import type { RParseRequestFromText } from './retriever';
import type { OutputCollectorConfiguration, RShell } from './shell';
import type { RShellExecutor } from './shell-executor';
import type { TreeSitterExecutor } from './lang-4.x/tree-sitter/tree-sitter-executor';
import type { Query, QueryCapture } from 'web-tree-sitter';
import type { FlowrAnalysisProvider } from '../project/flowr-analyzer';
import type { FlowrAnalyzerContext } from '../project/context/flowr-analyzer-context';
interface ParserContent<T> {
    readonly name: string;
    information(analyzer: FlowrAnalysisProvider): BaseParserInformation;
    parse(request: RParseRequestFromText): T;
    close(): void;
}
export interface BaseParserInformation {
    readonly name: KnownParserName;
}
export interface BaseRShellInformation extends BaseParserInformation {
    readonly name: 'r-shell';
    rVersion(): Promise<string>;
}
export interface RShellInformation extends BaseRShellInformation {
    /**
     * Sends a command to the underlying R engine and collects the output.
     * @param command     - The command to send to the R engine.
     * @param addonConfig - Additional configuration for the output collector.
     */
    sendCommandWithOutput(command: string, addonConfig?: Partial<OutputCollectorConfiguration>): Promise<string[]>;
}
export interface TreeSitterInformation extends BaseParserInformation {
    readonly name: 'tree-sitter';
    readonly grammarVersion: number;
    /**
     * Runs the given tree-sitter query using the underlying tree-sitter parser and returns the resulting capture.
     * @param source - The tree-sitter query to run.
     * @param force  - Do not use the cache, instead force a new parse.
     */
    treeSitterQuery(source: Query | string, force?: boolean): Promise<QueryCapture[]>;
}
export type SyncParser<T> = ParserContent<Awaited<T>> & {
    readonly async?: false;
};
export type AsyncParser<T> = ParserContent<Promise<T>> & {
    readonly async: true;
};
export type Parser<T> = SyncParser<T> | AsyncParser<T>;
export type KnownParser = RShell | RShellExecutor | TreeSitterExecutor;
export type KnownParserType = Awaited<ReturnType<KnownParser['parse']>>;
export type KnownParserInformation = ReturnType<KnownParser['information']>;
export type KnownParserName = KnownParser['name'];
export interface ParseRequiredInput<T> {
    /** This is the {@link RShell}, {@link RShellExecutor} or {@link TreeSitterExecutor} connection to be used to obtain the original parses AST of the R code */
    readonly parser: Parser<T>;
    /**
     * The context from which to derive the requests from,
     * please either relay on the {@link FlowrAnalyzer}
     * or construct one with {@link contextFromInput}
     */
    readonly context: FlowrAnalyzerContext;
}
export interface ParseStepOutputSingleFile<T> {
    /** The parsed AST of the R code as given by the R parse side */
    readonly parsed: T;
    readonly filePath: string | undefined;
    /** Additional meta information about the parse */
    readonly '.parse-meta'?: {
        /** The number of tokens in the AST */
        readonly tokenCount: number;
    };
}
export interface ParseStepOutput<T> {
    readonly files: ParseStepOutputSingleFile<T>[];
}
/**
 * Takes an input program and parses it using the given parser.
 * @param _results - just a proxy for the pipeline, signifies that this function does not need prior knowledge of the pipeline
 * @param input    - the input to the parse step
 * @returns The parsed AST per request in the loading order obtained from the {@link FlowrAnalyzerFilesContext|files context} of the given {@link FlowrAnalyzerContext}.
 */
export declare function parseRequests<T extends KnownParserType>(_results: unknown, input: Partial<ParseRequiredInput<T>>): Promise<ParseStepOutput<T>>;
export {};