Backoffice: new tab on the booking detail page (?tab=additional-charges,
already linked from the row menu) with an Add Charge modal — Save draft or
Send to customer.
Portal: charges panel on the booking detail page, Pay now per charge via
the existing OTP/CBE-bill payment flow.
Also fixes: GET /bookings/:id/additional-charges was returning DRAFT
charges to the customer (hidden client-side only) — now filtered
server-side per caller.
New freight.additional_charge table, independent of BookingClearanceCharge
(unbounded per booking, free-text reason). Draft -> send issues an invoice
and notifies the customer in-app/SMS/email; settles via the standard
.invoice.paid event. Adds the Additional charges row-menu entry
next to Cancel booking, permission-gated.
Not included: the Additional Payments tab UI, add-charge modal, portal pay
flow.
Bookings, contracts and train schedules all validated originYardId /
destinationYardId (originStationId / destinationStationId) as a single
@IsUUID and matched with `=`, so a list could be narrowed to exactly one
lane. The filter bar can now ask for several stations per end, and each
end independently, which needs the same on the server.
@IdListParam() is the shared transform: one id, a comma-separated list,
or a repeated query param, always landing as a string[]. It yields
undefined rather than [] when nothing usable is left — a repository that
branches on `?.length` can then never hand TypeORM an empty array, which
compiles to the syntax error IN (). It stays backwards compatible with
the single-value form, so existing deep links and saved views are
unaffected.
Matching moves to IN (:...ids) — for contracts inside the two existing
EXISTS subqueries, which keeps meaning "has a route from one of these
origins" AND "has a route to one of these destinations", not necessarily
the same route. All three statements were EXPLAIN-validated against
edr_dev.
- Add migration for consolidation approvals table and status enum
- Create ConsolidationApprovalService to handle approval logic
- Implement repository for managing consolidation approvals
- Add entity for consolidation approval with necessary fields
- Develop frontend components for displaying and managing consolidation approvals
- Create tests for consolidation approval service to ensure correct behavior
- Add migration for consolidation approvals table and status enum
- Create ConsolidationApprovalService to handle approval logic
- Implement repository for managing consolidation approvals
- Add entity for consolidation approval with necessary fields
- Develop frontend components for displaying and managing consolidation approvals
- Create tests for consolidation approval service to ensure correct behavior
- Added support for viewing and managing consolidated bookings in BookingRequestDetailPage.
- Enhanced BookingRequestsPage to display paired bookings in a single row.
- Introduced pairedDecision method in bookings service to handle decisions for both halves of a consolidated pair.
- Updated contracts service to include methods for manual consolidation of odd-20ft bookings.
- Created new components for selecting and editing consolidation partners.
- Added tests for paired decision logic and manual consolidation scenarios.
- Updated UI to reflect changes in booking handling and provide user feedback for odd container counts.
Replace the ad-hoc filter controls with a URL-linkable pill filter bar:
each filter is a pill that opens a type-aware popover (text/enum/date/
number/boolean, each with the right operator set), overflow filters live
behind a searchable "More filters" menu, sorting is a separate control,
and filter state round-trips through the URL query string (shareable,
back/forward-safe, backward compatible with existing ?statuses=A,B links).
Frontend (apps/edr-freight-web/backoffice/src/components/filters/):
- FilterDef schema + a pure url.ts codec (parse/serialize/toApiParams),
with a 24-case round-trip + malformed-input test suite
- useFilters hook driving react-query params straight from useSearchParams,
debounced search, saved views in localStorage (@mantine/hooks
useLocalStorage), page-reset-on-filter-change baked into one
setSearchParams call instead of a separate effect
- FilterBar/FilterPill/OperatorSelect/MoreFiltersMenu/SortControl +
per-type popover bodies (Mantine)
- ContractRequestsPage migrated end to end as the pilot
Backend (apps/edr-freight-api):
- pagination.util: applySort() — whitelisted sortBy resolved against a
per-module column map (never interpolated), with a mandatory `id ASC`
tiebreaker so paginating a non-unique sort can't drop/duplicate rows
- facets.util: computeFacets() — one GROUP BY per enum column, each
omitting its own predicate, so picking a value doesn't hide its siblings
- contracts/bookings: list-summary now returns real filter-scoped facet
counts (contracts' getStatusCounts was unfiltered/global; superseded)
- deleted drivers/vehicles findAllWithFilters — dead code that
interpolated an unwhitelisted sortBy straight into orderBy()
- migration: missing bookings(status)/wagons(status) indexes +
(created_at DESC, id ASC) partials on the hot list tables
UI polish pass: inactive pill uses the opaque "default" variant instead
of a faint tinted outline, active pill uses "light" not "filled", larger
X hit target, applied filters sort first, sort control separated behind
a divider on the right and wraps independently from the filter row,
popover option rows are fully clickable (count moved inside the native
label) with bigger hit area and font, fixed a real date-filter bug where
the calendar's own portal falsely registered as an "outside click" and
closed the popover, and fixed a timezone bug where bare YYYY-MM-DD
strings were parsed as UTC instead of local time (shifts a day for EAT).
