// Compiled, never run (test/typings.test.js, npm run check): a CommonJS TypeScript consumer of the declarations in
// dist/types, resolved through the package's "exports". A "@ts-expect-error" line fails the compile when the
// declaration stops rejecting what follows it.
import {
  ActionMapping, AlexaActions, AlexaInterfaceType, Assets, BrightnessController, DeclarationError, DisplayCategory, EndpointHealth,
  PowerController, PowerState, TemperatureSensor, asset, registry, text,
} from "alex2node";
import type {
  Alex2MQTT, Alex2MQTTOptions, AlexaInterface, AlexaStatusMessage, AssetId, Capability, CapabilityJson, ChangeCause, Device,
  DisplayCategoryName, EndpointJson, Infer, InterfaceDescriptor, Label, Schema, SupportedMode, Temperature, UnitOfMeasure,
} from "alex2node";

declare const bridge: Alex2MQTT;
declare const message: AlexaStatusMessage;
declare const capability: AlexaInterface;

const options: Alex2MQTTOptions = { host: "mqtt://127.0.0.1:1883", mqtt: { reconnectPeriod: 1000 }, log: (line) => line.length };
const device: Device = bridge.registerDevice("Lamp", "lamp-1", [DisplayCategory.LIGHT, DisplayCategory.SWITCH]);
const added: AlexaInterface = device.addCapability(AlexaInterfaceType.POWER_CONTROLLER, { proactivelyReported: true });

// ActionMapping: the payload is optional, and an object
const close = new ActionMapping([AlexaActions.Close], "TurnOn");
capability.addActionMapping(close);
capability.addActionMapping(new ActionMapping([AlexaActions.Open], "SetRangeValue", { rangeValue: 100 }));
// @ts-expect-error a payload is an object or, as in 1.x, a string
capability.addActionMapping(new ActionMapping([AlexaActions.Open], "SetRangeValue", 100));

// addHealthProp: the enum or its string values, chainable
const chained: AlexaStatusMessage = message.addHealthProp(EndpointHealth.OK).addHealthProp("UNREACHABLE", 50);
// @ts-expect-error not a connectivity value
message.addHealthProp("ASLEEP");
// @ts-expect-error a power state is ON or OFF
message.addPowerControllerProp("ON ");
message.addPowerControllerProp(PowerController.ON);
// PowerController is the descriptor of the interface as well; the enum alone is PowerState
const on: PowerController = PowerState.ON;
const namespace: string = PowerController.namespace;
const reachable: EndpointHealth = EndpointHealth.OK;

// addSupportedModes: Mode objects, plain strings still accepted
const mode: SupportedMode = { value: "Fan.Auto", modeResources: { friendlyNames: [{ "@type": "text", value: { text: "Auto", locale: "en-US" } }] } };
capability.addSupportedModes([mode, "Fan.On"]);

const cause: ChangeCause = "PHYSICAL_INTERACTION";
const sent: Promise<string> = device.getChangeReport(cause).addPowerControllerProp(PowerController.OFF).send();
// @ts-expect-error not a cause Alexa knows
device.getChangeReport("BUTTON");

// bridge.addDevice() and device.add(): the options of the interface and the ones every capability has
const blinds: Device = bridge.addDevice({
  endpointId: "bedroom-blinds",
  name: "Bedroom Blinds",
  categories: ["INTERIOR_BLIND", DisplayCategory.OTHER],
  cookie: { room: "bedroom" },
  endpointHealth: false,
});
// @ts-expect-error an endpoint has categories
bridge.addDevice({ endpointId: "lamp-2", name: "Lamp" });
// @ts-expect-error not a display category
bridge.addDevice({ endpointId: "lamp-2", name: "Lamp", categories: ["LAMP"] });
const power: Capability = blinds.add(PowerController, { proactivelyReported: true, verificationsRequired: ["TurnOff"] });
blinds.add(BrightnessController);
blinds.add(TemperatureSensor, { retrievable: true, nonControllable: true });
// @ts-expect-error not a directive of the interface
blinds.add(PowerController, { verificationsRequired: ["Toggle"] });
// @ts-expect-error not an option of the interface
blinds.add(BrightnessController, { range: { min: 0, max: 100 } });
const announced: CapabilityJson = power.toJSON();
const endpoint: EndpointJson = blinds.getJSON();
const problems: string[] = blinds.check();

// Friendly names
const names: Label[] = [asset("Alexa.Setting.Opening"), text("Position"), text("Posición", "es-MX")];
// @ts-expect-error not in the global Alexa catalog
asset("Alexa.Setting.Openning");

// The registry: a descriptor by its namespace or by the 1.x enum member
const described: InterfaceDescriptor = registry.get("Alexa.PowerController");
const version: string = registry.get(AlexaInterfaceType.ENDPOINT_HEALTH).version;
const refused: Error = new DeclarationError({ endpointId: "lamp-1", namespace: described.namespace }, "declared twice");

// The vocabularies are unions of what the pages list
const opening: AssetId = Assets[0];
const percent: UnitOfMeasure = "Alexa.Unit.Percent";
const vacuum: DisplayCategoryName = "VACUUM";
// @ts-expect-error not in the global Alexa catalog
const misspelt: AssetId = "Alexa.Setting.Openning";
// @ts-expect-error an asset, but not a unit of measure
const notAUnit: UnitOfMeasure = "Alexa.Setting.Opening";

// A schema types what it parses
declare const temperature: Schema<Temperature>;
const measured: Infer<typeof temperature> = { value: 20, scale: "CELSIUS" };
// @ts-expect-error not a temperature scale
const rankine: Infer<typeof temperature> = { value: 20, scale: "RANKINE" };

export {
  options, added, chained, sent, on, namespace, reachable, announced, endpoint, problems, names, version, refused, opening,
  percent, vacuum, misspelt, notAUnit, measured, rankine,
};