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string[]"],"sources":["../src/contracts/humanTaskStoreTypes.ts","../src/contracts/hitlSeamTypes.ts","../src/authoring/DefinedNodeRegistry.ts","../src/authoring/defineNode.types.ts","../src/authoring/defineHumanApprovalNode.types.ts","../src/workflow/dsl/WhenBuilder.ts","../src/workflow/dsl/workflowBuilderTypes.ts","../src/workflow/dsl/ChainCursorResolver.ts","../src/workflow/dsl/NodeIdSlugifier.ts","../src/workflow/dsl/WorkflowDefinitionError.ts","../src/workflow/dsl/WorkflowBuilder.ts","../src/workflow/definition/ConnectionInvocationIdFactory.ts","../src/workflow/definition/WorkflowExecutableNodeClassifier.ts","../src/workflow/definition/WorkflowExecutableNodeClassifierFactory.ts","../src/workflow/graph/ExecutableGraph.ts","../src/workflow/graph/DefaultWorkflowGraphFactory.ts","../src/events/ConnectionInvocationEventPublisher.ts","../src/events/NodeEventPublisher.ts","../src/binaries/boundedReadBinary.types.ts","../src/binaries/DefaultNodeBinaryAttachmentServiceFactory.ts","../src/binaries/UnavailableBinaryStorage.ts","../src/binaries/DefaultExecutionBinaryServiceFactory.ts","../src/execution/NodeExecutionSnapshotFactory.ts","../src/execution/NodeInputsByPortFactory.ts","../src/execution/ActivationEnqueueService.ts","../src/execution/ChildExecutionScopeFactory.ts","../src/contracts/itemMeta.ts","../src/execution/FanInMergeByOriginMerger.ts","../src/execution/NodeInputContractError.ts","../src/execution/NodeActivationRequestInputPreparer.ts","../src/execution/NodeInstantiationError.ts","../src/execution/CredentialResolverFactory.ts","../src/execution/DefaultAsyncSleeper.ts","../src/contracts/emitPorts.ts","../src/contracts/NoRetryPolicy.ts","../src/contracts/RetryPolicy.ts","../src/contracts/ExpRetryPolicy.ts","../src/contracts/CostTrackingTelemetryContract.ts","../src/contracts/NoOpCostTrackingTelemetry.ts","../src/contracts/NoOpCostTrackingTelemetryFactory.ts","../src/contracts/NoOpTelemetryArtifactReference.ts","../src/contracts/NoOpTelemetrySpanScope.ts","../src/contracts/NoOpNodeExecutionTelemetry.ts","../src/contracts/NoOpExecutionTelemetry.ts","../src/contracts/NoOpExecutionTelemetryFactory.ts","../src/contracts/workflowActivationPolicy.ts","../src/contracts/CodemationTelemetryAttributeNames.ts","../src/contracts/GenAiTelemetryAttributeNames.ts","../src/contracts/CodemationTelemetryMetricNames.ts","../src/execution/ExecutionTelemetryCostTrackingDecoratorFactory.ts","../src/execution/DefaultExecutionContextFactory.ts","../src/execution/CatalogBackedCostTrackingTelemetry.ts","../src/execution/CatalogBackedCostTrackingTelemetryFactory.ts","../src/execution/InProcessRetryRunner.ts","../src/execution/ItemExprResolver.ts","../src/execution/NodeOutputNormalizer.ts","../src/execution/RunnableOutputBehaviorResolver.ts","../src/execution/InProcessRetryRunnerFactory.ts","../src/execution/NodeActivationRequestComposer.ts","../src/execution/RunSuspendedError.ts","../src/execution/NodeExecutor.ts","../src/execution/NodeExecutorFactory.ts","../src/workflowSnapshots/MissingRuntimeExecutionMarker.ts","../src/workflowSnapshots/MissingRuntimeNodeToken.ts","../src/workflowSnapshots/MissingRuntimeNodeConfig.ts","../src/workflowSnapshots/MissingRuntimeTriggerToken.ts","../src/workflowSnapshots/MissingRuntimeTriggerConfig.ts","../src/workflowSnapshots/MissingRuntimeFallbacksFactory.ts","../src/workflowSnapshots/MissingRuntimeNode.ts","../src/workflowSnapshots/WorkflowParityMismatchError.ts","../src/workflowSnapshots/MissingRuntimeParityGuard.ts","../src/workflowSnapshots/MissingRuntimeTrigger.ts","../src/workflowSnapshots/WorkflowSnapshotResolver.ts","../src/execution/NodeInstanceFactory.ts","../src/execution/NodeInstanceFactoryFactory.ts","../src/execution/NodeRunStateWriter.ts","../src/execution/NodeRunStateWriterFactory.ts","../src/execution/PersistedRunStateTerminalBuilder.ts","../src/execution/RunStateSemantics.ts","../src/execution/WorkflowRunExecutionContextFactory.ts","../src/execution/StaticCostCatalog.ts","../src/planning/WorkflowTopologyPlanner.ts","../src/orchestration/RunContinuationService.ts","../src/planning/CurrentStateFrontierPlanner.ts","../src/policies/storage/RunPolicySnapshotFactory.ts","../src/orchestration/RunStartService.ts","../src/scheduler/ConfigDrivenOffloadPolicy.ts","../src/scheduler/DefaultDrivingScheduler.ts","../src/scheduler/HintOnlyOffloadPolicy.ts","../src/scheduler/InlineDrivingScheduler.ts","../src/scheduler/LocalOnlyScheduler.ts","../src/policies/executionLimits/EngineExecutionLimitsPolicy.ts","../src/policies/storage/RunTerminalPersistenceCoordinator.ts","../src/policies/WorkflowPolicyErrorServices.ts","../src/policies/storage/WorkflowStoragePolicyEvaluator.ts","../src/runStorage/BinaryBodyBufferReader.ts","../src/runStorage/BinaryBodyReadableStreamFactory.ts","../src/runStorage/InMemoryBinaryStorageRegistry.ts","../src/runStorage/InMemoryRunData.ts","../src/runStorage/InMemoryRunDataFactory.ts","../src/triggers/polling/PollingTriggerDedupWindow.ts","../src/triggers/polling/PollingTriggerRuntime.ts","../src/triggers/polling/PollingTriggerLogger.ts","../src/orchestration/NodeExecutionRequestHandlerService.ts","../src/planning/RunQueuePlanner.ts","../src/planning/EngineWorkflowPlanningFactory.ts","../src/orchestration/TriggerRuntimeService.ts","../src/orchestration/EngineWaiters.ts","../src/orchestration/Engine.ts","../src/runtime/EngineFactory.ts","../src/runtime/EngineWorkflowRunnerService.ts","../src/runtime/EngineWorkflowRunnerServiceFactory.ts","../src/runtime/InMemoryLiveWorkflowRepository.ts","../src/runtime/RunIntentService.ts","../src/runtime/RunIntentServiceFactory.ts","../src/runtime/WorkflowRepositoryWebhookTriggerMatcher.ts","../src/runtime/WorkflowRepositoryWebhookTriggerMatcherFactory.ts"],"sourcesContent":["import type { TypeToken } from \"../di\";\nimport type { HumanTaskActor, HumanTaskSubject } from \"./runtimeTypes\";\nimport type { JsonValue } from \"./workflowTypes\";\n\nexport type HumanTaskStatus = \"pending\" | \"decided\" | \"timed_out\" | \"auto_accepted\" | \"cancelled\";\n\nexport interface HumanTaskRecord {\n readonly id: string;\n readonly runId: string;\n readonly workflowId: string;\n readonly workspaceId?: string;\n readonly nodeId: string;\n readonly activationId: string;\n readonly itemIndex: number;\n readonly status: HumanTaskStatus;\n readonly channel: string;\n readonly subject: HumanTaskSubject;\n readonly metadata: Record;\n readonly decisionSchemaJson: string;\n readonly decisionSchemaHash: string;\n readonly onTimeout: \"halt\" | \"auto-accept\";\n readonly deliveryRef?: JsonValue;\n readonly decision?: JsonValue;\n readonly decidedAt?: Date;\n readonly decidedBy?: HumanTaskActor;\n readonly resumeTokenHash: string;\n readonly expiresAt: Date;\n readonly createdAt: Date;\n}\n\nexport interface HumanTaskStore {\n create(record: HumanTaskRecord): Promise;\n findById(taskId: string): Promise;\n findByResumeTokenHash(tokenHash: string): Promise;\n findPendingForWorkspace(workspaceId: string): Promise>;\n findAllPending(): Promise>;\n markDecided(args: { taskId: string; decision: JsonValue; decidedBy: HumanTaskActor; decidedAt: Date }): Promise;\n markTimedOut(taskId: string): Promise;\n markAutoAccepted(taskId: string): Promise;\n markCancelled(taskId: string): Promise;\n cancelPendingForRun(runId: string): Promise;\n}\n\nexport const HumanTaskStoreToken = Symbol.for(\"codemation.core.HumanTaskStore\") as TypeToken<\n HumanTaskStore | undefined\n>;\n","import type { TypeToken } from \"../di\";\n\nexport interface HitlResumeTokenSignerSeam {\n sign(args: { taskId: string; expiresAt: Date; schemaHash: string }): string;\n hashToken(token: string): string;\n}\n\nexport interface HitlTimeoutJobSchedulerSeam {\n enqueueTimeoutJob(args: { taskId: string; expiresAt: Date }): Promise;\n}\n\nexport const HitlResumeTokenSignerToken = Symbol.for(\"codemation.core.HitlResumeTokenSigner\") as TypeToken<\n HitlResumeTokenSignerSeam | undefined\n>;\n\nexport const HitlTimeoutJobSchedulerToken = Symbol.for(\"codemation.core.HitlTimeoutJobScheduler\") as TypeToken<\n HitlTimeoutJobSchedulerSeam | undefined\n>;\n\nexport const HitlWorkspaceIdToken = Symbol.for(\"codemation.core.HitlWorkspaceId\") as TypeToken;\n","import type { DefinedNode } from \"./defineNode.types\";\n\nexport class DefinedNodeRegistry {\n private static readonly definitions = new Map<\n string,\n DefinedNode, unknown, unknown>\n >();\n\n static register(definition: DefinedNode, unknown, unknown>): void {\n this.definitions.set(definition.key, definition);\n }\n\n static resolve(key: string): DefinedNode, unknown, unknown> | undefined {\n return this.definitions.get(key);\n }\n}\n","import type {\n AnyCredentialType,\n CredentialJsonRecord,\n CredentialRequirement,\n CredentialTypeId,\n} from \"../contracts/credentialTypes\";\nimport type { ParamDeep } from \"../contracts/params\";\nimport type { RunnableNode, RunnableNodeExecuteArgs, NodeExecutionContext } from \"../contracts/runtimeTypes\";\nimport type { Item, Items, NodeInspectorSummaryRow, RunnableNodeConfig } from \"../contracts/workflowTypes\";\nimport type { TypeToken } from \"../di\";\nimport { node as persistedNode } from \"../runtime-types/runtimeTypeDecorators.types\";\nimport type { ZodType } from \"zod\";\nimport { z } from \"zod\";\nimport { DefinedNodeRegistry } from \"./DefinedNodeRegistry\";\nimport type { NodeBaseOptions } from \"./nodeBaseOptions.types\";\n\ntype MaybePromise = TValue | Promise;\n\ntype ResolvableCredentialType = AnyCredentialType | CredentialTypeId;\n\ntype SessionForCredentialType = TCredential extends AnyCredentialType\n ? Awaited>\n : unknown;\n\nexport type DefinedNodeCredentialBinding =\n | ResolvableCredentialType\n | Readonly<{\n readonly type: ResolvableCredentialType | ReadonlyArray;\n readonly label?: string;\n readonly optional?: true;\n readonly helpText?: string;\n readonly helpUrl?: string;\n }>;\n\nexport type DefinedNodeCredentialBindings = Readonly>;\n\ntype SessionForBinding =\n TBinding extends Readonly<{ type: infer TType }>\n ? TType extends ReadonlyArray\n ? SessionForCredentialType\n : SessionForCredentialType\n : SessionForCredentialType;\n\nexport type DefinedNodeCredentialAccessors =\n TBindings extends DefinedNodeCredentialBindings\n ? Readonly<{\n [TKey in keyof TBindings]: () => Promise>;\n }>\n : Readonly>;\n\nexport interface DefinedNodeRunContext<\n TConfig extends CredentialJsonRecord,\n TBindings extends DefinedNodeCredentialBindings | undefined,\n> {\n readonly config: TConfig;\n readonly credentials: DefinedNodeCredentialAccessors;\n readonly execution: NodeExecutionContext>;\n}\n\nexport type DefineNodeExecuteArgs = Readonly<{\n input: TInputJson;\n item: Item;\n itemIndex: number;\n items: Items;\n ctx: NodeExecutionContext & Readonly<{ config: TConfig }>>;\n}>;\n\nexport type DefinedNodeConfigInput = ParamDeep<\n TConfigResolved,\n TItemJson\n>;\n\nexport interface DefinedNode<\n TKey extends string,\n TConfig extends CredentialJsonRecord,\n TInputJson,\n TOutputJson,\n _TBindings extends DefinedNodeCredentialBindings | undefined = undefined,\n> {\n readonly kind: \"defined-node\";\n readonly key: TKey;\n readonly title: string;\n readonly description?: string;\n create(\n config: DefinedNodeConfigInput,\n name?: string,\n idOrOptions?: string | NodeBaseOptions,\n ): RunnableNodeConfig;\n register(context: { registerNode(token: TypeToken, implementation?: TypeToken): void }): void;\n}\n\nexport interface DefineNodeOptions<\n TKey extends string,\n TConfig extends CredentialJsonRecord,\n TInputJson,\n TOutputJson,\n TBindings extends DefinedNodeCredentialBindings | undefined = undefined,\n> {\n readonly key: TKey;\n readonly title: string;\n readonly description?: string;\n readonly icon?: string;\n readonly input?: Readonly>;\n readonly configSchema?: z.ZodType;\n readonly credentials?: TBindings;\n readonly inputSchema?: ZodType;\n readonly keepBinaries?: boolean;\n readonly inspectorSummary?: (\n args: Readonly<{ config: TConfig }>,\n ) => ReadonlyArray | undefined;\n execute(\n args: DefineNodeExecuteArgs,\n context: DefinedNodeRunContext,\n ): MaybePromise;\n}\n\nexport interface DefineBatchNodeOptions<\n TKey extends string,\n TConfig extends CredentialJsonRecord,\n TInputJson,\n TOutputJson,\n TBindings extends DefinedNodeCredentialBindings | undefined = undefined,\n> {\n readonly key: TKey;\n readonly title: string;\n readonly description?: string;\n readonly icon?: string;\n readonly input?: Readonly>;\n readonly configSchema?: z.ZodType;\n readonly credentials?: TBindings;\n readonly inspectorSummary?: (\n args: Readonly<{ config: TConfig }>,\n ) => ReadonlyArray | undefined;\n run(\n items: ReadonlyArray,\n context: DefinedNodeRunContext,\n ): MaybePromise>;\n}\n\nconst definedNodeCredentialRequirementFactory = {\n create(bindings: DefinedNodeCredentialBindings | undefined): ReadonlyArray {\n if (!bindings) {\n return [];\n }\n return Object.entries(bindings).map(([slotKey, binding]) => {\n if (typeof binding === \"string\" || this.isCredentialType(binding)) {\n return {\n slotKey,\n label: this.humanize(slotKey),\n acceptedTypes: [this.resolveTypeId(binding)],\n };\n }\n\n const types = Array.isArray(binding.type) ? binding.type : [binding.type];\n return {\n slotKey,\n label: binding.label ?? this.humanize(slotKey),\n acceptedTypes: types.map((entry) => this.resolveTypeId(entry)),\n optional: binding.optional,\n helpText: binding.helpText,\n helpUrl: binding.helpUrl,\n };\n });\n },\n\n isCredentialType(value: unknown): value is AnyCredentialType {\n return (\n Boolean(value) &&\n typeof value === \"object\" &&\n \"definition\" in (value as Record) &&\n typeof (value as AnyCredentialType).definition?.typeId === \"string\"\n );\n },\n\n resolveTypeId(type: ResolvableCredentialType): string {\n return typeof type === \"string\" ? type : type.definition.typeId;\n },\n\n humanize(key: string): string {\n return key\n .replace(/([a-z0-9])([A-Z])/g, \"$1 $2\")\n .replace(/[-_.]+/g, \" \")\n .replace(/\\s+/g, \" \")\n .trim()\n .replace(/^./, (character) => character.toUpperCase());\n },\n} as const;\n\nconst definedNodeCredentialAccessorFactory = {\n create(\n bindings: TBindings,\n ctx: NodeExecutionContext>,\n ): DefinedNodeCredentialAccessors {\n if (!bindings) {\n return {} as DefinedNodeCredentialAccessors;\n }\n const entries = Object.keys(bindings).map((slotKey) => [slotKey, () => ctx.getCredential(slotKey)] as const);\n return Object.fromEntries(entries) as DefinedNodeCredentialAccessors;\n },\n} as const;\n\nexport function defineNode<\n TKey extends string,\n TConfig extends CredentialJsonRecord,\n TInputJson,\n TOutputJson,\n TBindings extends DefinedNodeCredentialBindings | undefined = undefined,\n>(\n options: DefineNodeOptions,\n): DefinedNode {\n const credentialRequirements = definedNodeCredentialRequirementFactory.create(options.credentials);\n type DefinedRunnableNodeConfigShape = RunnableNodeConfig & Readonly<{ config: TConfig }>;\n\n const DefinedNodeRuntime = class implements RunnableNode {\n readonly kind = \"node\" as const;\n readonly outputPorts = [\"main\"] as const;\n readonly inputSchema = options.inputSchema;\n\n async execute(\n args: Readonly>,\n ): Promise {\n const ctx = args.ctx;\n const context: DefinedNodeRunContext = {\n config: ctx.config.config,\n credentials: definedNodeCredentialAccessorFactory.create(\n options.credentials,\n ctx,\n ) as DefinedNodeCredentialAccessors,\n execution: ctx as unknown as NodeExecutionContext>,\n };\n const payload: DefineNodeExecuteArgs = {\n input: args.input,\n item: args.item,\n itemIndex: args.itemIndex,\n items: args.items,\n ctx,\n };\n return await options.execute(payload, context);\n }\n };\n\n persistedNode({ name: options.key })(DefinedNodeRuntime);\n\n const DefinedRunnableNodeConfig = class implements RunnableNodeConfig {\n readonly kind = \"node\" as const;\n readonly type: TypeToken = DefinedNodeRuntime;\n readonly icon = options.icon;\n readonly inputSchema = options.inputSchema;\n readonly keepBinaries = options.keepBinaries ?? false;\n readonly id?: string;\n readonly description?: string;\n\n constructor(\n public readonly name: string,\n config: DefinedNodeConfigInput,\n idOrOptions?: string | NodeBaseOptions,\n ) {\n const resolved = typeof idOrOptions === \"string\" ? { id: idOrOptions } : idOrOptions;\n this.id = resolved?.id;\n this.description = resolved?.description;\n this.config = config as unknown as TConfig;\n }\n\n public readonly config: TConfig;\n\n getCredentialRequirements(): ReadonlyArray {\n return credentialRequirements;\n }\n\n inspectorSummary(): ReadonlyArray | undefined {\n return options.inspectorSummary?.({ config: this.config });\n }\n };\n\n const definition: DefinedNode = {\n kind: \"defined-node\",\n key: options.key,\n title: options.title,\n description: options.description,\n create(\n config: DefinedNodeConfigInput,\n name = options.title,\n idOrOptions?: string | NodeBaseOptions,\n ) {\n return new DefinedRunnableNodeConfig(name, config as DefinedNodeConfigInput, idOrOptions);\n },\n register(context) {\n context.registerNode(DefinedNodeRuntime);\n },\n };\n\n DefinedNodeRegistry.register(definition as DefinedNode, unknown, unknown, undefined>);\n\n return definition;\n}\n\nexport function defineBatchNode<\n TKey extends string,\n TConfig extends CredentialJsonRecord,\n TInputJson,\n TOutputJson,\n TBindings extends DefinedNodeCredentialBindings | undefined = undefined,\n>(\n options: DefineBatchNodeOptions,\n): DefinedNode {\n const credentialRequirements = definedNodeCredentialRequirementFactory.create(options.credentials);\n type DefinedRunnableNodeConfigShape = RunnableNodeConfig & Readonly<{ config: TConfig }>;\n\n const DefinedNodeRuntime = class implements RunnableNode {\n readonly kind = \"node\" as const;\n readonly outputPorts = [\"main\"] as const;\n\n async execute(\n args: Readonly>,\n ): Promise {\n if (args.itemIndex !== args.items.length - 1) {\n return [];\n }\n const ctx = args.ctx;\n const context: DefinedNodeRunContext = {\n config: ctx.config.config,\n credentials: definedNodeCredentialAccessorFactory.create(\n options.credentials,\n ctx,\n ) as DefinedNodeCredentialAccessors,\n execution: ctx as unknown as NodeExecutionContext>,\n };\n const outputs = await options.run(\n args.items.map((item) => item.json as TInputJson),\n context,\n );\n return [...outputs];\n }\n };\n\n persistedNode({ name: options.key })(DefinedNodeRuntime);\n\n const DefinedRunnableNodeConfig = class implements RunnableNodeConfig {\n readonly kind = \"node\" as const;\n readonly type: TypeToken = DefinedNodeRuntime;\n readonly icon = options.icon;\n readonly id?: string;\n readonly description?: string;\n\n constructor(\n public readonly name: string,\n config: DefinedNodeConfigInput,\n idOrOptions?: string | NodeBaseOptions,\n ) {\n const resolved = typeof idOrOptions === \"string\" ? { id: idOrOptions } : idOrOptions;\n this.id = resolved?.id;\n this.description = resolved?.description;\n this.config = config as unknown as TConfig;\n }\n\n public readonly config: TConfig;\n\n getCredentialRequirements(): ReadonlyArray {\n return credentialRequirements;\n }\n\n inspectorSummary(): ReadonlyArray | undefined {\n return options.inspectorSummary?.({ config: this.config });\n }\n };\n\n const definition: DefinedNode = {\n kind: \"defined-node\",\n key: options.key,\n title: options.title,\n description: options.description,\n create(\n config: DefinedNodeConfigInput,\n name = options.title,\n idOrOptions?: string | NodeBaseOptions,\n ) {\n return new DefinedRunnableNodeConfig(name, config as DefinedNodeConfigInput, idOrOptions);\n },\n register(context) {\n context.registerNode(DefinedNodeRuntime);\n },\n };\n\n DefinedNodeRegistry.register(definition as DefinedNode, unknown, unknown, undefined>);\n\n return definition;\n}\n","import type {\n Duration,\n ExecutionContext,\n HumanTaskActor,\n HumanTaskHandle,\n HumanTaskSubject,\n NodeExecutionContext,\n ResumeContext,\n} from \"../contracts/runtimeTypes\";\nimport type { Item, JsonValue, NodeInspectorSummaryRow, NodeConfigBase } from \"../contracts/workflowTypes\";\nimport type { CredentialJsonRecord } from \"../contracts/credentialTypes\";\nimport type { ZodObject, ZodType } from \"zod\";\nimport type { DefinedNodeCredentialBindings } from \"./defineNode.types\";\nimport { SuspensionRequest } from \"../contracts/runtimeTypes\";\nimport { defineNode } from \"./defineNode.types\";\nimport type { DefinedNode } from \"./defineNode.types\";\n\nexport interface HumanApprovalDecisionResult {\n readonly status: \"approved\" | \"rejected\" | \"timed-out\" | \"auto-accepted\";\n readonly actor?: HumanTaskActor;\n readonly decidedAt?: Date;\n readonly note?: string;\n readonly payload?: Record;\n}\n\nexport type HumanApprovalOutputJson> = TInputJson & {\n readonly decision: HumanApprovalDecisionResult;\n};\n\nexport interface DefinedHumanApprovalNode<\n TKey extends string,\n TConfig extends CredentialJsonRecord,\n TInputJson extends Record,\n TBindings extends DefinedNodeCredentialBindings | undefined = undefined,\n> extends DefinedNode, TBindings> {\n readonly humanApprovalToolBehavior: { onRejected: \"return\" | \"halt\" };\n}\n\nexport function isHumanApprovalNode(\n node: unknown,\n): node is DefinedHumanApprovalNode, Record, undefined> {\n return (\n typeof node === \"object\" &&\n node !== null &&\n \"humanApprovalToolBehavior\" in node &&\n typeof (node as { humanApprovalToolBehavior: unknown }).humanApprovalToolBehavior === \"object\"\n );\n}\n\nexport function defineHumanApprovalNode<\n TKey extends string,\n TConfig extends CredentialJsonRecord,\n TInputJson extends Record,\n TDecision extends Record,\n TDelivery extends JsonValue,\n TBindings extends DefinedNodeCredentialBindings | undefined = undefined,\n>(opts: {\n key: TKey;\n title: string;\n description?: string;\n icon?: string;\n channel: string;\n\n configSchema: ZodType;\n inputSchema?: ZodType;\n decisionSchema: ZodType;\n credentials?: TBindings;\n\n approvedPredicate?: (decision: TDecision) => boolean;\n defaultTimeout?: Duration;\n defaultOnTimeout?: \"halt\" | \"auto-accept\";\n\n inspectorSummary?: (config: TConfig) => ReadonlyArray | undefined;\n\n deliver: (\n args: {\n task: HumanTaskHandle;\n config: TConfig;\n input: TInputJson;\n item: Item;\n },\n ctx: ExecutionContext,\n ) => Promise;\n\n onDecision?: (\n args: {\n decision: TDecision;\n actor: HumanTaskActor;\n task: HumanTaskHandle;\n delivery: TDelivery;\n item: Item;\n },\n ctx: ExecutionContext,\n ) => Promise;\n\n onTimeout?: (\n args: {\n task: HumanTaskHandle;\n delivery: TDelivery;\n item: Item;\n policy: \"halt\" | \"auto-accept\";\n },\n ctx: ExecutionContext,\n ) => Promise;\n}): DefinedHumanApprovalNode {\n const resolvedPredicate = resolveApprovedPredicate(opts.decisionSchema, opts.approvedPredicate);\n\n const timeout = opts.defaultTimeout ?? \"24h\";\n const onTimeout = opts.defaultOnTimeout ?? \"halt\";\n\n const inner = defineNode({\n key: opts.key,\n title: opts.title,\n description: opts.description,\n icon: opts.icon,\n configSchema: opts.configSchema,\n inputSchema: opts.inputSchema,\n credentials: opts.credentials,\n inspectorSummary: opts.inspectorSummary ? ({ config }) => opts.inspectorSummary!(config) : undefined,\n\n async execute(args, { config, execution: ctx }) {\n if (!ctx.resumeContext) {\n const subject = buildSubject(opts.title, args.item, ctx);\n throw new SuspensionRequest({\n decisionSchema: opts.decisionSchema,\n timeout,\n onTimeout,\n subject,\n metadata: {\n channel: opts.channel,\n nodeKey: opts.key,\n approvedPredicateSource: opts.approvedPredicate?.toString() ?? null,\n },\n deliver: (handle: HumanTaskHandle) =>\n opts.deliver(\n {\n task: handle,\n config,\n input: args.input as TInputJson,\n item: args.item,\n },\n ctx,\n ),\n });\n }\n\n return await handleResume(\n args.item,\n ctx.resumeContext,\n opts.decisionSchema,\n resolvedPredicate,\n opts.onDecision,\n opts.onTimeout,\n ctx,\n );\n },\n });\n\n return Object.assign(inner, {\n humanApprovalToolBehavior: { onRejected: \"return\" as const },\n }) as unknown as DefinedHumanApprovalNode;\n}\n\nfunction resolveApprovedPredicate>(\n schema: ZodType,\n predicate: ((d: TDecision) => boolean) | undefined,\n): (d: TDecision) => boolean {\n if (predicate) {\n return predicate;\n }\n const shape = (schema as unknown as ZodObject>).shape;\n if (shape && typeof shape === \"object\" && \"approved\" in shape) {\n return (d) => (d as { approved?: unknown }).approved === true;\n }\n throw new Error(\n `defineHumanApprovalNode: decisionSchema has no \"approved\" field and no approvedPredicate was provided. ` +\n `Either add { approved: z.boolean() } to the decision schema or supply approvedPredicate explicitly.`,\n );\n}\n\nfunction buildSubject(title: string, item: Item, ctx: NodeExecutionContext): HumanTaskSubject {\n return {\n title,\n summary: \"\",\n attributes: {\n workflowId: ctx.workflowId,\n nodeId: ctx.nodeId,\n item: item.json as JsonValue,\n },\n };\n}\n\nfunction mergeDecision(\n item: Item,\n decision: HumanApprovalDecisionResult,\n): { json: Record; binary: Item[\"binary\"]; meta: Item[\"meta\"] } {\n return {\n json: { ...(item.json as Record), decision },\n binary: item.binary,\n meta: item.meta,\n };\n}\n\nasync function handleResume, TDelivery extends JsonValue>(\n item: Item,\n resumeContext: ResumeContext,\n decisionSchema: ZodType,\n resolvedPredicate: (d: TDecision) => boolean,\n onDecision:\n | ((\n args: {\n decision: TDecision;\n actor: HumanTaskActor;\n task: HumanTaskHandle;\n delivery: TDelivery;\n item: Item;\n },\n ctx: ExecutionContext,\n ) => Promise)\n | undefined,\n onTimeoutCb:\n | ((\n args: {\n task: HumanTaskHandle;\n delivery: TDelivery;\n item: Item;\n policy: \"halt\" | \"auto-accept\";\n },\n ctx: ExecutionContext,\n ) => Promise)\n | undefined,\n ctx: ExecutionContext,\n): Promise<{ json: Record; binary: Item[\"binary\"]; meta: Item[\"meta\"] }> {\n const { decision: dec, delivery, task } = resumeContext;\n\n if (dec.kind === \"timed_out\" || dec.kind === \"auto_accepted\") {\n const policy: \"halt\" | \"auto-accept\" = dec.kind === \"auto_accepted\" ? \"auto-accept\" : \"halt\";\n await onTimeoutCb?.({ task, delivery: delivery as TDelivery, item, policy }, ctx);\n const status = dec.kind === \"auto_accepted\" ? \"auto-accepted\" : \"timed-out\";\n return mergeDecision(item, { status, decidedAt: dec.at });\n }\n\n const parsed = decisionSchema.parse(dec.value);\n await onDecision?.(\n {\n decision: parsed,\n actor: dec.actor,\n task,\n delivery: delivery as TDelivery,\n item,\n },\n ctx,\n );\n\n const isApproved = resolvedPredicate(parsed);\n return mergeDecision(item, {\n status: isApproved ? \"approved\" : \"rejected\",\n actor: dec.actor,\n decidedAt: dec.decidedAt,\n note: (parsed as { note?: string }).note,\n payload: parsed,\n });\n}\n","import type {\n InputPortKey,\n NodeId,\n NodeRef,\n OutputPortKey,\n RunnableNodeConfig,\n RunnableNodeOutputJson,\n UpstreamRefPlaceholder,\n WorkflowDefinition,\n} from \"../../types\";\n\nimport type { DefinedNodeCredentialBindings } from \"../../authoring/defineNode.types\";\nimport type { DefinedHumanApprovalNode, HumanApprovalOutputJson } from \"../../authoring/defineHumanApprovalNode.types\";\nimport { WorkflowBuilder } from \"./WorkflowBuilder\";\nimport { ChainCursor } from \"./ChainCursorResolver\";\nimport type { AnyRunnableNodeConfig, BooleanWhenOverloads, ValidStepSequence } from \"./workflowBuilderTypes\";\n\ntype WhenEndpoint = Readonly<{ node: NodeRef; output: OutputPortKey; inputPortHint?: InputPortKey }>;\n\nexport class WhenBuilder {\n private armEndpoint: WhenEndpoint | undefined;\n\n constructor(\n private readonly wf: WorkflowBuilder,\n private readonly from: NodeRef,\n private readonly branchPort: OutputPortKey,\n private readonly priorEndpoints: ReadonlyArray = [],\n ) {}\n\n addBranch>(\n steps: TSteps & ValidStepSequence,\n ): this {\n const created: NodeRef[] = [];\n\n let prev: NodeRef | null = null;\n for (const cfg of steps) {\n const ref = (this.wf as any).add(cfg) as NodeRef;\n created.push(ref);\n if (!prev) (this.wf as any).connect(this.from, ref, this.branchPort, \"in\");\n else (this.wf as any).connect(prev, ref, \"main\", \"in\");\n prev = ref;\n }\n\n for (const cfg of steps) {\n const maybe = cfg as unknown as { upstreamRefs?: Array<{ nodeId: NodeId } | UpstreamRefPlaceholder> };\n if (!Array.isArray(maybe.upstreamRefs) || maybe.upstreamRefs.length === 0) continue;\n\n maybe.upstreamRefs = maybe.upstreamRefs.map((r) => {\n if (typeof r !== \"string\") return r;\n const idx = parseInt(r.slice(1), 10);\n const nodeId = created[idx]?.id;\n return nodeId ? { nodeId } : { nodeId: r };\n });\n }\n\n this.armEndpoint = prev\n ? { node: prev, output: \"main\", inputPortHint: this.branchPort }\n : { node: this.from, output: this.branchPort, inputPortHint: this.branchPort };\n\n return this;\n }\n\n readonly when: BooleanWhenOverloads> = (\n branch: boolean,\n steps: ReadonlyArray | AnyRunnableNodeConfig,\n ...more: AnyRunnableNodeConfig[]\n ): WhenBuilder => {\n const list = Array.isArray(steps) ? steps : [steps, ...more];\n const port: OutputPortKey = branch ? \"true\" : \"false\";\n const b = new WhenBuilder(this.wf, this.from, port, this.accumulatedEndpoints);\n b.addBranch(list);\n return b;\n };\n\n then>(\n config: TConfig,\n ): ChainCursor> {\n return this.toCursor().then(config);\n }\n\n humanApproval<\n TKey extends string,\n TConfig extends Record,\n TBindings extends DefinedNodeCredentialBindings | undefined = undefined,\n >(\n node: DefinedHumanApprovalNode, TBindings>,\n config: TConfig,\n metadata?: { name?: string; nodeId?: string },\n ): ChainCursor>> {\n return this.toCursor().humanApproval(node, config, metadata);\n }\n\n build(): WorkflowDefinition {\n return this.wf.build();\n }\n\n private get accumulatedEndpoints(): ReadonlyArray {\n return this.armEndpoint ? [...this.priorEndpoints, this.armEndpoint] : this.priorEndpoints;\n }\n\n private toCursor(): ChainCursor {\n return new ChainCursor(this.wf, this.accumulatedEndpoints);\n }\n}\n","import type { RunnableNodeConfig, RunnableNodeOutputJson, TriggerNodeConfig } from \"../../types\";\n\nexport function mergeForward(config: RunnableNodeConfig): RunnableNodeConfig {\n (config as { mergeJson?: boolean }).mergeJson = true;\n return config as unknown as RunnableNodeConfig;\n}\n\nexport type AnyRunnableNodeConfig = RunnableNodeConfig;\n\nexport type AnyTriggerNodeConfig = TriggerNodeConfig;\n\nexport type ValidStepSequence<\n TCurrentJson,\n TSteps extends ReadonlyArray,\n> = TSteps extends readonly []\n ? readonly []\n : TSteps extends readonly [infer TFirst, ...infer TRest]\n ? TFirst extends RunnableNodeConfig\n ? TRest extends ReadonlyArray\n ? readonly [TFirst, ...ValidStepSequence]\n : never\n : never\n : TSteps;\n\nexport type StepSequenceOutput | undefined> =\n TSteps extends ReadonlyArray\n ? TSteps extends readonly []\n ? TCurrentJson\n : TSteps extends readonly [infer TFirst, ...infer TRest]\n ? TFirst extends RunnableNodeConfig\n ? TRest extends ReadonlyArray\n ? StepSequenceOutput\n : never\n : never\n : TCurrentJson\n : TCurrentJson;\n\ntype TypesMatch = [TLeft] extends [TRight] ? ([TRight] extends [TLeft] ? true : false) : false;\n\nexport type BranchOutputGuard<\n TCurrentJson,\n TTrueSteps extends ReadonlyArray | undefined,\n TFalseSteps extends ReadonlyArray | undefined,\n> =\n TypesMatch, StepSequenceOutput> extends true\n ? unknown\n : never;\n\nexport type BranchStepsArg> = TSteps &\n ValidStepSequence;\n\nexport type BranchMoreArgs<\n TCurrentJson,\n TFirstStep extends RunnableNodeConfig,\n TRestSteps extends ReadonlyArray,\n> = TRestSteps & ValidStepSequence, TRestSteps>;\n\nexport type BooleanWhenOverloads = {\n >(\n branch: boolean,\n steps: BranchStepsArg,\n ): TReturn;\n , TRestSteps extends ReadonlyArray>(\n branch: boolean,\n step: TFirstStep,\n ...more: BranchMoreArgs\n ): TReturn;\n};\n","import type {\n InputPortKey,\n NodeRef,\n OutputPortKey,\n RunnableNodeConfig,\n RunnableNodeOutputJson,\n WorkflowDefinition,\n} from \"../../types\";\n\nimport type { DefinedNodeCredentialBindings } from \"../../authoring/defineNode.types\";\nimport type { DefinedHumanApprovalNode, HumanApprovalOutputJson } from \"../../authoring/defineHumanApprovalNode.types\";\nimport { isHumanApprovalNode } from \"../../authoring/defineHumanApprovalNode.types\";\nimport { WorkflowBuilder } from \"./WorkflowBuilder\";\nimport { WhenBuilder } from \"./WhenBuilder\";\nimport type {\n AnyRunnableNodeConfig,\n BooleanWhenOverloads,\n BranchOutputGuard,\n BranchStepsArg,\n StepSequenceOutput,\n} from \"./workflowBuilderTypes\";\nimport { mergeForward } from \"./workflowBuilderTypes\";\n\ntype ChainCursorEndpoint = Readonly<{ node: NodeRef; output: OutputPortKey; inputPortHint?: InputPortKey }>;\n\ntype ChainCursorWhenOverloads = BooleanWhenOverloads> & {\n <\n TTrueSteps extends ReadonlyArray | undefined,\n TFalseSteps extends ReadonlyArray | undefined,\n >(\n branches: Readonly<{\n true?: TTrueSteps extends ReadonlyArray ? BranchStepsArg : never;\n false?: TFalseSteps extends ReadonlyArray\n ? BranchStepsArg\n : never;\n }> &\n BranchOutputGuard,\n ): ChainCursor>;\n};\n\nexport class ChainCursor {\n constructor(\n private readonly wf: WorkflowBuilder,\n private readonly endpoints: ReadonlyArray,\n ) {}\n\n then>(\n config: TConfig,\n ): ChainCursor> {\n const next = (this.wf as any).add(config) as NodeRef;\n const inputPortHint = this.resolveSharedInputPortHint();\n for (const e of this.endpoints) {\n (this.wf as any).connect(e.node, next, e.output);\n }\n return new ChainCursor>(this.wf, [\n { node: next, output: \"main\", ...(inputPortHint ? { inputPortHint } : {}) },\n ]);\n }\n\n thenMerge>(\n config: TConfig,\n ): ChainCursor> {\n mergeForward(config);\n return this.then(config) as unknown as ChainCursor>;\n }\n\n thenIntoInputHints>(\n config: TConfig,\n ): ChainCursor> {\n const next = (this.wf as any).add(config) as NodeRef;\n for (const e of this.endpoints) {\n (this.wf as any).connect(e.node, next, e.output, e.inputPortHint ?? \"in\");\n }\n return new ChainCursor>(this.wf, [{ node: next, output: \"main\" }]);\n }\n\n readonly when: ChainCursorWhenOverloads = ((\n arg1:\n | boolean\n | Readonly<{ true?: ReadonlyArray; false?: ReadonlyArray }>,\n steps?: ReadonlyArray | AnyRunnableNodeConfig,\n ...more: AnyRunnableNodeConfig[]\n ): WhenBuilder | ChainCursor => {\n if (this.endpoints.length !== 1) {\n throw new Error(\"ChainCursor.when(...) is only supported from a single cursor endpoint\");\n }\n const cursor = this.endpoints[0]!.node;\n\n if (typeof arg1 === \"boolean\") {\n const list = Array.isArray(steps) ? steps : steps ? [steps, ...more] : more;\n const port: OutputPortKey = arg1 ? \"true\" : \"false\";\n const b = new WhenBuilder(this.wf, cursor, port);\n b.addBranch(list);\n return b;\n }\n\n const branches = arg1;\n const wfAny = this.wf as any;\n\n const buildBranch = (\n port: OutputPortKey,\n branchSteps: ReadonlyArray | undefined,\n ): Readonly<{ end: NodeRef; endOutput: OutputPortKey; inputPortHint: InputPortKey }> => {\n const list = branchSteps ?? [];\n let prev: NodeRef | null = null;\n for (const cfg of list) {\n const ref = wfAny.add(cfg) as NodeRef;\n if (!prev) wfAny.connect(cursor, ref, port, \"in\");\n else wfAny.connect(prev, ref, \"main\", \"in\");\n prev = ref;\n }\n if (!prev) return { end: cursor, endOutput: port, inputPortHint: port };\n return { end: prev, endOutput: \"main\", inputPortHint: port };\n };\n\n const t = buildBranch(\"true\", branches.true);\n const f = buildBranch(\"false\", branches.false);\n return new ChainCursor(this.wf, [\n { node: t.end, output: t.endOutput, inputPortHint: t.inputPortHint },\n { node: f.end, output: f.endOutput, inputPortHint: f.inputPortHint },\n ]);\n }) as ChainCursorWhenOverloads;\n\n route(\n branches: Readonly<\n Record) => ChainCursor | undefined>\n >,\n ): ChainCursor {\n if (this.endpoints.length !== 1) {\n throw new Error(\"ChainCursor.route(...) is only supported from a single cursor endpoint\");\n }\n const cursor = this.endpoints[0]!;\n const nextEndpoints: ChainCursorEndpoint[] = [];\n for (const [port, branchFactory] of Object.entries(branches)) {\n if (!branchFactory) {\n continue;\n }\n const branch = new ChainCursor(this.wf, [{ node: cursor.node, output: port, inputPortHint: port }]);\n const builtBranch = branchFactory(branch);\n if (!builtBranch) {\n continue;\n }\n nextEndpoints.push(...builtBranch.endpoints);\n }\n return new ChainCursor(this.wf, nextEndpoints);\n }\n\n humanApproval<\n TKey extends string,\n TConfig extends Record,\n TBindings extends DefinedNodeCredentialBindings | undefined = undefined,\n >(\n node: DefinedHumanApprovalNode, TBindings>,\n config: TConfig,\n metadata?: { name?: string; nodeId?: string },\n ): ChainCursor>> {\n if (!isHumanApprovalNode(node)) {\n throw new Error(\n `.humanApproval() requires a node created via defineHumanApprovalNode (got '${(node as { key?: string }).key ?? String(node)}').