import { s } from "../schema.js";
import { defineInterface } from "../types.js";
const FAN_MODES = ["ON", "AUTO", "CIRCULATE"];
// alexa-thermostatcontroller-schedule.html, "ScheduleEntry object": an entry ends where the next one starts
const entry = s.object({
    startTimeInMinutes: s.number({ min: 0, max: 1439, integer: true }),
    setpoints: s.object({ upperSetpoint: s.optional(s.temperature()), lowerSetpoint: s.optional(s.temperature()) }),
    /** Without a mode the fan runs as the manufacturer set it. */
    fanSetting: s.optional(s.object({ mode: s.optional(s.enum(...FAN_MODES)) })),
    activityType: s.optional(s.object({ type: s.enum("AWAY", "HOME", "SLEEP") })),
});
const day = s.array(entry);
// Same page, "WeeklySchedule object"
const weeklySchedule = s.object({
    temperatureScale: s.enum("CELSIUS", "FAHRENHEIT", "KELVIN"),
    Monday: day,
    Tuesday: day,
    Wednesday: day,
    Thursday: day,
    Friday: day,
    Saturday: day,
    Sunday: day,
});
/**
 * Version 3.2. The schedule a user writes in the Alexa app: the interface has no utterances. Discovery lists
 * adaptiveRecoveryEnabled for a thermostat declared with supportsAdaptiveRecovery, and Alexa sends
 * SetAdaptiveRecovery to such a thermostat only.
 */
export const ThermostatControllerSchedule = defineInterface({
    namespace: "Alexa.ThermostatController.Schedule",
    version: "3.2",
    doc: "https://developer.amazon.com/docs/alexaplus/device-apis/alexa-thermostatcontroller-schedule.html",
    kind: "controller",
    tier: 2,
    instanced: false,
    properties: {
        adaptiveRecoveryEnabled: { name: "adaptiveRecoveryEnabled", value: s.boolean() },
        scheduleEnabled: { name: "scheduleEnabled", value: s.boolean() },
    },
    directives: {
        SetWeeklySchedule: {
            name: "SetWeeklySchedule",
            payload: s.object({ weeklySchedule: s.optional(weeklySchedule) }),
            note: "a schedule the thermostat cannot keep leaves the one it has and is answered with an error",
        },
        SetScheduleState: {
            name: "SetScheduleState",
            payload: s.object({ scheduleEnabled: s.boolean() }),
            note: "a disabled schedule is kept: the user can enable it again",
        },
        SetAdaptiveRecovery: {
            name: "SetAdaptiveRecovery",
            payload: s.object({ adaptiveRecoveryEnabled: s.boolean() }),
            when: ({ options }) => options.supportsAdaptiveRecovery === true,
        },
    },
    options: s.object({
        supportedFanModes: s.array(s.enum(...FAN_MODES)),
        /** The thermostat heats or cools ahead of an entry, to be at its temperature when it starts. */
        supportsAdaptiveRecovery: s.boolean(),
        maxEntryPerDay: s.optional(s.number({ min: 1, integer: true })),
    }, { unknownKeys: "reject" }),
    // A capability declared the 1.x way has none of the options; check() says so, discovery lists what there is
    discovery({ options: { supportedFanModes, supportsAdaptiveRecovery, maxEntryPerDay } }) {
        const configuration = {
            ...(supportedFanModes && { supportedFanModes }),
            ...(supportsAdaptiveRecovery !== undefined && { supportsAdaptiveRecovery }),
            ...(maxEntryPerDay !== undefined && { maxEntryPerDay }),
        };
        return {
            supported: supportsAdaptiveRecovery ? ["adaptiveRecoveryEnabled", "scheduleEnabled"] : ["scheduleEnabled"],
            ...(Object.keys(configuration).length > 0 && { configuration }),
        };
    },
    errorNamespace: "Alexa.ThermostatController.Schedule",
    errorTypes: ["INSUFFICIENT_SPACE"],
});