/**
 * UGENE - Integrated Bioinformatics Tools.
 * Copyright (C) 2008-2024 UniPro <ugene@unipro.ru>
 * http://ugene.net
 *
 * This program is free software; you can redistribute it and/or
 * modify it under the terms of the GNU General Public License
 * as published by the Free Software Foundation; either version 2
 * of the License, or (at your option) any later version.
 *
 * This program is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
 * GNU General Public License for more details.
 *
 * You should have received a copy of the GNU General Public License
 * along with this program; if not, write to the Free Software
 * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston,
 * MA 02110-1301, USA.
 */

#include "MsaDbiUtilsUnitTests.h"

#include <U2Core/AppContext.h>
#include <U2Core/DNAAlphabet.h>
#include <U2Core/MsaDbiUtils.h>
#include <U2Core/MsaExportUtils.h>
#include <U2Core/U2AlphabetUtils.h>
#include <U2Core/U2Msa.h>
#include <U2Core/U2MsaDbi.h>
#include <U2Core/U2OpStatusUtils.h>
#include <U2Core/U2SequenceDbi.h>

namespace U2 {

const QString MsaDbiUtilsTestUtils::alignmentName = QString("MsaDbiUtils test alignment");
TestDbiProvider MsaDbiUtilsTestUtils::dbiProvider = TestDbiProvider();
const QString& MsaDbiUtilsTestUtils::MSA_DB_URL("msa-dbi-utils.ugenedb");
U2MsaDbi* MsaDbiUtilsTestUtils::msaDbi = nullptr;
U2SequenceDbi* MsaDbiUtilsTestUtils::sequenceDbi = nullptr;

void MsaDbiUtilsTestUtils::init() {
    SAFE_POINT(msaDbi == nullptr, "msaDbi has been already initialized!", );
    SAFE_POINT(sequenceDbi == nullptr, "sequenceDbi has been already initialized!", );

    bool ok = dbiProvider.init(MSA_DB_URL, true);
    SAFE_POINT(ok, "Dbi provider failed to initialize in MsaTestData::init()!", );

    U2Dbi* dbi = dbiProvider.getDbi();
    msaDbi = dbi->getMsaDbi();
    SAFE_POINT(msaDbi != nullptr, "Failed to get msaDbi!", );

    sequenceDbi = dbi->getSequenceDbi();
    SAFE_POINT(sequenceDbi != nullptr, "Failed to get sequenceDbi!", );
}

void MsaDbiUtilsTestUtils::shutdown() {
    if (msaDbi != nullptr) {
        SAFE_POINT(sequenceDbi != nullptr, "sequenceDbi must also be not NULL on this step!", );

        U2OpStatusImpl os;
        dbiProvider.close();
        msaDbi = nullptr;
        sequenceDbi = nullptr;
        SAFE_POINT_OP(os, );
    }
}

U2MsaDbi* MsaDbiUtilsTestUtils::getMsaDbi() {
    if (msaDbi == nullptr) {
        init();
    }
    return msaDbi;
}

U2SequenceDbi* MsaDbiUtilsTestUtils::getSequenceDbi() {
    if (sequenceDbi == nullptr) {
        init();
    }
    return sequenceDbi;
}

U2EntityRef MsaDbiUtilsTestUtils::initTestAlignment(const qint64 rowCount) {
    getMsaDbi();
    getSequenceDbi();

    SAFE_POINT(msaDbi != nullptr, "MsaDbi is NULL", U2EntityRef());
    SAFE_POINT(sequenceDbi != nullptr, "SequenceDbi is NULL", U2EntityRef());

    U2OpStatusImpl os;
    U2DataId msaId = msaDbi->createMsaObject("", MsaDbiUtilsTestUtils::alignmentName, BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), os);
    CHECK_OP(os, U2EntityRef());

    QList<U2MsaRow> rows;
    for (int i = 0; i < rowCount; ++i) {
        U2Sequence sequence;
        sequence.alphabet = BaseDNAAlphabetIds::NUCL_DNA_DEFAULT();
        sequence.visualName = QString::number(i);
        sequenceDbi->createSequenceObject(sequence, "", os);
        CHECK_OP(os, U2EntityRef());

        U2MsaRow row;
        row.rowId = i;
        row.sequenceId = sequence.id;
        row.gstart = 0;
        row.gend = 5;

        rows << row;
    }

    msaDbi->addRows(msaId, rows, -1, os);
    CHECK_OP(os, U2EntityRef());

    U2EntityRef msaRef(msaDbi->getRootDbi()->getDbiRef(), msaId);
    return msaRef;
}

U2EntityRef MsaDbiUtilsTestUtils::initTestAlignment(const QStringList& rowsData = QStringList()) {
    getMsaDbi();
    getSequenceDbi();

    SAFE_POINT(msaDbi != nullptr, "MsaDbi is NULL", U2EntityRef());
    SAFE_POINT(sequenceDbi != nullptr, "SequenceDbi is NULL", U2EntityRef());

    U2OpStatusImpl os;
    U2DataId msaId = msaDbi->createMsaObject("", MsaDbiUtilsTestUtils::alignmentName, BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), os);
    CHECK_OP(os, U2EntityRef());

    qint64 rowCount = rowsData.length();

    QList<U2MsaRow> rows;
    for (int i = 0; i < rowCount; ++i) {
        QByteArray seqData;
        QVector<U2MsaGap> gapModel;
        MaDbiUtils::splitBytesToCharsAndGaps(rowsData[i].toLatin1(), seqData, gapModel);

        U2Sequence sequence;
        sequence.alphabet = BaseDNAAlphabetIds::NUCL_DNA_DEFAULT();
        sequence.visualName = QString::number(i);
        sequence.length = rowsData[i].length();
        sequenceDbi->createSequenceObject(sequence, "", os);
        CHECK_OP(os, U2EntityRef());
        sequenceDbi->updateSequenceData(sequence.id, U2Region(0, 0), seqData, QVariantMap(), os);
        CHECK_OP(os, U2EntityRef());

        U2MsaRow row;
        row.rowId = i;
        row.sequenceId = sequence.id;
        row.gstart = 0;
        row.gend = seqData.length();
        row.gaps = gapModel;

        rows << row;
    }

    msaDbi->addRows(msaId, rows, -1, os);
    CHECK_OP(os, U2EntityRef());

    U2EntityRef msaRef(msaDbi->getRootDbi()->getDbiRef(), msaId);
    return msaRef;
}

U2EntityRef MsaDbiUtilsTestUtils::initTestAlignment(QList<U2MsaRow>& rows) {
    getMsaDbi();
    getSequenceDbi();

    SAFE_POINT(msaDbi != nullptr, "MsaDbi is NULL", U2EntityRef());
    SAFE_POINT(sequenceDbi != nullptr, "SequenceDbi is NULL", U2EntityRef());

    U2OpStatusImpl os;
    U2DataId msaId = msaDbi->createMsaObject("", MsaDbiUtilsTestUtils::alignmentName, BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), os);
    CHECK_OP(os, U2EntityRef());

    msaDbi->addRows(msaId, rows, -1, os);
    CHECK_OP(os, U2EntityRef());

    U2EntityRef msaRef(msaDbi->getRootDbi()->getDbiRef(), msaId);
    return msaRef;
}

void Utils::addRow(U2Dbi* dbi, const U2DataId& msaId, const QByteArray& name, const QByteArray& seq, const QVector<U2MsaGap>& gaps, U2OpStatus& os) {
    U2Sequence sequence;
    sequence.alphabet = BaseDNAAlphabetIds::NUCL_DNA_DEFAULT();
    sequence.visualName = name;
    dbi->getSequenceDbi()->createSequenceObject(sequence, "", os);
    CHECK_OP(os, );

    U2Region reg(0, 0);
    dbi->getSequenceDbi()->updateSequenceData(sequence.id, reg, seq, QVariantMap(), os);
    CHECK_OP(os, );

    U2MsaRow row;
    row.rowId = -1;
    row.sequenceId = sequence.id;
    row.gstart = 0;
    row.gend = seq.length();
    row.gaps = gaps;

    dbi->getMsaDbi()->addRow(msaId, -1, row, os);
}

U2MsaRow MsaDbiUtilsTestUtils::addRow(const QByteArray& name, const QByteArray& seq, const QVector<U2MsaGap>& gaps, U2OpStatus& os) {
    U2Sequence sequence;
    sequence.alphabet = BaseDNAAlphabetIds::NUCL_DNA_DEFAULT();
    sequence.visualName = name;
    sequenceDbi->createSequenceObject(sequence, "", os);
    CHECK_OP(os, U2MsaRow());

    U2Region reg(0, 0);
    sequenceDbi->updateSequenceData(sequence.id, reg, seq, QVariantMap(), os);
    CHECK_OP(os, U2MsaRow());

