metis-desk/modules/resources/src/api/infrastructure/persistence/sequelize-resource.repository.ts

import type { UniqueID } from "@repo/rdx-ddd";
import { Maybe, Result } from "@repo/rdx-utils";
import type { Sequelize, Transaction } from "sequelize";
import { QueryTypes } from "sequelize";
import { z } from "zod/v4";

import { ResourceReferenceSchema } from "../../../common/inventory";
import type { IResourceRepository, InventoryContext } from "../../application/resource.repository";
import { ResourceCatalogError } from "../../domain/resource-definition";

import { removeResource } from "./remove-resource";
import {
  ResourceAvailabilityModel,
  ResourceBindingModel,
  ResourceCatalogModel,
} from "./resource-catalog.model";
import { ResourceCatalogPersistenceMapper } from "./resource-catalog-persistence.mapper";
import { readDefinitions } from "./resource-catalog-relational";
import { projectResource } from "./resource-compatibility";
import { readInventory, writeInventory } from "./resource-inventory-relational";
import { ResourcePersistenceMapper } from "./resource-persistence.mapper";

export class SequelizeResourceRepository implements IResourceRepository {
  private readonly mapper = new ResourcePersistenceMapper();

  constructor(private readonly database: Sequelize) {}

  remove(companyId: UniqueID, id: UniqueID) {
    return this.database.transaction(async (transaction) => {
      const loaded = await this.load(companyId, transaction, true);

      if (!loaded.isSuccess) {
        return Result.fail(loaded.error);
      }
      const resource = loaded.data.resources.find((item) => item.id.equals(id));

      if (!resource) {
        return Result.fail(new ResourceCatalogError("RESOURCE_NOT_FOUND"));
      }

      return removeResource(this.database, resource, transaction);
    });
  }

  private async load(
    companyId: UniqueID,
    transaction: Transaction,
    write: boolean
  ): Promise<Result<InventoryContext, ResourceCatalogError>> {
    // Orden compartido con las escrituras del catálogo para evitar interbloqueos.
    const root = await ResourceCatalogModel.findOne({
      where: { catalogKey: "global" },
      transaction,
      ...(write ? { lock: transaction.LOCK.UPDATE } : {}),
    });

    if (!root) {
      throw new Error("Catálogo de recursos no inicializado.");
    }
    const companies = await this.database.query<{ id: string }>(
      `SELECT id FROM companies WHERE id=:id${write ? " FOR UPDATE" : ""}`,
      { replacements: { id: companyId.toPrimitive() }, type: QueryTypes.SELECT, transaction }
    );

    if (!companies.length) {
      return Result.fail(new ResourceCatalogError("COMPANY_NOT_FOUND"));
    }
    const definitions = await readDefinitions(this.database, root.id, transaction);
    const bindings = definitions.length
      ? await ResourceBindingModel.findAll({
          where: { templateId: definitions.map((item) => item.id) },
          transaction,
        })
      : [];
    const overrides = await ResourceAvailabilityModel.findAll({
      where: { catalogId: root.id },
      transaction,
    });
    const catalog = new ResourceCatalogPersistenceMapper().toDomain(
      root,
      definitions,
      bindings,
      overrides
    );
    const { rows, revisions } = await readInventory(
      this.database,
      companyId.toPrimitive(),
      transaction
    );
    const resources = rows.map((row) => {
      const resource = this.mapper.toDomain(
        row,
        revisions.filter((revision) => revision.resourceId === row.id)
      );
      const spec = resource.specification.toPrimitive();
      const template = catalog
        .visible(Maybe.some(companyId))
        .find((item) => item.id.toPrimitive() === spec.templateId);

      if (
        !template ||
        template.values.data.kind !== "template" ||
        spec.fields.some(
          (field) =>
            !catalog
              .visible(Maybe.some(companyId))
              .some(
                (item) =>
                  item.id.toPrimitive() === field.fieldId && item.values.data.kind === "field"
              )
        )
      ) {
        throw new Error("Especificación de recurso fuera de su catálogo o compañía.");
      }

      return resource;
    });
    const actors = await this.database.query<{ id: string; name: string }>(
      "SELECT id, name FROM users",
      { type: QueryTypes.SELECT, transaction }
    );
    const rawReferences = await this.database.query<Record<string, unknown>>(
      "SELECT i.id,v.kind,v.name,v.identifier,v.active,v.systemId FROM access_items i JOIN access_workspaces w ON w.id=i.workspaceId JOIN access_current_values v ON v.ownerId=i.id AND v.kind=i.kind WHERE (w.companyId=:companyId OR w.companyId IS NULL) AND i.kind IN ('account','system','environment','resource_type')",
      { replacements: { companyId: companyId.toPrimitive() }, transaction, type: QueryTypes.SELECT }
    );
    const references = rawReferences.map((row) => {
      const data = z
        .object({
          kind: z.enum(["account", "system", "environment", "resource_type"]),
          name: z.string().nullish(),
          identifier: z.string().nullish(),
          active: z.union([z.boolean(), z.literal(0), z.literal(1)]).transform(Boolean),
          systemId: z.uuid().nullish(),
        })
        .parse(row);

      return ResourceReferenceSchema.parse({
        id: row.id,
        kind: data.kind,
        name: data.name ?? data.identifier ?? "",
        active: data.active,
        systemId: data.systemId ?? null,
      });
    });

    return Result.ok({
      references,
      catalog,
      resources,
      actorNames: new Map(actors.map((actor) => [actor.id, actor.name])),
    });
  }

  get(companyId: UniqueID) {
    return this.database.transaction((transaction) => this.load(companyId, transaction, false));
  }

  save(companyId: UniqueID, action: Parameters<IResourceRepository["save"]>[1]) {
    return this.database.transaction(async (transaction) => {
      const loaded = await this.load(companyId, transaction, true);

      if (!loaded.isSuccess) {
        return loaded;
      }
      const changed = action(loaded.data);

      if (!changed.isSuccess) {
        return changed;
      }
      const persistence = this.mapper.toPersistence(changed.data);

      await projectResource(this.database, changed.data, transaction);
      await writeInventory(
        this.database,
        persistence,
        new Set(
          loaded.data.resources
            .find((item) => item.id.equals(changed.data.id))
            ?.history.map((revision) => revision.id.toPrimitive()) ?? []
        ),
        transaction
      );

      return Result.ok({ resource: changed.data, actorNames: loaded.data.actorNames });
    });
  }
}