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/*!
 * Tests for FakeVim plugin.
 * All test are based on Vim behaviour.
 */

#include "fakevimplugin.h"
#include "fakevimhandler.h"

#include <coreplugin/editormanager/editormanager.h>
#include <texteditor/texteditor.h>

#include <QtTest>
#include <QTextEdit>
#include <QTextDocument>
#include <QTextBlock>

//TESTED_COMPONENT=src/plugins/fakevim

/*!
 * Tests after this macro will be skipped and warning printed.
 * Uncomment it to test a feature -- if tests succeeds it should be removed from the test.
 */
#define NOT_IMPLEMENTED QSKIP("Not fully implemented!");

// Text cursor representation in comparisons.
#define X "|"

// More distinct line separator in code.
#define N "\n"

// Document line start and end string in error text.
#define LINE_START "\t\t<"
#define LINE_END ">\n"

QString _(const char *c) { return QLatin1String(c); }
QString _(const QByteArray &c) { return QLatin1String(c); }
QString _(const QString &c) { return c; }

// Format of message after comparison fails (used by KEYS, COMMAND).
static const QString helpFormat = _(
    "\n\tBefore command [%1]:\n" \
    LINE_START "%2" LINE_END \
    "\n\tAfter the command:\n" \
    LINE_START "%3" LINE_END \
    "\n\tShould be:\n" \
    LINE_START "%4" LINE_END);

static QByteArray textWithCursor(const QByteArray &text, int position)
{
    return (position == -1) ? text : (text.left(position) + X + text.mid(position));
}

static QByteArray textWithCursor(const QByteArray &text, const QTextBlock &block, int column)
{
    const int pos = block.position() + qMin(column, qMax(0, block.length() - 2));
    return text.left(pos) + X + text.mid(pos);
}

// Compare document contents with a expectedText.
// Also check cursor position if the expectedText contains | chracter.

// Send keys and check if the expected result is same as document contents.
// Escape is always prepended to keys so that previous command is cancelled.
#define KEYS(keys, expectedText) \
    do { \
        QByteArray beforeText(data.text()); \
        int beforePosition = data.position(); \
        data.doKeys("<ESC>"); \
        data.doKeys(keys); \
        QByteArray actual(data.text()); \
        QByteArray expected = expectedText; \
        QByteArray desc = data.fixup(_(keys), beforeText, actual, expected, beforePosition); \
        QVERIFY2(actual == expected, desc.constData()); \
    } while (false)

// Run Ex command and check if the expected result is same as document contents.
#define COMMAND(cmd, expectedText) \
    do { \
        QByteArray beforeText(data.text()); \
        int beforePosition = data.position(); \
        data.doCommand(cmd); \
        QByteArray actual(data.text()); \
        QByteArray expected = expectedText; \
        QByteArray desc = data.fixup(_(":" cmd), beforeText, actual, expected, beforePosition); \
        QVERIFY2(actual == expected, desc.constData()); \
    } while (false)

// Test undo, redo and repeat of last single command. This doesn't test cursor position.
// Set afterEnd to true if cursor position after undo and redo differs at the end of line
// (e.g. undoing 'A' operation moves cursor at the end of line and redo moves it one char right).
#define INTEGRITY(afterEnd) \
    do { \
        data.doKeys("<ESC>"); \
        const int newPosition = data.position(); \
        const int oldPosition = data.oldPosition; \
        const QByteArray redo = data.text(); \
        KEYS("u", data.oldText); \
        const QTextCursor tc = data.cursor(); \
        const int pos = tc.position(); \
        const int col = tc.positionInBlock() \
            + ((afterEnd && tc.positionInBlock() + 2 == tc.block().length()) ? 1 : 0); \
        const int line = tc.block().blockNumber(); \
        const QTextDocument *doc = data.editor()->document(); \
        KEYS("<c-r>", textWithCursor(redo, doc->findBlockByNumber(line), col)); \
        KEYS("u", textWithCursor(data.oldText, pos)); \
        data.setPosition(oldPosition); \
        KEYS(".", textWithCursor(redo, newPosition)); \
    } while (false)

using namespace FakeVim::Internal;
using namespace TextEditor;

const QByteArray testLines =
  /* 0         1         2         3        4 */
  /* 0123456789012345678901234567890123457890 */
    "\n"
    "#include <QtCore>\n"
    "#include <QtGui>\n"
    "\n"
    "int main(int argc, char *argv[])\n"
    "{\n"
    "    QApplication app(argc, argv);\n"
    "\n"
    "    return app.exec();\n"
    "}\n";

const QList<QByteArray> l = testLines.split('\n');

static QByteArray bajoin(const QList<QByteArray> &balist)
{
    QByteArray res;
    for (int i = 0; i < balist.size(); ++i) {
        if (i)
            res += '\n';
        res += balist.at(i);
    }
    return res;
}