`,\n );\n }\n // eslint-disable-next-line @typescript-eslint/no-explicit-any\n return this.then(node.create(config as any, metadata?.name, metadata?.nodeId));\n }\n\n build(): WorkflowDefinition {\n return this.wf.build();\n }\n\n private resolveSharedInputPortHint(): InputPortKey | undefined {\n const first = this.endpoints[0]?.inputPortHint;\n if (!first) {\n return undefined;\n }\n return this.endpoints.every((endpoint) => endpoint.inputPortHint === first) ? first : undefined;\n }\n}\n","export const NodeIdSlugifier = {\n slugify(label: string): string {\n if (!label) return \"\";\n return label\n .toLowerCase()\n .replace(/[^a-z0-9]+/g, \"-\")\n .replace(/^-+|-+$/g, \"\");\n },\n};\n","export class WorkflowDefinitionError extends Error {\n constructor(message: string) {\n super(message);\n this.name = \"WorkflowDefinitionError\";\n }\n}\n","import type {\n InputPortKey,\n NodeConfigBase,\n NodeDefinition,\n NodeRef,\n OutputPortKey,\n RunnableNodeOutputJson,\n TriggerNodeOutputJson,\n WorkflowDefinition,\n WorkflowId,\n} from \"../../types\";\n\nimport { AgentConfigInspector } from \"../../ai/AgentConfigInspectorFactory\";\nimport { AgentConnectionNodeCollector } from \"../../ai/AgentConnectionNodeCollector\";\nimport { ChainCursor } from \"./ChainCursorResolver\";\nimport { NodeIdSlugifier } from \"./NodeIdSlugifier\";\nimport { WorkflowDefinitionError } from \"./WorkflowDefinitionError\";\nimport type { AnyRunnableNodeConfig, AnyTriggerNodeConfig } from \"./workflowBuilderTypes\";\n\ntype NodeIdEntry = Readonly<{\n nodeId: string;\n tokenName: string;\n label: string;\n}>;\n\nexport class WorkflowBuilder {\n private readonly nodes: NodeDefinition[] = [];\n private readonly edges: WorkflowDefinition[\"edges\"] = [];\n\n constructor(\n private readonly meta: { id: WorkflowId; name: string },\n private readonly options?: Readonly>,\n ) {}\n\n private add(config: NodeConfigBase): NodeRef {\n const id = config.id ?? NodeIdSlugifier.slugify(config.name ?? \"\");\n this.nodes.push({ id, kind: config.kind, type: config.type, name: config.name, config });\n return { id, kind: config.kind, name: config.name };\n }\n\n private connect(from: NodeRef, to: NodeRef, fromOutput: OutputPortKey = \"main\", toInput: InputPortKey = \"in\"): void {\n this.edges.push({ from: { nodeId: from.id, output: fromOutput }, to: { nodeId: to.id, input: toInput } });\n }\n\n trigger(config: TConfig): ChainCursor> {\n const ref = this.add(config);\n return new ChainCursor>(this, [{ node: ref, output: \"main\" }]);\n }\n\n start(config: TConfig): ChainCursor> {\n const ref = this.add(config);\n return new ChainCursor>(this, [{ node: ref, output: \"main\" }]);\n }\n\n build(): WorkflowDefinition {\n this.validateNodeIds();\n return { ...this.meta, nodes: this.nodes, edges: this.edges };\n }\n\n private validateNodeIds(): void {\n const entries: NodeIdEntry[] = [];\n\n for (const node of this.nodes) {\n const tokenName = typeof node.type === \"function\" ? node.type.name : String(node.type);\n entries.push({ nodeId: node.id, tokenName, label: node.name ?? \"\" });\n\n if (AgentConfigInspector.isAgentNodeConfig(node.config)) {\n for (const child of AgentConnectionNodeCollector.collect(node.id, node.config)) {\n entries.push({ nodeId: child.nodeId, tokenName: child.typeName, label: child.name });\n }\n }\n }\n\n const emptyIds: NodeIdEntry[] = [];\n const seenIds = new Map();\n const duplicateIds: NodeIdEntry[] = [];\n\n for (const entry of entries) {\n if (!entry.nodeId) {\n emptyIds.push(entry);\n continue;\n }\n const existing = seenIds.get(entry.nodeId);\n if (existing) {\n if (!duplicateIds.includes(existing)) {\n duplicateIds.push(existing);\n }\n duplicateIds.push(entry);\n } else {\n seenIds.set(entry.nodeId, entry);\n }\n }\n\n if (emptyIds.length === 0 && duplicateIds.length === 0) {\n return;\n }\n\n const lines: string[] = [\"WorkflowBuilder.build() found invalid node ids:\"];\n\n if (emptyIds.length > 0) {\n lines.push(\" Empty ids (label is blank and no explicit id was given):\");\n for (const e of emptyIds) {\n lines.push(` - type \"${e.tokenName}\" label \"${e.label}\"`);\n }\n }\n\n if (duplicateIds.length > 0) {\n lines.push(\" Duplicate ids:\");\n for (const e of duplicateIds) {\n lines.push(` - id \"${e.nodeId}\" type \"${e.tokenName}\" label \"${e.label}\"`);\n }\n }\n\n lines.push(\" Fix: set an explicit `id:` on each offending node config.\");\n\n throw new WorkflowDefinitionError(lines.join(\"\\n\"));\n }\n}\n\nexport { ChainCursor } from \"./ChainCursorResolver\";\nexport { WhenBuilder } from \"./WhenBuilder\";\n","import type { NodeId } from \"../../types\";\n\nexport class ConnectionInvocationIdFactory {\n static create(): string {\n return `cinv_${globalThis.crypto.randomUUID()}`;\n }\n\n static createForTest(runId: string, connectionNodeId: NodeId, sequence: number): string {\n return `cinv_${runId}_${connectionNodeId}_${sequence}`;\n }\n}\n","import type { NodeDefinition, NodeId, WorkflowDefinition } from \"../../types\";\n\nexport class WorkflowExecutableNodeClassifier {\n private readonly connectionOwnedIds: ReadonlySet;\n\n constructor(workflow: WorkflowDefinition) {\n this.connectionOwnedIds = this.collectConnectionOwnedIds(workflow);\n }\n\n isConnectionOwnedNodeId(nodeId: NodeId): boolean {\n return this.connectionOwnedIds.has(nodeId);\n }\n\n isExecutableNodeId(nodeId: NodeId): boolean {\n return !this.connectionOwnedIds.has(nodeId);\n }\n\n filterExecutableNodeDefinitions(nodes: ReadonlyArray): ReadonlyArray {\n return nodes.filter((n) => this.isExecutableNodeId(n.id));\n }\n\n private collectConnectionOwnedIds(workflow: WorkflowDefinition): ReadonlySet {\n const ids = new Set();\n for (const connection of workflow.connections ?? []) {\n for (const childId of connection.childNodeIds) {\n ids.add(childId);\n }\n }\n return ids;\n }\n\n findDefaultExecutableStartNodeId(workflow: WorkflowDefinition): NodeId {\n const firstTrigger = workflow.nodes.find((n) => n.kind === \"trigger\" && this.isExecutableNodeId(n.id))?.id;\n if (firstTrigger) return firstTrigger;\n\n const incoming = new Map();\n for (const n of workflow.nodes) {\n if (this.isExecutableNodeId(n.id)) incoming.set(n.id, 0);\n }\n for (const e of workflow.edges) {\n if (!this.isExecutableNodeId(e.from.nodeId) || !this.isExecutableNodeId(e.to.nodeId)) continue;\n incoming.set(e.to.nodeId, (incoming.get(e.to.nodeId) ?? 0) + 1);\n }\n const start = workflow.nodes.find((n) => this.isExecutableNodeId(n.id) && (incoming.get(n.id) ?? 0) === 0)?.id;\n return (\n start ??\n workflow.nodes.find((n) => this.isExecutableNodeId(n.id))?.id ??\n (() => {\n throw new Error(`Workflow ${workflow.id} has no executable nodes`);\n })()\n );\n }\n\n firstExecutableNodeIdInDefinitionOrder(workflow: WorkflowDefinition): NodeId | undefined {\n return workflow.nodes.find((n) => this.isExecutableNodeId(n.id))?.id;\n }\n\n lastExecutableNodeIdInDefinitionOrder(workflow: WorkflowDefinition): NodeId {\n for (let i = workflow.nodes.length - 1; i >= 0; i--) {\n const n = workflow.nodes[i]!;\n if (this.isExecutableNodeId(n.id)) return n.id;\n }\n throw new Error(`Workflow ${workflow.id} has no executable nodes`);\n }\n}\n","import type { WorkflowDefinition } from \"../../types\";\n\nimport { WorkflowExecutableNodeClassifier } from \"./WorkflowExecutableNodeClassifier\";\n\nexport class WorkflowExecutableNodeClassifierFactory {\n static create(workflow: WorkflowDefinition): WorkflowExecutableNodeClassifier {\n return new WorkflowExecutableNodeClassifier(workflow);\n }\n}\n","import type { InputPortKey, NodeId, OutputPortKey, WorkflowDefinition, WorkflowGraph } from \"../../types\";\n\nexport class ExecutableGraph implements WorkflowGraph {\n private readonly outgoingByNodeAndPort = new Map<\n NodeId,\n Map>>\n >();\n\n constructor(def: WorkflowDefinition) {\n for (const e of def.edges) {\n const byPort =\n this.outgoingByNodeAndPort.get(e.from.nodeId) ??\n new Map>>();\n const next = byPort.get(e.from.output) ?? [];\n next.push({ nodeId: e.to.nodeId, input: e.to.input });\n byPort.set(e.from.output, next);\n this.outgoingByNodeAndPort.set(e.from.nodeId, byPort);\n }\n }\n\n next(nodeId: NodeId, output: OutputPortKey): Array> {\n return this.outgoingByNodeAndPort.get(nodeId)?.get(output) ?? [];\n }\n}\n","import type { WorkflowDefinition, WorkflowGraph, WorkflowGraphFactory } from \"../../types\";\nimport { ExecutableGraph } from \"./ExecutableGraph\";\n\nexport class DefaultWorkflowGraphFactory implements WorkflowGraphFactory {\n create(def: WorkflowDefinition): WorkflowGraph {\n return new ExecutableGraph(def);\n }\n}\n","import type { ConnectionInvocationRecord } from \"../contracts/runTypes\";\nimport type { ParentExecutionRef } from \"../types\";\nimport type { RunEventBus } from \"./runEvents\";\n\nexport class ConnectionInvocationEventPublisher {\n constructor(\n private readonly eventBus: RunEventBus | undefined,\n private readonly parent: ParentExecutionRef | undefined,\n ) {}\n\n async publish(record: ConnectionInvocationRecord): Promise {\n if (!this.eventBus) return;\n const kind = this.kindFor(record);\n if (!kind) return;\n await this.eventBus.publish({\n kind,\n runId: record.runId,\n workflowId: record.workflowId,\n parent: this.parent,\n at: record.updatedAt,\n record,\n });\n }\n\n private kindFor(\n record: ConnectionInvocationRecord,\n ): \"connectionInvocationStarted\" | \"connectionInvocationCompleted\" | \"connectionInvocationFailed\" | undefined {\n if (record.status === \"running\" || record.status === \"queued\") {\n return \"connectionInvocationStarted\";\n }\n if (record.status === \"completed\") {\n return \"connectionInvocationCompleted\";\n }\n if (record.status === \"failed\") {\n return \"connectionInvocationFailed\";\n }\n return undefined;\n }\n}\n","import type { RunEventBus } from \"./runEvents\";\nimport type { NodeExecutionSnapshot } from \"../types\";\n\nexport class NodeEventPublisher {\n constructor(private readonly eventBus: RunEventBus | undefined) {}\n\n async publish(\n kind: \"nodeQueued\" | \"nodeStarted\" | \"nodeCompleted\" | \"nodeFailed\",\n snapshot: NodeExecutionSnapshot,\n ): Promise {\n if (!this.eventBus) return;\n await this.eventBus.publish({\n kind,\n runId: snapshot.runId,\n workflowId: snapshot.workflowId,\n parent: snapshot.parent,\n at: snapshot.updatedAt,\n snapshot,\n });\n }\n}\n","import type { BinaryAttachment, BinaryStorage } from \"../types\";\nimport type { BinaryStorageReadResult } from \"../types\";\nimport { BINARY_DEFAULT_MAX_BYTES } from \"../contracts/runtimeTypes\";\n\nexport async function boundedReadBinary(\n result: BinaryStorageReadResult,\n attachment: BinaryAttachment,\n maxBytes: number = BINARY_DEFAULT_MAX_BYTES,\n): Promise {\n if (attachment.size > maxBytes) {\n throw new Error(\n `Binary attachment size ${attachment.size} bytes exceeds maxBytes ${maxBytes}. ` +\n `Raise the node's maxBytes setting if this document is expected to be larger.`,\n );\n }\n const out = new Uint8Array(attachment.size);\n const reader = result.body.getReader();\n let offset = 0;\n while (true) {\n const { done, value } = await reader.read();\n if (done) {\n break;\n }\n if (!value) {\n continue;\n }\n if (offset + value.byteLength > out.byteLength) {\n throw new Error(`Binary stream produced more bytes than the attachment's declared size (${attachment.size}).`);\n }\n out.set(value, offset);\n offset += value.byteLength;\n }\n if (offset !== out.byteLength) {\n throw new Error(`Binary stream produced ${offset} bytes but attachment declared size ${attachment.size}.`);\n }\n return out;\n}\n\nexport async function readBinaryAsBytes(\n storage: BinaryStorage,\n attachment: BinaryAttachment,\n maxBytes?: number,\n): Promise {\n const result = await storage.openReadStream(attachment.storageKey);\n if (!result) {\n throw new Error(\"Binary attachment stream is unavailable.\");\n }\n return boundedReadBinary(result, attachment, maxBytes);\n}\n\nexport async function readBinaryAsText(\n storage: BinaryStorage,\n attachment: BinaryAttachment,\n maxBytes?: number,\n): Promise {\n const bytes = await readBinaryAsBytes(storage, attachment, maxBytes);\n return new TextDecoder().decode(bytes);\n}\n\nexport async function readBinaryAsJson(\n storage: BinaryStorage,\n attachment: BinaryAttachment,\n maxBytes?: number,\n): Promise {\n const text = await readBinaryAsText(storage, attachment, maxBytes);\n try {\n return JSON.parse(text) as T;\n } catch (cause) {\n throw new SyntaxError(\n `Binary attachment at storage key \"${attachment.storageKey}\" is not valid JSON: ${cause instanceof Error ? cause.message : String(cause)}`,\n { cause },\n );\n }\n}\n","import type { BinaryAttachment, BinaryPreviewKind, Item, NodeActivationId, NodeId, RunId, WorkflowId } from \"../types\";\n\nimport type {\n BinaryAttachmentCreateRequest,\n BinaryStorage,\n BinaryStorageReadResult,\n NodeBinaryAttachmentService,\n} from \"../types\";\n\nimport { readBinaryAsBytes, readBinaryAsJson, readBinaryAsText } from \"./boundedReadBinary.types\";\n\nexport class DefaultNodeBinaryAttachmentService implements NodeBinaryAttachmentService {\n constructor(\n private readonly storage: BinaryStorage,\n private readonly workflowId: WorkflowId,\n private readonly runId: RunId,\n private readonly nodeId: NodeId,\n private readonly activationId: NodeActivationId,\n private readonly now: () => Date,\n ) {}\n\n async attach(args: BinaryAttachmentCreateRequest): Promise {\n const attachmentId = this.createAttachmentId();\n const createdAt = this.now().toISOString();\n const storageKey = this.createStorageKey(args, attachmentId);\n const stored = await this.storage.write({\n storageKey,\n body: args.body,\n });\n return {\n id: attachmentId,\n storageKey: stored.storageKey,\n mimeType: args.mimeType,\n size: stored.size,\n storageDriver: this.storage.driverName,\n previewKind: args.previewKind ?? this.resolvePreviewKind(args.mimeType),\n createdAt,\n runId: this.runId,\n workflowId: this.workflowId,\n nodeId: this.nodeId,\n activationId: this.activationId,\n filename: args.filename,\n sha256: stored.sha256,\n };\n }\n\n withAttachment(item: Item, name: string, attachment: BinaryAttachment): Item {\n return {\n ...item,\n binary: {\n ...(item.binary ?? {}),\n [name]: attachment,\n },\n };\n }\n\n forNode(args: { nodeId: NodeId; activationId: NodeActivationId }): NodeBinaryAttachmentService {\n return new DefaultNodeBinaryAttachmentService(\n this.storage,\n this.workflowId,\n this.runId,\n args.nodeId,\n args.activationId,\n this.now,\n );\n }\n\n async openReadStream(attachment: BinaryAttachment): Promise {\n return await this.storage.openReadStream(attachment.storageKey);\n }\n\n async getBytes(attachment: BinaryAttachment, maxBytes?: number): Promise {\n return readBinaryAsBytes(this.storage, attachment, maxBytes);\n }\n\n async getText(attachment: BinaryAttachment, maxBytes?: number): Promise {\n return readBinaryAsText(this.storage, attachment, maxBytes);\n }\n\n async getJson(attachment: BinaryAttachment, maxBytes?: number): Promise {\n return readBinaryAsJson(this.storage, attachment, maxBytes);\n }\n\n private createAttachmentId(): string {\n return DefaultNodeBinaryAttachmentService.createAttachmentIdValue(`${this.activationId}-${this.now().getTime()}`);\n }\n\n private static createAttachmentIdValue(fallbackValue: string): string {\n const cryptoObject = globalThis.crypto;\n if (cryptoObject && typeof cryptoObject.randomUUID === \"function\") {\n return cryptoObject.randomUUID();\n }\n return fallbackValue;\n }\n\n private createStorageKey(args: BinaryAttachmentCreateRequest, attachmentId: string): string {\n const safeName = this.sanitizeSegment(args.name);\n const safeFilename = this.sanitizeFilename(args.filename);\n const filenameSuffix = safeFilename ? `-${safeFilename}` : \"\";\n return `${this.sanitizeSegment(this.workflowId)}/${this.sanitizeSegment(this.runId)}/${this.sanitizeSegment(this.nodeId)}/${this.sanitizeSegment(this.activationId)}/${attachmentId}-${safeName}${filenameSuffix}`;\n }\n\n private sanitizeSegment(value: string): string {\n const normalized = value.trim();\n if (!normalized) {\n return \"item\";\n }\n return normalized.replace(/[^a-zA-Z0-9._-]+/g, \"_\");\n }\n\n private sanitizeFilename(value: string | undefined): string | undefined {\n if (!value) {\n return undefined;\n }\n const normalized = value.trim().split(\"/\").at(-1)?.split(\"\\\\\").at(-1) ?? value.trim();\n if (!normalized) {\n return undefined;\n }\n return normalized.replace(/[^a-zA-Z0-9._-]+/g, \"_\");\n }\n\n private resolvePreviewKind(mimeType: string): BinaryPreviewKind {\n if (mimeType.startsWith(\"image/\")) {\n return \"image\";\n }\n if (mimeType.startsWith(\"audio/\")) {\n return \"audio\";\n }\n if (mimeType.startsWith(\"video/\")) {\n return \"video\";\n }\n return \"download\";\n }\n}\n","import type { BinaryStorage } from \"../types\";\n\nexport class UnavailableBinaryStorage implements BinaryStorage {\n readonly driverName = \"unavailable\";\n\n async write(): Promise {\n throw new Error(\"Binary storage is not configured for this runtime.\");\n }\n\n async openReadStream(): Promise {\n return undefined;\n }\n\n async stat(): Promise<{ exists: false }> {\n return { exists: false };\n }\n\n async delete(): Promise {}\n\n async deleteMany(): Promise {}\n\n async listByPrefix(): Promise> {\n return [];\n }\n}\n","import type { BinaryAttachment, NodeActivationId, NodeId, RunId, WorkflowId } from \"../types\";\n\nimport type {\n BinaryStorage,\n BinaryStorageReadResult,\n ExecutionBinaryService,\n NodeBinaryAttachmentService,\n} from \"../types\";\n\nimport { DefaultNodeBinaryAttachmentService } from \"./DefaultNodeBinaryAttachmentServiceFactory\";\nimport { boundedReadBinary } from \"./boundedReadBinary.types\";\n\nexport class DefaultExecutionBinaryService implements ExecutionBinaryService {\n constructor(\n private readonly storage: BinaryStorage,\n private readonly workflowId: WorkflowId,\n private readonly runId: RunId,\n private readonly now: () => Date,\n ) {}\n\n forNode(args: { nodeId: NodeId; activationId: NodeActivationId }): NodeBinaryAttachmentService {\n return new DefaultNodeBinaryAttachmentService(\n this.storage,\n this.workflowId,\n this.runId,\n args.nodeId,\n args.activationId,\n this.now,\n );\n }\n\n openReadStream(attachment: BinaryAttachment): Promise {\n return this.storage.openReadStream(attachment.storageKey);\n }\n\n async getBytes(attachment: BinaryAttachment, maxBytes?: number): Promise {\n const stream = await this.openReadStream(attachment);\n if (!stream) {\n throw new Error(\"Binary attachment stream is unavailable.\");\n }\n return boundedReadBinary(stream, attachment, maxBytes);\n }\n\n async getText(attachment: BinaryAttachment, maxBytes?: number): Promise {\n return new TextDecoder().decode(await this.getBytes(attachment, maxBytes));\n }\n\n async getJson(attachment: BinaryAttachment, maxBytes?: number): Promise {\n const text = await this.getText(attachment, maxBytes);\n try {\n return JSON.parse(text) as T;\n } catch (cause) {\n throw new SyntaxError(\n `Binary attachment at storage key \"${attachment.storageKey}\" is not valid JSON: ${cause instanceof Error ? cause.message : String(cause)}`,\n { cause },\n );\n }\n }\n}\n\nexport { DefaultNodeBinaryAttachmentService } from \"./DefaultNodeBinaryAttachmentServiceFactory\";\nexport { UnavailableBinaryStorage } from \"./UnavailableBinaryStorage\";\n","import type {\n JsonValue,\n NodeActivationId,\n NodeExecutionSnapshot,\n NodeExecutionStatus,\n NodeId,\n NodeInputsByPort,\n NodeOutputs,\n ParentExecutionRef,\n RunId,\n WorkflowId,\n} from \"../types\";\n\nexport class NodeExecutionSnapshotFactory {\n static queued(args: {\n runId: RunId;\n workflowId: WorkflowId;\n nodeId: NodeId;\n activationId: NodeActivationId;\n parent?: ParentExecutionRef;\n queuedAt: string;\n inputsByPort: NodeInputsByPort;\n }): NodeExecutionSnapshot {\n return {\n runId: args.runId,\n workflowId: args.workflowId,\n nodeId: args.nodeId,\n activationId: args.activationId,\n parent: args.parent,\n status: \"queued\",\n queuedAt: args.queuedAt,\n updatedAt: args.queuedAt,\n inputsByPort: args.inputsByPort,\n };\n }\n\n static running(args: {\n previous?: NodeExecutionSnapshot;\n runId: RunId;\n workflowId: WorkflowId;\n nodeId: NodeId;\n activationId: NodeActivationId;\n parent?: ParentExecutionRef;\n startedAt: string;\n inputsByPort: NodeInputsByPort;\n }): NodeExecutionSnapshot {\n return {\n runId: args.runId,\n workflowId: args.workflowId,\n nodeId: args.nodeId,\n activationId: args.activationId,\n parent: args.parent,\n status: \"running\",\n queuedAt: args.previous?.queuedAt,\n startedAt: args.startedAt,\n updatedAt: args.startedAt,\n inputsByPort: args.inputsByPort,\n outputs: args.previous?.outputs,\n error: undefined,\n };\n }\n\n static completed(args: {\n previous?: NodeExecutionSnapshot;\n runId: RunId;\n workflowId: WorkflowId;\n nodeId: NodeId;\n activationId: NodeActivationId;\n parent?: ParentExecutionRef;\n finishedAt: string;\n inputsByPort: NodeInputsByPort;\n outputs: NodeOutputs;\n fromPinnedOutput?: boolean;\n hitlStatus?: Extract<\n NodeExecutionStatus,\n \"hitl-approved\" | \"hitl-rejected\" | \"hitl-timeout\" | \"hitl-auto-accepted\" | \"hitl-cancelled\"\n >;\n }): NodeExecutionSnapshot {\n const fromPinnedOutput = args.fromPinnedOutput ?? false;\n const startedAt = fromPinnedOutput ? (args.previous?.startedAt ?? args.finishedAt) : args.previous?.startedAt;\n return {\n runId: args.runId,\n workflowId: args.workflowId,\n nodeId: args.nodeId,\n activationId: args.activationId,\n parent: args.parent,\n status: args.hitlStatus ?? \"completed\",\n queuedAt: args.previous?.queuedAt,\n startedAt,\n finishedAt: args.finishedAt,\n updatedAt: args.finishedAt,\n inputsByPort: args.inputsByPort,\n outputs: args.outputs,\n usedPinnedOutput: fromPinnedOutput,\n error: undefined,\n ...(args.previous?.childRunId !== undefined ? { childRunId: args.previous.childRunId } : {}),\n };\n }\n\n static skipped(args: {\n previous?: NodeExecutionSnapshot;\n runId: RunId;\n workflowId: WorkflowId;\n nodeId: NodeId;\n activationId: NodeActivationId;\n parent?: ParentExecutionRef;\n finishedAt: string;\n inputsByPort: NodeInputsByPort;\n outputs: NodeOutputs;\n }): NodeExecutionSnapshot {\n return {\n runId: args.runId,\n workflowId: args.workflowId,\n nodeId: args.nodeId,\n activationId: args.activationId,\n parent: args.parent,\n status: \"skipped\",\n queuedAt: args.previous?.queuedAt,\n startedAt: args.previous?.startedAt,\n finishedAt: args.finishedAt,\n updatedAt: args.finishedAt,\n inputsByPort: args.inputsByPort,\n outputs: args.outputs,\n error: undefined,\n ...(args.previous?.childRunId !== undefined ? { childRunId: args.previous.childRunId } : {}),\n };\n }\n\n static failed(args: {\n previous?: NodeExecutionSnapshot;\n runId: RunId;\n workflowId: WorkflowId;\n nodeId: NodeId;\n activationId: NodeActivationId;\n parent?: ParentExecutionRef;\n finishedAt: string;\n inputsByPort: NodeInputsByPort;\n error: Error;\n }): NodeExecutionSnapshot {\n return {\n runId: args.runId,\n workflowId: args.workflowId,\n nodeId: args.nodeId,\n activationId: args.activationId,\n parent: args.parent,\n status: \"failed\",\n queuedAt: args.previous?.queuedAt,\n startedAt: args.previous?.startedAt,\n finishedAt: args.finishedAt,\n updatedAt: args.finishedAt,\n inputsByPort: args.inputsByPort,\n outputs: undefined,\n error: {\n message: args.error.message,\n name: args.error.name,\n stack: args.error.stack,\n details: (args.error as Error & { details?: JsonValue }).details,\n },\n ...(args.previous?.childRunId !== undefined ? { childRunId: args.previous.childRunId } : {}),\n };\n }\n}\n","import type { NodeActivationRequest, NodeInputsByPort } from \"../types\";\n\nexport class NodeInputsByPortFactory {\n static empty(): NodeInputsByPort {\n return {};\n }\n\n static fromRequest(request: NodeActivationRequest): NodeInputsByPort {\n if (request.kind === \"multi\") {\n return request.inputsByPort;\n }\n return { in: request.input };\n }\n}\n","import type {\n ConnectionInvocationRecord,\n EngineRunCounters,\n PendingResumeEntry,\n PersistedSuspensionEntry,\n PreparedNodeActivationDispatch,\n NodeActivationRequest,\n NodeActivationScheduler,\n NodeExecutionSnapshot,\n NodeId,\n ParentExecutionRef,\n PendingNodeExecution,\n PersistedRunControlState,\n RunDataFactory,\n RunExecutionOptions,\n RunId,\n RunQueueEntry,\n RunResult,\n WorkflowExecutionRepository,\n WorkflowId,\n} from \"../types\";\n\nimport { RunQueuePlanner } from \"../planning/RunQueuePlanner\";\n\nimport { NodeEventPublisher } from \"../events/NodeEventPublisher\";\nimport type { NodeActivationRequestInputPreparer } from \"./NodeActivationRequestInputPreparer\";\nimport { NodeExecutionSnapshotFactory } from \"./NodeExecutionSnapshotFactory\";\nimport { NodeInputsByPortFactory } from \"./NodeInputsByPortFactory\";\n\ntype PersistedRunStateRecord = NonNullable>>;\n\ntype ActivationSchedulerPort = Pick;\n\nexport type ActivationEnqueueRequest = {\n runId: RunId;\n workflowId: WorkflowId;\n startedAt: string;\n parent?: ParentExecutionRef;\n executionOptions?: RunExecutionOptions;\n control: PersistedRunControlState | undefined;\n workflowSnapshot: PersistedRunStateRecord[\"workflowSnapshot\"];\n mutableState: PersistedRunStateRecord[\"mutableState\"];\n policySnapshot: PersistedRunStateRecord[\"policySnapshot\"];\n pendingQueue: RunQueueEntry[];\n request: NodeActivationRequest;\n previousNodeSnapshotsByNodeId: Record;\n planner: RunQueuePlanner;\n engineCounters?: EngineRunCounters;\n connectionInvocations?: ReadonlyArray;\n suspension?: ReadonlyArray;\n pendingResume?: PendingResumeEntry;\n};\n\nexport class ActivationEnqueueService {\n constructor(\n private readonly activationScheduler: ActivationSchedulerPort,\n private readonly workflowExecutionRepository: WorkflowExecutionRepository,\n private readonly nodeEventPublisher: NodeEventPublisher,\n private readonly nodeActivationRequestInputPreparer: NodeActivationRequestInputPreparer,\n ) {}\n\n async enqueueActivation(args: ActivationEnqueueRequest): Promise {\n const { result, queuedSnapshot } = await this.enqueueActivationWithSnapshot(args);\n await this.nodeEventPublisher.publish(\"nodeQueued\", queuedSnapshot);\n return result;\n }\n\n async enqueueActivationWithSnapshot(\n args: ActivationEnqueueRequest,\n ): Promise<{ result: RunResult; queuedSnapshot: NodeExecutionSnapshot }> {\n const preparedRequest = await this.nodeActivationRequestInputPreparer.prepare(args.request);\n const preparedDispatch = await this.activationScheduler.prepareDispatch(preparedRequest);\n const inputsByPort = NodeInputsByPortFactory.fromRequest(preparedRequest);\n const itemsIn =\n preparedRequest.kind === \"multi\"\n ? args.planner.sumItemsByPort(preparedRequest.inputsByPort)\n : preparedRequest.input.length;\n const enqueuedAt = new Date().toISOString();\n const pending: PendingNodeExecution = {\n runId: args.runId,\n activationId: args.request.activationId,\n workflowId: args.workflowId,\n nodeId: args.request.nodeId,\n itemsIn,\n inputsByPort,\n receiptId: preparedDispatch.receipt.receiptId,\n queue: preparedDispatch.receipt.queue,\n batchId: args.request.batchId,\n enqueuedAt,\n };\n const queuedSnapshot = NodeExecutionSnapshotFactory.queued({\n runId: args.runId,\n workflowId: args.workflowId,\n nodeId: args.request.nodeId,\n activationId: args.request.activationId,\n parent: args.parent,\n queuedAt: enqueuedAt,\n inputsByPort,\n });\n\n await this.workflowExecutionRepository.save({\n runId: args.runId,\n workflowId: args.workflowId,\n startedAt: args.startedAt,\n parent: args.parent,\n executionOptions: args.executionOptions,\n control: args.control,\n workflowSnapshot: args.workflowSnapshot,\n mutableState: args.mutableState,\n policySnapshot: args.policySnapshot,\n engineCounters: args.engineCounters,\n connectionInvocations: args.connectionInvocations ? [...args.connectionInvocations] : [],\n status: \"pending\",\n pending,\n queue: args.pendingQueue.map((entry) => ({ ...entry })),\n outputsByNode: (args.request.ctx.data as ReturnType).dump(),\n nodeSnapshotsByNodeId: {\n ...args.previousNodeSnapshotsByNodeId,\n [args.request.nodeId]: queuedSnapshot,\n },\n ...(args.suspension !== undefined ? { suspension: args.suspension } : {}),\n ...(args.pendingResume !== undefined ? { pendingResume: args.pendingResume } : {}),\n });\n await this.dispatchPreparedActivation(preparedDispatch);\n return {\n result: { runId: args.runId, workflowId: args.workflowId, startedAt: args.startedAt, status: \"pending\", pending },\n queuedSnapshot,\n };\n }\n\n private async dispatchPreparedActivation(preparedDispatch: PreparedNodeActivationDispatch): Promise {\n await preparedDispatch.dispatch();\n }\n}\n","import type {\n ActivationIdFactory,\n ConnectionInvocationId,\n NodeExecutionContext,\n NodeId,\n RunnableNodeConfig,\n TelemetrySpanScope,\n} from \"../types\";\n\nexport class ChildExecutionScopeFactory {\n constructor(private readonly activationIdFactory: ActivationIdFactory) {}\n\n forSubAgent>(\n args: Readonly<{\n parentCtx: NodeExecutionContext;\n childNodeId: NodeId;\n childConfig: TConfig;\n parentInvocationId: ConnectionInvocationId;\n parentSpan: TelemetrySpanScope;\n }>,\n ): NodeExecutionContext {\n const childActivationId = this.activationIdFactory.makeActivationId();\n const childTelemetry = args.parentSpan.asNodeTelemetry({\n nodeId: args.childNodeId,\n activationId: childActivationId,\n });\n const childBinary = args.parentCtx.binary.forNode({\n nodeId: args.childNodeId,\n activationId: childActivationId,\n });\n return {\n ...args.parentCtx,\n nodeId: args.childNodeId,\n activationId: childActivationId,\n config: args.childConfig,\n telemetry: childTelemetry,\n binary: childBinary,\n parentInvocationId: args.parentInvocationId,\n iterationId: undefined,\n };\n }\n}\n","import type { Item } from \"./workflowTypes\";\n\nexport function getOriginIndexFromItem(item: Item): number | undefined {\n const meta = item.meta as Record | undefined;\n const cm = meta?._cm as Record | undefined;\n const v = cm?.originIndex;\n return typeof v === \"number\" && Number.isFinite(v) ? v : undefined;\n}\n","import type { InputPortKey, Item, Items, NodeInputsByPort } from \"../types\";\n\nimport { getOriginIndexFromItem } from \"../contracts/itemMeta\";\n\nexport class FanInMergeByOriginMerger {\n merge(inputsByPort: NodeInputsByPort): Items {\n const portKeys = Object.keys(inputsByPort).sort();\n if (portKeys.length === 0) {\n return [];\n }\n if (portKeys.length === 1) {\n const only = portKeys[0]!;\n return [...(inputsByPort[only] ?? [])];\n }\n\n type Entry = Readonly<{\n portKey: InputPortKey;\n portIndex: number;\n item: Item;\n originIndex: number | undefined;\n }>;\n\n const entries: Entry[] = [];\n let anyOrigin = false;\n\n for (let p = 0; p < portKeys.length; p++) {\n const portKey = portKeys[p]!;\n const items = inputsByPort[portKey] ?? [];\n for (let i = 0; i < items.length; i++) {\n const item = items[i] as Item;\n const originIndex = getOriginIndexFromItem(item);\n if (originIndex !== undefined) {\n anyOrigin = true;\n }\n entries.push({ portKey, portIndex: i, item, originIndex });\n }\n }\n\n if (!anyOrigin) {\n return entries.map((e) => e.item);\n }\n\n const missingOriginRank = Number.MAX_SAFE_INTEGER;\n return entries\n .slice()\n .sort((a, b) => {\n const ao = a.originIndex ?? missingOriginRank;\n const bo = b.originIndex ?? missingOriginRank;\n if (ao !== bo) return ao - bo;\n const pk = a.portKey.localeCompare(b.portKey);\n if (pk !== 0) return pk;\n return a.portIndex - b.portIndex;\n })\n .map((e) => e.item);\n }\n}\n","import type { NodeActivationId, NodeId } from \"../types\";\n\nexport class NodeInputContractError extends Error {\n constructor(\n message: string,\n public readonly nodeId: NodeId,\n public readonly activationId: NodeActivationId,\n public readonly cause?: unknown,\n ) {\n super(message);\n this.name = \"NodeInputContractError\";\n }\n}\n","import { z, ZodError } from \"zod\";\n\nimport type { Item, NodeActivationRequest, RunnableNodeConfig, WorkflowNodeInstanceFactory } from \"../types\";\n\nimport { FanInMergeByOriginMerger } from \"./FanInMergeByOriginMerger\";\nimport { NodeInputContractError } from \"./NodeInputContractError\";\n\nexport class NodeActivationRequestInputPreparer {\n private readonly fanInMerger = new FanInMergeByOriginMerger();\n\n constructor(private readonly workflowNodeInstanceFactory: WorkflowNodeInstanceFactory) {}\n\n async prepare(request: NodeActivationRequest): Promise {\n if (request.kind === \"multi\") {\n return await this.prepareMulti(request);\n }\n return await this.prepareSingle(request);\n }\n\n private async prepareMulti(\n request: Extract,\n ): Promise {\n const nodeInstance: unknown = this.workflowNodeInstanceFactory.createByType(request.ctx.config.type);\n if (\n !this.hasRunnableExecute(nodeInstance) ||\n this.hasExecuteMulti(nodeInstance) ||\n this.isTriggerNode(nodeInstance)\n ) {\n return request;\n }\n const merged = this.fanInMerger.merge(request.inputsByPort);\n const single: Extract = {\n ...request,\n kind: \"single\",\n input: merged,\n };\n return await this.prepareSingle(single);\n }\n\n private async prepareSingle(\n request: Extract,\n ): Promise {\n const nodeInstance: unknown = this.workflowNodeInstanceFactory.createByType(request.ctx.config.type);\n if (!this.hasRunnableExecute(nodeInstance) || this.isTriggerNode(nodeInstance)) {\n return request;\n }\n const inputSchema = this.resolveInputSchema(nodeInstance, request.ctx.config as RunnableNodeConfig);\n const inputBatch = request.input ?? [];\n for (let i = 0; i < inputBatch.length; i++) {\n const item = inputBatch[i] as Item;\n try {\n if (Array.isArray(item.json)) {\n throw new Error(\"Item JSON must not be a top-level array\");\n }\n inputSchema.parse(item.json);\n } catch (cause) {\n const message = this.formatContractFailure(cause);\n throw new NodeInputContractError(\n `Node ${request.nodeId} activation ${request.activationId}: input contract failed: ${message}`,\n request.nodeId,\n request.activationId,\n cause,\n );\n }\n }\n return request.input === undefined ? { ...request, input: inputBatch } : request;\n }\n\n private isTriggerNode(nodeInstance: unknown): boolean {\n return (\n typeof nodeInstance === \"object\" &&\n nodeInstance !== null &&\n (nodeInstance as { kind?: string }).kind === \"trigger\"\n );\n }\n\n private hasRunnableExecute(nodeInstance: unknown): boolean {\n return (\n typeof nodeInstance === \"object\" &&\n nodeInstance !== null &&\n (nodeInstance as { kind?: string }).kind === \"node\" &&\n typeof (nodeInstance as { execute?: unknown }).execute === \"function\"\n );\n }\n\n private hasExecuteMulti(nodeInstance: unknown): boolean {\n return typeof (nodeInstance as { executeMulti?: unknown }).executeMulti === \"function\";\n }\n\n private resolveInputSchema(\n nodeInstance: unknown,\n config: RunnableNodeConfig,\n ): {\n parse: (data: unknown) => unknown;\n } {\n const fromInstance = (nodeInstance as { inputSchema?: unknown }).inputSchema;\n if (fromInstance && typeof (fromInstance as { parse?: unknown }).parse === \"function\") {\n return fromInstance as { parse: (data: unknown) => unknown };\n }\n const fromConfig = config.inputSchema;\n if (fromConfig && typeof fromConfig.parse === \"function\") {\n return fromConfig as { parse: (data: unknown) => unknown };\n }\n return z.unknown();\n }\n\n private formatContractFailure(cause: unknown): string {\n if (cause instanceof ZodError) {\n return cause.issues.map((i) => `${i.path.join(\".\") || \"\"}: ${i.message}`).join(\"; \");\n }\n if (cause instanceof Error) {\n return cause.message;\n }\n return String(cause);\n }\n}\n","import type { NodeId } from \"../types\";\n\nexport class NodeInstantiationError extends Error {\n readonly name = \"NodeInstantiationError\";\n readonly originalError: Error;\n\n constructor(\n readonly nodeId: NodeId,\n readonly nodeType: string,\n originalError: Error,\n ) {\n super(`Failed to instantiate node \"${nodeId}\" (type ${nodeType}): ${originalError.message}`);\n this.originalError = originalError;\n this.stack = originalError.stack;\n }\n}\n","import type { CredentialSessionService, NodeExecutionContext, NodeId, WorkflowId } from \"../types\";\n\nexport class CredentialResolverFactory {\n constructor(private readonly credentialSessions: CredentialSessionService) {}\n\n create(\n workflowId: WorkflowId,\n nodeId: NodeId,\n config?: NodeExecutionContext[\"config\"],\n ): NodeExecutionContext[\"getCredential\"] {\n const acceptedTypesBySlot = new Map>();\n for (const requirement of config?.getCredentialRequirements?.() ?? []) {\n acceptedTypesBySlot.set(requirement.slotKey, requirement.acceptedTypes);\n }\n\n return async (slotKey: string): Promise => {\n try {\n return await this.credentialSessions.getSession({\n workflowId,\n nodeId,\n slotKey,\n });\n } catch (error) {\n const acceptedTypes = acceptedTypesBySlot.get(slotKey) ?? [];\n const message = error instanceof Error ? error.message : String(error);\n const alreadyListsAcceptedTypes =\n message.includes(\"Accepted types:\") ||\n message.includes(\"Accepted credential types:\") ||\n message.includes(\"binding points at an unknown type\");\n const acceptedTypesSuffix =\n acceptedTypes.length > 0 && !alreadyListsAcceptedTypes ? ` Accepted types: ${acceptedTypes.join(\", \")}.` : \"\";\n throw new Error(\n `Failed to resolve credential for workflow ${workflowId} node ${nodeId} slot \"${slotKey}\". ${message}${acceptedTypesSuffix}`,\n { cause: error },\n );\n }\n };\n }\n}\n","import type { AsyncSleeper } from \"./asyncSleeper.types\";\n\nexport class DefaultAsyncSleeper implements AsyncSleeper {\n sleep(ms: number): Promise {\n return new Promise((resolve) => {\n setTimeout(resolve, ms);\n });\n }\n}\n","import type { Items, JsonNonArray, OutputPortKey } from \"./workflowTypes\";\n\nconst EMIT_PORTS_BRAND = Symbol.for(\"codemation.emitPorts\");\n\nexport type PortsEmission = Readonly<{\n readonly [EMIT_PORTS_BRAND]: true;\n readonly ports: Readonly>>>;\n}>;\n\nexport function emitPorts(\n ports: Readonly>>>,\n): PortsEmission {\n return { [EMIT_PORTS_BRAND]: true, ports };\n}\n\nexport function isPortsEmission(value: unknown): value is PortsEmission {\n return (\n typeof value === \"object\" &&\n value !== null &&\n EMIT_PORTS_BRAND in value &&\n (value as Record)[EMIT_PORTS_BRAND] === true\n );\n}\n\nexport function isUnbrandedPortsEmissionShape(value: unknown): value is Readonly<{ ports: unknown }> {\n return typeof value === \"object\" && value !