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/*
File : ColumnTest.h
Project : LabPlot
Description : Tests for Column
--------------------------------------------------------------------
SPDX-FileCopyrightText: 2021 Martin Marmsoler <martin.marmsoler@gmail.com>
SPDX-FileCopyrightText: 2022 Stefan Gerlach <stefan.gerlach@uni.kn>
SPDX-FileCopyrightText: 2022-2023 Alexander Semke <alexander.semke@web.de>
SPDX-License-Identifier: GPL-2.0-or-later
*/
#ifndef COLUMNTEST_H
#define COLUMNTEST_H
#include "../../CommonMetaTest.h"
class ColumnTest : public CommonMetaTest {
Q_OBJECT
private Q_SLOTS:
// ranges
void doubleMinimum();
void doubleMaximum();
void integerMinimum();
void integerMaximum();
void bigIntMinimum();
void bigIntMaximum();
// statistical properties for different column modes
void statisticsDouble(); // only positive double values
void statisticsDoubleNegative(); // contains negative values (> -100)
void statisticsDoubleBigNegative(); // contains big negative values (<= -100)
void statisticsDoubleZero(); // contains zero value
void statisticsInt(); // only positive integer values
void statisticsIntNegative(); // contains negative values (> -100)
void statisticsIntBigNegative(); // contains big negative values (<= -100)
void statisticsIntZero(); // contains zero value
void statisticsIntOverflow(); // check overflow of integer
void statisticsBigInt(); // big ints
void statisticsText();
void statisticsMaskValues();
void statisticsClearSpreadsheetMasks();
// generation of column values via a formula
void testFormulaAutoUpdateEnabledResize();
void testFormulaAutoUpdateEnabled();
void testFormulaAutoUpdateDisabled();
void testFormulaAutoResizeEnabled();
void testFormulaAutoResizeDisabled();
// dictionary related tests for text columns
void testDictionaryIndex();
void testTextFrequencies();
// performance of save and load
void loadDoubleFromProject();
void loadIntegerFromProject();
void loadBigIntegerFromProject();
void loadTextFromProject();
void loadDateTimeFromProject();
void saveLoadDateTime();
void testIndexForValueStrictlyMonotonouslyRising();
void testIndexForValueMonotonouslyRising();
void indexForValueDatetimeStrictlyMonotonouslyRising();
void indexForValueDatetimeMonotonouslyRising();
void testIndexForValuePoints();
void testIndexForValueLines();
void testIndexForValueDoubleVector();
void testInsertRow();
void testRemoveRow();
void testFormula();
void testFormula2();
void testFormulaCell();
void testFormulaCellDefault();
void testFormulaCellInvalid();
void testFormulaCellConstExpression();
void testFormulaCellMulti();
void testFormulaCurrentColumnCell();
void testFormulaCurrentColumnCellDefaultValue();
void testFormulasmmin();
void testFormulasmmax();
void testFormulasma();
void testFormulapsample();
void testFormularsample();
void testFormulasMinColumnInvalid();
void testFormulasSize();
void testFormulasMin();
void testFormulasMax();
void testFormulasMean();
void testFormulasMedian();
void testFormulasStdev();
void testFormulasVar();
void testFormulasGm();
void testFormulasHm();
void testFormulasChm();
void testFormulasStatisticsMode();
void testFormulasQuartile1();
void testFormulasQuartile3();
void testFormulasIqr();
void testFormulasPercentile1();
void testFormulasPercentile5();
void testFormulasPercentile10();
void testFormulasPercentile90();
void testFormulasPercentile95();
void testFormulasPercentile99();
void testFormulasTrimean();
void testFormulasMeandev();
void testFormulasMeandevmedian();
void testFormulasMediandev();
void testFormulasSkew();
void testFormulasKurt();
void testFormulasEntropy();
void testFormulasQuantile();
void testFormulasPercentile();
void clearContentNoFormula();
void clearContentFormula();
void testRowCountMonotonIncrease();
void testRowCountMonotonDecrease();
void testRowCountNonMonoton();
void testRowCountDateTime();
void testRowCountDateTimeMonotonDecrease();
void testRowCountValueLabels();
void testRowCountValueLabelsDateTime();
};
#endif // COLUMNTEST_H
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