- Removed the "دکتر" prefix from doctor names in various components and API responses to ensure consistency and clarity.
- Updated the AppointmentDetailPage, CommentsPage, DashboardPage, RatingsPage, SecretariesPage, and other relevant files to reflect the changes in doctor name formatting.
- Adjusted API documentation to align with the new naming conventions.
- Implemented validation to prevent the creation of clinics without a name and restricted users to a single clinic.
- Added tests to verify that doctor names are stored without titles and that clinic creation adheres to the new validation rules.
- Adjusted the calculation of payable amounts in PaymentStep to align with server logic, ensuring overpayments are handled correctly.
- Enhanced DetailsStep to include consumables in the itemized cost breakdown, ensuring consistency with patient share calculations.
- Updated tests for SessionPaymentPage to validate new behavior regarding overpayments and consumable listings.
- Modified PatientController to register SessionPayment correctly when settling sessions via wallet, preventing double charges.
- Refactored WalletService to remove outdated methods and ensure wallet transactions reflect the correct amounts after discounts.
- Improved accessibility in SearchableSelect component by adding aria labels and ensuring proper role attributes for screen readers.
- Updated styles to ensure minimum touch targets meet WCAG guidelines for mobile usability.
- Implemented a smooth curve rendering for the TauriLineChart using a cubic Bezier path.
- Added a forecasting feature to project trends based on recent data points.
- Updated TauriDashboardView to pass the current month for accurate forecasting.
- Refactored TauriLineChart to handle actual and forecasted data points distinctly.
- Introduced gradient strokes and glow effects to align with ApexCharts styling.
- Enhanced user interaction with hover markers and tooltips for forecasted data.
- Added a new test suite for ClinicDetailPage to ensure proper rendering and functionality.
- Added support for 'partial' payment status in MyPaymentsPage and related components.
- Updated API responses to include 'paid_rials' and 'summary' for invoices.
- Introduced InvoicePaymentStatus service to derive payment status based on actual payments.
- Enhanced tests to cover new payment scenarios including partial payments and payment methods.
- Updated documentation to reflect changes in payment status and API responses.
- Implemented a new API endpoint `/api/v1/my/billing/payments/summary` to provide a financial summary of payments with filters for national code, status, and date range.
- Updated the InvoiceRepository to aggregate totals for paid and unsettled invoices.
- Created a new hook `usePaymentsSummary` to fetch summary data in the frontend.
- Redesigned the MyPaymentsPage to align with the ClaimsPage structure, incorporating a design system, summary statistics, and improved filtering options.
- Added tests for the new payments summary endpoint to ensure correct functionality and filtering behavior.
This commit introduces a new JSON file that contains the abstract syntax tree (AST) representation for the migration file Version20260719044321.php. The AST includes nodes for the migration class, its methods, and their relationships, as well as raw calls made within the migration. This structure aids in understanding the code's architecture and dependencies.
- Introduced a new nullable city_id column in the blogs table to allow scoping of blog posts to specific cities.
- Updated Blog entity to include a ManyToOne relationship with the City entity.
- Enhanced BlogController to handle city_id in the request, allowing filtering of posts by city.
- Modified BlogRepository to support querying published posts based on city_id.
- Added tests to ensure correct behavior for city-scoped and nationwide posts, including creation and updating of posts with city associations.
The nobat724_front SEO audit produced three backend-side tasks that the
frontend work is blocked on or that it only masks:
- doctors-list-city-and-limit: implemented in the previous commit
- blog-city-field: blog has no city column, so the city-scoped blog work
on the public site is written but inert
- cleanup-polluted-doctor-clinic-records: records named after a phone
number or "test" reach public results; the site currently hides them
with a noindex filter, which masks rather than fixes the data
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
The public doctor list had no location field, so multi-domain consumers
could not tell which city domain owns a doctor. nobat724_front's sitemap
worked around this by fetching the list once per city (35 sweeps) and
subtracting, costing ~13s to build the root sitemap.