// Insert cursor char at pos, negative counts from back.
static QByteArray cursor(int line, int column)
{
    const int col = column >= 0 ? column : l[line].size() + column;
    QList<QByteArray> res = l.mid(0, line) << textWithCursor(l[line], col);
    res.append(l.mid(line + 1));
    return bajoin(res);
}

static QByteArray lmid(int i, int n = -1) { return bajoin(l.mid(i, n)); }

// Data for tests containing BaseTextEditorWidget and FakeVimHAndler.
struct FakeVimPlugin::TestData
{
    FakeVimHandler *handler;
    QWidget *edit;
    QString title;

    int oldPosition;
    QByteArray oldText;

    TextEditorWidget *editor() const { return qobject_cast<TextEditorWidget *>(edit); }

    QTextCursor cursor() const { return editor()->textCursor(); }

    QByteArray fixup(const QString &cmd, QByteArray &before,
                     QByteArray &actual, QByteArray &expected,
                     int beforePosition)
    {
        oldPosition = beforePosition;
        oldText = before;
        if (expected.contains(X)) {
            before = textWithCursor(before, beforePosition);
            actual = textWithCursor(actual, position());
        }
        return helpFormat
                .arg(cmd)
                .arg(QString::fromLatin1(before.replace('\n', LINE_END LINE_START)))
                .arg(QString::fromLatin1(actual.replace('\n', LINE_END LINE_START)))
                .arg(QString::fromLatin1(expected.replace('\n', LINE_END LINE_START))).toLatin1();
    }

    int position() const
    {
        return cursor().position();
    }

    void setPosition(int position)
    {
        handler->setTextCursorPosition(position);
    }

    QByteArray text() const { return editor()->toPlainText().toUtf8(); }

    void doCommand(const QString &cmd) { handler->handleCommand(cmd); }
    void doCommand(const char *cmd) { doCommand(_(cmd)); }
    void doKeys(const QString &keys) { handler->handleInput(keys); }
    void doKeys(const char *keys) { doKeys(_(keys)); }

    void setText(const char *text)
    {
        doKeys("<ESC>");
        QByteArray str = text;
        int i = str.indexOf(X);
        if (i != -1)
            str.remove(i, 1);
        else
            i = 0;
        editor()->document()->setPlainText(_(str));
        setPosition(i);
        QCOMPARE(position(), i);
    }

    // Simulate text completion by inserting text directly to editor widget (bypassing FakeVim).
    void completeText(const char *text)
    {
        QTextCursor tc = editor()->textCursor();
        tc.insertText(_(text));
        editor()->setTextCursor(tc);
    }

    // Simulate external position change.
    void jump(const char *textWithCursorPosition)
    {
        int pos = QString(_(textWithCursorPosition)).indexOf(_(X));
        QTextCursor tc = editor()->textCursor();
        tc.setPosition(pos);
        editor()->setTextCursor(tc);
        QCOMPARE(QByteArray(textWithCursorPosition), textWithCursor(text(), position()));
    }

    int lines() const
    {
        QTextDocument *doc = editor()->document();
        Q_ASSERT(doc != 0);
        return doc->lineCount();
    }

    // Enter command mode and go to start.
    void reset()
    {
        handler->handleInput(_("<ESC><ESC>gg0"));
    }
};

void FakeVimPlugin::setup(TestData *data)
{
    setupTest(&data->title, &data->handler, &data->edit);
    data->reset();
    data->doCommand("| set nopasskeys"
                    "| set nopasscontrolkey"
                    "| set smartindent"
                    "| set autoindent");
}


void FakeVimPlugin::cleanup()
{
    Core::EditorManager::closeAllEditors(false);
}


void FakeVimPlugin::test_vim_indentation()
{
    TestData data;
    setup(&data);

    data.doCommand("set expandtab");
    data.doCommand("set tabstop=4");
    data.doCommand("set shiftwidth=4");
    QCOMPARE(data.handler->physicalIndentation(_("      \t\t\tx")), 6 + 3);
    QCOMPARE(data.handler->logicalIndentation (_("      \t\t\tx")), 4 + 3 * 4);
    QCOMPARE(data.handler->physicalIndentation(_("     \t\t\tx")), 5 + 3);
    QCOMPARE(data.handler->logicalIndentation (_("     \t\t\tx")), 4 + 3 * 4);