== null && \"ports\" in value && !isPortsEmission(value);\n}\n","import type { NoneRetryPolicySpec } from \"./retryPolicySpec.types\";\n\nexport class NoRetryPolicy implements NoneRetryPolicySpec {\n readonly kind = \"none\" as const;\n}\n","import type { FixedRetryPolicySpec } from \"./retryPolicySpec.types\";\n\nexport class RetryPolicy implements FixedRetryPolicySpec {\n readonly kind = \"fixed\" as const;\n\n constructor(\n public readonly maxAttempts: number,\n public readonly delayMs: number,\n ) {\n if (!Number.isFinite(maxAttempts) || maxAttempts < 1 || !Number.isInteger(maxAttempts)) {\n throw new Error(`RetryPolicy.maxAttempts must be a positive integer, got ${maxAttempts}`);\n }\n if (!Number.isFinite(delayMs) || delayMs < 0) {\n throw new Error(`RetryPolicy.delayMs must be a non-negative finite number, got ${delayMs}`);\n }\n }\n\n static readonly defaultForHttp: FixedRetryPolicySpec = { kind: \"fixed\", maxAttempts: 3, delayMs: 1000 };\n\n static readonly defaultForAiAgent: FixedRetryPolicySpec = { kind: \"fixed\", maxAttempts: 3, delayMs: 2000 };\n}\n","import type { ExponentialRetryPolicySpec } from \"./retryPolicySpec.types\";\n\nexport class ExpRetryPolicy implements ExponentialRetryPolicySpec {\n readonly kind = \"exponential\" as const;\n\n constructor(\n public readonly maxAttempts: number,\n public readonly initialDelayMs: number,\n public readonly multiplier: number,\n public readonly maxDelayMs?: number,\n public readonly jitter?: boolean,\n ) {\n if (!Number.isFinite(maxAttempts) || maxAttempts < 1 || !Number.isInteger(maxAttempts)) {\n throw new Error(`ExpRetryPolicy.maxAttempts must be a positive integer, got ${maxAttempts}`);\n }\n if (!Number.isFinite(initialDelayMs) || initialDelayMs < 0) {\n throw new Error(`ExpRetryPolicy.initialDelayMs must be a non-negative finite number, got ${initialDelayMs}`);\n }\n if (!Number.isFinite(multiplier) || multiplier < 1) {\n throw new Error(`ExpRetryPolicy.multiplier must be >= 1, got ${multiplier}`);\n }\n }\n}\n","import type { ExecutionTelemetry } from \"./telemetryTypes\";\nimport type { TelemetryAttributes, TelemetryScope } from \"./telemetryTypes\";\n\nexport type CostTrackingComponent = \"chat\" | \"ocr\" | \"rag\";\n\nexport const CostTrackingTelemetryMetricNames = {\n usage: \"codemation.cost.usage\",\n estimatedCost: \"codemation.cost.estimated\",\n} as const;\n\nexport const CostTrackingTelemetryAttributeNames = {\n component: \"cost.component\",\n provider: \"cost.provider\",\n operation: \"cost.operation\",\n pricingKey: \"cost.pricing_key\",\n usageUnit: \"cost.usage_unit\",\n currency: \"cost.currency\",\n currencyScale: \"cost.currency_scale\",\n estimateKind: \"cost.estimate_kind\",\n} as const;\n\nexport interface CostTrackingUsageRecord {\n readonly component: CostTrackingComponent;\n readonly provider: string;\n readonly operation: string;\n readonly pricingKey: string;\n readonly usageUnit: string;\n readonly quantity: number;\n readonly modelName?: string;\n readonly attributes?: TelemetryAttributes;\n}\n\nexport interface CostTrackingPriceQuote {\n readonly currency: string;\n readonly currencyScale: number;\n readonly estimatedAmountMinor: number;\n readonly estimateKind: \"catalog\";\n}\n\nexport interface CostTrackingTelemetry {\n captureUsage(args: CostTrackingUsageRecord): Promise;\n forScope(scope: TelemetryScope): CostTrackingTelemetry;\n}\n\nexport interface CostTrackingTelemetryFactory {\n create(args: Readonly<{ telemetry: ExecutionTelemetry }>): CostTrackingTelemetry;\n}\n","import type {\n CostTrackingPriceQuote,\n CostTrackingTelemetry,\n CostTrackingUsageRecord,\n} from \"./CostTrackingTelemetryContract\";\nimport type { TelemetryScope } from \"./telemetryTypes\";\n\nexport class NoOpCostTrackingTelemetry implements CostTrackingTelemetry {\n async captureUsage(_: CostTrackingUsageRecord): Promise {\n return undefined;\n }\n\n forScope(_: TelemetryScope): CostTrackingTelemetry {\n return this;\n }\n}\n","import type { CostTrackingTelemetry, CostTrackingTelemetryFactory } from \"./CostTrackingTelemetryContract\";\nimport type { ExecutionTelemetry } from \"./telemetryTypes\";\nimport { NoOpCostTrackingTelemetry } from \"./NoOpCostTrackingTelemetry\";\n\nexport class NoOpCostTrackingTelemetryFactory implements CostTrackingTelemetryFactory {\n create(_: Readonly<{ telemetry: ExecutionTelemetry }>): CostTrackingTelemetry {\n return new NoOpCostTrackingTelemetry();\n }\n}\n","import type { TelemetryArtifactReference } from \"./telemetryTypes\";\n\nexport class NoOpTelemetryArtifactReference {\n static readonly value: TelemetryArtifactReference = {\n artifactId: \"telemetry-artifact-noop\",\n traceId: undefined,\n spanId: undefined,\n };\n}\n","import type { NodeActivationId, NodeId } from \"./workflowTypes\";\nimport type {\n NodeExecutionTelemetry,\n TelemetryArtifactAttachment,\n TelemetryArtifactReference,\n TelemetryChildSpanStart,\n TelemetryMetricRecord,\n TelemetrySpanEnd,\n TelemetrySpanEventRecord,\n TelemetrySpanScope,\n} from \"./telemetryTypes\";\nimport { NoOpTelemetryArtifactReference } from \"./NoOpTelemetryArtifactReference\";\n\nconst noOpNodeExecutionTelemetry: NodeExecutionTelemetry = {\n traceId: \"00000000000000000000000000000000\",\n spanId: \"0000000000000000\",\n addSpanEvent(_: TelemetrySpanEventRecord): void {},\n recordMetric(_: TelemetryMetricRecord): void {},\n attachArtifact(_: TelemetryArtifactAttachment): TelemetryArtifactReference {\n return NoOpTelemetryArtifactReference.value;\n },\n end(_: TelemetrySpanEnd = {}): void {},\n asNodeTelemetry(_: Readonly<{ nodeId: NodeId; activationId: NodeActivationId }>): NodeExecutionTelemetry {\n return noOpNodeExecutionTelemetry;\n },\n forNode(_: Readonly<{ nodeId: NodeId; activationId: NodeActivationId }>): NodeExecutionTelemetry {\n return noOpNodeExecutionTelemetry;\n },\n startChildSpan(_: TelemetryChildSpanStart): TelemetrySpanScope {\n return noOpTelemetrySpanScope;\n },\n};\n\nconst noOpTelemetrySpanScope: TelemetrySpanScope = {\n traceId: \"00000000000000000000000000000000\",\n spanId: \"0000000000000000\",\n addSpanEvent(_: TelemetrySpanEventRecord): void {},\n recordMetric(_: TelemetryMetricRecord): void {},\n attachArtifact(_: TelemetryArtifactAttachment): TelemetryArtifactReference {\n return NoOpTelemetryArtifactReference.value;\n },\n end(_: TelemetrySpanEnd = {}): void {},\n asNodeTelemetry(_: Readonly<{ nodeId: NodeId; activationId: NodeActivationId }>): NodeExecutionTelemetry {\n return noOpNodeExecutionTelemetry;\n },\n};\n\nexport class NoOpTelemetrySpanScope {\n static readonly value: TelemetrySpanScope = noOpTelemetrySpanScope;\n static readonly nodeExecutionTelemetryValue: NodeExecutionTelemetry = noOpNodeExecutionTelemetry;\n}\n","import type { NodeExecutionTelemetry } from \"./telemetryTypes\";\nimport { NoOpTelemetrySpanScope } from \"./NoOpTelemetrySpanScope\";\n\nexport class NoOpNodeExecutionTelemetry {\n static readonly value: NodeExecutionTelemetry = NoOpTelemetrySpanScope.nodeExecutionTelemetryValue;\n}\n","import type {\n ExecutionTelemetry,\n NodeExecutionTelemetry,\n TelemetryArtifactAttachment,\n TelemetryArtifactReference,\n TelemetryMetricRecord,\n TelemetrySpanEventRecord,\n} from \"./telemetryTypes\";\nimport type { NodeActivationId, NodeId } from \"./workflowTypes\";\nimport { NoOpNodeExecutionTelemetry } from \"./NoOpNodeExecutionTelemetry\";\nimport { NoOpTelemetryArtifactReference } from \"./NoOpTelemetryArtifactReference\";\n\nexport class NoOpExecutionTelemetry {\n static readonly value: ExecutionTelemetry = {\n traceId: \"00000000000000000000000000000000\",\n spanId: \"0000000000000000\",\n addSpanEvent(_: TelemetrySpanEventRecord): void {},\n recordMetric(_: TelemetryMetricRecord): void {},\n attachArtifact(_: TelemetryArtifactAttachment): TelemetryArtifactReference {\n return NoOpTelemetryArtifactReference.value;\n },\n forNode(_: Readonly<{ nodeId: NodeId; activationId: NodeActivationId }>): NodeExecutionTelemetry {\n return NoOpNodeExecutionTelemetry.value;\n },\n };\n}\n","import type { ParentExecutionRef, PersistedRunPolicySnapshot, RunId, WorkflowId } from \"./workflowTypes\";\nimport type { ExecutionTelemetry, ExecutionTelemetryFactory } from \"./telemetryTypes\";\nimport { NoOpExecutionTelemetry } from \"./NoOpExecutionTelemetry\";\n\nexport class NoOpExecutionTelemetryFactory implements ExecutionTelemetryFactory {\n create(\n _: Readonly<{\n runId: RunId;\n workflowId: WorkflowId;\n parent?: ParentExecutionRef;\n policySnapshot?: PersistedRunPolicySnapshot;\n }>,\n ): ExecutionTelemetry {\n return NoOpExecutionTelemetry.value;\n }\n}\n","import type { WorkflowId } from \"./workflowTypes\";\n\nexport interface WorkflowActivationPolicy {\n isActive(workflowId: WorkflowId): boolean;\n}\n\nexport class AllWorkflowsActiveWorkflowActivationPolicy implements WorkflowActivationPolicy {\n isActive(_workflowId: WorkflowId): boolean {\n return true;\n }\n}\n","export class CodemationTelemetryAttributeNames {\n static readonly workflowId = \"codemation.workflow.id\";\n static readonly runId = \"codemation.run.id\";\n static readonly nodeId = \"codemation.node.id\";\n static readonly activationId = \"codemation.activation.id\";\n static readonly nodeType = \"codemation.node.type\";\n static readonly nodeRole = \"codemation.node.role\";\n static readonly workflowFolder = \"codemation.workflow.folder\";\n static readonly connectionInvocationId = \"codemation.connection.invocation_id\";\n static readonly toolName = \"codemation.tool.name\";\n static readonly traceParentRunId = \"codemation.parent.run.id\";\n static readonly iterationId = \"codemation.iteration.id\";\n static readonly iterationIndex = \"codemation.iteration.index\";\n static readonly parentInvocationId = \"codemation.parent.invocation_id\";\n static readonly mcpServerId = \"mcp.server_id\";\n static readonly mcpToolName = \"mcp.tool_name\";\n static readonly nodeExecutionStatus = \"codemation.node.execution_status\";\n static readonly runHaltReason = \"codemation.run.halt_reason\";\n static readonly hitlTaskId = \"codemation.hitl.task_id\";\n static readonly hitlChannel = \"codemation.hitl.channel\";\n static readonly hitlDecisionStatus = \"codemation.hitl.decision_status\";\n}\n","export class GenAiTelemetryAttributeNames {\n static readonly operationName = \"gen_ai.operation.name\";\n static readonly requestModel = \"gen_ai.request.model\";\n static readonly usageInputTokens = \"gen_ai.usage.input_tokens\";\n static readonly usageOutputTokens = \"gen_ai.usage.output_tokens\";\n static readonly usageTotalTokens = \"gen_ai.usage.total_tokens\";\n static readonly usageCacheReadInputTokens = \"gen_ai.usage.cache_read.input_tokens\";\n static readonly usageCacheCreationInputTokens = \"gen_ai.usage.cache_creation.input_tokens\";\n static readonly usageReasoningTokens = \"codemation.gen_ai.usage.reasoning_tokens\";\n}\n","export class CodemationTelemetryMetricNames {\n static readonly agentTurns = \"codemation.ai.turns\";\n static readonly agentToolCalls = \"codemation.ai.tool_calls\";\n static readonly gmailMessagesEmitted = \"codemation.gmail.messages_emitted\";\n static readonly gmailAttachments = \"codemation.gmail.attachments\";\n static readonly gmailAttachmentBytes = \"codemation.gmail.attachment_bytes\";\n}\n","import type { CostTrackingTelemetry } from \"../contracts/CostTrackingTelemetryContract\";\nimport type {\n ExecutionTelemetry,\n NodeExecutionTelemetry,\n TelemetryArtifactAttachment,\n TelemetryArtifactReference,\n TelemetryChildSpanStart,\n TelemetryMetricRecord,\n TelemetrySpanEnd,\n TelemetrySpanEventRecord,\n TelemetrySpanScope,\n} from \"../contracts/telemetryTypes\";\nimport type { NodeActivationId, NodeId } from \"../contracts/workflowTypes\";\n\nexport class ExecutionTelemetryCostTrackingDecoratorFactory {\n decorateExecutionTelemetry(args: {\n telemetry: ExecutionTelemetry;\n costTracking: CostTrackingTelemetry;\n }): ExecutionTelemetry {\n return {\n traceId: args.telemetry.traceId,\n spanId: args.telemetry.spanId,\n costTracking: args.costTracking,\n addSpanEvent: (event: TelemetrySpanEventRecord) => args.telemetry.addSpanEvent(event),\n recordMetric: (metric: TelemetryMetricRecord) => args.telemetry.recordMetric(metric),\n attachArtifact: (\n artifact: TelemetryArtifactAttachment,\n ): Promise | TelemetryArtifactReference => args.telemetry.attachArtifact(artifact),\n forNode: (nodeArgs: Readonly<{ nodeId: NodeId; activationId: NodeActivationId }>): NodeExecutionTelemetry => {\n const nodeTelemetry = args.telemetry.forNode(nodeArgs);\n return this.decorateNodeExecutionTelemetry({\n telemetry: nodeTelemetry,\n costTracking: args.costTracking.forScope(nodeTelemetry),\n });\n },\n };\n }\n\n private decorateNodeExecutionTelemetry(args: {\n telemetry: NodeExecutionTelemetry;\n costTracking: CostTrackingTelemetry;\n }): NodeExecutionTelemetry {\n return {\n traceId: args.telemetry.traceId,\n spanId: args.telemetry.spanId,\n costTracking: args.costTracking,\n addSpanEvent: (event: TelemetrySpanEventRecord) => args.telemetry.addSpanEvent(event),\n recordMetric: (metric: TelemetryMetricRecord) => args.telemetry.recordMetric(metric),\n attachArtifact: (\n artifact: TelemetryArtifactAttachment,\n ): Promise | TelemetryArtifactReference => args.telemetry.attachArtifact(artifact),\n end: (endArgs?: TelemetrySpanEnd) => args.telemetry.end(endArgs),\n startChildSpan: (spanArgs: TelemetryChildSpanStart): TelemetrySpanScope =>\n this.decorateTelemetrySpanScope({\n scope: args.telemetry.startChildSpan(spanArgs),\n costTracking: args.costTracking,\n }),\n forNode: (nodeArgs: Readonly<{ nodeId: NodeId; activationId: NodeActivationId }>): NodeExecutionTelemetry => {\n const nodeTelemetry = args.telemetry.forNode(nodeArgs);\n return this.decorateNodeExecutionTelemetry({\n telemetry: nodeTelemetry,\n costTracking: args.costTracking.forScope(nodeTelemetry),\n });\n },\n asNodeTelemetry: (\n rescope: Readonly<{ nodeId: NodeId; activationId: NodeActivationId }>,\n ): NodeExecutionTelemetry => {\n const nodeTelemetry = args.telemetry.asNodeTelemetry(rescope);\n return this.decorateNodeExecutionTelemetry({\n telemetry: nodeTelemetry,\n costTracking: args.costTracking.forScope(nodeTelemetry),\n });\n },\n };\n }\n\n private decorateTelemetrySpanScope(args: {\n scope: TelemetrySpanScope;\n costTracking: CostTrackingTelemetry;\n }): TelemetrySpanScope {\n return {\n traceId: args.scope.traceId,\n spanId: args.scope.spanId,\n costTracking: args.costTracking.forScope(args.scope),\n addSpanEvent: (event: TelemetrySpanEventRecord) => args.scope.addSpanEvent(event),\n recordMetric: (metric: TelemetryMetricRecord) => args.scope.recordMetric(metric),\n attachArtifact: (\n artifact: TelemetryArtifactAttachment,\n ): Promise | TelemetryArtifactReference => args.scope.attachArtifact(artifact),\n end: (endArgs?: TelemetrySpanEnd) => args.scope.end(endArgs),\n asNodeTelemetry: (\n rescope: Readonly<{ nodeId: NodeId; activationId: NodeActivationId }>,\n ): NodeExecutionTelemetry => {\n const nodeTelemetry = args.scope.asNodeTelemetry(rescope);\n return this.decorateNodeExecutionTelemetry({\n telemetry: nodeTelemetry,\n costTracking: args.costTracking.forScope(nodeTelemetry),\n });\n },\n };\n }\n}\n","import type {\n BinaryStorage,\n CollectionsContext,\n CostTrackingTelemetryFactory,\n ExecutionContext,\n ExecutionContextFactory,\n ExecutionTelemetryFactory,\n NodeExecutionStatePublisher,\n NodeResolver,\n ParentExecutionRef,\n RunDataSnapshot,\n RunId,\n RunTestContext,\n WorkflowId,\n} from \"../types\";\nimport { NoOpCostTrackingTelemetryFactory, NoOpExecutionTelemetryFactory } from \"../types\";\nimport type { TypeToken } from \"../di\";\n\nimport {\n DefaultExecutionBinaryService,\n UnavailableBinaryStorage,\n} from \"../binaries/DefaultExecutionBinaryServiceFactory\";\nimport { ExecutionTelemetryCostTrackingDecoratorFactory } from \"./ExecutionTelemetryCostTrackingDecoratorFactory\";\n\nexport class DefaultExecutionContextFactory implements ExecutionContextFactory {\n private readonly telemetryDecoratorFactory = new ExecutionTelemetryCostTrackingDecoratorFactory();\n\n constructor(\n private readonly binaryStorage: BinaryStorage = new UnavailableBinaryStorage(),\n private readonly telemetryFactory: ExecutionTelemetryFactory = new NoOpExecutionTelemetryFactory(),\n private readonly costTrackingFactory: CostTrackingTelemetryFactory = new NoOpCostTrackingTelemetryFactory(),\n private readonly currentDate: () => Date = () => new Date(),\n private readonly collections?: CollectionsContext,\n private readonly nodeResolver?: NodeResolver,\n ) {}\n\n create(args: {\n runId: RunId;\n workflowId: WorkflowId;\n parent?: ParentExecutionRef;\n policySnapshot?: import(\"../types\").PersistedRunPolicySnapshot;\n subworkflowDepth: number;\n engineMaxNodeActivations: number;\n engineMaxSubworkflowDepth: number;\n data: RunDataSnapshot;\n nodeState?: NodeExecutionStatePublisher;\n telemetry?: ExecutionContext[\"telemetry\"];\n getCredential(slotKey: string): Promise;\n testContext?: RunTestContext;\n }): ExecutionContext {\n const baseTelemetry =\n args.telemetry ??\n this.telemetryFactory.create({\n runId: args.runId,\n workflowId: args.workflowId,\n parent: args.parent,\n policySnapshot: args.policySnapshot,\n });\n const telemetry = this.telemetryDecoratorFactory.decorateExecutionTelemetry({\n telemetry: baseTelemetry,\n costTracking: baseTelemetry.costTracking ?? this.costTrackingFactory.create({ telemetry: baseTelemetry }),\n });\n return {\n runId: args.runId,\n workflowId: args.workflowId,\n parent: args.parent,\n subworkflowDepth: args.subworkflowDepth,\n engineMaxNodeActivations: args.engineMaxNodeActivations,\n engineMaxSubworkflowDepth: args.engineMaxSubworkflowDepth,\n now: this.currentDate,\n data: args.data,\n nodeState: args.nodeState,\n telemetry,\n binary: new DefaultExecutionBinaryService(this.binaryStorage, args.workflowId, args.runId, this.currentDate),\n getCredential: args.getCredential,\n testContext: args.testContext,\n collections: this.collections,\n resolve: (token: TypeToken): T => {\n if (!this.nodeResolver) {\n throw new Error(\n \"ExecutionContext.resolve() is not available: no NodeResolver was provided to DefaultExecutionContextFactory.\",\n );\n }\n return this.nodeResolver.resolve(token);\n },\n };\n }\n}\n","import type { CostCatalog } from \"../contracts/CostCatalogContract\";\nimport {\n CostTrackingTelemetryAttributeNames,\n CostTrackingTelemetryMetricNames,\n type CostTrackingPriceQuote,\n type CostTrackingTelemetry,\n type CostTrackingUsageRecord,\n} from \"../contracts/CostTrackingTelemetryContract\";\nimport type { TelemetryAttributes, TelemetryScope } from \"../types\";\n\nexport class CatalogBackedCostTrackingTelemetry implements CostTrackingTelemetry {\n constructor(\n private readonly currentScope: TelemetryScope,\n private readonly costCatalog: CostCatalog,\n ) {}\n\n async captureUsage(args: CostTrackingUsageRecord): Promise {\n const usageAttributes = this.createUsageAttributes(args);\n await this.currentScope.recordMetric({\n name: CostTrackingTelemetryMetricNames.usage,\n value: args.quantity,\n unit: args.usageUnit,\n attributes: usageAttributes,\n });\n\n const catalogEntry = this.costCatalog.findEntry(args);\n if (!catalogEntry) {\n return undefined;\n }\n\n const estimatedAmountMinor = Math.round(args.quantity * catalogEntry.pricePerUnitMinor);\n const costAttributes = this.createCostAttributes(args, catalogEntry.currency, catalogEntry.currencyScale);\n await this.currentScope.recordMetric({\n name: CostTrackingTelemetryMetricNames.estimatedCost,\n value: estimatedAmountMinor,\n unit: catalogEntry.currency,\n attributes: costAttributes,\n });\n\n return {\n currency: catalogEntry.currency,\n currencyScale: catalogEntry.currencyScale,\n estimatedAmountMinor,\n estimateKind: \"catalog\",\n };\n }\n\n forScope(scope: TelemetryScope): CostTrackingTelemetry {\n // eslint-disable-next-line codemation/no-manual-di-new\n return new CatalogBackedCostTrackingTelemetry(scope, this.costCatalog);\n }\n\n private createUsageAttributes(args: CostTrackingUsageRecord): TelemetryAttributes {\n return {\n ...args.attributes,\n [CostTrackingTelemetryAttributeNames.component]: args.component,\n [CostTrackingTelemetryAttributeNames.provider]: args.provider,\n [CostTrackingTelemetryAttributeNames.operation]: args.operation,\n [CostTrackingTelemetryAttributeNames.pricingKey]: args.pricingKey,\n [CostTrackingTelemetryAttributeNames.usageUnit]: args.usageUnit,\n };\n }\n\n private createCostAttributes(\n args: CostTrackingUsageRecord,\n currency: string,\n currencyScale: number,\n ): TelemetryAttributes {\n return {\n ...args.attributes,\n [CostTrackingTelemetryAttributeNames.component]: args.component,\n [CostTrackingTelemetryAttributeNames.provider]: args.provider,\n [CostTrackingTelemetryAttributeNames.operation]: args.operation,\n [CostTrackingTelemetryAttributeNames.pricingKey]: args.pricingKey,\n [CostTrackingTelemetryAttributeNames.usageUnit]: args.usageUnit,\n [CostTrackingTelemetryAttributeNames.currency]: currency,\n [CostTrackingTelemetryAttributeNames.currencyScale]: currencyScale,\n [CostTrackingTelemetryAttributeNames.estimateKind]: \"catalog\",\n };\n }\n}\n","import type { CostCatalog } from \"../contracts/CostCatalogContract\";\nimport type { CostTrackingTelemetry, CostTrackingTelemetryFactory } from \"../contracts/CostTrackingTelemetryContract\";\nimport type { ExecutionTelemetry } from \"../contracts/telemetryTypes\";\nimport { CatalogBackedCostTrackingTelemetry } from \"./CatalogBackedCostTrackingTelemetry\";\n\nexport class CatalogBackedCostTrackingTelemetryFactory implements CostTrackingTelemetryFactory {\n constructor(private readonly costCatalog: CostCatalog) {}\n\n create(args: Readonly<{ telemetry: ExecutionTelemetry }>): CostTrackingTelemetry {\n return new CatalogBackedCostTrackingTelemetry(args.telemetry, this.costCatalog);\n }\n}\n","import type {\n ExponentialRetryPolicySpec,\n FixedRetryPolicySpec,\n RetryPolicySpec,\n} from \"../contracts/retryPolicySpec.types\";\nimport type { AsyncSleeper } from \"./asyncSleeper.types\";\n\nexport type { AsyncSleeper } from \"./asyncSleeper.types\";\n\nconst HARD_MAX_RETRY_ATTEMPTS = 10;\n\ntype NormalizedPolicy =\n | { readonly kind: \"none\"; readonly maxAttempts: 1 }\n | { readonly kind: \"fixed\"; readonly maxAttempts: number; readonly delayMs: number }\n | {\n readonly kind: \"exponential\";\n readonly maxAttempts: number;\n readonly initialDelayMs: number;\n readonly multiplier: number;\n readonly maxDelayMs?: number;\n readonly jitter?: boolean;\n };\n\nexport class InProcessRetryRunner {\n constructor(private readonly sleeper: AsyncSleeper) {}\n\n async run(\n policy: RetryPolicySpec | undefined,\n work: () => Promise,\n shouldRetry?: (error: unknown) => boolean,\n warn?: (message: string) => void,\n ): Promise {\n const spec = InProcessRetryRunner.normalizePolicy(policy, warn);\n let lastError: unknown;\n for (let attempt = 1; attempt <= spec.maxAttempts; attempt++) {\n try {\n return await work();\n } catch (error) {\n lastError = error;\n if (attempt >= spec.maxAttempts) {\n break;\n }\n if (shouldRetry !== undefined && !shouldRetry(error)) {\n break;\n }\n const delayMs = InProcessRetryRunner.delayAfterFailureMs(spec, attempt);\n await this.sleeper.sleep(delayMs);\n }\n }\n throw lastError instanceof Error ? lastError : new Error(String(lastError));\n }\n\n private static delayAfterFailureMs(spec: NormalizedPolicy, failedAttempt: number): number {\n if (spec.kind === \"none\") {\n return 0;\n }\n if (spec.kind === \"fixed\") {\n return spec.delayMs;\n }\n const exponent = failedAttempt - 1;\n let ms = spec.initialDelayMs * Math.pow(spec.multiplier, exponent);\n if (spec.jitter === true) {\n ms *= 1 + Math.random() * 0.2;\n }\n if (spec.maxDelayMs !== undefined && ms > spec.maxDelayMs) {\n ms = spec.maxDelayMs;\n }\n return Math.max(0, Math.floor(ms));\n }\n\n private static normalizePolicy(\n policy: RetryPolicySpec | undefined,\n warn?: (message: string) => void,\n ): NormalizedPolicy {\n if (policy === undefined) {\n return { kind: \"none\", maxAttempts: 1 };\n }\n if (typeof policy !== \"object\" || policy === null) {\n return { kind: \"none\", maxAttempts: 1 };\n }\n const kind = (policy as { kind?: unknown }).kind;\n if (kind === \"none\") {\n return { kind: \"none\", maxAttempts: 1 };\n }\n if (kind === \"fixed\") {\n const p = policy as FixedRetryPolicySpec;\n const raw = InProcessRetryRunner.assertPositiveInt(p.maxAttempts, \"fixed.maxAttempts\");\n const maxAttempts = InProcessRetryRunner.clampMaxAttempts(raw, warn);\n const delayMs = InProcessRetryRunner.assertNonNegativeFinite(p.delayMs, \"fixed.delayMs\");\n return { kind: \"fixed\", maxAttempts, delayMs };\n }\n if (kind === \"exponential\") {\n const p = policy as ExponentialRetryPolicySpec;\n const raw = InProcessRetryRunner.assertPositiveInt(p.maxAttempts, \"exponential.maxAttempts\");\n return {\n kind: \"exponential\",\n maxAttempts: InProcessRetryRunner.clampMaxAttempts(raw, warn),\n initialDelayMs: InProcessRetryRunner.assertNonNegativeFinite(p.initialDelayMs, \"exponential.initialDelayMs\"),\n multiplier: InProcessRetryRunner.assertMultiplier(p.multiplier),\n maxDelayMs:\n p.maxDelayMs === undefined\n ? undefined\n : InProcessRetryRunner.assertNonNegativeFinite(p.maxDelayMs, \"exponential.maxDelayMs\"),\n jitter: p.jitter === true,\n };\n }\n return { kind: \"none\", maxAttempts: 1 };\n }\n\n private static clampMaxAttempts(requested: number, warn?: (message: string) => void): number {\n if (requested > HARD_MAX_RETRY_ATTEMPTS) {\n warn?.(\n `Retry policy maxAttempts (${requested}) exceeds hard ceiling (${HARD_MAX_RETRY_ATTEMPTS}); clamping to ${HARD_MAX_RETRY_ATTEMPTS}.`,\n );\n return HARD_MAX_RETRY_ATTEMPTS;\n }\n return requested;\n }\n\n private static assertPositiveInt(value: unknown, label: string): number {\n if (typeof value !== \"number\" || !Number.isFinite(value) || value < 1 || !Number.isInteger(value)) {\n throw new Error(`Retry policy ${label} must be a positive integer`);\n }\n return value;\n }\n\n private static assertNonNegativeFinite(value: unknown, label: string): number {\n if (typeof value !== \"number\" || !Number.isFinite(value) || value < 0) {\n throw new Error(`Retry policy ${label} must be a non-negative finite number`);\n }\n return value;\n }\n\n private static assertMultiplier(value: unknown): number {\n if (typeof value !== \"number\" || !Number.isFinite(value) || value < 1) {\n throw new Error(`Retry policy exponential.multiplier must be >= 1`);\n }\n return value;\n }\n}\n","import { resolveItemExprsForExecution } from \"../contracts/itemExpr\";\nimport type { Item, NodeExecutionContext, RunnableNodeConfig } from \"../types\";\n\nexport class ItemExprResolver {\n async resolveConfigForItem>(\n ctx: NodeExecutionContext,\n item: Item,\n itemIndex: number,\n items: ReadonlyArray,\n ): Promise> {\n if (!ctx) {\n throw new Error(\"ItemExprResolver.resolveConfigForItem: ctx is required\");\n }\n const resolvedConfig = await resolveItemExprsForExecution(ctx.config, ctx, item, itemIndex, items);\n const merged = resolvedConfig !== undefined && resolvedConfig !== null ? resolvedConfig : ctx.config;\n if (merged === undefined || merged === null) {\n return ctx;\n }\n return {\n ...ctx,\n config: merged as TConfig,\n };\n }\n}\n","import { isPortsEmission, isUnbrandedPortsEmissionShape } from \"../contracts/emitPorts\";\nimport type { PortsEmission } from \"../contracts/emitPorts\";\nimport type { Item, Items, JsonNonArray, NodeOutputs, OutputPortKey } from \"../types\";\nimport type { RunnableOutputBehavior } from \"./RunnableOutputBehaviorResolver\";\n\nexport class NodeOutputNormalizer {\n normalizeExecuteResult(\n args: Readonly<{\n baseItem: Item;\n raw: unknown;\n behavior: RunnableOutputBehavior;\n }>,\n ): NodeOutputs {\n const { baseItem, raw, behavior } = args;\n if (isPortsEmission(raw)) {\n return this.emitPortsToOutputs(baseItem, raw, behavior);\n }\n if (isUnbrandedPortsEmissionShape(raw)) {\n throw new Error(\n \"execute() returned an unbranded `{ ports: ... }` object. Use emitPorts(...) for multi-port runnable outputs.\",\n );\n }\n if (Array.isArray(raw)) {\n return this.arrayFanOutToMain(baseItem, raw, behavior);\n }\n if (this.isItemLike(raw)) {\n return { main: [this.applyOutput(baseItem, raw, behavior)] };\n }\n return {\n main: [this.applyOutput(baseItem, { json: raw as JsonNonArray }, behavior)],\n };\n }\n\n private arrayFanOutToMain(baseItem: Item, raw: readonly unknown[], behavior: RunnableOutputBehavior): NodeOutputs {\n for (const el of raw) {\n if (Array.isArray(el)) {\n throw new Error(\n \"execute() fan-out arrays must contain only non-array JSON elements (nested arrays belong inside objects).\",\n );\n }\n }\n const main: Item[] = raw.map((json) => this.applyOutput(baseItem, { json: json as JsonNonArray }, behavior));\n return { main };\n }\n\n private emitPortsToOutputs(baseItem: Item, emission: PortsEmission, behavior: RunnableOutputBehavior): NodeOutputs {\n const out: NodeOutputs = {};\n for (const [port, payload] of Object.entries(emission.ports)) {\n if (payload === undefined) {\n continue;\n }\n out[port as OutputPortKey] = this.normalizePortPayload(baseItem, payload, behavior);\n }\n return out;\n }\n\n private normalizePortPayload(\n baseItem: Item,\n payload: Items | ReadonlyArray,\n behavior: RunnableOutputBehavior,\n ): Items {\n if (payload.length === 0) {\n return [];\n }\n const el0 = payload[0] as unknown;\n if (this.isItemLike(el0)) {\n return (payload as Items).map((it) => this.applyOutput(baseItem, it, behavior));\n }\n return (payload as readonly JsonNonArray[]).map((json) => this.applyOutput(baseItem, { json }, behavior));\n }\n\n private isItemLike(value: unknown): value is Item {\n return typeof value === \"object\" && value !== null && \"json\" in value;\n }\n\n private isPlainJsonObject(value: unknown): value is Record {\n return typeof value === \"object\" && value !== null && !Array.isArray(value);\n }\n\n private applyOutput(baseItem: Item, next: Item, behavior: RunnableOutputBehavior): Item {\n const explicitBinary = next.binary;\n return {\n json:\n behavior.mergeJson && this.isPlainJsonObject(baseItem.json) && this.isPlainJsonObject(next.json)\n ? { ...baseItem.json, ...next.json }\n : next.json,\n ...(explicitBinary !== undefined\n ? { binary: explicitBinary }\n : behavior.keepBinaries && baseItem.binary\n ? { binary: baseItem.binary }\n : {}),\n ...(next.meta ? { meta: next.meta } : {}),\n ...(next.paired ? { paired: next.paired } : {}),\n };\n }\n}\n","import type { RunnableNodeConfig } from \"../types\";\n\ntype BinaryKeepingRunnableNodeConfig = RunnableNodeConfig &\n Readonly<{\n keepBinaries?: boolean;\n }>;\n\ntype MergeJsonRunnableNodeConfig = RunnableNodeConfig &\n Readonly<{\n mergeJson?: boolean;\n }>;\n\nexport type RunnableOutputBehavior = Readonly<{\n keepBinaries: boolean;\n mergeJson: boolean;\n}>;\n\nexport class RunnableOutputBehaviorResolver {\n resolve(config: RunnableNodeConfig): RunnableOutputBehavior {\n return {\n keepBinaries: this.isKeepBinariesEnabled(config),\n mergeJson: this.isMergeJsonEnabled(config),\n };\n }\n\n private isKeepBinariesEnabled(config: RunnableNodeConfig): boolean {\n const candidate = config as BinaryKeepingRunnableNodeConfig;\n return candidate.keepBinaries === true;\n }\n\n private isMergeJsonEnabled(config: RunnableNodeConfig): boolean {\n const candidate = config as MergeJsonRunnableNodeConfig;\n return candidate.mergeJson === true;\n }\n}\n","import { DefaultAsyncSleeper } from \"./DefaultAsyncSleeper\";\nimport { InProcessRetryRunner } from \"./InProcessRetryRunner\";\n\nexport class InProcessRetryRunnerFactory {\n create(defaultAsyncSleeper: DefaultAsyncSleeper): InProcessRetryRunner {\n return new InProcessRetryRunner(defaultAsyncSleeper);\n }\n}\n","import type {\n ActivationIdFactory,\n ExecutionContextFactory,\n Items,\n NodeActivationId,\n NodeActivationRequest,\n NodeExecutionContext,\n NodeId,\n NodeInputsByPort,\n ParentExecutionRef,\n RunDataFactory,\n RunExecutionOptions,\n RunId,\n WorkflowId,\n} from \"../types\";\n\nimport type { PlannedActivation } from \"../planning/RunQueuePlanner\";\n\nimport { CredentialResolverFactory } from \"./CredentialResolverFactory\";\n\ntype NodeExecutionDefinition = Readonly<{ id: NodeId; config: NodeExecutionContext[\"config\"] }>;\n\ntype NodeActivationContextArgs = {\n runId: RunId;\n workflowId: WorkflowId;\n parent?: ParentExecutionRef;\n executionOptions?: RunExecutionOptions;\n base: ReturnType;\n data: ReturnType;\n};\n\nexport type SingleDefinitionActivationRequest = NodeActivationContextArgs & {\n definition: NodeExecutionDefinition;\n batchId: string;\n input: Items;\n};\n\nexport type MultiDefinitionActivationRequest = NodeActivationContextArgs & {\n definition: NodeExecutionDefinition;\n batchId: string;\n inputsByPort: NodeInputsByPort;\n};\n\nexport type PlannedNodeActivationRequest = NodeActivationContextArgs & {\n next: PlannedActivation;\n nodeDefinition: NodeExecutionDefinition;\n};\n\nexport class NodeActivationRequestComposer {\n constructor(\n private readonly activationIdFactory: ActivationIdFactory,\n private readonly credentialResolverFactory: CredentialResolverFactory,\n ) {}\n\n createSingleFromDefinition(\n args: SingleDefinitionActivationRequest,\n ): Extract {\n return this.createSingleFromDefinitionWithActivation({\n ...args,\n activationId: this.activationIdFactory.makeActivationId(),\n });\n }\n\n createSingleFromDefinitionWithActivation(\n args: SingleDefinitionActivationRequest & Readonly<{ activationId: NodeActivationId }>,\n ): Extract {\n const ctx = this.createNodeExecutionContext(args, args.definition, args.activationId);\n return {\n kind: \"single\",\n runId: args.runId,\n activationId: args.activationId,\n workflowId: args.workflowId,\n nodeId: args.definition.id,\n parent: args.parent,\n executionOptions: args.executionOptions,\n batchId: args.batchId,\n input: args.input,\n ctx,\n };\n }\n\n createMultiFromDefinitionWithActivation(\n args: MultiDefinitionActivationRequest & Readonly<{ activationId: NodeActivationId }>,\n ): Extract {\n const ctx = this.createNodeExecutionContext(args, args.definition, args.activationId);\n return {\n kind: \"multi\",\n runId: args.runId,\n activationId: args.activationId,\n workflowId: args.workflowId,\n nodeId: args.definition.id,\n parent: args.parent,\n executionOptions: args.executionOptions,\n batchId: args.batchId,\n inputsByPort: args.inputsByPort,\n ctx,\n };\n }\n\n createFromPlannedActivation(args: PlannedNodeActivationRequest): NodeActivationRequest {\n const activationId = this.activationIdFactory.makeActivationId();\n const ctx = this.createNodeExecutionContext(args, args.nodeDefinition, activationId);\n if (args.next.kind === \"multi\") {\n return {\n kind: \"multi\",\n runId: args.runId,\n activationId,\n workflowId: args.workflowId,\n nodeId: args.nodeDefinition.id,\n parent: args.parent,\n executionOptions: args.executionOptions,\n batchId: args.next.batchId,\n inputsByPort: args.next.inputsByPort,\n ctx,\n };\n }\n return {\n kind: \"single\",\n runId: args.runId,\n activationId,\n workflowId: args.workflowId,\n nodeId: args.nodeDefinition.id,\n parent: args.parent,\n executionOptions: args.executionOptions,\n batchId: args.next.batchId,\n input: args.next.input,\n ctx,\n };\n }\n\n private createNodeExecutionContext(\n args: NodeActivationContextArgs,\n definition: NodeExecutionDefinition,\n activationId: string,\n ): NodeExecutionContext {\n return {\n ...args.base,\n data: args.data,\n nodeId: definition.id,\n activationId,\n config: definition.config,\n telemetry: args.base.telemetry.forNode({ nodeId: definition.id, activationId }),\n binary: args.base.binary.forNode({ nodeId: definition.id, activationId }),\n getCredential: this.credentialResolverFactory.create(args.workflowId, definition.id, definition.config),\n };\n }\n}\n","import type { RunId } from \"../types\";\n\nexport class RunSuspendedError extends Error {\n constructor(\n readonly runId: RunId,\n readonly taskId: string,\n ) {\n super(`RunSuspendedError: run ${runId} suspended on task ${taskId}`);\n this.name = \"RunSuspendedError\";\n }\n}\n","import { z } from \"zod\";\nimport { isPortsEmission, isUnbrandedPortsEmissionShape } from \"../contracts/emitPorts\";\nimport { CredentialUnboundError } from \"../contracts/credentialTypes\";\nimport { SuspensionRequest } from \"../contracts/runtimeTypes\";\n\nimport type {\n Item,\n MultiInputNode,\n NodeActivationRequest,\n NodeExecutionContext,\n NodeOutputs,\n PersistedRunState,\n RunnableNode,\n RunnableNodeConfig,\n RunnableNodeExecuteArgs,\n RunId,\n TriggerNode,\n WorkflowNodeInstanceFactory,\n} from \"../types\";\nimport { NodeIterationIdFactory } from \"../workflow/definition/NodeIterationIdFactory\";\n\nimport { FanInMergeByOriginMerger } from \"./FanInMergeByOriginMerger\";\nimport { ItemExprResolver } from \"./ItemExprResolver\";\nimport { InProcessRetryRunner } from \"./InProcessRetryRunner\";\nimport { NodeOutputNormalizer } from \"./NodeOutputNormalizer\";\nimport { NodeSuspensionHandler } from \"./NodeSuspensionHandler\";\nimport { RunSuspendedError } from \"./RunSuspendedError\";\nimport { RunnableOutputBehaviorResolver } from \"./RunnableOutputBehaviorResolver\";\n\nexport class NodeExecutor {\n private readonly fanInMerger = new FanInMergeByOriginMerger();\n private readonly outputNormalizer = new NodeOutputNormalizer();\n private readonly itemExprResolver: ItemExprResolver;\n private readonly outputBehaviorResolver: RunnableOutputBehaviorResolver;\n\n constructor(\n private readonly nodeInstanceFactory: WorkflowNodeInstanceFactory,\n private readonly retryRunner: InProcessRetryRunner,\n itemExprResolver?: ItemExprResolver,\n outputBehaviorResolver?: RunnableOutputBehaviorResolver,\n private readonly suspensionHandler?: NodeSuspensionHandler,\n private readonly loadRunState?: (runId: RunId) => Promise,\n ) {\n this.itemExprResolver = itemExprResolver ?? new ItemExprResolver();\n this.outputBehaviorResolver = outputBehaviorResolver ?? new RunnableOutputBehaviorResolver();\n }\n\n async execute(request: NodeActivationRequest): Promise {\n await this.assertRequiredCredentialsBound(request);\n const policy = request.ctx.config.retryPolicy;\n return await this.retryRunner.run(\n policy,\n async () => {\n const nodeInstance = this.nodeInstanceFactory.createByType(request.ctx.config.type);\n if (request.kind === \"multi\") {\n return await this.executeMultiInputActivation(request, nodeInstance);\n }\n return await this.executeSingleInputNode(request, nodeInstance);\n },\n (error) => !this.isCredentialError(error),\n );\n }\n\n private async assertRequiredCredentialsBound(request: NodeActivationRequest): Promise {\n if (!request.ctx.getCredential) return;\n for (const req of request.ctx.config.getCredentialRequirements?.() ?? []) {\n if (req.optional) continue;\n await request.ctx.getCredential(req.slotKey);\n }\n }\n\n private isCredentialError(e: unknown): boolean {\n if (e instanceof CredentialUnboundError) return true;\n const cause = e instanceof Error ? (e as { cause?: unknown }).cause : undefined;\n return cause instanceof CredentialUnboundError;\n }\n\n private async executeMultiInputActivation(\n request: Extract,\n node: unknown,\n ): Promise {\n const multiInputNode = node as MultiInputNode;\n if (typeof (multiInputNode as { executeMulti?: unknown }).executeMulti === \"function\") {\n const raw = await multiInputNode.executeMulti(request.inputsByPort, request.ctx as never);\n this.assertNoPortEnvelopeBypass(request.nodeId, raw, \"executeMulti()\");\n return raw;\n }\n if (this.isRunnableNode(node)) {\n const merged = this.fanInMerger.merge(request.inputsByPort);\n const single: Extract = {\n ...request,\n kind: \"single\",\n input: merged,\n };\n return await this.executeRunnableActivation(single, node);\n }\n throw new Error(\n `Node ${request.nodeId} does not support executeMulti or RunnableNode.execute but received multi-input activation`,\n );\n }\n\n private async executeSingleInputNode(\n request: Extract,\n node: unknown,\n ): Promise {\n if (this.isTriggerNode(node)) {\n const raw = await (node as TriggerNode).execute(request.input, request.ctx as never);\n this.assertNoPortEnvelopeBypass(request.nodeId, raw, \"trigger execute()\");\n return raw;\n }\n if (this.isRunnableNode(node)) {\n return await this.executeRunnableActivation(request, node);\n }\n if (this.hasExecuteMulti(node)) {\n return await this.executeMultiInputActivation(this.asMultiFromSingleActivation(request), node);\n }\n throw new Error(`Node ${request.nodeId} does not support trigger or RunnableNode execution`);\n }\n\n private isTriggerNode(node: unknown): node is TriggerNode {\n return typeof node === \"object\" && node !== null && (node as { kind?: string }).kind === \"trigger\";\n }\n\n private isRunnableNode(node: unknown): node is RunnableNode {\n return (\n typeof node === \"object\" &&\n node !