/**
 * Built-in agent tools (T1739 · epic T11456 · SG-TOOLS).
 *
 * Wires the existing CORE-SDK atomic primitives ({@link ./fs.js} +
 * {@link ./shell.js}) into the agent-facing {@link ./agent-registry.js |
 * AgentToolRegistry} as its FIRST registered tools, so the registry is never
 * empty and the Pi adapter / ModelRunner can consume them immediately. Every
 * built-in tool:
 *
 *   - declares a Zod parameter schema (→ OpenAI-format schema via AC3);
 *   - declares its agent-facing {@link Toolset} group (AC4) and side-effect
 *     {@link ToolClass};
 *   - declares an {@link AvailabilityCheck} (AC5) — e.g. `run_git` is only
 *     available when a `git` binary is known to be on PATH;
 *   - performs ALL side effects through the injected {@link GuardedToolSurface}
 *     (NEVER raw `fs`/`shell`), so the deny-first guard chokepoint
 *     ({@link ./guard.js}) policy still applies — there is no bypass.
 *
 * The model-visible names are snake_case (OpenAI-function convention); the
 * underlying primitive names live in `@cleocode/contracts/tools/atomic`.
 *
 * @task T1739
 * @epic T11456
 */
import type { AgentToolRegistry } from './agent-registry.js';
/**
 * Register the built-in atomic-primitive tools into `registry`.
 *
 * Invoked by {@link AgentToolRegistry.init} (unless `skipBuiltins`). Pure
 * registration — no I/O, no scan; the tools' side effects happen later through
 * the {@link GuardedToolSurface} their executables receive.
 *
 * @param registry - The registry to populate.
 */
export declare function registerBuiltinAgentTools(registry: AgentToolRegistry): void;
//# sourceMappingURL=builtin-agent-tools.d.ts.map