Location is resolved in bulk by DoctorRepository::findLocationsByDoctors
using the same rule the city_id/state_id filter applies: the doctor's own
address first, falling back to the address of a clinic they belong to.
Without the clinic fallback a doctor could match city_id=X yet report no
city, which would break the sitemap's per-domain partitioning.
city/state are arrays with at most one entry, matching the shape already
used by the doctor detail response and the clinic list. A doctor with no
address reports [] rather than null. Multi-location doctors get a single
primary city, mirroring the canonical rule on the public site.
Also surface the applied page size as meta.limit. Repositories silently
clamp limit to 50, which previously made clients believe pagination had
ended early — this is what truncated the sitemap to 50 doctors.
The clinic doctor-list endpoint gets the same location data so both
endpoints agree.
Location resolution costs at most 2 queries regardless of page size,
asserted directly against the repository rather than through the
endpoint, since the endpoint carries a pre-existing specialties N+1 in
findWithFilters that is unrelated to this change.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
- Introduced `tracking_number` field in the `claims` table to store the insurance tracking number.
- Created `claim_status_logs` table to maintain a history of status changes for claims, including who made the change and when.
- Implemented `ClaimStatusLog` entity and repository for managing status log entries.
- Updated `ClaimService` to log transitions and handle tracking numbers during claim submissions.
- Added new API endpoint for fetching claims by patient, including detailed claim history and status logs.
- Enhanced frontend with a new `ClaimPatientDetailPage` to display claims and their status history.
- Added tests to ensure correct aggregation of claims and proper handling of status transitions.
- Consolidated the calculation of patient and insurance shares into a single method using BillingCalculator.
- Introduced new fields in PatientSession to store breakdown of insurance shares and patient share.
- Updated the API responses to include the new fields for consistency across payment, invoice, and claims dashboard.
- Added migration to backfill existing sessions with appropriate values for the new fields.
- Implemented tests to ensure the correctness of the new logic and verify that the breakdown sums to the gross total.
- Redesigned the claims dashboard to provide a more user-friendly overview of patient claims and their statuses.
- Added support for Jalali calendar in the dashboard, allowing charts to display data based on the current Jalali month and year.
- Updated the API to return `patients_year`, `patients_month`, and `revenue_year` parameters for the dashboard charts.
- Refactored the dashboard controller to handle Jalali date calculations and queries.
- Modified the frontend components to utilize the new Jalali date parameters and reflect changes in the UI.
- Removed the status column from the NewAppointmentsTable as status management is now handled on the appointments page.
- Added tests to ensure the correct functioning of the new Jalali chart period features.
Three related fixes, all rooted in the same flaw: authorization and scoping
decided by the caller's role instead of by the environment the data belongs to.
1. Single-appointment access (clinic operations were entirely broken)
AppointmentController::canView/canManage only knew the patient, the owning
doctor and admin -- appointment.clinic was never consulted. A clinic user could
create an appointment through /my/appointment but got 403 on detail, edit,
move, reserve transfer/replace and status change, so nearly every appointment
operation failed in clinic mode.
AppointmentAccessChecker now decides from appointment.clinic: clinic owner,
member doctor (via ClinicDoctorPermissionChecker) and assigned secretary (via
active context + DoctorSecretary) are recognised. Actions reuse the existing
permission vocabulary, so active=false remains the single source of truth for
"collaboration ended". Cancellation is gated separately and an inline status on
PATCH /appointment/{uuid} cannot bypass that gate. The patient is narrowed to
view + cancel.
Also fixed alongside: listByDoctor now serves a clinic manager but scoped to
that clinic; todayStats gained an admin branch and no longer passes an array of
doctor ids as the clinic parameter; PatientController::appointments filters on
appointment.clinic instead of current membership, so deactivating a doctor no
longer erases clinic appointment history from the case file.
The doctor-only active_slot_key was reviewed and deliberately left alone -- a
doctor is one physical person, so adding clinic to the key would permit
double-booking, not fix a bug. Reasoning recorded on the entity.