    QCOMPARE(data.handler->tabExpand(3), _("   "));
    QCOMPARE(data.handler->tabExpand(4), _("    "));
    QCOMPARE(data.handler->tabExpand(5), _("     "));
    QCOMPARE(data.handler->tabExpand(6), _("      "));
    QCOMPARE(data.handler->tabExpand(7), _("       "));
    QCOMPARE(data.handler->tabExpand(8), _("        "));
    QCOMPARE(data.handler->tabExpand(9), _("         "));

    data.doCommand("set expandtab");
    data.doCommand("set tabstop=8");
    data.doCommand("set shiftwidth=4");
    QCOMPARE(data.handler->physicalIndentation(_("      \t\t\tx")), 6 + 3);
    QCOMPARE(data.handler->logicalIndentation (_("      \t\t\tx")), 0 + 3 * 8);
    QCOMPARE(data.handler->physicalIndentation(_("     \t\t\tx")), 5 + 3);
    QCOMPARE(data.handler->logicalIndentation (_("     \t\t\tx")), 0 + 3 * 8);

    QCOMPARE(data.handler->tabExpand(3), _("   "));
    QCOMPARE(data.handler->tabExpand(4), _("    "));
    QCOMPARE(data.handler->tabExpand(5), _("     "));
    QCOMPARE(data.handler->tabExpand(6), _("      "));
    QCOMPARE(data.handler->tabExpand(7), _("       "));
    QCOMPARE(data.handler->tabExpand(8), _("        "));
    QCOMPARE(data.handler->tabExpand(9), _("         "));

    data.doCommand("set noexpandtab");
    data.doCommand("set tabstop=4");
    data.doCommand("set shiftwidth=4");
    QCOMPARE(data.handler->physicalIndentation(_("      \t\t\tx")), 6 + 3);
    QCOMPARE(data.handler->logicalIndentation (_("      \t\t\tx")), 4 + 3 * 4);
    QCOMPARE(data.handler->physicalIndentation(_("     \t\t\tx")), 5 + 3);
    QCOMPARE(data.handler->logicalIndentation (_("     \t\t\tx")), 4 + 3 * 4);

    QCOMPARE(data.handler->tabExpand(3), _("   "));
    QCOMPARE(data.handler->tabExpand(4), _("\t"));
    QCOMPARE(data.handler->tabExpand(5), _("\t "));
    QCOMPARE(data.handler->tabExpand(6), _("\t  "));
    QCOMPARE(data.handler->tabExpand(7), _("\t   "));
    QCOMPARE(data.handler->tabExpand(8), _("\t\t"));
    QCOMPARE(data.handler->tabExpand(9), _("\t\t "));

    data.doCommand("set noexpandtab");
    data.doCommand("set tabstop=8");
    data.doCommand("set shiftwidth=4");
    QCOMPARE(data.handler->physicalIndentation(_("      \t\t\tx")), 6 + 3);
    QCOMPARE(data.handler->logicalIndentation (_("      \t\t\tx")), 0 + 3 * 8);
    QCOMPARE(data.handler->physicalIndentation(_("     \t\t\tx")), 5 + 3);
    QCOMPARE(data.handler->logicalIndentation (_("     \t\t\tx")), 0 + 3 * 8);

    QCOMPARE(data.handler->tabExpand(3), _("   "));
    QCOMPARE(data.handler->tabExpand(4), _("    "));
    QCOMPARE(data.handler->tabExpand(5), _("     "));
    QCOMPARE(data.handler->tabExpand(6), _("      "));
    QCOMPARE(data.handler->tabExpand(7), _("       "));
    QCOMPARE(data.handler->tabExpand(8), _("\t"));
    QCOMPARE(data.handler->tabExpand(9), _("\t "));
}

void FakeVimPlugin::test_vim_movement()
{
    TestData data;
    setup(&data);

    // vertical movement
    data.setText("123" N   "456" N   "789" N   "abc");
    KEYS("",   X "123" N   "456" N   "789" N   "abc");
    KEYS("j",    "123" N X "456" N   "789" N   "abc");
    KEYS("G",    "123" N   "456" N   "789" N X "abc");
    KEYS("k",    "123" N   "456" N X "789" N   "abc");
    KEYS("2k", X "123" N   "456" N   "789" N   "abc");
    KEYS("k",  X "123" N   "456" N   "789" N   "abc");
    KEYS("jj",   "123" N   "456" N X "789" N   "abc");
    KEYS("gg", X "123" N   "456" N   "789" N   "abc");