    U2MsaRow row;
    row.rowId = -1;
    row.sequenceId = sequence.id;
    row.gstart = 0;
    row.gend = seq.length();
    row.gaps = gaps;
    return row;
}

U2EntityRef MsaDbiUtilsTestUtils::removeRegionTestAlignment(U2OpStatus& os) {
    auto msaDbi = getMsaDbi();
    U2SequenceDbi* sequenceDbi = getSequenceDbi();
    SAFE_POINT(msaDbi != nullptr, "MsaDbi is NULL", U2EntityRef());
    SAFE_POINT(sequenceDbi != nullptr, "SequenceDbi is NULL", U2EntityRef());

    U2DataId msaId = msaDbi->createMsaObject("", MsaDbiUtilsTestUtils::alignmentName, BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), os);
    CHECK_OP(os, U2EntityRef());

    U2Dbi* dbi = msaDbi->getRootDbi();
    SAFE_POINT(dbi != nullptr, "Root dbi is NULL", U2EntityRef());

    Utils::addRow(dbi, msaId, "1", "TAAGACTTCTAA", QVector<U2MsaGap>() << U2MsaGap(12, 2), os);
    Utils::addRow(dbi, msaId, "2", "TAAGCTTACTA", QVector<U2MsaGap>() << U2MsaGap(11, 3), os);
    Utils::addRow(dbi, msaId, "3", "TTAGTTTATTA", QVector<U2MsaGap>() << U2MsaGap(11, 3), os);
    Utils::addRow(dbi, msaId, "4", "TCAGTCTATTA", QVector<U2MsaGap>() << U2MsaGap(1, 2) << U2MsaGap(5, 1), os);
    Utils::addRow(dbi, msaId, "5", "TCAGTTTATTA", QVector<U2MsaGap>() << U2MsaGap(1, 2) << U2MsaGap(5, 1), os);
    Utils::addRow(dbi, msaId, "6", "TTAGTCTACTA", QVector<U2MsaGap>() << U2MsaGap(1, 2) << U2MsaGap(5, 1), os);
    Utils::addRow(dbi, msaId, "7", "TCAGATTATTA", QVector<U2MsaGap>() << U2MsaGap(1, 2) << U2MsaGap(5, 1), os);
    Utils::addRow(dbi, msaId, "8", "TTAGATTGCTA", QVector<U2MsaGap>() << U2MsaGap(1, 1) << U2MsaGap(12, 2), os);
    Utils::addRow(dbi, msaId, "9", "TTAGATTATTA", QVector<U2MsaGap>() << U2MsaGap(11, 3), os);
    Utils::addRow(dbi, msaId, "10", "", QVector<U2MsaGap>() << U2MsaGap(0, 14), os);
    Utils::addRow(dbi, msaId, "11", "", QVector<U2MsaGap>() << U2MsaGap(0, 14), os);
    Utils::addRow(dbi, msaId, "12", "", QVector<U2MsaGap>() << U2MsaGap(0, 14), os);
    Utils::addRow(dbi, msaId, "13", "", QVector<U2MsaGap>() << U2MsaGap(0, 14), os);
    CHECK_OP(os, U2EntityRef());

    return U2EntityRef(msaDbi->getRootDbi()->getDbiRef(), msaId);
}

QStringList MsaDbiUtilsTestUtils::getRowNames(U2EntityRef msaRef) {
    SAFE_POINT(msaRef.isValid(), "msaRef no valid", QStringList())
    U2OpStatusImpl os;
    QStringList res;

    QList<U2MsaRow> rows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_OP(os, QStringList());
    foreach (U2MsaRow row, rows) {
        res << sequenceDbi->getSequenceObject(row.sequenceId, os).visualName;
        CHECK_OP(os, QStringList());
    }

    return res;
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, moveRows_oneLineInMiddle) {
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2OpStatusImpl os;
    int rowCount = 7;

    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(rowCount);
    QStringList expected = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    expected.move(3, 2);

    QList<qint64> rowsToMove;
    QList<U2MsaRow> allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[3].rowId;

    int delta = -1;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    QStringList actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    CHECK_TRUE(expected == actual, "step up");

    expected.move(3, 4);
    rowsToMove.clear();
    allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[3].rowId;

    delta = 1;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    CHECK_TRUE(expected == actual, "step down");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, moveRows_oneLineInMiddleToTheTop) {
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2OpStatusImpl os;
    int rowCount = 7;

    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(rowCount);
    QStringList expected = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    expected.move(3, 0);

    QList<qint64> rowsToMove;
    QList<U2MsaRow> allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[3].rowId;

    int delta = -3;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    QStringList actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    CHECK_TRUE(expected == actual, "step up to i");

    expected.move(3, 0);
    rowsToMove.clear();
    allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[3].rowId;

    delta = -4;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    CHECK_TRUE(expected == actual, "step up to i+1");

    expected.move(3, 1);
    rowsToMove.clear();
    allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[3].rowId;

    delta = -2;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    CHECK_TRUE(expected == actual, "step up to i-1");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, moveRows_oneLineInMiddleToTheBottom) {
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2OpStatusImpl os;
    int rowCount = 7;

    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(rowCount);
    QStringList expected = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    expected.move(3, 6);

    QList<qint64> rowsToMove;
    QList<U2MsaRow> allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[3].rowId;

    int delta = 3;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    QStringList actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    CHECK_TRUE(expected == actual, "step down to i");

    expected.move(3, 6);
    rowsToMove.clear();
    allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[3].rowId;

    delta = 4;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    CHECK_TRUE(expected == actual, "step down to i+1");

    expected.move(3, 5);
    rowsToMove.clear();
    allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[3].rowId;

    delta = 2;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    CHECK_TRUE(expected == actual, "step down to i-1");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, moveRows_oneBlockInMiddle) {
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2OpStatusImpl os;
    int rowCount = 7;

    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(rowCount);
    QStringList expected = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    expected.move(3, 2);
    expected.move(4, 3);

    QList<qint64> rowsToMove;
    QList<U2MsaRow> allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[3].rowId << allRows[4].rowId;

    int delta = -1;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    QStringList actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    CHECK_TRUE(expected == actual, "step up");

    expected.move(4, 5);
    expected.move(3, 4);
    rowsToMove.clear();
    allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[3].rowId << allRows[4].rowId;

    delta = 1;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    CHECK_TRUE(expected == actual, "step down");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, moveRows_oneBlockInMiddleToTheOutside) {
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2OpStatusImpl os;
    int rowCount = 7;

    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(rowCount);
    QStringList expected = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    expected.move(3, 0);
    expected.move(4, 1);

    QList<qint64> rowsToMove;
    QList<U2MsaRow> allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[3].rowId << allRows[4].rowId;

    int delta = -9;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    QStringList actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    CHECK_TRUE(expected == actual, "step up");

    expected.move(4, 6);
    expected.move(3, 5);
    rowsToMove.clear();
    allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[3].rowId << allRows[4].rowId;

    delta = 9;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    CHECK_TRUE(expected == actual, "step down");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, moveRows_twoBlocksInMiddleWithoutGluing) {
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2OpStatusImpl os;
    int rowCount = 7;

    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(rowCount);
    QStringList expected = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    expected.move(2, 1);
    expected.move(4, 3);

    QList<qint64> rowsToMove;
    QList<U2MsaRow> allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[2].rowId << allRows[4].rowId;

    int delta = -1;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    QStringList actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    CHECK_TRUE(expected == actual, "step up");

    expected.move(4, 5);
    expected.move(2, 3);
    rowsToMove.clear();
    allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[2].rowId << allRows[4].rowId;

    delta = 1;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    CHECK_TRUE(expected == actual, "step down");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, moveRows_twoBlocksInMiddleWithGluing) {
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2OpStatusImpl os;
    int rowCount = 7;

    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(rowCount);
    QStringList expected = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    expected.move(2, 0);
    expected.move(4, 1);

    QList<qint64> rowsToMove;
    QList<U2MsaRow> allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[2].rowId << allRows[4].rowId;

    int delta = -9;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    QStringList actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    CHECK_TRUE(expected == actual, "step up");

    expected.move(4, 6);
    expected.move(2, 5);
    rowsToMove.clear();
    allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[2].rowId << allRows[4].rowId;

    delta = 9;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    CHECK_TRUE(expected == actual, "step down");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, moveRows_twoBlocksOnTopWithoutGluing) {
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2OpStatusImpl os;
    int rowCount = 7;

    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(rowCount);
    QStringList expected = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    expected.move(0, 0);
    expected.move(3, 2);