== null &&\n (node as { kind?: string }).kind === \"node\" &&\n typeof (node as { execute?: unknown }).execute === \"function\"\n );\n }\n\n private hasExecuteMulti(node: unknown): boolean {\n return typeof (node as { executeMulti?: unknown })?.executeMulti === \"function\";\n }\n\n private asMultiFromSingleActivation(\n request: Extract,\n ): Extract {\n return {\n kind: \"multi\",\n runId: request.runId,\n activationId: request.activationId,\n workflowId: request.workflowId,\n nodeId: request.nodeId,\n parent: request.parent,\n executionOptions: request.executionOptions,\n batchId: request.batchId,\n ctx: request.ctx,\n inputsByPort: { in: request.input ?? [] },\n };\n }\n\n private async executeRunnableActivation(\n request: Extract,\n node: RunnableNode,\n ): Promise {\n const runnableConfig = request.ctx.config as RunnableNodeConfig;\n const behavior = this.outputBehaviorResolver.resolve(runnableConfig);\n const inputSchema = this.resolveInputSchema(node, runnableConfig);\n const inputBatch = request.input ?? [];\n if (inputBatch.length === 0 && runnableConfig.emptyBatchExecution === \"runOnce\") {\n const syntheticItem: Item = { json: {} };\n const parsed = inputSchema.parse(syntheticItem.json);\n const runnableCtx = request.ctx as NodeExecutionContext;\n const resolvedCtx = await this.itemExprResolver.resolveConfigForItem(runnableCtx, syntheticItem, 0, inputBatch);\n const ctx = this.pickExecutionContext(runnableCtx, resolvedCtx);\n const args: RunnableNodeExecuteArgs = {\n input: parsed,\n item: syntheticItem,\n itemIndex: 0,\n items: inputBatch,\n ctx,\n };\n const raw = await Promise.resolve(node.execute(args));\n return this.outputNormalizer.normalizeExecuteResult({\n baseItem: syntheticItem,\n raw,\n behavior,\n }) as NodeOutputs;\n }\n const byPort: Partial> = {};\n let hasSuspension = false;\n for (let i = 0; i < inputBatch.length; i++) {\n const item = inputBatch[i] as Item;\n this.assertItemJsonNotTopLevelArray(request.nodeId, item);\n const parsed = inputSchema.parse(item.json);\n const runnableCtx = request.ctx as NodeExecutionContext;\n const resolvedCtx = await this.itemExprResolver.resolveConfigForItem(runnableCtx, item, i, inputBatch);\n const baseCtx = this.pickExecutionContext(runnableCtx, resolvedCtx);\n const iterationCtx = {\n ...baseCtx,\n iterationId: NodeIterationIdFactory.create(),\n itemIndex: i,\n } as NodeExecutionContext;\n const args: RunnableNodeExecuteArgs = {\n input: parsed,\n item,\n itemIndex: i,\n items: inputBatch,\n ctx: iterationCtx,\n };\n let raw: unknown;\n try {\n raw = await Promise.resolve(node.execute(args));\n } catch (e) {\n const isSuspension =\n e instanceof SuspensionRequest ||\n (e instanceof Error &&\n e.name === \"SuspensionRequest\" &&\n typeof (e as { request?: unknown }).request === \"object\");\n if (isSuspension) {\n if (!this.suspensionHandler || !this.loadRunState) {\n throw new Error(\n `Node ${request.nodeId} threw SuspensionRequest but this NodeExecutor has no suspensionHandler configured.`,\n { cause: e },\n );\n }\n const state = await this.loadRunState(request.runId);\n if (!state) {\n throw new Error(`NodeExecutor: run state not found for runId ${request.runId} during suspension`, {\n cause: e,\n });\n }\n await this.suspensionHandler.handle({\n runId: request.runId,\n nodeId: request.nodeId,\n activationId: request.activationId,\n itemIndex: i,\n suspensionRequest: e as SuspensionRequest,\n state,\n telemetry: iterationCtx.telemetry,\n });\n hasSuspension = true;\n continue;\n }\n throw e;\n }\n const normalized = this.outputNormalizer.normalizeExecuteResult({\n baseItem: item,\n raw,\n behavior,\n });\n for (const [port, batch] of Object.entries(normalized)) {\n if (!batch || batch.length === 0) {\n continue;\n }\n const list = byPort[port] ?? [];\n list.push(...batch);\n byPort[port] = list;\n }\n }\n if (hasSuspension) {\n throw new RunSuspendedError(request.runId, \"unknown\");\n }\n return byPort as NodeOutputs;\n }\n\n private pickExecutionContext>(\n runnableCtx: NodeExecutionContext,\n resolvedCtx: NodeExecutionContext | null | undefined,\n ): NodeExecutionContext {\n if (resolvedCtx != null && resolvedCtx.config != null) {\n return resolvedCtx;\n }\n return runnableCtx;\n }\n\n private resolveInputSchema(\n nodeInstance: RunnableNode,\n config: RunnableNodeConfig,\n ): {\n parse: (data: unknown) => unknown;\n } {\n const fromInstance = nodeInstance.inputSchema;\n if (fromInstance && typeof fromInstance.parse === \"function\") {\n return fromInstance as { parse: (data: unknown) => unknown };\n }\n const fromConfig = config.inputSchema;\n if (fromConfig && typeof fromConfig.parse === \"function\") {\n return fromConfig as { parse: (data: unknown) => unknown };\n }\n return z.unknown();\n }\n\n private assertItemJsonNotTopLevelArray(nodeId: string, item: Item): void {\n if (Array.isArray(item.json)) {\n throw new Error(`Node ${nodeId}: item.json must not be a top-level JSON array`);\n }\n }\n\n private assertNoPortEnvelopeBypass(nodeId: string, value: unknown, methodName: string): void {\n if (isPortsEmission(value)) {\n throw new Error(`Node ${nodeId}: ${methodName} must return NodeOutputs, not emitPorts(...).`);\n }\n if (isUnbrandedPortsEmissionShape(value)) {\n throw new Error(\n `Node ${nodeId}: ${methodName} returned an unbranded \\`{ ports: ... }\\` object. Return NodeOutputs instead.`,\n );\n }\n }\n}\n","import type { PersistedRunState, RunId, WorkflowNodeInstanceFactory } from \"../types\";\n\nimport { InProcessRetryRunner } from \"./InProcessRetryRunner\";\nimport { NodeExecutor } from \"./NodeExecutor\";\nimport { NodeSuspensionHandler } from \"./NodeSuspensionHandler\";\nimport { RunnableOutputBehaviorResolver } from \"./RunnableOutputBehaviorResolver\";\n\nexport class NodeExecutorFactory {\n create(\n workflowNodeInstanceFactory: WorkflowNodeInstanceFactory,\n retryRunner: InProcessRetryRunner,\n outputBehaviorResolver: RunnableOutputBehaviorResolver,\n suspensionHandler?: NodeSuspensionHandler,\n loadRunState?: (runId: RunId) => Promise,\n ): NodeExecutor {\n return new NodeExecutor(\n workflowNodeInstanceFactory,\n retryRunner,\n undefined,\n outputBehaviorResolver,\n suspensionHandler,\n loadRunState,\n );\n }\n}\n","export class MissingRuntimeExecutionMarker {\n isMarked(config: unknown): boolean {\n return Boolean((config as Partial<{ missingRuntime: boolean }> | undefined)?.missingRuntime);\n }\n}\n","export class MissingRuntimeNodeToken {}\n","import type { RunnableNodeConfig } from \"../types\";\n\nimport { MissingRuntimeNodeToken } from \"./MissingRuntimeNodeToken\";\n\nexport class MissingRuntimeNodeConfig implements RunnableNodeConfig {\n readonly kind = \"node\" as const;\n readonly type = MissingRuntimeNodeToken;\n\n constructor(\n public readonly name: string,\n public readonly missingTokenId?: string,\n public readonly missingRuntime = true,\n ) {}\n}\n","export class MissingRuntimeTriggerToken {}\n","import type { NodeConfigBase } from \"../types\";\n\nimport { MissingRuntimeTriggerToken } from \"./MissingRuntimeTriggerToken\";\n\nexport class MissingRuntimeTriggerConfig implements NodeConfigBase {\n readonly kind = \"trigger\" as const;\n readonly type = MissingRuntimeTriggerToken;\n\n constructor(\n public readonly name: string,\n public readonly missingTokenId?: string,\n public readonly missingRuntime = true,\n ) {}\n}\n","import type { NodeDefinition, PersistedWorkflowSnapshotNode } from \"../types\";\n\nimport { MissingRuntimeNodeConfig } from \"./MissingRuntimeNodeConfig\";\nimport { MissingRuntimeNodeToken } from \"./MissingRuntimeNodeToken\";\nimport { MissingRuntimeTriggerConfig } from \"./MissingRuntimeTriggerConfig\";\nimport { MissingRuntimeTriggerToken } from \"./MissingRuntimeTriggerToken\";\n\nexport class MissingRuntimeFallbacks {\n createDefinition(snapshotNode: PersistedWorkflowSnapshotNode): NodeDefinition {\n if (snapshotNode.kind === \"trigger\") {\n return {\n id: snapshotNode.id,\n kind: \"trigger\",\n name: snapshotNode.name,\n type: MissingRuntimeTriggerToken,\n config: new MissingRuntimeTriggerConfig(snapshotNode.name ?? snapshotNode.id, snapshotNode.nodeTokenId),\n };\n }\n return {\n id: snapshotNode.id,\n kind: \"node\",\n name: snapshotNode.name,\n type: MissingRuntimeNodeToken,\n config: new MissingRuntimeNodeConfig(snapshotNode.name ?? snapshotNode.id, snapshotNode.nodeTokenId),\n };\n }\n}\n","import type { RunnableNode, RunnableNodeExecuteArgs } from \"../types\";\n\nimport { MissingRuntimeNodeConfig } from \"./MissingRuntimeNodeConfig\";\n\nexport class MissingRuntimeNode implements RunnableNode {\n readonly kind = \"node\" as const;\n readonly outputPorts = [\"main\"] as const;\n\n execute(args: RunnableNodeExecuteArgs): unknown {\n return args.item;\n }\n}\n","import type { NodeId } from \"../types\";\n\nexport type MissingRuntimeNodeDetail = {\n nodeId: NodeId;\n kind: \"node\" | \"trigger\";\n missingTokenId: string | undefined;\n};\n\nexport class WorkflowParityMismatchError extends Error {\n readonly name = \"WorkflowParityMismatchError\";\n readonly missingNodes: ReadonlyArray;\n\n constructor(missingNodes: ReadonlyArray) {\n const labels = missingNodes.map((n) => `${n.nodeId} (token: ${n.missingTokenId ?? \"unknown\"})`).join(\", \");\n super(`Workflow parity mismatch: nodes resolve to MissingRuntime and cannot execute: ${labels}`);\n this.missingNodes = missingNodes;\n }\n}\n","import type { NodeId, WorkflowDefinition } from \"../types\";\n\nimport { MissingRuntimeExecutionMarker } from \"./MissingRuntimeExecutionMarker\";\nimport { type MissingRuntimeNodeDetail, WorkflowParityMismatchError } from \"./WorkflowParityMismatchError\";\n\nexport class MissingRuntimeParityGuard {\n constructor(private readonly marker: MissingRuntimeExecutionMarker) {}\n\n assertNone(workflow: WorkflowDefinition, nodeIds?: ReadonlyArray): void {\n const candidates = nodeIds ? workflow.nodes.filter((n) => nodeIds.includes(n.id)) : workflow.nodes;\n\n const missing: MissingRuntimeNodeDetail[] = candidates\n .filter((n) => this.marker.isMarked(n.config))\n .map((n) => ({\n nodeId: n.id,\n kind: n.kind as \"node\" | \"trigger\",\n missingTokenId: (n.config as Partial<{ missingTokenId: string }>).missingTokenId,\n }));\n\n if (missing.length > 0) {\n throw new WorkflowParityMismatchError(missing);\n }\n }\n}\n","import type { ExecutableTriggerNode, Items, NodeOutputs, TriggerSetupContext } from \"../types\";\n\nimport { MissingRuntimeTriggerConfig } from \"./MissingRuntimeTriggerConfig\";\n\nexport class MissingRuntimeTrigger implements ExecutableTriggerNode {\n readonly kind = \"trigger\" as const;\n readonly outputPorts = [\"main\"] as const;\n\n async setup(_ctx: TriggerSetupContext): Promise {\n return undefined;\n }\n\n async execute(items: Items): Promise {\n return { main: items };\n }\n}\n","import type { TypeToken } from \"../di\";\nimport type {\n NodeDefinition,\n PersistedWorkflowSnapshot,\n PersistedWorkflowTokenRegistryLike,\n WorkflowDefinition,\n WorkflowId,\n WorkflowRepository,\n} from \"../types\";\n\nimport { MissingRuntimeFallbacks } from \"./MissingRuntimeFallbacksFactory\";\nimport { WorkflowSnapshotCodec } from \"./WorkflowSnapshotCodec\";\n\nexport class WorkflowSnapshotResolver {\n constructor(\n private readonly workflowRepository: WorkflowRepository,\n private readonly tokenRegistry: PersistedWorkflowTokenRegistryLike,\n private readonly codec: WorkflowSnapshotCodec,\n private readonly missingRuntimeFallbacks: MissingRuntimeFallbacks,\n ) {}\n\n resolve(args: {\n workflowId: WorkflowId;\n workflowSnapshot?: PersistedWorkflowSnapshot;\n }): WorkflowDefinition | undefined {\n const liveWorkflow = this.workflowRepository.get(args.workflowId);\n if (!args.workflowSnapshot) {\n return liveWorkflow;\n }\n if (!liveWorkflow) {\n return this.rebuildWorkflow(args.workflowSnapshot, undefined);\n }\n return this.rebuildWorkflow(args.workflowSnapshot, liveWorkflow);\n }\n\n private rebuildWorkflow(\n snapshot: PersistedWorkflowSnapshot,\n liveWorkflow: WorkflowDefinition | undefined,\n ): WorkflowDefinition {\n const liveNodesById = new Map((liveWorkflow?.nodes ?? []).map((node) => [node.id, node] as const));\n const nodes = snapshot.nodes.map((snapshotNode) => {\n const liveNode = liveNodesById.get(snapshotNode.id);\n if (!this.isCompatibleLiveNode(liveNode, snapshotNode)) {\n return this.missingRuntimeFallbacks.createDefinition(snapshotNode);\n }\n return {\n id: snapshotNode.id,\n kind: snapshotNode.kind,\n name: snapshotNode.name ?? liveNode.name,\n type: liveNode.type,\n config: this.codec.hydrate(snapshotNode, liveNode.config),\n } satisfies NodeDefinition;\n });\n const nodeIds = new Set(nodes.map((node) => node.id));\n const connectionsFromSnapshot =\n snapshot.connections\n ?.map((connection) => ({\n ...connection,\n childNodeIds: connection.childNodeIds.filter((childId) => nodeIds.has(childId)),\n }))\n .filter((connection) => connection.childNodeIds.length > 0) ?? [];\n return {\n id: snapshot.id,\n name: snapshot.name,\n nodes,\n edges: snapshot.edges.filter((edge) => nodeIds.has(edge.from.nodeId) && nodeIds.has(edge.to.nodeId)),\n ...(connectionsFromSnapshot.length > 0 ? { connections: connectionsFromSnapshot } : {}),\n ...(liveWorkflow?.discoveryPathSegments !== undefined\n ? { discoveryPathSegments: liveWorkflow.discoveryPathSegments }\n : {}),\n };\n }\n\n private isCompatibleLiveNode(\n liveNode: WorkflowDefinition[\"nodes\"][number] | undefined,\n snapshotNode: PersistedWorkflowSnapshot[\"nodes\"][number],\n ): liveNode is WorkflowDefinition[\"nodes\"][number] {\n if (!liveNode || liveNode.kind !== snapshotNode.kind) {\n return false;\n }\n if (!snapshotNode.nodeTokenId || !snapshotNode.configTokenId) {\n throw new Error(`Persisted workflow snapshot node \"${snapshotNode.id}\" is missing stable token ids.`);\n }\n const liveNodeTokenId = this.resolveLiveTokenId(liveNode.type);\n const liveConfigTokenId = this.resolveLiveTokenId(liveNode.config.type);\n return liveNodeTokenId === snapshotNode.nodeTokenId && liveConfigTokenId === snapshotNode.configTokenId;\n }\n\n private resolveLiveTokenId(type: TypeToken): string | undefined {\n const registeredTokenId = this.tokenRegistry.getTokenId(type);\n if (registeredTokenId) {\n return registeredTokenId;\n }\n if (typeof type === \"function\" && type.name) {\n return type.name;\n }\n if (typeof type === \"string\") {\n return type;\n }\n return undefined;\n }\n}\n","import type { TypeToken } from \"../di\";\nimport type { NodeId, NodeResolver, WorkflowDefinition, WorkflowNodeInstanceFactory } from \"../types\";\n\nimport { MissingRuntimeNode, MissingRuntimeTrigger } from \"../workflowSnapshots\";\nimport { MissingRuntimeNodeToken } from \"../workflowSnapshots/MissingRuntimeNodeToken\";\nimport { MissingRuntimeTriggerToken } from \"../workflowSnapshots/MissingRuntimeTriggerToken\";\nimport { NodeInstantiationError } from \"./NodeInstantiationError\";\n\nexport class NodeInstanceFactory implements WorkflowNodeInstanceFactory {\n constructor(private readonly nodeResolver: NodeResolver) {}\n\n createNodes(workflow: WorkflowDefinition): Map {\n const nodeInstances = new Map();\n for (const definition of workflow.nodes) {\n try {\n nodeInstances.set(definition.id, this.createNode(definition));\n } catch (err) {\n if (err instanceof NodeInstantiationError) {\n throw err;\n }\n throw new NodeInstantiationError(\n definition.id,\n typeof definition.type === \"function\" ? definition.type.name : String(definition.type),\n err instanceof Error ? err : new Error(String(err)),\n );\n }\n }\n return nodeInstances;\n }\n\n createNode(definition: WorkflowDefinition[\"nodes\"][number]): unknown {\n return this.createByType(definition.type);\n }\n\n createByType(type: TypeToken): unknown {\n if (type === MissingRuntimeNodeToken) {\n return new MissingRuntimeNode();\n }\n if (type === MissingRuntimeTriggerToken) {\n return new MissingRuntimeTrigger();\n }\n return this.nodeResolver.resolve(type);\n }\n}\n","import type { NodeResolver } from \"../types\";\n\nimport { NodeInstanceFactory } from \"./NodeInstanceFactory\";\n\nexport class NodeInstanceFactoryFactory {\n create(nodeResolver: NodeResolver): NodeInstanceFactory {\n return new NodeInstanceFactory(nodeResolver);\n }\n}\n","import type {\n ConnectionInvocationAppendArgs,\n ConnectionInvocationRecord,\n NodeActivationId,\n NodeExecutionSnapshot,\n NodeExecutionStatePublisher,\n NodeId,\n NodeInputsByPort,\n NodeOutputs,\n ParentExecutionRef,\n RunId,\n WorkflowExecutionRepository,\n WorkflowId,\n} from \"../types\";\n\nimport { NodeInputsByPortFactory } from \"./NodeInputsByPortFactory\";\nimport { NodeExecutionSnapshotFactory } from \"./NodeExecutionSnapshotFactory\";\n\nexport class NodeRunStateWriter implements NodeExecutionStatePublisher {\n private chain: Promise = Promise.resolve();\n\n constructor(\n private readonly workflowExecutionRepository: WorkflowExecutionRepository,\n private readonly runId: RunId,\n private readonly workflowId: WorkflowId,\n private readonly parent: ParentExecutionRef | undefined,\n private readonly publishNodeEvent: (\n kind: \"nodeQueued\" | \"nodeStarted\" | \"nodeCompleted\" | \"nodeFailed\",\n snapshot: NodeExecutionSnapshot,\n ) => Promise,\n private readonly publishConnectionInvocationEvent?: (record: ConnectionInvocationRecord) => Promise,\n ) {}\n\n markQueued(args: {\n nodeId: NodeId;\n activationId?: NodeActivationId;\n inputsByPort?: NodeInputsByPort;\n }): Promise {\n return this.enqueue(async () => {\n const state = await this.loadState();\n const previous = state.nodeSnapshotsByNodeId?.[args.nodeId];\n const queuedAt = new Date().toISOString();\n const snapshot = NodeExecutionSnapshotFactory.queued({\n runId: this.runId,\n workflowId: this.workflowId,\n nodeId: args.nodeId,\n activationId: args.activationId ?? previous?.activationId ?? `synthetic_${args.nodeId}`,\n parent: this.parent,\n queuedAt,\n inputsByPort: args.inputsByPort ?? previous?.inputsByPort ?? NodeInputsByPortFactory.empty(),\n });\n await this.saveSnapshot(state, snapshot);\n await this.publishNodeEvent(\"nodeQueued\", snapshot);\n });\n }\n\n markRunning(args: {\n nodeId: NodeId;\n activationId?: NodeActivationId;\n inputsByPort?: NodeInputsByPort;\n }): Promise {\n return this.enqueue(async () => {\n const state = await this.loadState();\n const previous = state.nodeSnapshotsByNodeId?.[args.nodeId];\n const startedAt = new Date().toISOString();\n const snapshot = NodeExecutionSnapshotFactory.running({\n previous,\n runId: this.runId,\n workflowId: this.workflowId,\n nodeId: args.nodeId,\n activationId: args.activationId ?? previous?.activationId ?? `synthetic_${args.nodeId}`,\n parent: this.parent,\n startedAt,\n inputsByPort: args.inputsByPort ?? previous?.inputsByPort ?? NodeInputsByPortFactory.empty(),\n });\n await this.saveSnapshot(state, snapshot);\n await this.publishNodeEvent(\"nodeStarted\", snapshot);\n });\n }\n\n markCompleted(args: {\n nodeId: NodeId;\n activationId?: NodeActivationId;\n inputsByPort?: NodeInputsByPort;\n outputs?: NodeOutputs;\n }): Promise {\n return this.enqueue(async () => {\n const state = await this.loadState();\n const previous = state.nodeSnapshotsByNodeId?.[args.nodeId];\n const finishedAt = new Date().toISOString();\n const snapshot = NodeExecutionSnapshotFactory.completed({\n previous,\n runId: this.runId,\n workflowId: this.workflowId,\n nodeId: args.nodeId,\n activationId: args.activationId ?? previous?.activationId ?? `synthetic_${args.nodeId}`,\n parent: this.parent,\n finishedAt,\n inputsByPort: args.inputsByPort ?? previous?.inputsByPort ?? NodeInputsByPortFactory.empty(),\n outputs: args.outputs ?? previous?.outputs ?? {},\n });\n await this.saveSnapshot(state, snapshot);\n await this.publishNodeEvent(\"nodeCompleted\", snapshot);\n });\n }\n\n markFailed(args: {\n nodeId: NodeId;\n activationId?: NodeActivationId;\n inputsByPort?: NodeInputsByPort;\n error: Error;\n }): Promise {\n return this.enqueue(async () => {\n const state = await this.loadState();\n const previous = state.nodeSnapshotsByNodeId?.[args.nodeId];\n const finishedAt = new Date().toISOString();\n const snapshot = NodeExecutionSnapshotFactory.failed({\n previous,\n runId: this.runId,\n workflowId: this.workflowId,\n nodeId: args.nodeId,\n activationId: args.activationId ?? previous?.activationId ?? `synthetic_${args.nodeId}`,\n parent: this.parent,\n finishedAt,\n inputsByPort: args.inputsByPort ?? previous?.inputsByPort ?? NodeInputsByPortFactory.empty(),\n error: args.error,\n });\n await this.saveSnapshot(state, snapshot);\n await this.publishNodeEvent(\"nodeFailed\", snapshot);\n });\n }\n\n setChildRunId(args: { nodeId: NodeId; childRunId: RunId }): Promise {\n return this.enqueue(async () => {\n const state = await this.loadState();\n const previous = state.nodeSnapshotsByNodeId?.[args.nodeId];\n if (!previous) {\n return;\n }\n const updated: NodeExecutionSnapshot = { ...previous, childRunId: args.childRunId };\n await this.saveSnapshot(state, updated);\n });\n }\n\n appendConnectionInvocation(args: ConnectionInvocationAppendArgs): Promise {\n return this.enqueue(async () => {\n const state = await this.loadState();\n const updatedAt = new Date().toISOString();\n const record: ConnectionInvocationRecord = {\n invocationId: args.invocationId,\n runId: this.runId,\n workflowId: this.workflowId,\n connectionNodeId: args.connectionNodeId,\n parentAgentNodeId: args.parentAgentNodeId,\n parentAgentActivationId: args.parentAgentActivationId,\n status: args.status,\n managedInput: args.managedInput,\n managedOutput: args.managedOutput,\n statusLabel: args.statusLabel,\n subjectName: args.subjectName,\n error: args.error,\n queuedAt: args.queuedAt,\n startedAt: args.startedAt,\n finishedAt: args.finishedAt,\n updatedAt,\n iterationId: args.iterationId,\n itemIndex: args.itemIndex,\n parentInvocationId: args.parentInvocationId,\n };\n await this.workflowExecutionRepository.save({\n ...state,\n connectionInvocations: [...(state.connectionInvocations ?? []), record],\n });\n if (this.publishConnectionInvocationEvent) {\n await this.publishConnectionInvocationEvent(record);\n }\n });\n }\n\n private enqueue(work: () => Promise): Promise {\n const next = this.chain.then(work);\n this.chain = next.catch(() => undefined);\n return next;\n }\n\n private async loadState(): Promise>>> {\n const state = await this.workflowExecutionRepository.load(this.runId);\n if (!state) {\n throw new Error(`Unknown runId: ${this.runId}`);\n }\n return state;\n }\n\n private async saveSnapshot(\n state: NonNullable>>,\n snapshot: NodeExecutionSnapshot,\n ): Promise {\n await this.workflowExecutionRepository.save({\n ...state,\n nodeSnapshotsByNodeId: {\n ...(state.nodeSnapshotsByNodeId ?? {}),\n [snapshot.nodeId]: snapshot,\n },\n });\n }\n}\n","import type {\n NodeExecutionStatePublisher,\n ParentExecutionRef,\n RunId,\n WorkflowExecutionRepository,\n WorkflowId,\n} from \"../types\";\n\nimport { ConnectionInvocationEventPublisher } from \"../events/ConnectionInvocationEventPublisher\";\nimport { NodeEventPublisher } from \"../events/NodeEventPublisher\";\nimport type { RunEventBus } from \"../events/runEvents\";\nimport { NodeRunStateWriter } from \"./NodeRunStateWriter\";\n\nexport class NodeRunStateWriterFactory {\n constructor(\n private readonly workflowExecutionRepository: WorkflowExecutionRepository,\n private readonly nodeEventPublisher: NodeEventPublisher,\n private readonly eventBus?: RunEventBus,\n ) {}\n\n create(runId: RunId, workflowId: WorkflowId, parent: ParentExecutionRef | undefined): NodeExecutionStatePublisher {\n const connectionInvocationEventPublisher = new ConnectionInvocationEventPublisher(this.eventBus, parent);\n return new NodeRunStateWriter(\n this.workflowExecutionRepository,\n runId,\n workflowId,\n parent,\n async (kind, snapshot) => {\n await this.nodeEventPublisher.publish(kind, snapshot);\n },\n async (record) => {\n await connectionInvocationEventPublisher.publish(record);\n },\n );\n }\n}\n","import type { EngineRunCounters, PersistedRunState, RunHaltReason, RunQueueEntry } from \"../types\";\n\nexport class PersistedRunStateTerminalBuilder {\n mergeTerminal(args: {\n state: PersistedRunState;\n engineCounters: EngineRunCounters;\n status: \"completed\" | \"failed\" | \"halted\";\n reason?: RunHaltReason;\n queue: RunQueueEntry[];\n outputsByNode: PersistedRunState[\"outputsByNode\"];\n nodeSnapshotsByNodeId: NonNullable;\n finishedAtIso?: string;\n }): PersistedRunState {\n return {\n ...args.state,\n engineCounters: args.engineCounters,\n status: args.status,\n reason: args.reason,\n pending: undefined,\n queue: args.queue,\n outputsByNode: args.outputsByNode,\n nodeSnapshotsByNodeId: args.nodeSnapshotsByNodeId,\n finishedAt: args.finishedAtIso ?? args.state.finishedAt,\n };\n }\n}\n","import type {\n Items,\n NodeActivationId,\n NodeExecutionSnapshot,\n NodeExecutionStatus,\n NodeId,\n NodeInputsByPort,\n NodeOutputs,\n ParentExecutionRef,\n PersistedRunControlState,\n RunCurrentState,\n RunDataFactory,\n RunId,\n RunQueueEntry,\n WorkflowExecutionRepository,\n WorkflowDefinition,\n WorkflowId,\n} from \"../types\";\n\nimport { WorkflowExecutableNodeClassifierFactory } from \"../workflow/definition/WorkflowExecutableNodeClassifierFactory\";\nimport { RunQueuePlanner } from \"../planning/RunQueuePlanner\";\n\nimport { MissingRuntimeExecutionMarker } from \"../workflowSnapshots/MissingRuntimeExecutionMarker\";\nimport { NodeExecutionSnapshotFactory } from \"./NodeExecutionSnapshotFactory\";\nimport { NodeInputsByPortFactory } from \"./NodeInputsByPortFactory\";\n\nexport class RunStateSemantics {\n constructor(private readonly missingRuntimeExecutionMarker: MissingRuntimeExecutionMarker) {}\n\n isStopConditionSatisfied(stopCondition: PersistedRunControlState[\"stopCondition\"], nodeId: NodeId): boolean {\n if (!stopCondition || stopCondition.kind === \"workflowCompleted\") {\n return false;\n }\n return stopCondition.nodeId === nodeId;\n }\n\n resolveResultOutputs(\n workflow: WorkflowDefinition,\n stopCondition: PersistedRunControlState[\"stopCondition\"],\n outputsByNode: Record,\n ): Items {\n if (stopCondition?.kind === \"nodeCompleted\") {\n return outputsByNode[stopCondition.nodeId]?.main ?? [];\n }\n const lastNodeId =\n WorkflowExecutableNodeClassifierFactory.create(workflow).lastExecutableNodeIdInDefinitionOrder(workflow);\n return outputsByNode[lastNodeId]?.main ?? [];\n }\n\n applySkippedSnapshots(args: {\n runId: RunId;\n workflowId: WorkflowId;\n parent?: ParentExecutionRef;\n currentState: RunCurrentState;\n skippedNodeIds: ReadonlyArray;\n preservedPinnedNodeIds: ReadonlyArray;\n finishedAt: string;\n }): Record {\n const snapshots = { ...args.currentState.nodeSnapshotsByNodeId };\n const skippedPinnedNodeIds = new Set(\n args.preservedPinnedNodeIds.filter((nodeId) => args.skippedNodeIds.includes(nodeId)),\n );\n for (const nodeId of args.skippedNodeIds) {\n if (args.currentState.mutableState?.nodesById?.[nodeId]?.pinnedOutputsByPort) {\n skippedPinnedNodeIds.add(nodeId);\n }\n }\n for (const nodeId of skippedPinnedNodeIds) {\n const previous = snapshots[nodeId];\n snapshots[nodeId] = NodeExecutionSnapshotFactory.completed({\n previous,\n runId: args.runId,\n workflowId: args.workflowId,\n nodeId,\n activationId: previous?.activationId ?? `synthetic_${nodeId}`,\n parent: args.parent,\n finishedAt: args.finishedAt,\n inputsByPort: previous?.inputsByPort ?? NodeInputsByPortFactory.empty(),\n outputs: args.currentState.outputsByNode[nodeId] ?? {},\n fromPinnedOutput: true,\n });\n }\n return snapshots;\n }\n\n applyPinnedQueueSkips(args: {\n runId: RunId;\n workflowId: WorkflowId;\n parent?: ParentExecutionRef;\n mutableState: NonNullable>>[\"mutableState\"];\n planner: RunQueuePlanner;\n queue: RunQueueEntry[];\n data: ReturnType;\n nodeSnapshotsByNodeId: Record;\n finishedAt: string;\n }): void {\n let changed = true;\n while (changed) {\n changed = false;\n for (let index = 0; index < args.queue.length; index += 1) {\n const queueEntry = args.queue[index]!;\n const pinnedOutputs = args.mutableState?.nodesById?.[queueEntry.nodeId]?.pinnedOutputsByPort;\n if (!pinnedOutputs) {\n continue;\n }\n args.queue.splice(index, 1);\n const previous = args.nodeSnapshotsByNodeId[queueEntry.nodeId];\n args.nodeSnapshotsByNodeId[queueEntry.nodeId] = NodeExecutionSnapshotFactory.completed({\n previous,\n runId: args.runId,\n workflowId: args.workflowId,\n nodeId: queueEntry.nodeId,\n activationId: previous?.activationId ?? `synthetic_${queueEntry.nodeId}`,\n parent: args.parent,\n finishedAt: args.finishedAt,\n inputsByPort: this.resolveQueueEntryInputsByPort(queueEntry),\n outputs: pinnedOutputs,\n fromPinnedOutput: true,\n });\n args.data.setOutputs(queueEntry.nodeId, pinnedOutputs);\n args.planner.applyOutputs(args.queue, {\n fromNodeId: queueEntry.nodeId,\n outputs: pinnedOutputs as any,\n batchId: queueEntry.batchId ?? \"batch_1\",\n });\n changed = true;\n break;\n }\n }\n }\n\n createFinishedSnapshot(args: {\n workflow: WorkflowDefinition;\n previous?: NodeExecutionSnapshot;\n runId: RunId;\n workflowId: WorkflowId;\n nodeId: NodeId;\n activationId: NodeActivationId;\n parent?: ParentExecutionRef;\n finishedAt: string;\n inputsByPort: NodeInputsByPort;\n outputs: NodeOutputs;\n hitlStatus?: Extract<\n NodeExecutionStatus,\n \"hitl-approved\" | \"hitl-rejected\" | \"hitl-timeout\" | \"hitl-auto-accepted\" | \"hitl-cancelled\"\n >;\n }): NodeExecutionSnapshot {\n const definition = args.workflow.nodes.find((node) => node.id === args.nodeId);\n if (this.missingRuntimeExecutionMarker.isMarked(definition?.config)) {\n return NodeExecutionSnapshotFactory.skipped(args);\n }\n return NodeExecutionSnapshotFactory.completed(args);\n }\n\n private resolveQueueEntryInputsByPort(queueEntry: RunQueueEntry): NodeInputsByPort {\n if (queueEntry.collect) {\n return queueEntry.collect.received;\n }\n return {\n [queueEntry.toInput ?? \"in\"]: queueEntry.input,\n };\n }\n}\n","import type {\n ExecutionContextFactory,\n NodeExecutionStatePublisher,\n NodeId,\n ParentExecutionRef,\n RunDataFactory,\n RunId,\n RunTestContext,\n WorkflowId,\n} from \"../types\";\n\nimport { CredentialResolverFactory } from \"./CredentialResolverFactory\";\n\nexport class WorkflowRunExecutionContextFactory {\n constructor(\n private readonly executionContextFactory: ExecutionContextFactory,\n private readonly credentialResolverFactory: CredentialResolverFactory,\n ) {}\n\n create(args: {\n runId: RunId;\n workflowId: WorkflowId;\n nodeId: NodeId;\n parent?: ParentExecutionRef;\n policySnapshot?: import(\"../types\").PersistedRunPolicySnapshot;\n subworkflowDepth: number;\n engineMaxNodeActivations: number;\n engineMaxSubworkflowDepth: number;\n data: ReturnType;\n nodeState?: NodeExecutionStatePublisher;\n testContext?: RunTestContext;\n }) {\n return this.executionContextFactory.create({\n runId: args.runId,\n workflowId: args.workflowId,\n parent: args.parent,\n policySnapshot: args.policySnapshot,\n subworkflowDepth: args.subworkflowDepth,\n engineMaxNodeActivations: args.engineMaxNodeActivations,\n engineMaxSubworkflowDepth: args.engineMaxSubworkflowDepth,\n data: args.data,\n nodeState: args.nodeState,\n getCredential: this.credentialResolverFactory.create(args.workflowId, args.nodeId),\n testContext: args.testContext,\n });\n }\n}\n","import type { CostCatalog, CostCatalogEntry } from \"../contracts/CostCatalogContract\";\nimport type { CostTrackingUsageRecord } from \"../contracts/CostTrackingTelemetryContract\";\n\nexport class StaticCostCatalog implements CostCatalog {\n private readonly entriesByKey: ReadonlyMap;\n\n constructor(entries: ReadonlyArray) {\n this.entriesByKey = new Map(entries.map((entry) => [this.createKeyFromEntry(entry), entry]));\n }\n\n findEntry(args: CostTrackingUsageRecord): CostCatalogEntry | undefined {\n return this.entriesByKey.get(this.createKeyFromUsage(args));\n }\n\n private createKeyFromEntry(entry: CostCatalogEntry): string {\n return `${entry.component}::${entry.provider}::${entry.operation}::${entry.pricingKey}::${entry.usageUnit}`;\n }\n\n private createKeyFromUsage(args: CostTrackingUsageRecord): string {\n return `${args.component}::${args.provider}::${args.operation}::${args.pricingKey}::${args.usageUnit}`;\n }\n}\n","import type { InputPortKey, NodeId, OutputPortKey, WorkflowDefinition } from \"../types\";\nimport { WorkflowExecutableNodeClassifierFactory } from \"../workflow/definition/WorkflowExecutableNodeClassifierFactory\";\n\ntype NodeDef = WorkflowDefinition[\"nodes\"][number];\n\nexport type TopologyIncomingEdge = Readonly<{\n from: Readonly<{ nodeId: NodeId; output: OutputPortKey }>;\n input: InputPortKey;\n collectKey: InputPortKey;\n}>;\n\nexport type TopologyOutgoingEdge = Readonly<{\n output: OutputPortKey;\n to: Readonly<{ nodeId: NodeId; input: InputPortKey; collectKey: InputPortKey }>;\n}>;\n\nexport class WorkflowTopology {\n private constructor(\n public readonly defsById: ReadonlyMap,\n public readonly outgoingByNode: ReadonlyMap>,\n public readonly incomingByNode: ReadonlyMap>,\n public readonly expectedInputsByNode: ReadonlyMap>,\n public readonly rootNodeIds: ReadonlyArray,\n ) {}\n\n static fromWorkflow(wf: WorkflowDefinition): WorkflowTopology {\n const classifier = WorkflowExecutableNodeClassifierFactory.create(wf);\n const defs = new Map();\n for (const n of wf.nodes) {\n if (classifier.isExecutableNodeId(n.id)) defs.set(n.id, n);\n }\n\n const incomingByNode = new Map();\n for (const e of wf.edges) {\n if (!classifier.isExecutableNodeId(e.from.nodeId) || !classifier.isExecutableNodeId(e.to.nodeId)) {\n continue;\n }\n const list = incomingByNode.get(e.to.nodeId) ?? [];\n list.push({\n from: { nodeId: e.from.nodeId, output: e.from.output },\n input: e.to.input,\n collectKey: e.to.input,\n });\n incomingByNode.set(e.to.nodeId, list);\n }\n\n const duplicateInputCounts = new Map>();\n for (const [toNodeId, edges] of incomingByNode.entries()) {\n const counts = new Map();\n for (const edge of edges) {\n counts.set(edge.input, (counts.get(edge.input) ?? 0) + 1);\n }\n duplicateInputCounts.set(toNodeId, counts);\n }\n\n for (const [toNodeId, edges] of incomingByNode.entries()) {\n const counts = duplicateInputCounts.get(toNodeId) ?? new Map();\n for (let i = 0; i < edges.length; i++) {\n const edge = edges[i]!;\n const dup = (counts.get(edge.input) ?? 0) > 1;\n const collectKey = dup ? `${edge.from.nodeId}:${edge.from.output}` : edge.input;\n edges[i] = { ...edge, collectKey };\n }\n }\n\n const outgoing = new Map();\n for (const e of wf.edges) {\n if (!classifier.isExecutableNodeId(e.from.nodeId) || !classifier.isExecutableNodeId(e.to.nodeId)) {\n continue;\n }\n const counts = duplicateInputCounts.get(e.to.nodeId) ?? new Map();\n const dup = (counts.get(e.to.input) ?? 0) > 1;\n const collectKey = dup ? `${e.from.nodeId}:${e.from.output}` : e.to.input;\n const list = outgoing.get(e.from.nodeId) ?? [];\n list.push({\n output: e.from.output,\n to: { nodeId: e.to.nodeId, input: e.to.input, collectKey },\n });\n outgoing.set(e.from.nodeId, list);\n }\n\n const expected = new Map();\n for (const [toNodeId, edges] of incomingByNode.entries()) {\n const order: InputPortKey[] = [];\n const seen = new Set();\n for (const edge of edges) {\n if (seen.has(edge.collectKey)) {\n continue;\n }\n seen.add(edge.collectKey);\n order.push(edge.collectKey);\n }\n expected.set(toNodeId, order);\n }\n\n const rootNodeIds = wf.nodes\n .filter((node) => classifier.isExecutableNodeId(node.id) && !incomingByNode.has(node.id))\n .map((node) => node.id);\n return new WorkflowTopology(defs, outgoing, incomingByNode, expected, rootNodeIds);\n }\n}\n","import type {\n ActivationIdFactory,\n EngineRunCounters,\n NodeActivationId,\n NodeActivationRequest,\n NodeExecutionContext,\n NodeExecutionSnapshot,\n NodeExecutionStatus,\n NodeId,\n NodeInputsByPort,\n NodeOutputs,\n PendingNodeExecution,\n PendingResumeEntry,\n PersistedRunSchedulingState,\n PersistedRunState,\n ResumeContext,\n RunDataFactory,\n RunHaltReason,\n RunId,\n RunQueueEntry,\n RunResult,\n WorkflowExecutionRepository,\n WebhookControlSignal,\n WebhookRunResult,\n WorkflowDefinition,\n WorkflowId,\n WorkflowSnapshotResolver,\n} from \"../types\";\n\nimport { WorkflowTopology } from \"../planning/WorkflowTopologyPlanner\";\nimport { WorkflowExecutableNodeClassifierFactory } from \"../workflow/definition/WorkflowExecutableNodeClassifierFactory\";\n\nimport { CredentialResolverFactory } from \"../execution/CredentialResolverFactory\";\nimport type { EngineExecutionLimitsPolicy } from \"../policies/executionLimits/EngineExecutionLimitsPolicy\";\nimport { RunTerminalPersistenceCoordinator } from \"../policies/storage/RunTerminalPersistenceCoordinator\";\nimport { WorkflowPolicyErrorServices } from \"../policies/WorkflowPolicyErrorServices\";\nimport { EngineWorkflowPlanningFactory } from \"../planning/EngineWorkflowPlanningFactory\";\nimport type { EngineWaiters } from \"../orchestration/EngineWaiters\";\nimport { NodeEventPublisher } from \"../events/NodeEventPublisher\";\n\nimport { ActivationEnqueueService } from \"../execution/ActivationEnqueueService\";\nimport { NodeInputsByPortFactory } from \"../execution/NodeInputsByPortFactory\";\nimport { NodeExecutionSnapshotFactory } from \"../execution/NodeExecutionSnapshotFactory\";\nimport { NodeRunStateWriterFactory } from \"../execution/NodeRunStateWriterFactory\";\nimport { NodeActivationRequestComposer } from \"../execution/NodeActivationRequestComposer\";\nimport { PersistedRunStateTerminalBuilder } from \"../execution/PersistedRunStateTerminalBuilder\";\nimport { RunStateSemantics } from \"../execution/RunStateSemantics\";\nimport { WorkflowRunExecutionContextFactory } from \"../execution/WorkflowRunExecutionContextFactory\";\nimport { MissingRuntimeParityGuard } from \"../workflowSnapshots/MissingRuntimeParityGuard\";\n\nexport class RunContinuationService {\n constructor(\n private readonly activationIdFactory: ActivationIdFactory,\n private readonly workflowExecutionRepository: WorkflowExecutionRepository,\n private readonly runDataFactory: RunDataFactory,\n private readonly runExecutionContextFactory: WorkflowRunExecutionContextFactory,\n private readonly workflowSnapshotResolver: WorkflowSnapshotResolver,\n private readonly planningFactory: EngineWorkflowPlanningFactory,\n private readonly nodeStatePublisherFactory: NodeRunStateWriterFactory,\n private readonly credentialResolverFactory: CredentialResolverFactory,\n private readonly nodeActivationRequestComposer: NodeActivationRequestComposer,\n private readonly persistedRunStateTerminalBuilder: PersistedRunStateTerminalBuilder,\n private readonly activationEnqueueService: ActivationEnqueueService,\n private readonly nodeEventPublisher: NodeEventPublisher,\n private readonly semantics: RunStateSemantics,\n private readonly waiters: EngineWaiters,\n private readonly policyErrorServices: WorkflowPolicyErrorServices,\n private readonly terminalPersistence: RunTerminalPersistenceCoordinator,\n private readonly executionLimitsPolicy: EngineExecutionLimitsPolicy,\n private readonly parityGuard: MissingRuntimeParityGuard,\n ) {}\n\n async markNodeRunning(args: {\n runId: RunId;\n activationId: NodeActivationId;\n nodeId: NodeId;\n inputsByPort: NodeInputsByPort;\n }): Promise {\n const [state, schedulingState] = await Promise.all([\n this.workflowExecutionRepository.load(args.runId),\n this.workflowExecutionRepository.loadSchedulingState(args.runId),\n ]);\n const pendingExecution = schedulingState?.pending;\n if (!state || !pendingExecution) return;\n if (pendingExecution.activationId !