2. Appointment registration and confirmation
Panel-created appointments are born pending ("ثبت شده") instead of confirmed.
Confirming is now an explicit act: POST /appointment/{uuid}/confirm transitions
the status, files the case file for the appointment's environment (reusing an
existing record or creating one) and registers full or partial payments on the
resulting visit -- all in one transaction.
AppointmentExpiryService would have expired those pending appointments the
moment their slot time passed; findExpiredPending is now limited to online
gateway holds, which are the only pendings carrying a TTL. A pending
appointment still occupies its slot, so the time stays reserved.
The admin panel gets a "قطعی کردن نوبت" modal showing the visit fee, each
selected service, the total, and paid/remaining/status. It is wired inside
AppointmentStatusDropdown, so picking "confirmed" anywhere (timeline, detail,
reserve list, info modal) goes through it and confirmation can never silently
skip the case file and payment.
3. Clinic case-file access
PatientRecordScopeResolver replaces the single-destination role mapping: the
active context decides, so a doctor invited into a clinic finally sees their
patients' records there. A clinic record is per-patient and shared by design,
so "their own patients" is derived from appointments with that doctor in that
clinic rather than from a new column. Clinic secretaries are limited to their
assigned doctors. Read and write share one rule, and out-of-scope records
report 404 so other environments are never disclosed.
Tests: 29 new cases across the three areas (clinic appointment access, confirm
flow, clinic record access). Full suite 466 tests, 2 pre-existing failures
unchanged. API docs updated for all three.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Confirming an appointment was supposed to create the patient's record and its
session, and PatientService already knew how. Only two of the five paths that
confirm an appointment ever called it, and the one that mattered most did not:
a booking paid for online was confirmed inside the payment callback, which
never ran the side-effects. Every Nobat724 booking therefore went unfiled — 7
confirmed appointments in dev had no session at all.
The side-effects now run through AppointmentConfirmationService, which every
path calls: the payment callback, both PATCH endpoints, and panel/admin
bookings. Creating the record can no longer roll back a confirmation or a
payment; a failure is logged and can be repaired with the new
app:appointment:backfill-sessions command.
Two related defects fixed along the way:
- A doctor working at a clinic got two records for one appointment, one under
the doctor and one under the clinic, so a single visit's revenue was counted
twice. The booking context now decides, and it decides once.
- That context was inferred from address_id, falling back to "the doctor's only
clinic" — a guess that files an appointment under the wrong practice now that
schedules are per-context. It is stored as appointments.clinic_id instead.
Panel and admin bookings were left pending forever: nothing confirmed them and
no payment was expected. They are created confirmed.
Repeat confirmations no longer duplicate the session; an archived one still
counts as filed, so archiving a mistaken visit does not resurrect it.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
The public doctor payload built `active`/`free_turn`/`hours_of_work` from the
personal schedule alone, so a doctor bookable only at a clinic was reported as
"نوبتدهی غیرفعال". Aggregate over every schedule instead: any schedule with
online booking on and an active day makes the doctor bookable, and the disabled
label only appears when all of them are off.
Three admin-panel fixes for the same class of bug:
- AppointmentsPage took the selected doctor from `dbUuid`, which is the clinic's
uuid inside a clinic context — the slots request 404'd. Use `doctorUuid`.
- TurnsTimeline rendered any error or unknown empty_reason as "این روز شیفت کاری
ندارد". Errors now surface as errors and unknown reasons get a neutral message;
the day-off wording is reserved for an explicit day_off from the backend.
- Admins have no clinic context, so slots fell back to the personal schedule.
They now pick a location from `appointment-booking-locations` and that choice
drives the slot, service and create-appointment requests.
Adds `app:schedule:normalize-format` for legacy rows stored as a bare JSON list
covering only Saturday, which read as day-off for the rest of the week.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Two faults, one root: the per-context booking work updated ScheduleSection but
left the rest of the panel calling slot endpoints without clinic_uuid. Absent
clinic_uuid means the personal practice, so the panel asked about a schedule the
doctor barely uses and got nothing back.
