references('id')
->on(config('lunar.database.table_prefix').'products');
});
}
};
@@ -0,0 +1,46 @@
<?php
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
use Lunar\Base\Migration;
/**
* First-party copy of lunarphp/stripe's own create_stripe_payment_intents_table
* migration (package removed in favour of depending on stripe/stripe-php
* directly — see Modules\Core\Payment\Support\StripeManager and
* Modules\Core\Payment\Models\StripePaymentIntent, which replace the
* package's own classes over this same table). Timestamped to run just
* before this app's own add_context_to_stripe_payment_intents migration,
* which already alters this table.
*
* Guarded with hasTable(): on any environment that already ran
* lunarphp/stripe's own copy of this migration before the package was
* removed, the table already exists — this migration is only the one that
* actually creates it on a fresh install/database from now on.
*/
return new class extends Migration
{
public function up(): void
{
if (Schema::hasTable($this->prefix.'stripe_payment_intents')) {
return;
}
Schema::create($this->prefix.'stripe_payment_intents', function (Blueprint $table) {
$table->id();
$table->foreignId('cart_id')->constrained($this->prefix.'carts');
$table->foreignId('order_id')->nullable()->constrained($this->prefix.'orders');
$table->string('intent_id')->index();
$table->string('status')->nullable();
$table->string('event_id')->index()->nullable();
$table->timestamp('processing_at')->nullable();
$table->timestamp('processed_at')->nullable();
$table->timestamps();
});
}
public function down(): void
{
Schema::dropIfExists($this->prefix.'stripe_payment_intents');
}
};
@@ -0,0 +1,47 @@
<?php
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
use Lunar\Base\Migration;
/**
* lunarphp/stripe's own stripe_payment_intents table already correlates a
* Stripe intent back to a cart/order via cart_id/order_id — exactly what
* Modules\Core\Payment\Drivers\StripePaymentDriver needs to recover
* $context in handleCallback(), a separate request (a webhook) from the
* pay()/authorize() call that originated it. Two columns this driver
* needs that the vendor table doesn't have:
* - context: the full opaque $context bag pay()/authorize() received,
* stored so handleCallback() can dispatch the SAME context the
* original call would have, without Payment inventing its own
* correlation table — see docs/payments.md "Async resolution".
* - payment_type: the payment type key (e.g. 'stripe') pay()/authorize()
* were called with — needed to dispatch Payment events with the
* correct $type in handleCallback(), which otherwise has no way to
* know it (a webhook payload doesn't carry it).
*
* Extends Lunar\Base\Migration (not the plain base Migration) so $this->prefix
* resolves the SAME table-prefix config every Lunar-owned table uses
* (config('lunar.database.table_prefix')) — the vendor migration that
* creates this table (lunarphp/stripe's create_stripe_payment_intents_table)
* already does this, so a store running with a non-default prefix (this
* one runs with 'lunar_') would otherwise have this migration fail against
* a table name that doesn't exist.
*/
return new class extends Migration
{
public function up(): void
{
Schema::table($this->prefix.'stripe_payment_intents', function (Blueprint $table) {
$table->json('context')->nullable()->after('status');
$table->string('payment_type')->nullable()->after('context');
});
}
public function down(): void
{
Schema::table($this->prefix.'stripe_payment_intents', function (Blueprint $table) {
$table->dropColumn(['context', 'payment_type']);
});
}
};
@@ -0,0 +1,52 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
/**
* Moves the driver mapping and per-type behavior that used to live in
* config('lunar.payments.types.{type}.*') onto the PaymentMethod row
* itself — same DB-instance-vs-config split Modules\Core\Shipping's own
* shipping_methods table already has (code/driver/name/enabled columns,
* no driver mapping in any config file). See docs/payments.md.
*
* - driver: the Modules\Core\Payment\Services\PaymentDriverRegistry key
* (NOT the same as `type` — two rows can share one driver).
* - name: admin-facing label. Nothing played this role before; `type`
* was always the machine slug.
* - capture_mode / captured_status / authorized_status: per-instance
* behavior — fails the "would a store ever want two different answers
* to this" cross-cutting-config test, so these move off config.
* - position: admin-controlled display/checkout order.
* - driver_missing_at: set by the payment:sync-drivers command when
* `driver` no longer resolves via the registry — deliberately
* separate from `enabled`, so a driver vanishing (a deploy removed
* it) is never confused with an admin's own manual toggle, and a
* driver that comes back later auto-clears this with no admin action.
*/
return new class extends Migration
{
public function up(): void
{
Schema::table('payment_methods', function (Blueprint $table) {
$table->string('name')->nullable()->after('type');
$table->string('driver')->nullable()->after('name');
$table->string('capture_mode')->nullable()->after('driver');
$table->string('captured_status')->nullable()->after('capture_mode');
$table->string('authorized_status')->nullable()->after('captured_status');
$table->unsignedInteger('position')->default(0)->after('authorized_status');
$table->timestamp('driver_missing_at')->nullable()->after('position');
});
}
public function down(): void
{
Schema::table('payment_methods', function (Blueprint $table) {
$table->dropColumn([
'name', 'driver', 'capture_mode', 'captured_status',
'authorized_status', 'position', 'driver_missing_at',
]);
});
}
};
@@ -0,0 +1,38 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
/**
* captured_status/authorized_status (added in 2026_09_05_000001) cover a
* payment being taken, but nothing wrote Order.status on a REFUND —
* Order::paymentStatus() (Order\Support\OrderStatus::payment(), derived
* live from transactions) already reflects a refund correctly, but the
* stored status column — the one admin filtering, customer emails, etc.
* actually key off — never moved. Same reasoning as captured_status/
* authorized_status: a store could plausibly want a different resulting
* status per payment method (e.g. a "Refunded" vs. a "Refund Pending"
* variant), so this is a PaymentMethod column, not cross-cutting config.
*
* Deliberately no separate void_status — void never moved money (it
* releases an authorization hold before any capture), so it doesn't carry
* the same "the customer needs to see this changed" weight a refund does;
* add one later if a real need for it shows up.
*/
return new class extends Migration
{
public function up(): void
{
Schema::table('payment_methods', function (Blueprint $table) {
$table->string('refunded_status')->nullable()->after('authorized_status');
});
}
public function down(): void
{
Schema::table('payment_methods', function (Blueprint $table) {
$table->dropColumn('refunded_status');
});
}
};
@@ -0,0 +1,43 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
/**
* Splits Lunar's single flat `status` column into three independently
* tracked axes — payment, fulfillment, return — so a payment refund and a
* fulfillment dispatch stop racing to write the same field, and each axis
* can be filtered/queried directly instead of overloading one string for
* three unrelated concerns. See Modules\Core\Order\Enums\OrderPaymentStatus/
* OrderFulfillmentStatus/OrderReturnStatus for the value vocabularies, and
* Modules\Core\Order\Listeners\ApplyResolvedPaymentStatus and friends for
* where these columns actually get written. `status` itself is left in
* place, unchanged — Lunar core still reads/writes it in places this
* package doesn't own — but nothing in this package's business logic keys
* off it anymore after this migration's consumers land.
*
* lunar_customers already has a direct precedent for a boboko-core
* migration altering a Lunar-owned table (see
* 2026_07_02_000002_drop_otp_from_lunar_customers_table.php) — this is not
* a new pattern for this codebase, just the first time it's applied to
* lunar_orders.
*/
return new class extends Migration
{
public function up(): void
{
Schema::table('lunar_orders', function (Blueprint $table) {
$table->string('payment_status')->default('awaiting_payment')->after('status')->index();
$table->string('fulfillment_status')->default('unfulfilled')->after('payment_status')->index();
$table->string('return_status')->default('none')->after('fulfillment_status')->index();
});
}
public function down(): void
{
Schema::table('lunar_orders', function (Blueprint $table) {
$table->dropColumn(['payment_status', 'fulfillment_status', 'return_status']);
});
}
};
@@ -0,0 +1,42 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
/**
* Append-only audit trail for Order's three status axes (see
* 2026_09_11_000001_add_status_axes_to_orders_table.php) — the thing
* `Lunar\Models\Order::getDefaultLogExcept()` explicitly denies (`status`
* is excluded from Lunar's own Spatie activity log), so this is a
* from-scratch mechanism, not a gap in an existing one.
*
* No `updated_at` — a row is never edited after it's written, only ever
* inserted. `event_class` is the FQCN of whatever business event/action
* caused the write (e.g. Modules\Core\Order\Events\OrderDispatched, or a
* plain string like 'Modules\Core\Shipping\Extensions\OrderViewExtension::
* markDispatchedAction' for a manual Filament action that has no backing
* event class of its own) — see Modules\Core\Order\Services\
* OrderStatusTransitionRecorder.
*/
return new class extends Migration
{
public function up(): void
{
Schema::create('order_status_transitions', function (Blueprint $table) {
$table->id();
$table->foreignId('order_id')->constrained('lunar_orders')->cascadeOnDelete();
$table->string('axis');
$table->string('from_status')->nullable();
$table->string('to_status');
$table->string('event_class');
$table->timestamp('created_at')->useCurrent();
$table->index(['order_id', 'axis']);
});
}
public function down(): void
{
Schema::dropIfExists('order_status_transitions');
}
};
@@ -0,0 +1,79 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Support\Facades\DB;
use Illuminate\Support\Facades\Log;
use Lunar\Models\Order;
use Modules\Core\Order\Enums\PaymentStatus;
use Modules\Core\Order\Support\OrderStatus;
/**
* Maps every existing order's flat `status` (as it stood before
* 2026_09_11_000001_add_status_axes_to_orders_table.php) onto the new
* payment_status/fulfillment_status/return_status columns. A separate
* migration from the schema change so the schema migration stays simply
* reversible via down(), and this data pass can be independently re-run.
*
* The flat status never captured refunds at all (no 'refunded' value was
* ever added to config('lunar.orders.statuses')), so the table-driven
* mapping below is corrected per-order by re-deriving
* Modules\Core\Order\Support\OrderStatus::payment() — the existing,
* unchanged derived-enum logic — and overriding payment_status to
* refunded/partially_refunded wherever it disagrees with the flat-status
* mapping. This is the one place the "keep the old derived enums" design
* decision earns its keep: refund-fraction math isn't reimplemented here,
* just reused.
*/
return new class extends Migration
{
private const MAP = [
'awaiting-payment' => ['payment_status' => 'awaiting_payment', 'fulfillment_status' => 'unfulfilled'],
'payment-offline' => ['payment_status' => 'awaiting_payment', 'fulfillment_status' => 'unfulfilled'],
'payment-received' => ['payment_status' => 'paid', 'fulfillment_status' => 'unfulfilled'],
'ready-for-dispatch' => ['payment_status' => 'paid', 'fulfillment_status' => 'ready'],
'ready-for-pickup' => ['payment_status' => 'paid', 'fulfillment_status' => 'ready'],
'dispatched' => ['payment_status' => 'paid', 'fulfillment_status' => 'in_transit'],
'completed' => ['payment_status' => 'paid', 'fulfillment_status' => 'completed'],
];
public function up(): void
{
Order::query()->with('transactions')->chunkById(200, function ($orders) {
foreach ($orders as $order) {
$mapped = self::MAP[$order->status] ?? null;
if ($mapped === null) {
Log::warning('Order status axis backfill: unmapped status, leaving column defaults', [
'order_id' => $order->id,
'status' => $order->status,
]);
continue;
}
$paymentStatus = $mapped['payment_status'];
$derived = OrderStatus::payment($order);
if ($derived === PaymentStatus::Refunded) {
$paymentStatus = 'refunded';
} elseif ($derived === PaymentStatus::PartialRefund) {
$paymentStatus = 'partially_refunded';
}
DB::table('lunar_orders')->where('id', $order->id)->update([
'payment_status' => $paymentStatus,
'fulfillment_status' => $mapped['fulfillment_status'],
'return_status' => 'none',
]);
}
});
}
public function down(): void
{
// Column defaults (set in the schema migration) are the correct
// "undo" — no need to reverse-map back to the flat status, since
// `status` itself was never touched by this migration.
}
};
@@ -0,0 +1,36 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
/**
* captured_status/authorized_status/refunded_status let a merchant pick
* which per-method Order::status label a payment outcome resulted in — a
* mechanism that only made sense while Order.status was the single field
* carrying that meaning. Modules\Core\Order\Listeners\
* ApplyResolvedPaymentStatus now writes a fixed 3-value payment_status
* column instead (see 2026_09_11_000001_add_status_axes_to_orders_table.php);
* there is no longer any per-method flexibility to preserve — "paid" is
* "paid" regardless of which method captured it. Dropped rather than left
* vestigial: keeping them visible in the admin would let a merchant
* configure something that silently does nothing.
*/
return new class extends Migration
{
public function up(): void
{
Schema::table('payment_methods', function (Blueprint $table) {
$table->dropColumn(['captured_status', 'authorized_status', 'refunded_status']);
});
}
public function down(): void
{
Schema::table('payment_methods', function (Blueprint $table) {
$table->string('captured_status')->nullable();
$table->string('authorized_status')->nullable();
$table->string('refunded_status')->nullable();
});
}
};
@@ -0,0 +1,30 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
/**
* Order::paid/paid_at — entirely independent of the `status` column (see
* Modules\Core\Order\Services\OrderStatusFlow's own docblock for why
* payment timing, especially for cash-on-delivery, cannot be modeled as a
* status-sequence step). `paid` is the fast-filter boolean; `paid_at` is
* when it actually happened.
*/
return new class extends Migration
{
public function up(): void
{
Schema::table('lunar_orders', function (Blueprint $table) {
$table->boolean('paid')->default(false)->after('status')->index();
$table->timestamp('paid_at')->nullable()->after('paid');
});
}
public function down(): void
{
Schema::table('lunar_orders', function (Blueprint $table) {
$table->dropColumn(['paid', 'paid_at']);
});
}
};
@@ -0,0 +1,116 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Support\Facades\DB;
use Illuminate\Support\Facades\Log;
use Lunar\Models\Order;
use Modules\Core\Order\Enums\PaymentStatus;
use Modules\Core\Order\Support\OrderStatus;
/**
* Collapses the 3-axis (payment_status/fulfillment_status/return_status)
* model this session briefly built — abandoned before shipping — back
* onto a single `status` column plus the new independent `paid`/`paid_at`
* fields. Must run after 2026_09_12_000001 (adds paid/paid_at) and before
* 2026_09_12_000003 (drops the axis columns this migration still reads).
*
* Priority rule: axis data where it's genuinely non-default (this order
* was really moved through the axis system during this session's manual
* testing); the legacy `status` column (which may still hold pre-session
* hyphenated values) as fallback everywhere else.
*/
return new class extends Migration
{
private const LEGACY_MAP = [
'awaiting-payment' => 'awaiting_payment',
'payment-offline' => 'awaiting_payment',
'payment-received' => 'processing',
'ready-for-dispatch' => 'ready_for_dispatch',
'ready-for-pickup' => 'ready_for_pickup',
'dispatched' => 'dispatched',
'completed' => 'completed',
];
/**
* Axis fulfillment_status -> new single status, given branch. Axis
* 'delivered' folds into 'return_window_open' (same combined-value
* decision the going-forward design makes). Axis payment_status is
* used only to decide whether a fully-unfulfilled order should read
* as 'awaiting_payment' or 'processing'.
*/
private function mapFromAxes(string $payment, string $fulfillment, string $return, bool $isPickup): ?string
{
if ($return === 'returned') {
return 'returned';
}
if ($return === 'requested') {
return 'return_requested';
}
return match ($fulfillment) {
'unfulfilled' => $payment === 'paid' ? 'processing' : 'awaiting_payment',
'processing' => 'processing',
'ready' => $isPickup ? 'ready_for_pickup' : 'ready_for_dispatch',
'in_transit' => 'dispatched',
'delivered', 'return_window_open' => 'return_window_open',
'picked_up' => 'picked_up',
'completed' => 'completed',
default => null,
};
}
public function up(): void
{
Order::query()->with('transactions')->chunkById(200, function ($orders) {
foreach ($orders as $order) {
$isPickup = $order->isStorePickupOrder();
$axisIsDefault = $order->payment_status === 'awaiting_payment'
&& $order->fulfillment_status === 'unfulfilled'
&& $order->return_status === 'none';
$status = $axisIsDefault
? (self::LEGACY_MAP[$order->status] ?? null)
: $this->mapFromAxes($order->payment_status, $order->fulfillment_status, $order->return_status, $isPickup);
if ($status === null) {
Log::warning('Single-status backfill: unmapped order, defaulting to awaiting_payment', [
'order_id' => $order->id,
'status' => $order->status,
'payment_status' => $order->payment_status,
'fulfillment_status' => $order->fulfillment_status,
'return_status' => $order->return_status,
]);
$status = 'awaiting_payment';
}
$derived = OrderStatus::payment($order);
$paid = $order->payment_status === 'paid'
|| in_array($derived, [PaymentStatus::Captured, PaymentStatus::Refunded, PaymentStatus::PartialRefund], true);
// A refund implies the order concluded via a return —
// even one backfilled to an early status (e.g. an order
// refunded before fulfillment ever started) is corrected
// to refunded/partially_refunded here, not left stuck
// pre-fulfillment with no sign a refund ever happened.
if ($derived === PaymentStatus::Refunded) {
$status = 'refunded';
} elseif ($derived === PaymentStatus::PartialRefund) {
$status = 'partially_refunded';
}
DB::table('lunar_orders')->where('id', $order->id)->update([
'status' => $status,
'paid' => $paid,
'paid_at' => $paid ? ($order->placed_at ?? now()) : null,
]);
}
});
}
public function down(): void
{
// No reverse mapping — column defaults (post-rollback of the
// schema migrations) are the correct "undo".
}
};
@@ -0,0 +1,34 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
/**
* Reverses 2026_09_11_000001_add_status_axes_to_orders_table.php — the
* 3-axis model was abandoned before shipping in favor of a single
* `status` column plus independent `paid`/`paid_at` (see
* 2026_09_12_000001/000002). Must run after 2026_09_12_000002, which
* still reads these columns for the backfill.
*/
return new class extends Migration
{
public function up(): void
{
Schema::table('lunar_orders', function (Blueprint $table) {
$table->dropColumn(['payment_status', 'fulfillment_status', 'return_status']);
});
}
public function down(): void
{
// Mirrors 2026_09_11_000001's own down() — restores columns
// empty/defaulted, does not attempt to resurrect real per-order
// values.
Schema::table('lunar_orders', function (Blueprint $table) {
$table->string('payment_status')->default('awaiting_payment')->after('paid_at')->index();
$table->string('fulfillment_status')->default('unfulfilled')->after('payment_status')->index();
$table->string('return_status')->default('none')->after('fulfillment_status')->index();
});
}
};
@@ -0,0 +1,33 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
/**
* There is only one status column left to audit (plus the synthetic
* 'paid' entry — see Modules\Core\Order\Listeners\RecordStatusTransition),
* so the `axis` column this table was created with
* (2026_09_11_000002_create_order_status_transitions_table.php) no longer
* means anything.
*/
return new class extends Migration
{
public function up(): void
{
Schema::table('order_status_transitions', function (Blueprint $table) {
$table->dropIndex(['order_id', 'axis']);
$table->dropColumn('axis');
$table->index('order_id');
});
}
public function down(): void
{
Schema::table('order_status_transitions', function (Blueprint $table) {
$table->dropIndex(['order_id']);
$table->string('axis')->default('status')->after('order_id');
$table->index(['order_id', 'axis']);
});
}
};
@@ -0,0 +1,27 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Support\Facades\DB;
/**
* The seeded 'cash-on-delivery' PaymentMethod row
* (Modules\Core\Command\InstallLunarCommand::seedPaymentMethods()) was
* wired to driver => 'offline' — the same immediate-capture driver as
* cash-in-hand. That's the bug that made COD "pay immediately" instead of
* waiting for staff to confirm cash was actually received. Repoints
* already-seeded environments to the new dedicated
* Modules\Core\Payment\Drivers\CashOnDeliveryPaymentDriver; the seeder
* itself is fixed separately for fresh installs.
*/
return new class extends Migration
{
public function up(): void
{
DB::table('payment_methods')->where('type', 'cash-on-delivery')->update(['driver' => 'cash-on-delivery']);
}
public function down(): void
{
DB::table('payment_methods')->where('type', 'cash-on-delivery')->update(['driver' => 'offline']);
}
};
@@ -0,0 +1,30 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Support\Facades\DB;
/**
* 'return_window_open' is renamed to 'delivered' — same status value,
* same meaning (the parcel arrived AND the return window is now open,
* still one combined moment — see Modules\Core\Order\Listeners\
* AdvanceFulfillmentOnDelivered), just a name a merchant expects to read
* on the order page rather than an internal mechanic. Also renames it in
* order_status_transitions' audit rows so the history stays consistent
* with `status` going forward.
*/
return new class extends Migration
{
public function up(): void
{
DB::table('lunar_orders')->where('status', 'return_window_open')->update(['status' => 'delivered']);
DB::table('order_status_transitions')->where('from_status', 'return_window_open')->update(['from_status' => 'delivered']);
DB::table('order_status_transitions')->where('to_status', 'return_window_open')->update(['to_status' => 'delivered']);
}
public function down(): void
{
DB::table('lunar_orders')->where('status', 'delivered')->update(['status' => 'return_window_open']);
DB::table('order_status_transitions')->where('from_status', 'delivered')->update(['from_status' => 'return_window_open']);
DB::table('order_status_transitions')->where('to_status', 'delivered')->update(['to_status' => 'return_window_open']);
}
};
@@ -0,0 +1,43 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
/**
* A real record of "a manifest was issued", not just a loose
* manifest_reference string stamped onto each Shipment row — ACS's own
* ACS_Issue_Pickup_List call returns nothing beyond a PickupList_No (see
* Modules\Core\Shipping\Carriers\Acs\AcsFulfillmentService::issueManifest()),
* so this table is entirely our own bookkeeping: when the manifest was
* issued and how many shipments it included, not something re-derivable
* from the carrier later. `shipment_count` is denormalized (also
* countable via shipments()->count()) purely so the manifests list can
* render without an extra query per row.
*
* carrier-agnostic by design — see Modules\Core\Shipping\Contracts\
* SupportsManifestBatching, the same contract any future carrier
* (Speedex, etc.) implements to get manifest batching at all; this table
* has no ACS-specific columns.
*/
return new class extends Migration
{
public function up(): void
{
Schema::create('manifests', function (Blueprint $table) {
$table->id();
$table->string('carrier');
$table->string('reference');
$table->unsignedInteger('shipment_count')->default(0);
$table->timestamp('issued_at');
$table->timestamps();
$table->unique(['carrier', 'reference']);
});
}
public function down(): void
{
Schema::dropIfExists('manifests');
}
};
@@ -0,0 +1,82 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\DB;
use Illuminate\Support\Facades\Schema;
/**
* Replaces the loose manifest_reference string with a real manifests
* relation — see 2026_09_13_000002_create_manifests_table.php. Backfills
* one Manifest row per distinct (carrier, manifest_reference) pair
* already present in shipments, using the earliest label_printed_at (or
* updated_at as a fallback) among that group as a best-effort issued_at,
* since the exact original issue time was never recorded anywhere.
*/
return new class extends Migration
{
public function up(): void
{
Schema::table('shipments', function (Blueprint $table) {
$table->foreignId('manifest_id')->nullable()->after('manifest_reference')->constrained()->nullOnDelete();
});
$groups = DB::table('shipments')
->select('carrier', 'manifest_reference')
->whereNotNull('manifest_reference')
->distinct()
->get();
foreach ($groups as $group) {
$shipments = DB::table('shipments')
->where('carrier', $group->carrier)
->where('manifest_reference', $group->manifest_reference)
->get();
$issuedAt = $shipments->pluck('label_printed_at')->filter()->min()
?? $shipments->pluck('updated_at')->min();
$manifestId = DB::table('manifests')->insertGetId([
'carrier' => $group->carrier,
'reference' => $group->manifest_reference,
'shipment_count' => $shipments->count(),
'issued_at' => $issuedAt,
'created_at' => $issuedAt,
'updated_at' => $issuedAt,
]);
DB::table('shipments')
->where('carrier', $group->carrier)
->where('manifest_reference', $group->manifest_reference)
->update(['manifest_id' => $manifestId]);
}
Schema::table('shipments', function (Blueprint $table) {
$table->dropColumn('manifest_reference');
});
}
public function down(): void
{
Schema::table('shipments', function (Blueprint $table) {
$table->string('manifest_reference')->nullable()->after('parent_reference');
});
DB::table('shipments')
->whereNotNull('manifest_id')
->orderBy('id')
->each(function ($shipment) {
$manifest = DB::table('manifests')->find($shipment->manifest_id);
if ($manifest) {
DB::table('shipments')->where('id', $shipment->id)->update([
'manifest_reference' => $manifest->reference,
]);
}
});
Schema::table('shipments', function (Blueprint $table) {
$table->dropConstrainedForeignId('manifest_id');
});
}
};
@@ -0,0 +1,30 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
/**
* Caps brute-forcing a 6-digit OTP code (1M combinations, 10-minute
* window, previously uncapped) — see Modules\Core\Auth\Services\
* UserOtpService::validate(), which now invalidates the code entirely
* (forcing a fresh generateAndSend()) once otp_attempts reaches its max,
* rather than leaving a live code guessable indefinitely within its
* expiry window.
*/
return new class extends Migration
{
public function up(): void
{
Schema::table('users', function (Blueprint $table) {
$table->unsignedTinyInteger('otp_attempts')->default(0)->after('otp_expires_at');
});
}
public function down(): void
{
Schema::table('users', function (Blueprint $table) {
$table->dropColumn('otp_attempts');
});
}
};
@@ -0,0 +1,41 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
/**
* A per-login session registry, independent of the actual session store
* driver (SESSION_DRIVER=redis in this app — no "sessions" table to
* purge by user_id the way the database driver would allow). Each
* successful OTP login (Modules\Core\Auth\Services\UserOtpService::
* validate()) records one row here and stamps the token into the
* Laravel session payload; Modules\Core\Auth\Http\Middleware\
* EnsureSessionNotRevoked checks it on every request. "Logout
* everywhere" (Modules\Core\Auth\Services\UserSessionService::
* revokeOtherSessions()) is then just marking every OTHER row
* revoked_at, no session-store-specific logic anywhere.
*/
return new class extends Migration
{
public function up(): void
{
Schema::create('user_sessions', function (Blueprint $table) {
$table->id();
$table->foreignId('user_id')->constrained()->cascadeOnDelete();
$table->string('token', 64)->unique();
$table->string('user_agent')->nullable();
$table->string('ip_address', 45)->nullable();
$table->timestamp('last_used_at');
$table->timestamp('revoked_at')->nullable();
$table->timestamps();
$table->index(['user_id', 'revoked_at']);
});
}
public function down(): void
{
Schema::dropIfExists('user_sessions');
}
};
@@ -0,0 +1,65 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Support\Facades\DB;
use Lunar\Models\Language;
/**
* PaymentMethod.name becomes a locale-keyed JSON array (e.g.
* {"en": "Cash On Delivery", "el": "Αντικαταβολή"}), rendered in Filament
* via Lunar's own Lunar\Admin\Support\Forms\Components\TranslatedText —
* the same reusable component/data-shape Product/Collection names already
* use (Lunar\Base\Traits\HasTranslations), just applied directly to a
* plain column here rather than through attribute_data, since
* PaymentMethod is a merchant-configured settings row, not a translatable
* catalog attribute.
*
* Existing plain-string rows are preserved under the store's default
* Language code (falls back to 'en' if no Language row exists yet — this
* migration can run before lunar:install seeds one) rather than dropped,
* so an already-configured payment method's name isn't blanked out.
*
* Uses a raw `ALTER COLUMN ... TYPE` rather than Blueprint::change()
* (which requires doctrine/dbal — not installed in this project) —
* Postgres-specific (this project runs on `pgsql`, per its own docker
* setup), with an explicit USING clause since json isn't implicitly
* castable from varchar.
*/
return new class extends Migration
{
public function up(): void
{
$defaultLocale = Language::where('default', true)->value('code') ?? 'en';
$existing = DB::table('payment_methods')->pluck('name', 'id');
DB::statement('ALTER TABLE payment_methods ALTER COLUMN name DROP DEFAULT');
DB::statement("ALTER TABLE payment_methods ALTER COLUMN name TYPE json USING NULL");
foreach ($existing as $id => $name) {
if ($name === null) {
continue;
}
DB::table('payment_methods')
->where('id', $id)
->update(['name' => json_encode([$defaultLocale => $name])]);
}
}
public function down(): void
{
$defaultLocale = Language::where('default', true)->value('code') ?? 'en';
$existing = DB::table('payment_methods')->pluck('name', 'id');
DB::statement('ALTER TABLE payment_methods ALTER COLUMN name TYPE varchar(255) USING NULL');
foreach ($existing as $id => $name) {
$decoded = json_decode((string) $name, true);
$flat = is_array($decoded) ? ($decoded[$defaultLocale] ?? reset($decoded) ?: null) : $name;
DB::table('payment_methods')->where('id', $id)->update(['name' => $flat]);
}
}
};
@@ -0,0 +1,74 @@
<?php
use Illuminate\Support\Facades\DB;
use Lunar\Base\Migration;
use Lunar\Models\Language;
/**
* ShippingMethod.name becomes a locale-keyed JSON array (e.g.
* {"en": "Standard Delivery", "el": "Κανονική Παράδοση"}), rendered in
* Filament via Lunar's own Lunar\Admin\Support\Forms\Components\
* TranslatedText (Modules\Core\Shipping\Extensions\
* ShippingMethodResourceExtension::replaceNameField()) — same shape/
* resolution as PaymentMethod.name (see its own migration,
* 2026_09_15_000001_make_payment_methods_name_translatable.php) and
* Product/Collection names (Lunar\Base\Traits\HasTranslations).
*
* ShippingMethod is a vendor (lunarphp/table-rate-shipping) table, but
* converting a vendor column's type via a migration is no different from
* any other schema change this project already makes against a vendor
* table (see database/migrations/2026_08_31_000001_create_payment_methods_table.php's
* sibling migrations for the same pattern against PaymentMethod) — there
* was no good reason to route this through `data.name` instead, unlike
* `data.fulfillment_type` which is a genuinely NEW field the vendor table
* never had at all.
*
* Existing plain-string rows are preserved under the store's default
* Language code (falls back to 'en' if no Language row exists yet)
* rather than dropped.
*
* Uses a raw `ALTER COLUMN ... TYPE` rather than Blueprint::change()
* (requires doctrine/dbal — not installed in this project) — Postgres-
* specific (this project runs on `pgsql`), with an explicit USING clause
* since json isn't implicitly castable from varchar.
*/
return new class extends Migration
{
public function up(): void
{
$table = $this->prefix.'shipping_methods';
$defaultLocale = Language::where('default', true)->value('code') ?? 'en';
// The column is NOT NULL (vendor migration never marked it
// nullable) — converting via `USING NULL` first, then
// backfilling with a second UPDATE, violates that constraint
// before the backfill ever runs. json_build_object() converts
// each existing string in place, in the same statement, so the
// column is never transiently NULL. $defaultLocale is inlined
// (not bound) — parameter binding inside an ALTER TABLE ... USING
// expression isn't reliable across drivers; it's a Language::code
// value we control, not user input, so quote_literal-safe
// interpolation here is fine.
$quotedLocale = DB::getPdo()->quote($defaultLocale);
DB::statement("ALTER TABLE {$table} ALTER COLUMN name TYPE json USING json_build_object({$quotedLocale}, name)");
}
public function down(): void
{
$table = $this->prefix.'shipping_methods';
$defaultLocale = Language::where('default', true)->value('code') ?? 'en';
// Same NOT NULL constraint applies going back — ->>'{locale}'
// extracts the default locale's text value directly in the
// USING clause, falling back to the first key present via
// COALESCE for any row missing that locale (e.g. one only ever
// filled in via a non-default language).
$quotedLocale = DB::getPdo()->quote($defaultLocale);
DB::statement(
"ALTER TABLE {$table} ALTER COLUMN name TYPE varchar(255) ".
"USING COALESCE(name->>{$quotedLocale}, (SELECT value FROM json_each_text(name) LIMIT 1))"
);
}
};
@@ -0,0 +1,40 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
/**
* Per-product, customer-authored input fields — a personalized-statue
* product needing a reference photo upload and an optional engraving
* textarea, for example. Deliberately NOT modeled as a Lunar ProductOption
* (see Modules\Core\Catalog\Contracts\ProductOptionTypeInterface's own
* docblock): an option's values are a fixed, admin-authored list that
* define variants (Red/Green/Blue) — a photo upload has no such list, it's
* unique per order, and creates no variant at all. This is a genuinely
* different concept that happens to configure on the same product page.
*
* Array of {key, type: 'text'|'textarea'|'file', label, required} — `key`
* is what a submitted answer is keyed by in CartLine/OrderLine.meta (both
* already have a `meta` json column — see Modules\Core\Cart\Services\
* CartService::addLine()'s own $meta parameter), not a new table, since
* this is small, rarely-queried per-product config, the same reasoning
* ShippingMethod.data/PaymentMethod.data already follow for their own
* per-row settings.
*/
return new class extends Migration
{
public function up(): void
{
Schema::table(config('lunar.database.table_prefix').'products', function (Blueprint $table) {
$table->json('custom_fields')->nullable()->after('attribute_data');
});
}
public function down(): void
{
Schema::table(config('lunar.database.table_prefix').'products', function (Blueprint $table) {
$table->dropColumn('custom_fields');
});
}
};
@@ -0,0 +1,50 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
/**
* A generic, storage-backend-agnostic file registry — Modules\Core\File\
* Services\FileService's own backing table. `disk`/`path` are whatever
* Laravel's Storage facade already understands (local, s3, ...); this
* table adds what Flysystem itself has no concept of: who a file
* belongs to, why it was uploaded, and whether anything still needs it.
*
* `owner_type`/`owner_id` are nullable — a file can (and, for a product
* custom-field photo, always does) exist before anything owns it yet: a
* shopper picks a photo on the product page and it's uploaded immediately
* (see 3dealer's CustomFieldUploadController), well before add-to-cart
* gives it a CartLine to belong to. FileService::attachOwner() re-points
* these columns once an owner exists, rather than creating a second row
* for the same physical file.
*
* `purpose` (e.g. 'custom-field-upload') lets one table serve unrelated
* future features without collision — FileService itself has no
* knowledge of what a purpose means, callers scope their own queries by
* it.
*/
return new class extends Migration
{
public function up(): void
{
Schema::create('files', function (Blueprint $table) {
$table->id();
$table->string('disk');
$table->string('path');
$table->string('original_name')->nullable();
$table->string('mime')->nullable();
$table->unsignedBigInteger('size')->nullable();
$table->string('purpose');
$table->nullableMorphs('owner');
$table->timestamps();
$table->index(['purpose', 'owner_type', 'owner_id']);
});
}
public function down(): void
{
Schema::dropIfExists('files');
}
};
+280
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@@ -0,0 +1,280 @@
# Cart Admin Visibility
`Modules\Core\Cart\Filament\Resources\CartResource` gives staff read-only visibility into
every cart in the Filament admin panel, guest carts included. Lunar itself ships no cart
admin view at all — no Filament resource for `Cart`/`CartLine` exists anywhere in
`lunarphp/lunar` or `lunarphp/core` — this is a from-scratch addition, not an extension of
something Lunar half-built. See `docs/lunar.md`'s "Cart and Checkout" section for the
underlying Lunar cart mechanics this resource reads from.
---
## Scope: every cart, identified or not
`CartResource` lists every cart the four lifecycle states (below) cover, with no
`user_id`/`customer_id` filter — an anonymous guest's session cart is included.
This was a reversal of an earlier, deliberate call to exclude guest carts entirely (on the
reasoning that an anonymous cart carries no identity a staff member could act on — no name, no
email, nothing to follow up with — so listing every guest session cart would be noise, not a
real admin capability). That reasoning holds for "can I click through to a Customer record,"
but not for the resource's other real use — seeing how many carts are ongoing/abandoned right
now regardless of who's shopping. Most real storefront traffic never reaches an identified
user/customer, so excluding it silently undercounts exactly the thing `ListCarts`'s tabs (and
`CartLifecycleService`, which they and `DetectAbandonedCarts` both build on) exist to report
on. The `Customer`/`User` columns on a guest row just render "—" (Filament's `placeholder()`)
instead of a link — nothing to click into, but the row and its contents are still visible via
`ViewCart`.
This does **not** mirror Shopify's admin (Shopify has no "all carts" view at all — only
"Abandoned checkouts," gated on a shopper reaching checkout and entering contact info, a
later/narrower stage than Lunar's `Cart`).
---
## Four states, not two — and not `Cart::completed_at`
`Lunar\Models\Cart::completed_at` is declared and cast (`'completed_at' => 'datetime'`) but
**never actually written anywhere in Lunar core** — grep `vendor/lunarphp/core/src` for it;
the only hits are the property declaration and the cast. It is not a real signal. `Cart` has
no `status` column at all — every state below is derived from relations/timestamps, not a
single field.
`Cart::scopeActive()` (Lunar's own "not yet converted to an order" scope) actually mixes two
distinct states together: no order ever started, vs. a draft order exists
(`placed_at IS NULL`) but was never placed — checkout was started, not finished. Those are
different purchase-intent signals (see "Abandoned Cart vs Abandoned Checkout" below) and
different reachability (checkout usually captures an email even for a guest), so
`ListCarts::getTabs()` splits them into four tabs instead of `scopeActive()`'s two-state
split.
`Modules\Core\Cart\Services\CartLifecycleService` is the single source of truth for these four
query shapes — both `ListCarts::getTabs()` (staff browsing) and `DetectAbandonedCarts`
(abandonment-event dispatch) build on it, rather than each reimplementing the same split
independently (which is what happened before this service existed, and is exactly the kind of
drift that lets the admin panel and the recovery-email pipeline quietly disagree about what
"abandoned" means):
- **Ongoing** (`ongoing()`) — `scopeActive()` and recent `updated_at` (within
`abandonedCutoff()`). Default active tab on page load.
- **Abandoned Cart** (`abandonedCarts()`) — `whereDoesntHave('orders')` and stale
`updated_at`.
- **Abandoned Checkout** (`abandonedCheckouts()`) — has an order with `placed_at IS NULL`,
and stale `updated_at`.
- **Completed** (`completed()`) — has an order with `placed_at IS NOT NULL`.
Each method takes a `Builder` and returns it further scoped, so callers compose it onto
whatever base query they already have (`CartResource::getEloquentQuery()` for the Filament
tabs, a bare `Cart::query()` for the command). Deliberately query-shape-only: consent
(`meta->recovery_consent`) and non-empty-lines filtering stay in `DetectAbandonedCarts`, not on
the service — those gate whether a recovery *event* should fire, not what "abandoned" means to
a staff member browsing the list.
There is deliberately **no "All" tab.** Every row shown is always scoped to one of the four
states above — the list never runs an unfiltered `Cart::query()->get()` over the whole
(potentially large) table.
### Abandoned Cart vs Abandoned Checkout — why they're not one bucket
Different purchase intent, different reachability, and different recovery strategy — see
`docs/recovery-strategies.md` for the full marketing-strategy discussion. In short:
- **Abandoned Cart** (no order started) is a weak intent signal — often window-shopping, not
a near-purchase. Frequently unreachable (no email/identity at all for a true guest).
Recovery leans on on-site retargeting and ad remarketing rather than email.
- **Abandoned Checkout** (draft order, never placed) is a strong intent signal — the shopper
committed to buying and something blocked completion. Checkout typically captures contact
info even for a guest, so this state is usually reachable. This is the state the
researched 1h/24h/72h recovery-email cadence targets specifically.
`Modules\Core\Cart\Events\CartAbandoned` and `Modules\Core\Checkout\Events\CheckoutAbandoned`
mirror this same split (see "Events" below) rather than one combined event.
---
## Why this scales fine at a large cart count
Two things keep this cheap regardless of how many carts exist (10,000+):
- **The list is always paginated.** Filament applies `LIMIT`/`OFFSET` to whichever tab's
query is active — a page only ever fetches one page's worth of rows, never the whole
table, "All" tab or not (and there is no "All" tab — see above).
- **No per-row queries.** `lines_count`/`lines_sum_quantity` use Filament's built-in
`->counts('lines')`/`->sum('lines', 'quantity')`, which fold into the same query as the
rest of the list (one `LEFT JOIN`-based aggregate, not N separate lookups). There's no
per-record `getStateUsing()` closure anywhere in this table doing its own query — that's
the pattern to avoid if a future column needs derived data (see `Modules\Core\Catalog\
Services\ProductIndexer` for the general "compute once at index time / one aggregate
query, never per-row" principle this project follows elsewhere).
The one thing that **does** scan more rows as the cart count grows is
`CartResource::getNavigationBadge()` (see below) — but it's a `COUNT(*)`, not a fetch, and
runs once per admin page load, not once per cart row.