== args.activationId || pendingExecution.nodeId !== args.nodeId) return;\n\n const startedAt = new Date().toISOString();\n const previous = state.nodeSnapshotsByNodeId?.[args.nodeId];\n const snapshot = NodeExecutionSnapshotFactory.running({\n previous,\n runId: state.runId,\n workflowId: state.workflowId,\n nodeId: args.nodeId,\n activationId: args.activationId,\n parent: state.parent,\n startedAt,\n inputsByPort: args.inputsByPort,\n });\n\n await this.workflowExecutionRepository.save({\n ...state,\n nodeSnapshotsByNodeId: {\n ...(state.nodeSnapshotsByNodeId ?? {}),\n [args.nodeId]: snapshot,\n },\n });\n await this.nodeEventPublisher.publish(\"nodeStarted\", snapshot);\n }\n\n async resumeFromNodeResult(args: {\n runId: RunId;\n activationId: NodeActivationId;\n nodeId: NodeId;\n outputs: NodeOutputs;\n }): Promise {\n const [state, schedulingState] = await Promise.all([\n this.workflowExecutionRepository.load(args.runId),\n this.workflowExecutionRepository.loadSchedulingState(args.runId),\n ]);\n if (!state) throw new Error(`Unknown runId: ${args.runId}`);\n const pendingExecution = this.requirePendingExecution(\n args.runId,\n args.activationId,\n args.nodeId,\n state,\n schedulingState,\n );\n if (pendingExecution.activationId !== args.activationId)\n throw new Error(`activationId mismatch for run ${args.runId}`);\n if (pendingExecution.nodeId !== args.nodeId) throw new Error(`nodeId mismatch for run ${args.runId}`);\n\n const wf = this.resolvePersistedWorkflow(state);\n if (!wf) throw new Error(`Unknown workflowId: ${state.workflowId}`);\n\n const { topology, planner } = this.planningFactory.create(wf);\n\n const data = this.runDataFactory.create(state.outputsByNode);\n const limits = this.resolveEngineLimitsFromState(state);\n const base = this.runExecutionContextFactory.create({\n runId: state.runId,\n workflowId: state.workflowId,\n nodeId: args.nodeId,\n parent: state.parent,\n policySnapshot: state.policySnapshot,\n subworkflowDepth: state.executionOptions?.subworkflowDepth ?? 0,\n engineMaxNodeActivations: limits.engineMaxNodeActivations,\n engineMaxSubworkflowDepth: limits.engineMaxSubworkflowDepth,\n data,\n nodeState: this.nodeStatePublisherFactory.create(state.runId, state.workflowId, state.parent),\n testContext: state.executionOptions?.testContext,\n });\n\n data.setOutputs(args.nodeId, args.outputs);\n const completedAt = new Date().toISOString();\n\n const hitlResolution = this.resolveHitlStatus(args.outputs);\n\n const completedSnapshot = this.semantics.createFinishedSnapshot({\n workflow: wf,\n previous: state.nodeSnapshotsByNodeId?.[args.nodeId],\n runId: state.runId,\n workflowId: state.workflowId,\n nodeId: args.nodeId,\n activationId: args.activationId,\n parent: state.parent,\n finishedAt: completedAt,\n inputsByPort: pendingExecution.inputsByPort,\n outputs: args.outputs,\n hitlStatus: hitlResolution?.nodeStatus,\n });\n\n if (hitlResolution?.halt) {\n const haltedState = this.persistedRunStateTerminalBuilder.mergeTerminal({\n state,\n engineCounters: state.engineCounters ?? { completedNodeActivations: 0 },\n status: \"halted\",\n reason: hitlResolution.reason,\n queue: [],\n outputsByNode: data.dump(),\n nodeSnapshotsByNodeId: {\n ...(state.nodeSnapshotsByNodeId ?? {}),\n [args.nodeId]: completedSnapshot,\n },\n finishedAtIso: completedAt,\n });\n await this.workflowExecutionRepository.save(haltedState);\n await this.nodeEventPublisher.publish(\"nodeCompleted\", completedSnapshot);\n await this.terminalPersistence.maybeDeleteAfterTerminalState({\n workflow: wf,\n state: haltedState,\n finalStatus: \"failed\",\n finishedAt: completedAt,\n });\n const result: RunResult = {\n runId: state.runId,\n workflowId: state.workflowId,\n startedAt: state.startedAt,\n status: \"halted\",\n reason: hitlResolution.reason,\n };\n this.waiters.resolveRunCompletion(result);\n return result;\n }\n\n const completedActivations = (state.engineCounters?.completedNodeActivations ?? 0) + 1;\n const engineCounters = { completedNodeActivations: completedActivations };\n const maxNodeActivations =\n state.executionOptions?.maxNodeActivations ??\n this.executionLimitsPolicy.createRootExecutionOptions().maxNodeActivations!;\n\n if (this.semantics.isStopConditionSatisfied(state.control?.stopCondition, args.nodeId)) {\n const completedState = this.persistedRunStateTerminalBuilder.mergeTerminal({\n state,\n engineCounters,\n status: \"completed\",\n queue: [],\n outputsByNode: data.dump(),\n nodeSnapshotsByNodeId: {\n ...(state.nodeSnapshotsByNodeId ?? {}),\n [args.nodeId]: completedSnapshot,\n },\n finishedAtIso: completedAt,\n });\n await this.workflowExecutionRepository.save(completedState);\n await this.nodeEventPublisher.publish(\"nodeCompleted\", completedSnapshot);\n await this.terminalPersistence.maybeDeleteAfterTerminalState({\n workflow: wf,\n state: completedState,\n finalStatus: \"completed\",\n finishedAt: completedAt,\n });\n const result: RunResult = {\n runId: state.runId,\n workflowId: state.workflowId,\n startedAt: state.startedAt,\n status: \"completed\",\n outputs: this.semantics.resolveResultOutputs(wf, state.control?.stopCondition, data.dump()),\n };\n this.waiters.resolveRunCompletion(result);\n return result;\n }\n\n const batchId = pendingExecution.batchId ?? \"batch_1\";\n const queue: RunQueueEntry[] = (schedulingState?.queue ?? []).map((q) => ({ ...q, batchId: q.batchId ?? batchId }));\n const nextNodeSnapshotsByNodeId = {\n ...(state.nodeSnapshotsByNodeId ?? {}),\n [args.nodeId]: completedSnapshot,\n };\n\n planner.applyOutputs(queue, { fromNodeId: args.nodeId, outputs: args.outputs as any, batchId });\n this.semantics.applyPinnedQueueSkips({\n runId: state.runId,\n workflowId: state.workflowId,\n parent: state.parent,\n mutableState: state.mutableState,\n planner,\n queue,\n data,\n nodeSnapshotsByNodeId: nextNodeSnapshotsByNodeId,\n finishedAt: completedAt,\n });\n\n let next: ReturnType<(typeof planner)[\"nextActivation\"]>;\n try {\n next = planner.nextActivation(queue);\n } catch (cause) {\n const completedDefinition = topology.defsById.get(args.nodeId);\n const completedNodeLabel = this.formatNodeLabel({\n definition: completedDefinition,\n nodeId: args.nodeId,\n });\n const reason = cause instanceof Error ? cause.message : String(cause);\n throw new Error(\n `After completing ${completedNodeLabel}, the engine could not plan the next activation. ${reason} Outputs: ${this.formatOutputCounts(args.outputs)}.`,\n { cause },\n );\n }\n if (!next) {\n const lastNodeId = WorkflowExecutableNodeClassifierFactory.create(wf).lastExecutableNodeIdInDefinitionOrder(wf);\n const outputs = data.getOutputItems(lastNodeId, \"main\");\n\n const completedState = this.persistedRunStateTerminalBuilder.mergeTerminal({\n state,\n engineCounters,\n status: \"completed\",\n queue: [],\n outputsByNode: data.dump(),\n nodeSnapshotsByNodeId: nextNodeSnapshotsByNodeId,\n finishedAtIso: completedAt,\n });\n await this.workflowExecutionRepository.save(completedState);\n await this.nodeEventPublisher.publish(\"nodeCompleted\", completedSnapshot);\n await this.terminalPersistence.maybeDeleteAfterTerminalState({\n workflow: wf,\n state: completedState,\n finalStatus: \"completed\",\n finishedAt: completedAt,\n });\n\n const result: RunResult = {\n runId: state.runId,\n workflowId: state.workflowId,\n startedAt: state.startedAt,\n status: \"completed\",\n outputs,\n };\n this.waiters.resolveRunCompletion(result);\n return result;\n }\n\n if (completedActivations >= maxNodeActivations) {\n const message = `Run exceeded maxNodeActivations (${maxNodeActivations}) after ${completedActivations} completed node activations (next would be ${next.nodeId}).`;\n const failedState = this.persistedRunStateTerminalBuilder.mergeTerminal({\n state,\n engineCounters,\n status: \"failed\",\n queue: queue.map((q) => ({ ...q })),\n outputsByNode: data.dump(),\n nodeSnapshotsByNodeId: nextNodeSnapshotsByNodeId,\n finishedAtIso: completedAt,\n });\n await this.workflowExecutionRepository.save(failedState);\n await this.nodeEventPublisher.publish(\"nodeCompleted\", completedSnapshot);\n await this.terminalPersistence.maybeDeleteAfterTerminalState({\n workflow: wf,\n state: failedState,\n finalStatus: \"failed\",\n finishedAt: completedAt,\n });\n const result: RunResult = {\n runId: state.runId,\n workflowId: state.workflowId,\n startedAt: state.startedAt,\n status: \"failed\",\n error: { message },\n };\n this.waiters.resolveRunCompletion(result);\n return result;\n }\n\n const def = topology.defsById.get(next.nodeId);\n if (!def || def.kind !== \"node\") throw new Error(`Node ${next.nodeId} is not a runnable node`);\n\n const request = this.nodeActivationRequestComposer.createFromPlannedActivation({\n next,\n base,\n data,\n runId: state.runId,\n workflowId: state.workflowId,\n parent: state.parent,\n executionOptions: state.executionOptions,\n nodeDefinition: def,\n });\n\n try {\n this.parityGuard.assertNone(wf, [next.nodeId]);\n const { queuedSnapshot, result } = await this.activationEnqueueService.enqueueActivationWithSnapshot({\n runId: state.runId,\n workflowId: state.workflowId,\n startedAt: state.startedAt,\n parent: state.parent,\n executionOptions: state.executionOptions,\n control: state.control,\n workflowSnapshot: state.workflowSnapshot,\n mutableState: state.mutableState,\n policySnapshot: state.policySnapshot,\n pendingQueue: queue,\n request,\n previousNodeSnapshotsByNodeId: nextNodeSnapshotsByNodeId,\n planner,\n engineCounters,\n connectionInvocations: state.connectionInvocations ?? [],\n });\n await this.nodeEventPublisher.publish(\"nodeCompleted\", completedSnapshot);\n await this.nodeEventPublisher.publish(\"nodeQueued\", queuedSnapshot);\n return result;\n } catch (cause) {\n const error = cause instanceof Error ? cause : new Error(String(cause));\n return await this.terminateRunAfterActivationEnqueueRejected({\n wf,\n state,\n queue,\n nextNodeId: next.nodeId,\n request,\n completedSnapshot,\n nextNodeSnapshotsByNodeId: nextNodeSnapshotsByNodeId,\n outputsByNode: data.dump(),\n engineCounters,\n error,\n completedAt,\n });\n }\n }\n\n async resumeFromNodeError(args: {\n runId: RunId;\n activationId: NodeActivationId;\n nodeId: NodeId;\n error: Error;\n }): Promise {\n const [state, schedulingState] = await Promise.all([\n this.workflowExecutionRepository.load(args.runId),\n this.workflowExecutionRepository.loadSchedulingState(args.runId),\n ]);\n if (!state) throw new Error(`Unknown runId: ${args.runId}`);\n const pendingExecution = this.requirePendingExecution(\n args.runId,\n args.activationId,\n args.nodeId,\n state,\n schedulingState,\n );\n if (pendingExecution.activationId !== args.activationId)\n throw new Error(`activationId mismatch for run ${args.runId}`);\n if (pendingExecution.nodeId !== args.nodeId) throw new Error(`nodeId mismatch for run ${args.runId}`);\n\n const wf = this.resolvePersistedWorkflow(state);\n if (!wf) throw new Error(`Unknown workflowId: ${state.workflowId}`);\n const failedDefinition = WorkflowTopology.fromWorkflow(wf).defsById.get(args.nodeId);\n const webhookControlSignal =\n state.executionOptions?.webhook && failedDefinition?.kind === \"trigger\"\n ? this.asWebhookControlSignal(args.error)\n : undefined;\n if (webhookControlSignal) {\n return await this.resumeFromWebhookControl({\n state,\n schedulingState,\n pendingExecution,\n workflow: wf,\n args,\n signal: webhookControlSignal,\n });\n }\n\n if (failedDefinition && failedDefinition.kind === \"node\") {\n const nodeHandler = this.policyErrorServices.resolveNodeErrorHandler(failedDefinition.config.nodeErrorHandler);\n if (nodeHandler) {\n try {\n const ctx = this.buildNodeExecutionContextForPending(\n state,\n pendingExecution,\n wf,\n failedDefinition,\n args.nodeId,\n );\n const inputsByPort = pendingExecution.inputsByPort;\n const portKeys = Object.keys(inputsByPort);\n const kind = portKeys.length === 1 && portKeys[0] === \"in\" ? (\"single\" as const) : (\"multi\" as const);\n const items = inputsByPort.in ?? [];\n const recovered = await nodeHandler.handle({\n kind,\n items,\n inputsByPort: kind === \"multi\" ? inputsByPort : undefined,\n ctx,\n error: args.error,\n });\n return await this.resumeFromNodeResult({\n runId: args.runId,\n activationId: args.activationId,\n nodeId: args.nodeId,\n outputs: recovered,\n });\n } catch {}\n }\n }\n\n const finishedAt = new Date().toISOString();\n const message = args.error?.message ?? String(args.error);\n const failedSnapshot = NodeExecutionSnapshotFactory.failed({\n previous: state.nodeSnapshotsByNodeId?.[args.nodeId],\n runId: state.runId,\n workflowId: state.workflowId,\n nodeId: args.nodeId,\n activationId: args.activationId,\n parent: state.parent,\n finishedAt,\n inputsByPort: pendingExecution.inputsByPort,\n error: args.error,\n });\n const failedState = this.persistedRunStateTerminalBuilder.mergeTerminal({\n state,\n engineCounters: state.engineCounters ?? { completedNodeActivations: 0 },\n status: \"failed\",\n queue: (schedulingState?.queue ?? []).map((q) => ({ ...q })),\n outputsByNode: state.outputsByNode,\n nodeSnapshotsByNodeId: {\n ...(state.nodeSnapshotsByNodeId ?? {}),\n [args.nodeId]: failedSnapshot,\n },\n finishedAtIso: finishedAt,\n });\n await this.workflowExecutionRepository.save(failedState);\n await this.nodeEventPublisher.publish(\"nodeFailed\", failedSnapshot);\n\n const wfErr = this.policyErrorServices.resolveWorkflowErrorHandler(wf.workflowErrorHandler);\n if (wfErr) {\n await Promise.resolve(\n wfErr.onError({\n runId: state.runId,\n workflowId: state.workflowId,\n workflow: wf,\n failedNodeId: args.nodeId,\n error: args.error,\n startedAt: state.startedAt,\n finishedAt,\n }),\n );\n }\n\n await this.terminalPersistence.maybeDeleteAfterTerminalState({\n workflow: wf,\n state: failedState,\n finalStatus: \"failed\",\n finishedAt,\n });\n\n const result: RunResult = {\n runId: state.runId,\n workflowId: state.workflowId,\n startedAt: state.startedAt,\n status: \"failed\",\n error: { message },\n };\n this.waiters.resolveRunCompletion(result);\n return result;\n }\n\n async resumeFromStepResult(args: {\n runId: RunId;\n activationId: NodeActivationId;\n nodeId: NodeId;\n outputs: NodeOutputs;\n }): Promise {\n return await this.resumeFromNodeResult(args);\n }\n\n async resumeFromStepError(args: {\n runId: RunId;\n activationId: NodeActivationId;\n nodeId: NodeId;\n error: Error;\n }): Promise {\n return await this.resumeFromNodeError(args);\n }\n\n async waitForCompletion(runId: RunId): Promise> {\n const existing = await this.workflowExecutionRepository.load(runId);\n if (existing?.status === \"completed\") {\n const wf = this.resolvePersistedWorkflow(existing);\n const outputs = wf\n ? this.semantics.resolveResultOutputs(wf, existing.control?.stopCondition, existing.outputsByNode)\n : [];\n return {\n runId: existing.runId,\n workflowId: existing.workflowId,\n startedAt: existing.startedAt,\n status: \"completed\",\n outputs,\n };\n }\n if (existing?.status === \"failed\") {\n return {\n runId: existing.runId,\n workflowId: existing.workflowId,\n startedAt: existing.startedAt,\n status: \"failed\",\n error: { message: \"Run failed\" },\n };\n }\n if (existing?.status === \"halted\") {\n return {\n runId: existing.runId,\n workflowId: existing.workflowId,\n startedAt: existing.startedAt,\n status: \"halted\",\n reason: existing.reason ?? \"hitl-rejected\",\n };\n }\n\n const result = await this.waiters.waitForCompletion(runId);\n if (result.status !== \"completed\" && result.status !== \"failed\" && result.status !== \"halted\") {\n throw new Error(`Unexpected run completion status: ${result.status}`);\n }\n return result;\n }\n\n async waitForWebhookResponse(runId: RunId): Promise {\n return await this.waiters.waitForWebhookResponse(runId);\n }\n\n async resumeRun(args: { runId: RunId; taskId: string; resumeContext: ResumeContext }): Promise {\n const state = await this.workflowExecutionRepository.load(args.runId);\n if (!state) throw new Error(`Unknown runId: ${args.runId}`);\n if (state.status !== \"suspended\") {\n throw new Error(`Run ${args.runId} is not suspended (status: ${state.status})`);\n }\n\n const suspensionEntry = (state.suspension ?? []).find((s) => s.taskId === args.taskId);\n if (!suspensionEntry) {\n throw new Error(`No suspension entry with taskId \"${args.taskId}\" found on run ${args.runId}`);\n }\n\n const wf = this.resolvePersistedWorkflow(state);\n if (!wf) throw new Error(`Unknown workflowId: ${state.workflowId}`);\n\n const { topology, planner } = this.planningFactory.create(wf);\n const def = topology.defsById.get(suspensionEntry.nodeId);\n if (!def || def.kind !== \"node\") {\n throw new Error(`Node ${suspensionEntry.nodeId} is not a runnable node`);\n }\n\n const data = this.runDataFactory.create(state.outputsByNode);\n const limits = this.resolveEngineLimitsFromState(state);\n const base = this.runExecutionContextFactory.create({\n runId: state.runId,\n workflowId: state.workflowId,\n nodeId: suspensionEntry.nodeId,\n parent: state.parent,\n policySnapshot: state.policySnapshot,\n subworkflowDepth: state.executionOptions?.subworkflowDepth ?? 0,\n engineMaxNodeActivations: limits.engineMaxNodeActivations,\n engineMaxSubworkflowDepth: limits.engineMaxSubworkflowDepth,\n data,\n nodeState: this.nodeStatePublisherFactory.create(state.runId, state.workflowId, state.parent),\n testContext: state.executionOptions?.testContext,\n });\n\n const parentEdges = wf.edges.filter((e) => e.to.nodeId === suspensionEntry.nodeId);\n const parentNodeId = parentEdges[0]?.from.nodeId;\n const parentOutputPort = parentEdges[0]?.from.output ?? \"main\";\n const allParentItems = parentNodeId ? (data.getOutputItems(parentNodeId, parentOutputPort) ?? []) : [];\n const resumeInput =\n allParentItems.length > suspensionEntry.itemIndex ? [allParentItems[suspensionEntry.itemIndex]!] : allParentItems;\n\n const newActivationId = this.activationIdFactory.makeActivationId();\n const pendingResume: PendingResumeEntry = {\n activationId: newActivationId,\n nodeId: suspensionEntry.nodeId,\n resumeContext: args.resumeContext,\n };\n\n const remainingSuspensions = (state.suspension ?? []).filter((s) => s.taskId !== args.taskId);\n\n const baseWithResume = { ...base, resumeContext: args.resumeContext };\n\n const batchId = `resume_${newActivationId}`;\n const request = this.nodeActivationRequestComposer.createSingleFromDefinitionWithActivation({\n activationId: newActivationId,\n runId: state.runId,\n workflowId: state.workflowId,\n parent: state.parent,\n executionOptions: state.executionOptions,\n base: baseWithResume,\n data,\n definition: { id: suspensionEntry.nodeId, config: def.config },\n batchId,\n input: resumeInput,\n });\n\n this.parityGuard.assertNone(wf, [suspensionEntry.nodeId]);\n\n const { result, queuedSnapshot } = await this.activationEnqueueService.enqueueActivationWithSnapshot({\n runId: state.runId,\n workflowId: state.workflowId,\n startedAt: state.startedAt,\n parent: state.parent,\n executionOptions: state.executionOptions,\n control: state.control,\n workflowSnapshot: state.workflowSnapshot,\n mutableState: state.mutableState,\n policySnapshot: state.policySnapshot,\n pendingQueue: [],\n request,\n previousNodeSnapshotsByNodeId: state.nodeSnapshotsByNodeId ?? {},\n planner,\n engineCounters: state.engineCounters,\n connectionInvocations: state.connectionInvocations ?? [],\n suspension: remainingSuspensions.length > 0 ? remainingSuspensions : undefined,\n pendingResume,\n });\n\n await this.nodeEventPublisher.publish(\"nodeQueued\", queuedSnapshot);\n return result;\n }\n\n private async resumeFromWebhookControl(args: {\n state: NonNullable>>;\n schedulingState: PersistedRunSchedulingState | undefined;\n pendingExecution: PendingNodeExecution;\n workflow: WorkflowDefinition;\n args: { runId: RunId; activationId: NodeActivationId; nodeId: NodeId; error: Error };\n signal: WebhookControlSignal;\n }): Promise {\n const data = this.runDataFactory.create(args.state.outputsByNode);\n const { topology, planner } = this.planningFactory.create(args.workflow);\n\n const continuedItems =\n args.signal.kind === \"respondNowAndContinue\" ? (args.signal.continueItems ?? []) : args.signal.responseItems;\n const triggerOutputs: NodeOutputs = { main: continuedItems };\n data.setOutputs(args.args.nodeId, triggerOutputs);\n\n const completedSnapshot = this.semantics.createFinishedSnapshot({\n workflow: args.workflow,\n previous: args.state.nodeSnapshotsByNodeId?.[args.args.nodeId],\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n nodeId: args.args.nodeId,\n activationId: args.args.activationId,\n parent: args.state.parent,\n finishedAt: new Date().toISOString(),\n inputsByPort: args.pendingExecution.inputsByPort,\n outputs: triggerOutputs,\n });\n\n const completedActivations = (args.state.engineCounters?.completedNodeActivations ?? 0) + 1;\n const engineCounters = { completedNodeActivations: completedActivations };\n const maxNodeActivations =\n args.state.executionOptions?.maxNodeActivations ??\n this.executionLimitsPolicy.createRootExecutionOptions().maxNodeActivations!;\n\n if (this.semantics.isStopConditionSatisfied(args.state.control?.stopCondition, args.args.nodeId)) {\n const completedState = this.persistedRunStateTerminalBuilder.mergeTerminal({\n state: args.state,\n engineCounters,\n status: \"completed\",\n queue: [],\n outputsByNode: data.dump(),\n nodeSnapshotsByNodeId: {\n ...(args.state.nodeSnapshotsByNodeId ?? {}),\n [args.args.nodeId]: completedSnapshot,\n },\n finishedAtIso: completedSnapshot.finishedAt ?? completedSnapshot.updatedAt,\n });\n await this.workflowExecutionRepository.save(completedState);\n await this.nodeEventPublisher.publish(\"nodeCompleted\", completedSnapshot);\n await this.terminalPersistence.maybeDeleteAfterTerminalState({\n workflow: args.workflow,\n state: completedState,\n finalStatus: \"completed\",\n finishedAt: completedSnapshot.finishedAt ?? completedSnapshot.updatedAt,\n });\n this.waiters.resolveWebhookResponse({\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n startedAt: args.state.startedAt,\n runStatus: \"completed\",\n response: args.signal.responseItems,\n });\n const result: RunResult = {\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n startedAt: args.state.startedAt,\n status: \"completed\",\n outputs: this.semantics.resolveResultOutputs(args.workflow, args.state.control?.stopCondition, data.dump()),\n };\n this.waiters.resolveRunCompletion(result);\n return result;\n }\n\n if (args.signal.kind === \"respondNow\") {\n const completedState = this.persistedRunStateTerminalBuilder.mergeTerminal({\n state: args.state,\n engineCounters,\n status: \"completed\",\n queue: [],\n outputsByNode: data.dump(),\n nodeSnapshotsByNodeId: {\n ...(args.state.nodeSnapshotsByNodeId ?? {}),\n [args.args.nodeId]: completedSnapshot,\n },\n finishedAtIso: completedSnapshot.finishedAt ?? completedSnapshot.updatedAt,\n });\n await this.workflowExecutionRepository.save(completedState);\n await this.nodeEventPublisher.publish(\"nodeCompleted\", completedSnapshot);\n await this.terminalPersistence.maybeDeleteAfterTerminalState({\n workflow: args.workflow,\n state: completedState,\n finalStatus: \"completed\",\n finishedAt: completedSnapshot.finishedAt ?? completedSnapshot.updatedAt,\n });\n\n const result: RunResult = {\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n startedAt: args.state.startedAt,\n status: \"completed\",\n outputs: args.signal.responseItems,\n };\n this.waiters.resolveWebhookResponse({\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n startedAt: args.state.startedAt,\n runStatus: \"completed\",\n response: args.signal.responseItems,\n });\n this.waiters.resolveRunCompletion(result);\n return result;\n }\n\n const batchId = args.pendingExecution.batchId ?? \"batch_1\";\n const queue: RunQueueEntry[] = (args.schedulingState?.queue ?? []).map((entry) => ({\n ...entry,\n batchId: entry.batchId ?? batchId,\n }));\n planner.applyOutputs(queue, { fromNodeId: args.args.nodeId, outputs: triggerOutputs as any, batchId });\n const next = planner.nextActivation(queue);\n\n const finishedAt = completedSnapshot.finishedAt ?? completedSnapshot.updatedAt;\n const mergedSnapshots = {\n ...(args.state.nodeSnapshotsByNodeId ?? {}),\n [args.args.nodeId]: completedSnapshot,\n };\n\n if (!next) {\n const lastNodeId = WorkflowExecutableNodeClassifierFactory.create(\n args.workflow,\n ).lastExecutableNodeIdInDefinitionOrder(args.workflow);\n const outputs = data.getOutputItems(lastNodeId, \"main\");\n const completedState = this.persistedRunStateTerminalBuilder.mergeTerminal({\n state: args.state,\n engineCounters,\n status: \"completed\",\n queue: [],\n outputsByNode: data.dump(),\n nodeSnapshotsByNodeId: mergedSnapshots,\n finishedAtIso: finishedAt,\n });\n await this.workflowExecutionRepository.save(completedState);\n await this.nodeEventPublisher.publish(\"nodeCompleted\", completedSnapshot);\n await this.terminalPersistence.maybeDeleteAfterTerminalState({\n workflow: args.workflow,\n state: completedState,\n finalStatus: \"completed\",\n finishedAt: completedSnapshot.finishedAt ?? completedSnapshot.updatedAt,\n });\n\n const result: RunResult = {\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n startedAt: args.state.startedAt,\n status: \"completed\",\n outputs,\n };\n this.waiters.resolveWebhookResponse({\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n startedAt: args.state.startedAt,\n runStatus: \"completed\",\n response: args.signal.responseItems,\n });\n this.waiters.resolveRunCompletion(result);\n return result;\n }\n\n if (completedActivations >= maxNodeActivations) {\n const message = `Run exceeded maxNodeActivations (${maxNodeActivations}) after ${completedActivations} completed node activations (next would be ${next.nodeId}).`;\n const failedState = this.persistedRunStateTerminalBuilder.mergeTerminal({\n state: args.state,\n engineCounters,\n status: \"failed\",\n queue: queue.map((q) => ({ ...q })),\n outputsByNode: data.dump(),\n nodeSnapshotsByNodeId: mergedSnapshots,\n finishedAtIso: finishedAt,\n });\n await this.workflowExecutionRepository.save(failedState);\n await this.nodeEventPublisher.publish(\"nodeCompleted\", completedSnapshot);\n await this.terminalPersistence.maybeDeleteAfterTerminalState({\n workflow: args.workflow,\n state: failedState,\n finalStatus: \"failed\",\n finishedAt: completedSnapshot.finishedAt ?? completedSnapshot.updatedAt,\n });\n const result: RunResult = {\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n startedAt: args.state.startedAt,\n status: \"failed\",\n error: { message },\n };\n this.waiters.resolveWebhookResponse({\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n startedAt: args.state.startedAt,\n runStatus: \"pending\",\n response: args.signal.responseItems,\n });\n this.waiters.resolveRunCompletion(result);\n return result;\n }\n\n const nextDefinition = topology.defsById.get(next.nodeId);\n if (!nextDefinition || nextDefinition.kind !== \"node\") {\n throw new Error(`Node ${next.nodeId} is not a runnable node`);\n }\n\n const webhookLimits = this.resolveEngineLimitsFromState(args.state);\n const base = this.runExecutionContextFactory.create({\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n nodeId: nextDefinition.id,\n parent: args.state.parent,\n policySnapshot: args.state.policySnapshot,\n subworkflowDepth: args.state.executionOptions?.subworkflowDepth ?? 0,\n engineMaxNodeActivations: webhookLimits.engineMaxNodeActivations,\n engineMaxSubworkflowDepth: webhookLimits.engineMaxSubworkflowDepth,\n data,\n nodeState: this.nodeStatePublisherFactory.create(args.state.runId, args.state.workflowId, args.state.parent),\n testContext: args.state.executionOptions?.testContext,\n });\n const request = this.nodeActivationRequestComposer.createFromPlannedActivation({\n next,\n base,\n data,\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n parent: args.state.parent,\n executionOptions: args.state.executionOptions,\n nodeDefinition: nextDefinition,\n });\n\n try {\n this.parityGuard.assertNone(args.workflow, [next.nodeId]);\n const { queuedSnapshot, result } = await this.activationEnqueueService.enqueueActivationWithSnapshot({\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n startedAt: args.state.startedAt,\n parent: args.state.parent,\n executionOptions: args.state.executionOptions,\n control: args.state.control,\n workflowSnapshot: args.state.workflowSnapshot,\n mutableState: args.state.mutableState,\n policySnapshot: args.state.policySnapshot,\n pendingQueue: queue,\n request,\n previousNodeSnapshotsByNodeId: mergedSnapshots,\n planner,\n engineCounters,\n connectionInvocations: args.state.connectionInvocations ?? [],\n });\n await this.nodeEventPublisher.publish(\"nodeCompleted\", completedSnapshot);\n await this.nodeEventPublisher.publish(\"nodeQueued\", queuedSnapshot);\n this.waiters.resolveWebhookResponse({\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n startedAt: args.state.startedAt,\n runStatus: \"pending\",\n response: args.signal.responseItems,\n });\n return result;\n } catch (cause) {\n const error = cause instanceof Error ? cause : new Error(String(cause));\n const result = await this.terminateRunAfterActivationEnqueueRejected({\n wf: args.workflow,\n state: args.state,\n queue,\n nextNodeId: next.nodeId,\n request,\n completedSnapshot,\n nextNodeSnapshotsByNodeId: mergedSnapshots,\n outputsByNode: data.dump(),\n engineCounters,\n error,\n completedAt: finishedAt,\n });\n this.waiters.resolveWebhookResponse({\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n startedAt: args.state.startedAt,\n runStatus: \"pending\",\n response: args.signal.responseItems,\n });\n return result;\n }\n }\n\n private asWebhookControlSignal(error: Error): WebhookControlSignal | undefined {\n const candidate = error as Partial | undefined;\n if (!candidate || candidate.__webhookControl !== true) return undefined;\n if (candidate.kind !== \"respondNow\" && candidate.kind !== \"respondNowAndContinue\") return undefined;\n if (!Array.isArray(candidate.responseItems)) return undefined;\n return candidate as WebhookControlSignal;\n }\n\n private resolvePersistedWorkflow(state: {\n workflowId: WorkflowId;\n workflowSnapshot?: NonNullable>>[\"workflowSnapshot\"];\n }): WorkflowDefinition | undefined {\n return this.workflowSnapshotResolver.resolve({\n workflowId: state.workflowId,\n workflowSnapshot: state.workflowSnapshot,\n });\n }\n\n private buildNodeExecutionContextForPending(\n state: NonNullable>>,\n pendingExecution: PendingNodeExecution,\n wf: WorkflowDefinition,\n def: Readonly<{ id: NodeId; config: NodeExecutionContext[\"config\"] }>,\n nodeId: NodeId,\n ): NodeExecutionContext {\n const data = this.runDataFactory.create(state.outputsByNode);\n const limits = this.resolveEngineLimitsFromState(state);\n const base = this.runExecutionContextFactory.create({\n runId: state.runId,\n workflowId: state.workflowId,\n nodeId,\n parent: state.parent,\n policySnapshot: state.policySnapshot,\n subworkflowDepth: state.executionOptions?.subworkflowDepth ?? 0,\n engineMaxNodeActivations: limits.engineMaxNodeActivations,\n engineMaxSubworkflowDepth: limits.engineMaxSubworkflowDepth,\n data,\n nodeState: this.nodeStatePublisherFactory.create(state.runId, state.workflowId, state.parent),\n testContext: state.executionOptions?.testContext,\n });\n const activationId = pendingExecution.activationId;\n return {\n ...base,\n data,\n nodeId,\n activationId,\n config: def.config,\n telemetry: base.telemetry.forNode({ nodeId, activationId }),\n binary: base.binary.forNode({ nodeId, activationId }),\n getCredential: this.credentialResolverFactory.create(wf.id, nodeId, def.config),\n };\n }\n\n private requirePendingExecution(\n runId: RunId,\n activationId: NodeActivationId,\n nodeId: NodeId,\n state: PersistedRunState,\n schedulingState?: PersistedRunSchedulingState,\n ): PendingNodeExecution {\n if (state.status !== \"pending\") {\n throw new Error(`Run ${runId} is not pending`);\n }\n const pendingExecution = schedulingState?.pending;\n if (!pendingExecution) {\n throw new Error(`Run ${runId} is not pending`);\n }\n if (pendingExecution.activationId !== activationId) {\n throw new Error(`activationId mismatch for run ${runId}`);\n }\n if (pendingExecution.nodeId !== nodeId) {\n throw new Error(`nodeId mismatch for run ${runId}`);\n }\n return pendingExecution;\n }\n\n private resolveEngineLimitsFromState(state: PersistedRunState): {\n engineMaxNodeActivations: number;\n engineMaxSubworkflowDepth: number;\n } {\n const fb = this.executionLimitsPolicy.createRootExecutionOptions();\n return {\n engineMaxNodeActivations: state.executionOptions?.maxNodeActivations ?? fb.maxNodeActivations!,\n engineMaxSubworkflowDepth: state.executionOptions?.maxSubworkflowDepth ?? fb.maxSubworkflowDepth!,\n };\n }\n\n private async terminateRunAfterActivationEnqueueRejected(\n args: Readonly<{\n wf: WorkflowDefinition;\n state: PersistedRunState;\n queue: RunQueueEntry[];\n nextNodeId: NodeId;\n request: NodeActivationRequest;\n completedSnapshot: NodeExecutionSnapshot;\n nextNodeSnapshotsByNodeId: NonNullable;\n outputsByNode: PersistedRunState[\"outputsByNode\"];\n engineCounters: EngineRunCounters;\n error: Error;\n completedAt: string;\n }>,\n ): Promise {\n const finishedAt = args.completedAt;\n const inputsByPort = NodeInputsByPortFactory.fromRequest(args.request);\n const failedSnapshot = NodeExecutionSnapshotFactory.failed({\n previous: undefined,\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n nodeId: args.nextNodeId,\n activationId: args.request.activationId,\n parent: args.state.parent,\n finishedAt,\n inputsByPort,\n error: args.error,\n });\n const failedState = this.persistedRunStateTerminalBuilder.mergeTerminal({\n state: args.state,\n engineCounters: args.engineCounters,\n status: \"failed\",\n queue: args.queue.map((q) => ({ ...q })),\n outputsByNode: args.outputsByNode,\n nodeSnapshotsByNodeId: {\n ...args.nextNodeSnapshotsByNodeId,\n [args.nextNodeId]: failedSnapshot,\n },\n finishedAtIso: finishedAt,\n });\n await this.workflowExecutionRepository.save(failedState);\n await this.nodeEventPublisher.publish(\"nodeCompleted\", args.completedSnapshot);\n await this.nodeEventPublisher.publish(\"nodeFailed\", failedSnapshot);\n\n const wfErr = this.policyErrorServices.resolveWorkflowErrorHandler(args.wf.workflowErrorHandler);\n if (wfErr) {\n await Promise.resolve(\n wfErr.onError({\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n workflow: args.wf,\n failedNodeId: args.nextNodeId,\n error: args.error,\n startedAt: args.state.startedAt,\n finishedAt,\n }),\n );\n }\n\n await this.terminalPersistence.maybeDeleteAfterTerminalState({\n workflow: args.wf,\n state: failedState,\n finalStatus: \"failed\",\n finishedAt,\n });\n\n const message = args.error.message ?? String(args.error);\n const result: RunResult = {\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n startedAt: args.state.startedAt,\n status: \"failed\",\n error: { message },\n };\n this.waiters.resolveRunCompletion(result);\n return result;\n }\n\n private resolveHitlStatus(outputs: NodeOutputs):\n | {\n nodeStatus: Extract<\n NodeExecutionStatus,\n \"hitl-approved\" | \"hitl-rejected\" | \"hitl-timeout\" | \"hitl-auto-accepted\"\n >;\n halt: boolean;\n reason: RunHaltReason;\n }\n | { nodeStatus: Extract; halt: false }\n | undefined {\n const firstItem = outputs?.main?.[0];\n const decisionStatus =\n firstItem &&\n typeof firstItem === \"object\" &&\n \"json\" in firstItem &&\n firstItem.json &&\n typeof firstItem.json === \"object\" &&\n \"decision\" in firstItem.json &&\n firstItem.json.decision &&\n typeof firstItem.json.decision === \"object\" &&\n \"status\" in firstItem.json.decision\n ? (firstItem.json.decision as { status: string }).status\n : undefined;\n\n if (!decisionStatus) return undefined;\n\n if (decisionStatus === \"approved\") {\n return { nodeStatus: \"hitl-approved\", halt: false } as {\n nodeStatus: \"hitl-approved\";\n halt: false;\n };\n }\n if (decisionStatus === \"auto-accepted\") {\n return { nodeStatus: \"hitl-auto-accepted\", halt: false } as {\n nodeStatus: \"hitl-auto-accepted\";\n halt: false;\n };\n }\n if (decisionStatus === \"rejected\") {\n return { nodeStatus: \"hitl-rejected\", halt: true, reason: \"hitl-rejected\" as const };\n }\n if (decisionStatus === \"timed-out\") {\n return { nodeStatus: \"hitl-timeout\", halt: true, reason: \"hitl-timeout\" as const };\n }\n\n return undefined;\n }\n\n private formatNodeLabel(args: {\n definition?: Readonly<{ id: NodeId; name?: string; type: unknown }>;\n nodeId: NodeId;\n }): string {\n const tokenName = typeof args.definition?.type === \"function\" ? args.definition.type.name : \"Node\";\n return args.definition?.name\n ? `\"${args.definition.name}\" (${tokenName}:${args.nodeId})`\n : `${tokenName}:${args.nodeId}`;\n }\n\n private formatOutputCounts(outputs: NodeOutputs): string {\n const entries = Object.entries(outputs ?? {});\n if (entries.length === 0) {\n return \"no outputs\";\n }\n return entries.map(([port, items]) => `${port}=${items?.length ?? 0}`).join(\", \");\n }\n}\n","import type {\n ExecutionFrontierPlan,\n InputPortKey,\n Items,\n NodeId,\n NodeOutputs,\n OutputPortKey,\n RunCurrentState,\n PersistedMutableNodeState,\n RunQueueEntry,\n RunStateResetRequest,\n RunStopCondition,\n ConnectionInvocationRecord,\n} from \"../types\";\n\nimport { ConnectionNodeIdFactory } from \"../workflow/definition/ConnectionNodeIdFactory\";\nimport { WorkflowTopology } from \"./WorkflowTopologyPlanner\";\n\nexport class CurrentStateFrontierPlanner {\n constructor(private readonly topology: WorkflowTopology) {}\n\n static createFromTopology(topology: WorkflowTopology): CurrentStateFrontierPlanner {\n return new CurrentStateFrontierPlanner(topology);\n }\n\n plan(args: {\n currentState?: RunCurrentState;\n stopCondition?: RunStopCondition;\n reset?: RunStateResetRequest;\n items?: Items;\n }): ExecutionFrontierPlan {\n const stopCondition = args.stopCondition ?? { kind: \"workflowCompleted\" as const };\n const baseState = this.cloneCurrentState(args.currentState);\n const normalizedState = this.overlayPinnedOutputs(baseState);\n const resetResult = this.applyReset({ currentState: normalizedState, reset: args.reset });\n const requiredNodeIds = this.collectRequiredNodeIds(stopCondition, resetResult.currentState);\n const satisfiedNodeIds = this.collectSatisfiedNodeIds(resetResult.currentState);\n const skippedNodeIds = [\n ...new Set([\n ...