- useClinicContext() resolves the current environment once and is used by the
appointments page, useDoctorBookingServices, ServiceSlotPicker and both
queries in NewAppointmentDrawer (a fifth call site a sweep turned up). It
returns null in a doctor's personal environment so the mirror-image bug — a
doctor seeing the clinic's schedule at their own practice — cannot appear.
clinicUuid is part of every query key; without it the cache leaks across
environments.
- appointment-slots returns empty_reason (no_schedule | holiday | day_off |
outside_window). TurnsTimeline rendered «این روز تعطیل است» for any empty day,
which is what the bug report actually saw; it now says which of the four it is.
- booking-locations lists a location only when the context has an address and an
active shift points at it. The dev data had three "personal" schedules whose
shifts referenced the clinic's address, so the public site advertised a
personal practice that could never be booked.
- ?date= adds available_on_date per location, validated as a real calendar date.
- MyAppointmentsController and AdminApiController resolved the appointment
address with no context and could store the wrong one. Both now go through the
new BookingContextResolver, which also replaces AppointmentController's private
copy of the same membership check.
- app:schedule:audit-locations reports shifts pointing at a missing or foreign
address; --fix deactivates them rather than deleting.
Verified against the reported doctor: same date, no clinic_uuid -> 0 sessions,
with it -> 1 session; a full week matches the configured Sat/Tue/Wed/Thu.
Suite: 417 tests, 2 failures — both pre-existing and unrelated.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
APP_DEBUG=0 in .env means doctrine.dbal.profiling, which defaults to
%kernel.debug%, was off in tests too, so doctrine.debug_data_holder was never
registered. Every test calling countQueries() errored out — all four N+1
regression tests had been dead for as long as they have existed. Turning
profiling on for when@test brings the harness back.
Three of the four passed immediately. The fourth was a real N+1: the
service-coverage endpoint batch-fetched its ServiceItem entities to avoid one
find() per row, but ServiceItem maps staffMembers as fetch: EAGER, so hydrating
N items fired N extra collection loads and the batch bought nothing. Six
coverage rows cost 11 queries where one row cost 6.
ServiceItemRepository::findUuidsByIds() returns the id => uuid map as a scalar
query, so no entity is hydrated and no eager collection is touched.
Also adds the query-count assertion for next_available_at that could not be
written while the harness was broken. Confirmed it fails against the previous
per-day implementation (40 queries for 2 locations, 113 for 6) and passes now.
Suite: 411 tests, 2 failures — both pre-existing and unrelated
(LowTierFixesTest, PatientWalletSessionSettleTest).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
next_available_at called getAvailableSlots() once per day for up to 30 days, and
that helper re-read the schedule, holidays and overrides on every call and then
issued an isSlotTaken() query per candidate slot. Cost grew with both the days
scanned and the slots per day, multiplied by the number of locations.
findNextAvailableStart() fetches the schedule, holidays, overrides and blocking
intervals once for the whole window and walks the days in memory.
Measured on the dev data (a doctor with two locations, first opening several
days out): 73 -> 20 queries for one request. The gap widens as locations or the
distance to the first opening grow.
Reserve appointments must keep blocking here: findBusyIntervals() filters
isReserve = false, so reusing it would have reported a reserved slot as free.
Added findBlockingIntervals(), which mirrors isSlotTaken()'s predicate, and
factored both onto a shared builder.
Verified the endpoint returns identical timestamps before and after.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
The booking-locations endpoint described where a doctor can be booked but not
when, so the public site had no way to emit openingHoursSpecification and had
to fall back to availableService alone.
Each location now carries opening_hours: its active weekly shifts flattened,
with the English weekday name so the consumer can map it onto schema.org
directly. A day with two shifts appears twice; days with no active shift are
omitted. Hours are per context, so the personal practice and each clinic report
their own.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
The new booking-locations endpoint is consumed by the public site without a
token, but it was missing from both the public_endpoints firewall pattern and
access_control, so every call returned 401 ERR_AUTH_001.