---
## Navigation badge — abandoned cart count
```php
public static function getNavigationBadge(): ?string
{
return (string) static::getEloquentQuery()->active()->where('updated_at', '<=', static::abandonedCutoff())->count();
}
```
Shows the number of abandoned carts (not all carts — a converted cart isn't something a
staff member needs to keep noticing) next to "Carts" in the sidebar. `->count()` compiles to
a single `SELECT COUNT(*) ...` — confirmed via query log — no rows are ever loaded just to
render the badge.
---
## The view page runs the cart's full calculate pipeline — once
`ViewCart::resolveRecord()` calls `$cart->calculate()` before rendering, since `CartLine`'s
computed properties (`unitPrice`, `total`, etc.) and `Cart`'s own totals (`subTotal`, `total`,
...) are plain public properties populated as a side effect of that pipeline — never
persisted, so a plain Eloquent-fetched `Cart` has them all `null`/unset (see `docs/lunar.md`
Gotchas). This only runs on the single-record view page, not per row in the list table —
running the full 5-step pipeline for every row of a paginated list would be needless cost for
data the list doesn't display.
---
## Not built: staff editing a cart
The resource is deliberately read-only (`canCreate()` returns `false`, no edit page
registered). A cart is owned by the storefront's own add/update/remove flow
(`CartSession`/`Cart::add()`/etc.) — hand-editing cart contents from the admin panel isn't a
supported use case here.
---
## `CartService` — the storefront-facing API
`Modules\Core\Cart\Services\CartService` mirrors `Modules\Core\Catalog\Services\
ProductService`/`CollectionService`'s shape — one boboko-owned API a storefront calls, so
Lunar's own `CartSession`/`Cart` stay an implementation detail rather than something a
consuming app depends on directly.
- `current()` / `currentOrCreate()` — the latter force-creates a cart (`CartSession::manager()`),
the former doesn't (`CartSession::current()`, returns `null` for a fresh visitor — see
`docs/lunar.md`'s Cart gotchas).
- `addLine()` / `updateLine()` / `removeLine()` / `clear()` — thin wrappers over
`Cart::add()`/`updateLine()`/`remove()`/`clear()`. No boboko-owned exception types wrap
Lunar's own cart exceptions (`InvalidCartLineQuantityException`, `CartLineIdMismatchException`,
etc.) — they propagate as-is; a wrapper would add indirection with identical semantics.
- `applyCoupon()` / `removeCoupon()` — sets/clears `Cart::coupon_code` (there's no dedicated
Lunar action for this, unlike add/update/remove). `applyCoupon()` validates via
`Discounts::validateCoupon()` first and throws `Modules\Core\Cart\Exceptions\
InvalidCouponException` on a bad code — `CouponString`'s cast only normalizes casing, it
doesn't validate anything, so setting `coupon_code` directly would silently accept a bogus
code and just not discount anything once calculated.
- `saveForLater()` / `moveToCart()` / `activeLines()` / `savedLines()` — see "Save for later"
below.
Every mutating method returns the recalculated `Cart` (matching Lunar's own `Cart::add()`
etc., which already return `$this` after `refresh()->recalculate()`) and dispatches a
matching domain event.
### Events — Lunar dispatches none of its own
`Lunar` dispatches zero cart events — no "item added," no "cart created" (see
`docs/lunar.md`'s Cart gotchas). `CartService` fills that gap with its own, dispatched after
the underlying Lunar operation completes:
`CartLineAdded`, `CartLineUpdated`, `CartLineRemoved`, `CartCleared`, `CartCouponApplied`,
`CartCouponRemoved`, `CartLineSaved`, `CartLineMovedToCart` — all under
`Modules\Core\Cart\Events`. `CartAbandoned`/`CheckoutAbandoned` live under
`Modules\Core\Recovery\Events` instead, not `Cart`/`Checkout` — see "Abandonment detection"
below for why.
**None of these currently have a listener.** They're dispatched-but-unconsumed by design —
built so something downstream (reindexing, notifications, a future read-side reporting
service) has a hook to attach to, not because a concrete consumer exists today. This was a
deliberate decision, not an oversight — see the "don't build speculative infrastructure"
calls made elsewhere in this project (e.g. not wrapping Lunar's cart exceptions).
**Why not wired to Spatie's Activity Log:** `Cart`/`CartLine` already use Lunar's own
`LogsActivity` trait (Spatie's package, Lunar's defaults) — confirmed from source, this logs
model saves/deletes automatically, independent of actor. `Modules\Core\Logging\
ActivityLogService` (this project's own wrapper, used by e.g. `LogTranslationActivity`) is
hardcoded to the `staff` guard — correctly scoped for staff-driven writes (Filament admin
actions), but wrong for customer-driven cart activity, which would resolve `causedBy()` to
`null` every time. Both `ActivityLogService` and `Cart`/`CartLine`'s native `LogsActivity`
write to the **same** `log_name = 'lunar'` / `activity_log` table, with no built-in
separation beyond reading `causer_type` per row — a real limitation worth knowing about, but
not one this project is fixing by giving Cart a distinct `log_name`, since every other Lunar
model logs to `'lunar'` too and a Cart-only carve-out would just be inconsistent. The
intended fix, if this becomes a real need, is a read-side service that queries `activity_log`
and classifies by `causer_type`/`log_name` — not touching every write site.
### Save for later
A `CartLine` can be moved out of the purchasable cart without being deleted — flagged via
`meta.saved_for_later`, not a new column (matches the free-form-JSON pattern already used
elsewhere, e.g. `ProductOptionValue::meta`). `Modules\Core\Cart\Pipelines\
ZeroSavedForLaterPrice` (registered in `config('lunar.cart.pipelines.cart_lines')`, after the
stock `GetUnitPrice`) zeroes `unitPrice`/`unitPriceInclTax` for flagged lines **before**
Lunar's own `CalculateLines` pipeline step sums the cart — `CalculateLines` sums every
`CartLine` unconditionally with no meta-based exclusion of its own, so zeroing the price
upstream is what makes `Cart::subTotal`/`total` naturally correct without a second pass or
callers needing a different totals accessor.
`Lunar\Actions\Carts\UpdateCartLine` **replaces** the whole `meta` column on write (plain
`update(['meta' => $meta])`, not a merge) — `saveForLater()`/`moveToCart()` read the line's
existing meta and merge in the flag change before calling `Cart::updateLine()`, or an
unrelated meta key set by something else would be silently wiped.
### Coupons
See `CartService::applyCoupon()`/`removeCoupon()` above. `Lunar\Base\Casts\CouponString`
just upper-cases the code; `Lunar\Managers\DiscountManager::validateCoupon()` (via the
`Discounts` facade) is the actual check — does a matching `Discount` (type `AmountOff` or
`BuyXGetY`) exist, `active()`, with `max_uses` not exhausted.
---
## Abandonment detection
"Abandoned" is a **derived** state (`Cart::updated_at` older than
`config('core.cart.abandoned_after')`, default `1 hour`) — nothing transitions a cart into it
via a normal Eloquent write, so there's no model-event hook to dispatch from directly.
`Modules\Core\Cart\Commands\DetectAbandonedCarts` (registered on an hourly schedule by
`Modules\Core\Providers\CartServiceProvider`) is the only place that moment gets detected: it
builds on the same `CartLifecycleService::abandonedCarts()`/`abandonedCheckouts()` queries
`ListCarts::getTabs()` uses (no order at all vs. draft order never placed) and dispatches
`Modules\Core\Recovery\Events\CartAbandoned`/`CheckoutAbandoned` for anything currently stale
that also has `meta->recovery_consent = true`.
### Cart/Checkout have zero abandonment-related writes — by design
`DetectAbandonedCarts` **only dispatches** — it never writes to `Cart`/`Order` at all. An
earlier version recorded an "already notified" marker on `Cart::meta`/`Order::meta` to avoid
refiring the same event every run, but that `->save()` call bumped `Cart::updated_at` as an
Eloquent side effect — since `updated_at` is also the field abandonment staleness is computed
from, the write **un-staled the very cart it had just marked abandoned**: confirmed live, a
cart that correctly fired `CartAbandoned` showed back up as "Ongoing," not "Abandoned Cart,"
on the very next tab-count check.
The fix wasn't to write the marker more carefully — it was to stop `Cart`/`Checkout` from
having any way to write abandonment state at all. Deduplication ("has this cart already been
notified") is deliberately **not** this command's job; it belongs to `Recovery` (not yet
built — see `docs/recovery-strategies.md`), which will own its own tracking table, keeping
`Cart`/`Order` permanently free of abandonment-related columns or `meta` keys.
**Current tradeoff, accepted deliberately**: until `Recovery` exists, every cart still
matching the "abandoned" query refires its event on every hourly run — there is no dedup at
all right now. That's fine today only because nothing consumes these events yet (see
"Events" above); it would need addressing before anything real listens for them.
---
## Recovery Sequences — design only, not built
See `docs/recovery-strategies.md` — a full marketing-strategy discussion and a first-pass
feature design for an admin-configurable sequence of "touches" (delay + optional discount +
label) per abandonment type. Explicitly parked as an open design question, not scoped for
implementation yet — whether this belongs under `Cart`, a new `Recovery`/`Marketing` concern,
and how far the touch model needs to flex (channel choice, value-based branching, segment
targeting) are all still undecided.
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# Checkout — Design Notes
**Status: design finalized, not yet built.** This is the design spec for
`Modules\Core\Checkout\Services\CheckoutService`, plus the three-stage lifecycle model it's
part of. Nothing in this document is implemented yet.
---
## Three-stage lifecycle: Cart → Checkout → Order
Each stage is its own concern, not a phase inside a shared one — matching the pattern already
established this session (`Recovery` was split out from `Cart` specifically because
abandonment detection is a different lifecycle stage than line-item mutation, even though it
reads `Cart` state).
- **`Cart`** — line items, coupons, save-for-later (`docs/cart.md`). Ends the moment
`Cart::createOrder()` is called.
- **`Checkout`** — the placement moment itself: setting addresses, selecting a shipping
option, placing the order. Starts where Cart ends, ends the instant an `Order` exists.
This document.
- **`Order`** — everything after an order exists: status transitions (`Order::status`,
changed via the Filament admin `EditOrder` page — always staff-driven, never part of
checkout itself), fulfillment/shipment tracking. **Named and scoped here, not yet built** —
same status as `Recovery` before it existed as real code.
`Modules\Core\Checkout\Events\OrderPlaced` (see below) is the handoff point: `Checkout`
dispatches it the moment an order exists; `Order`'s own listeners (not built yet) would be
what reacts to it — e.g. sending a confirmation email, initializing whatever `Order` needs to
initialize. `Checkout` itself has no opinion about what happens after `OrderPlaced` fires.
### Where `Order` would likely absorb work that currently lives under `Shipping`
`Modules\Core\Shipping`'s `Shipment`/`ShipmentInfo` models are already order-scoped
(`Shipment::order(): BelongsTo`), and `PollShipmentTrackingJob`/
`ShipmentStatusUpdatedByCarrier` are fulfillment/tracking concerns that happen entirely after
an order exists — conceptually closer to `Order` than to `Shipping`'s actual job (carrier
rate quoting, `ShippingRateInterface` drivers, `ShippingManifest`). Not decided whether/when
this gets moved; noted here so the boundary is visible when `Order` is actually scoped.
---
## `CheckoutService`
Mirrors `Modules\Core\Cart\Services\CartService`'s shape (see `docs/cart.md`) — one
boboko-owned API a storefront calls, keeping Lunar's own `Cart`/`ShippingManifest` primitives
an implementation detail.
| Method | Wraps | Dispatches |
|---|---|---|
| `setShippingAddress(array\|Addressable $address)` | `Cart::setShippingAddress()` | `ShippingAddressSet($cart, $address)` |
| `setBillingAddress(array\|Addressable $address)` | `Cart::setBillingAddress()` | `BillingAddressSet($cart, $address)` |
| `getShippingOptions()` | `ShippingManifest::getOptions($cart)` | — (read-only) |
| `selectShippingOption(string $identifier)` | `Cart::setShippingOption()` | `ShippingOptionSelected($cart, $option)` — throws `InvalidShippingOptionException` if `$identifier` doesn't resolve |
| `placeOrder(string $fingerprint)` | `Cart::checkFingerprint()` then `Cart::createOrder()` | `OrderPlaced($order)` |
### `getShippingOptions()` — already fully backed by the merged Shipping-Carriers work
`ShippingManifest::getOptions($cart)` runs every registered `ShippingRateInterface` driver
through a pipeline — this already includes ACS/Box Now live-rate quoting
(`Modules\Core\Shipping\Carriers\Acs\AcsRateDriver`/`BoxNowRateDriver`, merged from the
`Shipping-Carriers` branch) alongside `table-rate-shipping`'s own flat-rate/free-shipping/
collection drivers. `CheckoutService` doesn't need to build any rate-resolution logic — it's
a thin pass-through to what already exists and works.
### `placeOrder()` — fingerprint check is mandatory, not optional
`placeOrder(string $fingerprint): Order` requires the fingerprint the shopper's last-seen
cart total was built from (`Cart::fingerprint()`) as a parameter — not an optional
after-the-fact check a caller might forget. `Cart::checkFingerprint()` throws Lunar's own
`FingerprintMismatchException` if the cart's contents/total changed since that fingerprint
was generated (a line's price changed, stock adjusted the total, another tab modified the
cart), forcing re-confirmation instead of silently placing an order at a different total than
what the shopper approved.
### No exception wrapping — same reasoning as `CartService`
Confirmed from source: `Lunar\Validation\Cart\ValidateCartForOrderCreation` (the validator
`Cart::createOrder()` runs via `config('lunar.cart.validators.order_create')`) already throws
`Lunar\Exceptions\Carts\CartException` with a field-keyed `MessageBag`
(`$exception->errors()`) — billing/shipping address completeness, missing shipping option,
duplicate-order guard. This is already the right shape for a storefront to catch and render
as form errors directly; wrapping it in a boboko-owned exception type would add indirection
with identical semantics, the same call made for `CartService`'s cart-line exceptions.
`FingerprintMismatchException` (from the mandatory fingerprint check above) propagates
as-is for the same reason.
**One genuine exception to this rule**: `selectShippingOption()` throws
`Modules\Core\Checkout\Exceptions\InvalidShippingOptionException` when `$identifier` doesn't
resolve to a real option (`ShippingManifest::getOption()` just returns `null` — Lunar has no
matching exception type here to propagate, unlike `CartException`/`FingerprintMismatchException`
above). Same reasoning as `Modules\Core\Cart\Exceptions\InvalidCouponException` for
`Discounts::validateCoupon()`, which also just returns a bool with nothing to reuse. Confirmed
live: an invalid identifier previously returned the cart unchanged with no signal at all —
fixed to throw instead, verified via a real container test.
### Validated from source: the real precondition chain
`ValidateCartForOrderCreation::validate()`, read directly from `vendor/lunarphp/core`:
1. No completed order already exists on this cart (duplicate-order guard).
2. A billing address is set and passes `country_id`/`first_name`/`line_one`/`city`/`postcode`
required-field validation.
3. If the cart `isShippable()` (has at least one non-digital line):
- A shipping option must already be selected (`Cart::getShippingOption()` — which only
resolves anything once `shippingAddress->shipping_option` has been persisted via
`selectShippingOption()`, confirmed from `Lunar\Base\ShippingManifest::getShippingOption()`).
- Unless that option is collect/pickup (`$shippingOption->collect`), a shipping address is
also required and validated the same way as billing.
This is why `CheckoutService`'s methods exist in the order they're listed above — a
storefront checkout flow has to drive them roughly in that sequence for `placeOrder()` to
ever succeed.
---
## Events — richer payload than `CartService`'s, deliberately
`Modules\Core\Checkout\Events`: `ShippingAddressSet`, `BillingAddressSet`,
`ShippingOptionSelected`, `OrderPlaced`.
Unlike `CartService`'s events (which carry a plain `Cart`/`CartLine` model reference — see
`docs/cart.md`), these carry richer, already-resolved payload — e.g. `ShippingOptionSelected`
includes the resolved `ShippingOption` (name, price, carrier identifier), not just the
string identifier a listener would have to re-resolve. Deliberate divergence from
`CartService`'s convention: a live-priced shipping quote or a submitted address is
meaningfully more expensive/awkward for a listener to re-derive later than a `CartLine`
model reference is.
**Why this matters beyond `Checkout` itself:** the Analytics survey (`docs/scratch/
analytics-feature-survey.html`) found conversion-funnel tracking (product view → add to cart
→ checkout → purchase) entirely missing, with zero underlying data captured anywhere. The
Checkout survey separately flagged "abandoned-checkout stage tracking (email captured vs.
shipping selected vs. payment started)" as missing. One event per real state transition here
— not just a single `OrderPlaced` at the end — is what gives a future analytics/reporting
listener (not built) the funnel-stage data neither gap currently has anything to build on.
**None of these have a listener yet.** Same status as `CartService`'s events — dispatched,
unconsumed, built so something downstream has a hook to attach to.
---
## Explicitly out of scope for `CheckoutService`
- **Order-status-changed events** — post-placement, staff-driven (`Order::status` changes via
the Filament admin `EditOrder` page, never through checkout). Belongs to `Order` (see
above), not `Checkout`.
- **Order confirmation email** — needs `OrderPlaced` as a trigger, but actual sending is
separate infrastructure, same "detection/signal only, sending is a later concern" deferral
already applied to `Recovery` (`docs/recovery-strategies.md`).
- **Guest order tracking/lookup** — a separate storefront feature, not part of the placement
flow itself.
- **Payment** — authorizing/capturing a transaction against the placed order. Genuinely
separate from `Checkout` as scoped here; `CheckoutService::placeOrder()` produces an
`Order`, what happens to pay for it is out of this document's scope.
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# Collections
`Modules\Core\Catalog\Services\CollectionService` provides category browsing/nav AND
single-collection lookup for a storefront — `list()`, `getById()`, `getBySlug()` —
all reading directly from the Meilisearch index, mirroring
`Modules\Core\Catalog\Services\ProductService` (see `product-listing.md`) exactly.
---
## Why it reads from the index, not the database
Lunar's own `Lunar\Search\CollectionIndexer` only carries `id`/`name`/`created_at` —
nowhere near enough for a storefront category page or a nav tree.
`Modules\Core\Catalog\Services\CollectionIndexer` extends it to add everything
`CollectionService` needs:
| Field | Source | Notes |
|---|---|---|
| `parent_id` | `$model->parent_id` | Filterable. The nested-set tree's parent pointer — `null` for a top-level collection. |
| `_lft` | `$model->_lft` | Filterable and sortable. The nested-set tree position — lets `CollectionService` resolve tree order without a database read. |
| `collection_group_id` | `$model->collection_group_id` | Filterable. Mirrors `Collection::scopeInGroup()`. |
| `slugs` | `$model->urls->pluck('slug')` | Filterable. Every locale's `Url::slug`, so `getBySlug()` resolves purely from the index. |
| `thumbnail` | `$model->getThumbnailImage()` | Display only. `null` if the collection has no thumbnail image. |
| `ancestors` | `$model->ancestors` | Display only. Array of `{id, name}`, ordered root-first — a breadcrumb (`Home > Apparel > Keychains`) can render directly from a single `getById()`/`getBySlug()` call, no extra queries. Empty array for a top-level collection. |
| `product_count` | Queried from the *product* Meilisearch index at collection-index time | Display only. How many products are in this collection **or any of its descendants** — matches what `ProductService::list(ProductFilters(collectionId: ...))` would return, not just direct assignment. Computed via `Product::search('')->options(['filter' => "collection_ids = \"{id}\""])`, so it depends on the product index already being current — reindex products *before* collections (see "Gotchas" below). |
`name`/`description` (and any other `TranslatedText` attribute) are indexed per-locale
by Lunar's base indexer and resolved by `CollectionService` exactly like
`ProductService` does — see `product-listing.md`'s "Locale resolution" section, same
logic, same `LanguageCache::defaultLocale()` fallback.
---
## Usage
```php
use Modules\Core\Catalog\DTOs\CollectionFilters;
use Modules\Core\Catalog\Enums\CollectionSort;
use Modules\Core\Catalog\Services\CollectionService;
$service = app(CollectionService::class);
// Top-level collections only (parent_id IS NULL) — for building a nav tree
$roots = $service->list(
filters: new CollectionFilters(rootOnly: true),
sort: CollectionSort::Position,
);
// Children of a specific collection
$children = $service->list(
filters: new CollectionFilters(parentId: 222),
sort: CollectionSort::Position,
);
// Filter by collection group
$collections = $service->list(filters: new CollectionFilters(groupId: 4));
// Single collection, by primary key or slug
$collection = $service->getById(223);
$collection = $service->getBySlug('keychains');
```
`CollectionFilters(parentId: ..., rootOnly: ...)` are mutually exclusive — if both are
set, `parentId` wins. There's no `parentId: null` shorthand for "root only", since
that would be ambiguous with "don't filter by parent at all" (the DTO's actual
default); `rootOnly` names the root-collections case explicitly instead.
`CollectionSort::Position` (`_lft:asc`) is the recommended default for any nav/tree
UI — it matches the order an admin arranges collections in Lunar's own Filament UI.
`Name` and `Newest` are also available, mirroring `ProductSort`'s shape.
---
## Registration
Like `ProductIndexer`, `CollectionIndexer` must be registered in the consuming app's
own `config/lunar/search.php`:
```php
'indexers' => [
Lunar\Models\Collection::class => Modules\Core\Catalog\Services\CollectionIndexer::class,
// ...
],
```
New/changed fields aren't filterable/sortable in Meilisearch until `php artisan
lunar:meilisearch:setup` re-syncs index settings, and existing documents need
`lunar:search:index --refresh` to pick up the new shape. If `SCOUT_QUEUE` is enabled,
the queue worker also needs restarting after deploying changes to the indexer class —
see `docs/lunar.md` "Gotchas".
**`product_count` needs the product index reindexed first.** `config/lunar/search.php`'s
`indexers` array is typically ordered `Collection` before `Product`, so a plain
`lunar:search:index --refresh` computes `product_count` against whatever the product
index held *before* this run — stale if products changed too. `lunar:search:index`
takes an explicit model list as its argument (`--ignore` restricts it to only those),
so reindex products first, then collections, when both need a fresh `--refresh` in the
same deploy:
```
php artisan lunar:search:index "Lunar\Models\Product" --ignore --refresh
php artisan lunar:search:index "Lunar\Models\Collection" --ignore --refresh
```
---
## When to still use Eloquent directly
A single collection's full detail page (breadcrumb via `$collection->breadcrumb`,
tree ancestors/descendants, route-model-bound `Collection $collection` in a
controller signature) should keep reading Eloquent directly rather than going through
`CollectionService` — the indexed document doesn't carry ancestor chains or the full
nested-set relations, and route-model binding already gives a controller the full
model for free. `CollectionService` is for browsing/listing and lightweight
by-id/by-slug lookups where a full Eloquent hydration would be wasteful, the same
tradeoff `ProductService` makes for products.
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# Localization
Storefront routes can be locale-prefixed (`/el/proionta`, `/en/products`) using a middleware
that reads directly from Lunar's `languages` table — the same table the Filament **Languages**
resource manages, so there's no separate locale config to keep in sync.
---
## Why prefix every locale, including the default
Leaving the default locale bare at the root (`/proionta` for Greek, `/en/products` for English)
creates ambiguity: is `/` the language-neutral homepage or specifically the Greek version? It
also complicates `hreflang` (needs a self-referencing tag on the root plus a possibly-duplicate
`x-default`) and risks duplicate content if a bot or campaign link reaches the root without a
language signal.
Prefixing every locale avoids this: every URL unambiguously declares its language, `hreflang`
tags are symmetrical, and adding a locale later requires no URL restructuring.
---
## Opt-in, not global
The middleware is registered as a **named alias** (`locale`), not pushed onto the `web`
middleware group. Apply it explicitly to the route group(s) that make up your storefront:
```php
// routes/web.php
use Illuminate\Support\Facades\Route;
Route::middleware('locale')->group(function () {
Route::get('/{locale}', HomeController::class);
Route::get('/{locale}/proionta', ProductIndexController::class);
Route::get('/{locale}/proionta/{slug}', ProductShowController::class);
});
```
It is **not** applied automatically because storefront routes aren't the only routes living
under `web` in a shop:
- The Filament admin panel (`/boboko*`, see `PanelServiceProvider`) has its own routing/auth
concerns and must never be locale-redirected.
- Livewire's internal update endpoint (`/livewire/update`) must resolve without a locale prefix.
- Webhooks, health checks, and other non-storefront routes shouldn't be touched.
If a shop's entire `web.php` *is* the storefront, wrapping the whole file in the group above is
fine — just keep admin/Livewire/webhook routes registered outside of it (as they already are).
---
## Behavior
`Modules\Core\Localization\Middleware\LocaleMiddleware`:
1. Reads the first path segment (`request()->segment(1)`).
2. Matches it against `Lunar\Models\Language::code`.
- **Match** — `App::setLocale($code)` is set, and `locale` / `language` request attributes
are populated for controllers/views to use.
- **No match** (missing, wrong, or unknown segment) — redirects to the same path prefixed
with a resolved locale:
- the best match from the `Accept-Language` header against available language codes, or
- the language flagged `default` in the `languages` table, or
- the first language row, as a last resort.
The language list is cached with `Cache::rememberForever()` under `core.localization.languages`
and invalidated automatically. Adding, editing, or removing a language via the Filament
**Languages** resource clears the cache immediately — no TTL, no stale reads.
### How invalidation is wired (event-driven, not the observer itself)
`Modules\Core\Localization\Observers\LanguageCacheObserver` observes `Lunar\Models\Language`'s
`created`/`updated`/`deleted` Eloquent events, but it's a thin trigger only — it doesn't do any
invalidation work itself. It dispatches one of three events from
`Modules\Core\Localization\Events` (`LanguageCreated`, `LanguageUpdated` — carrying the old
`code` — or `LanguageDeleted`), and two listeners, wired in
`Modules\Core\Providers\LocalizationServiceProvider`, react:
- **`FlushLanguageCache`** — flushes `core.localization.languages` on all three events.
- **`MigrateTranslationsForRenamedLanguage`** — `LanguageUpdated` only, and only when `code`
actually changed. A renamed `Language::code` (e.g. `el` → `gr`) would otherwise strand every
`LanguageLine`'s translated text under the old, now-unroutable key —
`getTranslationsForGroup('gr', ...)` would silently return nothing for that locale even though
the translated content still exists. This listener moves the `text.{oldCode}` key to
`text.{newCode}` on every affected `LanguageLine` row and flushes both the old and new code's
translation cache for every group touched.
Deleting a `Language` only flushes the language-list cache — `LanguageLine.text` keys for the
deleted code are left in place rather than destructively erased, in case the language is ever
re-added under the same code.
Splitting cache-flush and text-migration into separate listeners (rather than one
`LanguageCacheObserver` method doing both) mirrors the same event → listener pattern used for
`TranslationService`'s writes below — the observer only detects *what happened*, listeners own
*what to do about it*.
---
## Reading the resolved locale/language downstream
```php
// In a controller or view composer
$locale = $request->attributes->get('locale'); // e.g. "el"
$language = $request->attributes->get('language'); // Lunar\Models\Language instance
```
Use `$language->id` when querying Lunar's translatable content (e.g. `Url::where('language_id', ...)`).
### Shared view data — language switcher and `hreflang` tags
The middleware also shares two variables with every view, via `View::share()`, so a layout's
language switcher or `hreflang` tags don't have to recompute the language list themselves:
```blade
{{-- current locale --}}
{{ $currentLocale }} {{-- e.g. "el" --}}
{{-- every OTHER configured language, each with its own URL for the current page --}}
@foreach ($altLocales as $altLocale)
<a href="{{ $altLocale['url'] }}" hreflang="{{ $altLocale['code'] }}">{{ $altLocale['name'] }}</a>
@endforeach
```
`$altLocales` is a **collection**, not a single value — deliberately, so it scales to any number
of configured languages rather than assuming exactly two. Each entry is a plain array:
| Key | Description |
|---|---|
| `code` | The language's `Lunar\Models\Language::code` (e.g. `en`) |
| `name` | The language's display name |
| `url` | The **current route**, re-generated with that language's code — via `route($routeName, [...])` when the current request matched a named route, or a bare `/{code}` fallback otherwise |
A 3+ language store gets one `$altLocales` entry per additional language automatically — nothing
about this shape assumes or special-cases a two-language store.
---
## Single-language shops
If a shop has only one row in `languages`, the middleware still enforces the prefix (e.g. every
URL under `/en/...`) rather than special-casing it away — this keeps behavior identical across
shops and avoids a silent restructuring if a second language is added later. If a shop genuinely
never wants locale prefixes, don't apply the `locale` middleware to its routes at all.
---
## Storefront UI labels (`__('storefront.*')`)
The `locale` middleware resolves *which* language a request is in — routing/redirects,
`Lunar\Models\Language`, and Lunar's own translatable product/collection content. It has nothing
to do with static UI chrome like "Cart", "Back", "Add to Cart". Those are handled separately by
[`spatie/laravel-translation-loader`](https://github.com/spatie/laravel-translation-loader),
stored in the `language_lines` table.
### Why a separate system, not another `languages`-table lookup
Lunar's translatable fields (`TranslatedText`, `Url`, etc.) are all tied to specific *model
records* — a product's name, a collection's description. UI labels aren't attached to any model;
they're static strings the app itself owns. `laravel-translation-loader` is Laravel's own
`__()`/`trans()` mechanism with a DB-backed source layered on top of the normal file-based one —
no new helper to learn, no bespoke table shape.
**Nothing existing breaks.** The package's `TranslationLoaderManager` *extends* Laravel's
`FileLoader` and merges DB translations on top of file-based ones
(`array_replace_recursive()`) — Filament's own vendor `lang/en/product.php`-style strings
keep working exactly as before. The package registers itself via Laravel's standard Composer
package auto-discovery (`extra.laravel.providers` in its own `composer.json`) — nothing needed
in `CoreServiceProvider` to wire it up.
### Usage
```blade
{{ __('storefront.nav.cart') }}
{{ __('storefront.product.add_to_cart') }}
```
`group` is `storefront` for e-shop UI labels — kept separate from Lunar/Filament's own `lunar::`
namespaced groups so nothing collides. `__()` resolves the translation for whatever
`App::getLocale()` currently is, which `LocaleMiddleware` already sets per-request (see
"Behavior" above) — no extra wiring needed between the two systems.
### Fallback locale follows the store's default language, not `config('app.fallback_locale')`
`spatie/laravel-translation-loader`'s stock `LanguageLine::getTranslation()` falls back to
`config('app.fallback_locale')` — a static `.env` value — when a key has no text for the current
locale. That's a second, disconnected "default language" concept: an admin changing the default
language via the Filament **Languages** resource has no effect on it, so an untranslated label
could silently fall back to the wrong language.
`Modules\Core\Localization\Models\LanguageLine` overrides `getTranslation()` to fall back to
`LanguageCache::defaultLocale()` instead — the same `languages.default` flag `LocaleMiddleware`
already treats as the single source of truth. It's swapped in via
`config('translation-loader.model')` (the package's own documented extension point for
"any model that extends `LanguageLine`"), set in `LocalizationServiceProvider::register()` so it
wins regardless of provider boot order (Laravel's `mergeConfigFrom()` only fills in config keys
not already set, so an explicit `register()`-time set always beats the package's own default).
No consuming app configuration needed — this is automatic once `LocalizationServiceProvider` is
registered.
### Seeding
A starter set of common e-shop labels (`nav.*`, `cart.*`, `product.*`, `auth.*`, `search.*`,
`review.*`, `shop.*`, `pagination.*`, English + Greek) lives in
`Modules\Core\Localization\Services\StorefrontLabels::all()` — kept as its own class, separate
from the seeding logic, so the label list can be scanned/diffed without wading through the
seeding mechanics.
`Modules\Core\Command\InstallLunarCommand` (overrides Lunar's own `lunar:install`) seeds them via
a **per-key upsert**, not an all-or-nothing "only seed if the group is empty" guard: a key already
present in the database — including one an admin has since edited via the Filament **Language
Lines** resource — is left untouched; only keys missing entirely are created. This is what makes
it safe to add new keys to `StorefrontLabels::all()` later and re-run `lunar:install` on an
already-installed store, without either silently skipping the new keys (the old guard's behavior)
or reverting an admin's edits back to the hardcoded default (what a naive `updateOrCreate` would
do). New writes go through `TranslationService::create()`, so the usual cache-invalidation and
activity-log events fire for them too.
### Admin UI
`Modules\Core\Localization\Filament\Resources\LanguageLineResource` (registered in
`CorePlugin`, under the panel's Settings group) lists/searches/filters `language_lines` and
edits each row's `group`, `key`, and one text input per row currently in `lunar_languages` —
the locale columns are generated dynamically from `Language::query()->pluck('code')`, so adding
a third language automatically adds a third input, no resource changes needed.
### `TranslationService` — writes go through here, not the model directly
`Modules\Core\Localization\Services\TranslationService` wraps create/update/delete on `LanguageLine` and
dispatches a domain event after each write, following this project's standard event-driven
pattern (see `modules.md`'s "Splitting Service Providers" / event-listener convention —
the same shape as `Modules\Core\Auth\Events\UserCreated`):
```php
use Modules\Core\Localization\Services\TranslationService;
app(TranslationService::class)->create('storefront', 'nav.wishlist', [
'en' => 'Wishlist',
'el' => 'Λίστα Επιθυμιών',
]);
app(TranslationService::class)->update(
$languageLine,
'storefront',
'nav.wishlist',
['en' => 'Wishlist ♥', 'el' => 'Λίστα Επιθυμιών ♥'],
);
app(TranslationService::class)->delete($languageLine);
```
`update()` takes the full `group`/`key`/`text` state, not just `text` — a rename is a normal
update, not a special case. `TranslationCreated`, `TranslationUpdated` (carries the full
`{group, key, text}` snapshot from *before* the update, so a listener can tell a rename from a
text edit), and `TranslationDeleted` are dispatched from `Modules\Core\Localization\Events`. Two
listeners are wired in `Modules\Core\Providers\LocalizationServiceProvider` for all three events:
- **`FlushTranslationCache`** — `LanguageLine::boot()` already flushes the cache for the
*current* group's locales present after a save, but misses two cases on update: locales a save
*removed* from `text` (e.g. dropping the `el` key leaves `storefront.el` stale), and a changed
`group`/`key` (the *old* group's cached array is never told a row left it). This listener
flushes every group+locale combination touched by either the old or new state, so nothing —
including the group a row was renamed away from — can remain stale.
- **`LogTranslationActivity`** — records the change via `Modules\Core\Logging\ActivityLogService`
on the `lunar` activity log channel, same `created`/`updated`/`deleted` shape as every other
domain write in this project. A rename shows up in the log as an `old`/`attributes` diff across
`group`, `key`, and `text` together, not just a text diff.
The Filament resource's Create/Edit/Delete pages route through `TranslationService` (via
`handleRecordCreation`/`handleRecordUpdate`/the delete action's `->action()` override) rather
than Filament's default direct-model calls, so **every** edit made in the admin UI — including a
bare `group`/`key` rename with no `text` change — dispatches `TranslationUpdated` and is both
cache-invalidated and audit-logged.
+61 -1
View File
@@ -554,7 +554,11 @@ Customer resolution order: session → `$user->latestCustomer()`.
```php
use Lunar\Facades\CartSession;
$cart = CartSession::current(); // calculates totals; returns null if no cart
$cart = CartSession::current(); // returns null unless a cart already exists in
// session — does NOT auto-create one (see Gotchas)
$cart = CartSession::manager(); // force-creates a cart if none exists yet — use
// this (or __call forwarding, see Gotchas) for
// "give me a cart to add to" flows
$cart->recalculate(); // force recalculation
CartSession::createOrder(); // creates order, removes cart from session
@@ -563,6 +567,39 @@ CartSession::forget(); // clear session (soft deletes cart by def
CartSession::forget(delete: false); // clear session, keep cart in DB
```
Session/identity: the active cart's id is stored under session key `lunar.cart_session.session_key`
(default `lunar_cart`). `CartSession`'s underlying manager (`Lunar\Managers\CartSessionManager`) —
not `Lunar\Base\CartSessionInterface`, which is stale/incomplete, see Gotchas — resolves the current
cart from that session key, falling back to the authenticated user's active cart
(`$user->carts()->active()->first()`) if the session has none.
### `config/lunar/cart_session.php`
| Key | Default | Meaning |
|---|---|---|
| `session_key` | `'lunar_cart'` | Laravel session key storing the active cart id. |
| `auto_create` | `false` | Whether `CartSession::current()` auto-creates a cart when none exists — it does **not**, by default (see Gotchas). |
| `allow_multiple_orders_per_cart` | `false` | If false, a cart with a completed order is abandoned in favor of a fresh cart on next fetch. |
| `delete_on_forget` | `true` | Whether `forget()` (called on logout) soft-deletes the cart — see the auth-policy note above. |
### `config/lunar/cart.php` (cart-line-relevant keys)
| Key | Default | Meaning |
|---|---|---|
| `auth_policy` | `'merge'` | Guest→user cart reconciliation on login: `merge` or `override`. |
| `pipelines.cart` | `CalculateLines, ApplyShipping, ApplyDiscounts, CalculateTax, Calculate` | Steps run on `$cart->calculate()`. |
| `pipelines.cart_lines` | `[GetUnitPrice::class]` | Steps run per-line before cart-level calc. |
| `actions.add_to_cart` | `AddOrUpdatePurchasable::class` | Swappable action behind `Cart::add()`. |
| `actions.get_existing_cart_line` | `GetExistingCartLine::class` | Line-matching logic for add-or-merge (see "Adding items" above). |
| `actions.update_cart_line` | `UpdateCartLine::class` | Behind `Cart::updateLine()`. |
| `actions.remove_from_cart` | `RemovePurchasable::class` | Behind `Cart::remove()`. |
| `validators.add_to_cart` | `[CartLineQuantity, CartLineStock]` | Run before add. |
| `validators.update_cart_line` | `[CartLineQuantity, CartLineStock]` | Run before update. |
| `validators.remove_from_cart` | `[]` | None by default. |
| `eager_load` | 7 relation paths (currency, `lines.purchasable.*`, `lines.cart.currency`) | Auto-eager-loaded whenever the session manager fetches a cart by id. Does **not** include `addresses`/`shippingAddress`/`billingAddress`, `discounts`, or `customer` — add these yourself if needed, to avoid N+1s. |
| `prune_tables.enabled` | `false` | Whether scheduled cart pruning runs. |
| `prune_tables.prune_interval` | `90` (days) | Age threshold for pruning. |
### Adding items
```php
@@ -573,6 +610,11 @@ $cart->addLines([
]);
```
`add()` matches an existing line by purchasable **and exact `meta` equality** (config
`lunar.cart.actions.get_existing_cart_line`, default `GetExistingCartLine`) — if it matches, the
existing line's quantity is incremented instead of a new line being created; any difference in
`meta` (e.g. a different chosen option) makes it a separate line for the same purchasable.
### Updating and removing
```php
@@ -664,6 +706,14 @@ class MyPipeline
`merge` — guest cart items combine with user's existing cart on login.
`override` — guest cart replaces user's cart.
This is wired via `Lunar\Listeners\CartSessionAuthListener`, listening on Laravel's own
`Illuminate\Auth\Events\Login`/`Logout`. On login, if the session already has a cart with no
`user_id` yet, it associates that cart to the user (running the policy above); if the session has
no cart at all, it looks up and resumes the user's own active cart instead. **On logout, it calls
`CartSession::forget()`** — which, per `cart_session.delete_on_forget` (default `true`), **soft-
deletes the cart**. A logged-in customer's cart is gone on logout unless that config is set to
`false`.
### Shipping options
```php
@@ -1206,3 +1256,13 @@ Real bugs/traps hit while building against Lunar in this package — not obvious
- **`ProductOption.handle` must be unique and non-null if a product has more than one option.** Lunar's Filament variant-switcher widget does `SelectFilter::make($option->handle)` per option — two options with a `null`/matching handle throws "Filter must have a unique name" as a 500 when opening that product's variant pricing page. Always derive a slug and check uniqueness.
- **`Attribute.position` is per-group, and the panel sorts by it.** Hardcoding `position => 1` for multiple new attributes in the same group makes their order undefined/collide with existing attributes at position 1. Compute `max('position') + 1` per group instead.
- **Currency `decimal_places` isn't always 2.** A seeded/demo currency can have the wrong value (seen: EUR seeded with `decimal_places = 1`), which silently corrupts every price display (`€16.50` renders as `165`). If prices look wrong by a factor of 10, check the currency row before assuming the price-writing code is broken.
- **`Builder::paginateRaw()`'s `items()` is not a hit list on the Meilisearch driver.** It contains the *entire* raw response (`hits`, `query`, `processingTimeMs`, `hitsPerPage`, `page`, `totalPages`, `totalHits`) as one associative array. Treating `$paginator->items()` as a plain list (e.g. `collect($paginator->items())->values()`) silently produces 7 elements — the real hits array happens to land first, the rest are stray scalars from the other response keys — no error, just corrupted data. Pull `$paginator->items()['hits']` explicitly. `total()`/`perPage()`/`currentPage()`/`lastPage()` on the paginator are unaffected. See `Modules\Core\Catalog\Services\ProductService` / `docs/product-listing.md`.