    QList<qint64> rowsToMove;
    QList<U2MsaRow> allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[0].rowId << allRows[3].rowId;

    int delta = -1;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    QStringList actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    CHECK_TRUE(expected == actual, "step up");

    expected.move(0, 1);
    expected.move(3, 4);
    rowsToMove.clear();
    allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[0].rowId << allRows[3].rowId;

    delta = 1;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    CHECK_TRUE(expected == actual, "step down");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, moveRows_twoBlocksOnTopWithGluing) {
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2OpStatusImpl os;
    int rowCount = 7;

    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(rowCount);
    QStringList expected = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    expected.move(0, 0);
    expected.move(3, 1);

    QList<qint64> rowsToMove;
    QList<U2MsaRow> allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[0].rowId << allRows[3].rowId;

    int delta = -9;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    QStringList actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    CHECK_TRUE(expected == actual, "step up");

    expected.move(3, 6);
    expected.move(0, 5);
    rowsToMove.clear();
    allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[0].rowId << allRows[3].rowId;

    delta = 9;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    CHECK_TRUE(expected == actual, "step down");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, moveRows_twoBlocksOnBottomWithoutGluing) {
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2OpStatusImpl os;
    int rowCount = 7;

    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(rowCount);
    QStringList expected = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    expected.move(6, 6);
    expected.move(3, 4);

    QList<qint64> rowsToMove;
    QList<U2MsaRow> allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[3].rowId << allRows[6].rowId;

    int delta = 1;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    QStringList actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    CHECK_TRUE(expected == actual, "step down");

    expected.move(6, 5);
    expected.move(3, 2);
    rowsToMove.clear();
    allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[3].rowId << allRows[6].rowId;

    delta = -1;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    CHECK_TRUE(expected == actual, "step up");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, moveRows_twoBlocksOnBottomWithGluing) {
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2OpStatusImpl os;
    int rowCount = 7;

    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(rowCount);
    QStringList expected = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    expected.move(6, 6);
    expected.move(3, 5);

    QList<qint64> rowsToMove;
    QList<U2MsaRow> allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[3].rowId << allRows[6].rowId;

    int delta = 9;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    QStringList actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    CHECK_TRUE(expected == actual, "step down");

    expected.move(3, 0);
    expected.move(6, 1);
    rowsToMove.clear();
    allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[3].rowId << allRows[6].rowId;

    delta = -9;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    CHECK_TRUE(expected == actual, "step up");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, moveRows_threeBlocksWithoutGluing) {
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2OpStatusImpl os;
    int rowCount = 7;

    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(rowCount);
    QStringList expected = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    expected.move(0, 0);
    expected.move(4, 3);
    expected.move(6, 5);

    QList<qint64> rowsToMove;
    QList<U2MsaRow> allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[0].rowId << allRows[4].rowId << allRows[6].rowId;

    int delta = -1;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    QStringList actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    CHECK_TRUE(expected == actual, "step up");

    expected.move(0, 1);
    expected.move(2, 3);
    expected.move(6, 6);
    rowsToMove.clear();
    allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[0].rowId << allRows[2].rowId << allRows[6].rowId;

    delta = 1;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    CHECK_TRUE(expected == actual, "step down");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, moveRows_threeBlocksWithOnceGluing) {
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2OpStatusImpl os;
    int rowCount = 7;

    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(rowCount);
    QStringList expected = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    expected.move(0, 0);
    expected.move(2, 1);
    expected.move(6, 3);

    QList<qint64> rowsToMove;
    QList<U2MsaRow> allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[0].rowId << allRows[2].rowId << allRows[6].rowId;

    int delta = -3;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    QStringList actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    CHECK_TRUE(expected == actual, "step up");

    expected.move(6, 6);
    expected.move(2, 5);
    expected.move(0, 3);
    rowsToMove.clear();
    allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[0].rowId << allRows[2].rowId << allRows[6].rowId;

    delta = 3;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    CHECK_TRUE(expected == actual, "step down");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, moveRows_threeBlocksWithTwiceGluing) {
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2OpStatusImpl os;
    int rowCount = 7;

    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(rowCount);
    QStringList expected = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    expected.move(0, 0);
    expected.move(2, 1);
    expected.move(6, 2);

    QList<qint64> rowsToMove;
    QList<U2MsaRow> allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[0].rowId << allRows[2].rowId << allRows[6].rowId;

    int delta = -9;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    QStringList actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    if (expected.length() != rowCount) {
        SetError("Unexpected count of rows");
        return;
    }
    CHECK_TRUE(expected == actual, "step up");

    expected.move(6, 6);
    expected.move(2, 5);
    expected.move(0, 4);
    rowsToMove.clear();
    allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[0].rowId << allRows[2].rowId << allRows[6].rowId;

    delta = 9;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    CHECK_NO_ERROR(os);

    actual = MsaDbiUtilsTestUtils::getRowNames(msaRef);
    CHECK_TRUE(expected == actual, "step down");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, moveRows_UnorderedList) {
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2OpStatusImpl os;
    int rowCount = 7;

    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(rowCount);

    QList<qint64> rowsToMove;
    QList<U2MsaRow> allRows = msaDbi->getRows(msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    rowsToMove << allRows[5].rowId << allRows[3].rowId;

    int delta = 1;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    if (!(!os.isCanceled() && os.hasError() && os.getError() == "List of rows to move is not ordered")) {
        CHECK_TRUE(false, "List not ordered");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, moveRows_InvalidRowList) {
    // for init
    MsaDbiUtilsTestUtils::getMsaDbi();
    U2OpStatusImpl os;
    int rowCount = 7;

    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(rowCount);

    QList<qint64> rowsToMove;
    rowsToMove << -1;

    int delta = 1;
    MaDbiUtils::moveRows(msaRef, rowsToMove, delta, os);
    if (!(!os.isCanceled() && os.hasError() && os.getError() == "Invalid row list")) {
        CHECK_TRUE(false, "Invalid row list");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, trim_noGaps) {
    // Init test data
    U2OpStatusImpl os;
    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(QStringList() << "AACCGGTT"
                                                                               << "CCGGTTAA"
                                                                               << "GGTTAACC");

    // Prepare expected state
    QStringList expected = QStringList() << "AACCGGTT"
                                         << "CCGGTTAA"
                                         << "GGTTAACC";

    // Call test function
    MsaDbiUtils::trim(msaRef, os);

    // Check actual state
    Msa al = MsaExportUtils::loadAlignment(msaRef.dbiRef, msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(8, al->getLength(), "Wrong msa length.");
    CHECK_EQUAL(expected.length(), al->getRowCount(), "Wrong rows count.");

    QStringList actual;
    actual << al->getRow(0)->toByteArray(os, al->getLength());
    actual << al->getRow(1)->toByteArray(os, al->getLength());
    actual << al->getRow(2)->toByteArray(os, al->getLength());
    for (int i = 0; i < expected.length(); ++i) {
        CHECK_EQUAL(expected[i], actual[i], "Wrong msa data.");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, trim_leadingGaps) {
    // Init test data
    U2OpStatusImpl os;
    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(QStringList() << "--AACCGGTT"
                                                                               << "--CCGGTTAA"
                                                                               << "--GGTTA--C");

    // Prepare expected state
    QStringList expected = QStringList() << "AACCGGTT"
                                         << "CCGGTTAA"
                                         << "GGTTA--C";

    // Call test function
    MsaDbiUtils::trim(msaRef, os);

    // Check actual state
    Msa al = MsaExportUtils::loadAlignment(msaRef.dbiRef, msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(8, al->getLength(), "Wrong msa length.");
    CHECK_EQUAL(expected.length(), al->getRowCount(), "Wrong rows count.");

    QStringList actual;
    actual << al->getRow(0)->toByteArray(os, al->getLength());
    actual << al->getRow(1)->toByteArray(os, al->getLength());
    actual << al->getRow(2)->toByteArray(os, al->getLength());
    for (int i = 0; i < expected.length(); ++i) {
        CHECK_EQUAL(expected[i], actual[i], "Wrong msa data.");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, trim_trailingGaps) {
    // Init test data
    U2OpStatusImpl os;
    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(QStringList() << "AACCGGTT--"
                                                                               << "CCG--TAA--"
                                                                               << "GGTTAACC--");

    // Prepare expected state
    QStringList expected = QStringList() << "AACCGGTT"
                                         << "CCG--TAA"
                                         << "GGTTAACC";

    // Call test function
    MsaDbiUtils::trim(msaRef, os);

    // Check actual state
    Msa al = MsaExportUtils::loadAlignment(msaRef.dbiRef, msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(8, al->getLength(), "Wrong msa length.");
    CHECK_EQUAL(expected.length(), al->getRowCount(), "Wrong rows count.");

    QStringList actual;
    actual << al->getRow(0)->toByteArray(os, al->getLength());
    actual << al->getRow(1)->toByteArray(os, al->getLength());
    actual << al->getRow(2)->toByteArray(os, al->getLength());
    for (int i = 0; i < expected.length(); ++i) {
        CHECK_EQUAL(expected[i], actual[i], "Wrong msa data.");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, trim_leadingGapsCutOff) {
    // Init test data
    U2OpStatusImpl os;
    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(QStringList() << "---TAACCGG"
                                                                               << "--CCGGTTAA"
                                                                               << "--GGTTAACC");

