import { Effect } from 'effect';
import type * as SchemaTypes from 'effect/Schema';
import { AgentInputValidationError } from './errors';
export interface DecodedAgentInput<A> {
    readonly value: A;
    readonly message: string;
}
/** Validate, transform, and encode one agent input at the execution boundary. */
export declare const decodeAgentInput: <S extends SchemaTypes.Schema.AnyNoContext>(agentId: string, schema: S, input: unknown) => Effect.Effect<DecodedAgentInput<SchemaTypes.Schema.Type<S>>, AgentInputValidationError>;
/**
 * Decode the compatibility string entrypoint without assuming which side of a
 * schema owns JSON parsing. Raw string decoding wins; object/array parsing is a
 * fallback for schemas whose encoded side is already structured.
 */
export declare const decodeProcessMessageInput: <S extends SchemaTypes.Schema.AnyNoContext>(agentId: string, schema: S, message: string) => Effect.Effect<DecodedAgentInput<SchemaTypes.Schema.Type<S> | string>, AgentInputValidationError>;
/** Validate a direct `run()` value on the schema's Type side, then encode it. */
export declare const validateAgentInput: <S extends SchemaTypes.Schema.AnyNoContext>(agentId: string, schema: S, input: unknown) => Effect.Effect<DecodedAgentInput<SchemaTypes.Schema.Type<S>>, AgentInputValidationError>;
export declare const decodeStringAgentInput: (agentId: string, input: unknown) => Effect.Effect<DecodedAgentInput<string>, AgentInputValidationError>;
export declare const validateStringAgentInput: (agentId: string, input: unknown) => Effect.Effect<DecodedAgentInput<string>, AgentInputValidationError>;
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