Not in this commit: rollout to the other ~59 list pages, the Ethiopian-
calendar DateBody branch, and the Family-B (client-side) bridge mode —
tracked in the filter-bar plan.
- Added ShippingLineBookingCompletionController and associated service to handle the completion of shipping line bookings.
- Introduced a new module for booking completion to maintain module separation and avoid cyclic dependencies.
- Updated the train scheduling global rules to set default desk hours to 24 hours.
- Modified existing services and entities to accommodate the new booking completion logic.
- Enhanced the front-end components to support the new booking completion flow, including updates to the booking detail and bookings pages.
- Implemented validation and error handling for booking completion, ensuring that only approved bookings can be completed.
- Added migration to set default desk hours in the database.
- Add ShippingLineBookingsPage for listing and managing shipping line bookings.
- Create ShippingLineDocumentsModal for document uploads related to bookings.
- Introduce ShippingLineInitiateModal for initiating new shipping line bookings.
- Implement booking document state management with booking-doc-state utility.
- Add shipping line bookings service for API interactions.
- Update index to export new components and services.
- Enhance types for freight to include shipping line credits.
Emit the request line as raw JSON on stdout (level/time/logger as fields)
instead of through Nest's console logger, whose prefix made it unparsable.
Collect data points via logCtx at the flow chokepoints: BaseRepository
writes (status changes, creates, deletes), invoice transitions, payment
intent lifecycle + outbound payment-service calls, booking/contract entry
state, review-note reasons, signatures and OTP verify outcomes.
- Implemented utility to calculate wagon usage metrics for train schedules.
- Created for sending wagons to maintenance with optional notes.
- Added unit tests for train builder maintenance functionalities, including formatting train run labels and building maintenance notes.
- Developed component for merging train schedules with detailed previews and reasons for merging.
- Introduced component for selecting wagons with search functionality and selection limits.
- Created for displaying and filtering audit logs, including detailed views of individual log entries.
- Added for handling API interactions related to audit logs, including fetching logs and entity types.
End-to-end testing of the direct truck-to-train flow surfaced two defects
in the carriage acceptance sheet's no-wagon fallback. Container numbers
were read from freight.containers, which only gains rows at allocation,
so a direct booking's declared containers never appeared; they are read
from booking_container_units now, seal numbers included. The weight used
bulkTotalWeightTons alone, which is null for CONTAINER and PER_TON bulk
bookings, printing 0.00 — cargoTotalWeightVgm is the real weight there
and only holds an item count for PER_ITEM break-bulk.
Separately, warehouse cargo can be loaded from the Load-to-Train queue or
from the schedule, but loading from the schedule never advanced
warehouse_inventory. The booking went IN_TRANSIT while its cargo still
read as sitting in the warehouse — the same inconsistency that produced
the spurious dispatch block. loadBooking now moves the inventory to
LOADED in the same transaction, and no-ops for direct bookings.
Export cargo reaches a train two ways, but the platform only modelled
one. Direct truck-to-train cargo loads straight onto the wagon, never
enters a warehouse and so never has a GRN — yet assertExportReceivedWithGrn
required one before the carriage acceptance sheet could be issued or the
booking loaded from inside its schedule.
Adds export_handover_mode to freight.bookings (null = WAREHOUSE, so
existing bookings are unaffected) and teaches the shared gate to skip
DIRECT_TO_TRAIN. Both call sites are fixed by that single early return.
For direct bookings the carriage acceptance sheet builds its lines from
the booking's own containers, falling back to the declared bulk tonnage,
and is issuable as soon as the mode is chosen. Direct bookings are also
removed from the warehouse receive queue, since that cargo is never
coming to the shed.
Staff choose the mode from the booking detail page via a new endpoint
reusing bookings:operations. Switching to direct is refused once
warehouse inventory exists, so the two flows cannot cross.
Warehouse-then-train keeps every gate it had.