    // Prepare expected state
    QStringList expected = QStringList() << "-TAACCGG"
                                         << "CCGGTTAA"
                                         << "GGTTAACC";

    // Call test function
    MsaDbiUtils::trim(msaRef, os);

    // Check actual state
    Msa al = MsaExportUtils::loadAlignment(msaRef.dbiRef, msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(8, al->getLength(), "Wrong msa length.");
    CHECK_EQUAL(expected.length(), al->getRowCount(), "Wrong rows count.");

    QStringList actual;
    actual << al->getRow(0)->toByteArray(os, al->getLength());
    actual << al->getRow(1)->toByteArray(os, al->getLength());
    actual << al->getRow(2)->toByteArray(os, al->getLength());
    for (int i = 0; i < expected.length(); ++i) {
        CHECK_EQUAL(expected[i], actual[i], "Wrong msa data.");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, trim_trailingGapsCutOff) {
    // Init test data
    U2OpStatusImpl os;
    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(QStringList() << "AACCGGT---"
                                                                               << "CCGGTTAA--"
                                                                               << "GGTTAACC--");

    // Prepare expected state
    QStringList expected = QStringList() << "AACCGGT-"
                                         << "CCGGTTAA"
                                         << "GGTTAACC";

    // Call test function
    MsaDbiUtils::trim(msaRef, os);

    // Check actual state
    Msa al = MsaExportUtils::loadAlignment(msaRef.dbiRef, msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(8, al->getLength(), "Wrong msa length.");
    CHECK_EQUAL(expected.length(), al->getRowCount(), "Wrong rows count.");

    QStringList actual;
    actual << al->getRow(0)->toByteArray(os, al->getLength());
    actual << al->getRow(1)->toByteArray(os, al->getLength());
    actual << al->getRow(2)->toByteArray(os, al->getLength());
    for (int i = 0; i < expected.length(); ++i) {
        CHECK_EQUAL(expected[i], actual[i], "Wrong msa data.");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, trim_leadingAndTrailingGaps) {
    // Init test data
    U2OpStatusImpl os;
    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(QStringList() << "--AACCGGTT--"
                                                                               << "---ACCGGT--"
                                                                               << "----CCGGTT---");

    // Prepare expected state
    QStringList expected = QStringList() << "AACCGGTT"
                                         << "-ACCGGT-"
                                         << "--CCGGTT";

    // Call test function
    MsaDbiUtils::trim(msaRef, os);

    // Check actual state
    Msa al = MsaExportUtils::loadAlignment(msaRef.dbiRef, msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(8, al->getLength(), "Wrong msa length.");
    CHECK_EQUAL(expected.length(), al->getRowCount(), "Wrong rows count.");

    QStringList actual;
    actual << al->getRow(0)->toByteArray(os, al->getLength());
    actual << al->getRow(1)->toByteArray(os, al->getLength());
    actual << al->getRow(2)->toByteArray(os, al->getLength());
    for (int i = 0; i < expected.length(); ++i) {
        CHECK_EQUAL(expected[i], actual[i], "Wrong msa data.");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, trim_gapsOnly) {
    // Init test data
    U2OpStatusImpl os;
    U2EntityRef msaRef = MsaDbiUtilsTestUtils::initTestAlignment(QStringList() << "------"
                                                                               << "----"
                                                                               << "-----");

    // Prepare expected state
    QStringList expected = QStringList() << ""
                                         << ""
                                         << "";

    // Call test function
    MsaDbiUtils::trim(msaRef, os);

    // Check actual state
    Msa al = MsaExportUtils::loadAlignment(msaRef.dbiRef, msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(0, al->getLength(), "Wrong msa length.");
    CHECK_EQUAL(expected.length(), al->getRowCount(), "Wrong rows count.");

    QStringList actual;
    actual << al->getRow(0)->toByteArray(os, al->getLength());
    actual << al->getRow(1)->toByteArray(os, al->getLength());
    actual << al->getRow(2)->toByteArray(os, al->getLength());
    for (int i = 0; i < expected.length(); ++i) {
        CHECK_EQUAL(expected[i], actual[i], "Wrong msa data.");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, removeRegion_oneRow) {
    U2OpStatusImpl os;
    U2EntityRef msaRef = MsaDbiUtilsTestUtils::removeRegionTestAlignment(os);
    CHECK_NO_ERROR(os);

    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    QList<qint64> baseRowIds = msaDbi->getOrderedRowIds(msaRef.entityId, os);
    CHECK_NO_ERROR(os);

    QList<qint64> rowIds;
    rowIds << baseRowIds[1];
    MsaDbiUtils::removeRegion(msaRef, rowIds, 8, 3, os);
    CHECK_NO_ERROR(os);

    Msa al = MsaExportUtils::loadAlignment(msaRef.dbiRef, msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(14, al->getLength(), "Wrong msa length");

    QByteArray row0 = al->getRow(0)->toByteArray(os, al->getLength());
    QByteArray row1 = al->getRow(1)->toByteArray(os, al->getLength());
    QByteArray row2 = al->getRow(2)->toByteArray(os, al->getLength());
    CHECK_EQUAL(QString("TAAGACTTCTAA--"), QString(row0), "Wrong msa row");
    CHECK_EQUAL(QString("TAAGCTTA------"), QString(row1), "Wrong msa row");
    CHECK_EQUAL(QString("TTAGTTTATTA---"), QString(row2), "Wrong msa row");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, removeRegion_threeRows) {
    U2OpStatusImpl os;
    U2EntityRef msaRef = MsaDbiUtilsTestUtils::removeRegionTestAlignment(os);
    CHECK_NO_ERROR(os);

    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    QList<qint64> baseRowIds = msaDbi->getOrderedRowIds(msaRef.entityId, os);
    CHECK_NO_ERROR(os);

    QList<qint64> rowIds;
    rowIds << baseRowIds[1] << baseRowIds[8] << baseRowIds[5];
    MsaDbiUtils::removeRegion(msaRef, rowIds, 2, 8, os);
    CHECK_NO_ERROR(os);

    Msa al = MsaExportUtils::loadAlignment(msaRef.dbiRef, msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(14, al->getLength(), "Wrong msa length");

    QByteArray row1 = al->getRow(1)->toByteArray(os, al->getLength());
    QByteArray row5 = al->getRow(5)->toByteArray(os, al->getLength());
    QByteArray row8 = al->getRow(8)->toByteArray(os, al->getLength());
    CHECK_EQUAL(QString("TAA-----------"), QString(row1), "Wrong msa row");
    CHECK_EQUAL(QString("T-ACTA--------"), QString(row5), "Wrong msa row");
    CHECK_EQUAL(QString("TTA-----------"), QString(row8), "Wrong msa row");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, removeRegion_lengthChange) {
    U2OpStatusImpl os;
    U2EntityRef msaRef = MsaDbiUtilsTestUtils::removeRegionTestAlignment(os);
    CHECK_NO_ERROR(os);

    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    QList<qint64> baseRowIds = msaDbi->getOrderedRowIds(msaRef.entityId, os);
    CHECK_NO_ERROR(os);

    QList<qint64> rowIds;
    rowIds << baseRowIds[3] << baseRowIds[4] << baseRowIds[5] << baseRowIds[6];
    MsaDbiUtils::removeRegion(msaRef, rowIds, 5, 1, os);
    CHECK_NO_ERROR(os);

    Msa al = MsaExportUtils::loadAlignment(msaRef.dbiRef, msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(14, al->getLength(), "Wrong msa length");

    QByteArray row3 = al->getRow(3)->toByteArray(os, al->getLength());
    QByteArray row4 = al->getRow(4)->toByteArray(os, al->getLength());
    QByteArray row5 = al->getRow(5)->toByteArray(os, al->getLength());
    QByteArray row6 = al->getRow(6)->toByteArray(os, al->getLength());
    CHECK_EQUAL(QString("T--CAGTCTATTA-"), QString(row3), "Wrong msa row");
    CHECK_EQUAL(QString("T--CAGTTTATTA-"), QString(row4), "Wrong msa row");
    CHECK_EQUAL(QString("T--TAGTCTACTA-"), QString(row5), "Wrong msa row");
    CHECK_EQUAL(QString("T--CAGATTATTA-"), QString(row6), "Wrong msa row");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, removeRegion_allRows) {
    U2OpStatusImpl os;
    U2EntityRef msaRef = MsaDbiUtilsTestUtils::removeRegionTestAlignment(os);
    CHECK_NO_ERROR(os);