- **`ProductOption`/`ProductOptionValue::$name` is not `attribute_data` — `translateAttribute('name')` silently returns null for them.** Unlike `Product`/`Collection`/`Brand`, their translated `name` is a plain locale-keyed array cast (`AsArrayObject`) directly on the column, not stored in `attribute_data`. `HasTranslations::translateAttribute()` only reads `attribute_data`, so calling it on these two models compiles fine and returns `null` with no error — read the array directly instead (`$value->name[$locale] ?? ...`). See `Modules\Core\Catalog\Services\ProductIndexer::translatedName()`.
- **A running `queue:work` process does not pick up an edited/newly-added Scout indexer class.** It loads PHP classes once at boot and keeps them for the process's lifetime. Symptoms: reindexing commands succeed with no errors, calling `toSearchableArray()` directly (e.g. via `artisan tinker`, which always boots fresh) returns the new fields correctly, but documents written via `$model->searchable()` through the live queue are still missing them. Restart the queue worker after deploying an indexer change — no code fix needed.
- **`CartSession::current()` returns `null` for a fresh visitor by default.** `cart_session.auto_create` defaults to `false`, so nothing auto-creates a cart just from checking `current()`. Use `CartSession::manager()` (force-creates) for an "add to cart" flow, or rely on the fact that `add()`/`remove()`/etc. auto-create via `__call` forwarding (next entry) — don't gate an add-to-cart button on `current() !== null`, it will be null for every guest who hasn't added anything yet.
- **`CartSession`'s facade/interface don't declare `add()`, `remove()`, `updateLine()`, `clear()`, etc. at all — they work anyway, via `__call` magic.** `CartSessionManager::__call()` forwards any undeclared method call straight to the underlying `Cart` model (auto-creating one first if needed). So `CartSession::add($variant, 2)` genuinely works, but neither the facade's `@method` docblock nor `Lunar\Base\CartSessionInterface` mention it — reading either in isolation makes it look unsupported. Trust the manager's source (`Lunar\Managers\CartSessionManager`), not the interface, which is also missing several real methods (`manager()`, `createOrder()`, the shipping-estimate methods) and has a stale signature for `current()`.
- **`Cart::calculate()` is a no-op if totals already look populated — even right after you mutated lines with raw Eloquent.** It's memoized via `isCalculated()` (true when `total` and every line's `total` are non-blank). Every built-in mutator (`add`, `remove`, `updateLine`, `clear`, `associate`, …) already calls `$this->refresh()->recalculate()` to force past this memo — but custom code that touches `CartLine` rows directly (raw `update()`, a queued job, a migration) must call `$cart->recalculate()` itself, or `total`/`subTotal`/etc. silently stay stale.
- **`CartLine`'s computed properties (`unitPrice`, `subTotal`, `total`, `taxAmount`, …) are plain public properties, not DB columns or Eloquent attributes.** A raw `CartLine::find($id)` (no `calculate()` having run on its owning cart) has all of these as `null`/unset — they only populate as a side effect of the owning `Cart`'s pipeline running. Don't read them off a line fetched outside of `CartSession`/`Cart::add()` etc. without calling `$cart->calculate()` first.
- **Logging out deletes the cart by default.** `CartSessionAuthListener::logout()` calls `CartSession::forget()`, and `cart_session.delete_on_forget` defaults to `true` — so a logged-in customer's cart is soft-deleted the moment they log out, guest or not. Set `delete_on_forget` to `false` in `config/lunar/cart_session.php` if carts should survive a logout.
- **Lunar dispatches no cart events at all** — no "item added," "cart created," "line removed," nothing under `Lunar\Events\Cart*`/`CartLine*` exists (unlike products/collections, which have their own Scout indexing hooks). The only reactive surface is `CartLineObserver` (`creating`/`updating`, and it only validates the purchasable type — doesn't dispatch anything). If a feature needs to react to cart changes (reindexing, abandoned-cart notifications, analytics), it has to be built from scratch on plain Eloquent model events (`CartLine::created`, etc.) — there's no Lunar-native pattern to hook into.
- **No Filament admin resource exists for `Cart`/`CartLine`.** Carts aren't visible anywhere in the admin panel except indirectly through an order's `cart` relationship once that cart has become an order. Don't assume there's an admin cart-viewer to check against when debugging — there isn't one.
+10 -2
View File
@@ -49,7 +49,8 @@ boboko-test/
app/
Models/
Customer.php ← app-level model, extends Modules\Core\Customer\Models\Customer
User.php ← app-level model, dispatches Modules\Core\Auth\Events\UserCreated
User.php ← app-level model, no $dispatchesEvents needed — core dispatches
UserCreated itself (Modules\Core\Auth\Services\UserOtpService)
Staff.php ← app-level model, extends Modules\Core\Auth\Models\Staff
Lunar/
Extensions/ ← app's own Filament resource extensions (source of truth, wired in PanelServiceProvider)
@@ -264,7 +265,14 @@ php artisan vendor:publish --tag=core-config
'auto_create_customer_for_user' => false,
```
Both listeners guard against the other direction re-triggering: they call `User::withoutEvents(...)` around `firstOrCreate`/save, so pairing a `Customer` never spuriously fires `UserCreated` (and vice versa) even if both directions are somehow active at once.
A guard against the other direction re-triggering is only needed where a real risk exists:
`App\Listeners\CreateUserForCustomerListener` (`boboko-test`, app-level) wraps its
`firstOrCreate` in `User::withoutEvents(...)`, since finding-or-creating a `User` there could
itself fire `UserCreated` and loop back into `CreateCustomerForUser`. `Modules\Core\Customer\
Listeners\CreateCustomerForUser` (core) needs no such guard — it calls a plain
`$model::create([])` on `Customer`, which has no `$dispatchesEvents`/model hooks of its own in
core that could re-trigger anything; the guard belongs only on the side that actually creates a
`User`.
---
+228
View File
@@ -0,0 +1,228 @@
# Payment — Design Notes
**Status: abstraction layer built, drivers/wiring in progress.** `Payment` is designed as a
standalone module: it never calls into `Checkout` or `Order`, never touches their Eloquent
models, and communicates only via events. This document is the design spec for that
abstraction — contracts, DTOs, events — independent of how `Checkout`/`Order` end up consuming
it (that wiring is a separate, later pass).
---
## Operations, not gateways
The driver contracts model the actual operations a payment gateway can perform, not vendor
terminology. Every real gateway checked while designing this converges on the same small set
under different names:
| Operation | Mastercard | Stripe | Nexi |
|---|---|---|---|
| Atomic charge (authorize+capture in one call) | `Pay` | `capture_method: automatic` | `ActionType::PAY()` |
| Hold only, settle/release later | `Authorize` | `capture_method: manual` | `ActionType::PREAUTH()` |
| Settle a prior hold | `Capture` | `PaymentIntent::capture()` | `CaptureRequest`/`CaptureResponse` |
| Release a prior hold without settling | `Void`/`Cancel` | `PaymentIntent::cancel()` | `CancelRequest`/`CancelResponse` |
| Reverse settled funds | `Refund` | `Refund::create()` | (refund endpoint) |
A driver implements only the interfaces its gateway actually supports:
- An offline/cash type (`cash-on-delivery`, `cash-in-hand`) only ever settles atomically —
implements `SupportsPay` alone.
- A card gateway capable of either mode per-transaction (Stripe, most card processors)
implements `SupportsPay`, `SupportsAuthorization`, `SupportsCaptures`, `SupportsVoids`, and
`SupportsRefunds` all at once — which one gets *called* for a given attempt is the caller's
policy choice (e.g. `config('lunar.stripe.policy')`), not something baked into the driver's
shape.
- A redirect/wallet gateway with no separate hold step (Viva/Klarna in typical flows)
implements `SupportsPay` and `SupportsRefunds`, never `SupportsCaptures`/`SupportsVoids`.
### `pay()` and `authorize()` stay separate methods even when a gateway implements both as "the same call with a flag"
Stripe has no separate `authorize`/`pay` API endpoints — one `PaymentIntent`, confirmed with
either `capture_method: automatic` or `manual`. Mastercard and Nexi *do* have genuinely
separate operations. The contract abstracts over both shapes uniformly: every driver capable
of both exposes two distinct methods, `pay()` and `authorize()`. A Mastercard-style driver
calls two different endpoints under the hood; a Stripe-style driver calls the same endpoint
twice with a different flag each time. Neither difference is visible to a caller.
### `capture()`/`void()` are only ever valid against a prior `authorize()`
They are not standalone operations — `capture()` settles a specific hold identified by the
`reference` `authorize()` returned; `void()` releases that same hold instead. A driver that
never implements `SupportsAuthorization` never produces a reference either of these methods
could act on.
---
## `PaymentResult` — the one return shape, every operation, every driver
```php
enum PaymentResultStatus { case Succeeded; case Failed; case Pending; }
final class PaymentResult {
public function __construct(
public readonly PaymentResultStatus $status,
public readonly string $reference,
public readonly int $amount,
public readonly ?string $failureReason = null,
public readonly bool $retriable = false,
public readonly array $raw = [],
public readonly array $meta = [],
) {}
}
```
Real gateway responses vary wildly in richness — confirmed by reading three SDKs directly:
- **Stripe's `PaymentIntent`** is rich: `status`, `amount`, `amount_capturable`,
`amount_received`, `last_payment_error`, a full `getLastResponse()`.
- **Nexi's `CaptureResponse`/`CancelResponse`** are minimal: just `operationId` +
`operationTime` — no echoed amount or status at all. Success is inferred from getting a
response rather than an SDK exception.
- **Mastercard's** gateway sits in between, with `gatewayCode`/`acquirerCode`/
`merchantAdviceCode`.
`PaymentResult` only requires what every driver can always know: `status`, `reference`,
`amount` (the amount **we** requested — not necessarily echoed back by a sparse gateway like
Nexi's capture). Everything else is best-effort: `failureReason`/`retriable` are normalized
only when the gateway has something to normalize from; `raw` is the unconditional escape
hatch — the untouched gateway response body, always populated, for genuine audit fidelity
regardless of how sparse the normalized fields ended up.
### `retriable` — real on some gateways, absent on others
Stripe classifies declines as soft (`do_not_honor`, `insufficient_funds` — worth retrying,
after a delay) vs. hard (`stolen_card`, `expired_card` — never retry the same method).
Mastercard has the equivalent via `authorizationResponse.merchantAdviceCode` and card-scheme
soft-decline codes. **Nexi has no such signal at all** — `OperationResult` is just
`DECLINED`/`DENIED_BY_RISK`/`FAILED`/etc. with no retriability classification. `retriable`
therefore defaults to `false` (assume not safely retriable) rather than guessing when a
driver's gateway has nothing to base it on.
---
## Events — one terminal pair per operation, keyed to the business fact, not the call path
`Modules\Core\Payment\Events`:
| Event pair | Dispatched by |
|---|---|
| `PaymentAuthorized` / `PaymentAuthorizationFailed` | `SupportsAuthorization::authorize()`, or a later `HandlesPaymentCallback::handleCallback()` resolving it |
| `PaymentCaptured` / `PaymentCaptureFailed` | `SupportsPay::pay()` **or** `SupportsCaptures::capture()` |
| `PaymentVoided` / `PaymentVoidFailed` | `SupportsVoids::void()` |
| `PaymentRefunded` / `PaymentRefundFailed` | `SupportsRefunds::refund()` |
`PaymentCaptured` is deliberately the *same* event whether money was taken via `pay()` (one
gateway call) or `authorize()` → `capture()` (two calls) — "a payment has been captured" is
the same business fact either way, and a listener reacting to it never needs to know which
path produced it. There is no separate "payment succeeded" wrapper event distinct from
`PaymentCaptured`.
Every event carries `{type: string, result: PaymentResult, context: array}`. `Payment` has no
concept of a `Cart`, an `Order`, or a checkout fingerprint — `$context` is an opaque bag the
caller hands in on the way down (`pay($type, $data, $context)`) and gets back untouched on
whichever event that call (or a later `handleCallback()`) produces. Each listener interprets
`$context` on its own terms, or ignores the event if the keys it needs aren't present —
`Checkout` is only one possible consumer of these events, not the only one.
---
## Async resolution — `HandlesPaymentCallback`
Only implemented by a driver whose `pay()`/`authorize()` can return `PaymentResultStatus::Pending`
— a redirect the shopper completes elsewhere, a webhook that arrives later. A driver whose
gateway always resolves synchronously never implements this.
```php
public function handleCallback(string $reference, array $data, array $context = []): PaymentResult;
```
Resolves into the *same* event pair the original `pay()`/`authorize()` call would have
produced had it resolved synchronously.
### The correlation problem: `handleCallback()` runs in a different request
`$context` passed into the original `pay()`/`authorize()` call does not survive to
`handleCallback()` on its own — that call is typically a separate HTTP request (a webhook)
with no memory of the request that started the payment. Something has to persist enough to
answer "which order/cart does gateway reference X belong to?" between the two calls.
The precedent for this originally came from reading `lunarphp/stripe`'s own source
(`StripePaymentType::authorize()`, `ProcessStripeWebhook`, `WebhookController`) — that package
solved this the same way, writing the correlating ids as real, typed columns on its own
`StripePaymentIntent` model rather than a generic opaque blob. **`lunarphp/stripe` has since
been removed from this project** in favour of depending on `stripe/stripe-php` directly (see
CHANGELOG.md) — `Modules\Core\Payment\Models\StripePaymentIntent` is now a first-party model
over the same table shape, kept for exactly the same reason.
**`StripePaymentDriver` follows this pattern**: it reads `cart_id`/`order_id` out of `$context`
at `pay()`/`authorize()` time and writes them onto its own `StripePaymentIntent` row (`src/
Payment/Models/StripePaymentIntent.php`, table `stripe_payment_intents`), then reads them back
the same way in `handleCallback()`. No generic `context` json column beyond what that table
already carries (`context`, added for a different purpose — see that migration's own
docblock), no new table.
### This pattern is per-driver, not a shared table
`stripe_payment_intents` is Stripe-specific — keyed on `intent_id`, typed around
`Stripe\PaymentIntent`'s own status values. It cannot be reused as-is for a future non-Stripe
async driver (Nexi, Viva): that driver's own gateway reference has a different shape entirely,
and shoehorning it into Stripe-named columns would make the table misleading. The **pattern**
generalizes — *any* driver needing async callback resolution owns a small table keyed by its
own gateway's reference, storing whatever correlation data that driver specifically needs —
but each driver gets its own table, matching what it actually needs to correlate, rather than
a shared generic one.
---
## Reconciliation — a charge that succeeds on Stripe but is never written locally
This app never creates or reuses a Stripe **Customer** object — every PaymentIntent is a
one-off (`StripePaymentDriver::createAndConfirm()`'s own `$params` never includes a `customer`
key), and nothing calls Stripe's Customer API anywhere in this codebase. That's a deliberate
choice, not an oversight: a Customer object only earns its keep if something actually needs it
(saved/reusable payment methods, subscriptions, Stripe-side lifetime-value grouping across
orders) — none of which exist in this checkout flow today. Creating one anyway would just be
more PII sitting on a third party's servers for no functional benefit, and it would become
another cross-reference a future Payment privacy provider has to account for (detaching/
deleting the Customer on erasure, not just the local PaymentIntent row). If a real feature
needs it later (e.g. "save my card"), add it then, scoped to that feature.
The gap this creates: with no Customer object and no other identifying field previously sent
to Stripe, a PaymentIntent that succeeds on Stripe's side but is never written to our own DB
(e.g. a database outage at exactly the wrong moment, between Stripe confirming the charge and
`rememberIntent()`'s insert) would be **untraceable** back to a cart or order — nothing to
search Stripe's dashboard by except amount, timestamp, and card last-4.
**Fix**: `createAndConfirm()` now sets `metadata: ['cart_id' => ..., 'order_id' => ...]`
(`array_filter()`-ed, since `order_id` isn't known yet at initial `pay()`/`authorize()` time —
same null-coalesce `rememberIntent()` already does) on every PaymentIntent. This is metadata
only, visible on Stripe's own dashboard/API for manual reconciliation — it does not create a
Customer object and does not change anything about how `handleCallback()`/webhook correlation
works (that still goes through `stripe_payment_intents`, per "Async resolution" above). It's
purely a recovery aid for the case where our own write never happened at all.
---
## GDPR erasure/export
`Modules\Core\Payment\Privacy\PaymentDataProvider` covers `lunar_transactions`
(`card_type`/`last_four`) and `stripe_payment_intents` — see `docs/privacy.md` for the full
right-of-erasure/right-of-access design. Pseudonymizes card metadata on erasure (same
tax/accounting retention reasoning `Order`'s own provider uses) and deletes the Stripe
correlation rows outright, since their only purpose — resolving an async webhook callback, see
"Async resolution" above — has already been served by the time an erasure request runs. No
Stripe Customer object exists anywhere in this app (see "Reconciliation" above) for this
provider to also request deletion of.
---
## Explicitly out of scope for this pass
- **`Checkout`/`Order` wiring** — how `Checkout` calls into `Payment`, how `Order`/`Checkout`
react to `Payment`'s events, where a draft `Order` gets created relative to when `Payment` is
called. Deliberately designed and built separately, after `Payment` itself was complete —
`Payment` must stand on its own regardless of what ends up consuming it.
- **`Transaction` persistence** — Lunar's own `transactions` table (`type`: `intent`/`capture`/
`refund`, `parent_transaction_id` chaining) already models the audit trail these events
would feed, once a listener is built to write to it. `Payment` itself does not write
`Transaction` rows — see the events table above; that is a listener's job, in whichever
module ends up owning the write (likely `Order`, since `Transaction.order_id` is required).
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# Privacy / GDPR Data-Subject Requests
`Modules\Core\Privacy` implements the right of access (export) and right of erasure for
customers, as an extensible contract rather than a fixed list of tables — any module (core,
or a future ERP/banking/etc. module) can register its own data without core knowing it exists.
---
## User-scope vs Customer-scope — two genuinely different operations
A Lunar `Customer` (business account: orders, addresses, buyer record) and a `User` (individual
login identity) are linked many-to-many via the `customer_user` pivot (see `docs/modules.md`
"Customer/User Pairing") — **one User can belong to many Customer accounts, and one Customer
account can have many linked Users.** This is the real shape of B2B multi-seat access: a person
can have login access to several separate business accounts, and a business account can have
several employees each with their own login.
That means "delete my personal data" and "delete this business account" are not the same request,
and conflating them is actively wrong:
- **Erasing a Customer must never touch any linked User's login or identity.** Erasing "Acme
Corp" must not deactivate or destroy access for the employees who work there — and must not
touch any *other* Customer account, even one sharing some of the same Users.
- **Erasing a User must never touch any Customer account's own data.** John asking to delete
*his* account must clear his name/email/login wherever it appears — and correctly end his
membership on every Customer he's linked to (detach the pivot) — but must not erase Acme Corp's
orders or addresses, and must not affect any other employee still linked to Acme Corp.
Every part of this module is split along that line — a `PersonalDataProvider`, a `PrivacyService`
method, a request record — is always explicitly **for a Customer** or **for a User**, never both
at once, and never one with an implicit cascade into the other.
---
## Why an extensible contract, not a hardcoded script
A GDPR erasure/export request has to touch every module that holds personal data, but core can't
know in advance what future modules will exist or what data they'll hold — and different data
needs fundamentally different handling (freely erasable PII vs. financial records that must be
pseudonymized-not-deleted for legal retention vs. data that must be retained outright). There's
deliberately no central taxonomy for this in the contract — each module owns its own retention
judgment, since only the module that owns a table actually knows its legal requirements.
`Modules\Core\Privacy\Contracts\PersonalDataProvider` is the whole contract:
```php
interface PersonalDataProvider
{
public function name(): string;
public function exportForUser(UserSubject $subject): ProviderExportResult;
public function exportForCustomer(CustomerSubject $subject): ProviderExportResult;
public function eraseForUser(UserSubject $subject): ProviderErasureResult;
public function eraseForCustomer(CustomerSubject $subject): ProviderErasureResult;
}
```
Every provider implements all four methods. A provider with nothing relevant to one scope
implements that method as a no-op — `ErasureOutcome::Skipped` with a reason for erase, an empty
payload for export (e.g. `AddressDataProvider::eraseForUser()`, since addresses belong to a
Customer, not an individual).
A provider implementation lives inside the module that owns the data it erases/exports, under
that module's own `Privacy/` subdirectory (e.g. `Modules\Core\Order\Privacy\OrderDataProvider`,
`Modules\Core\Customer\Privacy\CustomerDataProvider`) — never inside `Modules\Core\Privacy`
itself, which only owns the shared contract (`Contracts\PersonalDataProvider`), the request
lifecycle (`Services\PrivacyManager`/`PrivacyService`), and the DTOs/enums every provider
returns. This mirrors how this codebase already handles other cross-cutting-but-domain-specific
code (e.g. a resource's own `Filament/Extensions/` subdirectory) — and matters concretely if a
module is ever extracted into its own composer package (see `docs/modules.md`): the provider
that knows how to erase that module's data must travel with it, not get stranded in `Privacy`
depending on a package that no longer ships in this repo.
A module registers by adding its provider class to `config('core.privacy.providers')` — the
same shape as Lunar's own `config('lunar.search.indexers')` model→indexer map:
```php
// config/core.php
'privacy' => [
'providers' => [
\Modules\Core\Customer\Privacy\CustomerDataProvider::class,
\Modules\Core\Customer\Privacy\AddressDataProvider::class,
\Modules\Core\Order\Privacy\OrderDataProvider::class,
\Modules\Core\Cart\Privacy\CartDataProvider::class,
\Modules\Core\Review\Privacy\ReviewDataProvider::class,
// A future module just adds its own provider here.
],
],
```
`PrivacyManager` resolves each class via the container and asserts every `name()` is unique —
two providers registering the same name throws, so a naming collision fails loudly at
resolution time rather than silently overwriting one provider's data in an export/report.
---
## `UserSubject` and `CustomerSubject` — identifying "the person" vs "the account"
Two separate value objects, not one — each deliberately carries only what its own scope needs, so
a provider can't accidentally reach across the boundary:
```php
class CustomerSubject
{
public readonly int $customerId;
// No userIds, no email — Customer-scope has no business knowing about logins.
}
class UserSubject
{
public readonly int $userId;
public readonly ?string $email;
// No customerId — one User can be linked to many Customers; a provider that
// needs to know which ones looks that up itself (e.g. to detach the pivot),
// rather than this value object assuming or privileging any single one.
}
```
`CustomerSubject::forCustomer(Customer $customer)` and `UserSubject::forUser($user)` build one
from the record staff (or the person themselves) look up.
---
## Providers shipped in core
| Provider | `name()` | Lives in | Covers | Customer-scope | User-scope |
|---|---|---|---|---|---|
| `ActivityLogDataProvider` | `activity_log` | `Modules\Core\Logging\Privacy` | `activity_log` (Spatie) for subject types `Customer`/`Address`/`CartAddress`/`OrderAddress`/`Transaction` | **Pseudonymized** — `properties` redacted, who/what/when metadata kept | Skipped — `causer_id` is an actor reference, not PII content; see below |
| `CustomerDataProvider` | `customer` | `Modules\Core\Customer\Privacy` | `lunar_customers`, and separately the `User`'s own name/email/OTP fields | Erases the account's own fields only | Erases that User's name/email/OTP fields only, and detaches them from every linked Customer |
| `AddressDataProvider` | `addresses` | `Modules\Core\Customer\Privacy` | `lunar_addresses` | Erased (deleted outright) | Skipped — belongs to a Customer, not an individual |
| `OrderDataProvider` | `orders` | `Modules\Core\Order\Privacy` | `lunar_orders`, `lunar_order_addresses`, and their `meta` (`terms_accepted*`, `payment_method`, `box_now_locker`) | **Pseudonymized, not erased** — see below | Skipped — belongs to a Customer, not an individual |
| `CartDataProvider` | `carts` | `Modules\Core\Cart\Privacy` | `lunar_cart_addresses`, and `lunar_carts.meta` (`recovery_consent*`, `payment_method`, `checkout_fingerprint`) | Erased | Skipped — belongs to a Customer, not an individual |
| `ReviewDataProvider` | `reviews` | `Modules\Core\Review\Privacy` | `product_reviews` | Skipped — authored by an individual, not a business account | Pseudonymized by matching `reviewer_email`; rating/title/body text kept |
| `PaymentDataProvider` | `payments` | `Modules\Core\Payment\Privacy` | `lunar_transactions` (`card_type`/`last_four`), `stripe_payment_intents` | **Pseudonymized** — card metadata cleared, correlation rows deleted, amounts/statuses kept | Skipped — belongs to Customer-owned orders, not individual users |
| `UserSessionDataProvider` | `sessions` | `Modules\Core\Auth\Privacy` | `user_sessions` (`ip_address`, `user_agent`) | Skipped — belongs to an individual User, not a business account | Erased (deleted outright) |
`CustomerDataProvider` is the one provider that implements both scopes meaningfully, and keeps
them from touching each other — see the class docblock for the full reasoning.
### `activity_log` is redacted by subject, never by causer
`Modules\Core\Logging\ActivityLogService` (plus several Lunar models' own native `use
LogsActivity` — `Customer`, `CartAddress`, `OrderAddress`, `Transaction`) durably retains a full
snapshot of whatever it logged in `properties`, completely independent of the real row it
describes — erasing/pseudonymizing a `Customer`/`Address`/`Order`/etc. elsewhere does nothing to
this table on its own. `ActivityLogDataProvider::eraseForCustomer()` redacts `properties` on
every row whose **subject** (not causer) resolves back to that customer, across all five
PII-bearing subject types.
It deliberately never touches `causer_id` — the causer is "who performed this action," not PII
content, and erasing it would defeat the audit trail's own purpose. `eraseForUser()` is
therefore a no-op: a `User` appears in this table only as a causer, never as subject content, so
there's nothing to redact from the User side alone.
**Ordering dependency**: `ActivityLogDataProvider` must run *before* `AddressDataProvider` in
`config('core.privacy.providers')` — it resolves which `activity_log` rows are keyed by an
`Address` id while those Address rows still exist; `AddressDataProvider` then hard-deletes them.
Reversing the order would make matching those rows impossible once the addresses are gone.
**`ReviewDataProvider` needs review.** It moved from Customer-scope to User-scope on the
reasoning that authorship is a personal attribute, not a business-account attribute — but this
hasn't been fully validated against how reviews are actually attributed in this codebase. The
class carries a `NEEDS REVIEW` note; revisit before relying on it for a real request.
### Orders are pseudonymized, not deleted
GDPR Art. 17(3)(b) explicitly allows retaining data an erasure request would otherwise cover,
when a legal obligation requires it — tax/accounting law generally requires invoices be kept for
several years. `OrderDataProvider::eraseForCustomer()` clears the free-text PII fields on `Order`/
`OrderAddress` (`customer_reference`, `notes`, name/address/contact fields) but leaves the order
row, totals, line items, and tax data fully intact. Its `ProviderErasureResult` reports
`ErasureOutcome::Pseudonymized`, not `Erased` — a compliance report or admin UI can see exactly
why an order wasn't deleted without reading `OrderDataProvider`'s source.
### Reviews are matched by email — a real, documented limitation
`ProductReview` has no FK to Customer/User at all (see `docs/product-listing.md` "Reviews") —
it's deliberately anonymous, just free-text `reviewer_name`/`reviewer_email`. `ReviewDataProvider`
matches by `reviewer_email` against `UserSubject::$email`; a review submitted under a different
email than the one on file simply won't be found. There's no stronger signal available without
changing `ProductReview`'s schema.
### Staff/employee data is out of scope
`Staff` (admin/panel employees) is never a `UserSubject`/`CustomerSubject` at all — this feature
is scoped to customer-initiated and staff-initiated-on-a-customer's-behalf requests. An employee's
own data (a different HR/access-management concern) isn't reachable through this flow.
---
## Erasure isn't immediate — a cancellable grace period
`PrivacyService` has parallel methods for each scope: `requestErasureForCustomer()` /
`requestErasureForUser()`. Neither erases anything immediately. Each opens a `DataErasureRequest`
(`pending`, `scheduled_for` = now + `config('core.privacy.grace_period_days')`, default 30). This
mirrors Shopify's own account-deletion flow: a window where the subject can change their mind
before anything is actually erased.
**Only the User-scoped request deactivates a login.** `requestErasureForCustomer()` deactivates
no one — a business-account erasure must never block anyone's access.
`requestErasureForUser()` deactivates that one User's login (blocks it — see
`Modules\Core\Auth\Services\UserOtpService` — nothing else changes).
```php
use Modules\Core\Privacy\Services\PrivacyService;
$service = app(PrivacyService::class);
// Customer-scoped: either the Customer itself (self-service) or a Staff member.
$request = $service->requestErasureForCustomer($customer, $requestedBy);
// User-scoped: either the User itself (self-service) or a Staff member.
$request = $service->requestErasureForUser($user, $requestedBy);
// Cancel before scheduled_for — for a User-scoped request, reactivates the
// account. A Customer-scoped request never deactivated anything, so there's
// nothing to reactivate for it.
$service->cancelErasure($request);
```
### Logging back in during the grace period cancels the request automatically
Authentication is never blocked by deactivation — `UserOtpService::validate()` still requires
the correct OTP code. Once validated, it dispatches `Modules\Core\Auth\Events\UserAuthenticated`;
`Modules\Core\Privacy\Listeners\CancelErasureOnLoginListener` (registered in
`PrivacyServiceProvider`, **queued** — see below) looks for a pending request keyed on *that
User's own id* — never a Customer-scoped one, since Customer-scope never deactivates a login in
the first place — and calls `cancelErasure()` on it, then reverts every Customer erasure request
it caused (see "The sole-owner cascade" below). Logging back in **is** the "I changed my mind"
action — no separate UI/flow needed for reactivation.
This listener is queued rather than synchronous, so login returns to the browser without waiting
on the bookkeeping. Nothing else in this codebase currently reads `deactivated_at` besides this
listener and `PrivacyService` itself — `UserOtpService::validate()` never gates the login on it —
so the brief window between the login response and the job actually running has no other consumer
to observe it as stale.
### The sole-owner cascade — erasing the last User on a Customer also erases the Customer
If a User is erased and they were the **only** User linked to a given Customer, that Customer's
data (orders, addresses, buyer record) becomes permanently unreachable through any login the
moment the User's identity is gone — nobody could ever again log in to exercise a data-subject
right over it. GDPR's data minimization principle (Art. 5(1)(c)) means it shouldn't just sit
there indefinitely with no legitimate purpose.
`requestErasureForUser()` and `requestImmediateErasureForUser()` both fire
`Modules\Core\Privacy\Events\UserErasureRequested` right after the request is created (and, for
the immediate path, before `completeErasure()` runs — see below).
`Modules\Core\Privacy\Listeners\CascadeCustomerErasureListener` (**queued**, registered in
`PrivacyServiceProvider`) handles it: for every Customer the User is linked to, if that User is
currently the *sole* linked User (count is 1, and that one User is this one — not just count ===
1, to be explicit rather than relying on an assumption), it opens a second, independent
grace-period request via `requestErasureForCustomer($customer, $user, causedByRequestId: ...)`.
Both requests then run through their own separate 30-day windows.
```
User erasure requested
│
▼
UserErasureRequested event ──▶ CascadeCustomerErasureListener (queued)
│
▼
for each linked Customer: sole owner?
│ yes
▼
requestErasureForCustomer(..., causedByRequestId: <user request id>)
```
**Tracing the cascade — `caused_by_request_id`.** A cascade-created Customer request's
`caused_by_request_id` points back at the User request that triggered it. This is what lets
`CancelErasureOnLoginListener` revert *exactly* the cascade a User's own cancellation should
undo (via `DataErasureRequest::caused()`) without ever touching an unrelated, independently
staff-requested Customer erasure the User happens to still be linked to.
**Why this is queued, not synchronous.** `CascadeCustomerErasureListener` runs as an independent,
separately-retryable job rather than inline inside `requestErasureForUser()` — a failure in the
cascade check never rolls back or blocks the User's own request, and there's no
`DB::transaction()` wrapping needed, since the two writes (the User's request, and any cascaded
Customer request) aren't required to be atomic with each other.
**A known, accepted race on the immediate-erasure path only.** Because the listener is queued,
Eloquent re-fetches its models fresh when the job actually runs (see
`Illuminate\Queue\SerializesModels`) — so `$event->request->subject->customers` reflects the
*real* state at execution time, not a stale snapshot from dispatch time. For
`requestImmediateErasureForUser()`, that job may run before or after `completeErasure()` detaches
the User's memberships in the same call. If the detach happens first, the User is simply no
longer linked to anything by the time the cascade job runs, and nothing cascades — an accepted
race for that rare, staff-only path (see "Immediate erasure" below), not a concern for the
everyday `requestErasureForUser()` grace-period path, where nothing detaches until its own later,
separate `completeErasure()` run — well after the cascade job has had time to fire.
### Processing due requests — one job per request
`php artisan boboko:privacy:process-erasure-requests` finds every `pending` request whose
`scheduled_for` has passed and dispatches one `Modules\Core\Privacy\Jobs\EraseDataSubjectJob` per
request — it does not run `completeErasure()` inline itself. Each job independently calls
`PrivacyService::completeErasure()`, which checks the request's polymorphic `subject` and calls
either every registered provider's `eraseForCustomer()` or `eraseForUser()`, writing the full
per-provider outcome onto the request's `report` column and marking it `completed`. One job per
request means one request's failure (a provider throwing, a DB error) doesn't block or crash
processing of the others, and Laravel's normal per-job retry/failure handling applies to each
request independently. This package doesn't register a schedule itself; each consuming app wires
the command into its own scheduler (daily is reasonable), the same way it owns any other
scheduled task.
### Immediate erasure — staff-only, not self-service
`requestImmediateErasureForCustomer(Customer $customer, Staff $requestedBy): ErasureReport` and
`requestImmediateErasureForUser($user, Staff $requestedBy): ErasureReport` bypass the grace
period entirely and erase right away. Both are `Staff`-only **by type**, not just by convention —
their signatures take `Staff $requestedBy` specifically (not the union type the grace-period
methods accept), so a self-service/customer-facing code path can't reach either one even by
accident; calling with a `Customer`/`User` actor is a compile-time type error, not a runtime
check to remember.
This exists for a formal legal request or regulator inquiry that genuinely requires immediate
action, not as a convenience for an impatient customer. GDPR Art. 17 requires erasure "without
undue delay," but doesn't set a maximum number of days for a grace period, and a short, disclosed,
cancellable hold before executing a self-service request is a widely-used, generally accepted
pattern (the same one Shopify and most major platforms use) — it is **not** offered as a
same-click alternative on the self-service deletion flow, since doing so would mostly defeat the
grace period's purpose (protecting an impulsive requester from themselves). If a subject
explicitly insists on immediate deletion, that's a staff/support decision to make on the record
via one of these methods, not a checkbox exposed to every customer.
```php
$report = $service->requestImmediateErasureForCustomer($customer, $staffMember);
$report = $service->requestImmediateErasureForUser($user, $staffMember);
// Both run synchronously — no queueing, no grace period. $report is the same
// ErasureReport completeErasure() would produce.
```
---
## Export — queued, not synchronous
Export gathers real data across every registered provider — potentially slow, and there's no
reason to block whatever request triggered it (a customer clicking "export my data," an API
call). `requestExportForCustomer()`/`requestExportForUser()` are fast synchronous calls that only
create a `DataExportRequest` row and dispatch the actual work:
```php
$request = $service->requestExportForCustomer($customer);
$request = $service->requestExportForUser($user);
// $request->status is 'pending'; nothing has been gathered yet.
```
### The event chain
1. **`ExportDataSubjectJob`** (queued) checks the request's polymorphic `subject` and calls every
registered provider's `exportForCustomer()` or `exportForUser()` — all sequentially, in this
one job, not fanned out into one job per provider. Per-subject export work is small (a handful
of indexed queries per provider), so there's no real parallelism win, and one job means
"finished" is just "`handle()` returned," with no `Bus::batch()`/completion-counting needed. If
a future provider ever does something genuinely slow (an external API call, a generated PDF),
that's the point to reconsider a per-provider batch — not before.
2. Once every provider's data is gathered, the job fires **`PersonalDataGathered`**
(carries the request and the assembled `ExportReport`) — no file exists yet.
3. **`Modules\Core\Privacy\Listeners\WriteExportToCsvListener`** (registered in
`PrivacyServiceProvider`) handles that event: turns each provider's data into its own CSV (via
the generic `Modules\Core\Export\CsvWriter` — see below), zips them together, writes the zip to
`storage/app/exports/privacy/`, and updates the request (`status: completed`, `file_path`).
This is its own listener — not inline in the job — so the export *format* is swappable (an app
could unregister this and register a JSON-only listener instead) without touching how data is
gathered.
4. Once the file exists, that listener fires **`PersonalDataExportFileWritten`**.
5. Core has no opinion on how the subject is told. A consuming app registers its own notification
against `PersonalDataExportFileWritten` via `Modules\Core\Notification\NotificationRegistry` —
the same pattern as `App\Notifications\QuestionnaireResultsSentNotification` listening on
`App\Events\QuestionnaireResultsSent` (see `boboko-test` for a working example). Core
deliberately does not send an email itself.
### CSV shape
Every provider's `data` is either a list of associative arrays (addresses, orders, reviews — each
item becomes a row) or a single associative array (customer — becomes one row). Any nested array
value within a row (e.g. an order's `addresses` sub-array) is JSON-encoded into that one cell
rather than exploded into further columns — a generic, provider-agnostic rule in
`WriteExportToCsvListener`, not something each provider has to think about.
### `Modules\Core\Export\CsvWriter` — a generic, reusable piece
`CsvWriter::write(array $columns, iterable $rows, string $path)` has no knowledge of GDPR,
customers, or Lunar at all — a caller supplies a schema (`CsvColumn[]`, each just a header plus a
closure that pulls that column's value out of one record) and any iterable data source. It's used
here by `WriteExportToCsvListener`, but is equally usable for an unrelated future need — an admin
bulk catalog export, an accounting handoff — by supplying a different schema and row source;
nothing about it is GDPR-specific.
---
## Audit trail
`DataErasureRequest` (`data_erasure_requests`) and `DataExportRequest` (`data_export_requests`)
are the audit records for erasure and export respectively. Both have a polymorphic `subject`
(`subject_type`/`subject_id`, pointing at either a Lunar `Customer` or a `User` — never both) —
`subject_type`/`subject_id`/`email` are stored as a **snapshot**, not looked up live, since the
whole point is for these tables to remain readable after the record they're about has been
erased. `DataErasureRequest::isForCustomer()` tells you which scope a given request is.
`DataErasureRequest.requested_by_type`/`requested_by_id` capture who asked for it (the subject
themselves, self-service; `Staff` acting on their behalf; or, for a cascade-created Customer
request, the User whose erasure caused it — see "The sole-owner cascade") at request time.
`DataErasureRequest.caused_by_request_id` is set only on a cascade-created Customer request,
pointing back at the User request that triggered it; null on every normal, directly-requested
erasure — see `DataErasureRequest::causedBy()`/`::caused()`.
`DataErasureRequest.report` holds the full per-provider outcome once `completeErasure()` runs;
`DataExportRequest.file_path` points at the generated zip once `WriteExportToCsvListener`
finishes.
**Not yet built**: a standalone "leave/remove from a Customer account" action — unlinking a User
from a Customer without any erasure involved (e.g. a teammate leaving a project, or an account
admin removing someone) — is a related but separate, smaller feature, deliberately out of scope
for this module so far. It shares the same pivot-detach primitive `CustomerDataProvider::
eraseForUser()` already uses as part of a full erasure, but as a standalone action it doesn't
exist yet.
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# Product Listing
`Modules\Core\Catalog\Services\ProductService` provides catalog browsing/filtering AND single-product
lookup for a storefront — `list()`, `getById()`, `getBySlug()`, `random()`, `variantSummaries()` —
all reading directly from the Meilisearch index rather than the database. One data source for
everything this service does.
This is separate from `Modules\Core\Catalog\Services\ProductSearchService` (see `product-search.md`), which
handles free-text query search. `ProductService` is for browsing/lookup without a search term.
---
## Why it reads from the index, not the database
Every method here reads Meilisearch documents directly and returns plain arrays — never Scout's
`->get()`, which would re-hydrate Eloquent models from the database. This means the index has to
carry everything a detail page needs (variants, prices, options, media, reviews — see below), not
just the trimmed fields a listing page needs. `Modules\Core\Catalog\Services\ProductIndexer` is built to
carry that full shape.
