import assert from "node:assert/strict";
import { test } from "node:test";

import { UniqueID } from "@repo/rdx-ddd";

import type { SoftwareContext } from "../application/software-installation.repository";
import { mapSoftwareInput } from "../application/software-installation-input.mapper";
import { buildSoftwareResponse } from "../application/software-installation-response.builder";
import { SoftwareInstallationPersistenceMapper } from "../infrastructure/persistence/software-installation-persistence.mapper";

import { SoftwareInstallation } from "./software-installation.aggregate";
import type { SoftwareInstallationInput } from "./software-installation-values";
import { SoftwareInstallationInputSchema } from "./software-installation-values";
import { SoftwareInstallationValues } from "./value-objects/software-installation-values.vo";

const company = UniqueID.generateNewID();
const asset = UniqueID.generateNewID();
const resource = UniqueID.generateNewID();
const actor = UniqueID.generateNewID();
const date = "2026-10-12T10:00:00.000Z";
const input: SoftwareInstallationInput = {
  assetId: asset.toPrimitive(),
  resourceId: resource.toPrimitive(),
  licenseResourceId: null,
  version: "24H2",
  state: "pending",
  notes: null,
};
const context: SoftwareContext = {
  configurations: [],
  assets: [{ id: asset, notRetired: true }],
  resources: [{ id: resource, active: true, expiresOn: null, usage: "os" }],
  actors: new Map([[actor.toPrimitive(), "David"]]),
};

function values(data = input) {
  const result = SoftwareInstallationValues.create(data);

  assert.ok(result.isSuccess);

  return result.data;
}

function installation() {
  const result = SoftwareInstallation.create(company, values(), actor, date);

  assert.ok(result.isSuccess);

  return result.data;
}

test("instalaciones: pertenecen al equipo, admiten SO/aplicaciones y rechazan recursos ajenos y destinos variables", () => {
  assert.ok(mapSoftwareInput(input, context).isSuccess);
  assert.ok(
    mapSoftwareInput(input, {
      ...context,
      resources: [{ id: resource, active: true, expiresOn: null, usage: "application" }],
    }).isSuccess
  );
  assert.ok(!mapSoftwareInput(input, { ...context, assets: [] }).isSuccess);
  assert.ok(
    !mapSoftwareInput(input, {
      ...context,
      resources: [{ id: resource, active: true, expiresOn: null, usage: "certificate" }],
    }).isSuccess
  );
  assert.equal(
    SoftwareInstallationInputSchema.safeParse({ ...input, profileId: actor.toPrimitive() }).success,
    false
  );
  const previous = installation();

  assert.ok(!mapSoftwareInput(input, { ...context, configurations: [previous] }).isSuccess);
  assert.ok(
    mapSoftwareInput(input, { ...context, configurations: [previous] }, previous).isSuccess
  );
  assert.ok(
    !previous.update(values({ ...input, assetId: actor.toPrimitive() }), actor, date).isSuccess
  );
});

test("instalaciones: versiones, idempotencia, retirada, revisión y persistencia de historial", () => {
  const previous = installation();

  assert.ok(previous.id.toPrimitive().charAt(14) === "7");
  const same = previous.update(values(), actor, date);

  assert.ok(same.isSuccess);
  assert.equal(same.data, previous);
  const configured = previous.update(
    values({ ...input, state: "configured", version: "25H2" }),
    actor,
    date
  );

  assert.ok(configured.isSuccess);
  const unavailable = { ...context, assets: [{ id: asset, notRetired: false }] };

  assert.ok(buildSoftwareResponse(configured.data, unavailable).needsReview);
  assert.ok(
    mapSoftwareInput(
      { ...configured.data.values.toPrimitive(), notes: "Revisar equipo" },
      unavailable,
      configured.data
    ).isSuccess
  );
  assert.ok(!mapSoftwareInput(input, unavailable).isSuccess);
  assert.ok(!configured.data.update(values({ ...input, state: "removed" }), actor, date).isSuccess);
  const retiring = configured.data.update(
    values({ ...input, state: "removal_pending" }),
    actor,
    date
  );

  assert.ok(retiring.isSuccess);
  const removed = retiring.data.update(values({ ...input, state: "removed" }), actor, date);

