import type { AdHocQueryAnalysis } from './query-catalog.js';
import type { SqlfuProjectConfig } from '../types.js';
import type { SqlfuHost } from '../host.js';
export type { AdHocQueryAnalysis, JsonSchema, JsonSchemaObject, QueryCatalog, QueryCatalogArgument, QueryCatalogEntry, QueryCatalogField, } from './query-catalog.js';
export declare function generateQueryTypes(): Promise<void>;
export type GenerateQueryTypesResult = {
    writtenFiles: string[];
};
export declare function generateQueryTypesForConfig(config: SqlfuProjectConfig, host: SqlfuHost): Promise<GenerateQueryTypesResult>;
export declare function generateInlineConfigTypes(input: {
    modulePath: string;
    projectRoot: string;
    host: SqlfuHost;
}): Promise<GenerateQueryTypesResult>;
export declare function analyzeAdHocSqlForConfig(config: SqlfuProjectConfig, host: SqlfuHost, sql: string): Promise<AdHocQueryAnalysis>;
export declare function materializeTypegenDatabase(input: {
    projectRoot: string;
    sourceSql: string;
    experimentalJsonTypes: boolean;
}): Promise<string>;
/**
 * Read the canonical schema source for the project's chosen typegen
 * authority. Used by sqlite's `materializeTypegenDatabase` and exported
 * for pg-side dialects to use for the same purpose. The result is a SQL
 * string ready to apply to a scratch DB.
 *
 * Each authority delegates through dialect methods
 * (`materializeSchemaSql` / `extractSchemaFromClient`), so the function
 * itself stays dialect-neutral — adding a new dialect doesn't require
 * touching this code.
 */
export declare function readSchemaForAuthority(config: SqlfuProjectConfig, host: SqlfuHost): Promise<string>;