"use strict";
// The discovery JSON of an endpoint: generated from the descriptors of its capabilities, in the order they were
// declared, with the capabilities the library adds at the end.
const { test } = require("node:test");
const assert = require("node:assert/strict");
const {
  Alex2MQTT, ActionMapping, Alexa, AlexaActions, AlexaInterfaceType, BrightnessController, DisplayCategory, EndpointHealth,
  PowerController, TemperatureSensor, registry,
} = require("alex2node");
const interfaces = require("../fixtures/interfaces.js");
const { endpoint } = require("../helpers/endpoint.js");
const { capabilities, zoo } = require("../helpers/fixtures.js");
const { setup, until } = require("../helpers/harness.js");

const ALEXA = { type: "AlexaInterface", interface: "Alexa", version: "3" };
const names = (json) => json.capabilities.map((capability) => capability.interface);

// Ask as Alex2MQTT does and return the endpoints of the one answer.
async function discover(alexa, root) {
  const before = alexa.on(`${root}/discover_r`).length;
  alexa.publish(`${root}/discover`, { namespace: "Alexa.Discovery", name: "Discover" });
  await until(() => alexa.on(`${root}/discover_r`).length === before + 1, 3000, "discovery reply");
  return alexa.on(`${root}/discover_r`)[before];
}

for (const { namespace, page, declared } of interfaces) {
  test(`${namespace}: device.add() gives the capability object of ${page}.html`, () => {
    for (const { options, as: [example, n = 0] } of declared) {
      const capability = endpoint().add(registry.get(namespace), options);
      assert.deepEqual(capability.toJSON(), capabilities(page, namespace, example)[n], `${example}[${n}]`);
    }
  });
}

test("the fields of a capability object are in the order of the examples: type, interface, version, properties", () => {
  const lamp = endpoint();
  lamp.add(PowerController, { proactivelyReported: true });
  assert.equal(
    JSON.stringify(lamp.getJSON().capabilities[0]),
    '{"type":"AlexaInterface","interface":"Alexa.PowerController","version":"3",'
      + '"properties":{"supported":[{"name":"powerState"}],"proactivelyReported":true,"retrievable":true}}'
  );
});

test("capabilities are listed as declared, the Alexa interface after them", () => {
  const thermostat = endpoint("thermo-1", "Thermostat", ["THERMOSTAT", "TEMPERATURE_SENSOR"]);
  thermostat.add(TemperatureSensor);
  thermostat.add(PowerController);
  thermostat.add(BrightnessController);
  assert.deepEqual(names(thermostat.getJSON()), ["Alexa.TemperatureSensor", "Alexa.PowerController", "Alexa.BrightnessController", "Alexa"]);
  assert.deepEqual(thermostat.getJSON().capabilities.at(-1), ALEXA);
  assert.deepEqual(thermostat.getCapabilities().map((capability) => capability.namespace), ["Alexa.TemperatureSensor", "Alexa.PowerController", "Alexa.BrightnessController"]);

  // Declared by the device itself, it stays where it was declared and is listed once
  const lamp = endpoint();
  lamp.add(Alexa);
  lamp.add(PowerController);
  assert.deepEqual(names(lamp.getJSON()), ["Alexa", "Alexa.PowerController"]);
});

test("defaults of a declaration: retrievable, not proactively reported, nonControllable left out unless given", () => {
  const lamp = endpoint();
  assert.deepEqual(lamp.add(PowerController).toJSON().properties, { supported: [{ name: "powerState" }], proactivelyReported: false, retrievable: true });
  assert.deepEqual(
    lamp.add(BrightnessController, { retrievable: false, proactivelyReported: true, nonControllable: true }).toJSON().properties,
    { supported: [{ name: "brightness" }], proactivelyReported: true, retrievable: false, nonControllable: true }
  );
  assert.equal(lamp.add(TemperatureSensor, { nonControllable: false }).toJSON().properties.nonControllable, false);
});

test("PowerController verificationsRequired: the directives Alexa asks the user to confirm", () => {
  const capability = endpoint().add(PowerController, { verificationsRequired: ["TurnOff"] });
  assert.deepEqual(capability.toJSON().verificationsRequired, [{ directive: "TurnOff", methods: [{ "@type": "Confirmation" }] }]);
  assert.equal("verificationsRequired" in endpoint().add(PowerController).toJSON(), false);
});