  assert.ok(removed.isSuccess);
  assert.ok(!removed.data.update(values(), actor, date).isSuccess);
  assert.ok(mapSoftwareInput(input, { ...context, configurations: [removed.data] }).isSuccess);
  const mapper = new SoftwareInstallationPersistenceMapper();
  const rows = mapper.toPersistence(removed.data);
  const restored = mapper.toDomain(rows.root, rows.revisions);

  assert.equal(restored.history.length, 4);
  assert.ok(restored.values.equals(removed.data.values));
  assert.throws(() => mapper.toDomain({ ...rows.root, currentKey: "incorrect" }, rows.revisions));
  assert.throws(() =>
    mapper.toDomain(
      rows.root,
      rows.revisions.map((row) => ({ ...row, position: 9 }))
    )
  );
});

test("licencia del software: opcional, misma compañía y tipo, vigencia, desvinculación e historial idempotente", () => {
  const license = UniqueID.generateNewID();
  const licensedInput = { ...input, licenseResourceId: license.toPrimitive() };
  const licenseItem = { id: license, active: true, usage: "license" as const, expiresOn: null };
  const licensedContext = { ...context, resources: [...context.resources, licenseItem] };

  assert.ok(mapSoftwareInput(licensedInput, licensedContext).isSuccess);
  assert.ok(!mapSoftwareInput(licensedInput, context).isSuccess);
  assert.ok(
    !mapSoftwareInput({ ...input, licenseResourceId: resource.toPrimitive() }, context).isSuccess
  );
  assert.equal(
    SoftwareInstallationInputSchema.safeParse({ ...input, licenseResourceId: "invalid" }).success,
    false
  );
  const previous = installation();
  const linked = previous.update(values(licensedInput), actor, date);

  assert.ok(linked.isSuccess);
  assert.equal(linked.data.history.length, 2);
  assert.equal(linked.data.history[0]?.values.toPrimitive().licenseResourceId, null);
  assert.equal(
    linked.data.history[1]?.values.toPrimitive().licenseResourceId,
    license.toPrimitive()
  );
  const same = linked.data.update(values(licensedInput), actor, date);

  assert.ok(same.isSuccess);
  assert.equal(same.data, linked.data);
  for (const unavailable of [
    { ...licenseItem, active: false },
    { ...licenseItem, expiresOn: "2000-01-01" },
  ]) {
    const unavailableContext = { ...context, resources: [...context.resources, unavailable] };

    assert.ok(!mapSoftwareInput(licensedInput, unavailableContext).isSuccess);
    assert.ok(buildSoftwareResponse(linked.data, unavailableContext).needsReview);
    assert.ok(
      mapSoftwareInput(
        { ...licensedInput, notes: "Revisar contrato" },
        unavailableContext,
        linked.data
      ).isSuccess
    );
    assert.ok(mapSoftwareInput(input, unavailableContext, linked.data).isSuccess);
    assert.ok(
      mapSoftwareInput(
        input,
        { ...unavailableContext, assets: [{ id: asset, notRetired: false }] },
        linked.data
      ).isSuccess
    );
    assert.ok(
      !mapSoftwareInput(
        { ...licensedInput, state: "removal_pending" },
        unavailableContext,
        previous
      ).isSuccess
    );
    assert.ok(
      mapSoftwareInput(
        { ...licensedInput, state: "never_configured" },
        unavailableContext,
        linked.data
      ).isSuccess
    );
  }
  const detached = linked.data.update(values(input), actor, date);

  assert.ok(detached.isSuccess);
  assert.equal(detached.data.history.length, 3);
  const mapper = new SoftwareInstallationPersistenceMapper();
  const stored = mapper.toPersistence(detached.data);
  const restored = mapper.toDomain(stored.root, stored.revisions);

  assert.equal(restored.values.toPrimitive().licenseResourceId, null);
  assert.equal(restored.history[1]?.values.toPrimitive().licenseResourceId, license.toPrimitive());
  assert.throws(() =>
    mapper.toDomain({ ...stored.root, licenseResourceId: license.toPrimitive() }, stored.revisions)
  );
});