    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    QList<qint64> baseRowIds = msaDbi->getOrderedRowIds(msaRef.entityId, os);
    CHECK_NO_ERROR(os);

    QList<qint64> rowIds;
    rowIds = baseRowIds;
    MsaDbiUtils::removeRegion(msaRef, rowIds, 0, 3, os);
    CHECK_NO_ERROR(os);

    Msa al = MsaExportUtils::loadAlignment(msaRef.dbiRef, msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(11, al->getLength(), "Wrong msa length");

    QByteArray row0 = al->getRow(0)->toByteArray(os, al->getLength());
    QByteArray row1 = al->getRow(1)->toByteArray(os, al->getLength());
    QByteArray row2 = al->getRow(2)->toByteArray(os, al->getLength());
    QByteArray row3 = al->getRow(3)->toByteArray(os, al->getLength());
    QByteArray row4 = al->getRow(4)->toByteArray(os, al->getLength());
    QByteArray row5 = al->getRow(5)->toByteArray(os, al->getLength());
    QByteArray row6 = al->getRow(6)->toByteArray(os, al->getLength());
    QByteArray row7 = al->getRow(7)->toByteArray(os, al->getLength());
    QByteArray row8 = al->getRow(8)->toByteArray(os, al->getLength());
    QByteArray row9 = al->getRow(9)->toByteArray(os, al->getLength());
    QByteArray row10 = al->getRow(10)->toByteArray(os, al->getLength());
    QByteArray row11 = al->getRow(11)->toByteArray(os, al->getLength());
    QByteArray row12 = al->getRow(12)->toByteArray(os, al->getLength());
    CHECK_EQUAL(QString("GACTTCTAA--"), QString(row0), "Wrong msa row");
    CHECK_EQUAL(QString("GCTTACTA---"), QString(row1), "Wrong msa row");
    CHECK_EQUAL(QString("GTTTATTA---"), QString(row2), "Wrong msa row");
    CHECK_EQUAL(QString("CA-GTCTATTA"), QString(row3), "Wrong msa row");
    CHECK_EQUAL(QString("CA-GTTTATTA"), QString(row4), "Wrong msa row");
    CHECK_EQUAL(QString("TA-GTCTACTA"), QString(row5), "Wrong msa row");
    CHECK_EQUAL(QString("CA-GATTATTA"), QString(row6), "Wrong msa row");
    CHECK_EQUAL(QString("AGATTGCTA--"), QString(row7), "Wrong msa row");
    CHECK_EQUAL(QString("GATTATTA---"), QString(row8), "Wrong msa row");
    CHECK_EQUAL(QString("-----------"), QString(row9), "Wrong msa row");
    CHECK_EQUAL(QString("-----------"), QString(row10), "Wrong msa row");
    CHECK_EQUAL(QString("-----------"), QString(row11), "Wrong msa row");
    CHECK_EQUAL(QString("-----------"), QString(row12), "Wrong msa row");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, removeRegion_all) {
    U2OpStatusImpl os;
    U2EntityRef msaRef = MsaDbiUtilsTestUtils::removeRegionTestAlignment(os);
    CHECK_NO_ERROR(os);

    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    QList<qint64> baseRowIds = msaDbi->getOrderedRowIds(msaRef.entityId, os);
    CHECK_NO_ERROR(os);

    QList<qint64> rowIds;
    rowIds = baseRowIds;
    MsaDbiUtils::removeRegion(msaRef, rowIds, 0, 14, os);
    CHECK_NO_ERROR(os);

    Msa al = MsaExportUtils::loadAlignment(msaRef.dbiRef, msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(0, al->getLength(), "Wrong msa length");

    QByteArray row0 = al->getRow(0)->toByteArray(os, al->getLength());
    QByteArray row12 = al->getRow(12)->toByteArray(os, al->getLength());
    CHECK_EQUAL(QString(""), QString(row0), "Wrong msa row");
    CHECK_EQUAL(QString(""), QString(row12), "Wrong msa row");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, removeRegion_negativePos) {
    U2OpStatusImpl os;
    U2EntityRef msaRef = MsaDbiUtilsTestUtils::removeRegionTestAlignment(os);
    CHECK_NO_ERROR(os);

    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    QList<qint64> baseRowIds = msaDbi->getOrderedRowIds(msaRef.entityId, os);
    CHECK_NO_ERROR(os);

    QList<qint64> rowIds;
    rowIds << baseRowIds[0];
    U2OpStatusImpl tmpOs;
    MsaDbiUtils::removeRegion(msaRef, rowIds, -1, 14, tmpOs);
    CHECK_TRUE(tmpOs.hasError(), "No error occurred for negative pos");

    Msa al = MsaExportUtils::loadAlignment(msaRef.dbiRef, msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(14, al->getLength(), "Wrong msa length");

    QByteArray row0 = al->getRow(0)->toByteArray(os, al->getLength());
    CHECK_EQUAL(QString("TAAGACTTCTAA--"), QString(row0), "Wrong msa row");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, removeRegion_wrongId) {
    U2OpStatusImpl os;
    U2EntityRef msaRef = MsaDbiUtilsTestUtils::removeRegionTestAlignment(os);
    CHECK_NO_ERROR(os);

    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    QList<qint64> baseRowIds = msaDbi->getOrderedRowIds(msaRef.entityId, os);
    CHECK_NO_ERROR(os);

    // Generate non-existing id.
    qint64 wrongId = 1 + *std::max_element(baseRowIds.begin(), baseRowIds.end());
    QStringList baseRowIdStrings;
    for (qint64 id : qAsConst(baseRowIds)) {
        baseRowIdStrings << QString::number(id);
    }
    coreLog.details(QString("MsaDbiUtilsUnitTests_removeRegion_wrongId: Existing IDs: %1; a custom wrong ID: %2").arg(baseRowIdStrings.join(", ")).arg(wrongId));

    // Check that MsaDbiUtils::removeRegion sets error if wrong id is used.
    U2OpStatusImpl tmpOs;
    MsaDbiUtils::removeRegion(msaRef, {wrongId}, 0, 5, tmpOs);
    CHECK_TRUE(tmpOs.hasError(), "No error occurred for wrong ID");
    coreLog.details(QString("MsaDbiUtilsUnitTests_removeRegion_wrongId: an error message in tmpOs: %1").arg(tmpOs.getError()));
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, removeRegion_wrongCount) {
    U2OpStatusImpl os;
    U2EntityRef msaRef = MsaDbiUtilsTestUtils::removeRegionTestAlignment(os);
    CHECK_NO_ERROR(os);

    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    QList<qint64> baseRowIds = msaDbi->getOrderedRowIds(msaRef.entityId, os);
    CHECK_NO_ERROR(os);

    QList<qint64> rowIds;
    rowIds << baseRowIds[0];
    U2OpStatusImpl tmpOs;
    MsaDbiUtils::removeRegion(msaRef, rowIds, 0, 0, tmpOs);
    CHECK_TRUE(tmpOs.hasError(), "No error occurred for wrong count");

    Msa al = MsaExportUtils::loadAlignment(msaRef.dbiRef, msaRef.entityId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(14, al->getLength(), "Wrong msa length");

    QByteArray row0 = al->getRow(0)->toByteArray(os, al->getLength());
    CHECK_EQUAL(QString("TAAGACTTCTAA--"), QString(row0), "Wrong msa row");
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, updateMsa_empty) {
    U2OpStatusImpl os;
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2SequenceDbi* seqDbi = MsaDbiUtilsTestUtils::getSequenceDbi();
    U2DataId msaId = msaDbi->createMsaObject("", MsaDbiUtilsTestUtils::alignmentName, BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), os);
    CHECK_NO_ERROR(os);
    U2DbiRef dbiRef(msaDbi->getRootDbi()->getFactoryId(), msaDbi->getRootDbi()->getDbiId());
    U2EntityRef msaRef(dbiRef, msaId);

    // Prepare input data
    const DNAAlphabet* alphabet = U2AlphabetUtils::getById(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT());
    Msa ma(MsaDbiUtilsTestUtils::alignmentName, alphabet);
    ma->addRow("1", "AAAA--AAA", -1);
    ma->addRow("2", "C--CCCCCC", -1);
    ma->addRow("3", "GG-GGGG-G", -1);
    ma->addRow("4", "TTT-TTTT", -1);

    const QVector<MsaRow>& maRows = ma->getRows();

    // Call test function
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Verify msa object
    U2Msa msa = msaDbi->getMsaObject(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), msa.alphabet.id, "msa alphabet");
    CHECK_EQUAL(9, msa.length, "msa length");
    CHECK_EQUAL(MsaDbiUtilsTestUtils::alignmentName, msa.visualName, "msa name");

