import type { ExtensionModule } from "../capability/extension-module";
import type { Hook } from "../capability/hook";
import type { MCPServer } from "../capability/mcp";
import type { Skill } from "../capability/skill";
import type { SlashCommand } from "../capability/slash-command";
import type { CustomTool } from "../capability/tool";
import type { LoadContext, LoadResult } from "../capability/types";
export declare const CLAUDE_PROVIDER_ID = "claude";
export declare const CLAUDE_DISPLAY_NAME = "Claude Code";
export declare const CLAUDE_CONFIG_DIR = ".claude";
/**
 * Enumerate `.claude/skills` from every ancestor of `cwd` up to the repo root
 * (closest first) — the Claude Code project convention.
 */
export declare function scanClaudeProjectSkills(ctx: LoadContext): Promise<LoadResult<Skill>>;
/**
 * Enumerate the user-global `~/.claude/skills` layout. This is an explicit
 * import candidate only; GJC never loads it without an explicit import action.
 */
export declare function scanClaudeUserSkills(ctx: LoadContext): Promise<LoadResult<Skill>>;
export declare function claudeSkillSourceMeta(filePath: string, level: "user" | "project"): import(".").SourceMeta;
export interface ClaudeConventionInspection {
    mcps: LoadResult<MCPServer>;
    skills: LoadResult<Skill>;
    hooks: LoadResult<Hook>;
    tools: LoadResult<CustomTool>;
    extensions: LoadResult<ExtensionModule>;
    commands: LoadResult<SlashCommand>;
}
/**
 * Inspect what the Claude Code project convention (.claude/) would surface.
 *
 * Reuses the shared discovery scan helpers without registering any provider,
 * so diagnostics can report the convention's files while keeping the runtime
 * load path exactly as configured (none of these surfaces are registered for
 * session loading; hooks are covered by the separate registered claude-hooks
 * provider).
 */
export declare function inspectClaudeConvention(ctx: LoadContext): Promise<ClaudeConventionInspection>;