import { TableDecision } from '../TableDecision.js';
import { ValidateTestcaseModelData } from './validateModelInterface.js';
/**
 * Finds duplicate (double) test case definitions in the given decision table.
 *
 * This function first constructs a row model and a test case model from the table,
 * and then identifies duplicates by comparing the binary field values of each test case.
 *
 * @param table - The decision table model.
 * @returns An array of duplicate test case entries, where each entry contains the IDs
 *          of the two duplicate test cases and the comparison result.
 */
export declare function findDouble(table: TableDecision): {
    tcId1: string;
    tcId2: string;
    result: FindDoubleCompareTestcaseResult;
}[];
/**
 * Defines the result of comparing two test cases.
 *
 * This type maps each section row ID to either a number or an array of numbers,
 * representing the bitwise AND result of the field values.
 */
export type FindDoubleCompareTestcaseResult = Record<string, number | number[]>;
/**
 * Compares two test cases to determine if they are duplicates.
 *
 * For each field in the test case data, the function performs a bitwise AND operation.
 * If the result is non-zero for every field, the test cases are considered duplicates.
 * If field values are stored as arrays (when there are more than 30 rows), each element is compared.
 *
 * @param tc1 - The data object of the first test case.
 * @param tc2 - The data object of the second test case.
 * @returns A mapping of section row IDs to the bitwise AND results if the test cases are duplicates;
 *          otherwise, undefined.
 * @throws Error if any field value is undefined.
 */
export declare function findDoubleCompareTestcase(tc1: ValidateTestcaseModelData, tc2: ValidateTestcaseModelData): FindDoubleCompareTestcaseResult | undefined;
//# sourceMappingURL=validateDouble.d.ts.map