@eagleoutice/flowr/statistics/features/common-syntax-probability.d.ts

Static Dataflow Analyzer and Program Slicer for the R Programming Language

import type { SummarizedMeasurement } from '../../util/summarizer';
import { RFalse, RTrue } from '../../r-bridge/lang-4.x/convert-values';
import type { RArgument } from '../../r-bridge/lang-4.x/ast/model/nodes/r-argument';
import type { RNode } from '../../r-bridge/lang-4.x/ast/model/model';
export interface CommonSyntaxTypeCounts<Measurement = bigint> {
    total: Measurement;
    multiple: Measurement;
    empty: Measurement;
    withArgument: Measurement;
    noValue: Measurement;
    singleVar: Record<string, Measurement>;
    number: Record<number, Measurement>;
    integer: Record<number, Measurement>;
    complex: Record<number, Measurement>;
    string: Record<string, Measurement>;
    logical: Record<typeof RTrue | typeof RFalse, Measurement>;
    call: Record<string, Measurement>;
    unnamedCall: Measurement;
    binOp: Record<string, Measurement>;
    unaryOp: Record<string, Measurement>;
    other: Record<string, Measurement>;
}
export declare function emptyCommonSyntaxTypeCounts<T = bigint>(init?: () => T): CommonSyntaxTypeCounts<T>;
/**
 * Updates the given counts based on the type of the given node.
 */
export declare function updateCommonSyntaxTypeCounts(current: CommonSyntaxTypeCounts, ...nodes: (RNode | RArgument)[]): CommonSyntaxTypeCounts;
export declare function appendCommonSyntaxTypeCounter(a: CommonSyntaxTypeCounts<number[][]>, b: CommonSyntaxTypeCounts): void;
export declare function summarizeCommonSyntaxTypeCounter(a: CommonSyntaxTypeCounts<number[][]>): CommonSyntaxTypeCounts<SummarizedMeasurement>;