export { createAskUserQuestionToolDefinition } from "./ask-user-question/index.ts";
export { BASH_SHELL_PRESENTATION, type BashOperations, type BashSpawnContext, type BashSpawnHook, type BashToolDetails, type BashToolInput, type BashToolOptions, bashToolSystemPromptContribution, createBashTool, createBashToolDefinition, createLocalBashOperations, type ShellToolPresentation, } from "./bash.js";
export { createEditTool, createEditToolDefinition, type EditOperations, type EditToolDetails, type EditToolInput, type EditToolOptions, editToolSystemPromptContribution, } from "./edit.ts";
export { FILE_MUTATION_CONFLICT_CODE, FileMutationConflict, type FileMutationConflictDetails, type FileMutationConflictEvidence, type FileMutationConflictReason, type FileMutationLiveState, type MutationRequester, type MutationRequesterResolver, } from "./file-mutation-coordinator.ts";
export { withFileMutationQueue } from "./file-mutation-queue.ts";
export { createFindTool, createFindToolDefinition, type FindOperations, type FindToolDetails, type FindToolInput, type FindToolOptions, findToolSystemPromptContribution, } from "./find.ts";
export { createKillTool, createKillToolDefinition, type KillToolOptions } from "./kill.ts";
export { createLsTool, createLsToolDefinition, type LsOperations, type LsToolDetails, type LsToolInput, type LsToolOptions, lsToolSystemPromptContribution, } from "./ls.ts";
export { createLocalPowerShellOperations, createPowerShellTool, createPowerShellToolDefinition, type PowerShellOperations, type PowerShellSpawnContext, type PowerShellSpawnHook, type PowerShellToolDetails, type PowerShellToolInput, type PowerShellToolOptions, } from "./powershell.ts";
export { createReadTool, createReadToolDefinition, type ReadOperations, type ReadToolDetails, type ReadToolInput, type ReadToolOptions, readToolSystemPromptContribution, } from "./read.ts";
export { createSearchTool, createSearchToolDefinition, type SearchToolDetails, type SearchToolInput, type SearchToolOptions, searchToolSystemPromptContribution, } from "./search.ts";
export { createStructuredOutputCapture, createStructuredOutputTool, type JsonObject, type JsonPrimitive, type JsonValue, STRUCTURED_OUTPUT_TOOL_NAME, type StructuredOutputCapture, type StructuredOutputFileCapture, type StructuredOutputToolOptions, } from "./structured-output.ts";
export { createTodoToolDefinition } from "./todos.ts";
export { DEFAULT_MAX_BYTES, DEFAULT_MAX_LINES, formatSize, type TruncationOptions, type TruncationResult, truncateHead, truncateLine, truncateTail, } from "./truncate.ts";
export { createWriteTool, createWriteToolDefinition, type WriteFileOptions, type WriteOperations, type WriteToolInput, type WriteToolOptions, writeToolSystemPromptContribution, } from "./write.ts";
import type { AgentTool } from "@earendil-works/pi-agent-core";
import type { TSchema } from "typebox";
import type { ToolDefinition } from "../extensions/types.ts";
import { type BashToolOptions } from "./bash.js";
import { type EditToolOptions } from "./edit.ts";
import type { MutationRequesterResolver } from "./file-mutation-coordinator.ts";
import { type FindToolOptions } from "./find.ts";
import { type HashlineSnapshotStore } from "./hashline.ts";
import { type KillToolOptions } from "./kill.ts";
import { type LsToolOptions } from "./ls.ts";
import { type PowerShellToolOptions } from "./powershell.ts";
import { type ReadToolOptions } from "./read.ts";
import { type SearchToolOptions } from "./search.ts";
import { type WriteToolOptions } from "./write.ts";
export type Tool = AgentTool<TSchema, unknown>;
export type ToolDef = ToolDefinition<TSchema, unknown>;
export type ToolName = "read" | "bash" | "powershell" | "kill" | "edit" | "write" | "find" | "search" | "ls" | "ask_user_question" | "todo";
export type BuiltinToolMap<T> = Omit<Record<ToolName, T>, "powershell"> & {
    powershell?: T;
};
export declare const allToolNames: Set<ToolName>;
/**
 * Built-in tools enabled at startup.
 *
 * `powershell` is conditional: it is Windows-only and additionally needs a
 * resolvable `pwsh.exe`/`powershell.exe`. That probe reads PATH, so it runs per
 * call rather than at module load, and callers can decide it explicitly through
 * `powerShellAvailable` instead of depending on the host running the process.
 */
export declare function getDefaultToolNames(options?: {
    powerShellAvailable?: boolean;
}): readonly ToolName[];
export interface ToolsOptions {
    read?: ReadToolOptions;
    bash?: BashToolOptions;
    powershell?: PowerShellToolOptions;
    kill?: KillToolOptions;
    write?: WriteToolOptions;
    edit?: EditToolOptions;
    find?: FindToolOptions;
    search?: SearchToolOptions;
    ls?: LsToolOptions;
    hashlineStore?: HashlineSnapshotStore;
    /**
     * Session-scoped identity for whichever mutation gets rejected, forwarded to the two tools
     * that can raise a conflict. Deliberately not defaulted the way `hashlineStore` is: absence
     * means no identity is available, which the conflict path already handles.
     */
    resolveMutationRequester?: MutationRequesterResolver;
}
export declare function createToolDefinition(toolName: ToolName, cwd: string, options?: ToolsOptions): ToolDef;
export declare function createTool(toolName: ToolName, cwd: string, options?: ToolsOptions): Tool;
export declare function createCodingToolDefinitions(cwd: string, options?: ToolsOptions): ToolDef[];
export declare function createReadOnlyToolDefinitions(cwd: string, options?: ToolsOptions): ToolDef[];
export declare function createAllToolDefinitions(cwd: string, options?: ToolsOptions): BuiltinToolMap<ToolDef>;
export declare function createCodingTools(cwd: string, options?: ToolsOptions): Tool[];
export declare function createReadOnlyTools(cwd: string, options?: ToolsOptions): Tool[];
export declare function createAllTools(cwd: string, options?: ToolsOptions): BuiltinToolMap<Tool>;
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