src/dispatcher.ts routes a directive to capability.on(name | "*"), device.onDirective() or device.onReportState(), with the payload checked by the descriptor of the interface. The DirectiveContext answers with respond/report/defer/error; respond() and report() start from device.state(). A handler or 1.x listener that throws or rejects is answered with INTERNAL_ERROR (an AlexaError with itself) and reported through "error", never as an unhandled rejection. Undeclared interface, unknown directive, AdjustMode on an unordered mode and a missing handler get INVALID_DIRECTIVE, a bad payload INVALID_VALUE; a device with an "Event" or "ReportState" listener keeps the answer to itself. Every answer passes the dispatcher: the first one per correlationToken is published, a second is refused. No answer within answerWithinMs (6500, 0 = off, unref'd timer) sends INTERNAL_ERROR and emits "unanswered". A messageId that arrived in the last 60 s is dropped. New: "unknownEndpoint", options answerUnknownEndpoints, publisher, timers, and bridge.receive() to run a bridge without a broker. 168 tests pass (18 new). Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
95 lines
4.6 KiB
TypeScript
95 lines
4.6 KiB
TypeScript
import type { DirectiveHandler } from "../dispatcher.js";
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import type { Infer } from "../registry/schema.js";
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import type { Declared, Directives, InterfaceDescriptor, Label, Properties, Semantics } from "../registry/types.js";
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/** What a declaration can set for any interface. */
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export interface CommonOptions {
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/** The name of the instance of a generic controller: "Blind.Lift", "Fan.Speed". */
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instance?: string;
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/** What the user calls the instance; the first name is the one the Alexa app shows. */
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friendlyNames?: Label[];
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/** The properties are in the answer to ReportState. Default: true. */
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retrievable?: boolean;
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/** A change of the properties is sent to Alexa as a ChangeReport. Default: false. */
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proactivelyReported?: boolean;
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/** The user can ask for the properties and cannot set them. Left out of discovery when not given. */
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nonControllable?: boolean;
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}
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/** The same as a schema. The friendly names are checked with the instance, by the rules of the interface. */
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export declare const commonOptions: import("../registry/schema.js").Schema<import("../registry/schema.js").InferShape<{
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instance: import("../registry/schema.js").OptionalSchema<string>;
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friendlyNames: import("../registry/schema.js").OptionalSchema<unknown[]>;
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retrievable: import("../registry/schema.js").OptionalSchema<boolean>;
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proactivelyReported: import("../registry/schema.js").OptionalSchema<boolean>;
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nonControllable: import("../registry/schema.js").OptionalSchema<boolean>;
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}>>;
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type Naming<I extends boolean> = I extends true ? {
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instance: string;
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friendlyNames: Label[];
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} : {
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instance?: string;
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friendlyNames?: Label[];
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};
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/** The options of device.add() for one interface: its own, and the ones every interface has. */
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export type Declaration<O, I extends boolean> = O & Omit<CommonOptions, "instance" | "friendlyNames"> & Naming<I>;
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/** A capability object of a discovery answer (alexa-discovery-objects.html, "Capability object"). */
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export interface CapabilityJson {
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type: "AlexaInterface";
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interface: string;
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instance?: string;
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version: string;
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properties?: {
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supported: Array<{
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name: string;
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}>;
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proactivelyReported: boolean;
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retrievable: boolean;
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nonControllable?: boolean;
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};
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capabilityResources?: {
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friendlyNames: Label[];
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};
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configuration?: Record<string, unknown>;
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configurations?: Record<string, unknown>;
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semantics?: Semantics;
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[field: string]: unknown;
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}
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/** One interface as an endpoint declares it: the descriptor, and what the declaration says about this endpoint. */
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export declare class Capability<P extends Properties = Properties, D extends Directives = Directives, O = {}> implements Declared<O> {
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readonly descriptor: InterfaceDescriptor<P, D, O, boolean>;
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/** The endpoint the capability is declared on; the device sets it. */
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endpointId: string;
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/** "" for an interface without instances. */
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instance: string;
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friendlyNames: Label[];
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retrievable: boolean;
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proactivelyReported: boolean;
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nonControllable?: boolean;
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/** The options of the interface: a range, the supported modes, the semantics. */
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options: O;
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/** What the bridge logs about the declaration, once, when it answers a discovery. */
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readonly notes: string[];
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private readonly handlers;
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constructor(descriptor: InterfaceDescriptor<P, D, O, boolean>, declared: CommonOptions & {
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options: O;
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});
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get namespace(): string;
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/**
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* What the device does on a directive of the interface:
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*
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* lift.on("SetRangeValue", async (ctx) => { await motor.moveTo(ctx.payload.rangeValue); return ctx.respond(); });
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*
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* "*" is the handler of every directive that has none of its own. A handler that throws answers the directive
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* with an ErrorResponse: the AlexaError it threw, INTERNAL_ERROR for anything else. Throws a DeclarationError
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* for a name that is not a directive of the interface.
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*/
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on<K extends keyof D & string>(name: K, handler: DirectiveHandler<Infer<D[K]["payload"]>>): this;
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on(name: "*", handler: DirectiveHandler): this;
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/** The handler on(name) registered, or the one of "*". */
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handlerFor(name: string): DirectiveHandler<any> | undefined;
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/** Mappings of "open", "close", "raise", "lower" and of states, when the declaration has any. */
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get semantics(): Semantics | undefined;
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/** The capability object for discovery, its fields in the order of the example on alexa-discovery-objects.html. */
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toJSON(): CapabilityJson;
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}
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export type AnyCapability = Capability<any, any, any>;
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export {};
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