[...requiredNodeIds].filter((nodeId) => this.isNodeSatisfied(resetResult.currentState, nodeId)),\n ...resetResult.preservedPinnedNodeIds.filter((nodeId) => requiredNodeIds.has(nodeId)),\n ]),\n ];\n const frontierNodeIds = this.collectFrontierNodeIds(requiredNodeIds, resetResult.currentState);\n const rootNodeIds = frontierNodeIds.filter(\n (nodeId) => (this.topology.incomingByNode.get(nodeId) ?? []).length === 0,\n );\n\n if (rootNodeIds.length > 1) {\n throw new Error(`Ambiguous execution frontier. Multiple root nodes require input: ${rootNodeIds.join(\", \")}`);\n }\n\n if (frontierNodeIds.length === 0) {\n return {\n queue: [],\n currentState: resetResult.currentState,\n stopCondition,\n satisfiedNodeIds,\n skippedNodeIds,\n clearedNodeIds: resetResult.clearedNodeIds,\n preservedPinnedNodeIds: resetResult.preservedPinnedNodeIds,\n };\n }\n\n if (rootNodeIds.length === 1) {\n const rootNodeId = rootNodeIds[0]!;\n const definition = this.topology.defsById.get(rootNodeId);\n if (!definition) {\n throw new Error(`Unknown frontier nodeId: ${rootNodeId}`);\n }\n return {\n rootNodeId,\n rootNodeInput: this.resolveRootNodeInput({ nodeKind: definition.kind, items: args.items }),\n queue: [],\n currentState: resetResult.currentState,\n stopCondition,\n satisfiedNodeIds,\n skippedNodeIds,\n clearedNodeIds: resetResult.clearedNodeIds,\n preservedPinnedNodeIds: resetResult.preservedPinnedNodeIds,\n };\n }\n\n const queue: RunQueueEntry[] = [];\n for (const nodeId of frontierNodeIds) {\n queue.push(...this.buildFrontierQueue(nodeId, resetResult.currentState));\n }\n\n return {\n queue,\n currentState: resetResult.currentState,\n stopCondition,\n satisfiedNodeIds,\n skippedNodeIds,\n clearedNodeIds: resetResult.clearedNodeIds,\n preservedPinnedNodeIds: resetResult.preservedPinnedNodeIds,\n };\n }\n\n private cloneCurrentState(currentState: RunCurrentState | undefined): RunCurrentState {\n if (!currentState) {\n return {\n outputsByNode: {},\n nodeSnapshotsByNodeId: {},\n connectionInvocations: [],\n mutableState: undefined,\n };\n }\n return {\n outputsByNode: { ...currentState.outputsByNode },\n nodeSnapshotsByNodeId: { ...currentState.nodeSnapshotsByNodeId },\n connectionInvocations: currentState.connectionInvocations ? [...currentState.connectionInvocations] : undefined,\n mutableState: currentState.mutableState,\n };\n }\n\n private overlayPinnedOutputs(currentState: RunCurrentState): RunCurrentState {\n const outputsByNode: Record = { ...currentState.outputsByNode };\n for (const [nodeId, nodeState] of Object.entries(currentState.mutableState?.nodesById ?? {}) as Array<\n [NodeId, PersistedMutableNodeState]\n >) {\n const pinnedOutputs = nodeState.pinnedOutputsByPort;\n if (!pinnedOutputs) {\n continue;\n }\n outputsByNode[nodeId] = pinnedOutputs;\n }\n return {\n outputsByNode,\n nodeSnapshotsByNodeId: { ...currentState.nodeSnapshotsByNodeId },\n connectionInvocations: currentState.connectionInvocations,\n mutableState: currentState.mutableState,\n };\n }\n\n private applyReset(args: { currentState: RunCurrentState; reset?: RunStateResetRequest }): Readonly<{\n currentState: RunCurrentState;\n clearedNodeIds: ReadonlyArray;\n preservedPinnedNodeIds: ReadonlyArray;\n }> {\n if (!args.reset) {\n return {\n currentState: args.currentState,\n clearedNodeIds: [],\n preservedPinnedNodeIds: [],\n };\n }\n\n const outputsByNode: Record = { ...args.currentState.outputsByNode };\n const nodeSnapshotsByNodeId = { ...args.currentState.nodeSnapshotsByNodeId };\n const clearedNodeIds: NodeId[] = [];\n const preservedPinnedNodeIds: NodeId[] = [];\n const descendants = this.collectDescendants(args.reset.clearFromNodeId);\n const runtimeDescendants = this.collectRuntimeDescendants(args.currentState, descendants);\n const clearedIdSet = new Set([...descendants, ...runtimeDescendants]);\n\n for (const nodeId of [...descendants, ...runtimeDescendants]) {\n const pinnedOutputs = this.getPinnedOutputs(args.currentState, nodeId);\n if (pinnedOutputs) {\n outputsByNode[nodeId] = pinnedOutputs;\n delete nodeSnapshotsByNodeId[nodeId];\n preservedPinnedNodeIds.push(nodeId);\n continue;\n }\n delete outputsByNode[nodeId];\n delete nodeSnapshotsByNodeId[nodeId];\n clearedNodeIds.push(nodeId);\n }\n\n return {\n currentState: {\n outputsByNode,\n nodeSnapshotsByNodeId,\n connectionInvocations: this.filterConnectionInvocations(args.currentState.connectionInvocations, clearedIdSet),\n mutableState: args.currentState.mutableState,\n },\n clearedNodeIds,\n preservedPinnedNodeIds,\n };\n }\n\n private collectSatisfiedNodeIds(currentState: RunCurrentState): ReadonlyArray {\n const satisfiedNodeIds: NodeId[] = [];\n for (const nodeId of this.topology.defsById.keys()) {\n if (this.isNodeSatisfied(currentState, nodeId)) {\n satisfiedNodeIds.push(nodeId);\n }\n }\n return satisfiedNodeIds;\n }\n\n private collectFrontierNodeIds(\n requiredNodeIds: ReadonlySet,\n currentState: RunCurrentState,\n ): ReadonlyArray {\n const frontierNodeIds: NodeId[] = [];\n for (const nodeId of this.topology.defsById.keys()) {\n if (!requiredNodeIds.has(nodeId) || this.isNodeSatisfied(currentState, nodeId)) {\n continue;\n }\n const incomingEdges = this.topology.incomingByNode.get(nodeId) ?? [];\n const isFrontier = incomingEdges.every((edge) => this.isEdgeSatisfied(currentState, nodeId, edge.collectKey));\n if (isFrontier) {\n frontierNodeIds.push(nodeId);\n }\n }\n return frontierNodeIds;\n }\n\n private collectRequiredNodeIds(stopCondition: RunStopCondition, currentState: RunCurrentState): ReadonlySet {\n const requiredNodeIds = new Set();\n if (stopCondition.kind === \"workflowCompleted\") {\n for (const nodeId of this.topology.defsById.keys()) {\n if (!this.isNodeSatisfied(currentState, nodeId)) {\n this.collectRequiredNode(requiredNodeIds, currentState, nodeId);\n }\n }\n return requiredNodeIds;\n }\n if (!this.topology.defsById.has(stopCondition.nodeId)) {\n throw new Error(`Unknown stop nodeId: ${stopCondition.nodeId}`);\n }\n this.collectRequiredNode(requiredNodeIds, currentState, stopCondition.nodeId);\n return requiredNodeIds;\n }\n\n private collectRequiredNode(requiredNodeIds: Set, currentState: RunCurrentState, nodeId: NodeId): void {\n if (requiredNodeIds.has(nodeId)) {\n return;\n }\n if (this.isNodeSatisfied(currentState, nodeId) && !this.isNodeSatisfiedByOutputsOnly(currentState, nodeId)) {\n return;\n }\n requiredNodeIds.add(nodeId);\n for (const edge of this.topology.incomingByNode.get(nodeId) ?? []) {\n if (\n !this.isEdgeSatisfied(currentState, nodeId, edge.collectKey) ||\n this.isNodeSatisfiedByOutputsOnly(currentState, edge.from.nodeId)\n ) {\n this.collectRequiredNode(requiredNodeIds, currentState, edge.from.nodeId);\n }\n }\n }\n\n private buildFrontierQueue(nodeId: NodeId, currentState: RunCurrentState): ReadonlyArray {\n const incomingEdges = this.topology.incomingByNode.get(nodeId) ?? [];\n if (incomingEdges.length === 0) {\n return [];\n }\n const expectedInputs = this.topology.expectedInputsByNode.get(nodeId) ?? [];\n const usesCollect = this.usesCollect(nodeId);\n if (usesCollect) {\n const received: Record = {};\n for (const input of expectedInputs) {\n received[input] = this.resolveInput(currentState, nodeId, input);\n }\n return [\n {\n nodeId,\n input: [],\n batchId: \"batch_1\",\n collect: {\n expectedInputs,\n received,\n },\n },\n ];\n }\n const input = expectedInputs[0] ?? \"in\";\n const incomingEdge = incomingEdges.find((edge) => edge.collectKey === input);\n return [\n {\n nodeId,\n input: this.resolveInput(currentState, nodeId, input),\n toInput: input,\n batchId: \"batch_1\",\n from: incomingEdge?.from,\n },\n ];\n }\n\n private resolveRootNodeInput(args: { nodeKind: \"node\" | \"trigger\"; items?: Items }): Items {\n if (args.items) {\n return args.items;\n }\n if (args.nodeKind === \"trigger\") {\n return [];\n }\n return [{ json: {} }];\n }\n\n private isNodeSatisfied(currentState: RunCurrentState, nodeId: NodeId): boolean {\n return this.hasOutputs(currentState, nodeId) || this.hasCompletedSnapshot(currentState, nodeId);\n }\n\n private isNodeSatisfiedByOutputsOnly(currentState: RunCurrentState, nodeId: NodeId): boolean {\n return this.hasOutputs(currentState, nodeId) && !this.hasCompletedSnapshot(currentState, nodeId);\n }\n\n private isEdgeSatisfied(currentState: RunCurrentState, nodeId: NodeId, collectKey: InputPortKey): boolean {\n const incomingEdge = (this.topology.incomingByNode.get(nodeId) ?? []).find(\n (edge) => edge.collectKey === collectKey,\n );\n if (!incomingEdge) {\n return false;\n }\n const fromNodeId = incomingEdge.from.nodeId;\n if (!this.isNodeSatisfied(currentState, fromNodeId)) {\n return false;\n }\n if (this.usesCollect(nodeId)) {\n return true;\n }\n const items = this.resolveOutputItems(currentState, fromNodeId, incomingEdge.from.output);\n if (items.length > 0) {\n return true;\n }\n return this.shouldContinueAfterEmptyOutputFromSource(fromNodeId);\n }\n\n private resolveInput(currentState: RunCurrentState, nodeId: NodeId, collectKey: InputPortKey): Items {\n const incomingEdge = (this.topology.incomingByNode.get(nodeId) ?? []).find(\n (edge) => edge.collectKey === collectKey,\n );\n if (!incomingEdge) {\n return [];\n }\n return this.resolveOutputItems(currentState, incomingEdge.from.nodeId, incomingEdge.from.output);\n }\n\n private hasOutputs(currentState: RunCurrentState, nodeId: NodeId): boolean {\n return Object.prototype.hasOwnProperty.call(currentState.outputsByNode, nodeId);\n }\n\n private hasCompletedSnapshot(currentState: RunCurrentState, nodeId: NodeId): boolean {\n const snapshot = currentState.nodeSnapshotsByNodeId[nodeId];\n return snapshot?.status === \"completed\" || snapshot?.status === \"skipped\";\n }\n\n private resolveOutputItems(currentState: RunCurrentState, nodeId: NodeId, output: OutputPortKey): Items {\n return currentState.outputsByNode[nodeId]?.[output] ?? [];\n }\n\n private usesCollect(nodeId: NodeId): boolean {\n const expectedInputs = this.topology.expectedInputsByNode.get(nodeId) ?? [];\n if (expectedInputs.length !== 1 || expectedInputs[0] !== \"in\") {\n return true;\n }\n return (this.topology.incomingByNode.get(nodeId) ?? []).length > 1;\n }\n\n private shouldContinueAfterEmptyOutputFromSource(nodeId: NodeId): boolean {\n const definition = this.topology.defsById.get(nodeId);\n if (!definition) {\n return false;\n }\n return definition.config.continueWhenEmptyOutput === true;\n }\n\n private getPinnedOutputs(currentState: RunCurrentState, nodeId: NodeId): NodeOutputs | undefined {\n return currentState.mutableState?.nodesById?.[nodeId]?.pinnedOutputsByPort;\n }\n\n private filterConnectionInvocations(\n invocations: ReadonlyArray | undefined,\n clearedIdSet: ReadonlySet,\n ): ReadonlyArray | undefined {\n if (!invocations || invocations.length === 0) {\n return invocations;\n }\n const kept = invocations.filter(\n (invocation) => !clearedIdSet.has(invocation.parentAgentNodeId) && !clearedIdSet.has(invocation.connectionNodeId),\n );\n return kept.length === invocations.length ? invocations : kept;\n }\n\n private collectDescendants(startNodeId: NodeId): ReadonlyArray {\n const pendingNodeIds: NodeId[] = [startNodeId];\n const descendants = new Set();\n while (pendingNodeIds.length > 0) {\n const nodeId = pendingNodeIds.pop();\n if (!nodeId || descendants.has(nodeId)) {\n continue;\n }\n descendants.add(nodeId);\n for (const edge of this.topology.outgoingByNode.get(nodeId) ?? []) {\n pendingNodeIds.push(edge.to.nodeId);\n }\n }\n return [...descendants];\n }\n\n private collectRuntimeDescendants(\n currentState: RunCurrentState,\n descendantNodeIds: ReadonlyArray,\n ): ReadonlyArray {\n const descendantSet = new Set(descendantNodeIds);\n const runtimeNodeIds = new Set();\n for (const nodeId of [\n ...Object.keys(currentState.outputsByNode),\n ...Object.keys(currentState.nodeSnapshotsByNodeId),\n ...Object.keys(currentState.mutableState?.nodesById ?? {}),\n ] as NodeId[]) {\n if (this.isRuntimeDescendant(nodeId, descendantSet)) {\n runtimeNodeIds.add(nodeId);\n }\n }\n return [...runtimeNodeIds];\n }\n\n private isRuntimeDescendant(nodeId: NodeId, descendantNodeIds: ReadonlySet): boolean {\n for (const descendantNodeId of descendantNodeIds) {\n if (nodeId === descendantNodeId) {\n return false;\n }\n if (ConnectionNodeIdFactory.isConnectionOwnedDescendantOf(descendantNodeId, nodeId)) {\n return true;\n }\n }\n return false;\n }\n}\n","import type {\n PersistedRunPolicySnapshot,\n WorkflowDefinition,\n WorkflowPolicyRuntimeDefaults,\n WorkflowStoragePolicyMode,\n} from \"../../types\";\n\nexport class RunPolicySnapshotFactory {\n static create(workflow: WorkflowDefinition, defaults?: WorkflowPolicyRuntimeDefaults): PersistedRunPolicySnapshot {\n const prune = workflow.prunePolicy;\n const retentionSeconds = prune?.runDataRetentionSeconds ?? defaults?.retentionSeconds;\n const binaryRetentionSeconds = prune?.binaryRetentionSeconds ?? defaults?.binaryRetentionSeconds;\n const telemetrySpanRetentionSeconds =\n prune?.telemetrySpanRetentionSeconds ?? defaults?.telemetrySpanRetentionSeconds;\n const telemetryArtifactRetentionSeconds =\n prune?.telemetryArtifactRetentionSeconds ?? defaults?.telemetryArtifactRetentionSeconds;\n const telemetryMetricRetentionSeconds =\n prune?.telemetryMetricRetentionSeconds ?? defaults?.telemetryMetricRetentionSeconds;\n const storagePolicy: WorkflowStoragePolicyMode =\n typeof workflow.storagePolicy === \"string\"\n ? (workflow.storagePolicy as WorkflowStoragePolicyMode)\n : (defaults?.storagePolicy ?? \"ALL\");\n return {\n retentionSeconds,\n binaryRetentionSeconds,\n telemetrySpanRetentionSeconds,\n telemetryArtifactRetentionSeconds,\n telemetryMetricRetentionSeconds,\n storagePolicy,\n };\n }\n}\n","import type {\n CurrentStateExecutionRequest,\n ExecutionContextFactory,\n ExecutionFrontierPlan,\n Items,\n NodeExecutionSnapshot,\n NodeId,\n NodeOutputs,\n ParentExecutionRef,\n PersistedRunControlState,\n RunCurrentState,\n RunDataFactory,\n RunExecutionOptions,\n RunId,\n RunIdFactory,\n RunQueueEntry,\n RunResult,\n WorkflowExecutionRepository,\n WorkflowDefinition,\n WorkflowId,\n WorkflowPolicyRuntimeDefaults,\n WorkflowSnapshotFactory,\n} from \"../types\";\n\nimport { WorkflowExecutableNodeClassifierFactory } from \"../workflow/definition/WorkflowExecutableNodeClassifierFactory\";\nimport { CurrentStateFrontierPlanner } from \"../planning/CurrentStateFrontierPlanner\";\nimport { RunQueuePlanner } from \"../planning/RunQueuePlanner\";\nimport { WorkflowTopology } from \"../planning/WorkflowTopologyPlanner\";\nimport { EngineExecutionLimitsPolicy } from \"../policies/executionLimits/EngineExecutionLimitsPolicy\";\nimport { EngineWorkflowPlanningFactory } from \"../planning/EngineWorkflowPlanningFactory\";\nimport type { EngineWaiters } from \"../orchestration/EngineWaiters\";\nimport { RunPolicySnapshotFactory } from \"../policies/storage/RunPolicySnapshotFactory\";\n\nimport { ActivationEnqueueService } from \"../execution/ActivationEnqueueService\";\nimport { NodeRunStateWriterFactory } from \"../execution/NodeRunStateWriterFactory\";\nimport { NodeActivationRequestComposer } from \"../execution/NodeActivationRequestComposer\";\nimport { NodeExecutionSnapshotFactory } from \"../execution/NodeExecutionSnapshotFactory\";\nimport { NodeInstantiationError } from \"../execution/NodeInstantiationError\";\nimport { PersistedRunStateTerminalBuilder } from \"../execution/PersistedRunStateTerminalBuilder\";\nimport { RunStateSemantics } from \"../execution/RunStateSemantics\";\nimport { WorkflowRunExecutionContextFactory } from \"../execution/WorkflowRunExecutionContextFactory\";\nimport { NodeEventPublisher } from \"../events/NodeEventPublisher\";\n\nexport class RunStartService {\n constructor(\n private readonly runIdFactory: RunIdFactory,\n private readonly workflowExecutionRepository: WorkflowExecutionRepository,\n private readonly runDataFactory: RunDataFactory,\n private readonly workflowSnapshotFactory: WorkflowSnapshotFactory,\n private readonly planningFactory: EngineWorkflowPlanningFactory,\n private readonly nodeStatePublisherFactory: NodeRunStateWriterFactory,\n private readonly runExecutionContextFactory: WorkflowRunExecutionContextFactory,\n private readonly nodeActivationRequestComposer: NodeActivationRequestComposer,\n private readonly activationEnqueueService: ActivationEnqueueService,\n private readonly semantics: RunStateSemantics,\n private readonly waiters: EngineWaiters,\n private readonly workflowPolicyRuntimeDefaults: WorkflowPolicyRuntimeDefaults | undefined,\n private readonly executionLimitsPolicy: EngineExecutionLimitsPolicy,\n private readonly nodeEventPublisher: NodeEventPublisher,\n private readonly persistedRunStateTerminalBuilder: PersistedRunStateTerminalBuilder,\n ) {}\n\n async runWorkflow(\n workflow: WorkflowDefinition,\n startAt: NodeId,\n items: Items,\n parent?: ParentExecutionRef,\n executionOptions?: RunExecutionOptions,\n persistedStateOverrides?: Readonly<{\n workflowSnapshot?: NonNullable>>[\"workflowSnapshot\"];\n mutableState?: NonNullable>>[\"mutableState\"];\n }>,\n ): Promise {\n const runId = this.runIdFactory.makeRunId();\n const startedAt = new Date().toISOString();\n const workflowSnapshot = persistedStateOverrides?.workflowSnapshot ?? this.workflowSnapshotFactory.create(workflow);\n const mutableState = persistedStateOverrides?.mutableState;\n const policySnapshot = RunPolicySnapshotFactory.create(workflow, this.workflowPolicyRuntimeDefaults);\n const mergedExecutionOptions = this.executionLimitsPolicy.mergeExecutionOptionsForNewRun(parent, executionOptions);\n\n await this.workflowExecutionRepository.createRun({\n runId,\n workflowId: workflow.id,\n startedAt,\n parent,\n executionOptions: mergedExecutionOptions,\n workflowSnapshot,\n mutableState,\n policySnapshot,\n engineCounters: { completedNodeActivations: 0 },\n });\n\n const data = this.runDataFactory.create();\n const base = this.runExecutionContextFactory.create({\n runId,\n workflowId: workflow.id,\n nodeId: startAt,\n parent,\n policySnapshot,\n subworkflowDepth: mergedExecutionOptions.subworkflowDepth ?? 0,\n engineMaxNodeActivations: mergedExecutionOptions.maxNodeActivations!,\n engineMaxSubworkflowDepth: mergedExecutionOptions.maxSubworkflowDepth!,\n data,\n nodeState: this.nodeStatePublisherFactory.create(runId, workflow.id, parent),\n testContext: mergedExecutionOptions.testContext,\n });\n let planning: Readonly>;\n try {\n planning = this.planningFactory.create(workflow);\n } catch (err) {\n if (err instanceof NodeInstantiationError) {\n return await this.failRunDuringPlanning({\n runId,\n workflowId: workflow.id,\n startedAt,\n parent,\n executionOptions: mergedExecutionOptions,\n control: undefined,\n workflowSnapshot,\n mutableState,\n policySnapshot,\n err,\n });\n }\n throw err;\n }\n const { topology, planner } = planning;\n const startDefinition = topology.defsById.get(startAt);\n if (!startDefinition) {\n throw new Error(`Unknown start nodeId: ${startAt}`);\n }\n\n const initialNodeSnapshotsByNodeId: Record = {};\n if (startDefinition.kind === \"trigger\") {\n const request = this.nodeActivationRequestComposer.createSingleFromDefinition({\n runId,\n workflowId: workflow.id,\n definition: startDefinition,\n parent,\n executionOptions: mergedExecutionOptions,\n batchId: \"batch_1\",\n input: items,\n base,\n data,\n });\n return await this.activationEnqueueService.enqueueActivation({\n runId,\n workflowId: workflow.id,\n startedAt,\n parent,\n executionOptions: mergedExecutionOptions,\n workflowSnapshot,\n mutableState,\n policySnapshot,\n control: undefined,\n pendingQueue: [],\n request,\n previousNodeSnapshotsByNodeId: initialNodeSnapshotsByNodeId,\n planner,\n engineCounters: { completedNodeActivations: 0 },\n connectionInvocations: [],\n });\n }\n\n const queue: RunQueueEntry[] = [{ nodeId: startAt, input: items, toInput: \"in\", batchId: \"batch_1\" }];\n return await this.scheduleQueuedPlan({\n runId,\n workflowId: workflow.id,\n startedAt,\n parent,\n executionOptions: mergedExecutionOptions,\n control: undefined,\n workflowSnapshot,\n mutableState,\n policySnapshot,\n workflow,\n planner,\n queue,\n base,\n data,\n nodeSnapshotsByNodeId: initialNodeSnapshotsByNodeId,\n connectionInvocations: [],\n });\n }\n\n async runWorkflowFromState(request: CurrentStateExecutionRequest): Promise {\n const runId = this.runIdFactory.makeRunId();\n const startedAt = new Date().toISOString();\n const workflowSnapshot = request.workflowSnapshot ?? this.workflowSnapshotFactory.create(request.workflow);\n const mutableState = request.mutableState ?? request.currentState?.mutableState;\n const policySnapshot = RunPolicySnapshotFactory.create(request.workflow, this.workflowPolicyRuntimeDefaults);\n const control = {\n stopCondition: request.stopCondition ?? { kind: \"workflowCompleted\" as const },\n };\n const mergedExecutionOptions = this.executionLimitsPolicy.mergeExecutionOptionsForNewRun(\n request.parent,\n request.executionOptions,\n );\n\n await this.workflowExecutionRepository.createRun({\n runId,\n workflowId: request.workflow.id,\n startedAt,\n parent: request.parent,\n executionOptions: mergedExecutionOptions,\n control,\n workflowSnapshot,\n mutableState,\n policySnapshot,\n engineCounters: { completedNodeActivations: 0 },\n });\n\n let planningFromState: Readonly>;\n try {\n planningFromState = this.planningFactory.create(request.workflow);\n } catch (err) {\n if (err instanceof NodeInstantiationError) {\n return await this.failRunDuringPlanning({\n runId,\n workflowId: request.workflow.id,\n startedAt,\n parent: request.parent,\n executionOptions: mergedExecutionOptions,\n control,\n workflowSnapshot,\n mutableState,\n policySnapshot,\n err,\n });\n }\n throw err;\n }\n const { topology, planner } = planningFromState;\n const plan = CurrentStateFrontierPlanner.createFromTopology(topology).plan({\n currentState: this.createRunCurrentState(request.currentState, mutableState),\n stopCondition: control.stopCondition,\n reset: request.reset,\n items: request.items,\n });\n\n const data = this.runDataFactory.create(plan.currentState.outputsByNode);\n const base = this.runExecutionContextFactory.create({\n runId,\n workflowId: request.workflow.id,\n nodeId:\n WorkflowExecutableNodeClassifierFactory.create(request.workflow).firstExecutableNodeIdInDefinitionOrder(\n request.workflow,\n ) ?? \"unknown_node\",\n parent: request.parent,\n policySnapshot,\n subworkflowDepth: mergedExecutionOptions.subworkflowDepth ?? 0,\n engineMaxNodeActivations: mergedExecutionOptions.maxNodeActivations!,\n engineMaxSubworkflowDepth: mergedExecutionOptions.maxSubworkflowDepth!,\n data,\n nodeState: this.nodeStatePublisherFactory.create(runId, request.workflow.id, request.parent),\n testContext: mergedExecutionOptions.testContext,\n });\n\n return await this.scheduleInitialPlan({\n runId,\n startedAt,\n workflow: request.workflow,\n workflowSnapshot,\n mutableState,\n policySnapshot,\n executionOptions: mergedExecutionOptions,\n control,\n parent: request.parent,\n planner,\n plan,\n base,\n data,\n });\n }\n\n private createRunCurrentState(\n currentState: RunCurrentState | undefined,\n mutableState: NonNullable>>[\"mutableState\"],\n ): RunCurrentState {\n return {\n outputsByNode: { ...(currentState?.outputsByNode ?? {}) },\n nodeSnapshotsByNodeId: { ...(currentState?.nodeSnapshotsByNodeId ?? {}) },\n connectionInvocations: [],\n mutableState: mutableState ?? currentState?.mutableState,\n };\n }\n\n private async scheduleInitialPlan(args: {\n runId: RunId;\n startedAt: string;\n workflow: WorkflowDefinition;\n workflowSnapshot: NonNullable>>[\"workflowSnapshot\"];\n mutableState: NonNullable>>[\"mutableState\"];\n policySnapshot: NonNullable>>[\"policySnapshot\"];\n executionOptions?: RunExecutionOptions;\n control: PersistedRunControlState | undefined;\n parent?: ParentExecutionRef;\n planner: RunQueuePlanner;\n plan: ExecutionFrontierPlan;\n base: ReturnType;\n data: ReturnType;\n }): Promise {\n const initialNodeSnapshotsByNodeId = this.semantics.applySkippedSnapshots({\n runId: args.runId,\n workflowId: args.workflow.id,\n parent: args.parent,\n currentState: args.plan.currentState,\n skippedNodeIds: args.plan.skippedNodeIds,\n preservedPinnedNodeIds: args.plan.preservedPinnedNodeIds,\n finishedAt: args.startedAt,\n });\n\n if (args.plan.rootNodeId) {\n const startDef = WorkflowTopology.fromWorkflow(args.workflow).defsById.get(args.plan.rootNodeId);\n if (!startDef) {\n throw new Error(`Unknown frontier nodeId: ${args.plan.rootNodeId}`);\n }\n const startItems = args.plan.rootNodeInput ?? [];\n const request = this.nodeActivationRequestComposer.createSingleFromDefinition({\n runId: args.runId,\n workflowId: args.workflow.id,\n definition: startDef,\n parent: args.parent,\n executionOptions: args.executionOptions,\n batchId: \"batch_1\",\n input: startItems,\n base: args.base,\n data: args.data,\n });\n return await this.activationEnqueueService.enqueueActivation({\n runId: args.runId,\n workflowId: args.workflow.id,\n startedAt: args.startedAt,\n parent: args.parent,\n executionOptions: args.executionOptions,\n control: args.control,\n workflowSnapshot: args.workflowSnapshot,\n mutableState: args.mutableState,\n policySnapshot: args.policySnapshot,\n pendingQueue: [],\n request,\n previousNodeSnapshotsByNodeId: initialNodeSnapshotsByNodeId,\n planner: args.planner,\n engineCounters: { completedNodeActivations: 0 },\n connectionInvocations: args.plan.currentState.connectionInvocations ?? [],\n });\n }\n\n return await this.scheduleQueuedPlan({\n runId: args.runId,\n workflowId: args.workflow.id,\n startedAt: args.startedAt,\n parent: args.parent,\n executionOptions: args.executionOptions,\n control: args.control,\n workflowSnapshot: args.workflowSnapshot,\n mutableState: args.mutableState,\n policySnapshot: args.policySnapshot,\n workflow: args.workflow,\n planner: args.planner,\n queue: [...args.plan.queue],\n base: args.base,\n data: args.data,\n nodeSnapshotsByNodeId: initialNodeSnapshotsByNodeId,\n connectionInvocations: args.plan.currentState.connectionInvocations ?? [],\n });\n }\n\n private async scheduleQueuedPlan(args: {\n runId: RunId;\n workflowId: WorkflowId;\n startedAt: string;\n parent?: ParentExecutionRef;\n executionOptions?: RunExecutionOptions;\n control: PersistedRunControlState | undefined;\n workflowSnapshot: NonNullable>>[\"workflowSnapshot\"];\n mutableState: NonNullable>>[\"mutableState\"];\n policySnapshot: NonNullable>>[\"policySnapshot\"];\n workflow: WorkflowDefinition;\n planner: RunQueuePlanner;\n queue: RunQueueEntry[];\n base: ReturnType;\n data: ReturnType;\n nodeSnapshotsByNodeId: Record;\n connectionInvocations: RunCurrentState[\"connectionInvocations\"];\n }): Promise {\n this.semantics.applyPinnedQueueSkips({\n runId: args.runId,\n workflowId: args.workflowId,\n parent: args.parent,\n mutableState: args.mutableState,\n planner: args.planner,\n queue: args.queue,\n data: args.data,\n nodeSnapshotsByNodeId: args.nodeSnapshotsByNodeId,\n finishedAt: args.startedAt,\n });\n const next = args.planner.nextActivation(args.queue);\n if (!next) {\n return await this.completeRun({\n runId: args.runId,\n workflowId: args.workflowId,\n startedAt: args.startedAt,\n parent: args.parent,\n executionOptions: args.executionOptions,\n control: args.control,\n workflowSnapshot: args.workflowSnapshot,\n mutableState: args.mutableState,\n policySnapshot: args.policySnapshot,\n workflow: args.workflow,\n data: args.data,\n nodeSnapshotsByNodeId: args.nodeSnapshotsByNodeId,\n connectionInvocations: args.connectionInvocations,\n });\n }\n\n const definition = WorkflowTopology.fromWorkflow(args.workflow).defsById.get(next.nodeId);\n if (!definition || definition.kind !== \"node\") {\n throw new Error(`Node ${next.nodeId} is not a runnable node`);\n }\n\n const request = this.nodeActivationRequestComposer.createFromPlannedActivation({\n next,\n base: args.base,\n data: args.data,\n runId: args.runId,\n workflowId: args.workflowId,\n parent: args.parent,\n executionOptions: args.executionOptions,\n nodeDefinition: definition,\n });\n\n return await this.activationEnqueueService.enqueueActivation({\n runId: args.runId,\n workflowId: args.workflowId,\n startedAt: args.startedAt,\n parent: args.parent,\n executionOptions: args.executionOptions,\n control: args.control,\n workflowSnapshot: args.workflowSnapshot,\n mutableState: args.mutableState,\n policySnapshot: args.policySnapshot,\n pendingQueue: args.queue,\n request,\n previousNodeSnapshotsByNodeId: args.nodeSnapshotsByNodeId,\n planner: args.planner,\n engineCounters: { completedNodeActivations: 0 },\n connectionInvocations: args.connectionInvocations ?? [],\n });\n }\n\n private async completeRun(args: {\n runId: RunId;\n workflowId: WorkflowId;\n startedAt: string;\n parent?: ParentExecutionRef;\n executionOptions?: RunExecutionOptions;\n control: PersistedRunControlState | undefined;\n workflowSnapshot: NonNullable>>[\"workflowSnapshot\"];\n mutableState: NonNullable>>[\"mutableState\"];\n policySnapshot: NonNullable>>[\"policySnapshot\"];\n workflow: WorkflowDefinition;\n data: ReturnType;\n nodeSnapshotsByNodeId: Record;\n connectionInvocations: RunCurrentState[\"connectionInvocations\"];\n }): Promise {\n await this.workflowExecutionRepository.save({\n runId: args.runId,\n workflowId: args.workflowId,\n startedAt: args.startedAt,\n parent: args.parent,\n executionOptions: args.executionOptions,\n control: args.control,\n workflowSnapshot: args.workflowSnapshot,\n mutableState: args.mutableState,\n policySnapshot: args.policySnapshot,\n engineCounters: { completedNodeActivations: 0 },\n connectionInvocations: args.connectionInvocations ? [...args.connectionInvocations] : [],\n status: \"completed\",\n pending: undefined,\n queue: [],\n outputsByNode: args.data.dump(),\n nodeSnapshotsByNodeId: args.nodeSnapshotsByNodeId,\n });\n const result: RunResult = {\n runId: args.runId,\n workflowId: args.workflowId,\n startedAt: args.startedAt,\n status: \"completed\",\n outputs: this.semantics.resolveResultOutputs(\n args.workflow,\n args.control?.stopCondition,\n args.data.dump() as Record,\n ),\n };\n this.waiters.resolveRunCompletion(result);\n return result;\n }\n\n private async failRunDuringPlanning(args: {\n runId: RunId;\n workflowId: WorkflowId;\n startedAt: string;\n parent?: ParentExecutionRef;\n executionOptions?: RunExecutionOptions;\n control?: PersistedRunControlState;\n workflowSnapshot: NonNullable>>[\"workflowSnapshot\"];\n mutableState: NonNullable>>[\"mutableState\"];\n policySnapshot: NonNullable>>[\"policySnapshot\"];\n err: NodeInstantiationError;\n }): Promise {\n const finishedAt = new Date().toISOString();\n const failedSnapshot = NodeExecutionSnapshotFactory.failed({\n previous: undefined,\n runId: args.runId,\n workflowId: args.workflowId,\n nodeId: args.err.nodeId,\n activationId: \"planning_failure\",\n parent: args.parent,\n finishedAt,\n inputsByPort: {},\n error: args.err,\n });\n const failedState = this.persistedRunStateTerminalBuilder.mergeTerminal({\n state: {\n runId: args.runId,\n workflowId: args.workflowId,\n startedAt: args.startedAt,\n parent: args.parent,\n executionOptions: args.executionOptions,\n control: args.control,\n workflowSnapshot: args.workflowSnapshot,\n mutableState: args.mutableState,\n policySnapshot: args.policySnapshot,\n engineCounters: { completedNodeActivations: 0 },\n status: \"pending\",\n pending: undefined,\n queue: [],\n outputsByNode: {},\n nodeSnapshotsByNodeId: {},\n connectionInvocations: [],\n },\n engineCounters: { completedNodeActivations: 0 },\n status: \"failed\",\n queue: [],\n outputsByNode: {},\n nodeSnapshotsByNodeId: { [args.err.nodeId]: failedSnapshot },\n finishedAtIso: finishedAt,\n });\n await this.workflowExecutionRepository.save(failedState);\n await this.nodeEventPublisher.publish(\"nodeFailed\", failedSnapshot);\n\n const result: RunResult = {\n runId: args.runId,\n workflowId: args.workflowId,\n startedAt: args.startedAt,\n status: \"failed\",\n error: { message: args.err.message },\n };\n this.waiters.resolveRunCompletion(result);\n return result;\n }\n}\n","import type {\n ExecutionMode,\n NodeConfigBase,\n NodeId,\n NodeOffloadPolicy,\n NodeSchedulerDecision,\n WorkflowId,\n} from \"../types\";\nexport class ConfigDrivenOffloadPolicy implements NodeOffloadPolicy {\n private readonly defaultMode: ExecutionMode;\n\n constructor(defaultMode: ExecutionMode = \"worker\") {\n this.defaultMode = defaultMode;\n }\n\n decide(args: { workflowId: WorkflowId; nodeId: NodeId; config: NodeConfigBase }): NodeSchedulerDecision {\n const hint = args.config.execution?.hint;\n const queue = args.config.execution?.queue;\n\n if (hint === \"local\") return { mode: \"local\" };\n if (hint === \"worker\") return { mode: \"worker\", queue };\n\n if (queue) return { mode: \"worker\", queue };\n\n return { mode: this.defaultMode };\n }\n}\n","import type {\n NodeActivationContinuation,\n PreparedNodeActivationDispatch,\n NodeActivationReceipt,\n NodeActivationRequest,\n NodeActivationScheduler,\n NodeExecutionRequest,\n NodeExecutionScheduler,\n NodeOffloadPolicy,\n} from \"../types\";\nimport { InlineDrivingScheduler } from \"./InlineDrivingScheduler\";\n\ntype SchedulerSelection = Readonly<{\n mode: NodeActivationReceipt[\"mode\"];\n queue?: string;\n decision: \"runIntentOverride\" | \"nodePolicy\" | \"containerDefault\";\n}>;\n\nexport class DefaultDrivingScheduler implements NodeActivationScheduler {\n constructor(\n private readonly offloadPolicy: NodeOffloadPolicy,\n private readonly workerScheduler: NodeExecutionScheduler,\n private readonly inline: InlineDrivingScheduler,\n ) {}\n\n setContinuation(continuation: NodeActivationContinuation): void {\n this.inline.setContinuation(continuation);\n }\n\n async prepareDispatch(request: NodeActivationRequest): Promise {\n const selection = await this.selectScheduler(request);\n if (selection.mode === \"worker\") {\n if (request.kind === \"multi\") {\n throw new Error(`Multi-input node ${request.nodeId} cannot be scheduled to worker (insert local placement)`);\n }\n\n const workerRequest: NodeExecutionRequest = {\n runId: request.runId,\n activationId: request.activationId,\n workflowId: request.workflowId,\n nodeId: request.nodeId,\n input: request.input,\n parent: request.parent,\n queue: selection.queue,\n executionOptions: request.executionOptions,\n };\n\n return {\n receipt: {\n receiptId: request.activationId,\n mode: \"worker\",\n queue: selection.queue,\n },\n dispatch: async () => {\n await this.workerScheduler.enqueue(workerRequest);\n },\n };\n }\n\n return await this.prepareInlineDispatch(request);\n }\n\n private async selectScheduler(request: NodeActivationRequest): Promise {\n if (request.executionOptions?.localOnly) {\n return {\n mode: \"local\",\n decision: \"runIntentOverride\",\n };\n }\n\n const decision = this.offloadPolicy.decide({\n workflowId: request.workflowId,\n nodeId: request.nodeId,\n config: request.ctx.config,\n });\n if (this.hasNodeSchedulingPreference(request)) {\n return {\n mode: decision.mode,\n queue: decision.queue,\n decision: \"nodePolicy\",\n };\n }\n\n return {\n mode: decision.mode,\n queue: decision.queue,\n decision: \"containerDefault\",\n };\n }\n\n private hasNodeSchedulingPreference(request: NodeActivationRequest): boolean {\n return request.ctx.config.execution?.hint !== undefined || request.ctx.config.execution?.queue !== undefined;\n }\n\n private async prepareInlineDispatch(request: NodeActivationRequest): Promise {\n const prepared = await this.inline.prepareDispatch(request);\n return {\n receipt: { ...prepared.receipt, mode: \"local\" },\n dispatch: async () => {\n await prepared.dispatch();\n },\n };\n }\n}\n","import type { NodeConfigBase, NodeId, NodeOffloadPolicy, NodeSchedulerDecision, WorkflowId } from \"../types\";\n\nexport class HintOnlyOffloadPolicy implements NodeOffloadPolicy {\n decide(args: { workflowId: WorkflowId; nodeId: NodeId; config: NodeConfigBase }): NodeSchedulerDecision {\n const hint = args.config.execution?.hint;\n if (hint === \"worker\") return { mode: \"worker\", queue: args.config.execution?.queue };\n return { mode: \"local\" };\n }\n}\n","import type {\n NodeActivationContinuation,\n PreparedNodeActivationDispatch,\n NodeActivationReceipt,\n NodeActivationRequest,\n NodeActivationScheduler,\n} from \"../types\";\nimport { NodeExecutor } from \"../execution/NodeExecutor\";\n\nexport class InlineDrivingScheduler implements NodeActivationScheduler {\n private continuation: NodeActivationContinuation | undefined;\n private readonly drainingRuns = new Set();\n private readonly queuesByRunId = new Map<\n string,\n Array>\n >();\n private readonly scheduledRuns = new Set();\n private stopped = false;\n private readonly activeDrainPromises = new Set>();\n\n constructor(private readonly nodeExecutor: NodeExecutor) {}\n\n setContinuation(continuation: NodeActivationContinuation): void {\n this.continuation = continuation;\n }\n\n async stop(): Promise {\n this.stopped = true;\n if (this.activeDrainPromises.size > 0) {\n await Promise.allSettled(this.activeDrainPromises);\n }\n }\n\n async prepareDispatch(request: NodeActivationRequest): Promise {\n const receipt: NodeActivationReceipt = { receiptId: request.activationId, mode: \"local\" };\n return {\n receipt,\n dispatch: async () => {\n const queue = this.queuesByRunId.get(request.runId) ?? [];\n queue.push({ request, receipt });\n this.queuesByRunId.set(request.runId, queue);\n this.scheduleDrain(request.runId);\n },\n };\n }\n\n private async drainRun(runId: string): Promise {\n if (this.drainingRuns.has(runId)) return;\n this.drainingRuns.add(runId);\n this.scheduledRuns.delete(runId);\n try {\n const q = this.queuesByRunId.get(runId) ?? [];\n if (q.length === 0) return;\n const next = q.shift()!;\n const { request } = next;\n\n const cont = this.continuation;\n if (!cont) throw new Error(\"InlineDrivingScheduler is missing a continuation (setContinuation was not called)\");\n\n await cont.markNodeRunning({\n runId: request.runId,\n activationId: request.activationId,\n nodeId: request.nodeId,\n inputsByPort: request.kind === \"multi\" ? request.inputsByPort : { in: request.input },\n });\n\n let outputs;\n try {\n outputs = await this.nodeExecutor.execute(request);\n } catch (e) {\n await this.resumeAfterExecutionError(cont, request, this.asError(e));\n return;\n }\n\n await this.resumeAfterExecutionResult(cont, request, outputs ?? {});\n } finally {\n if ((this.queuesByRunId.get(runId)?.length ?? 0) === 0) this.queuesByRunId.delete(runId);\n this.drainingRuns.delete(runId);\n if ((this.queuesByRunId.get(runId)?.length ?? 