    // horizontal movement
    data.setText(" " X "x"   "x"   "x"   "x");
    KEYS("",     " " X "x"   "x"   "x"   "x");
    KEYS("h",  X " "   "x"   "x"   "x"   "x");
    KEYS("l",    " " X "x"   "x"   "x"   "x");
    KEYS("3l",   " "   "x"   "x"   "x" X "x");
    KEYS("2h",   " "   "x" X "x"   "x"   "x");
    KEYS("$",    " "   "x"   "x"   "x" X "x");
    KEYS("^",    " " X "x"   "x"   "x"   "x");
    KEYS("0",  X " "   "x"   "x"   "x"   "x");

    // skip words
    data.setText("123 "   "456"   "."   "789 "   "abc");
    KEYS("b",  X "123 "   "456"   "."   "789 "   "abc");
    KEYS("w",    "123 " X "456"   "."   "789 "   "abc");
    KEYS("2w",   "123 "   "456"   "." X "789 "   "abc");
    KEYS("3w",   "123 "   "456"   "."   "789 "   "ab" X "c");
    KEYS("3b",   "123 "   "456" X "."   "789 "   "abc");

    data.setText("123 "   "456.789 "   "abc "   "def");
    KEYS("B",  X "123 "   "456.789 "   "abc "   "def");
    KEYS("W",    "123 " X "456.789 "   "abc "   "def");
    KEYS("2W",   "123 "   "456.789 "   "abc " X "def");
    KEYS("B",    "123 "   "456.789 " X "abc "   "def");
    KEYS("2B", X "123 "   "456.789 "   "abc "   "def");
    KEYS("4W",   "123 "   "456.789 "   "abc "   "de" X "f");

    data.setText("assert(abc);");
    KEYS("w",    "assert" X "(abc);");
    KEYS("w",    "assert(" X "abc);");
    KEYS("w",    "assert(abc" X ");");
    KEYS("w",    "assert(abc)" X ";");

    data.setText("123" N   "45."   "6" N   "" N " " N   "789");
    KEYS("3w",   "123" N   "45." X "6" N   "" N " " N   "789");
    // From Vim help (motion.txt): An empty line is also considered to be a word.
    KEYS("w",    "123" N   "45."   "6" N X "" N " " N   "789");
    KEYS("w",    "123" N   "45."   "6" N   "" N " " N X "789");

    KEYS("b",    "123" N   "45."   "6" N X "" N " " N   "789");
    KEYS("4b", X "123" N   "45."   "6" N   "" N " " N   "789");

    KEYS("3e",    "123" N "45" X "."   "6" N "" N " " N "789");
    KEYS("e",     "123" N "45"   "." X "6" N "" N " " N "789");
    // Command "e" does not stop on empty lines ("ge" does).
    KEYS("e",     "123" N "45"   "."   "6" N "" N " " N "78" X "9");
    KEYS("ge",    "123" N "45"   "."   "6" N X "" N " " N "789");
    KEYS("2ge",   "123" N "45" X "."   "6" N   "" N " " N "789");

    // do not move behind end of line in normal mode
    data.setText("abc def" N "ghi");
    KEYS("$h", "abc d" X "ef" N "ghi");
    data.setText("abc def" N "ghi");
    KEYS("4e", "abc def" N "gh" X "i");
    data.setText("abc def" N "ghi");
    KEYS("$i", "abc de" X "f" N "ghi");

    // move behind end of line in insert mode
    data.setText("abc def" N "ghi");
    KEYS("i<end>", "abc def" X N "ghi");
    data.setText("abc def" N "ghi");
    KEYS("A", "abc def" X N "ghi");
    data.setText("abc def" N "ghi");
    KEYS("$a", "abc def" X N "ghi");

    data.setText("abc" N "def ghi");
    KEYS("i<end><down>", "abc" N "def ghi" X);
    data.setText("abc" N "def ghi");
    KEYS("<end>i<down>", "abc" N "de" X "f ghi");
    data.setText("abc" N "def ghi");
    KEYS("<end>a<down>", "abc" N "def" X " ghi");

