@eagleoutice/flowr/documentation/doc-util/doc-cfg.d.ts

Static Dataflow Analyzer and Program Slicer for the R Programming Language

import type { NormalizedAst } from '../../r-bridge/lang-4.x/ast/model/processing/decorate';
import type { KnownParser } from '../../r-bridge/parser';
import type { DataflowInformation } from '../../dataflow/info';
import type { ControlFlowInformation } from '../../control-flow/control-flow-graph';
import { type CfgSimplificationPassName } from '../../control-flow/cfg-simplification';
type GetCfgReturn = {
    info: ControlFlowInformation;
    ast: NormalizedAst;
    dataflow?: DataflowInformation;
};
export declare function getCfg(parser: KnownParser, code: string, simplifications?: readonly CfgSimplificationPassName[], useDfg?: true): Promise<Required<GetCfgReturn>>;
export declare function getCfg(parser: KnownParser, code: string, simplifications?: readonly CfgSimplificationPassName[], useDfg?: boolean): Promise<GetCfgReturn>;
/**
 * Serializes the given control flow graph to a mermaid diagram.
 */
export declare function printCfg(cfg: ControlFlowInformation, ast: NormalizedAst, prefix?: string, simplify?: boolean): string;
export interface PrintCfgOptions {
    readonly showCode?: boolean;
    readonly openCode?: boolean;
    readonly prefix?: string;
    readonly simplifications?: readonly CfgSimplificationPassName[];
    readonly simplify?: boolean;
    readonly useDfg?: boolean;
}
/**
 * Generates and prints the control flow graph for the given code, along with optional metadata and the original code.
 */
export declare function printCfgCode(parser: KnownParser, code: string, { showCode, openCode, prefix, simplifications, simplify, useDfg }?: PrintCfgOptions): Promise<string>;
export {};