---
## Usage
```php
use Modules\Core\Catalog\DTOs\ProductFilters;
use Modules\Core\Catalog\Services\ProductService;
use Modules\Core\Catalog\Enums\ProductSort;
$service = app(ProductService::class);
// One call for everything a listing page needs — products AND the price slider's
// bounds together, as a Modules\Core\Catalog\DTOs\ProductListingResult. A caller
// used to have to call list() and priceSliderBounds() (or the older priceRange())
// separately and glue the results together itself; that's now list()'s own job.
$listing = $service->list(perPage: 24, page: 1);
// Filter by collection, brand, price range, and/or stock
$listing = $service->list(
filters: new ProductFilters(collectionId: 17, minPrice: 10.0, maxPrice: 50.0, inStockOnly: true),
perPage: 24,
page: 1,
);
// Sort — cheapest/priciest first, or newest first. Omit for Meilisearch's default
// relevance ordering (irrelevant here since the query is always empty).
$listing = $service->list(perPage: 24, page: 1, sort: ProductSort::PriceAsc);
$products = $listing->products; // a real Illuminate\Pagination\LengthAwarePaginator,
// built from the localized Meilisearch hits (not Scout's
// own paginateRaw() result — see "Meilisearch driver
// quirk" below), so it behaves like any other Laravel
// paginator.
$products->items(); // array of Meilisearch documents (plain arrays, not models)
$products->total();
$products->perPage();
$products->currentPage();
$products->lastPage();
$products->links(); // in a Blade view — renders pagination links as usual
$bounds = $listing->priceBounds; // Modules\Core\Catalog\DTOs\PriceSliderBounds
$bounds->floor; // ?int — floor() of the matching range's minimum, in whole currency units
$bounds->ceil; // ?int — ceil() of the matching range's maximum
$bounds->filtered; // bool — whether the applied filters' minPrice/maxPrice actually
// narrow the slider below/above these bounds (drives whether a
// "clear filter" control should show)
// Single product, by primary key
$product = $service->getById(367); // array, or null if not found
// Single product, by URL slug (any locale — slugs are indexed across all languages)
$product = $service->getBySlug('erotika-mprelok'); // array, or null if not found
// $limit random products — still scoped to the index's own default channel/status
// visibility, unlike Eloquent's Product::inRandomOrder() (which has no notion of
// that filtering at all). Meilisearch has no ORDER BY RANDOM() equivalent, so this
// pulls every matching id only, shuffles in PHP, then fetches the full localized
// documents for just the ids picked — see random()'s own docblock.
$randomProducts = $service->random(13); // array of documents, same shape as list()'s items
// The id/price/image of every variant on a product document — the base price and
// thumbnail a variant picker/swatch list needs, without reaching into
// $product['variants'][n]['prices'][0]/['media'][0] yourself.
$variants = $service->variantSummaries($product);
// [['id' => 1204, 'price' => 19.99, 'image' => 'https://.../thumb.jpg'], ...]
// Facet counts for a sidebar — value => matching product count, scoped to whatever
// $filters is passed. Does NOT exclude the faceted field itself from $filters — see
// facets()'s docblock for why, and how to build a standard "every option's count,
// unaffected by that option's own currently-selected value" sidebar.
$brandCounts = $service->facets('brand', filters: new ProductFilters(collectionId: 17));
// ['3Dealer.gr - 3D printed creations' => 48, 'Kraniou Topos - 3D printed creations' => 135]
// Min/max price across matching products — the raw, unrounded values list() itself
// uses to build priceBounds above. minPrice/maxPrice are ALWAYS excluded from the
// filter driving this (unlike facets(), which doesn't auto-exclude) — the slider's
// own bounds shouldn't shrink to whatever range is currently selected on it. Other
// filters (collectionId, brand, inStockOnly) still apply normally. Pass $query too
// to scope the range to a text search's own matches (see product-search.md) rather
// than the whole catalog.
$range = $service->priceRange(new ProductFilters(collectionId: 17));
// ['min' => 0.0, 'max' => 120.0]
```
All `ProductFilters` fields are optional; only the ones set are added to the Meilisearch query.
`facets()` only makes sense on discrete-value filterable fields (`brand`, `in_stock`) — a numeric
field like `price` would return one "facet" per exact price, not a usable range bucket. Use
`priceRange()` (or `list()`'s own `priceBounds`) for `price` instead, which reads Meilisearch's
`facetStats` (min/max), a different feature from `facetDistribution`.
---
## Stock goes stale between orders
`in_stock` reflects `ProductVariant::stock`/`purchasable` as of the **last reindex**, not live
inventory. Nothing in this codebase currently reindexes a product when an order decrements its
stock — that's a cart/checkout concern, not something `ProductIndexer` can solve on its own (see
`Modules\Core\Catalog\Observers\ProductOptionReindexObserver` for the equivalent pattern once an
order → stock → reindex pipeline exists to hook into). Until then, `in_stock`/`product_count` can
drift from the database the same way every other indexed field already can between writes.
---
## Fields this depends on: `Modules\Core\Catalog\Services\ProductIndexer`
Lunar's own `Lunar\Search\ProductIndexer` only carries listing-grade fields (name, description,
status, brand, a single thumbnail, skus) and marks just `__soft_deleted`, `skus`, `status` as
filterable. `Modules\Core\Catalog\Services\ProductIndexer` extends it to add everything `ProductService`
needs, listing and detail alike:
| Field | Source | Notes |
|---|---|---|
| `id` | — | Newly marked **filterable** — needed for `getById()`'s `id = "..."` filter; Meilisearch doesn't filter on the primary key by default. |
| `collections` | `$product->collections` | Array of `{id, name}` — directly assigned collections only, `name` is the translated collection name. Not filterable — see `collection_ids`. |
| `collection_ids` | `$product->collections` + `->ancestors` | Filterable. Flat array of every directly-assigned collection's id, unioned with all of its ancestors' ids. `ProductFilters(collectionId: ...)` filters against this field, not `collections`, since products are typically attached only to leaf collections — a plain direct-match filter would never return anything for a parent/root category page. |
| `slugs` | `$product->urls->pluck('slug')` | Filterable. Every locale's `Url::slug` for the product, so `getBySlug()` resolves purely from the index — no database read. |
| `skus` | `$product->variants->pluck('sku')` | Filterable. Every variant's `sku`, deduplicated, empty ones dropped. Same "resolve from the index alone" reasoning as `slugs`, for a future SKU-based lookup/filter. |
| `price` | Cheapest variant's base price | Filterable. Float in major units (e.g. `19.99`, not `1999`). Base price only — no customer group, default currency (`Currency::getDefault()`) only. `null` if the product has no priced variant yet, so it's excluded from range filters rather than treated as free. |
| `brand` | Already indexed by Lunar's base indexer | Newly marked **filterable** — it existed in the document already, just wasn't usable in a `filter` clause. |
| `tags` | `$product->tags->pluck('value')` | Display only. |
| `media` | `$product->media` | Full gallery (id/url/thumb per image), not just the single thumbnail Lunar's base indexer sends. |
| `variants` | `$product->variants` | Per variant: `id`, `sku`, `gtin`, `mpn`, `ean`, `stock`, `backorder`, `unit_quantity`, `purchasable`, `shippable`, `tax_ref`, `dimensions` (`length`/`width`/`height`/`weight`/`volume`, each `{value, unit}`), `options` (option/value names, in the current locale), `prices` (per currency/customer group), `media` (the variant's own images — `ProductVariant::images()`, a separate pivot from the product's own gallery above, populated by `ShopifyExportImporter` from Shopify's `Variant Image` CSV column). |
| `reviews` | `Modules\Core\Review\Models\ProductReview` | `{items, count, average_rating}` — see "Reviews" below. |
| `in_stock` | `$model->variants` | Filterable boolean. `true` if ANY variant currently passes `ProductVariant::canBeFulfilledAtQuantity(1)` — Lunar's own purchasability rule (`purchasable === 'always'` ignores stock entirely; `in_stock` checks `stock` alone; anything else checks `stock + backorder`). Only as fresh as the last reindex — see "Stock goes stale" below. |
`name`/`description` (and any other `TranslatedText` attribute) are indexed per-locale — see
"Locale resolution" below for how `ProductService` resolves them down to one value per request.
**`ProductOption`/`ProductOptionValue` names need a different translation accessor.** Unlike
`Product`/`Collection`/`Brand`, their `name` is a plain locale-keyed array cast, not
`attribute_data` — Lunar's `translateAttribute('name')` silently returns `null` for them. The
indexer's `translatedName()` reads the array directly instead. See `docs/lunar.md` "Gotchas".
---
## Locale resolution: `name`, `description`, and any other translated attribute
Lunar's base `ScoutIndexer` explodes every `TranslatedText` attribute into one `{handle}_{locale}`
field per store language at index time (`name_el`, `name_en`, `description_el`, ... — and the same
for any custom translated attribute a store adds, e.g. `seo_title`/`seo_description`). Every raw
document in Meilisearch carries all of them side by side, since a document is written once but
read across many different-locale requests.
`ProductService` resolves these back down to a single value per request. For every result it
returns (`list()`'s items, `getById()`, `getBySlug()`), it:
1. Reads which `Product` attributes are `TranslatedText` from `Lunar\Base\AttributeManifest` — the
same source Lunar's own indexer reads — rather than a hardcoded `['name', 'description']` list,
so a store's own custom translated attributes are picked up automatically with no change here.
2. For each one, resolves `{handle}_{currentLocale}`, falling back to `{handle}_{storeDefaultLocale}`
(`LanguageCache::defaultLocale()`) if the current locale has no translation — e.g. a product with
no English copy yet still shows its Greek name on `/en/` rather than rendering blank.
3. Assigns the result to a plain `{handle}` key and **strips every raw `{handle}_{locale}` key** —
callers only ever see `$product['name']`/`$product['seo_title']`/etc., never the per-locale
fields the index actually stores.
`description` and other translated attributes are otherwise indexed as-is, including any HTML
markup (e.g. from a Shopify `Body (HTML)` import) — **not stripped**. Any view rendering a
description sourced from `ProductService`'s results must treat it as trusted HTML.
---
## Reviews
`Modules\Core\Review\Models\ProductReview` (`product_reviews` table) is indexed per-product under
a single `reviews` key: `{items, count, average_rating}` — `items` is the array of reviews,
`average_rating` is rounded to 1 decimal (`null` if the product has no reviews). Only public-safe
fields are included on each item — **`reviewer_email` is deliberately excluded**, it's PII with no
storefront use. `reply`/`replied_at` (the staff response) are included, since they're meant to be
shown alongside the review.
A review is created/edited independently of its product (a customer submission, a staff reply)
— its own save doesn't touch the `Product` row, so the product's own model events never fire.
`Modules\Core\Providers\ReviewServiceProvider` listens on `ProductReview`'s `created`/`updated`/
`deleted` events and calls `$review->product->searchable()`, so the parent product's document
stays current without waiting for the next full reindex. This provider must be registered in
`composer.json`'s `extra.laravel.providers` (already done in this repo) — see `docs/modules.md`
"Provider Registration Pitfalls" for what happens if a provider like this is ever added but not
registered.
---
## Multi-variant products and price
A product's `price` is its *cheapest* variant's price ("from €19.99" style), not every variant's
price. A price-range filter matches based on that single minimum — a product with one cheap
variant and several expensive ones will match a low-price-range filter even though most of its
variants don't.
---
## Sorting
`ProductSort` (`Modules\Core\Catalog\Enums\ProductSort`) is a fixed enum of supported sort orders —
`PriceAsc`, `PriceDesc`, `Newest` — each mapping to a Meilisearch `sort` clause against a field
`Modules\Core\Catalog\Services\ProductIndexer::getSortableFields()` marks sortable (`price`, plus
`created_at`/`updated_at`/`skus`/`status` inherited from Lunar's base indexer). Adding a new
`ProductSort` case requires adding the matching field to `getSortableFields()` and re-syncing (see
below) — sortable attributes are index settings, not computed per-query, same as filterable ones.
Omitting `sort` leaves Meilisearch's default ordering, which is meaningless here since `list()`
always searches with an empty query string (`Product::search('')`) — there's no relevance score to
rank by, so results come back in whatever order the index returns them absent an explicit sort.
---
## Registering the indexer
Not automatic — an app opts in via its own `config/lunar/search.php`:
```php
'indexers' => [
Lunar\Models\Product::class => Modules\Core\Catalog\Services\ProductIndexer::class,
// ...other model indexers unchanged
],
```
## Re-syncing after this change
Filterable attributes are Meilisearch index settings, not computed per-query — changing them
requires re-syncing settings and reindexing existing documents:
```bash
php artisan lunar:meilisearch:setup
php artisan lunar:search:index "Lunar\Models\Product" --refresh
```
**If `SCOUT_QUEUE=true`, restart the queue worker after deploying an indexer change.** A running
`queue:work` process loads PHP classes once at boot and keeps that code in memory for its entire
lifetime — it does not pick up an edited/newly-deployed indexer class. Symptoms: reindexing
commands succeed with no errors, `Product::toSearchableArray()` returns the new fields correctly
when called directly (e.g. via `artisan tinker`, which always boots fresh), but documents written
via `$model->searchable()` through the live queue are still missing the new fields. Restarting the
queue worker (`docker compose restart queue`, or equivalent) resolves it — no code change needed.
---
## Meilisearch driver quirk: `paginateRaw()`'s `items()` is not a list of hits
For the Meilisearch engine specifically, Scout's `Builder::paginateRaw()` puts the **entire raw
response** (`hits`, `query`, `processingTimeMs`, `hitsPerPage`, `page`, `totalPages`, `totalHits`)
into the paginator's `items()`, not a plain array of documents. Calling `$paginator->items()`
and treating it as a list (e.g. `collect($paginator->items())->values()`) silently produces a
7-element array whose first element happens to be the real hits and the rest are stray scalars
from the other response keys — no error, just wrong data leaking into what looks like a normal
list. `ProductService::list()` pulls `$paginator->items()['hits']` explicitly to avoid this;
`$paginator->total()`/`perPage()`/`currentPage()`/`lastPage()` are unaffected and safe to use
as-is.
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# Product Option Types
Lunar's `ProductOption`/`ProductOptionValue` are generic by design — a "Color" option
and a "Size" option are both just a handle, a translated name, and a list of values.
Each `ProductOptionValue` carries a free-form `meta` jsonb column, but nothing in
Lunar's own admin UI exposes it — there's no way for an admin to, say, attach a hex
code to a "Red" value without editing the database directly.
`Modules\Core\Catalog\Contracts\ProductOptionTypeInterface` describes how a category
of option behaves — what structured data its values carry in `meta`, and how an
admin edits that data — without introducing a new model. `ProductOption`/
`ProductOptionValue` stay exactly as Lunar defines them.
---
## Registering a type
A shop registers a type class from its own service provider's `boot()`, the same
shape as `Modules\Core\Notification\NotificationRegistry`:
```php
use Modules\Core\Catalog\Services\ProductOptionTypeManager;
ProductOptionTypeManager::get()->register([
\App\ProductOptions\ColorOptionType::class,
]);
```
Not a published config array — the mapping isn't per-`ProductOption`, so there's
nothing for a shop to *key* by. Instead, an admin picks a type per-option from a
dropdown on the `ProductOption` edit form itself (see below); the choice is stored
in `ProductOption::meta['option_type']`, deliberately **not** tied to the option's
`handle` (a shop's own handle naming — transliterated Greek, legacy import slugs —
shouldn't have to match a type's key).
A `ProductOption` with no type selected behaves exactly as stock Lunar does — plain
name/position, no extra meta form.
---
## Writing a type
```php
namespace App\ProductOptions;
use Filament\Forms\Components\ColorPicker;
use Modules\Core\Catalog\Contracts\ProductOptionTypeInterface;
class ColorOptionType implements ProductOptionTypeInterface
{
public static function getKey(): string
{
return 'color';
}
public function getMetaForm(): array
{
return [
ColorPicker::make('meta.hex')
->label('Color')
->required(),
];
}
}
```
`getMetaForm()` returns Filament form components, keyed under `meta.*` dot notation
— the path they save to on `ProductOptionValue::meta` (cast as `AsArrayObject`, a
plain jsonb column). `getKey()` is the identifier used in the admin's "Option Type"
dropdown and in `ProductOption::meta['option_type']` — it has no relationship to the
`ProductOption::handle`.
A reference implementation ships at `Modules\Core\Catalog\OptionTypes\ColorOptionType`,
registered automatically by `Modules\Core\Providers\CatalogServiceProvider` — no shop
setup needed for it to appear in the "Option Type" dropdown, though an admin still
has to pick it per-`ProductOption` for it to take effect.
---
## How it's wired into the admin UI
`Modules\Core\Catalog\Services\ProductOptionTypeManager` is a singleton registry:
- `get(): static` — the shared instance.
- `register(array $types): void` — registers one or more type classes, keyed
internally by `getKey()`.
- `unregister(string $key): void`
- `resolve(?string $key): ?ProductOptionTypeInterface` — looks up a registered type
by key (or `null` if no key / not found).
- `all(): array<string, class-string>` — every registered type's class, keyed by
`getKey()`.
Two extensions hook into Lunar's admin via its extension system
(`LunarPanel::extensions([...])`, registered in `CorePlugin`) — no forking of Lunar's
classes needed:
- `Modules\Core\Catalog\Filament\Extensions\ProductOptionResourceExtension` extends
`Lunar\Admin\Filament\Resources\ProductOptionResource`'s own form with a `Select`
(`meta.option_type`) listing every enabled type's key. Shown only when at least one
type is enabled.
- `Modules\Core\Catalog\Filament\Extensions\ValuesRelationManagerExtension` extends
the "Values" tab's form. Its `extendForm()` reads
`$option->meta['option_type']` off the owning `ProductOption`, resolves it via
`ProductOptionTypeManager`, and appends `getMetaForm()`'s fields to the stock name
field. A `ProductOption` with no type selected gets the stock form unchanged.
---
## Reading the value back
Storefront code reads `ProductOptionValue::meta` like any other jsonb column — e.g.
`$value->meta['hex']` for a color swatch. `ProductOptionTypeManager` is an admin-side
concern only (describing *how to edit* the meta); nothing requires the storefront to
go through it to *read* the meta.
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# Product Recommendations
`Modules\Core\Catalog\Services\RecommendationService` computes "related products" for a given
product — a same-category pick today, with a random fallback, but built as a configurable chain of
strategies rather than one hardcoded rule. `Modules\Core\Catalog\Services\ProductIndexer` embeds
the result directly into each product's own Meilisearch document, so a product detail page renders
its recommendations with zero extra queries — same reasoning as `collections` (see
`docs/product-listing.md`).
---
## The rule chain
```php
use Modules\Core\Catalog\Services\RecommendationService;
$recommendations = app(RecommendationService::class)->recommend($product, limit: 4);
// Illuminate\Support\Collection<int, Lunar\Models\Product>
```
`recommend()` walks `config('catalog.recommendation_rules')` in order, **topping up** from each
successive rule until `$limit` distinct products are collected or every rule is exhausted — it does
not stop at the first rule that returns *something*. If a product's category only has 3 other
products, `SameCategoryRule` contributes those 3 and `RandomRule` fills the last slot. A rule is
handed the ids already collected (`$exclude`, always including the source product's own id) so it
never wastes its own `$limit` budget re-suggesting something already picked, and the same product
is never returned twice even if two rules would both suggest it.
Default chain (`config/catalog.php`):
```php
'recommendation_rules' => [
SameCategoryRule::class, // other products sharing $product's first collection
RandomRule::class, // universal fallback — always returns something as
// long as the store has more than one product
],
```
A consuming app publishes and edits this config to reorder, add, or remove rules — nothing about
the chain shape is hardcoded in `RecommendationService` itself. A new rule (same tag, best sellers,
"frequently bought together", ...) is a class implementing `Modules\Core\Catalog\Contracts\
RecommendationRule`, added to the array:
```php
interface RecommendationRule
{
/**
* @param array<int> $exclude ids to never return — the source product's own
* id, plus every id an earlier rule in the chain already picked
* @return Collection<int, Product> at most $limit products
*/
public function recommend(Product $product, int $limit, array $exclude): Collection;
}
```
Rules query Eloquent directly (`$product->collections->first()->products()`, `Product::query()`),
not `Modules\Core\Catalog\Services\ProductService` — see "Why not `ProductService`" below.
---
## Why not `ProductService`
Every other read path in `Modules\Core\Catalog` goes through `ProductService`, which reads
Meilisearch and resolves translated fields to whatever locale the *current request* is in (see
`docs/product-listing.md`, "Locale resolution"). Recommendation rules deliberately don't use it:
they run inside `ProductIndexer::toSearchableArray()`, at **index time** — there is no request, no
meaningful "current locale" to resolve against, and Meilisearch itself may be mid-write for the very
product being indexed. Rules return raw `Lunar\Models\Product` models instead; `ProductIndexer`
resolves what it embeds (`name` via `translateAttribute()`, `price` via the indexer's own
`cheapestPrice()`, `image` via its own `mapMedia()`) the same way it already does for the embedded
`collections` field — including that field's same accepted index-time-locale tradeoff (a
recommendation's embedded `name` reflects whatever locale was active when *that* product was last
indexed, not the viewer's current locale).
---
## What's embedded, and why not just an id
`ProductIndexer` embeds full card data per recommendation, not just an id:
```php
$data['recommendations'] = [
['id' => 42, 'name' => 'Espresso Cup', 'price' => 12.5, 'image' => 'https://.../thumb.jpg'],
// ...
];
```
This shape is deliberately exactly what `x-ui.product-card`/`x-product-grid` (3dealer's storefront
components) need — `name`, `price`, `image`, and an `id` the view resolves to a URL itself via
`route('product.show', ['id' => $rec['id']])`. A resolved `href` is **not** embedded: `product.show`
is locale-prefixed (`{locale}/products/{id}`), so a URL baked in at index time would be correct only
for whichever locale happened to be active during that index run — wrong for every other locale.
Building the URL is left to the view, which knows the current request's locale.
`recommendations.id` is marked **filterable** — not for the storefront, but for the reverse-lookup
reindexing below.
---
## Keeping it fresh: `ProductSaved` / `ProductDeleted`
A recommendation is computed once, at index time, and embedded — it does not update itself when the
recommended product later changes name, price, or image, or is deleted. Unlike `Modules\Core\Catalog\
Observers\ProductOptionReindexObserver`'s equivalent problem (which product option value is used by),
there is no Postgres relation for "which products currently recommend product X" — a recommendation
only exists inside Meilisearch. The fix is a reverse Meilisearch filter query, not a database join,
wired through a real event → listener pair (`Modules\Core\Providers\CatalogServiceProvider`):
- `Product::saved()` dispatches `Modules\Core\Catalog\Events\ProductSaved`.
- `Product::deleted()` dispatches `Modules\Core\Catalog\Events\ProductDeleted` — fires for both a
soft delete and a force delete (`Lunar\Models\Product` uses `SoftDeletes`), the same model event
Laravel Scout's own `ModelObserver` hooks to make a deleted product `unsearchable()`.
- `Modules\Core\Catalog\Listeners\ReindexProductsRecommendingProduct` handles both: it searches the
product index for `recommendations.id = "{id}"`, finds every referencing product, and calls
`->searchable()` on each — which recomputes their `recommendations` field fresh, picking up the
changed name/price/image, or (for a delete) dropping the now-gone product and topping back up to
the configured limit via the rule chain, same as any other reindex.
`->searchable()` dispatches Scout's own reindex job, queued if `SCOUT_QUEUE` is configured — this
listener does no synchronous Meilisearch writing itself.
**Product creation is deliberately not hooked into this.** A brand-new product has no
`recommendations` of its own until Scout's existing create-triggered indexing runs (already correct
— nothing to add). What's *not* immediate is other products picking the new one up as a fresh
recommendation candidate — that happens on their own next natural reindex (a save, or the nightly
full reindex below), the same accepted staleness window `docs/product-listing.md` already documents
for `in_stock`/`price`. A full proactive "who could now recommend this new product" pass was
considered and rejected as unnecessary cost for a cosmetic delay.
---
## Nightly full reindex
`Modules\Core\Providers\CatalogServiceProvider` schedules `lunar:search:index "Lunar\Models\Product"
--refresh` daily at 03:00 — a safety net on top of the event-driven reindexing above, not a
replacement for it. Catches what event-driven reindexing deliberately doesn't cover: a newly-created
product not yet appearing as a recommendation elsewhere, and any other drift already accepted
between reindexes (see `docs/product-listing.md`, "Stock goes stale between orders"). `--refresh`
also re-syncs filterable/sortable index *settings*, not just documents, so a deploy that changed
`ProductIndexer`'s field list self-heals overnight even if `lunar:meilisearch:setup` wasn't run
manually right after that deploy.
---
## Re-syncing after this change
Same as any other `ProductIndexer` field change (see `docs/product-listing.md`):
```bash
php artisan lunar:meilisearch:setup
php artisan lunar:search:index "Lunar\Models\Product" --refresh
```
Restart the queue worker if `SCOUT_QUEUE=true` — see `docs/product-listing.md`'s "Re-syncing after
this change" for why a running worker won't otherwise pick up the new indexer code.
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# Product Search
`Modules\Core\Catalog\Services\ProductSearchService` provides locale-aware full-text product search on
top of Laravel Scout + Meilisearch.
---
## Why locale-aware search isn't a filter
Lunar's Meilisearch indexer (`Lunar\Search\ScoutIndexer::mapSearchableAttributes()`) flattens
every translated attribute into **locale-suffixed fields on a single document** — a product with
a translated `name` produces `name_en`, `name_el`, etc. as separate top-level fields, not
separate documents per locale and not a filterable `locale` field.
That means "search in Greek" isn't a `->filter('locale = el')` — Meilisearch has no such field to
filter on. It's a choice of **which fields the query targets**: `name_el`/`description_el`
instead of `name_en`/`description_en`. This is what Meilisearch's `attributesToSearchOn` search
parameter controls, exposed through Scout via `Builder::options()`, which passes straight through
to the underlying Meilisearch client call (`Laravel\Scout\Engines\MeilisearchEngine::performSearch()`
merges `$builder->options` directly into the search request).
---
## Usage
```php
use Modules\Core\Catalog\DTOs\ProductFilters;
use Modules\Core\Catalog\Enums\ProductSort;
use Modules\Core\Catalog\Services\ProductSearchService;
$results = app(ProductSearchService::class)->search('running shoes');
// Filters/sort apply the exact same semantics ProductService::list() uses for
// collection browsing (same ProductFilterBuilder, same ProductSort) — a shopper
// narrowing a text search by price/brand/stock gets identical filter behavior
// to narrowing a category listing.
$results = app(ProductSearchService::class)->search(
'running shoes',
filters: new ProductFilters(brand: 'Acme', minPrice: 20.0, inStockOnly: true),
sort: ProductSort::PriceAsc,
);
```
Returns an `Illuminate\Database\Eloquent\Collection` of `Lunar\Models\Product` — Scout's
`->get()` hydrates real models from the database after the Meilisearch query, so relations
(`variants`, `brand`, `media`, etc.) are available on the results as normal.
There is no `$locale` parameter — see "Field list is dynamic, not hardcoded" below for why
every configured store language is always searched, regardless of the current request locale.
---
## Missing-translation fallback, in both directions
If a product was only ever given an English name, `name_el` doesn't exist on that document at
all (Lunar's indexer only writes a `{handle}_{locale}` field for locales actually present in the
attribute's stored data — see `ScoutIndexer::mapSearchableAttributes()`). Searching strictly
against the current request's locale field would make that product invisible whenever a shopper's
locale doesn't match the language it happens to be translated into.
`ProductSearchService` avoids this by targeting **every configured store language's fields**
(`Lunar\Models\Language::all()`) on every search, not just the current request locale plus the
store default — e.g. with `el`/`en` configured, every search targets `name_el`, `name_en`,
`description_el`, `description_en` together, regardless of which locale the shopper is browsing
in. This is deliberately not scoped to "current locale + default locale": if the current locale
already equals the default (a single-language store, or a shopper browsing in the default
language), that pairing collapses to one locale and stops catching anything else — always
searching every configured language avoids that gap in both directions, at the cost of a larger
`attributesToSearchOn` list as the store's language count grows.
---
## Variant option values are searched too
Alongside the locale-suffixed attribute fields, every search also targets
`variants.options.value` directly — e.g. a variant named "Κάπτεν Γαμέρικα" on a "Name" option
matches a search for that text, even though it never appears in the product's own name or
description. This isn't one of Lunar's own attributes (`AttributeManifest` has no entry for it),
so it can't be discovered the way `name`/`description` are — it's a structural field of
`Modules\Core\Catalog\Services\ProductIndexer`'s own document shape (see `ProductIndexer::mapVariant()`),
added here directly. Not locale-suffixed — each option value is stored as one already-resolved
string per variant.
---
## Field list is dynamic, not hardcoded
The set of attribute handles searched (`name`, `description`, or whatever else) comes from
`Lunar\Facades\AttributeManifest::getSearchableAttributes(Product::morphName())` — the same
source `ScoutIndexer` itself uses to decide what gets indexed. If an admin marks a new attribute
searchable in the panel, `ProductSearchService` picks it up automatically; nothing in this class
needs to change.
---
## Re-syncing after indexer changes
Changing which attributes are searchable, or `ProductIndexer`'s filterable/sortable fields,
requires re-syncing Meilisearch's index settings and re-indexing existing documents:
```bash
php artisan lunar:meilisearch:setup
php artisan lunar:search:index "Lunar\Models\Product" --refresh
```
`ProductSearchService` itself needs no re-sync when locales change — `attributesToSearchOn` is
computed per-query from the live language list, not baked into index settings.
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# Cart/Checkout Recovery Strategies — Design Notes
**Status: open design discussion, not scoped or built.** This is a record of the
reasoning behind an eventual "Recovery Sequences" feature, kept so the discussion doesn't
have to be re-derived from scratch later. Nothing in this document is implemented.
See `docs/cart.md` for what's actually built today (the four-state cart classification,
`CartAbandoned`/`CheckoutAbandoned` events, `DetectAbandonedCarts`).
---
## Why Abandoned Cart and Abandoned Checkout need different strategies
Established in `docs/cart.md`: Abandoned Cart (no order ever started) is a weak purchase-intent
signal and often unreachable (no identity for a true guest). Abandoned Checkout (a draft order
exists, `placed_at IS NULL`) is a strong intent signal and usually reachable, since checkout
typically captures an email/address even for a guest.
That difference in intent and reachability drives genuinely different marketing strategy, not
just a different admin filter:
### Abandoned Cart strategy — re-engagement, not completion
- **On-site retargeting first** (exit-intent popups, "still thinking it over?" banners on
return visits) — often the only viable channel, since email may not exist yet.
- **Ad platform retargeting** (Meta/Google dynamic remarketing) is the dominant channel here
specifically because it works off a browser/device signal, not an email address — the one
thing reliably available for an anonymous cart.
- **Soft messaging** ("did you forget something?") rather than urgency-driven — intent is
weak, so aggressive discounting is often poor ROI: it trains browsers who were never close
to buying to expect a coupon.
- **Longer, gentler cadence** — a single reminder around 24h, maybe a second a few days out,
sometimes trigger-based (a price drop, back-in-stock) rather than a fixed schedule.
### Abandoned Checkout strategy — completion, not re-engagement
- **Speed matters most.** This is where the classic 1h/24h/72h recovery-email cadence lives —
conversion drops sharply with delay, since the shopper is often still in a "was about to
buy" mental state within the first hour.
- **Direct, urgency-framed messaging** ("complete your order"), sometimes showing cart
contents/total, occasionally a countdown or limited-time incentive on later touches.
- **Discount escalation pays off here** — a small incentive (free shipping, 10% off) on the
2nd/3rd touch is standard, because it's nudging someone who already decided to buy past
whatever blocked them (price shock, a broken payment step, indecision on shipping cost) —
not manufacturing demand from nothing.
- **SMS is more viable** — checkout often captures a phone number, and the higher intent
justifies a more direct channel than for cart-stage.
---
## The broader strategy space (beyond cadence + discount)
Raised as context for how far a "Recovery Sequence" feature might eventually need to flex,
without committing to building any of it yet:
**Message-content strategies**
- Social proof ("X people have this in their cart," reviews shown in the reminder)
- Scarcity/urgency framing (low-stock count, countdown timer on an offer)
- Personalized alternatives — a cheaper or complementary item instead of just re-showing the
abandoned one, useful when the likely blocker was price
**Channel strategies**
- Email (the baseline; nothing built yet — see `docs/cart.md`'s "Recovery Sequences" section)
- SMS — checkout-stage specifically, opt-in required
- Push notifications — not relevant yet given this project's storefront maturity, noted for
completeness
- On-site remarketing (banner/modal on the shopper's next visit) — doesn't require email at
all, arguably the highest-value channel for Abandoned Cart specifically
- Ad platform sync (pushing abandoned-cart product data to a custom audience for paid retargeting)
**Escalation/segmentation strategies**
- Value-based branching — a high-value abandoned checkout might skip straight to a bigger
incentive rather than waiting through a full ladder
- Repeat-abandoner suppression — a customer who's abandoned 3+ times without ever completing
either stops receiving emails (fatigue/spam risk) or gets a different tactic (e.g. a "what
stopped you?" survey) instead of another discount
- New vs. returning customer branching — a first-time visitor's abandoned cart might warrant
"welcome discount" framing instead of a generic recovery email, since the blocker was
likely trust/unfamiliarity rather than price
**Timing refinement**
- Time-of-day/timezone-aware sending (don't fire a touch at 3am local time even if the delay
technically elapsed)
- Cart-content-triggered timing — a fast-moving/low-stock item might warrant an earlier, more
urgent first touch than a cart of always-in-stock staples
---
## First-pass feature shape (discussed, not finalized)
An admin defines, independently per abandonment type (Abandoned Cart, Abandoned Checkout), an
ordered sequence of **touches**. Each touch is three ideas:
1. **How long to wait** since the abandonment began
2. **What offer to attach**, optional — reusing whatever `Discount` already exists in the
system rather than inventing a new pricing concept
3. **A label**, so staff can see what a touch represents in the admin UI
The system continuously re-evaluates every abandoned cart/checkout against its sequence, and
when a cart becomes due for the next touch it hasn't had yet, that becomes a signal — this
feature's responsibility ends there. Actually sending anything (email, SMS, on-site banner) is
explicitly out of scope for this feature; something else, not yet designed, would consume that
signal.
### What this requires that isn't built yet
- **A fixed "abandonment began at" timestamp**, captured once and never re-derived — a
sequence needs to schedule touches from a stable starting point, not from `Cart::updated_at`,
which keeps moving every time the cart (or its own bookkeeping) is written to. This is the
same underlying issue as the known bug in `docs/cart.md`'s "Abandonment detection" section —
fixing that bug properly (freezing the abandonment moment) is very likely a prerequisite for
this feature, not a separate concern.
- **Re-evaluation, not one-shot detection** — `DetectAbandonedCarts` today marks a cart
abandoned once and stops; a sequence needs a cart to be revisited on every scheduler run to
check "which touch, if any, is now due," for as long as it stays unrecovered.
### Still undecided
- **Which concern this belongs under.** Not `Cart` (it's not a cart-mechanics concern) —
candidates raised: a new `Recovery` concern, or `Marketing`. Not decided.
- **How far the touch model needs to flex.** The three-idea shape above (delay, discount,
label) covers cadence + discount escalation cleanly, but doesn't yet accommodate channel
choice, value-based branching, or segment targeting from the broader strategy list above.
Whether those get folded into the touch model, layered on top some other way, or deliberately
left out of v1 is unresolved.
- **Whether "recovery" is cart/checkout-specific at all**, or a more general "scheduled
customer touch based on a triggering condition" mechanism that cart/checkout abandonment
happens to be the first use case for.
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<title>Analytics Feature Survey</title>
<style>
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color: var(--ink);
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padding: 4.5rem 1.5rem 6rem;
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margin: 0 auto;
}
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margin-bottom: 3.25rem;
}
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margin-bottom: 0.9rem;
}
h1 {
font-family: "Fraunces", Georgia, serif;
font-weight: 560;
font-size: clamp(2.1rem, 4.5vw, 2.65rem);
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letter-spacing: -0.01em;
margin: 0 0 0.9rem;
text-wrap: balance;
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max-width: 60ch;
font-size: 1.02rem;
}
.dek strong {
color: var(--ink);
font-weight: 600;
}
.legend {
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flex-wrap: wrap;
gap: 0.6rem;
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}
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.chip.missing { background: var(--miss-soft); color: var(--miss); }
section.category {
margin-top: 3rem;
}
.cat-head {
display: flex;
align-items: baseline;
gap: 0.85rem;
border-bottom: 1px solid var(--hairline);
padding-bottom: 0.7rem;
margin-bottom: 1.1rem;
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color: var(--accent);
font-variant-numeric: tabular-nums;
min-width: 1.6rem;
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}
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height: fit-content;
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footer.page {
margin-top: 4rem;
padding-top: 1.5rem;
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footer.page a { color: var(--accent); }
@media (max-width: 560px) {
body { padding: 3rem 1.1rem 4rem; }
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}
</style>
<link rel="stylesheet" href="https://fonts.googleapis.com/css2?family=Fraunces:opsz,wght@9..144,400..600&family=IBM+Plex+Sans:wght@400;500;600&family=IBM+Plex+Mono:wght@400;500&display=swap">
<div class="wrap">
<header class="page">
<div class="eyebrow">boboko / analytics · competitive survey</div>
<h1>What analytics elsewhere can do that boboko can't yet</h1>
<p class="dek">
A feature-by-feature pass across Shopify, WooCommerce Analytics, and PrestaShop's
stats modules — sourced, not recalled from memory — checked against what
<strong>Lunar's admin <code>Dashboard</code></strong> actually ships today and what
raw data already sits in <code>lunar_orders</code>/<code>lunar_carts</code> unused.
This is genuinely new territory for boboko — most rows below land on partial or
missing, and that's an honest read, not an undersell.