0) > 0) {\n this.scheduleDrain(runId);\n }\n }\n }\n\n private scheduleDrain(runId: string): void {\n if (this.stopped || this.drainingRuns.has(runId) || this.scheduledRuns.has(runId)) {\n return;\n }\n this.scheduledRuns.add(runId);\n setImmediate(() => {\n this.scheduledRuns.delete(runId);\n if (this.stopped) return;\n const p = this.drainRun(runId).finally(() => {\n this.activeDrainPromises.delete(p);\n });\n this.activeDrainPromises.add(p);\n });\n }\n\n private async resumeAfterExecutionResult(\n continuation: NodeActivationContinuation,\n request: NodeActivationRequest,\n outputs: unknown,\n ): Promise {\n try {\n await continuation.resumeFromNodeResult({\n runId: request.runId,\n activationId: request.activationId,\n nodeId: request.nodeId,\n outputs: outputs as any,\n });\n } catch (e) {\n this.rethrowUnlessIgnorableContinuationError(e);\n }\n }\n\n private async resumeAfterExecutionError(\n continuation: NodeActivationContinuation,\n request: NodeActivationRequest,\n error: Error,\n ): Promise {\n try {\n await continuation.resumeFromNodeError({\n runId: request.runId,\n activationId: request.activationId,\n nodeId: request.nodeId,\n error,\n });\n } catch (e) {\n this.rethrowUnlessIgnorableContinuationError(e);\n }\n }\n\n private asError(e: unknown): Error {\n return e instanceof Error ? e : new Error(String(e));\n }\n\n private rethrowUnlessIgnorableContinuationError(e: unknown): void {\n if (this.isIgnorableContinuationError(e)) {\n return;\n }\n throw this.asError(e);\n }\n\n private isIgnorableContinuationError(e: unknown): boolean {\n const message = this.asError(e).message;\n return (\n message.includes(\" is not pending\") ||\n message.includes(\"activationId mismatch\") ||\n message.includes(\"nodeId mismatch\")\n );\n }\n}\n","import type { NodeExecutionRequest, NodeExecutionScheduler } from \"../types\";\n\nexport class LocalOnlyScheduler implements NodeExecutionScheduler {\n async enqueue(_request: NodeExecutionRequest): Promise<{ receiptId: string }> {\n throw new Error(\"No worker scheduler configured\");\n }\n}\n","import type { ParentExecutionRef, RunExecutionOptions } from \"../../types\";\n\nexport interface EngineExecutionLimitsPolicyConfig {\n readonly defaultMaxNodeActivations: number;\n readonly hardMaxNodeActivations: number;\n readonly defaultMaxSubworkflowDepth: number;\n readonly hardMaxSubworkflowDepth: number;\n}\n\nexport const ENGINE_EXECUTION_LIMITS_DEFAULTS: EngineExecutionLimitsPolicyConfig = {\n defaultMaxNodeActivations: 100_000,\n hardMaxNodeActivations: 100_000,\n defaultMaxSubworkflowDepth: 32,\n hardMaxSubworkflowDepth: 32,\n};\n\nexport class EngineExecutionLimitsPolicy {\n constructor(private readonly config: EngineExecutionLimitsPolicyConfig = ENGINE_EXECUTION_LIMITS_DEFAULTS) {}\n\n createRootExecutionOptions(): RunExecutionOptions {\n return this.mergeExecutionOptionsForNewRun(undefined, undefined);\n }\n\n mergeExecutionOptionsForNewRun(\n parent: ParentExecutionRef | undefined,\n user: RunExecutionOptions | undefined,\n ): RunExecutionOptions {\n const subworkflowDepth = parent === undefined ? 0 : (parent.subworkflowDepth ?? 0) + 1;\n const inheritedMaxNode = parent?.engineMaxNodeActivations;\n const inheritedMaxSub = parent?.engineMaxSubworkflowDepth;\n const maxNodeActivations = this.capNumber(\n user?.maxNodeActivations ?? inheritedMaxNode,\n this.config.defaultMaxNodeActivations,\n this.config.hardMaxNodeActivations,\n );\n const maxSubworkflowDepth = this.capNumber(\n user?.maxSubworkflowDepth ?? inheritedMaxSub,\n this.config.defaultMaxSubworkflowDepth,\n this.config.hardMaxSubworkflowDepth,\n );\n if (subworkflowDepth > maxSubworkflowDepth) {\n throw new Error(\n `Subworkflow nesting depth ${subworkflowDepth} exceeds maxSubworkflowDepth ${maxSubworkflowDepth} (run would be a child of parent run).`,\n );\n }\n return {\n ...user,\n subworkflowDepth,\n maxNodeActivations,\n maxSubworkflowDepth,\n };\n }\n\n private capNumber(requested: number | undefined, defaultValue: number, hardCeiling: number): number {\n const base = requested === undefined ? defaultValue : requested;\n return Math.min(base, hardCeiling);\n }\n}\n","import type { PersistedRunState, WorkflowDefinition, WorkflowExecutionRepository } from \"../../types\";\n\nimport { WorkflowStoragePolicyEvaluator } from \"./WorkflowStoragePolicyEvaluator\";\n\nexport class RunTerminalPersistenceCoordinator {\n constructor(\n private readonly runRepository: WorkflowExecutionRepository,\n private readonly storageEvaluator: WorkflowStoragePolicyEvaluator,\n ) {}\n\n async maybeDeleteAfterTerminalState(args: {\n workflow: WorkflowDefinition;\n state: PersistedRunState;\n finalStatus: \"completed\" | \"failed\";\n finishedAt: string;\n }): Promise {\n const persist = await this.storageEvaluator.shouldPersist(args.workflow, args.state.policySnapshot, {\n runId: args.state.runId,\n workflowId: args.state.workflowId,\n workflow: args.workflow,\n finalStatus: args.finalStatus,\n startedAt: args.state.startedAt,\n finishedAt: args.finishedAt,\n });\n if (persist) return;\n if (!this.runRepository.deleteRun) return;\n await this.runRepository.deleteRun(args.state.runId);\n }\n}\n","import type { TypeToken } from \"../di\";\nimport type {\n NodeErrorHandler,\n NodeErrorHandlerSpec,\n NodeResolver,\n WorkflowErrorHandler,\n WorkflowErrorHandlerSpec,\n} from \"../types\";\n\nexport class WorkflowPolicyErrorServices {\n constructor(private readonly nodeResolver: NodeResolver) {}\n\n resolveNodeErrorHandler(spec: NodeErrorHandlerSpec | undefined): NodeErrorHandler | undefined {\n if (!spec) return undefined;\n if (\n typeof spec === \"object\" &&\n spec !== null &&\n \"handle\" in spec &&\n typeof (spec as NodeErrorHandler).handle === \"function\"\n ) {\n return spec as NodeErrorHandler;\n }\n return this.nodeResolver.resolve(spec as TypeToken);\n }\n\n resolveWorkflowErrorHandler(spec: WorkflowErrorHandlerSpec | undefined): WorkflowErrorHandler | undefined {\n if (!spec) return undefined;\n if (\n typeof spec === \"object\" &&\n spec !== null &&\n \"onError\" in spec &&\n typeof (spec as WorkflowErrorHandler).onError === \"function\"\n ) {\n return spec as WorkflowErrorHandler;\n }\n return this.nodeResolver.resolve(spec as TypeToken);\n }\n}\n","import type { TypeToken } from \"../../di\";\nimport type {\n NodeResolver,\n PersistedRunPolicySnapshot,\n WorkflowDefinition,\n WorkflowStoragePolicyDecisionArgs,\n WorkflowStoragePolicyMode,\n WorkflowStoragePolicyResolver,\n} from \"../../types\";\n\nexport class WorkflowStoragePolicyEvaluator {\n constructor(private readonly nodeResolver: NodeResolver) {}\n\n async shouldPersist(\n workflow: WorkflowDefinition,\n snapshot: PersistedRunPolicySnapshot | undefined,\n args: WorkflowStoragePolicyDecisionArgs,\n ): Promise {\n const spec = workflow.storagePolicy;\n if (spec === undefined) {\n return this.modeMatches(snapshot?.storagePolicy ?? \"ALL\", args);\n }\n if (typeof spec === \"string\") {\n return this.modeMatches(spec as WorkflowStoragePolicyMode, args);\n }\n const resolver = this.nodeResolver.resolve(\n spec as TypeToken,\n ) as WorkflowStoragePolicyResolver;\n return Boolean(await resolver.shouldPersist(args));\n }\n\n private modeMatches(mode: WorkflowStoragePolicyMode, args: WorkflowStoragePolicyDecisionArgs): boolean {\n if (mode === \"ALL\") return true;\n if (mode === \"NEVER\") return false;\n if (mode === \"SUCCESS\") return args.finalStatus === \"completed\";\n if (mode === \"ERROR\") return args.finalStatus === \"failed\";\n return true;\n }\n}\n","import { ReadableStream } from \"node:stream/web\";\n\nimport type { BinaryBody } from \"../types\";\n\nexport class BinaryBodyBufferReader {\n async read(body: BinaryBody): Promise {\n if (body instanceof Uint8Array) {\n return body;\n }\n if (body instanceof ArrayBuffer) {\n return new Uint8Array(body);\n }\n if (body instanceof ReadableStream) {\n return await this.readReadableStream(body);\n }\n return await this.readAsyncIterable(body);\n }\n\n private async readReadableStream(body: ReadableStream): Promise {\n const reader = body.getReader();\n const chunks: Uint8Array[] = [];\n let totalSize = 0;\n try {\n while (true) {\n const result = await reader.read();\n if (result.done) {\n break;\n }\n chunks.push(result.value);\n totalSize += result.value.byteLength;\n }\n } finally {\n reader.releaseLock();\n }\n return this.joinChunks(chunks, totalSize);\n }\n\n private async readAsyncIterable(body: AsyncIterable): Promise {\n const chunks: Uint8Array[] = [];\n let totalSize = 0;\n for await (const chunk of body) {\n chunks.push(chunk);\n totalSize += chunk.byteLength;\n }\n return this.joinChunks(chunks, totalSize);\n }\n\n private joinChunks(chunks: ReadonlyArray, totalSize: number): Uint8Array {\n const bytes = new Uint8Array(totalSize);\n let offset = 0;\n for (const chunk of chunks) {\n bytes.set(chunk, offset);\n offset += chunk.byteLength;\n }\n return bytes;\n }\n}\n","import { ReadableStream } from \"node:stream/web\";\n\nexport class BinaryBodyReadableStreamFactory {\n constructor(private readonly bytes: Uint8Array) {}\n\n create(): ReadableStream {\n const value = this.bytes;\n let consumed = false;\n return new ReadableStream({\n pull(controller) {\n if (consumed) {\n controller.close();\n return;\n }\n consumed = true;\n controller.enqueue(value);\n controller.close();\n },\n });\n }\n}\n","import { createHash } from \"node:crypto\";\n\nimport type {\n BinaryBody,\n BinaryStorage,\n BinaryStorageReadResult,\n BinaryStorageStatResult,\n BinaryStorageWriteResult,\n} from \"../types\";\n\nimport { BinaryBodyBufferReader } from \"./BinaryBodyBufferReader\";\nimport { BinaryBodyReadableStreamFactory } from \"./BinaryBodyReadableStreamFactory\";\n\nexport class InMemoryBinaryStorage implements BinaryStorage {\n readonly driverName = \"memory\";\n private readonly values = new Map();\n\n async write(args: { storageKey: string; body: BinaryBody }): Promise {\n const bytes = await new BinaryBodyBufferReader().read(args.body);\n this.values.set(args.storageKey, bytes);\n return {\n storageKey: args.storageKey,\n size: bytes.byteLength,\n sha256: createHash(\"sha256\").update(bytes).digest(\"hex\"),\n };\n }\n\n async openReadStream(storageKey: string): Promise {\n const bytes = this.values.get(storageKey);\n if (!bytes) {\n return undefined;\n }\n return {\n body: new BinaryBodyReadableStreamFactory(bytes).create(),\n size: bytes.byteLength,\n };\n }\n\n async stat(storageKey: string): Promise {\n const bytes = this.values.get(storageKey);\n if (!bytes) {\n return { exists: false };\n }\n return { exists: true, size: bytes.byteLength };\n }\n\n async delete(storageKey: string): Promise {\n this.values.delete(storageKey);\n }\n\n async deleteMany(storageKeys: ReadonlyArray): Promise {\n for (const key of storageKeys) {\n this.values.delete(key);\n }\n }\n\n async listByPrefix(prefix: string): Promise> {\n return Array.from(this.values.keys()).filter((key) => key.startsWith(prefix));\n }\n}\n\nexport { BinaryBodyBufferReader } from \"./BinaryBodyBufferReader\";\nexport { BinaryBodyReadableStreamFactory } from \"./BinaryBodyReadableStreamFactory\";\n","import type { Items, MutableRunData, NodeId, NodeIdRef, NodeOutputs, OutputPortKey, Item } from \"../types\";\n\nexport class InMemoryRunData implements MutableRunData {\n private readonly byNode = new Map();\n\n constructor(initial?: Record) {\n if (initial) {\n for (const [nodeId, outputs] of Object.entries(initial)) this.byNode.set(nodeId, outputs);\n }\n }\n\n setOutputs(nodeId: NodeId, outputs: NodeOutputs): void {\n this.byNode.set(nodeId, outputs);\n }\n\n getOutputs(nodeId: NodeId): NodeOutputs | undefined {\n return this.byNode.get(nodeId);\n }\n\n getOutputItems(nodeId: NodeId | NodeIdRef, output: OutputPortKey = \"main\"): Items {\n return (this.byNode.get(nodeId)?.[output] ?? []) as Items;\n }\n\n getOutputItem(\n nodeId: NodeId | NodeIdRef,\n itemIndex: number,\n output: OutputPortKey = \"main\",\n ): Item | undefined {\n return this.getOutputItems(nodeId, output)[itemIndex];\n }\n\n dump(): Record {\n const out: Record = {};\n for (const [nodeId, outputs] of this.byNode.entries()) out[nodeId] = outputs;\n return out;\n }\n}\n","import type { MutableRunData, NodeId, NodeOutputs, RunDataFactory } from \"../types\";\nimport { InMemoryRunData } from \"./InMemoryRunData\";\n\nexport class InMemoryRunDataFactory implements RunDataFactory {\n create(initial?: Record): MutableRunData {\n return new InMemoryRunData(initial);\n }\n}\n","export class PollingTriggerDedupWindow {\n static readonly defaultCapN = 2000;\n\n merge(\n previous: ReadonlyArray,\n incoming: ReadonlyArray,\n capN: number = PollingTriggerDedupWindow.defaultCapN,\n ): ReadonlyArray {\n const merged = new Set(previous);\n for (const id of incoming) {\n merged.add(id);\n }\n const result = [...merged];\n if (result.length <= capN) {\n return result;\n }\n return result.slice(result.length - capN);\n }\n}\n","import type { Items, TriggerInstanceId, TriggerSetupStateRepository } from \"../../types\";\nimport type { PollingTriggerLogger } from \"./PollingTriggerLogger\";\n\nexport interface PollingRunCycleArgs {\n previousState: TState | undefined;\n signal: AbortSignal;\n}\n\nexport interface PollingRunCycleResult {\n items: Items;\n nextState: TState;\n}\n\nexport interface PollingTriggerStartArgs {\n trigger: TriggerInstanceId;\n intervalMs: number;\n seedState?: TState;\n runCycle: (cycleCtx: PollingRunCycleArgs) => Promise>;\n emit: (items: Items) => Promise;\n}\n\nexport class PollingTriggerRuntime {\n private readonly activeTriggers = new Set();\n private readonly intervalsByTrigger = new Map>();\n private readonly busyTriggers = new Set();\n\n constructor(\n private readonly triggerSetupStateRepository: TriggerSetupStateRepository,\n private readonly logger: PollingTriggerLogger,\n ) {}\n\n async start(args: PollingTriggerStartArgs): Promise {\n let first: TState | undefined;\n try {\n first = await this.runCycle(args, { seedState: args.seedState });\n } catch (err: unknown) {\n this.logError(`Polling trigger initial cycle failed for ${this.describe(args.trigger)}`, err);\n }\n this.ensureLoop(args);\n return first;\n }\n\n async stop(trigger: TriggerInstanceId): Promise {\n const key = this.toKey(trigger);\n const interval = this.intervalsByTrigger.get(key);\n if (interval !== undefined) {\n clearInterval(interval);\n this.intervalsByTrigger.delete(key);\n }\n this.busyTriggers.delete(key);\n this.activeTriggers.delete(key);\n this.logger.debug(`Polling trigger stopped for ${this.describe(trigger)}`);\n }\n\n private ensureLoop(args: PollingTriggerStartArgs): void {\n const key = this.toKey(args.trigger);\n if (this.activeTriggers.has(key)) {\n this.logger.debug(`Polling trigger already active for ${this.describe(args.trigger)}`);\n return;\n }\n this.activeTriggers.add(key);\n const intervalMs = Math.max(args.intervalMs, 25);\n const interval = setInterval(() => {\n void this.runCycle(args, { seedState: undefined }).catch((err: unknown) => {\n this.logError(`Polling trigger cycle failed for ${this.describe(args.trigger)}`, err);\n });\n }, intervalMs);\n this.intervalsByTrigger.set(key, interval);\n this.logger.info(`Polling trigger started for ${this.describe(args.trigger)} (interval ${intervalMs}ms)`);\n }\n\n private async runCycle(\n args: PollingTriggerStartArgs,\n opts: { seedState: TState | undefined },\n ): Promise {\n const key = this.toKey(args.trigger);\n if (this.busyTriggers.has(key)) {\n this.logger.debug(`Polling trigger skipping overlapping tick for ${this.describe(args.trigger)}`);\n return undefined;\n }\n this.busyTriggers.add(key);\n try {\n const loaded = await this.triggerSetupStateRepository.load(args.trigger);\n const previousState = loaded !== undefined ? (loaded.state as TState | undefined) : opts.seedState;\n const controller = new AbortController();\n const { items, nextState } = await args.runCycle({ previousState, signal: controller.signal });\n await this.triggerSetupStateRepository.save({\n trigger: args.trigger,\n updatedAt: new Date().toISOString(),\n state: nextState as never,\n });\n if (items.length > 0) {\n this.logger.info(`Polling trigger emitting ${items.length} item(s) for ${this.describe(args.trigger)}`);\n await args.emit(items);\n }\n return nextState;\n } finally {\n this.busyTriggers.delete(key);\n }\n }\n\n private toKey(trigger: TriggerInstanceId): string {\n return `${trigger.workflowId}:${trigger.nodeId}`;\n }\n\n private describe(trigger: TriggerInstanceId): string {\n return `${trigger.workflowId}.${trigger.nodeId}`;\n }\n\n private logError(message: string, error: unknown): void {\n if (error instanceof Error) {\n this.logger.error(message, error);\n return;\n }\n this.logger.error(`${message}: ${String(error)}`);\n }\n}\n","export interface PollingTriggerLogger {\n info(message: string): void;\n warn(message: string): void;\n error(message: string, exception?: Error): void;\n debug(message: string): void;\n}\n\nexport class NoOpPollingTriggerLogger implements PollingTriggerLogger {\n info(): void {}\n warn(): void {}\n error(): void {}\n debug(): void {}\n}\n","import type {\n NodeActivationContinuation,\n NodeExecutor,\n NodeExecutionRequest,\n NodeExecutionRequestHandler,\n PersistedRunState,\n ResumeContext,\n RunDataFactory,\n WorkflowDefinition,\n WorkflowExecutionRepository,\n WorkflowSnapshotResolver,\n} from \"../types\";\nimport type { EngineExecutionLimitsPolicy } from \"../policies/executionLimits/EngineExecutionLimitsPolicy\";\nimport { RunSuspendedError } from \"../execution/RunSuspendedError\";\nimport { NodeActivationRequestComposer } from \"../execution/NodeActivationRequestComposer\";\nimport { NodeRunStateWriterFactory } from \"../execution/NodeRunStateWriterFactory\";\nimport { WorkflowRunExecutionContextFactory } from \"../execution/WorkflowRunExecutionContextFactory\";\nimport { MissingRuntimeParityGuard } from \"../workflowSnapshots/MissingRuntimeParityGuard\";\n\ntype PersistedWorkflowLike = Readonly<{\n workflowId: PersistedRunState[\"workflowId\"];\n workflowSnapshot?: NonNullable>>[\"workflowSnapshot\"];\n}>;\n\nexport class NodeExecutionRequestHandlerService implements NodeExecutionRequestHandler {\n constructor(\n private readonly workflowExecutionRepository: WorkflowExecutionRepository,\n private readonly workflowSnapshotResolver: WorkflowSnapshotResolver,\n private readonly runDataFactory: RunDataFactory,\n private readonly runExecutionContextFactory: WorkflowRunExecutionContextFactory,\n private readonly nodeStatePublisherFactory: NodeRunStateWriterFactory,\n private readonly nodeActivationRequestComposer: NodeActivationRequestComposer,\n private readonly nodeExecutor: NodeExecutor,\n private readonly continuation: NodeActivationContinuation,\n private readonly executionLimitsPolicy: EngineExecutionLimitsPolicy,\n private readonly parityGuard: MissingRuntimeParityGuard,\n ) {}\n\n async handleNodeExecutionRequest(request: NodeExecutionRequest): Promise {\n const [state, schedulingState] = await Promise.all([\n this.workflowExecutionRepository.load(request.runId),\n this.workflowExecutionRepository.loadSchedulingState(request.runId),\n ]);\n if (!state) {\n throw new Error(`Unknown runId: ${request.runId}`);\n }\n if (state.workflowId !== request.workflowId) {\n throw new Error(`workflowId mismatch for run ${request.runId}: ${state.workflowId} vs ${request.workflowId}`);\n }\n const pendingExecution = schedulingState?.pending;\n if (state.status !== \"pending\" || !pendingExecution) {\n return;\n }\n if (pendingExecution.activationId !== request.activationId || pendingExecution.nodeId !== request.nodeId) {\n return;\n }\n\n const workflow = this.resolvePersistedWorkflow(state);\n if (!workflow) {\n throw new Error(`Unknown workflowId: ${state.workflowId}`);\n }\n const definition = workflow.nodes.find((node) => node.id === request.nodeId);\n if (!definition) {\n throw new Error(`Unknown nodeId: ${request.nodeId}`);\n }\n if (definition.kind !== \"node\") {\n throw new Error(`Node ${request.nodeId} is not runnable`);\n }\n\n const resolvedParent = request.parent ?? state.parent;\n const data = this.runDataFactory.create(state.outputsByNode);\n const limits = this.resolveEngineLimitsFromState(state);\n const base = this.runExecutionContextFactory.create({\n runId: state.runId,\n workflowId: state.workflowId,\n nodeId: request.nodeId,\n parent: resolvedParent,\n policySnapshot: state.policySnapshot,\n subworkflowDepth: state.executionOptions?.subworkflowDepth ?? 0,\n engineMaxNodeActivations: limits.engineMaxNodeActivations,\n engineMaxSubworkflowDepth: limits.engineMaxSubworkflowDepth,\n data,\n nodeState: this.nodeStatePublisherFactory.create(state.runId, state.workflowId, resolvedParent),\n testContext: state.executionOptions?.testContext,\n });\n\n const inputsByPort = pendingExecution.inputsByPort;\n const portKeys = Object.keys(inputsByPort);\n const kind = portKeys.length === 1 && portKeys[0] === \"in\" ? (\"single\" as const) : (\"multi\" as const);\n const batchId = pendingExecution.batchId ?? \"batch_1\";\n const pendingResume = state.pendingResume;\n const resumeContext: ResumeContext | undefined =\n pendingResume?.activationId === request.activationId && pendingResume?.nodeId === request.nodeId\n ? (pendingResume.resumeContext as ResumeContext)\n : undefined;\n const baseWithResume = resumeContext != null ? { ...base, resumeContext } : base;\n\n const activationRequest =\n kind === \"multi\"\n ? this.nodeActivationRequestComposer.createMultiFromDefinitionWithActivation({\n activationId: request.activationId,\n runId: request.runId,\n workflowId: request.workflowId,\n parent: resolvedParent,\n executionOptions: request.executionOptions ?? state.executionOptions,\n base: baseWithResume,\n data,\n definition: {\n id: definition.id,\n config: definition.config,\n },\n batchId,\n inputsByPort,\n })\n : this.nodeActivationRequestComposer.createSingleFromDefinitionWithActivation({\n activationId: request.activationId,\n runId: request.runId,\n workflowId: request.workflowId,\n parent: resolvedParent,\n executionOptions: request.executionOptions ?? state.executionOptions,\n base: baseWithResume,\n data,\n definition: {\n id: definition.id,\n config: definition.config,\n },\n batchId,\n input: inputsByPort.in ?? request.input ?? [],\n });\n\n if (resumeContext != null) {\n const clearedState = await this.workflowExecutionRepository.load(request.runId);\n if (clearedState?.pendingResume?.activationId === request.activationId) {\n await this.workflowExecutionRepository.save({ ...clearedState, pendingResume: undefined });\n }\n }\n\n await this.continuation.markNodeRunning({\n runId: activationRequest.runId,\n activationId: activationRequest.activationId,\n nodeId: activationRequest.nodeId,\n inputsByPort: pendingExecution.inputsByPort,\n });\n\n let outputs;\n try {\n this.parityGuard.assertNone(workflow, [request.nodeId]);\n outputs = await this.nodeExecutor.execute(activationRequest);\n } catch (error) {\n if (error instanceof RunSuspendedError) {\n return;\n }\n await this.resumeAfterExecutionError(activationRequest, this.asError(error));\n return;\n }\n\n await this.resumeAfterExecutionResult(activationRequest, outputs ?? {});\n }\n\n private resolvePersistedWorkflow(state: PersistedWorkflowLike): WorkflowDefinition | undefined {\n return this.workflowSnapshotResolver.resolve({\n workflowId: state.workflowId,\n workflowSnapshot: state.workflowSnapshot,\n });\n }\n\n private resolveEngineLimitsFromState(state: PersistedRunState): {\n engineMaxNodeActivations: number;\n engineMaxSubworkflowDepth: number;\n } {\n const fallback = this.executionLimitsPolicy.createRootExecutionOptions();\n return {\n engineMaxNodeActivations: state.executionOptions?.maxNodeActivations ?? fallback.maxNodeActivations!,\n engineMaxSubworkflowDepth: state.executionOptions?.maxSubworkflowDepth ?? fallback.maxSubworkflowDepth!,\n };\n }\n\n private async resumeAfterExecutionResult(\n request: Readonly<{ runId: string; activationId: string; nodeId: string }>,\n outputs: unknown,\n ): Promise {\n try {\n await this.continuation.resumeFromNodeResult({\n runId: request.runId,\n activationId: request.activationId,\n nodeId: request.nodeId,\n outputs: outputs as never,\n });\n } catch (error) {\n this.rethrowUnlessIgnorableContinuationError(error);\n }\n }\n\n private async resumeAfterExecutionError(\n request: Readonly<{ runId: string; activationId: string; nodeId: string }>,\n error: Error,\n ): Promise {\n try {\n await this.continuation.resumeFromNodeError({\n runId: request.runId,\n activationId: request.activationId,\n nodeId: request.nodeId,\n error,\n });\n } catch (continuationError) {\n this.rethrowUnlessIgnorableContinuationError(continuationError);\n }\n }\n\n private asError(error: unknown): Error {\n return error instanceof Error ? error : new Error(String(error));\n }\n\n private rethrowUnlessIgnorableContinuationError(error: unknown): void {\n if (this.isIgnorableContinuationError(error)) {\n return;\n }\n throw this.asError(error);\n }\n\n private isIgnorableContinuationError(error: unknown): boolean {\n const message = this.asError(error).message;\n return (\n message.includes(\" is not pending\") ||\n message.includes(\"activationId mismatch\") ||\n message.includes(\"nodeId mismatch\")\n );\n }\n}\n","import type { InputPortKey, Items, NodeId, OutputPortKey, RunQueueEntry } from \"../types\";\n\nimport { WorkflowTopology } from \"./WorkflowTopologyPlanner\";\nimport type { TopologyOutgoingEdge } from \"./WorkflowTopologyPlanner\";\n\nexport type PlannedActivation =\n | Readonly<{ kind: \"single\"; nodeId: NodeId; input: Items; batchId: string }>\n | Readonly<{ kind: \"multi\"; nodeId: NodeId; inputsByPort: Readonly>; batchId: string }>;\n\nexport class RunQueuePlanner {\n constructor(\n private readonly topology: WorkflowTopology,\n private readonly nodeInstances: ReadonlyMap,\n ) {}\n\n validateNodeKinds(): void {\n for (const [toNodeId, inputs] of this.topology.expectedInputsByNode.entries()) {\n if (inputs.length <= 1) {\n const only = inputs[0];\n if (only && only !== \"in\") {\n const inst = this.nodeInstances.get(toNodeId);\n if (!this.isMultiInputNode(inst))\n throw new Error(`Node ${toNodeId} only supports input 'in' (got '${only}').`);\n }\n continue;\n }\n\n const inst = this.nodeInstances.get(toNodeId);\n if (!this.isMultiInputNode(inst) && !this.supportsEngineFanInMerge(inst)) {\n throw new Error(\n `Node ${toNodeId} has ${inputs.length} inbound edges but does not support multi-input execution.`,\n );\n }\n }\n }\n\n seedFromTrigger(args: { startNodeId: NodeId; items: Items; batchId: string }): RunQueueEntry[] {\n const queue: RunQueueEntry[] = [];\n for (const e of this.topology.outgoingByNode.get(args.startNodeId) ?? []) {\n if (e.output !== \"main\") continue;\n this.enqueueEdge(queue, {\n batchId: args.batchId,\n to: this.toEnqueueTarget(e),\n from: { nodeId: args.startNodeId, output: \"main\" },\n items: args.items,\n });\n }\n return queue;\n }\n\n applyOutputs(\n queue: RunQueueEntry[],\n args: { fromNodeId: NodeId; outputs: Record; batchId: string },\n ): void {\n for (const e of this.topology.outgoingByNode.get(args.fromNodeId) ?? []) {\n const outItems = (args.outputs as any)[e.output] ?? [];\n this.enqueueEdge(queue, {\n batchId: args.batchId,\n to: this.toEnqueueTarget(e),\n from: { nodeId: args.fromNodeId, output: e.output },\n items: outItems,\n });\n }\n }\n\n nextActivation(queue: RunQueueEntry[]): PlannedActivation | null {\n const readyCollect = this.resolveReadyCollect(queue);\n if (readyCollect) {\n return readyCollect;\n }\n\n const jobIdx = queue.findIndex((q) => !q.collect);\n if (jobIdx === -1) {\n if (queue.length === 0) return null;\n const sealedCollect = this.resolveSealedCollect(queue);\n if (sealedCollect) {\n return sealedCollect;\n }\n const stuck = queue[0]!;\n throw new Error(this.describeUnsatisfiedCollect(stuck));\n }\n\n const job = queue.splice(jobIdx, 1)[0]!;\n const def = this.topology.defsById.get(job.nodeId);\n if (!def || def.kind !== \"node\") return this.nextActivation(queue);\n return { kind: \"single\", nodeId: job.nodeId, input: job.input, batchId: job.batchId ?? \"batch_1\" };\n }\n\n sumItemsByPort(inputsByPort: Readonly>): number {\n let n = 0;\n for (const v of Object.values(inputsByPort)) n += v?.length ?? 0;\n return n;\n }\n\n private resolveReadyCollect(queue: RunQueueEntry[]): PlannedActivation | null {\n for (let i = 0; i < queue.length; i++) {\n const ready = this.tryDequeueCollect(queue, i);\n if (ready) {\n return ready;\n }\n }\n return null;\n }\n\n private resolveSealedCollect(queue: RunQueueEntry[]): PlannedActivation | null {\n for (let i = 0; i < queue.length; i++) {\n const queueEntry = queue[i]!;\n if (!queueEntry.collect) {\n continue;\n }\n const received = queueEntry.collect.received as Record;\n if (Object.keys(received).length === 0) {\n continue;\n }\n this.fillMissingCollectInputs(queueEntry);\n const ready = this.tryDequeueCollect(queue, i);\n if (ready) {\n return ready;\n }\n }\n return null;\n }\n\n private tryDequeueCollect(queue: RunQueueEntry[], index: number): PlannedActivation | null {\n const queueEntry = queue[index]!;\n if (!queueEntry.collect) {\n return null;\n }\n const batchId = queueEntry.batchId ?? \"batch_1\";\n const expected = queueEntry.collect.expectedInputs ?? [];\n const received = queueEntry.collect.received as Record;\n for (const input of expected) {\n if (!(input in received)) {\n return null;\n }\n }\n queue.splice(index, 1);\n return { kind: \"multi\", nodeId: queueEntry.nodeId, inputsByPort: received, batchId };\n }\n\n private fillMissingCollectInputs(queueEntry: RunQueueEntry): void {\n if (!queueEntry.collect) {\n return;\n }\n const received = queueEntry.collect.received as Record;\n for (const input of queueEntry.collect.expectedInputs ?? []) {\n if (!(input in received)) {\n received[input] = [];\n }\n }\n }\n\n private usesTopologyCollectMerge(toNodeId: NodeId): boolean {\n const expectedInputs = this.topology.expectedInputsByNode.get(toNodeId) ?? [];\n if (expectedInputs.length !== 1 || expectedInputs[0] !== \"in\") {\n return true;\n }\n return (this.topology.incomingByNode.get(toNodeId) ?? []).length > 1;\n }\n\n private toEnqueueTarget(edge: TopologyOutgoingEdge): Readonly<{\n nodeId: NodeId;\n input: InputPortKey;\n collectKey: InputPortKey;\n }> {\n return edge.to;\n }\n\n private enqueueEdge(\n queue: RunQueueEntry[],\n args: Readonly<{\n batchId: string;\n to: { nodeId: NodeId; input: InputPortKey; collectKey: InputPortKey };\n from: { nodeId: NodeId; output: OutputPortKey };\n items: Items;\n }>,\n emptyPathSourceNodeId?: NodeId,\n ): void {\n const target = this.nodeInstances.get(args.to.nodeId);\n const isMulti = this.usesTopologyCollectMerge(args.to.nodeId) || this.isMultiInputNode(target);\n\n if (!isMulti) {\n if (args.items.length === 0) {\n const continueSourceNodeId = emptyPathSourceNodeId ?? args.from.nodeId;\n if (this.shouldContinueAfterEmptyOutputFromSource(continueSourceNodeId)) {\n queue.push({\n nodeId: args.to.nodeId,\n input: args.items,\n toInput: args.to.collectKey,\n batchId: args.batchId,\n from: args.from,\n });\n return;\n }\n const source = emptyPathSourceNodeId ?? args.from.nodeId;\n this.propagateEmptyPath(queue, args.to.nodeId, args.batchId, source);\n return;\n }\n queue.push({\n nodeId: args.to.nodeId,\n input: args.items,\n toInput: args.to.collectKey,\n batchId: args.batchId,\n from: args.from,\n });\n return;\n }\n\n const expected = this.topology.expectedInputsByNode.get(args.to.nodeId) ?? [];\n let collect = queue.find(\n (q) => q.nodeId === args.to.nodeId && (q.batchId ?? \"batch_1\") === args.batchId && !!q.collect,\n );\n if (!collect) {\n collect = {\n nodeId: args.to.nodeId,\n input: [],\n batchId: args.batchId,\n collect: { expectedInputs: expected, received: {} as Record },\n };\n queue.push(collect);\n }\n\n const received = (collect.collect as any).received as Record;\n received[args.to.collectKey] = args.items;\n }\n\n private shouldContinueAfterEmptyOutputFromSource(fromNodeId: NodeId): boolean {\n const def = this.topology.defsById.get(fromNodeId);\n if (!def) {\n return false;\n }\n return def.config.continueWhenEmptyOutput === true;\n }\n\n private propagateEmptyPath(\n queue: RunQueueEntry[],\n nodeId: NodeId,\n batchId: string,\n emptyPathSourceNodeId: NodeId,\n ): void {\n for (const edge of this.topology.outgoingByNode.get(nodeId) ?? []) {\n this.enqueueEdge(\n queue,\n {\n batchId,\n to: edge.to,\n from: { nodeId, output: edge.output },\n items: [],\n },\n emptyPathSourceNodeId,\n );\n }\n }\n\n private isMultiInputNode(n: unknown): boolean {\n return typeof (n as any)?.executeMulti === \"function\";\n }\n\n private hasRunnableExecute(n: unknown): boolean {\n return (\n typeof n === \"object\" &&\n n !== null &&\n (n as { kind?: string }).kind === \"node\" &&\n typeof (n as { execute?: unknown }).execute === \"function\"\n );\n }\n\n private supportsEngineFanInMerge(n: unknown): boolean {\n return this.hasRunnableExecute(n) && !this.isMultiInputNode(n);\n }\n\n private describeUnsatisfiedCollect(queueEntry: RunQueueEntry): string {\n const batchId = queueEntry.batchId ?? \"batch_1\";\n const expectedInputs = queueEntry.collect?.expectedInputs ?? [];\n const receivedInputs = Object.keys(\n (queueEntry.collect?.received ?? {}) as Record,\n ) as InputPortKey[];\n const missingInputs = expectedInputs.filter((input) => !receivedInputs.includes(input));\n const mergeNodeLabel = this.formatNodeLabel(queueEntry.nodeId);\n const receivedSummary = this.describeReceivedInputs(queueEntry);\n const missingSummary = this.describeMissingInputs(queueEntry.nodeId, missingInputs);\n\n return [\n `Multi-input collect is stuck at ${mergeNodeLabel} (batchId=${batchId}).`,\n `Expected inputs: ${this.formatInputList(expectedInputs)}.`,\n `Received inputs: ${receivedSummary}.`,\n `Missing inputs: ${missingSummary}.`,\n ].join(\" \");\n }\n\n private describeReceivedInputs(queueEntry: RunQueueEntry): string {\n const received = (queueEntry.collect?.received ?? {}) as Record;\n const receivedEntries = Object.entries(received);\n if (receivedEntries.length === 0) {\n return \"none\";\n }\n return receivedEntries\n .map(([input, items]) => `${input} (${items.length} item${items.length === 1 ? \"\" : \"s\"})`)\n .join(\", \");\n }\n\n private describeMissingInputs(nodeId: NodeId, missingInputs: ReadonlyArray): string {\n if (missingInputs.length === 0) {\n return \"none\";\n }\n return missingInputs\n .map((input) => {\n const sources = this.findSources(nodeId, input);\n if (sources.length === 0) {\n return input;\n }\n return `${input} from ${sources.join(\" or \")}`;\n })\n .join(\", \");\n }\n\n private findSources(nodeId: NodeId, input: InputPortKey): string[] {\n const matches: string[] = [];\n for (const [sourceNodeId, edges] of this.topology.outgoingByNode.entries()) {\n for (const edge of edges) {\n if (edge.to.nodeId === nodeId && edge.to.collectKey === input) {\n matches.push(this.formatNodeLabel(sourceNodeId));\n }\n }\n }\n return matches;\n }\n\n private formatInputList(inputs: ReadonlyArray): string {\n return inputs.length > 0 ? `[${inputs.join(\", \")}]` : \"[]\";\n }\n\n private formatNodeLabel(nodeId: NodeId): string {\n const definition = this.topology.defsById.get(nodeId);\n const instance = this.nodeInstances.get(nodeId);\n const typeName =\n definition?.type && typeof definition.type === \"function\"\n ? definition.type.name\n : instance && typeof instance === \"object\" && \"constructor\" in instance\n ? ((instance.constructor as { name?: string }).name ?? \"Node\")\n : \"Node\";\n return definition?.name ? `\"${definition.name}\" (${typeName}:${nodeId})` : `${typeName}:${nodeId}`;\n }\n}\n","import type { WorkflowDefinition, WorkflowNodeInstanceFactory } from \"../types\";\nimport { WorkflowExecutableNodeClassifierFactory } from \"../workflow/definition/WorkflowExecutableNodeClassifierFactory\";\n\nimport { RunQueuePlanner } from \"./RunQueuePlanner\";\nimport { WorkflowTopology } from \"./WorkflowTopologyPlanner\";\n\nexport class EngineWorkflowPlanningFactory {\n constructor(private readonly workflowNodeInstanceFactory: WorkflowNodeInstanceFactory) {}\n\n create(workflow: WorkflowDefinition): Readonly<{ topology: WorkflowTopology; planner: RunQueuePlanner }> {\n this.validateAcyclic(workflow);\n const topology = WorkflowTopology.fromWorkflow(workflow);\n const nodeInstances = this.workflowNodeInstanceFactory.createNodes(workflow);\n const planner = new RunQueuePlanner(topology, nodeInstances);\n planner.validateNodeKinds();\n return { topology, planner };\n }\n\n private validateAcyclic(workflow: WorkflowDefinition): void {\n const classifier = WorkflowExecutableNodeClassifierFactory.create(workflow);\n const outgoing = new Map();\n const visitState = new Map();\n\n for (const node of workflow.nodes) {\n if (classifier.isExecutableNodeId(node.id)) {\n visitState.set(node.id, \"unvisited\");\n }\n }\n\n for (const edge of workflow.edges) {\n if (!classifier.isExecutableNodeId(edge.from.nodeId) || !classifier.isExecutableNodeId(edge.to.nodeId)) {\n continue;\n }\n const destinations = outgoing.get(edge.from.nodeId) ?? [];\n destinations.push(edge.to.nodeId);\n outgoing.set(edge.from.nodeId, destinations);\n }\n\n for (const node of workflow.nodes) {\n if (classifier.isExecutableNodeId(node.id) && visitState.get(node.id) === \"unvisited\") {\n this.depthFirstSearch(node.id, outgoing, visitState);\n }\n }\n }\n\n private depthFirstSearch(\n nodeId: string,\n outgoing: ReadonlyMap>,\n visitState: Map,\n ): void {\n visitState.set(nodeId, \"visiting\");\n for (const toNodeId of outgoing.get(nodeId) ?? []) {\n const state = visitState.get(toNodeId);\n if (state === \"visiting\") {\n throw new Error(`Workflow graph contains a directed cycle (edge ${nodeId} -> ${toNodeId}).