import * as Context from "effect/Context";import * as Effect from "effect/Effect";import * as Layer from "effect/Layer";import * as Schema from "effect/Schema";import * as Scope from "effect/Scope"; export interface DesktopIpcInvokeEvent {} export interface DesktopIpcSyncEvent {  returnValue: unknown;} export type DesktopIpcHandleListener = (  event: DesktopIpcInvokeEvent,  raw: unknown,) => unknown | Promise<unknown>; export type DesktopIpcSyncListener = (event: DesktopIpcSyncEvent) => void; export interface DesktopIpcMain {  removeHandler(channel: string): void;  handle(channel: string, listener: DesktopIpcHandleListener): void;  removeAllListeners(channel: string): void;  on(channel: string, listener: DesktopIpcSyncListener): void;} export class DesktopIpcRegistrationError extends Schema.TaggedErrorClass<DesktopIpcRegistrationError>()(  "DesktopIpcRegistrationError",  {    handlerKind: Schema.Literals(["invoke", "sync"]),    channel: Schema.String,    cause: Schema.Defect(),  },) {  override get message(): string {    return `Failed to register the ${this.handlerKind} IPC handler for ${this.channel}.`;  }} export class DesktopIpcUnregistrationError extends Schema.TaggedErrorClass<DesktopIpcUnregistrationError>()(  "DesktopIpcUnregistrationError",  {    handlerKind: Schema.Literals(["invoke", "sync"]),    channel: Schema.String,    cause: Schema.Defect(),  },) {  override get message(): string {    return `Failed to unregister the ${this.handlerKind} IPC handler for ${this.channel}.`;  }} export const DesktopIpcError = Schema.Union([  DesktopIpcRegistrationError,  DesktopIpcUnregistrationError,]);export type DesktopIpcError = typeof DesktopIpcError.Type;export const isDesktopIpcError = Schema.is(DesktopIpcError); export interface DesktopIpcMethod<E, R> {  readonly channel: string;  readonly handler: (raw: unknown) => Effect.Effect<unknown, E, R>;} export interface DesktopSyncIpcMethod<E, R> {  readonly channel: string;  readonly handler: () => Effect.Effect<unknown, E, R>;} export class DesktopIpc extends Context.Service<  DesktopIpc,  {    readonly handle: <E, R>(      input: DesktopIpcMethod<E, R>,    ) => Effect.Effect<void, DesktopIpcRegistrationError, R | Scope.Scope>;    readonly handleSync: <E, R>(      input: DesktopSyncIpcMethod<E, R>,    ) => Effect.Effect<void, DesktopIpcRegistrationError, R | Scope.Scope>;  }>()("@t3tools/desktop/ipc/DesktopIpc") {} export const make = (ipcMain: DesktopIpcMain): DesktopIpc["Service"] =>  DesktopIpc.of({    handle: Effect.fn("desktop.ipc.registerInvoke")(function* <E, R>({      channel,      handler,    }: DesktopIpcMethod<E, R>) {      yield* Effect.annotateCurrentSpan({ channel });      const context = yield* Effect.context<R>();      const runPromise = Effect.runPromiseWith(context);       yield* Effect.acquireRelease(        Effect.try({          try: () => {            ipcMain.removeHandler(channel);            ipcMain.handle(channel, (_event, raw) =>              runPromise(                Effect.gen(function* () {                  yield* Effect.annotateCurrentSpan({ channel });                  return yield* handler(raw);                }).pipe(Effect.annotateLogs({ channel }), Effect.withSpan("desktop.ipc.invoke")),              ),            );          },          catch: (cause) =>            new DesktopIpcRegistrationError({ handlerKind: "invoke", channel, cause }),        }),        () =>          Effect.try({            try: () => ipcMain.removeHandler(channel),            catch: (cause) =>              new DesktopIpcUnregistrationError({ handlerKind: "invoke", channel, cause }),          }).pipe(Effect.orDie),      );    }),     handleSync: Effect.fn("desktop.ipc.registerSync")(function* <E, R>({      channel,      handler,    }: DesktopSyncIpcMethod<E, R>) {      