export interface SpreadsheetKernel {
    init(cellCapacity: number, formulaCapacity: number, constantCapacity: number, rangeCapacity: number, memberCapacity: number): void;
    ensureCellCapacity(nextCapacity: number): void;
    ensureFormulaCapacity(nextCapacity: number): void;
    ensureConstantCapacity(nextCapacity: number): void;
    ensureRangeCapacity(nextCapacity: number): void;
    ensureMemberCapacity(nextCapacity: number): void;
    uploadPrograms(programs: Uint32Array, offsets: Uint32Array, lengths: Uint32Array, targets: Uint32Array): void;
    uploadConstants(constants: Float64Array, offsets: Uint32Array, lengths: Uint32Array): void;
    uploadRangeMembers(members: Uint32Array, offsets: Uint32Array, lengths: Uint32Array): void;
    uploadRangeShapes(rowCounts: Uint32Array, colCounts: Uint32Array): void;
    uploadVolatileNowSerial(nowSerial: number): void;
    uploadVolatileRandomValues(values: Float64Array): void;
    uploadStringLengths(lengths: Uint32Array): void;
    uploadStrings(offsets: Uint32Array, lengths: Uint32Array, data: Uint16Array): void;
    writeCells(tags: Uint8Array, numbers: Float64Array, stringIds: Uint32Array, errors: Uint16Array): void;
    evalDirectScalarValueBatch(operators: Uint8Array, leftBatchRefs: Uint32Array, leftTags: Uint8Array, leftValues: Float64Array, leftErrors: Uint16Array, rightBatchRefs: Uint32Array, rightTags: Uint8Array, rightValues: Float64Array, rightErrors: Uint16Array, resultOffsets: Float64Array, outTags: Uint8Array, outNumbers: Float64Array, outErrors: Uint16Array): void;
    evalDirectScalarStoreTargetBatch(targets: Uint32Array, operators: Uint8Array, leftBatchRefs: Uint32Array, leftTags: Uint8Array, leftValues: Float64Array, leftErrors: Uint16Array, rightBatchRefs: Uint32Array, rightTags: Uint8Array, rightValues: Float64Array, rightErrors: Uint16Array, resultOffsets: Float64Array): void;
    evalDirectConditionalPickBatch(conditionStarts: Uint32Array, conditionLengths: Uint32Array, conditionOps: Uint8Array, leftTags: Uint8Array, leftNumbers: Float64Array, leftStringIds: Uint32Array, leftErrors: Uint16Array, rightTags: Uint8Array, rightNumbers: Float64Array, rightStringIds: Uint32Array, rightErrors: Uint16Array, branchTags: Uint8Array, branchNumbers: Float64Array, branchStringIds: Uint32Array, branchErrors: Uint16Array, defaultTags: Uint8Array, defaultNumbers: Float64Array, defaultStringIds: Uint32Array, defaultErrors: Uint16Array, outTags: Uint8Array, outNumbers: Float64Array, outStringIds: Uint32Array, outErrors: Uint16Array): void;
    evalDenseDirectScalarRowChainStoreTargetBatch(leftValues: Float64Array, rightValues: Float64Array, firstTargets: Uint32Array, secondTargets: Uint32Array, rowCount: number, firstFormulaCode: number, secondFormulaScale: number, secondFormulaOffset: number): void;
    evalDenseDirectScalarRowChainDivideStoreTargetBatch(leftValues: Float64Array, rightValues: Float64Array, denominatorValues: Float64Array, firstTargets: Uint32Array, secondTargets: Uint32Array, rowCount: number, firstFormulaCode: number): void;
    evalDenseNumericRowAggregateBatch(aggregateKind: number, values: Float64Array, rowCount: number, prefixColCount: number, startColOffset: number, aggregateColCount: number, resultOffset: number, outNumbers: Float64Array): void;
    evalDenseCellRangeAggregateBatch(aggregateKind: number, tags: Uint8Array, numbers: Float64Array, errors: Uint16Array, rowCount: number, cellCount: number, outTags: Uint8Array, outNumbers: Float64Array, outErrors: Uint16Array): void;
    evalAnchoredPrefixAggregateBatch(aggregateKind: number, tags: Uint8Array, numbers: Float64Array, errors: Uint16Array, rowCount: number, colCount: number, formulaRowEnds: Uint32Array, resultOffsets: Float64Array, outTags: Uint8Array, outNumbers: Float64Array, outErrors: Uint16Array): void;
    evalDirectCriteriaMatchedAggregateBatch(aggregateKinds: Uint8Array, matchStarts: Uint32Array, matchLengths: Uint32Array, matchedRows: Uint32Array, aggregateTags: Uint8Array, aggregateNumbers: Float64Array, aggregateErrors: Uint16Array, outTags: Uint8Array, outNumbers: Float64Array, outErrors: Uint16Array): void;
    evalDirectCriteriaPredicateAggregateBatch(aggregateKind: number, rowCount: number, criteriaOps: Uint8Array, criteriaKinds: Uint8Array, criteriaValues: Float64Array, criteriaStringIds: Uint32Array, criteriaTags: Uint8Array, criteriaNumbers: Float64Array, criteriaStringIdsByRow: Uint32Array, aggregateTags: Uint8Array, aggregateNumbers: Float64Array, aggregateErrors: Uint16Array, outTags: Uint8Array, outNumbers: Float64Array, outErrors: Uint16Array): void;
    evalUniformNumericLookupBatch(kinds: Uint8Array, matchModes: Uint8Array, starts: Float64Array, steps: Float64Array, lengths: Uint32Array, repeatedRunLengths: Uint32Array, lookupTags: Uint8Array, lookupNumbers: Float64Array, outTags: Uint8Array, outNumbers: Float64Array, outErrors: Uint16Array): void;
    evalBatch(cellIndices: Uint32Array): void;
    materializePivotTable(sourceRangeIndex: number, sourceWidth: number, groupByColumnIndices: Uint32Array, valueColumnIndices: Uint32Array, valueAggregations: Uint8Array): {
        rows: number;
        cols: number;
        tags: Uint8Array;
        numbers: Float64Array;
        stringIds: Uint32Array;
        errors: Uint16Array;
    };
    readTags(): Uint8Array;
    readNumbers(): Float64Array;
    readStringIds(): Uint32Array;
    readErrors(): Uint16Array;
    readProgramOffsets(): Uint32Array;
    readProgramLengths(): Uint32Array;
    readConstantOffsets(): Uint32Array;
    readConstantLengths(): Uint32Array;
    readConstants(): Float64Array;
    readRangeOffsets(): Uint32Array;
    readRangeLengths(): Uint32Array;
    readRangeMembers(): Uint32Array;
    readOutputStrings(): string[];
    readSpillRows(): Uint32Array;
    readSpillCols(): Uint32Array;
    readSpillOffsets(): Uint32Array;
    readSpillLengths(): Uint32Array;
    readSpillTags(): Uint8Array;
    readSpillNumbers(): Float64Array;
    getSpillValueCount(): number;
    getCellCapacity(): number;
    getFormulaCapacity(): number;
    getConstantCapacity(): number;
    getRangeCapacity(): number;
    getMemberCapacity(): number;
}