</p>
<div class="legend">
<span class="chip have">● have</span>
<span class="chip partial">◐ partial</span>
<span class="chip missing">○ missing</span>
</div>
</header>
<section class="category">
<div class="cat-head">
<span class="cat-num">01</span>
<h2>Sales &amp; revenue dashboard</h2>
</div>
<p class="cat-note">What loads the moment staff open the admin panel — this is the one area where Lunar ships more than expected.</p>
<div class="feature">
<div class="f-name">Revenue / order-count stat cards with period-over-period trend</div>
<span class="f-status have">have</span>
<div class="f-note">Verified from source: <code>OrderStatsOverview</code> widget — today vs. yesterday, last 7 vs. prior 7, last 30 vs. prior 30 days, both order count and sub-total, with up/down trend icons. Registered by default on Lunar's <code>Dashboard</code> page, and boboko's panel (<code>3dealer/app/Providers/PanelServiceProvider.php</code>) registers the stock panel with no <code>pages()</code>/<code>Dashboard</code> override — this ships as-is.</div>
</div>
<div class="feature">
<div class="f-name">Sales-over-time chart (revenue + order count, 12-month trend)</div>
<span class="f-status have">have</span>
<div class="f-note"><code>OrdersSalesChart</code> — ApexCharts area chart, monthly buckets over the trailing year, dual y-axis (order count / sub-total). Same "no override" reasoning as above applies to every widget on this page.</div>
</div>
<div class="feature">
<div class="f-name">Average order value (AOV) trend, segmented by customer group</div>
<span class="f-status have">have</span>
<div class="f-note"><code>AverageOrderValueChart</code> — one series per <code>CustomerGroup</code> plus a synthetic guest series, monthly average of <code>sub_total</code> over the trailing year.</div>
</div>
<div class="feature">
<div class="f-name">New vs. returning customer split</div>
<span class="f-status have">have</span>
<div class="f-note"><code>NewVsReturningCustomersChart</code> reads <code>Order::new_customer</code>, a real boolean column set by <code>Lunar\Jobs\Orders\MarkAsNewCustomer</code> (true when no prior order existed for that customer at placement time) — not a cosmetic flag.</div>
</div>
<div class="feature">
<div class="f-name">Live/latest-orders feed on the dashboard</div>
<span class="f-status have">have</span>
<div class="f-note"><code>LatestOrdersTable</code> — last 10 placed orders, 60s polling, reuses <code>OrderResource</code>'s own table columns.</div>
</div>
<div class="feature">
<div class="f-name">Real-time dashboard vs. scheduled email reports</div>
<span class="f-status partial">partial</span>
<div class="f-note">The dashboard widgets above poll every 60s (near-real-time, pull-based) — there is no scheduled/emailed report anywhere in Lunar or boboko-core. Industry pattern researched: real-time suits operational checks, scheduled digest suits weekly/monthly strategic review — boboko only has the first half.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">02</span>
<h2>Product &amp; catalog performance</h2>
</div>
<p class="cat-note">Which products are actually selling, and what's about to run out.</p>
<div class="feature">
<div class="f-name">Best-sellers / top-products report</div>
<span class="f-status have">have</span>
<div class="f-note"><code>PopularProductsTable</code> — groups <code>lunar_order_lines</code> by product identifier over the trailing 12 months, ranked by quantity sold, with revenue (<code>sub_total</code>) alongside. Physical products only (<code>whereType('physical')</code>).</div>
</div>
<div class="feature">
<div class="f-name">Per-product detail stats (views, conversion, revenue for one SKU)</div>
<span class="f-status missing">missing</span>
<div class="f-note">PrestaShop's <code>statsproduct</code> module was researched as the comparison point (per-product page-view + sales detail) — boboko has no page-view capture at all (see 04), so even the sales half of this can't be built without the traffic half.</div>
</div>
<div class="feature">
<div class="f-name">Catalog-wide statistics (active/inactive counts, category breakdown)</div>
<span class="f-status missing">missing</span>
<div class="f-note">PrestaShop's <code>statscatalog</code> module researched as the reference. No equivalent surface in Lunar or boboko-core — would be a straightforward aggregate over <code>lunar_products</code>/<code>lunar_collections</code>, just not built.</div>
</div>
<div class="feature">
<div class="f-name">Inventory / stock-turnover report</div>
<span class="f-status missing">missing</span>
<div class="f-note"><code>ProductVariant::$stock</code> is a plain point-in-time integer column — no stock-movement ledger or history table exists in <code>lunarphp/core</code> (grepped the models and migrations directories). Turnover reporting needs a time series of stock levels or receipts/sales deltas; today's schema only has "current stock," so there's nothing to compute turnover from yet, not just a missing report.</div>
</div>
<div class="feature">
<div class="f-name">Low-stock / reorder alerting surfaced in a report</div>
<span class="f-status missing">missing</span>
<div class="f-note">The Cart survey already noted <code>ProductIndexer</code>'s <code>in_stock</code> field exists for search/listing purposes — nothing aggregates it into a "low stock" admin view or report.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">03</span>
<h2>Customer analytics</h2>
</div>
<p class="cat-note">Value and behavior at the level of one shopper, or a group of them.</p>
<div class="feature">
<div class="f-name">Per-customer order count / average spend / lifetime spend</div>
<span class="f-status have">have</span>
<div class="f-note">Verified from source: <code>CustomerStatsOverviewWidget</code> on the customer view page — total orders, average spend, and total spend, computed live from <code>orders()->sum()/average()</code>. This is per-customer lookup, not an aggregate report across all customers.</div>
</div>
<div class="feature">
<div class="f-name">Customer Lifetime Value (CLV) as a store-wide metric/segment</div>
<span class="f-status partial">partial</span>
<div class="f-note">The per-customer total-spend figure above is the raw ingredient, but there's no store-wide CLV report, no ranking of customers by CLV, and no predictive/forward-looking CLV — WooCommerce Analytics' Customer Analytics extension (researched) computes this plus churn and RFM segments, none of which exist here.</div>
</div>
<div class="feature">
<div class="f-name">Cohort retention analysis</div>
<span class="f-status missing">missing</span>
<div class="f-note">Researched as a WooCommerce/Metorik feature (retention rate by signup-month cohort). No cohort concept, table, or query exists anywhere in Lunar or boboko-core.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">04</span>
<h2>Behavioral &amp; funnel tracking</h2>
</div>
<p class="cat-note">What happens before an order exists — the storefront side neither repo instruments at all.</p>
<div class="feature">
<div class="f-name">Page-view / product-view event capture</div>
<span class="f-status missing">missing</span>
<div class="f-note">Grepped both repos for <code>gtag</code>/<code>dataLayer</code>/GA4/any client-side event tracker — zero hits. No storefront event of any kind is dispatched, captured, or stored anywhere.</div>
</div>
<div class="feature">
<div class="f-name">Conversion funnel (view → add to cart → checkout → purchase)</div>
<span class="f-status missing">missing</span>
<div class="f-note">Shopify's funnel report (researched) needs a session-scoped event stream across all four stages. boboko has only the last stage as durable data (a placed <code>Order</code>) — no view or add-to-cart events exist to build the earlier steps from, consistent with the Cart survey's finding that Lunar dispatches zero cart events.</div>
</div>
<div class="feature">
<div class="f-name">Abandoned-cart aggregate value/rate reporting</div>
<span class="f-status partial">partial</span>
<div class="f-note">Distinct from the Cart survey's per-cart admin lookup (<code>CartResource</code>, already shipped) — this is a rolled-up metric: total abandoned value this week, abandonment rate as a percentage of carts started. The underlying rows exist in <code>lunar_carts</code>/<code>lunar_cart_lines</code> (same query <code>CartResource</code>'s Abandoned tab already runs), but nothing aggregates them into a rate or a trend — it's list-only today.</div>
</div>
<div class="feature">
<div class="f-name">Traffic-source / campaign attribution (UTM-based)</div>
<span class="f-status missing">missing</span>
<div class="f-note">No UTM capture, no marketing/session table anywhere in either repo. Researched as the backbone of Shopify's/GA4's acquisition reporting — would need a session table capturing <code>utm_source</code>/<code>medium</code>/<code>campaign</code> at first touch, tied forward to the eventual order.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">05</span>
<h2>Tax, accounting &amp; export</h2>
</div>
<p class="cat-note">Getting numbers out of boboko and into someone else's books.</p>
<div class="feature">
<div class="f-name">Tax / VAT breakdown captured per order</div>
<span class="f-status have">have</span>
<div class="f-note">Verified from source: <code>lunar_orders</code> migration stores both <code>tax_breakdown</code> (JSON, per-rate detail) and <code>tax_total</code> as real columns on every placed order — this is genuine underlying data, not inferred.</div>
</div>
<div class="feature">
<div class="f-name">Tax / VAT report for accounting (e.g. by tax zone, by period)</div>
<span class="f-status partial">partial</span>
<div class="f-note">The per-order data above is complete enough to build this from, but nothing aggregates <code>tax_breakdown</code>/<code>tax_total</code> across orders into a filing-ready report by <code>TaxZone</code> or period — no such widget, page, or query exists in Lunar or boboko-core.</div>
</div>
<div class="feature">
<div class="f-name">CSV / accounting-software export of orders or sales data</div>
<span class="f-status missing">missing</span>
<div class="f-note">Grepped for <code>Exporter</code>/<code>ExportAction</code>/<code>Excel::</code> across <code>lunarphp/lunar</code> and boboko-core's <code>src</code> — no hits. Filament ships export actions as a first-party feature elsewhere in the ecosystem; nothing here wires one up for orders.</div>
</div>
<div class="feature">
<div class="f-name">Sales by channel</div>
<span class="f-status partial">partial</span>
<div class="f-note"><code>Order::channel_id</code> is a real, always-populated foreign key (verified in the <code>lunar_orders</code> migration) — every order already knows its channel. No report groups by it; the dashboard's charts are all channel-blind.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">06</span>
<h2>Audit trail vs. analytics</h2>
</div>
<p class="cat-note">A distinction worth being explicit about, since it's easy to mistake one for the other.</p>
<div class="feature">
<div class="f-name">Activity log (Spatie activitylog) on core models</div>
<span class="f-status have">have</span>
<div class="f-note">Verified from source and <code>docs/lunar.md</code>'s Activity Logging section: <code>Lunar\Base\Traits\LogsActivity</code> covers Order, Cart, Product, Customer, and 15 other models, recording only dirty attributes per change under the <code>lunar</code> log name.</div>
</div>
<div class="feature">
<div class="f-name">This counts as analytics</div>
<span class="f-status missing">missing</span>
<div class="f-note">It doesn't, and isn't listed as "have" anywhere above for that reason — activity log is a per-record change history for compliance/support ("who edited this order's shipping address"), not aggregate reporting ("how much revenue this month"). No row in this survey is satisfied by activity-log data.</div>
</div>
</section>
<footer class="page">
<span>Compiled 2026-08-28 — sources cited inline: <code>docs/lunar.md</code> §Filament Panel Integration and §Activity Logging plus direct reads of <code>vendor/lunarphp/lunar/src/Filament/Widgets/Dashboard</code>, <code>vendor/lunarphp/core</code> models/migrations, and <code>3dealer/app/Providers/PanelServiceProvider.php</code> are repo-verified; Shopify/WooCommerce/PrestaShop feature claims are from web research, not repo reads.</span>
<span>boboko-core / docs</span>
</footer>
</div>
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<title>Checkout Feature Survey</title>
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<link rel="stylesheet" href="https://fonts.googleapis.com/css2?family=Fraunces:opsz,wght@9..144,400..600&family=IBM+Plex+Sans:wght@400;500;600&family=IBM+Plex+Mono:wght@400;500&display=swap">
<div class="wrap">
<header class="page">
<div class="eyebrow">boboko / checkout · competitive survey</div>
<h1>What checkout elsewhere can do that boboko can't yet</h1>
<p class="dek">
A feature-by-feature pass across Shopify, WooCommerce, and PrestaShop's checkout
layer — sourced, not recalled from memory — checked against what
<strong>Lunar's <code>Cart::createOrder()</code> / order-creation pipeline</strong>
actually supports today. Companion to the Cart survey: this starts where that one
left off — address and shipping-option capture through to a placed order. For
deciding what to design next, not a build order.
</p>
<div class="legend">
<span class="chip have">● have</span>
<span class="chip partial">◐ partial</span>
<span class="chip missing">○ missing</span>
</div>
</header>
<section class="category">
<div class="cat-head">
<span class="cat-num">01</span>
<h2>Getting to checkout</h2>
</div>
<p class="cat-note">Who's allowed to check out, and in how many steps.</p>
<div class="feature">
<div class="f-name">Guest checkout (no account required)</div>
<span class="f-status have">have</span>
<div class="f-note">Structural, not bolted-on: <code>Order.user_id</code> and <code>customer_id</code> are both nullable, and <code>ValidateCartForOrderCreation</code> never checks for either — it only requires a billing address and, if shippable, a shipping address + option. A cart with no <code>user_id</code> creates an order fine.</div>
</div>
<div class="feature">
<div class="f-name">One-page vs. multi-step checkout</div>
<span class="f-status missing">missing</span>
<div class="f-note">Pure storefront-UI concern — Lunar has no opinion here, it just exposes <code>setShippingAddress()</code>/<code>setBillingAddress()</code>/<code>setShippingOption()</code> as independent calls that a UI can sequence however it likes. WooCommerce and PrestaShop both ship one-page as a plugin/theme layer, not core, so this isn't a Lunar gap so much as storefront work still to do.</div>
</div>
<div class="feature">
<div class="f-name">Address autocomplete (type-ahead, from Google Places / Loqate)</div>
<span class="f-status missing">missing</span>
<div class="f-note">Research: cuts address-entry keystrokes by 70%+ and is a proven abandonment-reduction tactic (Google Maps Platform, Loqate). No Lunar hook for it either way — it's a storefront form concern layered on top of the same <code>setShippingAddress()</code> call.</div>
</div>
<div class="feature">
<div class="f-name">Express/accelerated checkout (Shop Pay, Apple Pay, Google Pay equivalents)</div>
<span class="f-status missing">missing</span>
<div class="f-note">Research: Shopify reports Shop Pay can lift conversion up to 50% over guest checkout, mobile especially. Lunar's <code>Payments</code> facade is driver-based (<code>Payments::driver('card')</code>) so a wallet driver is architecturally pluggable, but none ships, and there's no one-tap "skip the address form" path since address capture still runs through the standard cart-address flow first.</div>
</div>
<div class="feature">
<div class="f-name">Terms &amp; conditions acceptance at checkout</div>
<span class="f-status partial">partial</span>
<div class="f-note"><code>Order.meta</code> and <code>Cart.meta</code> are both free-form JSON columns carried straight through <code>FillOrderFromCart</code> (<code>'meta' => $cart->meta</code>) — technically able to record a timestamp/version of accepted terms today, but no dedicated field, checkbox validation, or admin display exists.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">02</span>
<h2>Order creation mechanics</h2>
</div>
<p class="cat-note">What actually happens inside <code>createOrder()</code>, verified from source.</p>
<div class="feature">
<div class="f-name">Duplicate-order prevention on repeat submits</div>
<span class="f-status have">have</span>
<div class="f-note">Two layers, both real: <code>Cart::draftOrder()</code> matches on <code>fingerprint()</code> + <code>total</code>, so re-running <code>createOrder()</code> on an unchanged cart reuses the same draft order instead of duplicating it (<code>CreateOrder::execute()</code>); once an order is placed, <code>hasCompletedOrders()</code> throws <code>DisallowMultipleCartOrdersException</code> unless <code>allowMultipleOrders</code> is explicitly passed.</div>
</div>
<div class="feature">
<div class="f-name">Draft order created before payment, finalized after</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Order::isDraft()</code>/<code>isPlaced()</code> gate on <code>placed_at</code>; <code>orders.draft_status</code> config (default <code>awaiting-payment</code>) sets the initial status. The order exists — and can be re-run through the pipeline idempotently via the fingerprint match above — before a payment driver ever authorizes anything.</div>
</div>
<div class="feature">
<div class="f-name">Order address, line, and shipping-line snapshotting from cart</div>
<span class="f-status have">have</span>
<div class="f-note">The whole <code>orders.pipelines.creation</code> chain does this explicitly — <code>FillOrderFromCart</code>, <code>CreateOrderLines</code>, <code>CreateOrderAddresses</code>, <code>CreateShippingLine</code>, <code>CleanUpOrderLines</code>, <code>MapDiscountBreakdown</code> — each copying cart state into immutable order rows rather than referencing the cart live.</div>
</div>
<div class="feature">
<div class="f-name">Address validation before order creation</div>
<span class="f-status have">have</span>
<div class="f-note"><code>ValidateCartForOrderCreation</code> requires <code>country_id</code>, <code>first_name</code>, <code>line_one</code>, <code>city</code>, <code>postcode</code> on billing always, and on shipping too unless the chosen <code>ShippingOption-&gt;collect</code> is true (in-store pickup skips a shipping address).</div>
</div>
<div class="feature">
<div class="f-name">Exchange rate and currency locked at order time</div>
<span class="f-status have">have</span>
<div class="f-note"><code>FillOrderFromCart</code> copies <code>currency_code</code> and <code>exchange_rate</code> from the cart's currency onto the order at creation — later currency-config changes don't retroactively alter placed orders.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">03</span>
<h2>Confirmation &amp; communication</h2>
</div>
<p class="cat-note">What tells the customer (and staff) an order happened.</p>
<div class="feature">
<div class="f-name">Order confirmation email on placement</div>
<span class="f-status missing">missing</span>
<div class="f-note">Surprising given how close it looks to shipping: every status in <code>config/lunar/orders.php</code> carries a <code>mailers</code> and <code>notifications</code> array, but grep across core turns up exactly one reader of that config (<code>Order::getStatusLabelAttribute()</code>, and it only reads <code>label</code>). Nothing in core ever dispatches a mailer or notification from a status change — those keys are unwired placeholders, not a working feature.</div>
</div>
<div class="feature">
<div class="f-name">Order-status-changed events</div>
<span class="f-status missing">missing</span>
<div class="f-note">Same gap as Cart's event survey found — <code>src/Events/</code> in core contains only <code>PaymentAttemptEvent</code>. No <code>OrderCreated</code>, no <code>OrderStatusUpdated</code>. Confirmation email, staff Slack ping, or customer SMS on status change all have to be built from scratch on plain Eloquent model events (<code>Order::updated()</code>), same pattern as the cart-event gap.</div>
</div>
<div class="feature">
<div class="f-name">Order tracking / status lookup for guests</div>
<span class="f-status missing">missing</span>
<div class="f-note">Research: PrestaShop's order-tracking extensions explicitly cover "non-logged-in customers track their orders." Lunar has the data (<code>Order.reference</code>, <code>status</code>, <code>OrderAddress.contact_email</code>) but no lookup mechanism — a guest with no account has no route back to their order without the confirmation email that also doesn't exist yet.</div>
</div>
<div class="feature">
<div class="f-name">New-customer detection on first order</div>
<span class="f-status have">have</span>
<div class="f-note"><code>CreateOrder::execute()</code> dispatches <code>MarkAsNewCustomer::dispatch($order->id)</code> as a queued job after every order creation — genuinely wired, unlike the mail/notification config above.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">04</span>
<h2>Abandoned checkout recovery</h2>
</div>
<p class="cat-note">Distinct from abandoned <em>cart</em> recovery (covered in the Cart survey) — this is someone who reached address/email capture and still left.</p>
<div class="feature">
<div class="f-name">Draft orders are queryable and staff-visible</div>
<span class="f-status partial">partial</span>
<div class="f-note">The data exists — <code>Order::isDraft()</code> plus the address already captured on it — but per the Cart survey's finding, there's no Filament resource for <code>Cart</code> and (unverified here, likely the same gap) no dedicated "abandoned checkout" view distinguishing a draft order with a captured address from one that never got that far.</div>
</div>
<div class="feature">
<div class="f-name">Automated recovery email (post-address-capture)</div>
<span class="f-status missing">missing</span>
<div class="f-note">Research: Shopify's built-in template fires after a shopper enters details and leaves, with editable wait time and an optional discount. boboko has strictly better raw material for this than the cart-abandonment case — a draft order after address capture always has <code>OrderAddress.contact_email</code>, where an abandoned guest cart usually has none — but nothing sends on it.</div>
</div>
<div class="feature">
<div class="f-name">Abandoned-checkout stage tracking (email captured vs. shipping selected vs. payment started)</div>
<span class="f-status missing">missing</span>
<div class="f-note">No event dispatch anywhere in the checkout pipeline (see 03) means no timestamped record of which step a checkout got to — only the current state of the draft order, not its history.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">05</span>
<h2>Pricing, tax &amp; locale at checkout</h2>
</div>
<p class="cat-note">What the customer sees the moment money is on screen.</p>
<div class="feature">
<div class="f-name">Tax-inclusive vs. tax-exclusive price display</div>
<span class="f-status have">have</span>
<div class="f-note"><code>TaxZone.price_display</code> is a first-class enum (<code>tax_inclusive</code>/<code>tax_exclusive</code>), and <code>Price::priceExTax()</code>/<code>priceIncTax()</code> both exist on the model — more complete than PrestaShop, where dual-price display is a separately-sold addon module, not core.</div>
</div>
<div class="feature">
<div class="f-name">Full tax breakdown shown at checkout (per-line, per-rate)</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Cart.taxBreakdown</code> and <code>OrderLine.tax_breakdown</code> are both populated structured objects (iterate <code>.amounts</code>), not just a lump-sum total — the data supports a itemized tax display, a storefront just has to render it.</div>
</div>
<div class="feature">
<div class="f-name">Multi-currency checkout (pay in shopper's own currency)</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Currency.exchange_rate</code> plus <code>sync_prices</code> per non-default currency, and the rate is snapshotted onto the order at creation (see 02) — the same mechanics PrestaShop needs an addon for.</div>
</div>
<div class="feature">
<div class="f-name">Multi-language checkout copy</div>
<span class="f-status partial">partial</span>
<div class="f-note">Product/collection/attribute copy is fully translatable via <code>attribute_data</code> + <code>Language</code>, but checkout itself — form labels, validation errors, status labels — is storefront-owned Laravel localization, not something Lunar's order pipeline touches either way.</div>
</div>
<div class="feature">
<div class="f-name">Click-and-collect / in-store pickup as a checkout option</div>
<span class="f-status have">have</span>
<div class="f-note"><code>ShippingOption.collect</code> is a real boolean the validator checks directly — when true, <code>ValidateCartForOrderCreation</code> skips the shipping-address requirement entirely. Modeled at the same level as the <code>collection</code> driver in the Table Rate Shipping add-on.</div>
</div>
</section>
<footer class="page">
<span>Compiled 2026-08-28 — sources cited inline; <code>vendor/lunarphp/core/src</code> reads are marked by file/class name, Shopify/WooCommerce/PrestaShop claims are marked "Research."</span>
<span>boboko-core / docs</span>
</footer>
</div>
@@ -0,0 +1,476 @@
<title>Customer Accounts Feature Survey</title>
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<div class="wrap">
<header class="page">
<div class="eyebrow">boboko / customer accounts · competitive survey</div>
<h1>What customer accounts elsewhere can do that boboko can't yet</h1>
<p class="dek">
A feature-by-feature pass across Shopify, WooCommerce, and PrestaShop's
account layer — sourced, not recalled from memory — checked against what
<strong>Lunar's <code>Customer</code>/<code>Address</code>/<code>CustomerGroup</code></strong>
models actually support today and what exists (or doesn't) in boboko-core
and 3dealer right now. For deciding what to design next, not a build order.
</p>
<div class="legend">
<span class="chip have">● have</span>
<span class="chip partial">◐ partial</span>
<span class="chip missing">○ missing</span>
</div>
</header>
<section class="category">
<div class="cat-head">
<span class="cat-num">01</span>
<h2>Whether an account exists at all</h2>
</div>
<p class="cat-note">The storefront-facing account experience, as distinct from staff/admin auth in <code>Modules\Core\Auth</code>.</p>
<div class="feature">
<div class="f-name">Customer↔User linking (data model)</div>
<span class="f-status have">have</span>
<div class="f-note">Fully modeled by Lunar core — <code>Customer::users()</code> / <code>User::customers()</code> via <code>customer_user</code> pivot (<code>LunarUser</code> trait), plus <code>User::latestCustomer()</code>.</div>
</div>
<div class="feature">
<div class="f-name">Customer record auto-created on signup</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Modules\Core\Customer\Listeners\CreateCustomerForUser</code> attaches a new <code>Customer</code> to every <code>User</code> on <code>UserCreated</code>, gated by <code>config('core.auto_create_customer_for_user')</code>.</div>
</div>
<div class="feature">
<div class="f-name">Storefront login / registration UI</div>
<span class="f-status missing">missing</span>
<div class="f-note">3dealer has no auth scaffolding at all — no Breeze/Fortify/Sanctum in <code>composer.json</code>, no <code>login</code>/<code>register</code> views, nothing in <code>routes/web.php</code>. Only <code>Modules\Core\Auth</code>'s Filament staff panel login exists.</div>
</div>
<div class="feature">
<div class="f-name">Account/profile page (name, addresses, orders)</div>
<span class="f-status missing">missing</span>
<div class="f-note">No <code>AccountController</code>, no <code>account</code>/<code>profile</code> route, no matching Blade views anywhere in 3dealer's <code>app/</code> or <code>resources/views</code> — confirmed by exhaustive grep.</div>
</div>
<div class="feature">
<div class="f-name">Account nav link in header</div>
<span class="f-status missing">missing</span>
<div class="f-note"><code>resources/views/components/header.blade.php</code> has a cart icon and a search button but no account/login link at all — not even a dead one. The cart icon itself links to <code>/cart</code>, which also has no matching route, matching this codebase's known stubbed-UI pattern.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">02</span>
<h2>Order history &amp; tracking</h2>
</div>
<p class="cat-note">Letting a customer see and follow their own orders without contacting support.</p>
<div class="feature">
<div class="f-name">Order history data (per customer)</div>
<span class="f-status have">have</span>
<div class="f-note">Fully modeled — <code>Customer::orders()</code> and <code>User::orders()</code> both exist (<code>Lunar\Models\Order</code>), with <code>status</code>, line items, addresses, and transactions already relational.</div>
</div>
<div class="feature">
<div class="f-name">Self-service order history / status page</div>
<span class="f-status missing">missing</span>
<div class="f-note">No storefront route or controller reads <code>Order</code> for a logged-in customer — the data exists, nothing surfaces it. Shopify's rebuilt (2026) customer-accounts UI and PrestaShop's order-detail tracking page are both native; WooCommerce ships this in My Account by default.</div>
</div>
<div class="feature">
<div class="f-name">Shipment tracking numbers surfaced to customer</div>
<span class="f-status missing">missing</span>
<div class="f-note">No tracking-number field found on <code>Order</code>/<code>OrderLine</code>/shipping models in <code>vendor/lunarphp/core</code>; PrestaShop's tracking module patches this same gap with a third-party add-on, so it isn't a "native everywhere" bar either.</div>
</div>
<div class="feature">
<div class="f-name">Reorder / buy-again from order history</div>
<span class="f-status missing">missing</span>
<div class="f-note">Needs an order-history UI to exist first (see above) plus a "re-add these lines to cart" action — Lunar's <code>Cart::add()</code> already supports the mechanics, nothing wires an <code>Order</code> line back into a new cart.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">03</span>
<h2>Saved addresses</h2>
</div>
<p class="cat-note">What a returning customer doesn't have to retype.</p>
<div class="feature">
<div class="f-name">Multiple saved addresses per customer</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Customer::addresses()</code> (<code>HasMany</code>) — <code>Lunar\Models\Address</code> has no cap on count.</div>
</div>
<div class="feature">
<div class="f-name">Separate default shipping / billing address</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Address::shipping_default</code> and <code>billing_default</code> booleans; <code>AddressObserver</code> auto-unsets the previous default when a new one is flagged, so only one of each can be true at a time.</div>
</div>
<div class="feature">
<div class="f-name">Self-service address book (add/edit/delete UI)</div>
<span class="f-status missing">missing</span>
<div class="f-note">Only Filament's staff-facing <code>AddressRelationManager</code> (<code>src/Customer/RelationManagers/AddressRelationManager.php</code>) touches addresses today — that's an admin back-office view, not a storefront one. No customer-facing CRUD exists.</div>
</div>
<div class="feature">
<div class="f-name">Address autocomplete / validation at entry</div>
<span class="f-status missing">missing</span>
<div class="f-note">Nothing in <code>lunarphp/core</code> or boboko-core wires a geocoding/validation service — this is a storefront-only concern layered on top of the plain <code>line_one</code>…<code>postcode</code> fields.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">04</span>
<h2>Login &amp; identity</h2>
</div>
<p class="cat-note">How a customer gets in, and how forgiving that path is.</p>
<div class="feature">
<div class="f-name">Email + password login</div>
<span class="f-status missing">missing</span>
<div class="f-note">No storefront auth guard/routes configured — see 01. <code>Modules\Core\Auth\Services\OtpService</code>/<code>UserOtpService</code> exist but are wired to staff/Filament login, not a customer-facing flow.</div>
</div>
<div class="feature">
<div class="f-name">Passwordless / magic-link / OTP login</div>
<span class="f-status partial">partial</span>
<div class="f-note"><code>UserOtpService</code> and <code>UserOtpMail</code> already implement an OTP-by-email mechanism for the staff panel — the building block for a customer-facing passwordless flow exists, just not exposed to a storefront route. Shopify ships this as sign-in links (6-digit email code) by default in its 2026 customer accounts.</div>
</div>
<div class="feature">
<div class="f-name">Social login (Google / Apple / Facebook)</div>
<span class="f-status missing">missing</span>
<div class="f-note">No <code>laravel/socialite</code> in either <code>composer.json</code>. Shopify offers Google/Facebook sign-in and "Sign in with Shop" natively; this would be a from-scratch integration here.</div>
</div>
<div class="feature">
<div class="f-name">Guest checkout → account conversion</div>
<span class="f-status missing">missing</span>
<div class="f-note">No storefront checkout flow exists yet in 3dealer to convert from — this depends on checkout being built before it's meaningful. Lunar's <code>Cart::user_id</code>/<code>customer_id</code> nullable-until-claimed design would support it once a checkout and account UI exist.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">05</span>
<h2>Payments &amp; saved methods</h2>
</div>
<p class="cat-note">Whether a returning customer can skip re-entering card details.</p>
<div class="feature">
<div class="f-name">Saved payment methods on account</div>
<span class="f-status missing">missing</span>
<div class="f-note">No tokenized-card storage model found in <code>lunarphp/core</code> or boboko-core's payment integration. Even Shopify gates this behind Enterprise; WooCommerce's version depends entirely on gateway-level tokenization (e.g. Stripe), not a core feature.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">06</span>
<h2>Wishlist &amp; saved items</h2>
</div>
<p class="cat-note">Keeping track of products outside the cart.</p>
<div class="feature">
<div class="f-name">Wishlist / saved-for-later products</div>
<span class="f-status missing">missing</span>
<div class="f-note">No <code>wishlist</code> model, table, or reference anywhere in <code>src/</code> or <code>vendor/lunarphp</code> — grep confirms zero hits. Shopify also has no native wishlist (third-party apps like Flits fill the gap); WooCommerce/PrestaShop are the same story via plugins, so this is a genuinely common gap, not a boboko-specific one.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">07</span>
<h2>Groups, pricing &amp; B2B</h2>
</div>
<p class="cat-note">Where boboko is already ahead of a typical single-tenant storefront — Lunar's <code>CustomerGroup</code> does real work here.</p>
<div class="feature">
<div class="f-name">Customer groups for differentiated pricing/visibility</div>
<span class="f-status have">have</span>
<div class="f-note"><code>CustomerGroup</code> model plus <code>HasCustomerGroups</code> trait — <code>Product::customerGroup()</code> scope and <code>Price</code>'s polymorphic customer-group awareness are both real, shipped behavior, not scaffolding.</div>
</div>
<div class="feature">
<div class="f-name">Scheduled group availability (time-boxed access)</div>
<span class="f-status have">have</span>
<div class="f-note"><code>HasCustomerGroups::scheduleCustomerGroup()</code> / <code>unscheduleCustomerGroup()</code>, backed by <code>CanScheduleAvailability</code> — supports a <code>starts_at</code>/<code>ends_at</code> window per group, e.g. early access for wholesale.</div>
</div>
<div class="feature">
<div class="f-name">Multi-user company / B2B accounts</div>
<span class="f-status partial">partial</span>
<div class="f-note"><code>Customer::users()->sync([...])</code> already supports attaching several <code>User</code>s to one <code>Customer</code> record — the data model allows a shared company account today, but nothing (invite flow, role/permission split between company users, storefront switch-account UI) is built on top of it. PrestaShop's "Multi-User Customer Account" add-on is the closest native comparison, and it's a paid third-party module there too.</div>
</div>
<div class="feature">
<div class="f-name">Self-service customer-group selection at registration</div>
<span class="f-status missing">missing</span>
<div class="f-note">Groups exist and are assignable (<code>HasCustomerGroups::bootHasCustomerGroups()</code> auto-syncs default groups on creation), but nothing lets a customer request/select a group like "wholesale" at signup — that's currently a staff-only Filament action via <code>CustomerResourceExtension</code>.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">08</span>
<h2>Loyalty, retention &amp; data rights</h2>
</div>
<p class="cat-note">Longer-tail account features — noted for completeness, not depth (data rights specifically overlaps a separate Privacy survey).</p>
<div class="feature">
<div class="f-name">Loyalty / rewards points program</div>
<span class="f-status missing">missing</span>
<div class="f-note">No points/loyalty model anywhere in <code>lunarphp/core</code> or boboko-core — <code>Discount</code>'s <code>BuyXGetY</code> type is the closest primitive, but it's a promo mechanic, not an accruing balance. PrestaShop and WooCommerce both rely on third-party modules for this too (Knowband, Webkul, Yith).</div>
</div>
<div class="feature">
<div class="f-name">Self-service data export / account deletion</div>
<span class="f-status missing">missing</span>
<div class="f-note">The only related tool is <code>boboko:anonymize</code> — a local-environment-only dev command that scrubs <code>users</code>/<code>lunar_customers</code> for testing, not a customer-facing GDPR flow. WooCommerce's closest native equivalent is also a paid add-on (Data Privacy Manager); flagged briefly here, full treatment belongs to the separate Privacy survey.</div>
</div>
<div class="feature">
<div class="f-name">Subscription / recurring-order management</div>
<span class="f-status missing">missing</span>
<div class="f-note">No subscription model, billing-cycle field, or recurring-cart concept found in <code>lunarphp/core</code>. This is WooCommerce Subscriptions/Shopify-app territory on the platforms researched too — not a core-package feature anywhere.</div>
</div>
</section>
<footer class="page">
<span>Compiled 2026-08-28 — chips backed by web research (Shopify/WooCommerce/PrestaShop feature claims) are noted inline by platform name; all other claims are direct reads of <code>vendor/lunarphp/core/src</code>, boboko-core's <code>src/</code>, and 3dealer's <code>app/</code>/<code>resources/views</code>/<code>routes</code>.</span>
<span>boboko-core / docs</span>
</footer>
</div>
+527
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@@ -0,0 +1,527 @@
<title>Discounts Feature Survey</title>
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<div class="sheet">
<header class="title-block">
<p class="eyebrow">boboko-core &middot; competitive spec sheet</p>
<h1>What discounts &amp; promotions elsewhere can do that boboko can&rsquo;t yet</h1>
<p class="lede">A feature-by-feature audit of Lunar's <code style="font-family:'IBM Plex Mono',monospace;background:var(--accent-soft);color:var(--accent);padding:1px 5px;border-radius:3px;font-size:0.85em;">Discount</code> engine against promotion tooling in Shopify, WooCommerce, and PrestaShop. Each row is graded against the underlying Lunar source, not the docs.</p>
<div class="legend">
<span class="chip have">have</span>
<span class="chip partial">partial</span>
<span class="chip missing">missing</span>
</div>
</header>
<section class="category">
<div class="cat-head">
<span class="cat-num">01</span>
<h2 class="cat-title">Core discount mechanics</h2>
</div>
<p class="cat-note">The two shipped discount types and the machinery that decides whether they fire.</p>
<div class="rows">
<div class="row">
<div class="row-head">
<span class="feat-name">Percentage / fixed-amount off cart or line items</span>
<span class="chip have">have</span>
</div>
<p class="ground">Built in as <code>Lunar\DiscountTypes\AmountOff</code>. <code>applyPercentage()</code> and <code>applyFixedValue()</code> distribute the discount across eligible lines, tracking per-currency fixed values (<code>data.fixed_values.{code}</code>) so the amount is currency-aware, not a single converted number.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Buy X get Y (free or discounted)</span>
<span class="chip have">have</span>
</div>
<p class="ground">Built in as <code>Lunar\DiscountTypes\BuyXGetY</code>. Condition lines and reward lines are configured separately via <code>discountableConditions</code>/<code>discountableRewards</code>; <code>getRewardQuantity()</code> computes how many reward units a given condition quantity earns, with an optional <code>max_reward_qty</code> cap.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Coupon-code discounts</span>
<span class="chip have">have</span>
</div>
<p class="ground"><code>checkDiscountConditions()</code> compares <code>strtoupper($cart-&gt;coupon_code)</code> against <code>$discount-&gt;coupon</code>; <code>Discounts::validateCoupon()</code> exposes a standalone check. Coupon is cast via <code>CouponString</code> on the model.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Automatic (no-code) discounts</span>
<span class="chip have">have</span>
</div>
<p class="ground">A blank <code>coupon</code> column makes a discount apply to every eligible cart with no code entered &mdash; <code>DiscountManager::getDiscounts()</code> queries <code>whereNull('coupon')-&gt;orWhere('coupon', '')</code> when the cart carries no coupon code.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Minimum cart spend condition</span>
<span class="chip have">have</span>
</div>
<p class="ground"><code>checkDiscountConditions()</code> reads <code>data.min_prices.{currency}</code> and compares it against <code>$lines-&gt;sum('subTotal.value')</code>. Configurable per-currency in the admin form's "Minimum cart amount" fieldset &mdash; but only enforced by <code>AmountOff</code>, see row below.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Scoping to products, variants, collections, brands (incl. exclusions)</span>
<span class="chip have">have</span>
</div>
<p class="ground"><code>AmountOff::getEligibleLines()</code> filters/rejects cart lines against <code>discountableLimitations</code>/<code>discountableExclusions</code> plus <code>collections()</code>/<code>brands()</code> pivot rows typed <code>limitation</code> or <code>exclusion</code>. Configured through five separate Filament relation managers on the discount record.</p>
</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">02</span>
<h2 class="cat-title">Timing, status, and usage limits</h2>
</div>
<p class="cat-note">Whether a discount is currently live, and how hard its usage caps are enforced.</p>
<div class="rows">
<div class="row">
<div class="row-head">
<span class="feat-name">Scheduled / expiring discount windows</span>
<span class="chip have">have</span>
</div>
<p class="ground"><code>Discount::getStatusAttribute()</code> derives <code>active</code>/<code>pending</code>/<code>expired</code>/<code>scheduled</code> from <code>starts_at</code>/<code>ends_at</code>; the Filament table badges this status column directly (green/gray/red/blue via <code>DiscountResource::getTableColumns()</code>).</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Global max-uses cap</span>
<span class="chip have">have</span>
</div>
<p class="ground"><code>Discount::scopeUsable()</code> filters query-side (<code>uses &lt; max_uses OR max_uses IS NULL</code>) before a discount is even fetched; <code>checkDiscountConditions()</code> re-checks it in <code>AmountOff</code>. <code>markAsUsed()</code> increments <code>uses</code> and attaches the user via <code>discount_user</code>.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Per-user max-uses cap</span>
<span class="chip partial">partial</span>
</div>
<p class="ground"><code>checkDiscountConditions()</code> calls <code>usesByUser()</code> only when <code>$cart-&gt;user</code> exists &mdash; a guest checkout cannot be capped per-customer since there's no <code>user_id</code> to key against, only <code>customer_id</code>. Wholesale/B2B carts often complete without a Laravel <code>User</code> attached, so the cap silently no-ops for them.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Usage/eligibility checks on Buy X Get Y</span>
<span class="chip missing">missing</span>
</div>
<p class="ground"><code>BuyXGetY::apply()</code> never calls <code>checkDiscountConditions()</code> &mdash; grep the method body, it's absent. A coupon-gated, min-spend-gated, or max-uses-capped BOGO discount ignores all three conditions; only the min-quantity/reward math runs. <code>AmountOff::apply()</code> calls it correctly by contrast.</p>
</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">03</span>
<h2 class="cat-title">Multiple discounts, priority, and stacking</h2>
</div>
<p class="cat-note">What happens when more than one discount could legally apply to the same cart.</p>
<div class="callout">
<strong>The <code>stop</code> field is dead code.</strong> It's a real column, cast as boolean on the model, and it's a live toggle in the Filament admin form (<code>DiscountResource::getStopFormComponent()</code>) &mdash; but a repo-wide grep of both <code>lunarphp/core</code> and <code>lunarphp/lunar</code> for reads of <code>$discount-&gt;stop</code> outside the model and the form turns up nothing. <code>DiscountManager::apply()</code> is a plain unconditional <code>foreach</code> over every fetched discount; nothing ever breaks the loop. Staff can toggle a setting that has zero runtime effect.
</div>
<div class="rows">
<div class="row">
<div class="row-head">
<span class="feat-name">Priority ordering between discounts</span>
<span class="chip have">have</span>
</div>
<p class="ground"><code>DiscountManager::getDiscounts()</code> ends with <code>orderBy('priority', 'desc')-&gt;orderBy('id')</code>, and the admin form exposes low/medium/high (1/5/10) presets. This genuinely controls apply order.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Stopping further discounts once one applies ("exclusive" discount)</span>
<span class="chip missing">missing</span>
</div>
<p class="ground">See callout above &mdash; <code>stop</code> is unread at runtime. Every active, eligible discount is applied every time; there is no way to make one discount exclusive of the rest short of writing a custom <code>AbstractDiscountType</code> that inspects <code>$cart-&gt;discounts</code> itself.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Per-class combination rules (product vs. order vs. shipping discounts)</span>
<span class="chip missing">missing</span>
</div>
<p class="ground">Shopify models discounts as Product/Order/Shipping classes with an explicit "Combines with" toggle per pair. Lunar has no discount class concept at all &mdash; <code>AmountOff</code> and <code>BuyXGetY</code> are the only two types and neither declares a class or combination policy.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Customer-facing stacking transparency (which discounts combined, and why)</span>
<span class="chip partial">partial</span>
</div>
<p class="ground"><code>$cart-&gt;discountBreakdown</code> (a collection of <code>DiscountBreakdown</code> value objects, one per applied discount with its affected lines) gives a storefront the raw data to render "2 promotions applied," but no UI ships to render it &mdash; it's a data structure a storefront app must build its own component against.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">"Best deal wins" line-level conflict resolution</span>
<span class="chip have">have</span>
</div>
<p class="ground">Both <code>AmountOff::applyFixedValue()</code> and <code>applyPercentage()</code> explicitly skip a line when <code>$line-&gt;discountTotal-&gt;value &gt; $amount</code> &mdash; "if this line already has a greater discount value, don't add this one as they already have a better deal." This is a real per-line max-discount guard, just not a whole-cart exclusivity rule.</p>
</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">04</span>
<h2 class="cat-title">Volume, tiers, and bundles</h2>
</div>
<p class="cat-note">"Buy more, save more" mechanics &mdash; and the separate pricing layer that actually implements some of them in Lunar.</p>
<div class="callout">
<strong>Tiered/volume pricing exists &mdash; but it's not a <code>Discount</code>.</strong> <code>PricingManager::get()</code> filters a purchasable's <code>Price</code> rows for <code>min_quantity &gt; 1 AND $this-&gt;qty &gt;= $price-&gt;min_quantity</code> and picks the cheapest matching price break. This is quantity-break pricing baked into the price table itself, resolved at <code>Pricing::for($variant)-&gt;qty($n)-&gt;get()</code> time &mdash; it never touches the <code>Discount</code> model, coupon system, or discount breakdown at all. A storefront gets the discounted unit price with no visible "discount applied" line.
