metis-desk/modules/assets/src/api/infrastructure/persistence/workstation-relational.ts

import type { Sequelize, Transaction } from "sequelize";
import { DataTypes, QueryTypes } from "sequelize";

import { WorkstationInputSchema } from "../../domain/workstation-values";

import { readAssetRows, writeAssetRow } from "./asset-relational-sql";
import type { WorkstationPersistenceMapper } from "./workstation-persistence.mapper";

type Values = ReturnType<typeof WorkstationInputSchema.parse>;

export type WorkstationRow = {
  id: string;
  companyId: string;
  siteId: string | null;
  personId: string | null;
  values: Values;
};

export type WorkstationRevisionRow = {
  id: string;
  workstationId: string;
  actorId: string;
  recordedAt: string;
  position: number;
  siteId: string | null;
  personId: string | null;
  values: Values;
};

type StoredRow = Record<string, unknown> & {
  id: string;
  name: string;
  active: boolean;
  siteId: string | null;
  personId: string | null;
};

type Member = { ownerId: string; assetId: string; kind: string; position: number };

const tables = [
  { root: "workstations", members: "workstation_members", owner: "workstationId" },
  { root: "workstation_revisions", members: "workstation_revision_members", owner: "revisionId" },
] as const;

function reconstruct(row: StoredRow, members: readonly Member[]): Values {
  const ordered = members
    .filter((member) => member.ownerId === row.id)
    .sort((a, b) => a.position - b.position);

  if (ordered.some((member) => member.kind !== "exclusive")) {
    throw new Error("Tipo de asignación de activo inconsistente.");
  }

  return WorkstationInputSchema.parse({
    ...(row.computerAssetId ? { computerAssetId: row.computerAssetId } : {}),
    name: row.name,
    active: Boolean(row.active),
    siteId: row.siteId,
    personId: row.personId,
    assetIds: ordered
      .filter((member) => member.kind === "exclusive")
      .map((member) => member.assetId),
  });
}

export async function readWorkstations(
  database: Sequelize,
  companyId: string,
  transaction: Transaction
) {
  const roots = await readAssetRows<StoredRow & Omit<WorkstationRow, "values">>(
    database,
    "workstations",
    "companyId",
    [companyId],
    transaction
  );
  const revisions = await readAssetRows<StoredRow & Omit<WorkstationRevisionRow, "values">>(
    database,
    "workstation_revisions",
    "workstationId",
    roots.map((row) => row.id),
    transaction
  );
  const rootMembers = await database.query<Member>(
    "SELECT workstationId AS ownerId,assetId,kind,position FROM workstation_members WHERE workstationId IN (:ids)",
    {
      replacements: {
        ids: roots.map((row) => row.id).concat(["00000000-0000-0000-0000-000000000000"]),
      },
      type: QueryTypes.SELECT,
      transaction,
    }
  );
  const revisionMembers = await database.query<Member>(
    "SELECT revisionId AS ownerId,assetId,kind,position FROM workstation_revision_members WHERE revisionId IN (:ids)",
    {
      replacements: {
        ids: revisions.map((row) => row.id).concat(["00000000-0000-0000-0000-000000000000"]),
      },
      type: QueryTypes.SELECT,
      transaction,
    }
  );

  return {
    rows: roots.map((row) => ({
      id: row.id,
      companyId: row.companyId,
      siteId: row.siteId,
      personId: row.personId,
      values: reconstruct(row, rootMembers),
    })),
    revisions: revisions.map((row) => ({
      id: row.id,
      workstationId: row.workstationId,
      actorId: row.actorId,
      recordedAt: row.recordedAt,
      position: row.position,
      siteId: row.siteId,
      personId: row.personId,
      values: reconstruct(row, revisionMembers),
    })),
  };
}

async function writeMembers(
  database: Sequelize,
  table: string,
  owner: string,
  id: string,
  values: Values,
  transaction: Transaction
) {
  await database.query(`DELETE FROM ${table} WHERE ${owner}=:id`, {
    replacements: { id },
    transaction,
  });
  for (const [position, assetId] of values.assetIds.entries()) {
    await writeAssetRow(
      database,
      table,
      { [owner]: id, assetId, kind: "exclusive", position },
      transaction
    );
  }
}

async function writeSnapshot(
  database: Sequelize,
  definition: (typeof tables)[number],
  row: Record<string, string | number | boolean | null>,
  values: Values,
  transaction: Transaction
) {
  await writeAssetRow(
    database,
    definition.root,
    {
      ...row,
      name: values.name,
      active: values.active,
      computerAssetId: values.computerAssetId ?? null,
    },
    transaction
  );
  await writeMembers(
    database,
    definition.members,
    definition.owner,
    String(row.id),
    values,
    transaction
  );
}

export async function writeWorkstation(
  database: Sequelize,
  data: ReturnType<WorkstationPersistenceMapper["toPersistence"]>,
  existing: ReadonlySet<string>,
  transaction: Transaction
) {
  const { values, ...root } = data.workstation;

  await writeSnapshot(database, tables[0], root, values, transaction);
  for (const { values, ...revision } of data.revisions) {
    if (!existing.has(revision.id)) {
      await writeSnapshot(database, tables[1], revision, values, transaction);
    }
  }
}

export async function initializeWorkstationMembers(database: Sequelize) {
  const query = database.getQueryInterface();
  const existing = await query.showAllTables();

  for (const definition of tables) {
    if (!existing.includes(definition.members)) {
      await query.createTable(definition.members, {
        [definition.owner]: {
          type: DataTypes.UUID,
          primaryKey: true,
          references: { model: definition.root, key: "id" },
          onDelete: "CASCADE",
        },
        assetId: {
          type: DataTypes.UUID,
          primaryKey: true,
          references: { model: "assets", key: "id" },
          onDelete: "RESTRICT",
        },
        kind: { type: DataTypes.STRING(10), allowNull: false },
        position: { type: DataTypes.INTEGER, allowNull: false },
      });
    }
  }
}