`);\n }\n if (state === \"unvisited\") {\n this.depthFirstSearch(toNodeId, outgoing, visitState);\n }\n }\n visitState.set(nodeId, \"done\");\n }\n}\n","import type {\n ExecutionContextFactory,\n Items,\n JsonValue,\n NodeDefinition,\n NodeId,\n NodeResolver,\n RunDataFactory,\n RunIdFactory,\n TestableTriggerNode,\n TriggerCleanupHandle,\n TriggerInstanceId,\n TriggerNode,\n TriggerNodeConfig,\n TriggerSetupContext,\n TriggerSetupStateRepository,\n TriggerRuntimeDiagnostics,\n WorkflowActivationPolicy,\n WorkflowDefinition,\n WorkflowId,\n WorkflowRepository,\n} from \"../types\";\n\nimport { CredentialResolverFactory } from \"../execution/CredentialResolverFactory\";\nimport type { NodeRunStateWriterFactory } from \"../execution/NodeRunStateWriterFactory\";\nimport type { EngineExecutionLimitsPolicy } from \"../policies/executionLimits/EngineExecutionLimitsPolicy\";\nimport type { PollingTriggerRuntime } from \"../triggers/polling/PollingTriggerRuntime\";\nimport type { PollingTriggerDedupWindow } from \"../triggers/polling/PollingTriggerDedupWindow\";\nimport type { PollingTriggerHandle, TriggerPollingPort } from \"../contracts/runtimeTypes\";\n\nexport interface TriggerEmitHandler {\n emit(workflow: WorkflowDefinition, triggerNodeId: NodeId, items: Items): Promise;\n}\n\nexport class TriggerRuntimeService {\n private readonly credentialResolverFactory: CredentialResolverFactory;\n private readonly triggerCleanupHandlesByKey = new Map();\n\n constructor(\n private readonly workflowRepository: WorkflowRepository,\n private readonly workflowActivationPolicy: WorkflowActivationPolicy,\n private readonly runIdFactory: RunIdFactory,\n private readonly runDataFactory: RunDataFactory,\n private readonly executionContextFactory: ExecutionContextFactory,\n credentialResolverFactory: CredentialResolverFactory,\n private readonly nodeExecutionStatePublisherFactory: NodeRunStateWriterFactory,\n private readonly nodeResolver: NodeResolver,\n private readonly triggerSetupStateRepository: TriggerSetupStateRepository,\n private readonly emitHandler: TriggerEmitHandler,\n private readonly executionLimitsPolicy: EngineExecutionLimitsPolicy,\n private readonly diagnostics: TriggerRuntimeDiagnostics | undefined,\n private readonly pollingTriggerRuntime: PollingTriggerRuntime,\n private readonly pollingTriggerDedupWindow: PollingTriggerDedupWindow,\n ) {\n this.credentialResolverFactory = credentialResolverFactory;\n }\n\n async startTriggers(): Promise {\n for (const wf of this.workflowRepository.list()) {\n if (!this.workflowActivationPolicy.isActive(wf.id)) {\n const summaries = this.formatTriggerSummaries(wf);\n if (summaries.length > 0) {\n this.logInfo(\n `Workflow \"${wf.name}\" (${wf.id}) is inactive; skipping trigger setup — ${summaries.join(\"; \")}.`,\n );\n }\n continue;\n }\n await this.startTriggersForWorkflow(wf);\n }\n }\n\n async syncWorkflowTriggersForActivation(workflowId: WorkflowId): Promise {\n const wf = this.workflowRepository.get(workflowId);\n if (!wf) {\n return;\n }\n const summaries = this.formatTriggerSummaries(wf);\n if (summaries.length > 0) {\n this.logInfo(`Workflow \"${wf.name}\" (${wf.id}): stopping triggers — ${summaries.join(\"; \")}.`);\n }\n await this.stopTriggersForWorkflow(wf);\n if (this.workflowActivationPolicy.isActive(workflowId)) {\n if (summaries.length > 0) {\n this.logInfo(`Workflow \"${wf.name}\" (${wf.id}): activation on; starting triggers — ${summaries.join(\"; \")}.`);\n }\n await this.startTriggersForWorkflow(wf);\n } else {\n this.logInfo(`Workflow \"${wf.name}\" (${wf.id}): activation off; triggers not started.`);\n }\n }\n\n async stop(): Promise {\n for (const workflow of this.workflowRepository.list()) {\n await this.stopTriggersForWorkflow(workflow);\n }\n }\n\n async createTriggerTestItems(args: { workflow: WorkflowDefinition; nodeId: NodeId }): Promise {\n const definition = args.workflow.nodes.find((node) => node.id === args.nodeId);\n if (!definition) {\n throw new Error(`Unknown trigger nodeId: ${args.nodeId}`);\n }\n if (definition.kind !== \"trigger\") {\n throw new Error(`Node ${args.nodeId} is not a trigger`);\n }\n const node = this.nodeResolver.resolve(definition.type) as TriggerNode;\n if (!this.isTestableTriggerNode(node)) {\n return undefined;\n }\n const data = this.runDataFactory.create();\n const runId = this.runIdFactory.makeRunId();\n const trigger = { workflowId: args.workflow.id, nodeId: definition.id } as const;\n const previousState = await this.triggerSetupStateRepository.load(trigger);\n return await node.getTestItems({\n ...this.createExecutionContext({\n runId,\n workflowId: args.workflow.id,\n nodeId: definition.id,\n data,\n }),\n trigger,\n nodeId: definition.id,\n config: definition.config as TriggerNodeConfig,\n previousState: previousState?.state as never,\n });\n }\n\n private async startTriggersForWorkflow(wf: WorkflowDefinition): Promise {\n for (const def of wf.nodes) {\n if (def.kind !== \"trigger\") continue;\n if ((def.config as TriggerNodeConfig).triggerKind === \"test\") continue;\n const node = this.nodeResolver.resolve(def.type) as TriggerNode;\n const data = this.runDataFactory.create();\n const triggerRunId = this.runIdFactory.makeRunId();\n const trigger = { workflowId: wf.id, nodeId: def.id } as const;\n await this.stopTrigger(trigger);\n const previousState = await this.triggerSetupStateRepository.load(trigger);\n const emit = this.emitHandler.emit.bind(this.emitHandler, wf, def.id);\n const registerCleanup = this.registerTriggerCleanupHandle.bind(this, trigger);\n const polling = this.buildPollingHandle(trigger, emit);\n let nextState: unknown;\n try {\n nextState = await node.setup({\n ...this.createExecutionContext({\n runId: triggerRunId,\n workflowId: wf.id,\n nodeId: def.id,\n data,\n }),\n trigger,\n config: def.config as TriggerNodeConfig,\n previousState: previousState?.state as never,\n registerCleanup,\n emit,\n polling,\n } satisfies TriggerSetupContext);\n } catch (triggerError: unknown) {\n await this.stopTrigger(trigger);\n const message = triggerError instanceof Error ? triggerError.message : String(triggerError);\n this.logWarn(`Skipping trigger setup for workflow ${wf.id} node ${def.id}: ${message}`);\n continue;\n }\n if (nextState === undefined) {\n await this.triggerSetupStateRepository.delete(trigger);\n } else {\n await this.triggerSetupStateRepository.save({\n trigger,\n updatedAt: new Date().toISOString(),\n state: nextState as JsonValue | undefined,\n });\n }\n }\n }\n\n private async stopTriggersForWorkflow(workflow: WorkflowDefinition): Promise {\n for (const node of workflow.nodes) {\n if (node.kind !== \"trigger\") {\n continue;\n }\n if ((node.config as TriggerNodeConfig).triggerKind === \"test\") {\n continue;\n }\n await this.stopTrigger({\n workflowId: workflow.id,\n nodeId: node.id,\n });\n }\n }\n\n private createExecutionContext(args: {\n runId: ReturnType;\n workflowId: string;\n nodeId: NodeId;\n data: ReturnType;\n }) {\n const nodeState = this.nodeExecutionStatePublisherFactory.create(args.runId, args.workflowId, undefined);\n const rootLimits = this.executionLimitsPolicy.createRootExecutionOptions();\n return this.executionContextFactory.create({\n runId: args.runId,\n workflowId: args.workflowId,\n parent: undefined,\n subworkflowDepth: rootLimits.subworkflowDepth ?? 0,\n engineMaxNodeActivations: rootLimits.maxNodeActivations!,\n engineMaxSubworkflowDepth: rootLimits.maxSubworkflowDepth!,\n data: args.data,\n nodeState,\n getCredential: this.credentialResolverFactory.create(args.workflowId, args.nodeId),\n });\n }\n\n private registerTriggerCleanupHandle(trigger: TriggerInstanceId, cleanup: TriggerCleanupHandle): void {\n const key = this.toTriggerKey(trigger);\n const cleanups = this.triggerCleanupHandlesByKey.get(key) ?? [];\n cleanups.push(cleanup);\n this.triggerCleanupHandlesByKey.set(key, cleanups);\n }\n\n private async stopTrigger(trigger: TriggerInstanceId): Promise {\n const key = this.toTriggerKey(trigger);\n const cleanups = this.triggerCleanupHandlesByKey.get(key) ?? [];\n this.triggerCleanupHandlesByKey.delete(key);\n for (const cleanup of [...cleanups].reverse()) {\n await cleanup.stop();\n }\n }\n\n private toTriggerKey(trigger: TriggerInstanceId): string {\n return `${trigger.workflowId}:${trigger.nodeId}`;\n }\n\n private formatTriggerSummaries(wf: WorkflowDefinition): string[] {\n const out: string[] = [];\n for (const def of wf.nodes) {\n if (def.kind !== \"trigger\") {\n continue;\n }\n if ((def.config as TriggerNodeConfig).triggerKind === \"test\") {\n continue;\n }\n out.push(this.describeTriggerNode(def));\n }\n return out;\n }\n\n private describeTriggerNode(def: NodeDefinition): string {\n const label = def.name !== undefined && def.name.trim().length > 0 ? def.name.trim() : String(def.id);\n const cfg = def.config as { endpointKey?: unknown };\n if (typeof cfg.endpointKey === \"string\" && cfg.endpointKey.trim().length > 0) {\n return `${label} (webhook \"${cfg.endpointKey.trim()}\")`;\n }\n return label;\n }\n\n private logInfo(message: string): void {\n if (this.diagnostics) {\n this.diagnostics.info(message);\n }\n }\n\n private logWarn(message: string): void {\n if (this.diagnostics) {\n this.diagnostics.warn(message);\n } else {\n console.warn(`[engine] ${message}`);\n }\n }\n\n private buildPollingHandle(trigger: TriggerInstanceId, emit: (items: Items) => Promise): PollingTriggerHandle {\n const runtime = this.pollingTriggerRuntime;\n const handle: PollingTriggerHandle = {\n dedup: this.pollingTriggerDedupWindow,\n start: async (args) => {\n this.registerTriggerCleanupHandle(trigger, {\n stop: async () => {\n await runtime.stop(trigger);\n },\n });\n return runtime.start({ trigger, emit, ...args });\n },\n };\n return handle satisfies TriggerPollingPort;\n }\n\n private isTestableTriggerNode(node: TriggerNode): node is TestableTriggerNode {\n return typeof (node as Partial>).getTestItems === \"function\";\n }\n}\n","import type { RunId, RunResult, WebhookRunResult } from \"../types\";\n\nexport class EngineWaiters {\n private readonly completionWaiters = new Map void>>();\n private readonly webhookResponseWaiters = new Map void>>();\n\n waitForCompletion(runId: RunId): Promise {\n return new Promise((resolve) => {\n const list = this.completionWaiters.get(runId) ?? [];\n list.push(resolve);\n this.completionWaiters.set(runId, list);\n });\n }\n\n waitForWebhookResponse(runId: RunId): Promise {\n return new Promise((resolve) => {\n const list = this.webhookResponseWaiters.get(runId) ?? [];\n list.push(resolve);\n this.webhookResponseWaiters.set(runId, list);\n });\n }\n\n resolveRunCompletion(result: RunResult): void {\n if (result.status !== \"completed\" && result.status !== \"failed\" && result.status !== \"halted\") return;\n const list = this.completionWaiters.get(result.runId);\n if (!list || list.length === 0) return;\n this.completionWaiters.delete(result.runId);\n for (const r of list) r(result);\n }\n\n resolveWebhookResponse(result: WebhookRunResult): void {\n const list = this.webhookResponseWaiters.get(result.runId);\n if (!list || list.length === 0) return;\n this.webhookResponseWaiters.delete(result.runId);\n for (const resolve of list) resolve(result);\n }\n}\n","import type {\n CurrentStateExecutionRequest,\n HttpMethod,\n Items,\n NodeActivationContinuation,\n NodeActivationId,\n NodeExecutionRequest,\n NodeExecutionRequestHandler,\n NodeId,\n NodeInputsByPort,\n NodeOutputs,\n ParentExecutionRef,\n PersistedWorkflowTokenRegistryLike,\n ResumeContext,\n RunExecutionOptions,\n RunId,\n RunResult,\n WorkflowExecutionRepository,\n WebhookRunResult,\n WebhookTriggerMatcher,\n WebhookTriggerResolution,\n WorkflowDefinition,\n WorkflowId,\n LiveWorkflowRepository,\n WorkflowSnapshotResolver,\n} from \"../types\";\n\ninterface EngineTriggerRuntime {\n startTriggers(): Promise;\n stop(): Promise;\n syncWorkflowTriggersForActivation(workflowId: WorkflowId): Promise;\n createTriggerTestItems(args: { workflow: WorkflowDefinition; nodeId: NodeId }): Promise;\n}\n\ninterface EngineRunStartService {\n runWorkflow(\n wf: WorkflowDefinition,\n startAt: NodeId,\n items: Items,\n parent?: ParentExecutionRef,\n executionOptions?: RunExecutionOptions,\n persistedStateOverrides?: Readonly<{\n workflowSnapshot?: NonNullable>>[\"workflowSnapshot\"];\n mutableState?: NonNullable>>[\"mutableState\"];\n }>,\n ): Promise;\n runWorkflowFromState(request: CurrentStateExecutionRequest): Promise;\n}\n\ninterface EngineRunContinuationService {\n markNodeRunning(args: {\n runId: RunId;\n activationId: NodeActivationId;\n nodeId: NodeId;\n inputsByPort: NodeInputsByPort;\n }): Promise;\n resumeFromNodeResult(args: {\n runId: RunId;\n activationId: NodeActivationId;\n nodeId: NodeId;\n outputs: NodeOutputs;\n }): Promise;\n resumeFromNodeError(args: {\n runId: RunId;\n activationId: NodeActivationId;\n nodeId: NodeId;\n error: Error;\n }): Promise;\n resumeFromStepResult(args: {\n runId: RunId;\n activationId: NodeActivationId;\n nodeId: NodeId;\n outputs: NodeOutputs;\n }): Promise;\n resumeFromStepError(args: {\n runId: RunId;\n activationId: NodeActivationId;\n nodeId: NodeId;\n error: Error;\n }): Promise;\n waitForCompletion(runId: RunId): Promise>;\n waitForWebhookResponse(runId: RunId): Promise;\n resumeRun(args: { runId: RunId; taskId: string; resumeContext: ResumeContext }): Promise;\n}\n\ninterface EngineNodeExecutionRequestHandler {\n handleNodeExecutionRequest(request: NodeExecutionRequest): Promise;\n}\n\nexport interface EngineFacadeDeps {\n liveWorkflowRepository: LiveWorkflowRepository;\n tokenRegistry: PersistedWorkflowTokenRegistryLike;\n webhookTriggerMatcher: WebhookTriggerMatcher;\n workflowSnapshotResolver: WorkflowSnapshotResolver;\n triggerRuntime: EngineTriggerRuntime;\n runStartService: EngineRunStartService;\n runContinuationService: EngineRunContinuationService;\n nodeExecutionRequestHandler: EngineNodeExecutionRequestHandler;\n}\n\nexport class Engine implements NodeActivationContinuation, NodeExecutionRequestHandler {\n constructor(private readonly deps: EngineFacadeDeps) {}\n\n loadWorkflows(workflows: ReadonlyArray): void {\n this.deps.tokenRegistry.registerFromWorkflows?.(workflows);\n this.deps.liveWorkflowRepository.setWorkflows(workflows);\n this.deps.webhookTriggerMatcher.onEngineWorkflowsLoaded?.();\n }\n\n getTokenRegistry(): EngineFacadeDeps[\"tokenRegistry\"] {\n return this.deps.tokenRegistry;\n }\n\n resolveWorkflowSnapshot(args: {\n workflowId: WorkflowId;\n workflowSnapshot?: NonNullable>>[\"workflowSnapshot\"];\n }): WorkflowDefinition | undefined {\n return this.deps.workflowSnapshotResolver.resolve(args);\n }\n\n async startTriggers(): Promise {\n return await this.deps.triggerRuntime.startTriggers();\n }\n\n async syncWorkflowTriggersForActivation(workflowId: WorkflowId): Promise {\n await this.deps.triggerRuntime.syncWorkflowTriggersForActivation(workflowId);\n this.deps.webhookTriggerMatcher.reloadWebhookRoutes?.();\n }\n\n async start(workflows: WorkflowDefinition[]): Promise {\n await this.stop();\n this.loadWorkflows(workflows);\n await this.startTriggers();\n }\n\n async stop(): Promise {\n await this.deps.triggerRuntime.stop();\n this.deps.webhookTriggerMatcher.onEngineStopped?.();\n }\n\n resolveWebhookTrigger(args: { endpointPath: string; method: HttpMethod }): WebhookTriggerResolution {\n const entry = this.deps.webhookTriggerMatcher.lookup(args.endpointPath);\n if (!entry) {\n return { status: \"notFound\" };\n }\n if (!entry.methods.includes(args.method)) {\n return { status: \"methodNotAllowed\", match: entry };\n }\n return { status: \"ok\", match: entry };\n }\n\n async createTriggerTestItems(args: { workflow: WorkflowDefinition; nodeId: NodeId }): Promise {\n return await this.deps.triggerRuntime.createTriggerTestItems(args);\n }\n\n async runWorkflow(\n wf: WorkflowDefinition,\n startAt: NodeId,\n items: Items,\n parent?: ParentExecutionRef,\n executionOptions?: RunExecutionOptions,\n persistedStateOverrides?: Readonly<{\n workflowSnapshot?: NonNullable>>[\"workflowSnapshot\"];\n mutableState?: NonNullable>>[\"mutableState\"];\n }>,\n ): Promise {\n return await this.deps.runStartService.runWorkflow(\n wf,\n startAt,\n items,\n parent,\n executionOptions,\n persistedStateOverrides,\n );\n }\n\n async runWorkflowFromState(request: CurrentStateExecutionRequest): Promise {\n return await this.deps.runStartService.runWorkflowFromState(request);\n }\n\n async markNodeRunning(args: {\n runId: RunId;\n activationId: NodeActivationId;\n nodeId: NodeId;\n inputsByPort: NodeInputsByPort;\n }): Promise {\n return await this.deps.runContinuationService.markNodeRunning(args);\n }\n\n async resumeFromNodeResult(args: {\n runId: RunId;\n activationId: NodeActivationId;\n nodeId: NodeId;\n outputs: NodeOutputs;\n }): Promise {\n return await this.deps.runContinuationService.resumeFromNodeResult(args);\n }\n\n async resumeFromNodeError(args: {\n runId: RunId;\n activationId: NodeActivationId;\n nodeId: NodeId;\n error: Error;\n }): Promise {\n return await this.deps.runContinuationService.resumeFromNodeError(args);\n }\n\n async resumeFromStepResult(args: {\n runId: RunId;\n activationId: NodeActivationId;\n nodeId: NodeId;\n outputs: NodeOutputs;\n }): Promise {\n return await this.deps.runContinuationService.resumeFromStepResult(args);\n }\n\n async resumeFromStepError(args: {\n runId: RunId;\n activationId: NodeActivationId;\n nodeId: NodeId;\n error: Error;\n }): Promise {\n return await this.deps.runContinuationService.resumeFromStepError(args);\n }\n\n async waitForCompletion(runId: RunId): Promise> {\n return await this.deps.runContinuationService.waitForCompletion(runId);\n }\n\n async waitForWebhookResponse(runId: RunId): Promise {\n return await this.deps.runContinuationService.waitForWebhookResponse(runId);\n }\n\n async resumeRun(args: { runId: RunId; taskId: string; resumeContext: ResumeContext }): Promise {\n return await this.deps.runContinuationService.resumeRun(args);\n }\n\n async handleNodeExecutionRequest(request: NodeExecutionRequest): Promise {\n await this.deps.nodeExecutionRequestHandler.handleNodeExecutionRequest(request);\n }\n}\n","import type { EngineDeps } from \"../types\";\n\nimport { PollingTriggerDedupWindow } from \"../triggers/polling/PollingTriggerDedupWindow\";\nimport { PollingTriggerRuntime } from \"../triggers/polling/PollingTriggerRuntime\";\nimport { NoOpPollingTriggerLogger } from \"../triggers/polling/PollingTriggerLogger\";\nimport { MissingRuntimeFallbacks } from \"../workflowSnapshots/MissingRuntimeFallbacksFactory\";\nimport { MissingRuntimeExecutionMarker } from \"../workflowSnapshots/MissingRuntimeExecutionMarker\";\nimport { MissingRuntimeParityGuard } from \"../workflowSnapshots/MissingRuntimeParityGuard\";\nimport { WorkflowSnapshotCodec } from \"../workflowSnapshots/WorkflowSnapshotCodec\";\nimport { WorkflowSnapshotResolver } from \"../workflowSnapshots/WorkflowSnapshotResolver\";\nimport { ActivationEnqueueService } from \"../execution/ActivationEnqueueService\";\nimport { NodeActivationRequestInputPreparer } from \"../execution/NodeActivationRequestInputPreparer\";\nimport { NodeActivationRequestComposer } from \"../execution/NodeActivationRequestComposer\";\nimport { PersistedRunStateTerminalBuilder } from \"../execution/PersistedRunStateTerminalBuilder\";\nimport { NodeExecutionRequestHandlerService } from \"../orchestration/NodeExecutionRequestHandlerService\";\nimport { RunContinuationService } from \"../orchestration/RunContinuationService\";\nimport { RunStartService } from \"../orchestration/RunStartService\";\nimport { RunStateSemantics } from \"../execution/RunStateSemantics\";\nimport { WorkflowRunExecutionContextFactory } from \"../execution/WorkflowRunExecutionContextFactory\";\nimport { RunTerminalPersistenceCoordinator } from \"../policies/storage/RunTerminalPersistenceCoordinator\";\nimport { WorkflowPolicyErrorServices } from \"../policies/WorkflowPolicyErrorServices\";\nimport { WorkflowStoragePolicyEvaluator } from \"../policies/storage/WorkflowStoragePolicyEvaluator\";\nimport { NodeEventPublisher } from \"../events/NodeEventPublisher\";\nimport { EngineExecutionLimitsPolicy } from \"../policies/executionLimits/EngineExecutionLimitsPolicy\";\nimport { EngineWorkflowPlanningFactory } from \"../planning/EngineWorkflowPlanningFactory\";\nimport { TriggerRuntimeService } from \"../orchestration/TriggerRuntimeService\";\nimport { EngineWaiters } from \"../orchestration/EngineWaiters\";\nimport { Engine } from \"../orchestration/Engine\";\nimport { CredentialResolverFactory } from \"../execution/CredentialResolverFactory\";\nimport { NodeRunStateWriterFactory } from \"../execution/NodeRunStateWriterFactory\";\n\nexport type EngineCompositionDeps = EngineDeps & {\n workflowSnapshotCodec?: WorkflowSnapshotCodec;\n missingRuntimeFallbacks?: MissingRuntimeFallbacks;\n executionLimitsPolicy?: EngineExecutionLimitsPolicy;\n};\n\nexport class EngineFactory {\n create(deps: EngineCompositionDeps): Engine {\n const waiters = new EngineWaiters();\n const credentialResolverFactory = new CredentialResolverFactory(deps.credentialSessions);\n const nodeEventPublisher = new NodeEventPublisher(deps.eventBus);\n const nodeStatePublisherFactory = new NodeRunStateWriterFactory(\n deps.workflowExecutionRepository,\n nodeEventPublisher,\n deps.eventBus,\n );\n const planningFactory = new EngineWorkflowPlanningFactory(deps.workflowNodeInstanceFactory);\n const executionLimitsPolicy = deps.executionLimitsPolicy ?? new EngineExecutionLimitsPolicy();\n const workflowSnapshotCodec = deps.workflowSnapshotCodec ?? new WorkflowSnapshotCodec(deps.tokenRegistry);\n const missingRuntimeFallbacks = deps.missingRuntimeFallbacks ?? new MissingRuntimeFallbacks();\n const workflowSnapshotResolver = new WorkflowSnapshotResolver(\n deps.workflowRepository,\n deps.tokenRegistry,\n workflowSnapshotCodec,\n missingRuntimeFallbacks,\n );\n\n const missingRuntimeExecutionMarker = new MissingRuntimeExecutionMarker();\n const semantics = new RunStateSemantics(missingRuntimeExecutionMarker);\n const parityGuard = new MissingRuntimeParityGuard(missingRuntimeExecutionMarker);\n const nodeActivationRequestInputPreparer = new NodeActivationRequestInputPreparer(deps.workflowNodeInstanceFactory);\n const activationEnqueueService = new ActivationEnqueueService(\n deps.activationScheduler,\n deps.workflowExecutionRepository,\n nodeEventPublisher,\n nodeActivationRequestInputPreparer,\n );\n const runExecutionContextFactory = new WorkflowRunExecutionContextFactory(\n deps.executionContextFactory,\n credentialResolverFactory,\n );\n const nodeActivationRequestComposer = new NodeActivationRequestComposer(\n deps.activationIdFactory,\n credentialResolverFactory,\n );\n const persistedRunStateTerminalBuilder = new PersistedRunStateTerminalBuilder();\n const storagePolicyEvaluator = new WorkflowStoragePolicyEvaluator(deps.nodeResolver);\n const terminalPersistence = new RunTerminalPersistenceCoordinator(\n deps.workflowExecutionRepository,\n storagePolicyEvaluator,\n );\n const policyErrorServices = new WorkflowPolicyErrorServices(deps.nodeResolver);\n\n const runStartService = new RunStartService(\n deps.runIdFactory,\n deps.workflowExecutionRepository,\n deps.runDataFactory,\n workflowSnapshotCodec,\n planningFactory,\n nodeStatePublisherFactory,\n runExecutionContextFactory,\n nodeActivationRequestComposer,\n activationEnqueueService,\n semantics,\n waiters,\n deps.workflowPolicyRuntimeDefaults,\n executionLimitsPolicy,\n nodeEventPublisher,\n persistedRunStateTerminalBuilder,\n );\n const runContinuationService = new RunContinuationService(\n deps.activationIdFactory,\n deps.workflowExecutionRepository,\n deps.runDataFactory,\n runExecutionContextFactory,\n workflowSnapshotResolver,\n planningFactory,\n nodeStatePublisherFactory,\n credentialResolverFactory,\n nodeActivationRequestComposer,\n persistedRunStateTerminalBuilder,\n activationEnqueueService,\n nodeEventPublisher,\n semantics,\n waiters,\n policyErrorServices,\n terminalPersistence,\n executionLimitsPolicy,\n parityGuard,\n );\n const nodeExecutionRequestHandler = new NodeExecutionRequestHandlerService(\n deps.workflowExecutionRepository,\n workflowSnapshotResolver,\n deps.runDataFactory,\n runExecutionContextFactory,\n nodeStatePublisherFactory,\n nodeActivationRequestComposer,\n deps.nodeExecutor,\n runContinuationService,\n executionLimitsPolicy,\n parityGuard,\n );\n\n const pollingTriggerLogger = deps.pollingTriggerLogger ?? new NoOpPollingTriggerLogger();\n const pollingTriggerDedupWindow = new PollingTriggerDedupWindow();\n const pollingTriggerRuntime = new PollingTriggerRuntime(deps.triggerSetupStateRepository, pollingTriggerLogger);\n\n const triggerRuntime = new TriggerRuntimeService(\n deps.workflowRepository,\n deps.workflowActivationPolicy,\n deps.runIdFactory,\n deps.runDataFactory,\n deps.executionContextFactory,\n credentialResolverFactory,\n nodeStatePublisherFactory,\n deps.nodeResolver,\n deps.triggerSetupStateRepository,\n {\n emit: async (workflow, triggerNodeId, items) => {\n await runStartService.runWorkflow(workflow, triggerNodeId, items, undefined);\n },\n },\n executionLimitsPolicy,\n deps.triggerRuntimeDiagnostics,\n pollingTriggerRuntime,\n pollingTriggerDedupWindow,\n );\n\n const engine = new Engine({\n liveWorkflowRepository: deps.liveWorkflowRepository,\n tokenRegistry: deps.tokenRegistry,\n webhookTriggerMatcher: deps.webhookTriggerMatcher,\n workflowSnapshotResolver,\n triggerRuntime,\n runStartService,\n runContinuationService,\n nodeExecutionRequestHandler,\n });\n\n deps.activationScheduler.setContinuation?.(engine);\n return engine;\n }\n}\n","import type {\n Items,\n NodeId,\n ParentExecutionRef,\n RunResult,\n WorkflowDefinition,\n WorkflowId,\n WorkflowRepository,\n} from \"../types\";\nimport { WorkflowExecutableNodeClassifierFactory } from \"../workflow\";\n\nimport { Engine } from \"../orchestration/Engine\";\n\nexport class EngineWorkflowRunnerService {\n constructor(\n private readonly engine: Engine,\n private readonly workflowRepository: WorkflowRepository,\n ) {}\n\n async runById(args: {\n workflowId: WorkflowId;\n startAt?: NodeId;\n items: Items;\n parent?: ParentExecutionRef;\n }): Promise {\n const { workflowId, startAt, items, parent } = args;\n const wf = this.workflowRepository.get(workflowId);\n if (!wf) throw new Error(`Unknown workflowId: ${workflowId}`);\n\n const startNodeId = startAt ?? this.findDefaultStartNodeId(wf);\n const scheduled = await this.engine.runWorkflow(wf, startNodeId, items, parent);\n if (scheduled.status !== \"pending\") return scheduled;\n return await this.engine.waitForCompletion(scheduled.runId);\n }\n\n private findDefaultStartNodeId(wf: WorkflowDefinition): NodeId {\n return WorkflowExecutableNodeClassifierFactory.create(wf).findDefaultExecutableStartNodeId(wf);\n }\n}\n","import type { WorkflowRepository } from \"../types\";\n\nimport { Engine } from \"../orchestration/Engine\";\n\nimport { EngineWorkflowRunnerService } from \"./EngineWorkflowRunnerService\";\n\nexport class EngineWorkflowRunnerServiceFactory {\n create(engine: Engine, workflowRepository: WorkflowRepository): EngineWorkflowRunnerService {\n return new EngineWorkflowRunnerService(engine, workflowRepository);\n }\n}\n","import type { LiveWorkflowRepository, WorkflowDefinition, WorkflowId } from \"../types\";\n\nexport class InMemoryLiveWorkflowRepository implements LiveWorkflowRepository {\n private readonly workflowsById = new Map();\n\n setWorkflows(workflows: ReadonlyArray): void {\n this.workflowsById.clear();\n for (const workflow of workflows) {\n this.workflowsById.set(workflow.id, workflow);\n }\n }\n\n list(): ReadonlyArray {\n return [...this.workflowsById.values()];\n }\n\n get(workflowId: WorkflowId): WorkflowDefinition | undefined {\n return this.workflowsById.get(workflowId);\n }\n}\n","import type {\n CurrentStateExecutionRequest,\n HttpMethod,\n Items,\n NodeId,\n RunCurrentState,\n RunExecutionOptions,\n RunResult,\n RunStopCondition,\n WebhookInvocationMatch,\n WebhookRunResult,\n WebhookTriggerResolution,\n WorkflowDefinition,\n WorkflowRepository,\n} from \"../types\";\n\nimport { Engine } from \"../orchestration/Engine\";\n\nexport type StartWorkflowIntent = {\n workflow: WorkflowDefinition;\n startAt?: string;\n items: Items;\n synthesizeTriggerItems?: boolean;\n parent?: CurrentStateExecutionRequest[\"parent\"];\n executionOptions?: RunExecutionOptions;\n workflowSnapshot?: CurrentStateExecutionRequest[\"workflowSnapshot\"];\n mutableState?: CurrentStateExecutionRequest[\"mutableState\"];\n currentState?: RunCurrentState;\n stopCondition?: RunStopCondition;\n reset?: CurrentStateExecutionRequest[\"reset\"];\n};\n\nexport type RerunFromNodeIntent = {\n workflow: WorkflowDefinition;\n nodeId: NodeId;\n currentState: RunCurrentState;\n items?: Items;\n synthesizeTriggerItems?: boolean;\n parent?: CurrentStateExecutionRequest[\"parent\"];\n executionOptions?: RunExecutionOptions;\n workflowSnapshot?: CurrentStateExecutionRequest[\"workflowSnapshot\"];\n mutableState?: CurrentStateExecutionRequest[\"mutableState\"];\n};\n\nexport type MatchedWebhookRunIntent = {\n endpointPath: string;\n method: HttpMethod;\n requestItem: Items[number];\n};\n\nexport type WebhookMatchRunIntent = {\n match: WebhookInvocationMatch;\n requestItem: Items[number];\n};\n\nexport class RunIntentService {\n constructor(\n private readonly engine: Engine,\n private readonly workflowRepository: WorkflowRepository,\n ) {}\n\n async startWorkflow(args: StartWorkflowIntent): Promise {\n const items = await this.resolveStartWorkflowItems(args);\n if (args.startAt && !args.currentState && !args.stopCondition && !args.reset) {\n return await this.engine.runWorkflow(args.workflow, args.startAt, items, args.parent, args.executionOptions, {\n workflowSnapshot: args.workflowSnapshot,\n mutableState: args.mutableState,\n });\n }\n return await this.engine.runWorkflowFromState({\n workflow: args.workflow,\n items,\n parent: args.parent,\n executionOptions: args.executionOptions,\n workflowSnapshot: args.workflowSnapshot,\n mutableState: args.mutableState,\n currentState: args.currentState,\n stopCondition: args.stopCondition ?? { kind: \"workflowCompleted\" },\n reset: args.reset,\n });\n }\n\n async rerunFromNode(args: RerunFromNodeIntent): Promise {\n const items = await this.resolveRerunItems(args);\n if (items) {\n return await this.engine.runWorkflow(args.workflow, args.nodeId, items, args.parent, args.executionOptions, {\n workflowSnapshot: args.workflowSnapshot,\n mutableState: args.mutableState,\n });\n }\n return await this.engine.runWorkflowFromState({\n workflow: args.workflow,\n parent: args.parent,\n executionOptions: args.executionOptions,\n workflowSnapshot: args.workflowSnapshot,\n mutableState: args.mutableState,\n currentState: args.currentState,\n stopCondition: { kind: \"workflowCompleted\" },\n reset: { clearFromNodeId: args.nodeId },\n });\n }\n\n private async resolveStartWorkflowItems(args: StartWorkflowIntent): Promise {\n if (this.hasNonEmptyItems(args.items)) {\n return args.items;\n }\n const triggerNodeId = this.resolveStartWorkflowTriggerNodeId(args);\n if (!triggerNodeId) {\n return args.items;\n }\n return (await this.engine.createTriggerTestItems({ workflow: args.workflow, nodeId: triggerNodeId })) ?? args.items;\n }\n\n private async resolveRerunItems(args: RerunFromNodeIntent): Promise {\n if (this.hasNonEmptyItems(args.items)) {\n return args.items;\n }\n const triggerNodeId = this.resolveRerunTriggerNodeId(args);\n if (!triggerNodeId) {\n return args.items;\n }\n return (await this.engine.createTriggerTestItems({ workflow: args.workflow, nodeId: triggerNodeId })) ?? args.items;\n }\n\n private resolveStartWorkflowTriggerNodeId(args: StartWorkflowIntent): NodeId | undefined {\n if (args.stopCondition?.kind === \"nodeCompleted\" && this.isTriggerNode(args.workflow, args.stopCondition.nodeId)) {\n return args.stopCondition.nodeId;\n }\n if (!args.synthesizeTriggerItems) {\n return undefined;\n }\n if (args.startAt && this.isTriggerNode(args.workflow, args.startAt)) {\n return args.startAt;\n }\n return this.firstTriggerNodeId(args.workflow);\n }\n\n private resolveRerunTriggerNodeId(args: RerunFromNodeIntent): NodeId | undefined {\n if (this.isTriggerNode(args.workflow, args.nodeId)) {\n return args.nodeId;\n }\n if (!args.synthesizeTriggerItems) {\n return undefined;\n }\n return this.firstTriggerNodeId(args.workflow);\n }\n\n private firstTriggerNodeId(workflow: WorkflowDefinition): NodeId | undefined {\n return workflow.nodes.find((node) => node.kind === \"trigger\")?.id;\n }\n\n private isTriggerNode(workflow: WorkflowDefinition, nodeId: string): boolean {\n return workflow.nodes.find((node) => node.id === nodeId)?.kind === \"trigger\";\n }\n\n private hasNonEmptyItems(items: Items | undefined): boolean {\n return (items?.length ?? 0) > 0;\n }\n\n resolveWebhookTrigger(args: { endpointPath: string; method: HttpMethod }): WebhookTriggerResolution {\n return this.engine.resolveWebhookTrigger(args);\n }\n\n async runMatchedWebhook(args: MatchedWebhookRunIntent): Promise {\n const resolution = this.resolveWebhookTrigger(args);\n if (resolution.status === \"notFound\") {\n throw new Error(\"Unknown webhook endpoint\");\n }\n if (resolution.status === \"methodNotAllowed\") {\n throw new Error(\"Method not allowed\");\n }\n return await this.runWebhookMatch({\n match: resolution.match,\n requestItem: args.requestItem,\n });\n }\n\n async runWebhookMatch(args: WebhookMatchRunIntent): Promise {\n const workflow = this.workflowRepository.get(args.match.workflowId);\n if (!workflow) {\n throw new Error(`Unknown workflowId: ${args.match.workflowId}`);\n }\n const scheduled = await this.engine.runWorkflow(\n workflow,\n args.match.nodeId,\n [args.requestItem],\n undefined,\n this.createWebhookExecutionOptions(),\n );\n if (scheduled.status === \"failed\") {\n throw new Error(scheduled.error.message);\n }\n if (scheduled.status === \"completed\") {\n return {\n runId: scheduled.runId,\n workflowId: scheduled.workflowId,\n startedAt: scheduled.startedAt,\n runStatus: \"completed\",\n response: scheduled.outputs,\n };\n }\n return await Promise.race([\n this.engine.waitForWebhookResponse(scheduled.runId),\n this.engine.waitForCompletion(scheduled.runId).then((completed) => {\n if (completed.status === \"failed\") {\n throw new Error(completed.error.message);\n }\n if (completed.status === \"halted\") {\n throw new Error(`Run halted: ${completed.reason}`);\n }\n return {\n runId: completed.runId,\n workflowId: completed.workflowId,\n startedAt: completed.startedAt,\n runStatus: \"completed\" as const,\n response: completed.outputs,\n } satisfies WebhookRunResult;\n }),\n ]);\n }\n\n private createWebhookExecutionOptions(): RunExecutionOptions {\n return {\n localOnly: true,\n webhook: true,\n };\n }\n}\n","import type { WorkflowRepository } from \"../types\";\n\nimport { Engine } from \"../orchestration/Engine\";\n\nimport { RunIntentService } from \"./RunIntentService\";\n\nexport class RunIntentServiceFactory {\n create(engine: Engine, workflowRepository: WorkflowRepository): RunIntentService {\n return new RunIntentService(engine, workflowRepository);\n }\n}\n","import type {\n HttpMethod,\n NodeDefinition,\n NodeId,\n TriggerNodeConfig,\n WebhookInvocationMatch,\n WebhookTriggerMatcher,\n WebhookTriggerRoutingDiagnostics,\n WorkflowActivationPolicy,\n WorkflowDefinition,\n WorkflowId,\n WorkflowRepository,\n} from \"../types\";\n\nexport class WorkflowRepositoryWebhookTriggerMatcher implements WebhookTriggerMatcher {\n private readonly routeByPath = new Map();\n private engineRoutesActive = false;\n\n constructor(\n private readonly workflowRepository: WorkflowRepository,\n private readonly workflowActivationPolicy: WorkflowActivationPolicy,\n private readonly diagnostics?: WebhookTriggerRoutingDiagnostics,\n ) {}\n\n onEngineWorkflowsLoaded(): void {\n this.engineRoutesActive = true;\n this.rebuildRouteIndex();\n }\n\n onEngineStopped(): void {\n this.engineRoutesActive = false;\n this.routeByPath.clear();\n }\n\n reloadWebhookRoutes(): void {\n if (!this.engineRoutesActive) {\n return;\n }\n this.rebuildRouteIndex();\n }\n\n lookup(endpointPath: string): WebhookInvocationMatch | undefined {\n if (!this.engineRoutesActive) {\n return undefined;\n }\n const normalized = this.normalizeEndpointPath(endpointPath);\n return this.routeByPath.get(normalized);\n }\n\n match(args: { endpointPath: string; method: HttpMethod }): WebhookInvocationMatch | undefined {\n const entry = this.lookup(args.endpointPath);\n if (!entry) {\n return undefined;\n }\n return entry.methods.includes(args.method) ? entry : undefined;\n }\n\n private rebuildRouteIndex(): void {\n this.routeByPath.clear();\n for (const workflow of this.workflowRepository.list()) {\n if (!this.workflowActivationPolicy.isActive(workflow.id)) {\n const triggerCount = workflow.nodes.filter((n) => n.kind === \"trigger\").length;\n if (triggerCount > 0) {\n const paths = this.collectWebhookEndpointPaths(workflow);\n if (paths.length > 0) {\n this.diagnostics?.info?.(\n `Workflow \"${workflow.name}\" (${workflow.id}) is inactive; webhook routes not registered: ${paths.map((p) => `\"${p}\"`).join(\", \")}`,\n );\n } else {\n this.diagnostics?.info?.(\n `Workflow \"${workflow.name}\" (${workflow.id}) is inactive; no repository webhook routes for its triggers (other trigger kinds are unchanged).`,\n );\n }\n }\n continue;\n }\n for (const def of workflow.nodes) {\n const match = this.tryMatchFromTriggerNode(workflow, def);\n if (!match) {\n continue;\n }\n const key = this.normalizeEndpointPath(match.endpointPath);\n const existing = this.routeByPath.get(key);\n if (existing) {\n this.diagnostics?.warn(\n `Duplicate webhook endpoint path \"${key}\" (workflows \"${existing.workflowId}\" and \"${match.workflowId}\"); using \"${match.workflowId}\".`,\n );\n }\n this.routeByPath.set(key, match);\n }\n }\n }\n\n private collectWebhookEndpointPaths(workflow: WorkflowDefinition): string[] {\n const paths: string[] = [];\n for (const def of workflow.nodes) {\n if (def.kind !== \"trigger\") {\n continue;\n }\n const match = this.tryMatchFromTriggerNode(workflow, def);\n if (match) {\n paths.push(match.endpointPath);\n }\n }\n return paths;\n }\n\n private tryMatchFromTriggerNode(\n workflow: WorkflowDefinition,\n def: NodeDefinition,\n ): WebhookInvocationMatch | undefined {\n if (def.kind !== \"trigger\") {\n return undefined;\n }\n const config = def.config as TriggerNodeConfig & {\n endpointKey?: unknown;\n methods?: unknown;\n parseJsonBody?: (body: unknown) => unknown;\n };\n if (typeof config.endpointKey !== \"string\" || config.endpointKey.length === 0) {\n return undefined;\n }\n if (!Array.isArray(config.methods) || config.methods.length === 0) {\n return undefined;\n }\n const methods = config.methods as HttpMethod[];\n const parseJsonBody = typeof config.parseJsonBody === \"function\" ? config.parseJsonBody.bind(config) : undefined;\n return {\n endpointPath: config.endpointKey,\n workflowId: workflow.id as WorkflowId,\n nodeId: def.id as NodeId,\n methods: [...methods],\n parseJsonBody,\n };\n }\n\n private normalizeEndpointPath(endpointPath: string): string {\n return endpointPath.trim();\n }\n}\n","import type { WebhookTriggerRoutingDiagnostics, WorkflowActivationPolicy, WorkflowRepository } from \"../types\";\n\nimport { WorkflowRepositoryWebhookTriggerMatcher } from \"./WorkflowRepositoryWebhookTriggerMatcher\";\n\nexport class WorkflowRepositoryWebhookTriggerMatcherFactory {\n create(\n workflowRepository: WorkflowRepository,\n workflowActivationPolicy: WorkflowActivationPolicy,\n diagnostics?: WebhookTriggerRoutingDiagnostics,\n ): WorkflowRepositoryWebhookTriggerMatcher {\n return new WorkflowRepositoryWebhookTriggerMatcher(workflowRepository, workflowActivationPolicy, diagnostics);\n 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