</div>
<div class="rows">
<div class="row">
<div class="row-head">
<span class="feat-name">Per-SKU quantity price breaks</span>
<span class="chip have">have</span>
</div>
<p class="ground">Via the <code>Price</code> model's <code>min_quantity</code>/pricing pipeline described above, not <code>Discount</code>. Configured directly on product variant pricing in the admin, no separate promotion object needed.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Cart-wide tiered discount ("spend $100, save 10%; spend $200, save 20%")</span>
<span class="chip missing">missing</span>
</div>
<p class="ground"><code>AmountOff</code> takes one flat percentage or fixed value per discount record; there is no multi-tier threshold structure in <code>data</code>. Reaching this today means creating several separate <code>Discount</code> rows, each with its own <code>min_prices</code> floor, and hoping only the intended one wins (compounded by the <code>stop</code> gap in section 03).</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Bundle / kit discount (buy this set, get a fixed bundle price)</span>
<span class="chip missing">missing</span>
</div>
<p class="ground">No bundle or kit concept anywhere in <code>lunarphp/core</code>'s catalog or discount models. Shopify/WooCommerce/PrestaShop all support this via dedicated bundle apps or plugins layered on the same primitive Lunar lacks &mdash; a discount keyed to a co-purchased product set rather than any single line.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Free-gift-with-purchase (a distinct SKU added free, not a percentage off an existing line)</span>
<span class="chip have">have</span>
</div>
<p class="ground"><code>BuyXGetY</code>'s <code>automatically_add_rewards</code> flag drives <code>processAutomaticRewards()</code>, which inserts a brand-new <code>CartLine</code> for a randomly selected reward product and zeroes its price via <code>discountTotal</code>. <code>$cart-&gt;freeItems</code> tracks which purchasables were added this way.</p>
</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">05</span>
<h2 class="cat-title">Customer targeting</h2>
</div>
<p class="cat-note">Lunar has two genuinely different mechanisms here that solve overlapping-looking problems &mdash; conflating them is the easiest mistake to make.</p>
<div class="callout">
<strong><code>CustomerGroup</code> pricing and <code>Discount</code> customer-group scoping are not the same feature.</strong> <code>Pricing::for($variant)-&gt;customerGroups($groups)-&gt;get()</code> resolves a <em>different base price</em> per customer group directly from the <code>Price</code> table (wholesale sees $8, retail sees $10 &mdash; two rows, no discount object, no coupon, nothing to "apply"). <code>Discount::customerGroups()</code> is a separate pivot (<code>customer_group_discount</code>, via the <code>HasCustomerGroups</code> trait) that scopes whether a <em>promotion</em> is visible/enabled to a group at all, with its own <code>starts_at</code>/<code>ends_at</code>/<code>enabled</code>/<code>visible</code> per-pivot-row scheduling. One is differential pricing; the other is promotion eligibility. Both exist and both work, but they're wired into completely separate code paths.
</div>
<div class="rows">
<div class="row">
<div class="row-head">
<span class="feat-name">Differential pricing per customer group (wholesale/VIP base price)</span>
<span class="chip have">have</span>
</div>
<p class="ground"><code>PricingManager::get()</code>: <code>$potentialGroupPrice</code> filters <code>Price</code> rows with a matching <code>customer_group_id</code> and picks the cheapest; falls back to <code>$basePrice</code> when no group price exists.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Restricting a discount/coupon to specific customer groups</span>
<span class="chip have">have</span>
</div>
<p class="ground"><code>DiscountManager::getDiscounts()</code> applies <code>-&gt;customerGroup($this-&gt;customerGroups)</code> via the shared <code>HasCustomerGroups</code> trait's <code>scopeCustomerGroup()</code>, configured on the discount's own "Availability" sub-page (<code>ManageDiscountAvailability</code>) alongside channel restriction.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Restricting a discount to specific named customers</span>
<span class="chip have">have</span>
</div>
<p class="ground"><code>Discount::customers()</code> pivot (<code>customer_discount</code>), checked in <code>checkDiscountConditions()</code>: if the discount has any tied customers, a cart without a matching <code>customer_id</code> fails eligibility outright. Managed via <code>CustomerLimitationRelationManager</code> in the admin.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">First-purchase / welcome discount</span>
<span class="chip missing">missing</span>
</div>
<p class="ground">Lunar does compute an order-level <code>new_customer</code> boolean (<code>Jobs\Orders\MarkAsNewCustomer</code>, <code>! $previousOrder</code>) &mdash; but it's a post-order reporting flag surfaced only in the Filament order table/dashboard chart. Nothing reads it during <code>ApplyDiscounts</code>; there's no "is this customer's first order" condition available to a <code>Discount</code> at checkout time.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Referral discounts (reward both referrer and referee)</span>
<span class="chip missing">missing</span>
</div>
<p class="ground">No referral concept anywhere in <code>lunarphp/core</code> or <code>lunarphp/lunar</code> &mdash; not a model, job, or config key. Common as a bolt-on in WooCommerce/Shopify via loyalty apps (e.g. WPLoyalty's referral-points module); would need to be built from scratch on top of <code>Discount::customers()</code> at best.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Loyalty points redeemable as a discount</span>
<span class="chip missing">missing</span>
</div>
<p class="ground">No points ledger, balance, or redemption model exists in Lunar core. A loyalty program (points-to-discount conversion, VIP-tier multipliers) is a third-party plugin layer in every researched competitor, not core commerce logic &mdash; same gap here, but Lunar offers no <code>AbstractDiscountType</code> hook obviously suited to "redeem N points" either, since discount eligibility has no notion of a spendable balance.</p>
</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">06</span>
<h2 class="cat-title">Extensibility</h2>
</div>
<p class="cat-note">What it takes to reach a feature Lunar doesn't ship, without forking the package.</p>
<div class="rows">
<div class="row">
<div class="row-head">
<span class="feat-name">Registering a custom discount type</span>
<span class="chip have">have</span>
</div>
<p class="ground"><code>Discounts::addType(MyType::class)</code> appends to <code>DiscountManager::$types</code> (seeded with just <code>AmountOff::class, BuyXGetY::class</code>). A new type extends <code>AbstractDiscountType</code> and implements <code>apply(CartContract $cart)</code> &mdash; the same contract the two built-ins use, so it participates in the same unconditional-foreach loop from section 03.</p>
</div>
<div class="row">
<div class="row-head">
<span class="feat-name">Admin UI for a custom discount type</span>
<span class="chip partial">partial</span>
</div>
<p class="ground">Requires additionally implementing <code>Lunar\Admin\Base\LunarPanelDiscountInterface</code> (<code>lunarPanelSchema()</code>/<code>lunarPanelOnFill()</code>/<code>lunarPanelOnSave()</code>) for <code>DiscountResource::getDefaultForm()</code> to render a config section for it. The interface exists and is wired in, but there is no shipped example implementation to copy from beyond <code>AmountOff</code>/<code>BuyXGetY</code>, which are hard-coded into the form rather than using the interface themselves.</p>
</div>
</div>
</section>
<footer>
<p>Compiled 2026-08-28 &middot; boboko-core / docs</p>
<p>Section 01&ndash;03 and 05&ndash;06 rows are grounded directly in <code>vendor/lunarphp/core/src</code> and <code>vendor/lunarphp/lunar/src</code> source reads (file/method citations inline). Section 02's per-user cap and section 04's pricing-vs-discount distinction are likewise direct source reads. Comparative claims about Shopify, WooCommerce, and PrestaShop feature sets and terminology (discount classes, cart-rule compatibility, loyalty/referral plugins) are sourced from current public documentation and app-store listings via web research, not from reading those platforms' source.</p>
</footer>
</div>
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<title>Order Feature Survey</title>
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<div class="wrap">
<header class="page">
<div class="eyebrow">boboko / order · competitive survey</div>
<h1>What order management elsewhere can do that boboko can't yet</h1>
<p class="dek">
Where the Checkout survey stopped — the instant <code>Order</code> exists — this
one starts. A feature-by-feature pass across Shopify, WooCommerce, PrestaShop, and
(briefly) Magento's post-placement order layer — sourced, not recalled from memory —
checked against what <strong>Lunar's <code>Order</code> model and the
already-shipped Filament <code>ManageOrder</code> page</strong> actually support
today. For deciding what the new <code>Order</code> module needs to own, not a
build order.
</p>
<div class="legend">
<span class="chip have">● have</span>
<span class="chip partial">◐ partial</span>
<span class="chip missing">○ missing</span>
</div>
</header>
<section class="category">
<div class="cat-head">
<span class="cat-num">01</span>
<h2>Status model</h2>
</div>
<p class="cat-note">One field, or several axes — and who's allowed to move it.</p>
<div class="feature">
<div class="f-name">Payment status independent of a single overall status</div>
<span class="f-status partial">partial</span>
<div class="f-note">The data exists — <code>ManageOrder::paymentStatus()</code> derives a real value from <code>transactions()</code>/<code>captureTotal()</code>/<code>refundTotal()</code>/<code>intentTotal()</code> — but it's a computed display value on the admin page, not a stored column or something the rest of the system (mailers, automations) can key off. Shopify and Magento both make payment status a first-class, independently-queryable dimension; here it's derived on the fly, once, in one Filament page.</div>
</div>
<div class="feature">
<div class="f-name">Fulfillment status independent of overall status</div>
<span class="f-status missing">missing</span>
<div class="f-note">No equivalent of <code>paymentStatus()</code> exists for shipment/fulfillment state — <code>Order</code> has no <code>shipments()</code> relation of its own at all; it's added dynamically by <code>Modules\Core\Shipping\Providers\ShippingServiceProvider::resolveRelationUsing()</code>, outside Order's own boundary (see docs/checkout.md, "Where Order would likely absorb work"). Every platform researched (Shopify, Woo, PrestaShop, Magento) treats "has this shipped" as derivable from child records, not a manually-set field — Lunar has the child records (<code>Shipment</code>) but no derived status method reading them.</div>
</div>
<div class="feature">
<div class="f-name">Staff-editable order status with a picker/action</div>
<span class="f-status have">have</span>
<div class="f-note"><code>ManageOrder</code> ships a working <code>UpdateStatusAction</code> out of the box, backed by <code>config('lunar.orders.statuses')</code> — a flat, merchant-configured list, each entry carrying a <code>label</code>/<code>color</code>/<code>favourite</code> flag. Closer to WooCommerce's single linear field than Shopify's multi-axis split.</div>
</div>
<div class="feature">
<div class="f-name">Status rows carry behavior (auto-send email, generate invoice, restock)</div>
<span class="f-status partial">partial</span>
<div class="f-note">Each status entry in <code>config('lunar.orders.statuses')</code> already declares <code>mailers</code> and <code>notifications</code> arrays — the PrestaShop-style shape is there in config — but per the Checkout survey's finding, nothing in core actually reads and dispatches from those keys on a transition. The data model for "status carries behavior" exists; the behavior doesn't.</div>
</div>
<div class="feature">
<div class="f-name">Order-status-changed event other code can react to</div>
<span class="f-status missing">missing</span>
<div class="f-note">Same gap the Checkout survey flagged for order creation: no <code>OrderStatusUpdated</code>/equivalent exists anywhere in core. <code>UpdateStatusAction</code> just writes the column. Anything wanting to react to a status change — a confirmation email, a webhook, re-deriving payment/fulfillment status — has to hook the raw Eloquent <code>Order::updated()</code> event and diff <code>status</code> itself.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">02</span>
<h2>Fulfillment &amp; shipment tracking</h2>
</div>
<p class="cat-note">Turning a placed order into a package that moves.</p>
<div class="feature">
<div class="f-name">Shipment as its own record, separate from the order</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Modules\Core\Shipping\Models\Shipment</code> (carrier, tracking reference, label-printed timestamp, manifest reference) already exists and belongs to <code>Order</code>. Built this session, ahead of most gaps in this survey — the record shape is closer to Magento's per-shipment entity than Woo's "no shipment entity at all."</div>
</div>
<div class="feature">
<div class="f-name">Multiple shipments per order (partial/split fulfillment)</div>
<span class="f-status partial">partial</span>
<div class="f-note"><code>Shipment</code> has no <code>quantity</code>-per-line or <code>order_line_id</code> concept — it's one shipment record per carrier voucher, with a <code>parent_reference</code> for ACS's own multipart-voucher case (one physical order split into multiple packages by the carrier), not a per-line-item fulfillment split decided by staff. Closer to "multiple packages for one shipment" than Magento's true per-line partial-shipment model.</div>
</div>
<div class="feature">
<div class="f-name">Create-shipment action from the order admin screen</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Modules\Core\Shipping\Extensions\OrderViewExtension</code> adds a working "Create Shipment" header action to <code>ManageOrder</code>, resolving a <code>CarrierFulfillmentInterface</code> by the order's chosen shipping method and calling <code>createShipment()</code> — genuinely wired, not a stub. Currently lives under <code>Shipping</code>, flagged in docs/checkout.md as conceptually an <code>Order</code> concern.</div>
</div>
<div class="feature">
<div class="f-name">Tracking number + carrier surfaced on the order itself</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Shipment.tracking_reference</code>/<code>carrier</code> exist and are populated by <code>createShipment()</code>; <code>PollShipmentTrackingJob</code> (scheduled every 30 minutes) keeps <code>ShipmentInfo</code> checkpoints current via <code>CarrierFulfillmentInterface::trackShipment()</code>. Genuinely ahead of PrestaShop's thin <code>order_carrier.tracking_number</code> field — this has a real checkpoint history, not just one string.</div>
</div>
<div class="feature">
<div class="f-name">"Shipped"/"delivered" status auto-derived from tracking</div>
<span class="f-status missing">missing</span>
<div class="f-note">The tracking checkpoints exist (<code>ShipmentInfo</code>, <code>TrackingStatus</code> enum including <code>Delivered</code>) but nothing writes them back onto <code>Order.status</code> — a delivered shipment doesn't move the order out of whatever status it was already in. Every platform researched treats "delivered" as a status a customer/staff can see on the order, not something buried one relation away.</div>
</div>
<div class="feature">
<div class="f-name">Shipping/delivery notification emails (shipped, out-for-delivery, delivered)</div>
<span class="f-status missing">missing</span>
<div class="f-note">Research: Shopify fires four separate templated notifications across this window alone (shipping confirmation, out-for-delivery, delivered, plus edited-order). None of the pieces exist here — no order-status-changed event (01) to trigger from, and no mailer wired to <code>PollShipmentTrackingJob</code>'s own status updates either.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">03</span>
<h2>Payments: capture, refund, cancellation</h2>
</div>
<p class="cat-note">Money moving back out, and orders that never should have been placed.</p>
<div class="feature">
<div class="f-name">Refund action from the order screen, amount-scoped</div>
<span class="f-status have">have</span>
<div class="f-note"><code>ManageOrder</code>'s <code>refund</code> action already exists — picks a transaction, an amount (validated against <code>availableToRefund()</code>), and notes, then calls the driver's own <code>Transaction::refund()</code>. This is genuinely native, matching Woo/Magento's line-item-adjacent (if not line-item-exact) refund UX.</div>
</div>
<div class="feature">
<div class="f-name">Capture action for auth-then-capture payment flows</div>
<span class="f-status have">have</span>
<div class="f-note"><code>ManageOrder</code>'s <code>capture</code> action + <code>requiresCapture()</code>/<code>canBeRefunded()</code> guard methods already exist, delegating to <code>Transaction::capture()</code> — this is the Stripe "authorize now, capture later" flow's admin-side half, already built ahead of most gaps here.</div>
</div>
<div class="feature">
<div class="f-name">Refund tied to specific line items (not just a dollar amount)</div>
<span class="f-status missing">missing</span>
<div class="f-note">The refund action takes a transaction + amount, with no line-item selection or restock decision — WooCommerce and Magento both make "which items, how many, restock or not" the primary refund UI; here it's one number against one transaction, closer to a manual adjustment than a structured partial return.</div>
</div>
<div class="feature">
<div class="f-name">Order cancellation as a distinct action (vs. just changing status)</div>
<span class="f-status missing">missing</span>
<div class="f-note">No dedicated "cancel" action exists on <code>ManageOrder</code> — a cancellation today would just be picking a "cancelled"-labeled entry from the generic status dropdown (01), with no automatic refund trigger, no stock-release logic, and no distinction from any other manual status edit.</div>
</div>
<div class="feature">
<div class="f-name">Refund/capture reflected back into an order-level payment status</div>
<span class="f-status partial">partial</span>
<div class="f-note">Same gap as 01's payment-status finding — <code>paymentStatus()</code> recomputes correctly from transactions when the admin page loads, but a refund doesn't push the order into a <code>refunded</code>/<code>partially-refunded</code> overall status the way Shopify's <code>displayFinancialStatus</code> does automatically.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">04</span>
<h2>Returns (RMA)</h2>
</div>
<p class="cat-note">The one area every researched platform treats as optional, not core.</p>
<div class="feature">
<div class="f-name">Return-merchandise-authorization flow (customer requests, staff approves)</div>
<span class="f-status missing">missing</span>
<div class="f-note">No <code>Return</code>/RMA model, status set, or request flow exists anywhere in this codebase. Consistent with the research: Shopify is the only platform of the four with this genuinely native; PrestaShop ships it off-by-default; Magento gates it behind the paid Adobe Commerce tier; WooCommerce lacks it entirely. Safe to treat as a real gap, not an urgent one.</div>
</div>
<div class="feature">
<div class="f-name">Return shipping label generation</div>
<span class="f-status missing">missing</span>
<div class="f-note">Depends entirely on the RMA flow above existing first — <code>CarrierFulfillmentInterface</code> already has the label-printing primitive (<code>printLabel()</code>) a return label would reuse, so the carrier-side plumbing isn't the blocker, the RMA request/approval model is.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">05</span>
<h2>Order editing</h2>
</div>
<p class="cat-note">Changing a placed order — and where every platform draws the line.</p>
<div class="feature">
<div class="f-name">Editing guardrails keyed to fulfillment state</div>
<span class="f-status missing">missing</span>
<div class="f-note">No line-item add/remove exists on a placed order at all today (unlike Shopify/Woo/PrestaShop, which all allow it up to some fulfillment-keyed cutoff, then force a return instead) — so there's no guardrail to speak of yet because there's no editing to guard. Whatever gets built here should key the cutoff to <code>Shipment</code> existing, per the pattern all four researched platforms converge on.</div>
</div>
<div class="feature">
<div class="f-name">Editable shipping/billing address after placement</div>
<span class="f-status missing">missing</span>
<div class="f-note"><code>OrderAddress</code> rows are snapshotted at creation (see Checkout survey, 02) and nothing in <code>ManageOrder</code> exposes editing them afterward — every platform researched treats address edits as lower-risk than line-item edits and allows them more freely; this codebase currently allows neither.</div>
</div>
<div class="feature">
<div class="f-name">Tag editing on a placed order</div>
<span class="f-status have">have</span>
<div class="f-note"><code>ManageOrder</code>'s <code>edit_tags</code> action already works — the one piece of native post-placement editing that exists today, via <code>HasTags</code> on the <code>Order</code> model.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">06</span>
<h2>Notes &amp; audit trail</h2>
</div>
<p class="cat-note">The one thing every researched platform treats as non-negotiable.</p>
<div class="feature">
<div class="f-name">Append-only change history (who changed what, when)</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Order</code> already uses Spatie's <code>LogsActivity</code> trait — every save is recorded with a diff, same underlying mechanism already relied on elsewhere in this codebase (staff activity log, translation history). Structurally equivalent to PrestaShop's <code>order_history</code> table, just via a different package.</div>
</div>
<div class="feature">
<div class="f-name">Internal staff notes, separate from system-generated log entries</div>
<span class="f-status missing">missing</span>
<div class="f-note">The activity log above captures field changes automatically, but there's no free-text "leave a note for the next person" field — every platform researched has this as a distinct feed from the automatic history (Woo's Order Notes, Shopify's Timeline comments, Magento's Comments History), usually with a private-vs-customer-visible toggle. Nothing here yet.</div>
</div>
<div class="feature">
<div class="f-name">Customer-visible note-to-customer, sent as a message</div>
<span class="f-status missing">missing</span>
<div class="f-note">Depends on both the internal-notes feature above and a working mailer (01/02) — genuinely blocked on more foundational gaps, not just unbuilt on its own.</div>
</div>
</section>
<footer class="page">
<span>Compiled 2026-09-01 — sources cited inline; <code>vendor/lunarphp/lunar</code> and this codebase's own <code>src/</code> reads are marked by file/class name, Shopify/WooCommerce/PrestaShop/Magento claims are marked "Research."</span>
<span>boboko-core / docs</span>
</footer>
</div>
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.grounding {
color: var(--muted);
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line-height: 1.5;
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font-size: 12.5px;
background: var(--accent-soft);
color: var(--accent);
padding: 1px 5px;
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}
footer {
margin-top: 64px;
padding-top: 24px;
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color: var(--muted);
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footer .compiled {
font-family: "IBM Plex Mono", ui-monospace, monospace;
font-size: 12px;
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@media (max-width: 560px) {
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.category-head { gap: 10px; }
}
</style>
<div class="page">
<header class="masthead">
<p class="eyebrow">boboko-core &middot; competitive gap survey &middot; 03</p>
<h1>What payments elsewhere can do that boboko can't yet</h1>
<p class="dek">
Lunar's payment layer (<code>Lunar\Facades\Payments</code>, <code>Transaction</code>, the offline
driver) is wired for a single "pay on delivery / bank transfer" flow. Everything downstream of
that — cards, wallets, saved methods, self-service refunds, retries — is either scaffolded in
Lunar core and unused here, or absent from the stack entirely. This is a research survey, not a
build plan.
</p>
<div class="summary-strip">
<span class="summary-pill have"><b>4</b> have</span>
<span class="summary-pill partial"><b>9</b> partial</span>
<span class="summary-pill missing"><b>14</b> missing</span>
</div>
</header>
<section class="category">
<div class="category-head">
<span class="numeral">01</span>
<h2>Payment method breadth</h2>
</div>
<p class="category-note">boboko currently ships one payment type: cash-in-hand via the offline driver. Every card/wallet/BNPL path below is theoretically pluggable but has zero live implementation.</p>
<div class="rows">
<div class="row">
<div class="row-head"><span class="feature-name">Offline / pay-on-account</span><span class="chip have">have</span></div>
<div class="grounding">The only configured type in <code>config/lunar/payments.php</code> (3dealer's published copy): <code>'cash-in-hand' => ['driver' => 'offline', 'authorized' => 'payment-offline']</code>, backed by <code>Lunar\PaymentTypes\OfflinePayment</code>.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Card payments (Stripe/other gateway)</span><span class="chip missing">missing</span></div>
<div class="grounding"><code>lunarphp/stripe</code> is not present in either <code>boboko-core/vendor/lunarphp</code> or <code>3dealer/vendor/lunarphp</code>, and not listed in either <code>composer.json</code>. <code>docs/lunar.md</code>'s Stripe section documents Lunar's general capability, not something wired into this project.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Digital wallets (Apple Pay, Google Pay, Shop Pay)</span><span class="chip missing">missing</span></div>
<div class="grounding">Depends entirely on a card gateway (Stripe Payment Request Button or similar) that isn't installed. Shopify bundles Apple Pay, Google Pay, and Shop Pay as one-tap checkout by default.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Buy-now-pay-later (Klarna, Afterpay, Affirm)</span><span class="chip missing">missing</span></div>
<div class="grounding">No BNPL driver or config entry anywhere in the repo. Shopify bundles Klarna natively in eligible regions with Pay-in-4, Pay-Later, and financing tiers; WooCommerce and PrestaShop both offer it as installable gateway plugins.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Bank transfer / open banking (SEPA, Pay by Bank)</span><span class="chip missing">missing</span></div>
<div class="grounding">Not represented as a distinct payment type; only the generic cash-in-hand offline flow exists, which is manual reconciliation rather than an automated bank-transfer rail.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Crypto / stablecoin checkout</span><span class="chip missing">missing</span></div>
<div class="grounding">No driver, no research finding of it being used in this stack. Industry-wide it's still marginal — stablecoin payment volume is roughly 0.02% of global payments in 2026 per Nuvei's trend report — so this is low-priority even elsewhere.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Pluggable driver architecture for adding methods</span><span class="chip have">have</span></div>
<div class="grounding"><code>Lunar\Managers\PaymentManager</code> extends Laravel's <code>Manager</code>; <code>Payments::extend('custom', fn ($app) => ...)</code> registers a new driver, and any class extending <code>Lunar\PaymentTypes\AbstractPayment</code> implementing <code>authorize()</code>/<code>capture()</code>/<code>refund()</code> plugs in. The scaffolding is solid — nothing beyond offline is plugged into it yet.</div>
</div>
</div>
</section>
<section class="category">
<div class="category-head">
<span class="numeral">02</span>
<h2>Capture, refund &amp; transaction lifecycle</h2>
</div>
<p class="category-note">The core primitives (intent/capture/refund, partial amounts, transaction chaining) exist in Lunar and are exposed in the Filament admin — but nothing calls them outside cash-in-hand, and none of it is customer-facing.</p>
<div class="rows">
<div class="row">
<div class="row-head"><span class="feature-name">Authorize / capture / refund contract</span><span class="chip have">have</span></div>
<div class="grounding"><code>Lunar\Base\PaymentTypeInterface</code> defines <code>authorize()</code>, <code>capture(Transaction $t, $amount)</code>, <code>refund(Transaction $t, int $amount, $notes)</code>; <code>Transaction::capture()</code>/<code>refund()</code> forward to the transaction's own <code>driver()</code> via <code>Payments::driver($this->driver)</code>.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Manual vs. automatic capture policy</span><span class="chip partial">partial</span></div>
<div class="grounding">The interface supports separate authorize/capture steps (intent vs. capture transaction types), but <code>OfflinePayment::capture()</code> just returns <code>new PaymentCapture(true)</code> unconditionally — there's no real deferred-capture gateway wired up to exercise the distinction.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Partial capture</span><span class="chip partial">partial</span></div>
<div class="grounding">Admin Filament action passes an arbitrary <code>$data['amount']</code> to <code>$transaction->capture(bcmul($data['amount'], $record->currency->factor))</code> in <code>ManageOrder.php</code> — the plumbing supports partial amounts, but only staff can trigger it, and only against a real (non-offline) driver would it mean anything.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Partial / staged refunds</span><span class="chip have">have</span></div>
<div class="grounding">Same file: the "refund" Filament action computes <code>$response = $transaction->refund(bcmul($data['amount'], ...), $data['notes'])</code>, and <code>isPartiallyRefunded()</code> / order status logic (<code>partial-refund</code>, <code>refunded</code>) compares <code>refundTotal</code> against <code>captureTotal</code>/<code>intentTotal</code>. This genuinely works today through the offline driver's no-op <code>refund()</code>.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Multiple payment attempts per order</span><span class="chip partial">partial</span></div>
<div class="grounding"><code>Transaction.parent_transaction_id</code> chains captures to intents and refunds to captures, and nothing in the model stops multiple transaction rows per order — but no code path in this repo actually retries a failed attempt with a second transaction; it's schema support, not a driven flow.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Transaction audit trail</span><span class="chip have">have</span></div>
<div class="grounding"><code>Lunar\Observers\TransactionObserver::created()</code> logs every transaction (amount, type, status, card_type, last_four, reference, notes) via Spatie activity log automatically — this is real and unconditional, independent of driver.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Webhook handling for async payment events</span><span class="chip missing">missing</span></div>
<div class="grounding">Lunar's Stripe package registers a <code>stripe/webhook</code> route, but that package isn't installed here, so there is no webhook endpoint of any kind in this project today.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Payment attempt events for downstream hooks</span><span class="chip have">have</span></div>
<div class="grounding"><code>Lunar\Events\PaymentAttemptEvent</code> is dispatched from <code>OfflinePayment::authorize()</code> with the resulting <code>PaymentAuthorize</code> DTO — a real, listenable event, though only one driver currently fires it.</div>
</div>
</div>
</section>
<section class="category">
<div class="category-head">
<span class="numeral">03</span>
<h2>Customer-facing payment experience</h2>
</div>
<p class="category-note">Everything a shopper would touch directly — saved cards, one-click repeat purchase, self-service refunds — is absent. Lunar's payment layer is staff/checkout-oriented, not account-oriented.</p>
<div class="rows">
<div class="row">
<div class="row-head"><span class="feature-name">Saved payment methods on customer account</span><span class="chip missing">missing</span></div>
<div class="grounding">No vault/tokenization model exists anywhere in <code>Lunar\Models</code> — no <code>PaymentMethod</code>/<code>Card</code> model, no field on <code>Customer</code>. 2026 trend research (Nuvei, Checkout.com) treats network-tokenized saved cards as baseline for one-click checkout.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">One-click repeat purchase</span><span class="chip missing">missing</span></div>
<div class="grounding">Depends on saved payment methods, which don't exist. No "reorder" or "buy again" affordance found in boboko-core or 3dealer.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Customer self-service refund requests</span><span class="chip missing">missing</span></div>
<div class="grounding">The only refund entry point is the Filament staff action in <code>ManageOrder.php</code> (<code>Actions\Action::make('refund')</code>), gated behind admin auth. WooCommerce/PrestaShop ecosystems commonly expose a customer-initiated return/refund request flow; nothing equivalent exists here.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Split / partial payment plans (pay-in-installments at checkout)</span><span class="chip missing">missing</span></div>
<div class="grounding">Distinct from BNPL-as-a-gateway: this is a native "split into N charges" checkout option, seen as marketplace split-payment modules in the PrestaShop ecosystem. No equivalent concept in Lunar's cart/order/payment pipeline.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">3D Secure / SCA authentication</span><span class="chip missing">missing</span></div>
<div class="grounding">3DS is a property of the card gateway integration (e.g. Stripe PaymentIntents), which isn't installed. WooPayments explicitly advertises 3DS/SCA compatibility with visible card-brand + last-four confirmation as a baseline expectation in 2026.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Fraud detection / risk scoring</span><span class="chip missing">missing</span></div>
<div class="grounding">No fraud-scoring hook in <code>PaymentTypeInterface</code> or the offline driver. <code>getPaymentChecks()</code> exists as an extension point (<code>Lunar\Base\DataTransferObjects\PaymentChecks</code>, an iterable of pass/fail <code>PaymentCheck</code> DTOs) but <code>AbstractPayment::getPaymentChecks()</code> just returns an empty collection — real fraud tooling (Stripe Radar-style) isn't behind it.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Payment check / validation extension point</span><span class="chip partial">partial</span></div>
<div class="grounding"><code>Transaction::paymentChecks()</code> → driver's <code>getPaymentChecks($transaction)</code> is real, typed infrastructure for surfacing checks (e.g. "AVS matched") in the admin UI — but the default implementation is a no-op, so nothing populates it today.</div>
</div>
</div>
</section>
<section class="category">
<div class="category-head">
<span class="numeral">04</span>
<h2>Currency, subscriptions &amp; recurring billing</h2>
</div>
<p class="category-note">Lunar's multi-currency model covers pricing display, not multi-currency payment settlement; recurring billing/dunning has no representation at all.</p>
<div class="rows">
<div class="row">
<div class="row-head"><span class="feature-name">Multi-currency pricing display</span><span class="chip have">have</span></div>
<div class="grounding"><code>Lunar\Models\Currency</code> (code, exchange_rate, decimal_places, default) with <code>sync_prices</code>-gated conversion, documented in <code>docs/lunar.md</code> "Channels and Currencies" — this is genuinely wired, cart/pricing layer already uses it.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Multi-currency payment processing (charge in customer's currency)</span><span class="chip partial">partial</span></div>
<div class="grounding">Pricing can display and calculate in any configured currency, but no payment driver in this project actually settles a charge — so whether a real gateway would charge in-currency is untested; the pricing half is there, the processing half isn't proven.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Recurring billing / subscriptions</span><span class="chip missing">missing</span></div>
<div class="grounding">No subscription model, no recurring-charge scheduler anywhere in <code>Lunar\Models</code> or boboko-core. This is a one-time-purchase order/cart model end to end.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">Failed-payment retry / dunning</span><span class="chip missing">missing</span></div>
<div class="grounding">No retry scheduling, no dunning email sequence, no soft-decline handling anywhere in the payment layer — there's nothing to retry against since there's no recurring billing and no live gateway. WooPayments' dunning (1-3 day delayed retry on soft declines) is the comparison point.</div>
</div>
<div class="row">
<div class="row-head"><span class="feature-name">PCI compliance / tokenized card storage</span><span class="chip missing">missing</span></div>
<div class="grounding">No card data is collected or stored anywhere in this codebase (offline driver never touches card fields), so there's no PCI-scope exposure today — but also no tokenized-vault capability to build saved cards or 3DS on top of when a real gateway is added.</div>
</div>
</div>
</section>
<footer>
<p class="compiled">Compiled 2026-08-28 &middot; boboko-core / docs</p>
<p>Section 01 (driver architecture) and section 02 (transaction lifecycle, refund/capture, observer, events) are grounded in direct reads of <code>vendor/lunarphp/core/src/{Managers,PaymentTypes,Models,Observers,Events,Base}</code> and <code>vendor/lunarphp/lunar/src/Filament/Resources/OrderResource/Pages/ManageOrder.php</code>, plus the published <code>config/lunar/payments.php</code> in 3dealer — not from <code>docs/lunar.md</code> alone, which was cross-checked and found to describe Lunar's general Stripe capability rather than anything installed in this project.</p>
<p>Sections 03 and 04, and the competitive framing throughout, draw on 2026 web research covering Shopify, WooCommerce/WooPayments, and PrestaShop payment modules, plus general industry trend reporting (Nuvei, Checkout.com, Mastercard). Those claims are marked by comparison language ("Shopify bundles...", "WooPayments advertises...") rather than citation to this repo.</p>
</footer>
</div>
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<title>Privacy Feature Survey</title>
<style>
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<div class="wrap">
<header class="page">
<div class="eyebrow">boboko / privacy &amp; compliance · competitive survey</div>
<h1>What privacy &amp; compliance elsewhere can do that boboko can't yet</h1>
<p class="dek">
A feature-by-feature pass across GDPR/CCPA compliance tooling used by Shopify,
WooCommerce, and dedicated consent-management platforms — sourced, not recalled
from memory — checked against <strong>master</strong> and the substantial,
unmerged <strong><code>Privacy</code> branch</strong> ("Feature: Creating Privacy
Basics") already built in this repo. For deciding what to finish and merge
next, not a build order.
</p>
<div class="legend">
<span class="chip have">● have</span>
<span class="chip partial">◐ partial</span>
<span class="chip missing">○ missing</span>
</div>
<div class="branch-note">
Most "partial" rows below are fully coded on the unmerged <code>Privacy</code>
branch (53 files, +3127/&#8209;24 across two commits: <code>9f540cb</code>,
<code>59303cf</code>) but not on <code>master</code> — treated as partial, not
have, until it merges. <code>boboko:anonymize</code> is the one privacy-adjacent
command that already lives on <code>master</code> today.
</div>
</header>
<section class="category">
<div class="cat-head">
<span class="cat-num">01</span>
<h2>Right of access &amp; erasure</h2>
</div>
<p class="cat-note">GDPR Art. 15 (access) and Art. 17 (erasure) — the two rights every DSAR tool is built around.</p>
<div class="feature">
<div class="f-name">Data export request (right of access)</div>
<span class="f-status partial">partial</span>
<div class="f-note">On <code>Privacy</code> branch only: <code>PrivacyService::requestExportForCustomer()/requestExportForUser()</code> queue <code>ExportDataSubjectJob</code>, which gathers every registered provider's data and writes a CSV-per-provider zip via <code>WriteExportToCsvListener</code>. Not on <code>master</code>.</div>
</div>
<div class="feature">
<div class="f-name">Data erasure request (right to be forgotten)</div>
<span class="f-status partial">partial</span>
<div class="f-note">On <code>Privacy</code> branch only: <code>PrivacyService::requestErasureForCustomer()/requestErasureForUser()</code>, extensible via <code>config('core.privacy.providers')</code> — the same config-array-registration pattern as <code>NotificationRegistry</code>, keyed off <code>Modules\Core\Privacy\Contracts\PersonalDataProvider</code>.</div>
</div>
<div class="feature">
<div class="f-name">Cancellable grace period before erasure</div>
<span class="f-status partial">partial</span>
<div class="f-note">On <code>Privacy</code> branch only: 30-day default (<code>core.privacy.grace_period_days</code>), reverted automatically on login via <code>CancelErasureOnLoginListener</code> — same pattern Shopify's own account-deletion flow uses. No native platform documents this as a first-party primitive; it's usually left to a third-party app.</div>
</div>
<div class="feature">
<div class="f-name">Immediate erasure for regulator/legal requests</div>
<span class="f-status partial">partial</span>
<div class="f-note">On <code>Privacy</code> branch only: <code>requestImmediateErasureForCustomer()/ForUser()</code>, typed to accept only <code>Staff $requestedBy</code> so a self-service path cannot reach it even by accident.</div>
</div>
<div class="feature">
<div class="f-name">Multi-tenant erasure scoping (business account vs. individual login)</div>
<span class="f-status partial">partial</span>
<div class="f-note">On <code>Privacy</code> branch only, and a genuinely uncommon feature: <code>PrivacyService</code> splits every operation into Customer-scope vs. User-scope, plus a sole-owner cascade (<code>CascadeCustomerErasureListener</code>) when erasing the last linked User orphans a Customer. No researched competitor product handles B2B multi-seat erasure this explicitly.</div>
</div>
<div class="feature">
<div class="f-name">Right to rectification (self-service data correction)</div>
<span class="f-status missing">missing</span>
<div class="f-note">No dedicated flow found on either branch — Art. 16 is generally satisfied today only incidentally, by a customer editing their own profile/address through existing account forms, not a tracked rectification request.</div>
</div>
<div class="feature">
<div class="f-name">Dummy data anonymization for local dev</div>
<span class="f-status have">have</span>
<div class="f-note">On <code>master</code>: <code>src/Command/AnonymizeCommand.php</code> (<code>boboko:anonymize</code>) — scrubs <code>users</code>/<code>lunar_customers</code>, environment-guarded to <code>local</code> only. Distinct from GDPR erasure; the <code>Privacy</code> branch README diff explicitly flags this is <strong>not</strong> the compliance tool.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">02</span>
<h2>Anonymization, pseudonymization &amp; retention</h2>
</div>
<p class="cat-note">Deletion isn't the only lawful outcome — these are three different operations, often confused with each other.</p>
<div class="feature">
<div class="f-name">Legal-retention pseudonymization (orders/invoices)</div>
<span class="f-status partial">partial</span>
<div class="f-note">On <code>Privacy</code> branch only: <code>OrderDataProvider::eraseForCustomer()</code> clears PII fields but keeps order rows/totals/tax data intact, citing GDPR Art. 17(3)(b)'s legal-obligation exception — reports <code>ErasureOutcome::Pseudonymized</code>, not <code>Erased</code>, distinctly.</div>
</div>
<div class="feature">
<div class="f-name">Per-provider retention policy, owned by the data's own module</div>
<span class="f-status partial">partial</span>
<div class="f-note">On <code>Privacy</code> branch only: <code>PersonalDataProvider</code> deliberately has no central taxonomy — each provider (<code>CustomerDataProvider</code>, <code>AddressDataProvider</code>, <code>OrderDataProvider</code>, <code>CartDataProvider</code>, <code>ReviewDataProvider</code>) decides erase vs. pseudonymize vs. skip for its own table. <code>docs/privacy.md</code> flags <code>ReviewDataProvider</code>'s scope choice as needing review before relying on it.</div>
</div>
<div class="feature">
<div class="f-name">Automatic data retention / auto-deletion after N days</div>
<span class="f-status missing">missing</span>
<div class="f-note">Neither branch has a scheduled sweep that erases stale data on its own — every erasure on the <code>Privacy</code> branch is triggered by an explicit request, not a retention-policy timer (e.g. "delete guest carts after 2 years," "purge OTP logs after 90 days").</div>
</div>
<div class="feature">
<div class="f-name">Audit trail of what was erased/exported and why</div>
<span class="f-status partial">partial</span>
<div class="f-note">On <code>Privacy</code> branch only: <code>DataErasureRequest.report</code> stores the full per-provider outcome as a snapshot (not a live lookup), specifically so the audit record stays readable after the underlying data is gone.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">03</span>
<h2>Consent &amp; cookies</h2>
</div>
<p class="cat-note">What a visitor is asked before tracking starts, and whether that choice is recorded anywhere.</p>
<div class="feature">
<div class="f-name">Cookie consent banner (categorized: essential/analytics/marketing)</div>
<span class="f-status missing">missing</span>
<div class="f-note">No code on either branch. Shopify ships a first-party <code>Customer Privacy API</code> recognizing four consent signals (analytics, marketing, preferences, sale-of-data); WooCommerce relies entirely on third-party plugins for this.</div>
</div>
<div class="feature">
<div class="f-name">Granular marketing-consent tracking (email/SMS opt-in, per channel)</div>
<span class="f-status missing">missing</span>
<div class="f-note">Not modeled anywhere in <code>Modules\Core</code> — no consent flag found on the <code>Customer</code>/<code>User</code> models on either branch.</div>
</div>
<div class="feature">
<div class="f-name">Timestamped, versioned consent log (audit trail per visitor)</div>
<span class="f-status missing">missing</span>
<div class="f-note">Standard feature of dedicated CMPs (OneTrust, Enzuzo, Consentmo) — a logged record of which policy version a visitor consented to and when. Nothing comparable exists in this codebase; the <code>Privacy</code> branch's audit trail covers erasure/export requests only, not consent events.</div>
</div>
<div class="feature">
<div class="f-name">Google Consent Mode v2 / IAB TCF v2.3 integration</div>
<span class="f-status missing">missing</span>
<div class="f-note">Storefront/analytics-layer concern, not present in boboko-core at all — would live in the 3dealer storefront, not this package.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">04</span>
<h2>Policy &amp; agreement management</h2>
</div>
<p class="cat-note">Terms of service and privacy policy as tracked, versioned documents — not just static pages.</p>
<div class="feature">
<div class="f-name">Terms-of-service / privacy-policy versioning</div>
<span class="f-status missing">missing</span>
<div class="f-note">No version-tracked policy document model on either branch — best practice researched: store version hashes or dated text alongside each acceptance record, review at least annually.</div>
</div>
<div class="feature">
<div class="f-name">Per-user acceptance tracking (clickwrap audit trail)</div>
<span class="f-status missing">missing</span>
<div class="f-note">No record of "which policy version did this customer accept, and when" anywhere in <code>Modules\Core</code>. Researched as a standard requirement for surviving a legal dispute or regulatory inquiry.</div>
</div>
<div class="feature">
<div class="f-name">Re-acceptance prompt on material policy change</div>
<span class="f-status missing">missing</span>
<div class="f-note">Depends on the versioning row above existing first — nothing to gate a re-prompt on today.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">05</span>
<h2>Payment data &amp; PCI-DSS scope</h2>
</div>
<p class="cat-note">Whether cardholder data ever actually reaches boboko's own infrastructure.</p>
<div class="feature">
<div class="f-name">Card data never touches application servers (tokenization)</div>
<span class="f-status have">have</span>
<div class="f-note">Verified from source: <code>docs/lunar.md</code> "Stripe integration" — payment flows through Lunar's Stripe driver (<code>Lunar\Stripe\Facades\Stripe</code>, <code>fetchOrCreateIntent()</code>/PaymentIntents), so PAN never lands in a boboko/Lunar database. Researched: this pattern alone can cut PCI-DSS scope by roughly 90% per industry sources.</div>
</div>
<div class="feature">
<div class="f-name">Self-attested SAQ-A eligibility documentation</div>
<span class="f-status missing">missing</span>
<div class="f-note">The technical precondition (no card data touching the server) is met, but nothing in <code>docs/</code> documents or asserts SAQ-A eligibility for a consuming app's own compliance paperwork.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">06</span>
<h2>Regional &amp; regulatory coverage</h2>
</div>
<p class="cat-note">Beyond GDPR — the other regimes a storefront selling outside the EU may need.</p>
<div class="feature">
<div class="f-name">CCPA "Do Not Sell/Share My Info" opt-out</div>
<span class="f-status missing">missing</span>
<div class="f-note">No opt-out flag or page found on either branch. Shopify's Customer Privacy API models this as a distinct fourth consent signal ("sale of data") alongside analytics/marketing/preferences — boboko has no equivalent signal at all yet.</div>
</div>
<div class="feature">
<div class="f-name">Geo-targeted regulatory detection (GDPR vs. CCPA vs. LGPD banner)</div>
<span class="f-status missing">missing</span>
<div class="f-note">Third-party CMPs (Consentmo, UniConsent) auto-detect visitor region to show the applicable banner/rights. No geo-based privacy-regime logic anywhere in this codebase.</div>
</div>
<div class="feature">
<div class="f-name">Age verification / minor-data restrictions (COPPA-adjacent)</div>
<span class="f-status missing">missing</span>
<div class="f-note">No age gate or minor-specific data handling found on either branch.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">07</span>
<h2>Incident &amp; vendor accountability</h2>
</div>
<p class="cat-note">What happens when something goes wrong, or when a third party is handling data on the shop's behalf.</p>
<div class="feature">
<div class="f-name">Data breach notification workflow</div>
<span class="f-status missing">missing</span>
<div class="f-note">No incident-tracking model or notification path found on either branch — GDPR Art. 33/34's 72-hour authority-notification and affected-subject-notification duties have no tooling here today.</div>
</div>
<div class="feature">
<div class="f-name">Subprocessor / third-party vendor disclosure list</div>
<span class="f-status missing">missing</span>
<div class="f-note">No subprocessor registry in code — Stripe is the one third-party data processor identifiable from <code>docs/lunar.md</code>, but nothing formally tracks or discloses it as a subprocessor.</div>
</div>
<div class="feature">
<div class="f-name">Data processing agreement (DPA) tracking per vendor</div>
<span class="f-status missing">missing</span>
<div class="f-note">Not applicable to application code directly, but no config or doc references a DPA registry either — purely a legal/ops artifact today, not represented in boboko-core at all.</div>
</div>
</section>
<footer class="page">
<span>Compiled 2026-08-28 — <code>have</code>/<code>partial</code> statuses sourced from direct reads of <code>master</code> and the unmerged <code>Privacy</code> branch (commits <code>9f540cb</code>, <code>59303cf</code>) via <code>git show</code>; competitor/regulatory claims sourced from web research, cited inline.</span>
<span>boboko-core / docs</span>
</footer>
</div>
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<div class="wrap">
<header class="page">
<div class="eyebrow">boboko / products &amp; collections · competitive survey</div>
<h1>What products &amp; collections elsewhere can do that boboko can't yet</h1>
<p class="dek">
A feature-by-feature pass across Shopify, WooCommerce, PrestaShop, and general
2026 storefront UX trends — checked against what
<strong><code>Modules\Core\Catalog</code></strong> actually ships in boboko-core
and what 3dealer's storefront actually calls. Unlike the rest of this survey
series, this concern is not a blank slate: a real Meilisearch-backed catalog
layer (listing, filtering, facets, search, collections, a product-option-type
system) was built this session. The gaps here are mostly about storefront wiring
and discovery/merchandising UX, not backend plumbing.
