import { AggregationProperty, CalculatedMember, CalculationProperty, Cube, Dimension, EntityType, NamedSet, ParameterProperty, RestrictedMeasureProperty, VarianceMeasureProperty } from '@metad/ocap-core';
import { MDXHierarchyFilter, MDXProperty } from './filter';
export type WithMemberType = CalculatedMember | NamedSet;
export declare function calculationPropertyToFormula(property: CalculationProperty, slicers?: MDXHierarchyFilter[]): string;
/**
 * 1. Calculate dependent calculated fields from the CalculationProperty of EntityType. These fields may not come from the MDX CalculatedMembers of the Model, so they need to be calculated separately.
 * 2. Replace the parameters in the formula with actual values
 *
 * @param members
 * @param calculationProperties
 * @param formula
 * @param values Actual values of parameters
 */
export declare function addCalculatedMember(formula: string, members: Record<string, WithMemberType>, calculationProperties: Array<CalculationProperty>, parameters: Array<ParameterProperty>, slicers?: MDXHierarchyFilter[], values?: Record<string, any>): string;
/**
 * Calculate dependent calculated members from MDX CalculatedMembers
 *
 * @param members
 * @param calculatedMembers
 * @param formula
 */
export declare function addDependCalculatedMember(members: Record<string, WithMemberType>, calculatedMembers: CalculatedMember[], formula: string): void;
/**
 * Calculated members that make calculations dependent on measures and dimensions that contain members
 *
 * @param dimensions Measures or has members dimensions
 * @param entityType EntityType
 * @param filters Filters
 */
export declare function withCalculationMembers(members: Record<string, WithMemberType>, dimensions: Array<MDXProperty>, cube: Cube, entityType: EntityType, filters?: MDXHierarchyFilter[], values?: Record<string, any>): Record<string, WithMemberType>;
export declare function sortWithMembers(members: Record<string, WithMemberType>): Array<WithMemberType>;
/**
 * Serialized Conditional Aggregation Metrics
 *
 * @param property
 * @returns
 */
export declare function serializeAggregationProperty(property: AggregationProperty): string;
/**
 * @todo also need to implement the constantDimensions condition
 *
 * @param property
 * @param filters
 * @returns
 */
export declare function serializeRestrictedMeasureProperty(property: RestrictedMeasureProperty, filters: MDXHierarchyFilter[]): string;
/**
 * Serializes the variance measure into a calculation formula
 *
 * @param property
 * @returns
 */
export declare function serializeVarianceMeasureProperty(property: VarianceMeasureProperty): string;
/**
 * Convert dimension configuration to MDX statements. You need to handle the case where `parameter` is used.
 * Otherwise, use `members` fixed value. Otherwise, use all member functions of the dimension. {@link Members}
 *
 * @param dimension
 * @returns
 */
export declare function serializeMemberSet(dimension: Dimension): string;
export declare function serializeDimensionMembers(dimension: Dimension): string;
/**
 * Serialize parameter value based on parameter definitions and actual values
 *
 * @param parameter
 * @param values
 * @returns value string
 */
export declare function serializeParameter(parameter: ParameterProperty, values: Record<string, any>): any;