Verified against the dev data: the endpoint now returns both contexts for the
test doctor (clinic in service mode, personal practice in slot mode), ordered
by earliest free slot.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
- Introduced clinic_id to weekly_schedules, date_overrides, and holidays to differentiate between personal and clinic schedules.
- Updated unique constraints and indexes to accommodate the new clinic context.
feat(command): create AssignScheduleClinicCommand to move schedules
- Added a command to move a doctor's personal weekly schedule into a clinic context.
- Implemented checks to ensure sessions align with the target clinic.
feat(context): implement EntityContext and EntityContextResolver
- Created EntityContext to represent the effective working environment of a request (doctor or clinic).
- Developed EntityContextResolver to determine the execution context based on user roles and active contexts.
test: add ServiceModeContextTest for appointment scheduling
- Implemented tests to ensure service booking respects clinic and personal contexts.
- Verified that financial data is omitted in clinic contexts in InvitedDoctorDashboardScopeTest.
- Created JSON representation for VisitPriceRequirementResolver.php, including nodes and edges for methods and imports.
- Added AST cache for migrations/Version20260717093000.php, detailing methods and their relationships.
- Introduced AST cache for DiscountRuleRepository.php, capturing methods, imports, and their interactions.
- Introduced `consumables` field in `ServiceItem` to allow multiple individual items alongside inventory packages.
- Created `ServiceItemConsumable` entity to manage individual consumable items linked to a service.
- Updated `ServiceItemController` to handle CRUD operations for consumables.
- Enhanced `ServiceDetailPage` and `ServiceItemFormModal` to display and manage consumables.
- Added tests to ensure functionality for adding, updating, and validating consumables.
- Updated API documentation to reflect changes in service item structure and consumables.
- Added `inventory_package_uuid` and `inventory_package_title` fields to the `ServiceItem` interface.
- Updated API documentation to reflect new fields in service item responses.
- Implemented methods in `ClinicServiceController` to handle inventory package associations.
- Created `ServiceItemAuditLog` entity and repository for tracking changes to service items.
- Added functionality to log changes to service items, including inventory package associations.
- Implemented tests for attaching/detaching inventory packages and auditing changes.
- Created database migrations for new fields and audit log table.
- Implement PriceInput component tests to validate Persian and Arabic numeral handling, input formatting, and controlled behavior.
- Create ServiceDetailPage component with detailed service information, including pricing, insurance coverage, and editing capabilities.
- Add API tests for service item detail retrieval and coverage synchronization with insurance contracts.
- Ensure proper error handling and user feedback for service item retrieval and coverage management.
Users typing on a Persian keyboard produced two distinct failures. Fields with
type="number" silently returned an empty string — the browser rejects Persian
digits, so the value was lost and saved as empty or zero. Text fields passed the
Persian characters straight through to the database, where a mobile stored as
۰۹۱۲… never matches 09… again. The secretary form hit the second case with no
validation at all.
Frontend:
- Adds digitsOnly() and the national-code schemas to lib/utils, plus lib/forms
with numericField()/latinDigitsField() wrappers for React Hook Form fields.
- Converts every type="number" input to type="text" inputMode="numeric" with
digit normalization; none remain. Fields that legitimately carry non-digits
(sheba, landline) only get the digits translated, keeping IR and separators.
- Points the patient national-code and mobile schemas at the shared normalizing
schemas, which accept Persian input instead of rejecting it.
- Drops two duplicate local digit converters in favour of the shared helper.
Backend:
- Adds NumericFieldNormalizerSubscriber, translating digits in whitelisted
numeric keys of JSON request bodies under /api/v1/ before controllers run, so
nobat724_front and clinic-pro-tauri are covered too. Translation only — no
characters are stripped, non-string values and other keys are untouched.
Three component tests asserted on role="spinbutton" and numeric input values;
both are properties of type="number", so they were updated to match the new
text inputs.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
hamed