</p>
<div class="callout">
<strong>Read this first:</strong> the category page's sort dropdown, price
slider, in-stock checkbox, and sidebar search box are all visually present but
functionally dead — none of them submit a request or call a filter. The backend
methods they'd need (<code>ProductService::facets()</code>,
<code>priceRange()</code>, <code>list()</code>'s sort param) already exist and
work; nothing in <code>CategoryController</code> passes them through yet.
</div>
<div class="legend">
<span class="chip have">● have</span>
<span class="chip partial">◐ partial</span>
<span class="chip missing">○ missing</span>
</div>
<div class="tally">31 features surveyed — <b>8 have</b> · <b>10 partial</b> · <b>13 missing</b></div>
</header>
<section class="category">
<div class="cat-head">
<span class="cat-num">01</span>
<h2>Core listing &amp; filtering plumbing</h2>
</div>
<p class="cat-note">The Meilisearch-backed layer everything else in this survey sits on top of — this is where most of this session's real build lives.</p>
<div class="feature">
<div class="f-name">Paginated product listing, index-backed (not DB reads)</div>
<span class="f-status have">have</span>
<div class="f-note"><code>ProductService::list()</code> reads <code>Product::search('')</code> via Meilisearch and returns a real <code>LengthAwarePaginator</code> — used end-to-end by <code>CategoryController::show()</code> and rendered by <code>x-product-grid</code>.</div>
</div>
<div class="feature">
<div class="f-name">Filter by collection (including descendant collections)</div>
<span class="f-status have">have</span>
<div class="f-note"><code>ProductFilters::collectionId</code> matches <code>ProductIndexer</code>'s <code>collection_ids</code> field, which unions a product's direct collections with all ancestors — so a parent-category page picks up products attached only to a leaf subcategory. Wired in <code>CategoryController</code>.</div>
</div>
<div class="feature">
<div class="f-name">Filter by brand, price range, stock status</div>
<span class="f-status partial">partial</span>
<div class="f-note"><code>ProductFilters</code> supports <code>brand</code>, <code>minPrice</code>/<code>maxPrice</code>, <code>inStockOnly</code>, fully implemented in <code>ProductService::buildFilter()</code> — but <code>category/show.blade.php</code>'s price slider and in-stock checkbox are hardcoded markup with no form submission; <code>CategoryController</code> never constructs a <code>ProductFilters</code> with any of these three.</div>
</div>
<div class="feature">
<div class="f-name">Faceted counts for a filter sidebar (brand, stock, etc.)</div>
<span class="f-status partial">partial</span>
<div class="f-note"><code>ProductService::facets()</code> returns value→count via Meilisearch <code>facetDistribution</code>, correctly scoped to co-applied filters — but nothing storefront-side calls it. No brand/attribute facet list renders anywhere in <code>category/show.blade.php</code>.</div>
</div>
<div class="feature">
<div class="f-name">Price-range slider backed by real min/max</div>
<span class="f-status partial">partial</span>
<div class="f-note"><code>ProductService::priceRange()</code> reads Meilisearch <code>facetStats</code> for a correct, filter-scoped min/max — the sidebar instead shows a static "€10 - €50" label with a non-functional apply button.</div>
</div>
<div class="feature">
<div class="f-name">Sort (price asc/desc, newest)</div>
<span class="f-status partial">partial</span>
<div class="f-note"><code>ProductSort</code> enum + <code>ProductIndexer::getSortableFields()</code> (price, created_at) work end-to-end in <code>ProductService::list(sort: ...)</code> — the storefront's sort <code>&lt;select&gt;</code> is explicitly commented <code>{{-- Dummy — not wired to real sorting yet --}}</code> and includes a "popularity" option with no backing signal at all.</div>
</div>
<div class="feature">
<div class="f-name">Free-text product search</div>
<span class="f-status partial">partial</span>
<div class="f-note"><code>ProductSearchService::search()</code> is a complete, locale-aware, fallback-safe implementation (<code>attributesToSearchOn</code> targeting current + default locale) — but no search route exists in 3dealer (<code>routes/web.php</code> only has <code>product.show</code>/<code>category.show</code>), and both the header search icon and the sidebar search box are inert buttons/inputs.</div>
</div>
<div class="feature">
<div class="f-name">Single-product lookup by slug or id, index-only</div>
<span class="f-status have">have</span>
<div class="f-note"><code>ProductService::getById()</code>/<code>getBySlug()</code>, both zero-database-read lookups against the <code>slugs</code>/<code>id</code> filterable fields. <code>ProductController::show()</code> uses <code>getById()</code> directly.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">02</span>
<h2>Collections &amp; navigation</h2>
</div>
<p class="cat-note">Category tree browsing, breadcrumbs, and merchandising — what turns a flat product list into a navigable store.</p>
<div class="feature">
<div class="f-name">Category tree browsing (root / children / by group)</div>
<span class="f-status have">have</span>
<div class="f-note"><code>CollectionService::list()</code> with <code>CollectionFilters(rootOnly</code>/<code>parentId</code>/<code>groupId)</code>, backed by <code>CollectionIndexer</code>'s nested-set <code>parent_id</code>/<code>_lft</code> fields — no database read needed to build a nav tree.</div>
</div>
<div class="feature">
<div class="f-name">Top-nav category dropdown</div>
<span class="f-status have">have</span>
<div class="f-note"><code>components/header.blade.php</code> renders a CSS-only hover dropdown from a <code>$categories</code> list passed into the layout, linking to <code>category.show</code>.</div>
</div>
<div class="feature">
<div class="f-name">Breadcrumb navigation</div>
<span class="f-status partial">partial</span>
<div class="f-note"><code>CollectionIndexer</code> indexes a full root-first <code>ancestors</code> array ({id, name}) specifically so a breadcrumb needs zero extra queries — but <code>category/show.blade.php</code> and <code>product/show.blade.php</code> both build a flat two-level <code>x-breadcrumb</code> (Home → this category/product) by hand, never reading <code>ancestors</code>. A product under a three-deep category shows no intermediate levels.</div>
</div>
<div class="feature">
<div class="f-name">Category landing page merchandising (banner, pinned/featured products)</div>
<span class="f-status missing">missing</span>
<div class="f-note"><code>category/show.blade.php</code> renders only the collection name/description above a plain product grid — no banner image field, no "featured in this category" pinning above organic results. <code>CollectionIndexer</code>'s <code>thumbnail</code> field exists but isn't read on the category page at all (only used, if anywhere, for nav-level imagery).</div>
</div>
<div class="feature">
<div class="f-name">Sub-category faceting (filter by attribute within a category)</div>
<span class="f-status missing">missing</span>
<div class="f-note">No attribute-value facet (size, material, etc.) is indexed as filterable on <code>ProductIndexer</code> beyond <code>brand</code> and <code>in_stock</code> — a category page can't offer "filter dresses by size" the way Shopify/WooCommerce faceted nav does; would need new filterable fields on custom product attributes plus sidebar UI.</div>
</div>
<div class="feature">
<div class="f-name">Product count shown per category</div>
<span class="f-status partial">partial</span>
<div class="f-note"><code>CollectionIndexer</code> computes <code>product_count</code> (including descendant collections) at index time by querying the product index directly — correct and cheap, but nothing in <code>category/show.blade.php</code> or the nav dropdown displays it.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">03</span>
<h2>Product detail page</h2>
</div>
<p class="cat-note">What a shopper sees once they land on a single product — media, variants, reviews, cross-sell.</p>
<div class="feature">
<div class="f-name">Multi-image gallery with lightbox</div>
<span class="f-status have">have</span>
<div class="f-note"><code>product/show.blade.php</code>'s <code>product-gallery</code> Stimulus controller — thumbnail rail, main image, full popover lightbox with prev/next/counter — fed from <code>ProductIndexer</code>'s full <code>media</code> array (not just a single thumbnail).</div>
</div>
<div class="feature">
<div class="f-name">Variant selection via color swatches</div>
<span class="f-status have">have</span>
<div class="f-note">End-to-end: <code>ColorOptionType</code> lets an admin attach a hex code to an option value → <code>ProductIndexer::mapVariant()</code> embeds <code>meta.hex</code> per variant → <code>x-ui.color-swatch</code> renders real swatch buttons wired to a <code>product-form</code> Stimulus controller that swaps price/image on selection.</div>
</div>
<div class="feature">
<div class="f-name">Swatches for non-color attributes (pattern, texture, material)</div>
<span class="f-status partial">partial</span>
<div class="f-note">The <code>ProductOptionTypeInterface</code> system is explicitly built to be extensible — a <code>PatternOptionType</code> or <code>MaterialOptionType</code> is a new class plus a Filament form, no core change needed — but only <code>ColorOptionType</code> is registered, and <code>x-ui.color-swatch</code> itself hardcodes a background-color swatch, not a generic swatch renderer.</div>
</div>
<div class="feature">
<div class="f-name">Customer reviews with ratings, photos, staff replies</div>
<span class="f-status have">have</span>
<div class="f-note"><code>ProductReview</code> model, fully indexed (<code>items</code>/<code>count</code>/<code>average_rating</code>, PII-safe), live-reindexed on review create/update/delete via <code>ReviewServiceProvider</code>, and rendered in <code>product/show.blade.php</code>'s Reviews tab with <code>x-review-card</code>/<code>x-review-form</code>.</div>
</div>
<div class="feature">
<div class="f-name">Structured data / schema.org Product markup</div>
<span class="f-status missing">missing</span>
<div class="f-note">No <code>application/ld+json</code> or <code>itemscope</code> markup anywhere in 3dealer's views. Rich results (price/rating/availability in Google Shopping) are a significant organic-CTR lever per 2026 SEO guidance — the product page already has every field (price, rating, stock) a Product schema block would need, just not emitted.</div>
</div>
<div class="feature">
<div class="f-name">Related products / "customers also bought" / cross-sell</div>
<span class="f-status missing">missing</span>
<div class="f-note">Raw Lunar already models this (<code>Lunar\Base\Enums\ProductAssociation::CROSS_SELL</code>/<code>UP_SELL</code>/<code>ALTERNATE</code>, <code>$product-&gt;associate()</code>/<code>associations()</code> — see <code>docs/lunar.md</code> "Products and Variants") but nothing in <code>Modules\Core\Catalog</code> surfaces it, and the "Σχετικά προϊόντα" block at the bottom of <code>product/show.blade.php</code> is four fully hardcoded fake products with <code>href =&gt; '#'</code>.</div>
</div>
<div class="feature">
<div class="f-name">Recently-viewed products</div>
<span class="f-status missing">missing</span>
<div class="f-note">No session/cookie tracking of viewed products anywhere in 3dealer or core — a standard discovery module on both Shopify and WooCommerce storefronts per current UX research.</div>
</div>
<div class="feature">
<div class="f-name">Product badges (new / sale / bestseller)</div>
<span class="f-status missing">missing</span>
<div class="f-note">No badge concept on <code>ProductIndexer</code>'s document and no badge markup on <code>x-ui.product-card</code> — would need either a computed signal (e.g. "new" from <code>created_at</code>, "sale" from <code>compare_price</code> already indexed per-variant) or an admin-set tag, neither wired to a visual badge today.</div>
</div>
<div class="feature">
<div class="f-name">Size chart / fit guide</div>
<span class="f-status missing">missing</span>
<div class="f-note">No size-chart content field on <code>Product</code>/<code>ProductType</code> and no UI for it on the product page. Not especially relevant to 3dealer's current catalog (3D-printed goods), but a real gap for any apparel-leaning store built on this core.</div>
</div>
<div class="feature">
<div class="f-name">Stock notification ("notify me when back in stock")</div>
<span class="f-status missing">missing</span>
<div class="f-note"><code>in_stock</code> is indexed and known per-product (<code>ProductIndexer::toSearchableArray()</code>), but there's no subscription model, email trigger, or UI for a shopper to ask to be notified — the signal exists, nothing acts on it.</div>
</div>
<div class="feature">
<div class="f-name">Product Q&amp;A section</div>
<span class="f-status missing">missing</span>
<div class="f-note">No question/answer model anywhere in core — only the separate review system (<code>ProductReview</code>) exists, which is a distinct concept (post-purchase rating, not pre-purchase Q&amp;A).</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">04</span>
<h2>Emerging discovery &amp; merchandising UX</h2>
</div>
<p class="cat-note">2026 trend-adjacent features, mostly backed on other platforms by paid apps/plugins rather than core — useful for calibrating how unusual these gaps are.</p>
<div class="feature">
<div class="f-name">Quick-view modal (preview from listing grid, no page load)</div>
<span class="f-status missing">missing</span>
<div class="f-note"><code>x-ui.product-card</code> links straight to <code>product.show</code> with a hover-revealed "add to cart" button only — no modal/preview interaction. Current UX research flags quick-view modals as a common INP (responsiveness) failure point, so the absence isn't purely a gap to close blindly.</div>
</div>
<div class="feature">
<div class="f-name">Infinite scroll as an alternative to pagination</div>
<span class="f-status missing">missing</span>
<div class="f-note"><code>category/show.blade.php</code> uses classic <code>x-ui.pagination</code> against the real paginator from <code>ProductService::list()</code> — works correctly, just page-based rather than scroll-based. Research is genuinely mixed on whether infinite scroll is even preferable for conversion/SEO, so this is a parity note, not a clear gap.</div>
</div>
<div class="feature">
<div class="f-name">Product comparison tool (side-by-side spec table)</div>
<span class="f-status missing">missing</span>
<div class="f-note">Not in boboko-core, and notably not native on Shopify or WooCommerce either — both rely on third-party apps (Bear Specs &amp; Compare, Equate, WooCommerce's own paid "Advanced Product Comparison" extension). A real gap, but not one competitors solve in-platform for free.</div>
</div>
<div class="feature">
<div class="f-name">Product bundles / kits</div>
<span class="f-status missing">missing</span>
<div class="f-note">No bundle/kit concept (a purchasable grouping of several variants as one line item) anywhere in <code>Lunar\Models\Product</code>/<code>ProductVariant</code> or <code>Modules\Core\Catalog</code>.</div>
</div>
<div class="feature">
<div class="f-name">360°/video product media, AR try-on</div>
<span class="f-status partial">partial</span>
<div class="f-note"><code>ProductIndexer</code>'s <code>media</code> array is just Spatie media-library images (<code>url</code>/<code>thumb</code>) — no video or 360° asset type modeled, and no AR integration. The gallery component (<code>product-gallery</code> Stimulus controller) is generic enough to extend to a video slide without a rewrite, but nothing does today.</div>
</div>
<div class="feature">
<div class="f-name">Variant-specific SEO URLs (distinct slug per color/size)</div>
<span class="f-status partial">partial</span>
<div class="f-note">Lunar's <code>HasUrls</code>/<code>Url</code> model supports per-locale slugs per <em>product</em> (indexed in <code>ProductIndexer</code>'s <code>slugs</code> field), but there's no per-<em>variant</em> URL — selecting a color swatch changes displayed price/image via <code>product-form</code> client-side state, not the URL, so a specific variant can't be linked or indexed separately.</div>
</div>
</section>
<footer class="page">
<span>Compiled 2026-08-28 — <code>Modules\Core\Catalog</code> source, docs, and 3dealer storefront claims are direct reads; 2026 UX-trend, quick-view/infinite-scroll, and product-comparison-tooling claims are sourced from web research and marked accordingly in context.</span>
<span>boboko-core / docs</span>
</footer>
</div>
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<title>Shipping Feature Survey</title>
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<div class="wrap">
<header class="page">
<div class="eyebrow">boboko / shipping · competitive survey</div>
<h1>What shipping elsewhere can do that boboko can't yet</h1>
<p class="dek">
A feature-by-feature pass across Shopify, WooCommerce, and PrestaShop's shipping
layer — sourced, not recalled from memory — checked against what
<strong>Lunar core's <code>ShippingManifest</code></strong> and the
<strong><code>lunarphp/table-rate-shipping</code></strong> add-on actually support
today, and what's actually wired up in boboko-core and 3dealer right now.
For deciding what to design next, not a build order.
</p>
<div class="legend">
<span class="chip have">● have</span>
<span class="chip partial">◐ partial</span>
<span class="chip missing">○ missing</span>
</div>
</header>
<section class="category">
<div class="cat-head">
<span class="cat-num">01</span>
<h2>Core plumbing</h2>
</div>
<p class="cat-note">The mechanism Lunar core provides for offering and applying a shipping charge — everything else in this survey is built on top of it.</p>
<div class="feature">
<div class="f-name">Pluggable shipping option providers</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Lunar\Base\ShippingModifier</code> abstract class + <code>ShippingManifest::addOption()</code> — any package can register options onto the manifest via a pipeline of modifiers (<code>ShippingModifiers::getModifiers()</code>).</div>
</div>
<div class="feature">
<div class="f-name">Shipping applied to cart totals during calculate()</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Lunar\Pipelines\Cart\ApplyShipping</code> — reads <code>ShippingManifest::getShippingOption($cart)</code> or a manual <code>shippingOptionOverride</code>, writes a <code>ShippingBreakdown</code> and <code>shippingSubTotal</code> onto the cart before <code>CalculateTax</code> runs.</div>
</div>
<div class="feature">
<div class="f-name">Cart-level shippable check</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Cart::isShippable()</code> — true if any line's <code>purchasable</code> (e.g. <code>ProductVariant::isShippable()</code>) is shippable; a digital-only cart skips the shipping-address requirement entirely.</div>
</div>
<div class="feature">
<div class="f-name">Selecting a shipping option on the cart</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Cart::setShippingOption()</code> → <code>SetShippingOption</code> action, validated by <code>ShippingOptionValidator</code>, triggers a recalculate. Nothing in 3dealer's storefront calls it yet — no shipping step exists in the UI.</div>
</div>
<div class="feature">
<div class="f-name">Order-time shipping line snapshot</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Lunar\Pipelines\Order\Creation\CreateShippingLine</code> writes an immutable <code>shipping</code>-type order line from the cart's shipping breakdown at checkout — survives later rate changes.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">02</span>
<h2>Rate configuration (table-rate-shipping add-on)</h2>
</div>
<p class="cat-note"><code>lunarphp/table-rate-shipping</code> is installed (<code>composer.json</code>, pinned <code>^1.3</code>) and its <code>ShippingPlugin</code> is registered in <code>CorePlugin::boot()</code> — so 3dealer inherits it automatically, it doesn't need its own registration.</p>
<div class="feature">
<div class="f-name">Geographic shipping zones (country / state / postcode)</div>
<span class="f-status have">have</span>
<div class="f-note"><code>ShippingZone</code> model, type <code>unrestricted|countries|states|postcodes</code>; <code>ShippingZoneResolver::get()</code> matches a cart's address against zone scope, falling back to any <code>unrestricted</code> zone.</div>
</div>
<div class="feature">
<div class="f-name">Flat-rate shipping</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Drivers\ShippingMethods\FlatRate::resolve()</code> — one price per cart subtotal via <code>Pricing::for($shippingRate)</code>.</div>
</div>
<div class="feature">
<div class="f-name">Weight- or total-tiered rates ("ship by")</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Drivers\ShippingMethods\ShipBy::resolve()</code> — <code>data['charge_by']</code> is <code>cart_total</code> or <code>weight</code>, tiered via <code>priceBreaks</code>, with customer-group price overrides taking priority.</div>
</div>
<div class="feature">
<div class="f-name">Free-shipping threshold</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Drivers\ShippingMethods\FreeShipping::resolve()</code> — <code>data['minimum_spend']</code> (per-currency array supported), optional <code>use_discount_amount</code> to check against post-discount subtotal.</div>
</div>
<div class="feature">
<div class="f-name">In-store pickup / collection</div>
<span class="f-status have">have</span>
<div class="f-note"><code>Drivers\ShippingMethods\Collection::resolve()</code> — zero-price option, flagged <code>collect: true</code> on the <code>ShippingOption</code>. Single implicit "store" — no concept of which location, no per-location stock or hours.</div>
</div>
<div class="feature">
<div class="f-name">Per-product shipping exclusions by zone</div>
<span class="f-status have">have</span>
<div class="f-note"><code>ShippingExclusionList</code> + <code>ShippingZone::shippingExclusions()</code> — every driver checks it before resolving and returns <code>null</code> if any cart line's product is excluded from that zone.</div>
</div>
<div class="feature">
<div class="f-name">Per-customer-group rate visibility</div>
<span class="f-status have">have</span>
<div class="f-note"><code>ShippingMethod::customerGroups()</code> pivot carries <code>visible</code>, <code>enabled</code>, <code>starts_at</code>, <code>ends_at</code> — scheduling and audience-gating a rate is already modeled.</div>
</div>
<div class="feature">
<div class="f-name">Filament admin UI for zones/methods/rates</div>
<span class="f-status have">have</span>
<div class="f-note"><code>ShippingZoneResource</code>, <code>ShippingMethodResource</code>, <code>ShippingExclusionListResource</code> ship with the add-on — usable as soon as the Filament plugin is registered, which it is via <code>CorePlugin</code>.</div>
</div>
<div class="feature">
<div class="f-name">Storefront checkout step to pick a rate</div>
<span class="f-status missing">missing</span>
<div class="f-note">No shipping views exist in 3dealer's <code>resources/views</code> beyond a passing mention in <code>components/footer.blade.php</code> — the whole backend above is unwired to any customer-facing UI.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">03</span>
<h2>Carrier integration</h2>
</div>
<p class="cat-note">Real carriers quoting and printing on Lunar's behalf, rather than merchant-defined flat/tiered rates.</p>
<div class="feature">
<div class="f-name">Real-time carrier rate shopping (USPS/UPS/FedEx/DHL)</div>
<span class="f-status missing">missing</span>
<div class="f-note">No driver in <code>table-rate-shipping</code> calls an external carrier API — all four shipped drivers (<code>FlatRate</code>, <code>ShipBy</code>, <code>FreeShipping</code>, <code>Collection</code>) compute from local data. Shopify's <code>CarrierService</code> API is the model for this: shop sends weight/dims/destination, carrier returns live rates at checkout.</div>
</div>
<div class="feature">
<div class="f-name">Product/variant weight &amp; dimensions for rating</div>
<span class="f-status partial">partial</span>
<div class="f-note"><code>ProductVariant</code> has <code>weight_value</code>/<code>weight_unit</code> (referenced in <code>ShipBy</code>'s weight tier and <code>docs/lunar.md</code>) but no length/width/height fields exist in core migrations — enough for weight-tier rating, not enough for carrier-grade dimensional/volumetric quotes.</div>
</div>
<div class="feature">
<div class="f-name">Shipping label generation &amp; printing (staff-facing)</div>
<span class="f-status missing">missing</span>
<div class="f-note">No label concept anywhere in core or the add-on. Shopify has this built in for US merchants (USPS/UPS labels from admin or mobile); WooCommerce/PrestaShop lean on Shippo/EasyPost-style apps.</div>
</div>
<div class="feature">
<div class="f-name">Return / exchange label generation</div>
<span class="f-status missing">missing</span>
<div class="f-note">No returns concept exists in Lunar core at all — this sits behind both "labels" and "returns," neither of which exists yet.</div>
</div>
<div class="feature">
<div class="f-name">Shipment tracking numbers on orders</div>
<span class="f-status missing">missing</span>
<div class="f-note"><code>OrderShippingZone</code> pivot table records which zone an order matched, but no field anywhere stores a carrier tracking number or shipment status.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">04</span>
<h2>Fulfillment logistics</h2>
</div>
<p class="cat-note">Where an order physically ships from, and whether it can ship from more than one place.</p>
<div class="feature">
<div class="f-name">Multi-warehouse / multi-location inventory</div>
<span class="f-status missing">missing</span>
<div class="f-note">No warehouse, location, or fulfillment-center model anywhere in <code>vendor/lunarphp/core</code> or <code>lunar</code> — stock is a flat quantity on the variant. WooCommerce needs Calcurates or WooCommerce Warehouses add-ons for this; it's genuinely not a Lunar concept at all.</div>
</div>
<div class="feature">
<div class="f-name">Split shipment (one order, multiple packages/warehouses)</div>
<span class="f-status missing">missing</span>
<div class="f-note">Downstream of multi-warehouse — with a single implicit stock pool, there's nothing to split by. <code>CreateShippingLine</code> writes exactly one shipping line per order.</div>
</div>
<div class="feature">
<div class="f-name">Multiple pickup locations (choose a specific store)</div>
<span class="f-status missing">missing</span>
<div class="f-note">The <code>Collection</code> driver models pickup as a single yes/no rate per zone — no location entity to pick from, no per-location hours/capacity.</div>
</div>
<div class="feature">
<div class="f-name">Local delivery (distinct from carrier shipping or pickup)</div>
<span class="f-status missing">missing</span>
<div class="f-note">No radius/zone-based "we deliver it ourselves" driver — only <code>ShipBy</code>/<code>FlatRate</code> (carrier-agnostic priced shipping) and <code>Collection</code> (pickup) exist as concepts.</div>
</div>
<div class="feature">
<div class="f-name">Delivery date / time-slot selection at checkout</div>
<span class="f-status missing">missing</span>
<div class="f-note">No date/time field on <code>ShippingOption</code>, <code>CartAddress</code>, or the order shipping line. WooCommerce needs a dedicated delivery-date-picker plugin for this too — not a gap unique to Lunar, but still open here.</div>
</div>
</section>
<section class="category">
<div class="cat-head">
<span class="cat-num">05</span>
<h2>International &amp; risk</h2>
</div>
<p class="cat-note">What happens when a shipment crosses a border, or something goes wrong in transit.</p>
<div class="feature">
<div class="f-name">Customs documentation / HS codes per product</div>
<span class="f-status missing">missing</span>
<div class="f-note">No HS-code or customs-description field found on <code>Product</code>/<code>ProductVariant</code> migrations. Every international shipment needs one per line item to clear customs — researched requirement, not yet modeled anywhere in Lunar.</div>
</div>
<div class="feature">
<div class="f-name">Duties/taxes collected at checkout (DDP)</div>
<span class="f-status missing">missing</span>
<div class="f-note">Lunar's <code>CalculateTax</code> pipeline step handles sales tax/VAT on the cart itself, not import duty estimation for cross-border orders. DDP vs. DDU is the standard framing (seller-collects-upfront vs. customer-pays-on-delivery) — neither is modeled.</div>
</div>
<div class="feature">
<div class="f-name">Country/zone-restricted shipping</div>
<span class="f-status have">have</span>
<div class="f-note"><code>ShippingZone</code> type <code>countries</code>/<code>states</code>/<code>postcodes</code> already scopes which rates apply where — the building block international shipping would sit on top of.</div>
</div>
<div class="feature">
<div class="f-name">Shipping insurance / package protection at checkout</div>
<span class="f-status missing">missing</span>
<div class="f-note">No insurance line-item concept in core. On Shopify this is exclusively third-party (ShipInsure, Route, Simply Shipping Protection) — not a platform-native feature there either, so the gap is normal, not distinctive.</div>
</div>
</section>
<footer class="page">
<span>Compiled 2026-08-28 — inline citations from <code>vendor/lunarphp/core</code> and <code>vendor/lunarphp/table-rate-shipping</code> source are direct reads; DDP/DDU, carrier-API, label, and warehouse claims are sourced from web research on Shopify/WooCommerce/PrestaShop, marked accordingly by context.</span>
<span>boboko-core / docs</span>
</footer>
</div>
+3
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@@ -2,6 +2,9 @@
Findings from comparing a real Shopify product export CSV against Lunar's schema (`vendor/lunarphp/core`), plus the resulting implementation plan for `MigrateImport\Shopify\ShopifyExportImporter`.
Need to discard everything and re-import from scratch (e.g. after a schema/indexer change that
only applies to newly-created rows)? See `docs/shopify-reimport.md`.
## Idempotency problem
Nothing in Lunar tracks "this record came from external system X, ID Y." Re-running an import with no external-ID tracking would duplicate every product on each run.
+149
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@@ -0,0 +1,149 @@
# Wiping products before a clean Shopify re-import
A runbook for discarding every imported product (and everything that hangs off one —
variants, prices, media, reviews, options/values, the Meilisearch documents) and re-running
`ShopifyExportImporter` from scratch. Useful after a schema/indexer change that only applies to
newly-created rows (see "Why a wipe, not an update" below), or when the export CSV itself changed
enough that stale products need to go, not just be updated in place.
Every command below is a `tinker --execute=` one-liner run inside the app container — adjust the
exec prefix (`./bin/dc-core.sh exec app ...`, `docker compose exec app ...`, etc.) for your setup.
---
## Why a wipe, not an update
`ShopifyExportImporter`'s resolvers are mostly `firstOrCreate` — re-running the importer against
an *existing* database updates matched rows but leaves already-created ones exactly as they were.
That's the right behavior for routine re-imports (an updated price, a new variant), but it means a
change to what gets set **at creation time only** — e.g. `ProductOptionResolver` now also setting
`label`, not just `name`, on a `ProductOption` — never reaches a `ProductOption` row that already
exists. A wipe forces every row to go through creation again, picking up such fixes.
---
## 1. Delete every product
Cascades to `ProductVariant`, prices, and Spatie media rows — verified live (see
`shopify-import.md`'s own history/commit log for context). Also removes each product's Meilisearch
document automatically, via Scout's own delete hook fired on `forceDelete()` — no separate
`scout:flush` needed.
```php
\Lunar\Models\Product::withTrashed()->get()->each->forceDelete();
```
**Let this run to completion.** Interrupting it mid-loop (e.g. Ctrl+C on the tinker session) stops
after whichever product it was on, leaving the rest undeleted — safe to just re-run the same
command again afterward, since already-deleted products are simply skipped.
Verify:
```php
\Lunar\Models\Product::withTrashed()->count(); // 0
```
### Requires: `product_reviews.product_id` cascades on delete
`product_reviews` (boboko-core's own table, not Lunar's) originally had no `ON DELETE` clause on
its `product_id` foreign key — deleting a reviewed product threw a constraint violation instead of
the review going with it. Fixed by
`database/migrations/2026_09_03_000001_add_cascade_delete_to_product_reviews_product_id.php`. Make
sure this migration has actually run (`php artisan migrate`) before step 1, or a product with
reviews will fail to delete.
---
## 2. Delete product options and values
Not touched by step 1 (`ProductOption`/`ProductOptionValue` aren't scoped to one product — they're
shared across the catalog, per `ProductOptionResolver::resolveOption()`'s `shared: true`). Safe to
delete in full once every product (and therefore every variant referencing an option value via the
`product_option_value_product_variant` pivot) is gone — deleting values while variants still
reference them throws the same kind of FK violation step 1 guards against.
```php
\Lunar\Models\ProductOptionValue::query()->delete();
\Lunar\Models\ProductOption::query()->delete();
```
Verify:
```php
\Lunar\Models\ProductOption::count(); // 0
\Lunar\Models\ProductOptionValue::count(); // 0
```
---
## 3. Clear the import mappings
Without this, the importer's `ImportMapping::resolve(...)` calls still find the (now-deleted)
mappings' rows absent, so this step is really about not leaving stale mapping rows pointing at
nothing — `ImportMapping` rows aren't foreign-keyed to the models they map (`morphTo`, no
constraint), so leaving them wouldn't break the re-import, but a stale mapping for a product that
no longer exists is dead weight.
```php
\Modules\Core\MigrateImport\Models\ImportMapping::where('source', 'shopify')->delete();
```
Verify:
```php
\Modules\Core\MigrateImport\Models\ImportMapping::where('source', 'shopify')->count(); // 0
```
---
## 4. Re-run the importer
`boboko:migrate:import` dispatches `RunMigrateImportJob` onto the queue — **not synchronous** —
so a queue worker must actually be running (`php artisan queue:work`, or your dev queue container)
or the job just sits queued.
```bash
php artisan boboko:migrate:import --source=shopify --type=export --file=<absolute path to the CSV>
```
The `--file` value must be an **absolute path** inside the container (e.g.
`/var/www/html/storage/app/private/imports/shopify/products_export.csv`) when running
non-interactively — a path relative to `storage/app/private/imports` only resolves correctly when
the command can fall back to its interactive prompt, which isn't available in a scripted/non-TTY
run.
Watch the queue worker's own log output for `FAIL` entries (see `docs/lunar.md` or your compose
setup for how logs are routed to `docker compose logs`) — a clean run shows every
`Laravel\Scout\Jobs\MakeSearchable` / `Spatie\MediaLibrary\Conversions\Jobs\PerformConversionsJob`
line ending `DONE`, never `FAIL`.
---
## 5. Re-sync Meilisearch and reindex
```bash
php artisan lunar:meilisearch:setup
php artisan lunar:meilisearch:tune-product-search
php artisan lunar:search:index "Lunar\Models\Product" --refresh
```
`--refresh` re-syncs filterable/sortable index settings *and* reindexes every document — it does
not reset `typoTolerance`/`prefixSearch` (confirmed live: both survived a `--refresh` run
unchanged), so `tune-product-search` only needs re-running here for completeness/if it hadn't
already been applied, not because `--refresh` would have clobbered it.
---
## Verifying the result
```php
// Product count should match the CSV's actual unique `Handle` count, not
// whatever the database held before the wipe — those aren't the same number
// if stale/manually-added products existed alongside the CSV-sourced ones.
\Lunar\Models\Product::count();
// Spot-check that at least one variant picked up its own image (see
// shopify-import.md's "Images" section) — 0 is only correct if the CSV
// genuinely has no `Variant Image` values populated.
\Lunar\Models\ProductVariant::has('images')->count();
```
+21
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@@ -0,0 +1,21 @@
<?php
/**
* Greek translations for Lunar\Models\Country::name, keyed by the exact
* English spelling Lunar's own installer seeds (`lunar:import:address-data`
* fetches http://data.lunarphp.io/countries+states.json — see
* vendor/lunarphp/core/src/Console/Commands/Import/AddressData.php).
* `Country`/`State` have no i18n support of their own (plain string
* columns, no translatable trait) — this is a plain Laravel lang file, not
* Modules\Core\Localization's DB-backed TranslationService, since these
* names are fixed reference data seeded once, not editable UI copy (see
* docs/localization.md). A consuming app's storefront looks this up
* itself, e.g. __('core::countries.'.$country->name) — core has no
* storefront UI of its own to wire this into (see docs/lunar.md).
*
* Only Greece is covered — this store operates within Greece; add further
* countries here as needed.
*/
return [
'Greece' => 'Ελλάδα',
];
+52
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@@ -0,0 +1,52 @@
<?php
/**
* Greek translations for Lunar\Models\State::name, keyed by the exact
* English spelling Lunar's own installer seeds for Greece
* (`lunar:import:address-data` — see lang/el/countries.php's own docblock
* for the full explanation of why this is a plain lang file, not
* Modules\Core\Localization's TranslationService).
*
* Covers every Greek state/regional-unit row in Lunar's seed dataset —
* scoped to Greece only, matching this store's operating country.