yield* Effect.annotateCurrentSpan({ channel });      const context = yield* Effect.context<R>();      const runSync = Effect.runSyncWith(context);       yield* Effect.acquireRelease(        Effect.try({          try: () => {            ipcMain.removeAllListeners(channel);            ipcMain.on(channel, (event) => {              event.returnValue = runSync(                Effect.gen(function* () {                  yield* Effect.annotateCurrentSpan({ channel });                  return yield* handler();                }).pipe(                  Effect.annotateLogs({ channel }),                  Effect.withSpan("desktop.ipc.invokeSync"),                ),              );            });          },          catch: (cause) =>            new DesktopIpcRegistrationError({ handlerKind: "sync", channel, cause }),        }),        () =>          Effect.try({            try: () => ipcMain.removeAllListeners(channel),            catch: (cause) =>              new DesktopIpcUnregistrationError({ handlerKind: "sync", channel, cause }),          }).pipe(Effect.orDie),      );    }),  }); export const layer = (ipcMain: DesktopIpcMain) => Layer.succeed(DesktopIpc, make(ipcMain)); /** * Convenience helpers for creating IPC methods */ export interface DesktopIpcMethodRegistration<  Payload,  EncodedPayload,  Result,  EncodedResult,  E,  R,  PayloadDecodingServices = never,  PayloadEncodingServices = never,  ResultDecodingServices = never,  ResultEncodingServices = never,> {  readonly channel: string;  readonly payload: Schema.Codec<    Payload,    EncodedPayload,    PayloadDecodingServices,    PayloadEncodingServices  >;  readonly result: Schema.Codec<    Result,    EncodedResult,    ResultDecodingServices,    ResultEncodingServices  >;  readonly handler: (input: Payload) => Effect.Effect<Result, E, R>;} export const makeIpcMethod = <  Payload,  EncodedPayload,  Result,  EncodedResult,  E,  R,  PayloadDecodingServices = never,  PayloadEncodingServices = never,  ResultDecodingServices = never,  ResultEncodingServices = never,>(  method: DesktopIpcMethodRegistration<    Payload,    EncodedPayload,    Result,    EncodedResult,    E,    R,    PayloadDecodingServices,    PayloadEncodingServices,    ResultDecodingServices,    ResultEncodingServices  >,): DesktopIpcMethod<  E | Schema.SchemaError,  R | PayloadDecodingServices | ResultEncodingServices> => {  const decode = Schema.decodeUnknownEffect(method.payload);  const encode = Schema.encodeUnknownEffect(method.result);   return {    channel: method.channel,    handler: (raw) =>      decode(raw).pipe(        Effect.flatMap(method.handler),        Effect.flatMap(encode),        Effect.withSpan("desktop.ipc.method", { attributes: { channel: method.channel } }),      ),  };}; export interface DesktopSyncIpcMethodRegistration<  Result,  EncodedResult,  E,  R,  ResultDecodingServices = never,  ResultEncodingServices = never,> {  readonly channel: string;  readonly result: Schema.Codec<    Result,    EncodedResult,    ResultDecodingServices,    ResultEncodingServices  >;  readonly handler: () => Effect.Effect<Result, E, R>;} export const makeSyncIpcMethod = <  Result,  EncodedResult,  E,  R,  ResultDecodingServices = never,  ResultEncodingServices = never,>(  method: DesktopSyncIpcMethodRegistration<    Result,    EncodedResult,    E,    R,    ResultDecodingServices,    ResultEncodingServices  >,): DesktopSyncIpcMethod<E | Schema.SchemaError, R | ResultEncodingServices> => {  const encode = Schema.encodeUnknownEffect(method.result);   return {    channel: method.channel,    handler: () =>      method        .handler()        .pipe(          Effect.flatMap(encode),          Effect.withSpan("desktop.ipc.method", { attributes: { channel: method.channel } }),        ),  };};