    // Verify rows and sequences
    QList<U2MsaRow> rows = msaDbi->getRows(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(maRows.count(), rows.count(), "rows count");
    for (int i = 0; i < maRows.count(); ++i) {
        // Verify row object
        CHECK_EQUAL(maRows[i]->getCoreStart(), rows[i].gstart, "row start");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), rows[i].gend, "row end");
        CHECK_EQUAL(maRows[i]->getRowLengthWithoutTrailing(), rows[i].length, "row length");
        CHECK_TRUE(maRows[i]->getGaps() == rows[i].gaps, "row gaps");

        // Verify sequence object
        U2Sequence seq = seqDbi->getSequenceObject(rows[i].sequenceId, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), seq.alphabet.id, "sequence alphabet");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), seq.length, "sequence length");
        CHECK_EQUAL(maRows[i]->getSequence().getName(), seq.visualName, "sequence name");

        // Verify sequence data
        QByteArray seqData = seqDbi->getSequenceData(rows[i].sequenceId, U2_REGION_MAX, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(QString(maRows[i]->getSequence().constSequence()), QString(seqData), "sequence data");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, updateMsa_nothingNew) {
    U2OpStatusImpl os;
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2SequenceDbi* seqDbi = MsaDbiUtilsTestUtils::getSequenceDbi();
    U2DataId msaId = msaDbi->createMsaObject("", MsaDbiUtilsTestUtils::alignmentName, BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), os);
    CHECK_NO_ERROR(os);
    U2DbiRef dbiRef(msaDbi->getRootDbi()->getFactoryId(), msaDbi->getRootDbi()->getDbiId());
    U2EntityRef msaRef(dbiRef, msaId);

    // Prepare input data
    const DNAAlphabet* alphabet = U2AlphabetUtils::getById(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT());
    Msa ma(MsaDbiUtilsTestUtils::alignmentName, alphabet);
    ma->addRow("1", "AAAA--AAA", -1);
    ma->addRow("2", "C--CCCCCC", -1);
    ma->addRow("3", "GG-GGGG-G", -1);
    ma->addRow("4", "TTT-TTTT", -1);

    const QVector<MsaRow>& maRows = ma->getRows();

    // The first call is correct (updateMsa_empty test)
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Test call without new information
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Verify msa object
    U2Msa msa = msaDbi->getMsaObject(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), msa.alphabet.id, "msa alphabet");
    CHECK_EQUAL(9, msa.length, "msa length");
    CHECK_EQUAL(MsaDbiUtilsTestUtils::alignmentName, msa.visualName, "msa name");

    // Verify rows and sequences
    QList<U2MsaRow> rows = msaDbi->getRows(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(maRows.count(), rows.count(), "rows count");
    for (int i = 0; i < maRows.count(); ++i) {
        // Verify row object
        CHECK_EQUAL(maRows[i]->getCoreStart(), rows[i].gstart, "row start");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), rows[i].gend, "row end");
        CHECK_EQUAL(maRows[i]->getRowLengthWithoutTrailing(), rows[i].length, "row length");
        CHECK_TRUE(maRows[i]->getGaps() == rows[i].gaps, "row gaps");

        // Verify sequence object
        U2Sequence seq = seqDbi->getSequenceObject(rows[i].sequenceId, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), seq.alphabet.id, "sequence alphabet");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), seq.length, "sequence length");
        CHECK_EQUAL(maRows[i]->getSequence().getName(), seq.visualName, "sequence name");

        // Verify sequence data
        QByteArray seqData = seqDbi->getSequenceData(rows[i].sequenceId, U2_REGION_MAX, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(QString(maRows[i]->getSequence().constSequence()), QString(seqData), "sequence data");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, updateMsa_newOrder) {
    U2OpStatusImpl os;
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2SequenceDbi* seqDbi = MsaDbiUtilsTestUtils::getSequenceDbi();
    U2DataId msaId = msaDbi->createMsaObject("", MsaDbiUtilsTestUtils::alignmentName, BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), os);
    CHECK_NO_ERROR(os);
    U2DbiRef dbiRef(msaDbi->getRootDbi()->getFactoryId(), msaDbi->getRootDbi()->getDbiId());
    U2EntityRef msaRef(dbiRef, msaId);

    // Prepare input data
    const DNAAlphabet* alphabet = U2AlphabetUtils::getById(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT());
    Msa ma(MsaDbiUtilsTestUtils::alignmentName, alphabet);
    ma->addRow("1", "AAAA--AAA", -1);
    ma->addRow("2", "C--CCCCCC", -1);
    ma->addRow("3", "GG-GGGG-G", -1);
    ma->addRow("4", "TTT-TTTT", -1);

    // The first call is correct
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Change order of rows
    ma->moveRowsBlock(1, 1, 1);

    const QVector<MsaRow>& maRows = ma->getRows();

    // Test call with new row order
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Verify msa object
    U2Msa msa = msaDbi->getMsaObject(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), msa.alphabet.id, "msa alphabet");
    CHECK_EQUAL(9, msa.length, "msa length");
    CHECK_EQUAL(MsaDbiUtilsTestUtils::alignmentName, msa.visualName, "msa name");

    // Verify rows and sequences
    QList<U2MsaRow> rows = msaDbi->getRows(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(maRows.count(), rows.count(), "rows count");
    for (int i = 0; i < maRows.count(); ++i) {
        // Verify row object
        CHECK_EQUAL(maRows[i]->getCoreStart(), rows[i].gstart, "row start");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), rows[i].gend, "row end");
        CHECK_EQUAL(maRows[i]->getRowLengthWithoutTrailing(), rows[i].length, "row length");
        CHECK_TRUE(maRows[i]->getGaps() == rows[i].gaps, "row gaps");

        // Verify sequence object
        U2Sequence seq = seqDbi->getSequenceObject(rows[i].sequenceId, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), seq.alphabet.id, "sequence alphabet");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), seq.length, "sequence length");
        CHECK_EQUAL(maRows[i]->getSequence().getName(), seq.visualName, "sequence name");

        // Verify sequence data
        QByteArray seqData = seqDbi->getSequenceData(rows[i].sequenceId, U2_REGION_MAX, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(QString(maRows[i]->getSequence().constSequence()), QString(seqData), "sequence data");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, updateMsa_newName) {
    U2OpStatusImpl os;
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2SequenceDbi* seqDbi = MsaDbiUtilsTestUtils::getSequenceDbi();
    U2DataId msaId = msaDbi->createMsaObject("", MsaDbiUtilsTestUtils::alignmentName, BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), os);
    CHECK_NO_ERROR(os);
    U2DbiRef dbiRef(msaDbi->getRootDbi()->getFactoryId(), msaDbi->getRootDbi()->getDbiId());
    U2EntityRef msaRef(dbiRef, msaId);

    // Prepare input data
    const DNAAlphabet* alphabet = U2AlphabetUtils::getById(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT());
    Msa ma(MsaDbiUtilsTestUtils::alignmentName, alphabet);
    ma->addRow("1", "AAAA--AAA", -1);
    ma->addRow("2", "C--CCCCCC", -1);
    ma->addRow("3", "GG-GGGG-G", -1);
    ma->addRow("4", "TTT-TTTT", -1);

    const QVector<MsaRow>& maRows = ma->getRows();

    // The first call is correct (updateMsa_empty test)
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Change alignemnt name
    ma->setName("New name");

    // Test call with new alignment name
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Verify msa object
    U2Msa msa = msaDbi->getMsaObject(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), msa.alphabet.id, "msa alphabet");
    CHECK_EQUAL(9, msa.length, "msa length");
    CHECK_EQUAL("New name", msa.visualName, "msa name");

    // Verify rows and sequences
    QList<U2MsaRow> rows = msaDbi->getRows(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(maRows.count(), rows.count(), "rows count");
    for (int i = 0; i < maRows.count(); ++i) {
        // Verify row object
        CHECK_EQUAL(maRows[i]->getCoreStart(), rows[i].gstart, "row start");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), rows[i].gend, "row end");
        CHECK_EQUAL(maRows[i]->getRowLengthWithoutTrailing(), rows[i].length, "row length");
        CHECK_TRUE(maRows[i]->getGaps() == rows[i].gaps, "row gaps");

        // Verify sequence object
        U2Sequence seq = seqDbi->getSequenceObject(rows[i].sequenceId, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), seq.alphabet.id, "sequence alphabet");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), seq.length, "sequence length");
        CHECK_EQUAL(maRows[i]->getSequence().getName(), seq.visualName, "sequence name");

        // Verify sequence data
        QByteArray seqData = seqDbi->getSequenceData(rows[i].sequenceId, U2_REGION_MAX, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(QString(maRows[i]->getSequence().constSequence()), QString(seqData), "sequence data");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, updateMsa_newAlphabet) {
    U2OpStatusImpl os;
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2SequenceDbi* seqDbi = MsaDbiUtilsTestUtils::getSequenceDbi();
    U2DataId msaId = msaDbi->createMsaObject("", MsaDbiUtilsTestUtils::alignmentName, BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), os);
    CHECK_NO_ERROR(os);
    U2DbiRef dbiRef(msaDbi->getRootDbi()->getFactoryId(), msaDbi->getRootDbi()->getDbiId());
    U2EntityRef msaRef(dbiRef, msaId);