test("1.x declarations are announced as 1.5.2 announced them, with the Alexa interface added", () => {
  const T = AlexaInterfaceType;
  // zoo.js, the devices whose discovery JSON 1.5.2 produced without corrections
  const declarations = {
    "zoo-dimmer": (device) => {
      device.addCapability(T.POWER_CONTROLLER, { proactivelyReported: true });
      device.addCapability(T.BRIGHTNESS_CONTROLLER, { proactivelyReported: true });
    },
    "zoo-thermostat": (device) => {
      device.addCapability(T.THERMOSTAT_CONTROLLER, { proactivelyReported: true });
      device.addCapability(T.TEMPERATURE_SENSOR, { proactivelyReported: true });
    },
    "zoo-curtain": (device) => {
      device.addCapability(T.POWER_CONTROLLER, { proactivelyReported: true });
      const toggle = device.addCapability(T.TOGGLE_CONTROLLER, { proactivelyReported: true, instance: "Zoo.Shade" });
      toggle.addFriendlyName("Shade", "en-US");
      toggle.addActionMapping(new ActionMapping([AlexaActions.Close], "TurnOn"));
      toggle.addActionMapping(new ActionMapping([AlexaActions.Open], "TurnOff"));
    },
    "zoo-fan": (device) => {
      device.addCapability(T.POWER_CONTROLLER, { proactivelyReported: true });
      const mode = device.addCapability(T.MODE_CONTROLLER, { proactivelyReported: true });
      mode.setInstance("Fan.Speed");
      mode.addFriendlyName("Speed", "en-US");
      mode.addSupportedModes(["Low", "Medium", "High"].map((text) => ({
        value: `Speed.${text}`,
        modeResources: { friendlyNames: [{ "@type": "text", value: { text, locale: "en-US" } }] },
      })));
    },
    "zoo-scene": (device) => device.addCapability(T.SCENE_CONTROLLER),
    "zoo-tv": (device) => {
      device.addCapability("Alexa.PowerController", { proactivelyReported: true });
      device.addCapability("Alexa.ChannelController", { proactivelyReported: true });
    },
  };
  for (const [endpointId, declare] of Object.entries(declarations)) {
    const accepted = zoo(endpointId);
    const device = endpoint(endpointId, accepted.friendlyName, accepted.displayCategories);
    device.setDescription(accepted.description);
    device.setManufacturerName(accepted.manufacturerName);
    device.setManufacturer(accepted.additionalAttributes.manufacturer);
    device.setModel(accepted.additionalAttributes.model);
    declare(device);
    assert.deepEqual(device.getJSON(), { ...accepted, capabilities: [...accepted.capabilities, ALEXA] }, endpointId);
    assert.deepEqual(device.check(), [], endpointId);
  }
});

test("registerDevice: every endpoint ends with the Alexa interface; alexaInterface: false leaves it out", async () => {
  const { alexa, bridge } = await setup(Alex2MQTT, "root");
  const lamp = bridge.registerDevice("Lamp", "lamp-1", DisplayCategory.LIGHT);
  lamp.addCapability(AlexaInterfaceType.POWER_CONTROLLER);
  lamp.addCapability(AlexaInterfaceType.ENDPOINT_HEALTH);
  const scene = bridge.registerDevice("Evening", "scene-1", DisplayCategory.SCENE_TRIGGER);
  scene.addCapability(AlexaInterfaceType.SCENE_CONTROLLER);
  // A registerDevice() device gets no Alexa.EndpointHealth it did not declare
  const bare = bridge.registerDevice("Plug", "plug-1", DisplayCategory.SMARTPLUG);
  bare.addCapability(AlexaInterfaceType.POWER_CONTROLLER);

  assert.deepEqual((await discover(alexa, "root")).map(names), [
    ["Alexa.PowerController", "Alexa.EndpointHealth", "Alexa"],
    ["Alexa.SceneController", "Alexa"],
    ["Alexa.PowerController", "Alexa"],
  ]);

  const without = await setup(Alex2MQTT, "root-1x", { alexaInterface: false });
  without.bridge.registerDevice("Lamp", "lamp-1", DisplayCategory.LIGHT).addCapability(AlexaInterfaceType.POWER_CONTROLLER);
  without.bridge.addDevice({ endpointId: "lamp-2", name: "Lamp Two", categories: ["LIGHT"], endpointHealth: false }).add(PowerController);
  assert.deepEqual((await discover(without.alexa, "root-1x")).map(names), [["Alexa.PowerController"], ["Alexa.PowerController"]]);
});

test("addDevice: the fields of the definition reach discovery; the defaults are those of registerDevice", async () => {
  const { alexa, bridge } = await setup(Alex2MQTT, "root");
  bridge.addDevice({
    endpointId: "bedroom-blinds",
    name: "Bedroom Blinds",
    categories: ["INTERIOR_BLIND", DisplayCategory.OTHER],
    description: "Roller blind by Acme",
    manufacturerName: "Acme",
    manufacturer: "Acme Inc",
    model: "RB-2",
    serialNumber: "0042",
    firmwareVersion: "2.1.0",
    softwareVersion: "2.1.3",
    customIdentifier: "acme-rb2-0042",
    cookie: { room: "bedroom" },
    endpointHealth: false,
  });
  bridge.addDevice({ endpointId: "lamp-1", name: "Lamp", categories: ["LIGHT"], endpointHealth: false });
  const registered = bridge.registerDevice("Lamp", "lamp-2", DisplayCategory.LIGHT);

