// ---------------------------------------------------------------------------// @executor-js/execution/promise — Promise-native surface for the execution// engine.// ---------------------------------------------------------------------------//// `engine.ts` is Effect-native; this module runs each method with// `Effect.runPromise` at the boundary so hosts that can't compose Effects// (the MCP SDK tool handlers, plain async call sites) can still use the// engine. Callers already inside an Effect context should import directly// from `@executor-js/execution` to keep trace context intact.// --------------------------------------------------------------------------- import { Effect } from "effect";import type * as Cause from "effect/Cause"; import type {  ElicitationContext,  ElicitationResponse,  Executor as EffectExecutor,} from "@executor-js/sdk/core";import type { Executor as PromiseExecutor } from "@executor-js/sdk/promise";import type { CodeExecutionError, CodeExecutor, ExecuteResult } from "@executor-js/codemode-core"; import {  createExecutionEngine as createEffectExecutionEngine,  type ExecutionEngine as EffectExecutionEngine,  type ExecutionResult,  type PausedExecution,  type ResumeResponse,} from "./engine"; export type ElicitationHandler = (ctx: ElicitationContext) => Promise<ElicitationResponse>; export type ExecutionEngineConfig<E extends Cause.YieldableError = CodeExecutionError> = {  readonly executor: PromiseExecutor;  readonly codeExecutor: CodeExecutor<E>;}; export type ExecutionEngine = {  readonly execute: (    code: string,    options: { readonly onElicitation: ElicitationHandler },  ) => Promise<ExecuteResult>;  readonly executeWithPause: (code: string) => Promise<ExecutionResult>;  readonly resume: (    executionId: string,    response: ResumeResponse,  ) => Promise<ExecutionResult | null>;  readonly getPausedExecution: (executionId: string) => Promise<PausedExecution | null>;  readonly getDescription: () => Promise<string>;}; /** * Wrap a Promise thunk into the Effect shape the engine consumes. The Promise * executor façade has already erased the SDK typed error channel (rejections * carry the tagged error as the rejected value), so we re-orphan it as a defect. */const fromPromise = <A>(try_: () => Promise<A>): Effect.Effect<A> =>  // oxlint-disable-next-line executor/no-effect-escape-hatch -- boundary: Promise executor facade has already erased the SDK typed error channel  Effect.tryPromise({ try: try_, catch: (cause) => cause }).pipe(Effect.orDie); // ---------------------------------------------------------------------------// wrapPromiseExecutor — adapt the v2 Promise `Executor` back into an Effect// `Executor` so the Effect-native engine can drive it. The engine only touches// `execute`, `tools.list`, `tools.schema`, and `integrations.list`; we wrap// those and orphan the typed error channel. The remaining surface is filled// with the same Promise-backed wrappers where the shapes line up so the cast to// `EffectExecutor` is structurally honest for the methods callers can reach.// --------------------------------------------------------------------------- const wrapPromiseExecutor = (pe: PromiseExecutor): EffectExecutor => {  const adapter = {    integrations: {      list: () => fromPromise(() => pe.integrations.list()),      get: (slug: Parameters<PromiseExecutor["integrations"]["get"]>[0]) =>        fromPromise(() => pe.integrations.get(slug)),      update: (        slug: Parameters<PromiseExecutor["integrations"]["update"]>[0],        patch: Parameters<PromiseExecutor["integrations"]["update"]>[1],      ) => fromPromise(() => pe.integrations.update(slug, patch)),      remove: (slug: Parameters<PromiseExecutor["integrations"]["remove"]>[0]) =>        fromPromise(() => pe.integrations.remove(slug)),      detect: (url: Parameters<PromiseExecutor["integrations"]["detect"]>[0]) =>        fromPromise(() => pe.integrations.detect(url)),    },    connections: {      create: (input: Parameters<PromiseExecutor["connections"]["create"]>[0]) =>        fromPromise(() => pe.connections.create(input)),      list: (filter?: Parameters<PromiseExecutor["connections"]["list"]>[0]) =>        