    // Prepare input data
    const DNAAlphabet* alphabet = U2AlphabetUtils::getById(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT());
    Msa ma(MsaDbiUtilsTestUtils::alignmentName, alphabet);
    ma->addRow("1", "AAAA--AAA", -1);
    ma->addRow("2", "C--CCCCCC", -1);
    ma->addRow("3", "GG-GGGG-G", -1);
    ma->addRow("4", "TTT-TTTT", -1);

    const QVector<MsaRow>& maRows = ma->getRows();

    // The first call is correct (updateMsa_empty test)
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Change alignment alphabet
    const DNAAlphabet* newAlphabet = U2AlphabetUtils::getById(BaseDNAAlphabetIds::NUCL_DNA_EXTENDED());
    ma->setAlphabet(newAlphabet);

    // Test call with new alphabet
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Verify msa object
    U2Msa msa = msaDbi->getMsaObject(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_EXTENDED(), msa.alphabet.id, "msa alphabet");
    CHECK_EQUAL(9, msa.length, "msa length");
    CHECK_EQUAL(MsaDbiUtilsTestUtils::alignmentName, msa.visualName, "msa name");

    // Verify rows and sequences
    QList<U2MsaRow> rows = msaDbi->getRows(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(maRows.count(), rows.count(), "rows count");
    for (int i = 0; i < maRows.count(); ++i) {
        // Verify row object
        CHECK_EQUAL(maRows[i]->getCoreStart(), rows[i].gstart, "row start");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), rows[i].gend, "row end");
        CHECK_EQUAL(maRows[i]->getRowLengthWithoutTrailing(), rows[i].length, "row length");
        CHECK_TRUE(maRows[i]->getGaps() == rows[i].gaps, "row gaps");

        // Verify sequence object
        U2Sequence seq = seqDbi->getSequenceObject(rows[i].sequenceId, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), seq.alphabet.id, "sequence alphabet");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), seq.length, "sequence length");
        CHECK_EQUAL(maRows[i]->getSequence().getName(), seq.visualName, "sequence name");

        // Verify sequence data
        QByteArray seqData = seqDbi->getSequenceData(rows[i].sequenceId, U2_REGION_MAX, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(QString(maRows[i]->getSequence().constSequence()), QString(seqData), "sequence data");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, updateMsa_newContent) {
    U2OpStatusImpl os;
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2SequenceDbi* seqDbi = MsaDbiUtilsTestUtils::getSequenceDbi();
    U2DataId msaId = msaDbi->createMsaObject("", MsaDbiUtilsTestUtils::alignmentName, BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), os);
    CHECK_NO_ERROR(os);
    U2DbiRef dbiRef(msaDbi->getRootDbi()->getFactoryId(), msaDbi->getRootDbi()->getDbiId());
    U2EntityRef msaRef(dbiRef, msaId);

    // Prepare input data
    const DNAAlphabet* alphabet = U2AlphabetUtils::getById(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT());
    Msa ma(MsaDbiUtilsTestUtils::alignmentName, alphabet);
    ma->addRow("1", "AAAA--AAA", -1);
    ma->addRow("2", "C--CCCCCC", -1);
    ma->addRow("3", "GG-GGGG-G", -1);
    ma->addRow("4", "TTT-TTTT", -1);

    // The first call is correct (updateMsa_empty test)
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Change sequence data in the second row
    ma->setRowContent(1, "AA--AA--AA--AA");

    const QVector<MsaRow>& maRows = ma->getRows();

    // Test call with changed data in second row
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Verify msa object
    U2Msa msa = msaDbi->getMsaObject(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), msa.alphabet.id, "msa alphabet");
    CHECK_EQUAL(14, msa.length, "msa length");
    CHECK_EQUAL(MsaDbiUtilsTestUtils::alignmentName, msa.visualName, "msa name");

    // Verify rows and sequences
    QList<U2MsaRow> rows = msaDbi->getRows(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(maRows.count(), rows.count(), "rows count");
    for (int i = 0; i < maRows.count(); ++i) {
        // Verify row object
        CHECK_EQUAL(maRows[i]->getCoreStart(), rows[i].gstart, "row start");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), rows[i].gend, "row end");
        CHECK_EQUAL(maRows[i]->getRowLengthWithoutTrailing(), rows[i].length, "row length");
        CHECK_TRUE(maRows[i]->getGaps() == rows[i].gaps, "row gaps");

        // Verify sequence object
        U2Sequence seq = seqDbi->getSequenceObject(rows[i].sequenceId, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), seq.alphabet.id, "sequence alphabet");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), seq.length, "sequence length");
        CHECK_EQUAL(maRows[i]->getSequence().getName(), seq.visualName, "sequence name");

        // Verify sequence data
        QByteArray seqData = seqDbi->getSequenceData(rows[i].sequenceId, U2_REGION_MAX, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(QString(maRows[i]->getSequence().constSequence()), QString(seqData), "sequence data");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, updateMsa_newSequence) {
    U2OpStatusImpl os;
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2SequenceDbi* seqDbi = MsaDbiUtilsTestUtils::getSequenceDbi();
    U2DataId msaId = msaDbi->createMsaObject("", MsaDbiUtilsTestUtils::alignmentName, BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), os);
    CHECK_NO_ERROR(os);
    U2DbiRef dbiRef(msaDbi->getRootDbi()->getFactoryId(), msaDbi->getRootDbi()->getDbiId());
    U2EntityRef msaRef(dbiRef, msaId);

    // Prepare input data
    const DNAAlphabet* alphabet = U2AlphabetUtils::getById(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT());
    Msa ma(MsaDbiUtilsTestUtils::alignmentName, alphabet);
    ma->addRow("1", "AAAA--AAA", -1);
    ma->addRow("2", "C--CCCCCC", -1);
    ma->addRow("3", "GG-GGGG-G", -1);
    ma->addRow("4", "TTT-TTTT", -1);

    // The first call is correct (updateMsa_empty test)
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Export an alignment from the dbi to the memory (to set actual IDs)
    Msa expMa = MsaExportUtils::loadAlignment(dbiRef, msaId, os);
    CHECK_NO_ERROR(os);

    // Set a new sequence ID for the second row
    U2Sequence newSeq;
    newSeq.alphabet = BaseDNAAlphabetIds::NUCL_DNA_DEFAULT();
    newSeq.circular = false;
    seqDbi->createSequenceObject(newSeq, "", os);
    CHECK_NO_ERROR(os);

    U2MsaRow changedRow = expMa->getRow(1)->getRowDbInfo();
    changedRow.sequenceId = newSeq.id;
    expMa->removeRow(1, os);
    CHECK_NO_ERROR(os);
    DNASequence newDnaSeq("New sequence", "CGCGCGAAT");
    expMa->addRow(changedRow, newDnaSeq, os);
    CHECK_NO_ERROR(os);

    const QVector<MsaRow>& expMaRows = expMa->getRows();

    // Test call with changed sequence ID
    MsaDbiUtils::updateMsa(msaRef, expMa, os);
    CHECK_NO_ERROR(os);

    // Verify msa object
    U2Msa msa = msaDbi->getMsaObject(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), msa.alphabet.id, "msa alphabet");
    CHECK_EQUAL(11, msa.length, "msa length");
    CHECK_EQUAL(MsaDbiUtilsTestUtils::alignmentName, msa.visualName, "msa name");

    // Verify rows and sequences
    QList<U2MsaRow> rows = msaDbi->getRows(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(expMaRows.count(), rows.count(), "rows count");
    for (int i = 0; i < expMaRows.count(); ++i) {
        // Verify row object
        CHECK_EQUAL(expMaRows[i]->getCoreStart(), rows[i].gstart, "row start");
        CHECK_EQUAL(expMaRows[i]->getUngappedLength(), rows[i].gend, "row end");
        CHECK_EQUAL(expMaRows[i]->getRowLengthWithoutTrailing(), rows[i].length, "row length");
        CHECK_TRUE(expMaRows[i]->getGaps() == rows[i].gaps, "row gaps");

        // Verify sequence object
        U2Sequence seq = seqDbi->getSequenceObject(rows[i].sequenceId, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), seq.alphabet.id, "sequence alphabet");
        CHECK_EQUAL(expMaRows[i]->getUngappedLength(), seq.length, "sequence length");
        CHECK_EQUAL(expMaRows[i]->getSequence().getName(), seq.visualName, "sequence name");