*/
return [
'Achaea Regional Unit' => 'Περιφερειακή Ενότητα Αχαΐας',
'Aetolia-Acarnania Regional Unit' => 'Περιφερειακή Ενότητα Αιτωλοακαρνανίας',
'Arcadia Prefecture' => 'Νομός Αρκαδίας',
'Argolis Regional Unit' => 'Περιφερειακή Ενότητα Αργολίδας',
'Attica Region' => 'Περιφέρεια Αττικής',
'Boeotia Regional Unit' => 'Περιφερειακή Ενότητα Βοιωτίας',
'Central Greece Region' => 'Περιφέρεια Στερεάς Ελλάδας',
'Central Macedonia' => 'Κεντρική Μακεδονία',
'Chania Regional Unit' => 'Περιφερειακή Ενότητα Χανίων',
'Corfu Prefecture' => 'Νομός Κέρκυρας',
'Corinthia Regional Unit' => 'Περιφερειακή Ενότητα Κορινθίας',
'Crete Region' => 'Περιφέρεια Κρήτης',
'Drama Regional Unit' => 'Περιφερειακή Ενότητα Δράμας',
'East Attica Regional Unit' => 'Περιφερειακή Ενότητα Ανατολικής Αττικής',
'East Macedonia and Thrace' => 'Ανατολική Μακεδονία και Θράκη',
'Epirus Region' => 'Περιφέρεια Ηπείρου',
'Euboea' => 'Εύβοια',
'Grevena Prefecture' => 'Νομός Γρεβενών',
'Imathia Regional Unit' => 'Περιφερειακή Ενότητα Ημαθίας',
'Ioannina Regional Unit' => 'Περιφερειακή Ενότητα Ιωαννίνων',
'Ionian Islands Region' => 'Περιφέρεια Ιονίων Νήσων',
'Karditsa Regional Unit' => 'Περιφερειακή Ενότητα Καρδίτσας',
'Kastoria Regional Unit' => 'Περιφερειακή Ενότητα Καστοριάς',
'Kefalonia Prefecture' => 'Νομός Κεφαλληνίας',
'Kilkis Regional Unit' => 'Περιφερειακή Ενότητα Κιλκίς',
'Kozani Prefecture' => 'Νομός Κοζάνης',
'Laconia' => 'Λακωνία',
'Larissa Prefecture' => 'Νομός Λάρισας',
'Lefkada Regional Unit' => 'Περιφερειακή Ενότητα Λευκάδας',
'Pella Regional Unit' => 'Περιφερειακή Ενότητα Πέλλας',
'Peloponnese Region' => 'Περιφέρεια Πελοποννήσου',
'Phthiotis Prefecture' => 'Νομός Φθιώτιδας',
'Preveza Prefecture' => 'Νομός Πρέβεζας',
'Serres Prefecture' => 'Νομός Σερρών',
'South Aegean' => 'Νότιο Αιγαίο',
'Thessaloniki Regional Unit' => 'Περιφερειακή Ενότητα Θεσσαλονίκης',
'West Greece Region' => 'Περιφέρεια Δυτικής Ελλάδας',
'West Macedonia Region' => 'Περιφέρεια Δυτικής Μακεδονίας',
];
@@ -2,7 +2,7 @@
@if (! $otpSent)
<form wire:submit="requestOtp">
<div class="grid gap-y-4">
<div style="display: flex; flex-direction: column; row-gap: 1rem;">
<x-filament::input.wrapper>
<x-filament::input
type="email"
@@ -24,7 +24,7 @@
</form>
@else
<form wire:submit="authenticate">
<div class="grid gap-y-4">
<div style="display: flex; flex-direction: column; row-gap: 1rem;">
<p class="text-sm text-gray-500">
A login code was sent to <strong>{{ $email }}</strong>.
</p>
@@ -46,6 +46,10 @@
<x-filament::button type="submit" class="w-full">
Sign in
</x-filament::button>
<x-filament::link wire:click="back" tag="button" type="button" class="mx-auto">
&larr; Back
</x-filament::link>
</div>
</form>
@endif
+1 -1
View File
@@ -1,5 +1,5 @@
<p>Hi {{ $name }},</p>
<p>Your login code is:</p>
<p>{{ $intro }}</p>
<p style="font-size: 2rem; font-weight: bold; letter-spacing: 0.25rem;">{{ $code }}</p>
@@ -0,0 +1,127 @@
@php
$transaction = $getRecord();
$notes = $transaction->notes ?: ($transaction->meta['notes'] ?? null);
@endphp
@once
@php
$renderPaymentIcons();
@endphp
@endonce
<div
@class([
'text-sm rounded-lg shadow-md border dark:bg-gray-900',
'text-gray-950 dark:text-white',
match($transaction->type){
'refund' => 'border-orange-300',
'intent' => 'border-sky-300',
'capture' => 'border-green-300',
default => 'border-gray-300',
},
'!border-red-500 bg-red-50' => !$transaction->success,
'bg-gray-50' => $transaction->success,
])
>
<div class="p-2 space-y-2">
<div class="px-4 py-2 rounded text-xs bg-white dark:bg-gray-800 shadow text-gray-600 dark:text-gray-400 ring-1 ring-gray-100 dark:ring-gray-700">
<span>{{ $transaction->driver }}</span> //
<span>{{ $transaction->reference }}</span>
</div>
<div class="flex items-center justify-between p-4 bg-white dark:bg-gray-800 rounded shadow ring-1 ring-gray-100 dark:ring-gray-700">
<div class="flex items-center gap-6">
<div>
<strong class="text-xs">
{{ $transaction->status }}
</strong>
</div>
<div>
<svg viewBox="0 0 50 50" class="w-10">
<use xlink:href="#{{ strtolower($transaction->card_type) }}"></use>
</svg>
</div>
@if($transaction->last_four)
<p class="text-sm">
<span class="inline-block -translate-y-px">
&lowast;&lowast;&lowast;&lowast; &lowast;&lowast;&lowast;&lowast; &lowast;&lowast;&lowast;&lowast;
</span>
<span class="font-medium">
{{ (string) $transaction->last_four }}
</span>
</p>
@endif
</div>
<strong
@class([
"text-sm",
'text-red-500' => !$transaction->success,
match($transaction->type){
'refund' => "text-orange-500",
default => "text-gray-900 dark:text-gray-100",
},
])
>
@if($transaction->type == 'refund')-@endif{{ $transaction->amount->formatted }}
</strong>
</div>
<div class="px-4 py-2 bg-white dark:bg-gray-800 shadow rounded flex items-center justify-between text-gray-600 dark:text-gray-400 ring-1 ring-gray-100 dark:ring-gray-700">
<div class="text-xs flex items-center gap-2">
<div>
<x-filament::icon
icon="heroicon-o-clock"
class="w-4"
/>
</div>
<span>{{ $transaction->created_at->format('jS F Y h:ia') }}</span>
</div>
<div class="flex space-x-2">
@foreach($transaction->paymentChecks() as $check)
<x-filament::badge
:icon="$check->successful ? 'heroicon-m-check' : 'heroicon-m-x-mark'"
:color="$check->successful ? \Filament\Support\Colors\Color::Sky : 'gray'"
>
{{ $check->label }}: {{ $check->message }}
</x-filament::badge>
@endforeach
</div>
</div>
@if($notes)
<div class="px-4 py-2 bg-white dark:bg-gray-800 shadow flex items-center rounded gap-2 ring-1 ring-gray-100 dark:ring-gray-700">
<div>
<x-filament::icon
icon="heroicon-o-chat-bubble-oval-left-ellipsis"
class="w-4"
/>
</div>
<p class="text-sm">{{ $notes }}</p>
</div>
@endif
</div>
<div
@class([
"bottom-0 left-0 block w-full text-center rounded-b-lg border-t text-xs py-1",
"!bg-red-50 !dark:bg-red-400/10 !border-red-300 !text-red-600 !dark:text-red-400" => !$transaction->success,
match($transaction->type){
'refund' => "bg-orange-50 dark:bg-orange-400/10 border-orange-300 text-orange-600 dark:text-orange-400",
'intent' => "bg-sky-50 dark:bg-sky-400/10 border-sky-300 text-sky-600 dark:text-sky-400",
'capture' => "bg-green-50 dark:bg-green-400/10 border-green-300 text-green-600 dark:text-green-400",
default => "bg-gray-50 dark:bg-gray-400/10 border-gray-300 text-gray-600 dark:text-gray-400",
},
])
>
@if(!$transaction->success)
{{ __('lunarpanel::order.transactions.failed') }}
@else
{{ __('lunarpanel::order.transactions.'.$transaction->type) }}
@endif
</div>
</div>
@@ -0,0 +1,3 @@
<p>Hi,</p>
<p>Payment of <strong>{{ $amount }}</strong> for your order <strong>{{ $reference }}</strong> has been captured.</p>
@@ -0,0 +1,3 @@
<p>Hi,</p>
<p>Your order <strong>{{ $reference }}</strong> is complete. Thanks for shopping with us!</p>
@@ -0,0 +1,3 @@
<p>Hi,</p>
<p>Good news — your order <strong>{{ $reference }}</strong> has been delivered.</p>
@@ -0,0 +1,3 @@
<p>Hi,</p>
<p>Your order <strong>{{ $reference }}</strong> is on its way.</p>
@@ -0,0 +1,3 @@
<p>Hi,</p>
<p>Your order <strong>{{ $reference }}</strong> is ready for pickup in store.</p>
@@ -0,0 +1,11 @@
<p>Hi,</p>
<p>Thanks for your order! Your order <strong>{{ $reference }}</strong> is confirmed.</p>
<ul>
@foreach ($lines as $line)
<li>{{ $line->quantity }} &times; {{ $line->description }} — {{ $line->total?->formatted }}</li>
@endforeach
</ul>
<p>Total: <strong>{{ $total }}</strong></p>
@@ -0,0 +1,3 @@
<p>Hi,</p>
<p>A refund of <strong>{{ $amount }}</strong> has been issued for your order <strong>{{ $reference }}</strong>.</p>
@@ -0,0 +1,3 @@
<p>Hi,</p>
<p>Your order <strong>{{ $reference }}</strong> is now: <strong>{{ $statusLabel }}</strong></p>
+25
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@@ -0,0 +1,25 @@
<?php
namespace Modules\Core\Auth\Events;
use Illuminate\Contracts\Auth\Authenticatable;
use Lunar\Base\LunarUser;
/**
* Dispatched by UserOtpService::validate() on every successful OTP login, not just
* a first-time one. Modules\Core\Privacy listens on this to auto-cancel a pending
* DataErasureRequest — logging back in during the grace period is the "I changed
* my mind" action (see Modules\Core\Privacy\Listeners\CancelErasureOnLoginListener),
* which needs $user->customers to resolve any pending request. Typed as
* Authenticatable&LunarUser rather than plain Authenticatable (unlike the sibling
* UserCreated event) specifically because that listener depends on it — every real
* User in this codebase implements LunarUser (see docs/lunar.md "LunarUser trait"),
* and User is the only Authenticatable entity in this project (Customer is not —
* see docs/modules.md "Customer/User Pairing").
*/
class UserAuthenticated
{
public function __construct(
public readonly Authenticatable&LunarUser $user,
) {}
}
@@ -0,0 +1,20 @@
<?php
namespace Modules\Core\Auth\Exceptions;
use RuntimeException;
/**
* Thrown by Modules\Core\Auth\Services\UserOtpService::generateAndSend()
* when an email has requested too many codes too quickly — caps both
* mail-bombing one inbox and the "just request a fresh code to reset my
* guess count" loophole a per-code attempt cap alone doesn't close.
*/
class OtpThrottledException extends RuntimeException
{
public function __construct(
public readonly int $availableInSeconds,
) {
parent::__construct("Too many code requests. Try again in {$availableInSeconds} second(s).");
}
}
@@ -2,18 +2,18 @@
namespace Modules\Core\Auth\Extensions;
use Filament\Forms\Form;
use Filament\Schemas\Schema;
use Lunar\Admin\Support\Extending\ResourceExtension;
class StaffResourceExtension extends ResourceExtension
{
public function extendForm(Form $form): Form
public function extendForm(Schema $form): Schema
{
$schema = collect($form->getComponents())
->reject(fn ($component) => method_exists($component, 'getName') && $component->getName() == 'password')
->values()
->all();
return $form->schema($schema);
return $form->components($schema);
}
}
+8 -2
View File
@@ -15,7 +15,7 @@ class Login extends SimplePage
{
use WithRateLimiting;
protected static string $view = 'core::auth.filament.pages.login';
protected string $view = 'core::auth.filament.pages.login';
public ?string $email = '';
public ?string $otp = '';
@@ -35,6 +35,12 @@ class Login extends SimplePage
}
}
public function back(): void
{
$this->otpSent = false;
$this->otp = '';
}
public function requestOtp(): void
{
$this->validate(['email' => 'required|email']);
@@ -72,7 +78,7 @@ class Login extends SimplePage
]);
}
if ($staff instanceof FilamentUser && !$staff->canAccessPanel(Filament::getCurrentPanel())) {
if ($staff instanceof FilamentUser && !$staff->canAccessPanel(Filament::getCurrentOrDefaultPanel())) {
throw ValidationException::withMessages([
'email' => 'You do not have access to this panel.',
]);
@@ -0,0 +1,50 @@
<?php
namespace Modules\Core\Auth\Http\Middleware;
use Closure;
use Illuminate\Http\Request;
use Illuminate\Support\Facades\Auth;
use Modules\Core\Auth\Services\UserSessionService;
use Symfony\Component\HttpFoundation\Response;
/**
* The enforcement half of the session registry — see
* Modules\Core\Auth\Services\UserSessionService's own docblock. Not
* auto-registered anywhere (no routes/kernel wiring exist in this
* package — see Modules\Core\Customer\Services\CustomerAccountService's
* own docblock for why this branch stops at services); a consuming app
* adds this to its `web` middleware group (after `auth`) to actually get
* "logout everywhere" enforcement.
*
* A request with no recorded UserSession at all (see
* UserSessionService::currentSession()'s own docblock) is let through —
* only an EXPLICITLY revoked session is rejected.
*/
class EnsureSessionNotRevoked
{
public function __construct(
private readonly UserSessionService $sessions,
) {}
public function handle(Request $request, Closure $next): Response
{
if (! Auth::check()) {
return $next($request);
}
$session = $this->sessions->currentSession();
if ($session && $session->isRevoked()) {
Auth::logout();
$request->session()->invalidate();
$request->session()->regenerateToken();
abort(401, 'Your session has been revoked. Please log in again.');
}
$session?->update(['last_used_at' => now()]);
return $next($request);
}
}
+29 -2
View File
@@ -6,20 +6,47 @@ use Illuminate\Mail\Mailable;
use Illuminate\Mail\Mailables\Content;
use Illuminate\Mail\Mailables\Envelope;
/**
* The one OTP email template for every use of Auth\Services\OtpService —
* not just admin login. A code confirming a destructive Artisan command
* (e.g. Command\WipeCatalogCommand) reuses the exact same generation/
* validation mechanism as login, but "Your login code" as the subject
* would be actively misleading for that — the recipient never initiated a
* login. $purpose is a small, fixed set of known keys (see
* COPY_BY_PURPOSE), not free text — a typo'd/unknown purpose falls back
* to 'login' rather than rendering a blank subject/intro.
*/
class OtpMail extends Mailable
{
private const COPY_BY_PURPOSE = [
'login' => [
'subject' => 'Your login code',
'intro' => 'Your login code is:',
],
'wipe-catalog' => [
'subject' => 'Confirm: Wipe Catalog',
'intro' => 'Someone requested to permanently delete every product in the catalog. If this was you, enter this code to confirm:',
],
];
public function __construct(
public readonly string $name,
public readonly string $code,
public readonly string $purpose = 'login',
) {}
public function envelope(): Envelope
{
return new Envelope(subject: 'Your login code');
return new Envelope(subject: $this->copy()['subject']);
}
public function content(): Content
{
return new Content(view: 'core::auth.mail.otp');
return new Content(view: 'core::auth.mail.otp', with: ['intro' => $this->copy()['intro']]);
}
private function copy(): array
{
return self::COPY_BY_PURPOSE[$this->purpose] ?? self::COPY_BY_PURPOSE['login'];
}
}
+33
View File
@@ -0,0 +1,33 @@
<?php
namespace Modules\Core\Auth\Models;
use Illuminate\Database\Eloquent\Model;
use Illuminate\Database\Eloquent\Relations\BelongsTo;
/**
* One row per login (see Modules\Core\Auth\Services\UserOtpService::
* validate()) — see that table's own migration docblock for why this
* exists independent of the actual session-store driver.
*/
class UserSession extends Model
{
protected $guarded = [];
protected $casts = [
'last_used_at' => 'datetime',
'revoked_at' => 'datetime',
];
public function user(): BelongsTo
{
$model = config('auth.providers.users.model');
return $this->belongsTo($model);
}
public function isRevoked(): bool
{
return $this->revoked_at !== null;
}
}
@@ -0,0 +1,68 @@
<?php
namespace Modules\Core\Auth\Privacy;
use Modules\Core\Auth\Models\UserSession;
use Modules\Core\Privacy\Contracts\PersonalDataProvider;
use Modules\Core\Privacy\DTOs\CustomerSubject;
use Modules\Core\Privacy\Enums\ErasureOutcome;
use Modules\Core\Privacy\DTOs\ProviderErasureResult;
use Modules\Core\Privacy\DTOs\ProviderExportResult;
use Modules\Core\Privacy\DTOs\UserSubject;
/**
* Login-session device/location metadata (user_sessions) — ip_address and
* user_agent are device/location fingerprinting data tied 1:1 to a User via
* user_id, never to a Customer (business account), so this is User-scope
* only. No legal retention requirement applies to session metadata the way
* it does to Order (there's no tax/accounting reason to keep old login IPs
* around), so rows are deleted outright rather than pseudonymized.
*
* A hard delete here is safe regardless of whether the User row itself has
* already been erased — CustomerDataProvider::eraseForUser() nulls the
* User's own name/email but never touches user_sessions, and the table's
* own user_id FK is cascadeOnDelete() only if the User row itself were
* hard-deleted, which it never is (erasure here means "identity nulled,"
* not "row removed" — see docs/modules.md "Customer/User Pairing").
*/
class UserSessionDataProvider implements PersonalDataProvider
{
public function name(): string
{
return 'sessions';
}
public function exportForCustomer(CustomerSubject $subject): ProviderExportResult
{
return new ProviderExportResult('sessions', []);
}
public function exportForUser(UserSubject $subject): ProviderExportResult
{
$sessions = UserSession::where('user_id', $subject->userId)->get();
return new ProviderExportResult('sessions', $sessions->map(fn (UserSession $session) => [
'id' => $session->id,
'ip_address' => $session->ip_address,
'user_agent' => $session->user_agent,
'last_used_at' => $session->last_used_at?->toIso8601String(),
'revoked_at' => $session->revoked_at?->toIso8601String(),
])->all());
}
public function eraseForCustomer(CustomerSubject $subject): ProviderErasureResult
{
return new ProviderErasureResult('sessions', ErasureOutcome::Skipped, 'Login sessions belong to individual Users, not Customer accounts.');
}
public function eraseForUser(UserSubject $subject): ProviderErasureResult
{
$deleted = UserSession::where('user_id', $subject->userId)->delete();
if ($deleted === 0) {
return new ProviderErasureResult('sessions', ErasureOutcome::Skipped, 'No login sessions for this user.');
}
return new ProviderErasureResult('sessions', ErasureOutcome::Erased);
}
}
+8 -2
View File
@@ -11,7 +11,13 @@ class OtpService
private const EXPIRY_MINUTES = 10;
private const CODE_LENGTH = 6;
public function generateAndSend(string $email): bool
/**
* $purpose is forwarded as-is to OtpMail, which only recognizes a
* fixed set of keys (see its own COPY_BY_PURPOSE) — an unrecognized
* value there just falls back to 'login' rather than failing here, so
* this method has nothing of its own to validate.
*/
public function generateAndSend(string $email, string $purpose = 'login'): bool
{
$staff = Staff::where('email', $email)->first();
@@ -25,7 +31,7 @@ class OtpService
$staff->otp_expires_at = now()->addMinutes(self::EXPIRY_MINUTES);
$staff->save();
Mail::to($staff->email)->send(new OtpMail($staff->first_name, $code));
Mail::to($staff->email)->send(new OtpMail($staff->first_name, $code, $purpose));
return true;
}
+131 -10
View File
@@ -2,23 +2,97 @@
namespace Modules\Core\Auth\Services;
use Illuminate\Contracts\Auth\Authenticatable;
use Illuminate\Http\Request;
use Illuminate\Support\Facades\Auth;
use Illuminate\Support\Facades\DB;
use Illuminate\Support\Facades\Event;
use Illuminate\Support\Facades\Mail;
use Illuminate\Support\Facades\RateLimiter;
use Modules\Core\Auth\Events\UserAuthenticated;
use Modules\Core\Auth\Events\UserCreated;
use Modules\Core\Auth\Exceptions\OtpThrottledException;
use Modules\Core\Auth\Mail\UserOtpMail;
/**
* The storefront's passwordless login — a shopper supplies only an email
* (Shopify-style), gets a 6-digit code, and validate() authenticates the
* `web` guard via Auth::login().
*
* That alone is enough to merge/associate any active guest cart into the
* now-known customer — Auth::login() fires Illuminate\Auth\Events\Login,
* which Lunar's own Lunar\Listeners\CartSessionAuthListener (registered
* unconditionally in LunarServiceProvider::boot(), no opt-in needed)
* already listens to, calling CartSession::associate() with
* config('lunar.cart.auth_policy') — 'merge' by default, 'override' if a
* consumer changes that config. Deliberately no cart-association call
* here: doing our own on top would run a SECOND merge attempt with a
* hardcoded policy that ignores whatever the consumer configured.
*
* generateAndSend()'s find-or-create already triggers the full
* Customer/User pairing cascade for a genuinely new email — see
* Modules\Core\Auth\Events\UserCreated's own docblock and
* Modules\Core\Customer\Listeners\CreateCustomerForUser.
*
* Two independent throttles, both configured under core.auth.otp — see
* config/core.php's own comment for why they're separate: max_attempts
* caps wrong guesses against ONE code; generation_limit caps how often a
* NEW code can be requested for the same email at all (closes both the
* "regenerate to reset my guess count" loophole and mail-bombing one
* inbox).
*
* validate() also records a UserSessionService entry for the new login —
* see that class's own docblock for the "logout everywhere" registry
* this feeds (Modules\Core\Auth\Http\Middleware\EnsureSessionNotRevoked
* is the enforcement half; a consuming app must add it to its own
* middleware stack). $request is optional purely so this service stays
* callable from a context with no HTTP request at all (a console
* command, a test) — user-agent/ip are simply not recorded when omitted.
*/
class UserOtpService
{
private const EXPIRY_MINUTES = 10;
private const CODE_LENGTH = 6;
public function __construct(
private readonly UserSessionService $sessions,
) {}
/**
* @throws OtpThrottledException if this email has requested too many
* codes within core.auth.otp.generation_decay_minutes
*/
public function generateAndSend(string $email): bool
{
$limiterKey = $this->generationLimiterKey($email);
$maxGenerations = (int) config('core.auth.otp.generation_limit', 3);
if (RateLimiter::tooManyAttempts($limiterKey, $maxGenerations)) {
throw new OtpThrottledException(RateLimiter::availableIn($limiterKey));
}
RateLimiter::hit($limiterKey, (int) config('core.auth.otp.generation_decay_minutes', 10) * 60);
$model = config('auth.providers.users.model');
$user = $model::firstOrCreate(['email' => $email]);
// wasRecentlyCreated is Eloquent's own "did firstOrCreate() just
// INSERT, or did it find an existing row" flag — the only reliable
// way to tell them apart from firstOrCreate()'s return value alone.
// Without this check, a genuinely new signup never fired
// UserCreated at all (this class's own docblock claimed the
// Customer/User pairing cascade "already triggers" here, which was
// false as written — see Modules\Core\Customer\Listeners\
// CreateCustomerForUser, which depends entirely on this event).
if ($user->wasRecentlyCreated) {
Event::dispatch(new UserCreated($user));
}
$code = str_pad((string) random_int(0, 999999), self::CODE_LENGTH, '0', STR_PAD_LEFT);
$user->otp_code = $code;
$user->otp_expires_at = now()->addMinutes(self::EXPIRY_MINUTES);
$user->otp_attempts = 0;
$user->save();
Mail::to($user->email)->send(new UserOtpMail($user->name ?? $user->email, $code));
@@ -26,23 +100,70 @@ class UserOtpService
return true;
}
public function validate(string $email, string $code)
/**
* A wrong code counts against core.auth.otp.max_attempts and, once
* reached, invalidates the code entirely — the shopper must request
* a fresh one via generateAndSend() (itself throttled independently
* — see this class's own docblock) rather than being able to keep
* guessing against a still-live code for the rest of its 10-minute
* expiry window.
*/
public function validate(string $email, string $code, ?Request $request = null): ?Authenticatable
{
$model = config('auth.providers.users.model');
$user = $model::where('email', $email)->first();
if (! $user) {
// lockForUpdate() + a transaction make the read-check-increment-save
// below atomic across concurrent requests for the same user — without
// it, two guesses fired in parallel can each read the same
// pre-increment otp_attempts value and both save past
// max_attempts, letting an attacker exceed the lockout by
// parallelizing requests instead of sending them serially.
$result = DB::transaction(function () use ($model, $email, $code) {
$user = $model::where('email', $email)->lockForUpdate()->first();
if (! $user || ! $user->otp_expires_at || now()->isAfter($user->otp_expires_at)) {
return null;
}
if (! hash_equals((string) $user->otp_code, $code)) {
$user->otp_attempts++;
if ($user->otp_attempts >= (int) config('core.auth.otp.max_attempts', 5)) {
$user->otp_code = null;
$user->otp_expires_at = null;
$user->otp_attempts = 0;
}
$user->save();
return null;
}
$user->otp_code = null;
$user->otp_expires_at = null;
$user->otp_attempts = 0;
$user->save();
return $user;
});
if (! $result) {
return null;
}
if (! $user->otp_expires_at || $user->otp_code != $code || now()->isAfter($user->otp_expires_at)) {
return null;
}
RateLimiter::clear($this->generationLimiterKey($email));
$user->otp_code = null;
$user->otp_expires_at = null;
$user->save();
Auth::login($result);
return $user;
$this->sessions->record($result, $request);
Event::dispatch(new UserAuthenticated($result));
return $result;
}
private function generationLimiterKey(string $email): string
{
return 'otp-generate:'.strtolower($email);
}
}
+105
View File
@@ -0,0 +1,105 @@
<?php
namespace Modules\Core\Auth\Services;
use Illuminate\Contracts\Auth\Authenticatable;
use Illuminate\Http\Request;
use Illuminate\Support\Str;
use Modules\Core\Auth\Models\UserSession;
/**
* The record/revoke half of the session registry — see
* database/migrations/2026_09_15_000001_create_user_sessions_table.php's
* own docblock for why this exists (SESSION_DRIVER=redis in this app has
* no "sessions" table to purge by user_id). The enforcement half is
* Modules\Core\Auth\Http\Middleware\EnsureSessionNotRevoked, which reads
* the token this class stamps into the session payload.
*/
class UserSessionService
{
private const SESSION_TOKEN_KEY = 'user_session_token';
/**
* Called once, right after Auth::login() succeeds (see
* UserOtpService::validate()) — generates a fresh token, records it,
* and stamps it into the CURRENT session payload so
* EnsureSessionNotRevoked can look it up on later requests.
*/
public function record(Authenticatable $user, ?Request $request = null): UserSession
{
$token = Str::random(64);
$session = UserSession::create([
'user_id' => $user->getAuthIdentifier(),
'token' => $token,
'user_agent' => $request?->userAgent(),
'ip_address' => $request?->ip(),
'last_used_at' => now(),
]);
session([self::SESSION_TOKEN_KEY => $token]);
return $session;
}
/**
* Revokes every OTHER active session for $user — the current one
* (matched by the token in the CURRENT session payload) is left
* alone, matching Laravel's own logoutOtherDevices() semantics
* (there just isn't a password to re-verify against here — this is a
* passwordless account, so revocation is simply "every row that
* isn't the one making this request").
*
* Known, deliberately accepted gap: this requires only a currently
* valid session, not a freshly-completed login — so anyone holding
* an already-authenticated session (e.g. someone who sits down at an
* account left logged in on a shared/public PC) can use this to
* evict the real owner's OTHER sessions just as easily as the real
* owner could use it to evict an intruder's. A stricter version would
* require a fresh OTP re-verification (e.g. within the last few
* minutes) before allowing this call. Left as-is for now — revisit if
* this turns out to matter in practice, rather than building
* abuse-resistance against a threat model nobody's confirmed is real
* for this storefront.
*/
public function revokeOtherSessions(Authenticatable $user): int
{
$currentToken = session(self::SESSION_TOKEN_KEY);
return UserSession::query()
->where('user_id', $user->getAuthIdentifier())
->whereNull('revoked_at')
->when($currentToken, fn ($query) => $query->where('token', '!=', $currentToken))
->update(['revoked_at' => now()]);
}
/**
* Revokes EVERY session for $user, current one included — for a
* "this account may be compromised" response, not a routine logout.
*/
public function revokeAllSessions(Authenticatable $user): int
{
return UserSession::query()
->where('user_id', $user->getAuthIdentifier())
->whereNull('revoked_at')
->update(['revoked_at' => now()]);
}
/**
* @return UserSession|null null if the CURRENT session has no
* recorded token at all (e.g. a session predating this feature, or
* one Auth::login() established outside UserOtpService) — treated
* as valid by EnsureSessionNotRevoked rather than rejected, since
* there's nothing to have been revoked.
*/
public function currentSession(): ?UserSession
{
$token = session(self::SESSION_TOKEN_KEY);
if (! $token) {
return null;
}
return UserSession::where('token', $token)->first();
}
}
@@ -0,0 +1,89 @@
<?php
namespace Modules\Core\Cart\Commands;
use Illuminate\Console\Command;
use Illuminate\Support\Facades\Event;
use Lunar\Models\Cart;
use Modules\Core\Cart\Services\CartLifecycleService;
use Modules\Core\Recovery\Events\CartAbandoned;
use Modules\Core\Recovery\Events\CheckoutAbandoned;
/**
* "Abandoned" is a derived state (Cart::updated_at older than
* config('core.cart.abandoned_after')) — nothing transitions a cart into it
* via a normal Eloquent write, so there's no model-event hook to dispatch
* CartAbandoned/CheckoutAbandoned from directly. This command is the only
* place that moment gets detected; run it on a schedule (see docs/cart.md).
*
* Splits Cart::scopeActive()'s two branches into their own events —
* see CartAbandoned/CheckoutAbandoned's docblocks for why they're distinct,
* not one combined "abandoned" state: a cart with no order at all is a much
* weaker purchase-intent signal than one with a draft order that was never
* placed.
*
* Deliberately does NOT write anything to Cart/Order — dispatch only. An
* earlier version recorded an "already notified" marker on Cart::meta/
* Order::meta, but that write bumped updated_at as an Eloquent side effect,
* which un-staled the very cart being marked abandoned (the same field
* abandonment staleness is computed from) — see docs/cart.md's former
* "Known bug" note. Cart/Checkout must have no way of writing abandonment
* state at all; every cart still matching the query below refires its event
* on every run until Recovery (not yet built — see
* docs/recovery-strategies.md) owns its own dedup/tracking table.
*
* Both queries require meta->recovery_consent = true — CartAbandoned/
* CheckoutAbandoned exist specifically to drive future recovery-email
* sends (Checkout\Services\CheckoutService::setRecoveryConsent() is where
* that consent is actually recorded), and a non-consenting cart's
* abandonment must never be dispatched at all, not merely filtered later
* at send time — see docs referenced above for the legal reasoning. This
* consent filter stays here rather than on Modules\Core\Cart\Services\
* CartLifecycleService, whose two "abandoned" queries this command builds
* on — dispatch eligibility is this command's own concern, not part of
* what "abandoned" means to a staff member browsing the admin panel. (The
* non-empty-lines requirement, by contrast, IS part of what "abandoned"
* means either way, so it lives on CartLifecycleService::abandonedCarts()
* itself, not here.)
*/
class DetectAbandonedCarts extends Command
{
protected $signature = 'boboko:cart:detect-abandoned';
protected $description = 'Dispatch CartAbandoned/CheckoutAbandoned for carts that just crossed the abandonment threshold.';
public function handle(CartLifecycleService $lifecycle): void
{
$cartsAbandoned = 0;
$checkoutsAbandoned = 0;
$lifecycle->abandonedCarts(Cart::query())
->where('meta->recovery_consent', true)
->chunkById(200, function ($carts) use (&$cartsAbandoned) {
foreach ($carts as $cart) {
Event::dispatch(new CartAbandoned($cart));
$cartsAbandoned++;
}
});
$lifecycle->abandonedCheckouts(Cart::query())
->where('meta->recovery_consent', true)
->with(['orders' => fn ($query) => $query->whereNull('placed_at')])
->chunkById(200, function ($carts) use (&$checkoutsAbandoned) {
foreach ($carts as $cart) {
$order = $cart->orders->first();
if ($order === null) {
continue;
}
Event::dispatch(new CheckoutAbandoned($cart, $order));
$checkoutsAbandoned++;
}
});
$this->components->info("Dispatched CartAbandoned for {$cartsAbandoned} cart(s), CheckoutAbandoned for {$checkoutsAbandoned} checkout(s).");
}
}
+18
View File
@@ -0,0 +1,18 @@
<?php
namespace Modules\Core\Cart\Events;
use Lunar\Models\Cart;
class CartCleared
{
/**
* @param array<int, array{id: int, purchasable_type: string, purchasable_id: int, quantity: int, meta: array}> $lines
* Snapshot of every line that was in the cart before clearing — Cart::clear()
* deletes all rows directly, so nothing here can be fresh CartLine instances.
*/
public function __construct(
public readonly Cart $cart,
public readonly array $lines,
) {}
}
+13
View File
@@ -0,0 +1,13 @@
<?php
namespace Modules\Core\Cart\Events;
use Lunar\Models\Cart;
class CartCouponApplied
{
public function __construct(
public readonly Cart $cart,
public readonly string $code,
) {}
}
+13
View File
@@ -0,0 +1,13 @@
<?php
namespace Modules\Core\Cart\Events;
use Lunar\Models\Cart;
class CartCouponRemoved
{
public function __construct(
public readonly Cart $cart,
public readonly string $code,
) {}
}
+14
View File
@@ -0,0 +1,14 @@
<?php
namespace Modules\Core\Cart\Events;
use Lunar\Models\Cart;
use Lunar\Models\CartLine;
class CartLineAdded
{
public function __construct(
public readonly Cart $cart,
public readonly CartLine $line,
) {}
}
+18
View File
@@ -0,0 +1,18 @@
<?php
namespace Modules\Core\Cart\Events;
use Lunar\Models\Cart;
use Lunar\Models\CartLine;
/**
* The reverse of CartLineSaved — a previously saved-for-later line moved back
* into the purchasable cart (now counted in totals again).
*/
class CartLineMovedToCart
{
public function __construct(
public readonly Cart $cart,
public readonly CartLine $line,
) {}
}
+18
View File
@@ -0,0 +1,18 @@
<?php
namespace Modules\Core\Cart\Events;
use Lunar\Models\Cart;
class CartLineRemoved
{
/**
* @param array{id: int, purchasable_type: string, purchasable_id: int, quantity: int, meta: array} $line
* Snapshot of the removed line — the row is already deleted by the time this
* event dispatches, so nothing here can be a fresh CartLine model instance.
*/
public function __construct(
public readonly Cart $cart,
public readonly array $line,
) {}
}
+20
View File
@@ -0,0 +1,20 @@
<?php
namespace Modules\Core\Cart\Events;
use Lunar\Models\Cart;
use Lunar\Models\CartLine;
/**
* A line was moved OUT of the purchasable cart and into "saved for later" —
* not a removal (the row still exists), but distinct from CartLineUpdated
* since it's a state transition worth its own hook (e.g. abandoned-cart
* recovery treating a saved line very differently from a deleted one).
*/
class CartLineSaved
{
public function __construct(
public readonly Cart $cart,
public readonly CartLine $line,
) {}
}
+18
View File
@@ -0,0 +1,18 @@
<?php
namespace Modules\Core\Cart\Events;
use Lunar\Models\Cart;
use Lunar\Models\CartLine;
class CartLineUpdated
{
/**
* @param array{quantity: int, meta: array} $old Snapshot before the update.
*/
public function __construct(
public readonly Cart $cart,
public readonly CartLine $line,
public readonly array $old,
) {}
}
@@ -0,0 +1,19 @@
<?php
namespace Modules\Core\Cart\Exceptions;
use RuntimeException;
/**
* Thrown by CartService::applyCoupon() when the given code doesn't match any
* currently-active, non-exhausted Discount — Lunar's own
* Discounts::validateCoupon() only returns a bool, it has no matching
* exception type of its own to reuse here.
*/
class InvalidCouponException extends RuntimeException
{
public function __construct(public readonly string $couponCode)
{
parent::__construct("The coupon code \"{$couponCode}\" is not valid.");
}
}
@@ -0,0 +1,125 @@
<?php
namespace Modules\Core\Cart\Filament\Resources;
use Filament\Tables\Columns\TextColumn;
use Filament\Actions\ViewAction;
use Modules\Core\Cart\Filament\Resources\CartResource\Pages\ListCarts;
use Modules\Core\Cart\Filament\Resources\CartResource\Pages\ViewCart;
use Filament\Resources\Resource;
use Filament\Tables;
use Filament\Tables\Table;
use Illuminate\Support\Carbon;
use Lunar\Admin\Filament\Resources\CustomerResource;
use Lunar\Models\Cart;
use Modules\Core\Cart\Filament\Resources\CartResource\Pages;
use Modules\Core\Cart\Services\CartLifecycleService;
/**
* Read-only — a cart is managed entirely through the storefront (add/update/remove
* line, checkout), never hand-edited by staff. Lists every cart, guest carts
* included — see docs/cart.md ("Scope: every cart, identified or not"). An
* anonymous cart's Customer/User columns just render "—" (see table() below)
* rather than the row being hidden outright: most real traffic never reaches
* an identified user/customer, and "how many carts are ongoing/abandoned
* right now" is a real reporting need regardless of identity — excluding
* anonymous carts would silently undercount it. Lunar itself ships no cart
* admin view at all to follow a precedent from.
*/
class CartResource extends Resource
{
protected static ?string $model = Cart::class;
protected static string | \BackedEnum | null $navigationIcon = 'heroicon-o-shopping-cart';
protected static string | \UnitEnum | null $navigationGroup = 'Sales';
protected static ?string $modelLabel = 'Cart';
protected static ?string $pluralModelLabel = 'Carts';
/**
* Count only, not a fetch — no rows are loaded. Combines BOTH abandoned
* states (`active()` already covers "no order at all" and "draft order,
* never placed" together — see ListCarts::getTabs()'s "Abandoned Cart" /
* "Abandoned Checkout" tabs for where they're split apart), not "Ongoing"
* — the badge is meant to answer "how many carts might need following up
* on," not the total including ones someone is actively shopping in right
* now.
*/
public static function getNavigationBadge(): ?string
{
return (string) static::getEloquentQuery()->active()->where('updated_at', '<=', static::abandonedCutoff())->count();
}
public static function lifecycle(): CartLifecycleService
{
return app(CartLifecycleService::class);
}
/**
* `Cart::scopeActive()` (not-yet-converted-to-an-order carts) mixes two very
* different things together: a cart someone is actively shopping in right now,
* and one that's genuinely been left behind. Lunar tracks no time-based
* staleness signal of its own — `Cart::updated_at` plus a configurable
* threshold (`config('core.cart.abandoned_after')`, default 1 hour) is what
* this resource uses to tell them apart. A cart with no recent activity is
* "Abandoned"; anything more recent is "Ongoing".
*/
public static function abandonedCutoff(): Carbon
{
return static::lifecycle()->abandonedCutoff();
}
public static function table(Table $table): Table
{
return $table
->columns([
TextColumn::make('id')
->label('Cart')
->sortable(),
TextColumn::make('customer.full_name')
->label('Customer')
->placeholder('—')
->searchable()
->url(fn (Cart $record) => $record->customer_id !== null
? CustomerResource::getUrl('view', ['record' => $record->customer_id])
: null),
TextColumn::make('user.email')
->label('User')
->placeholder('—')
->searchable(),
TextColumn::make('lines_count')
->label('Lines')
->counts('lines')
->sortable(),
TextColumn::make('lines_sum_quantity')
->label('Items')
->sum('lines', 'quantity')
->sortable(),
TextColumn::make('currency.code')
->label('Currency'),
TextColumn::make('updated_at')
->label('Last activity')
->dateTime()
->sortable(),
])
->recordActions([
ViewAction::make(),
])
->defaultSort('updated_at', 'desc');
}
public static function getPages(): array
{
return [
'index' => ListCarts::route('/'),
'view' => ViewCart::route('/{record}'),
];
}
public static function canCreate(): bool
{
return false;
}
}

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