  const [blinds, lamp] = await discover(alexa, "root");
  assert.deepEqual(blinds, {
    endpointId: "bedroom-blinds",
    friendlyName: "Bedroom Blinds",
    description: "Roller blind by Acme",
    manufacturerName: "Acme",
    displayCategories: ["INTERIOR_BLIND", "OTHER"],
    additionalAttributes: {
      manufacturer: "Acme Inc",
      model: "RB-2",
      serialNumber: "0042",
      firmwareVersion: "2.1.0",
      softwareVersion: "2.1.3",
      customIdentifier: "acme-rb2-0042",
    },
    cookie: { room: "bedroom" },
    capabilities: [ALEXA],
  });
  assert.deepEqual(lamp, { ...registered.getJSON(), endpointId: "lamp-1" });
  assert.equal("cookie" in lamp, false);
});

test("addDevice: Alexa.EndpointHealth is listed for the device unless it declares one, opts out or is a scene", async () => {
  const { alexa, bridge } = await setup(Alex2MQTT, "root");
  bridge.addDevice({ endpointId: "lamp-1", name: "Lamp", categories: ["LIGHT"] }).add(PowerController);
  const reporting = bridge.addDevice({ endpointId: "lamp-2", name: "Lamp Two", categories: ["LIGHT"] });
  reporting.add(EndpointHealth, { proactivelyReported: true });
  reporting.add(PowerController);
  bridge.addDevice({ endpointId: "lamp-3", name: "Lamp Three", categories: ["LIGHT"], endpointHealth: false }).add(PowerController);
  bridge.addDevice({ endpointId: "scene-1", name: "Evening", categories: ["SCENE_TRIGGER"], description: "Evening scene" })
    .addCapability(AlexaInterfaceType.SCENE_CONTROLLER);

  const [lamp, declared, optedOut, scene] = await discover(alexa, "root");
  assert.deepEqual(names(lamp), ["Alexa.PowerController", "Alexa.EndpointHealth", "Alexa"]);
  assert.deepEqual(lamp.capabilities[1], {
    type: "AlexaInterface",
    interface: "Alexa.EndpointHealth",
    version: "3.1",
    properties: { supported: [{ name: "connectivity" }], proactivelyReported: false, retrievable: true },
  });
  assert.deepEqual(names(declared), ["Alexa.EndpointHealth", "Alexa.PowerController", "Alexa"]);
  assert.equal(declared.capabilities[0].properties.proactivelyReported, true);
  assert.deepEqual(names(optedOut), ["Alexa.PowerController", "Alexa"]);
  assert.deepEqual(names(scene), ["Alexa.SceneController", "Alexa"]);
});

test("discovery logs what check() says about the devices, each line once", async () => {
  const logged = [];
  const { alexa, bridge } = await setup(Alex2MQTT, "root", { log: (message) => logged.push(message) });
  const warnings = () => logged.filter((message) => message.startsWith("warning: "));
  const lamp = bridge.registerDevice("Dave's Lamp", "lamp-1", DisplayCategory.LIGHT);
  lamp.addCapability(AlexaInterfaceType.POWER_CONTROLLER);
  lamp.addCapability(AlexaInterfaceType.POWER_CONTROLLER);
  lamp.addCapability(AlexaInterfaceType.LOCK_CONTROLLER);
  bridge.registerDevice("Lamp", "lamp-2", DisplayCategory.LIGHT).addCapability(AlexaInterfaceType.POWER_CONTROLLER);

  // Announced all the same: 1.x announced it, and Alexa may have taken it
  const [first] = await discover(alexa, "root");
  assert.deepEqual(names(first), ["Alexa.PowerController", "Alexa.PowerController", "Alexa.LockController", "Alexa"]);
  assert.deepEqual(warnings(), [
    'warning: lamp-1: the name "Dave\'s Lamp" takes up to 256 letters, digits and spaces, no punctuation',
    "warning: lamp-1: Alexa.PowerController: the interface is declared twice",
    "warning: lamp-1: Alexa.LockController: no property list known, discovery lists it with no supported properties",
  ]);

  lamp.setName("Daves Lamp");
  bridge.registerDevice("Timer!", "lamp-3", DisplayCategory.LIGHT);
  await discover(alexa, "root");
  assert.deepEqual(warnings().slice(3), ['warning: lamp-3: the name "Timer!" takes up to 256 letters, digits and spaces, no punctuation']);
});

test("a device that cannot be described is left out of the answer and reported; the others are announced", async () => {
  const { alexa, bridge } = await setup(Alex2MQTT, "root");
  const errors = [];
  bridge.on("error", (err) => errors.push(err.message));
  bridge.registerDevice("Lamp", "lamp-1", DisplayCategory.LIGHT).addCapability(AlexaInterfaceType.POWER_CONTROLLER);
  const lock = bridge.registerDevice("Front Door", "lock-1", DisplayCategory.SMARTLOCK);
  lock.addCapability(AlexaInterfaceType.LOCK_CONTROLLER).getJSON = () => { throw new TypeError("state is not defined"); };

  assert.deepEqual((await discover(alexa, "root")).map((each) => each.endpointId), ["lamp-1"]);
  assert.deepEqual(errors, ["lock-1 is not in the discovery answer: state is not defined"]);

  // Without an error listener the same discovery is answered and nothing is thrown
  bridge.removeAllListeners("error");
  assert.deepEqual((await discover(alexa, "root")).map((each) => each.endpointId), ["lamp-1"]);
});