shoc-backend/SeaHaven.DataServices/Interfaces/IWorkOrderDataService.cs
Alexandre Brandizzi c02749a4ea fix: run work order edit reschedule under the mutation lock
UpdateWorkOrderAsync loaded the work order, applied the shared schedule
side effects (RescheduleCount, OriginalDate/OriginalWeek, lifecycle,
IsAddOn) and saved with no gate, transaction or row lock, so a
concurrent reschedule could interleave with the read-modify-write.

The read, the mutation, the save and the audit entry now run through
IWorkOrderDataService.ExecuteWorkOrderMutationAsync, which uses the
shared WorkOrderMutationLock: the per-work-order in-process gate, a
transaction, and an UPDLOCK on the work order row on SQL Server. A
reschedule committed by another holder of the lock is read before the
edit applies its own date and increments RescheduleCount.

Adds a regression test that holds the gate, commits a reschedule, and
asserts the edit waits and then builds on the committed schedule.
2026-10-01 00:19:37 -03:00

92 lines
4.1 KiB
C#

using Data.SeaHavenIndustries;
using SeaHaven.DataServices.Models;
namespace SeaHaven.DataServices.Interfaces
{
public interface IWorkOrderDataService
{
// Query operations
Task<WorkOrder?> GetByIdAsync(int id);
Task<WorkOrder?> GetByIdWithDetailsAsync(int id);
Task<WorkOrder?> GetByInternalNumberAsync(string internalNumber);
Task<IEnumerable<WorkOrder>> GetAllAsync();
Task<IEnumerable<WorkOrder>> GetByLocationIdAsync(int locationId);
Task<IEnumerable<WorkOrder>> GetByAssigneeAsync(string assigneeId);
Task<IEnumerable<WorkOrder>> GetByStatusAsync(string status);
Task<IEnumerable<WorkOrder>> GetByPriorityAsync(string priority);
// Paged results
Task<(IEnumerable<WorkOrder> Items, int TotalCount)> GetPagedAsync(
int page,
int pageSize,
string? search = null,
string? status = null,
string? priority = null);
// Paged list with detailed information (for GetWorkOrderList endpoint)
Task<(IEnumerable<WorkOrderListItemReadModel> Items, int TotalCount)> GetWorkOrderListPagedAsync(
int page,
int pageSize,
string? search = null,
string? status = null,
string? assignee = null,
int? locationId = null,
string? sortBy = "lastUpdated",
string? sortDir = "desc",
int? accountId = null);
// Command operations
Task<WorkOrder> AddAsync(WorkOrder workOrder);
Task UpdateAsync(WorkOrder workOrder);
Task DeleteAsync(int id);
// Runs a read-modify-write on one work order under the shared per-work-order gate,
// transaction and row lock (WorkOrderMutationLock).
Task<T> ExecuteWorkOrderMutationAsync<T>(
int workOrderId,
Func<CancellationToken, Task<T>> work,
CancellationToken cancellationToken);
// Related entities - Read
Task<IEnumerable<WorkOrderContacts>> GetWorkOrderContactsAsync(int workOrderId);
Task<IEnumerable<WorkOrderCategories>> GetWorkOrderCategoriesAsync(int workOrderId);
Task<IEnumerable<WorkOrderAttachments>> GetWorkOrderAttachmentsAsync(int workOrderId);
Task<IEnumerable<Comments>> GetWorkOrderCommentsAsync(int workOrderId);
Task<IEnumerable<WorkOrderAuditLog>> GetWorkOrderAuditLogsAsync(int workOrderId);
// Related entities - Write
Task AddWorkOrderContactsAsync(int workOrderId, IEnumerable<int> contactIds);
Task AddWorkOrderCategoriesAsync(int workOrderId, IEnumerable<int> categoryIds);
Task AddWorkOrderAttachmentAsync(WorkOrderAttachments attachment);
Task AddAuditLogAsync(WorkOrderAuditLog auditLog);
Task AddAuditLogsAsync(IReadOnlyCollection<WorkOrderAuditLog> auditLogs);
// Related entities - Delete
Task DeleteWorkOrderContactsAsync(int workOrderId);
Task DeleteWorkOrderCategoriesAsync(int workOrderId);
Task DeleteWorkOrderAttachmentsAsync(int workOrderId);
// Validation
Task<bool> ExistsAsync(int id);
Task<bool> InternalNumberExistsAsync(string internalNumber, int? excludeId = null);
// Internal number generation
Task<string> GenerateNextInternalWONumberAsync();
// Statistics
Task<int> CountAsync();
Task<int> CountByStatusAsync(string status);
Task<int> CountByPriorityAsync(string priority);
Task<int> CountByLocationAsync(int locationId);
Task<IEnumerable<WorkOrder>> GetAllWithDetailsAsync(int? accountId = null);
// Batched lookup: server-filters the distinct requested ids, excludes templates,
// eagerly loads the location detail, deduplicates, and returns results in input order.
Task<IReadOnlyList<WorkOrder>> GetByRequestedIdsWithDetailsAsync(
IReadOnlyCollection<int> ids,
CancellationToken cancellationToken);
// Complex read models
Task<WorkOrderDetailReadModel?> GetWorkOrderDetailAsync(int id, int? accountId = null);
Task<List<WorkOrder>> GetNonTemplateWorkOrdersWithLocationsAsync(int? accountId = null);
}
}