        // Verify sequence data
        QByteArray seqData = seqDbi->getSequenceData(rows[i].sequenceId, U2_REGION_MAX, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(QString(expMaRows[i]->getSequence().constSequence()), QString(seqData), "sequence data");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, updateMsa_additionalRows) {
    U2OpStatusImpl os;
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2SequenceDbi* seqDbi = MsaDbiUtilsTestUtils::getSequenceDbi();
    U2DataId msaId = msaDbi->createMsaObject("", MsaDbiUtilsTestUtils::alignmentName, BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), os);
    CHECK_NO_ERROR(os);
    U2DbiRef dbiRef(msaDbi->getRootDbi()->getFactoryId(), msaDbi->getRootDbi()->getDbiId());
    U2EntityRef msaRef(dbiRef, msaId);

    // Prepare input data
    const DNAAlphabet* alphabet = U2AlphabetUtils::getById(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT());
    Msa ma(MsaDbiUtilsTestUtils::alignmentName, alphabet);
    ma->addRow("1", "AAAA--AAA", -1);
    ma->addRow("2", "C--CCCCCC", -1);
    ma->addRow("3", "GG-GGGG-G", -1);
    ma->addRow("4", "TTT-TTTT", -1);

    // The first call is correct (updateMsa_empty test)
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Add new rows to the alignment
    ma->addRow("5", "ATATATATAT", -1);
    ma->addRow("6", "CGCG--CGCG", -1);

    const QVector<MsaRow>& maRows = ma->getRows();

    // Test call without new information
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Verify msa object
    U2Msa msa = msaDbi->getMsaObject(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), msa.alphabet.id, "msa alphabet");
    CHECK_EQUAL(10, msa.length, "msa length");
    CHECK_EQUAL(MsaDbiUtilsTestUtils::alignmentName, msa.visualName, "msa name");

    // Verify rows and sequences
    QList<U2MsaRow> rows = msaDbi->getRows(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(maRows.count(), rows.count(), "rows count");
    for (int i = 0; i < maRows.count(); ++i) {
        // Verify row object
        CHECK_EQUAL(maRows[i]->getCoreStart(), rows[i].gstart, "row start");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), rows[i].gend, "row end");
        CHECK_EQUAL(maRows[i]->getRowLengthWithoutTrailing(), rows[i].length, "row length");
        CHECK_TRUE(maRows[i]->getGaps() == rows[i].gaps, "row gaps");

        // Verify sequence object
        U2Sequence seq = seqDbi->getSequenceObject(rows[i].sequenceId, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), seq.alphabet.id, "sequence alphabet");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), seq.length, "sequence length");
        CHECK_EQUAL(maRows[i]->getSequence().getName(), seq.visualName, "sequence name");

        // Verify sequence data
        QByteArray seqData = seqDbi->getSequenceData(rows[i].sequenceId, U2_REGION_MAX, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(QString(maRows[i]->getSequence().constSequence()), QString(seqData), "sequence data");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, updateMsa_removeRows) {
    U2OpStatusImpl os;
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2SequenceDbi* seqDbi = MsaDbiUtilsTestUtils::getSequenceDbi();
    U2DataId msaId = msaDbi->createMsaObject("", MsaDbiUtilsTestUtils::alignmentName, BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), os);
    CHECK_NO_ERROR(os);
    U2DbiRef dbiRef(msaDbi->getRootDbi()->getFactoryId(), msaDbi->getRootDbi()->getDbiId());
    U2EntityRef msaRef(dbiRef, msaId);

    // Prepare input data
    const DNAAlphabet* alphabet = U2AlphabetUtils::getById(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT());
    Msa ma(MsaDbiUtilsTestUtils::alignmentName, alphabet);
    ma->addRow("1", "AAAA--AAA", -1);
    ma->addRow("2", "C--CCCCCC", -1);
    ma->addRow("3", "GG-GGGG-G", -1);
    ma->addRow("4", "TTT-TTTT", -1);

    // The first call is correct (updateMsa_empty test)
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Remove some rows from the alignment
    ma->removeRow(1, os);
    CHECK_NO_ERROR(os);
    ma->removeRow(2, os);
    CHECK_NO_ERROR(os);

    const QVector<MsaRow>& maRows = ma->getRows();

    // Test call without some rows
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Verify msa object
    U2Msa msa = msaDbi->getMsaObject(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), msa.alphabet.id, "msa alphabet");
    CHECK_EQUAL(9, msa.length, "msa length");
    CHECK_EQUAL(MsaDbiUtilsTestUtils::alignmentName, msa.visualName, "msa name");

    // Verify rows and sequences
    QList<U2MsaRow> rows = msaDbi->getRows(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(maRows.count(), rows.count(), "rows count");
    for (int i = 0; i < maRows.count(); ++i) {
        // Verify row object
        CHECK_EQUAL(maRows[i]->getCoreStart(), rows[i].gstart, "row start");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), rows[i].gend, "row end");
        CHECK_EQUAL(maRows[i]->getRowLengthWithoutTrailing(), rows[i].length, "row length");
        CHECK_TRUE(maRows[i]->getGaps() == rows[i].gaps, "row gaps");

        // Verify sequence object
        U2Sequence seq = seqDbi->getSequenceObject(rows[i].sequenceId, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), seq.alphabet.id, "sequence alphabet");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), seq.length, "sequence length");
        CHECK_EQUAL(maRows[i]->getSequence().getName(), seq.visualName, "sequence name");

        // Verify sequence data
        QByteArray seqData = seqDbi->getSequenceData(rows[i].sequenceId, U2_REGION_MAX, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(QString(maRows[i]->getSequence().constSequence()), QString(seqData), "sequence data");
    }
}

IMPLEMENT_TEST(MsaDbiUtilsUnitTests, updateMsa_clear) {
    U2OpStatusImpl os;
    U2MsaDbi* msaDbi = MsaDbiUtilsTestUtils::getMsaDbi();
    U2SequenceDbi* seqDbi = MsaDbiUtilsTestUtils::getSequenceDbi();
    U2DataId msaId = msaDbi->createMsaObject("", MsaDbiUtilsTestUtils::alignmentName, BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), os);
    CHECK_NO_ERROR(os);
    U2DbiRef dbiRef(msaDbi->getRootDbi()->getFactoryId(), msaDbi->getRootDbi()->getDbiId());
    U2EntityRef msaRef(dbiRef, msaId);

    // Prepare input data
    const DNAAlphabet* alphabet = U2AlphabetUtils::getById(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT());
    Msa ma(MsaDbiUtilsTestUtils::alignmentName, alphabet);
    ma->addRow("1", "AAAA--AAA", -1);
    ma->addRow("2", "C--CCCCCC", -1);
    ma->addRow("3", "GG-GGGG-G", -1);
    ma->addRow("4", "TTT-TTTT", -1);

    // The first call is correct (updateMsa_empty test)
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Clear alignment
    ma->clear();

    const QVector<MsaRow>& maRows = ma->getRows();

    // Test call with empty alignment
    MsaDbiUtils::updateMsa(msaRef, ma, os);
    CHECK_NO_ERROR(os);

    // Verify msa object
    U2Msa msa = msaDbi->getMsaObject(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), msa.alphabet.id, "msa alphabet");
    CHECK_EQUAL(0, msa.length, "msa length");
    CHECK_EQUAL(MsaDbiUtilsTestUtils::alignmentName, msa.visualName, "msa name");

    // Verify rows and sequences
    QList<U2MsaRow> rows = msaDbi->getRows(msaId, os);
    CHECK_NO_ERROR(os);
    CHECK_EQUAL(maRows.count(), rows.count(), "rows count");
    for (int i = 0; i < maRows.count(); ++i) {
        // Verify row object
        CHECK_EQUAL(maRows[i]->getCoreStart(), rows[i].gstart, "row start");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), rows[i].gend, "row end");
        CHECK_EQUAL(maRows[i]->getRowLengthWithoutTrailing(), rows[i].length, "row length");
        CHECK_TRUE(maRows[i]->getGaps() == rows[i].gaps, "row gaps");

        // Verify sequence object
        U2Sequence seq = seqDbi->getSequenceObject(rows[i].sequenceId, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(BaseDNAAlphabetIds::NUCL_DNA_DEFAULT(), seq.alphabet.id, "sequence alphabet");
        CHECK_EQUAL(maRows[i]->getUngappedLength(), seq.length, "sequence length");
        CHECK_EQUAL(maRows[i]->getSequence().getName(), seq.visualName, "sequence name");

        // Verify sequence data
        QByteArray seqData = seqDbi->getSequenceData(rows[i].sequenceId, U2_REGION_MAX, os);
        CHECK_NO_ERROR(os);
        CHECK_EQUAL(QString(maRows[i]->getSequence().constSequence()), QString(seqData), "sequence data");
    }
}

}  // namespace U2