fromPromise(() => pe.connections.list(filter)),      get: (ref: Parameters<PromiseExecutor["connections"]["get"]>[0]) =>        fromPromise(() => pe.connections.get(ref)),      update: (        ref: Parameters<PromiseExecutor["connections"]["update"]>[0],        input: Parameters<PromiseExecutor["connections"]["update"]>[1],      ) => fromPromise(() => pe.connections.update(ref, input)),      remove: (ref: Parameters<PromiseExecutor["connections"]["remove"]>[0]) =>        fromPromise(() => pe.connections.remove(ref)),      refresh: (ref: Parameters<PromiseExecutor["connections"]["refresh"]>[0]) =>        fromPromise(() => pe.connections.refresh(ref)),    },    tools: {      list: (filter?: Parameters<PromiseExecutor["tools"]["list"]>[0]) =>        fromPromise(() => pe.tools.list(filter)),      schema: (address: Parameters<PromiseExecutor["tools"]["schema"]>[0]) =>        fromPromise(() => pe.tools.schema(address)),    },    providers: {      list: () => fromPromise(() => pe.providers.list()),      items: (key: Parameters<PromiseExecutor["providers"]["items"]>[0]) =>        fromPromise(() => pe.providers.items(key)),    },    policies: {      list: () => fromPromise(() => pe.policies.list()),      create: (input: Parameters<PromiseExecutor["policies"]["create"]>[0]) =>        fromPromise(() => pe.policies.create(input)),      update: (input: Parameters<PromiseExecutor["policies"]["update"]>[0]) =>        fromPromise(() => pe.policies.update(input)),      remove: (input: Parameters<PromiseExecutor["policies"]["remove"]>[0]) =>        fromPromise(() => pe.policies.remove(input)),      resolve: (address: Parameters<PromiseExecutor["policies"]["resolve"]>[0]) =>        fromPromise(() => pe.policies.resolve(address)),    },    execute: (      address: Parameters<PromiseExecutor["execute"]>[0],      args: Parameters<PromiseExecutor["execute"]>[1],      options?: Parameters<PromiseExecutor["execute"]>[2],    ) => fromPromise(() => pe.execute(address, args, options)),    close: () => fromPromise(() => pe.close()),  };  // oxlint-disable-next-line executor/no-double-cast -- boundary: the Promise executor mirrors the Effect surface structurally; the engine only reaches execute/tools/integrations, all wrapped here  return adapter as unknown as EffectExecutor;}; /** * Promise-wrap an Effect-native `ExecutionEngine` (from `./engine`). * Exposed separately so callers that already hold an Effect engine * (apps/cloud's execution-stack composes both) can convert it for hosts * that need the Promise surface (host-mcp). */export const toPromiseExecutionEngine = <E extends Cause.YieldableError>(  engine: EffectExecutionEngine<E>,): ExecutionEngine => ({  execute: (code, options) =>    Effect.runPromise(      engine.execute(code, {        onElicitation: (ctx) =>          // oxlint-disable-next-line executor/no-effect-escape-hatch -- boundary: host-provided Promise elicitation callback is outside the Effect error model          Effect.tryPromise(() => options.onElicitation(ctx)).pipe(Effect.orDie),      }),    ),  executeWithPause: (code) => Effect.runPromise(engine.executeWithPause(code)),  resume: (executionId, response) => Effect.runPromise(engine.resume(executionId, response)),  getPausedExecution: (executionId) => Effect.runPromise(engine.getPausedExecution(executionId)),  getDescription: () => Effect.runPromise(engine.getDescription),}); export const createExecutionEngine = <E extends Cause.YieldableError = CodeExecutionError>(  config: ExecutionEngineConfig<E>,): ExecutionEngine =>  toPromiseExecutionEngine(    createEffectExecutionEngine({      executor: wrapPromiseExecutor(config.executor),      codeExecutor: config.codeExecutor,    }),  ); // ---------------------------------------------------------------------------// Re-exports — plain types/helpers that don't carry Effect signatures.// --------------------------------------------------------------------------- export { formatExecuteResult, formatPausedExecution } from "./engine"; export type { ExecutionResult, PausedExecution, ResumeResponse, ExecuteResult }; export { buildExecuteDescription } from "./description";export { ExecutionToolError } from "./errors";