    // paragraph movement
    data.setText("abc"  N   N "def");
    KEYS("}",     "abc" N X N "def");
    KEYS("}",     "abc" N   N "de" X "f");
    KEYS("{",     "abc" N X N "def");
    KEYS("{",   X "abc" N   N "def");

    data.setText("abc" N   N N   N "def");
    KEYS("}",    "abc" N X N N   N "def");
    KEYS("}",    "abc" N   N N   N "de" X "f");
    KEYS("3{",   "abc" N   N N   N "de" X "f");
    KEYS("{",    "abc" N   N N X N "def");
    KEYS("{",  X "abc" N   N N   N "def");
    KEYS("3}", X "abc" N   N N   N "def");

    data.setText("abc def");
    KEYS("}", "abc de" X "f");
    KEYS("{", X "abc def");

    // bracket movement commands
    data.setText(
         "void a()" N
         "{" N
         "}" N "" N "int b()" N
         "{ return 0; }" N "" N "int c()" N
         "{ return 0;" N
         "}" N
         "");

    KEYS("]]",
         "void a()" N
         X "{" N
         "}" N "" N "int b()" N
         "{ return 0; }" N "" N "int c()" N
         "{ return 0;" N
         "}" N
         "");

    KEYS("]]",
         "void a()" N
         "{" N
         "}" N "" N "int b()" N
         X "{ return 0; }" N "" N "int c()" N
         "{ return 0;" N
         "}" N
         "");

    KEYS("2[[",
         X "void a()" N
         "{" N
         "}" N "" N "int b()" N
         "{ return 0; }" N "" N "int c()" N
         "{ return 0;" N
         "}" N
         "");

    KEYS("4]]",
         "void a()" N
         "{" N
         "}" N "" N "int b()" N
         "{ return 0; }" N "" N "int c()" N
         "{ return 0;" N
         "}" N
         X "");

    KEYS("2[]",
         "void a()" N
         "{" N
         X "}" N "" N "int b()" N
         "{ return 0; }" N "" N "int c()" N
         "{ return 0;" N
         "}" N
         "");

    KEYS("][",
         "void a()" N
         "{" N
         "}" N "" N "int b()" N
         "{ return 0; }" N "" N "int c()" N
         "{ return 0;" N
         X "}" N
         "");

    KEYS("][",
         "void a()" N
         "{" N
         "}" N "" N "int b()" N
         "{ return 0; }" N "" N "int c()" N
         "{ return 0;" N
         "}" N
         X "");
}

void FakeVimPlugin::test_vim_insert()
{
    TestData data;
    setup(&data);

    // basic insert text
    data.setText("ab" X "c" N "def");
    KEYS("i 123", "ab 123" X "c" N "def");
    INTEGRITY(false);

    data.setText("ab" X "c" N "def");
    KEYS("a 123", "abc 123" X N "def");
    INTEGRITY(true);

    data.setText("ab" X "c" N "def");
    KEYS("I 123", " 123" X "abc" N "def");
    INTEGRITY(false);

    data.setText("abc" N "def");
    KEYS("A 123", "abc 123" X N "def");
    INTEGRITY(true);

    data.setText("abc" N "def");
    KEYS("o 123", "abc" N " 123" X N "def");
    INTEGRITY(false);

    data.setText("abc" N "def");
    KEYS("O 123", " 123" X N "abc" N "def");
    INTEGRITY(false);

    // insert text [count] times
    data.setText("ab" X "c" N "def");
    KEYS("3i 123<esc>", "ab 123 123 12" X "3c" N "def");
    INTEGRITY(false);

    data.setText("ab" X "c" N "def");
    KEYS("3a 123<esc>", "abc 123 123 12" X "3" N "def");
    INTEGRITY(true);

    data.setText("ab" X "c" N "def");
    KEYS("3I 123<esc>", " 123 123 12" X "3abc" N "def");
    INTEGRITY(false);

    data.setText("abc" N "def");
    KEYS("3A 123<esc>", "abc 123 123 12" X "3" N "def");
    INTEGRITY(true);

    data.setText("abc" N "def");
    KEYS("3o 123<esc>", "abc" N " 123" N " 123" N " 12" X "3" N "def");
    INTEGRITY(false);

    data.setText("abc" N "def");
    KEYS("3O 123<esc>", " 123" N " 123" N " 12" X "3" N "abc" N "def");
    INTEGRITY(false);

    // <C-O>
    data.setText("abc" N "d" X "ef");
    KEYS("i<c-o>xX", "abc" N "dX" X "f");
    KEYS("i<c-o><end>", "abc" N "dXf" X);
    data.setText("ab" X "c" N "def");
    KEYS("i<c-o>rX", "ab" X "X" N "def");
    data.setText("abc" N "def");
    KEYS("A<c-o>x", "ab" X N "def");
    data.setText("abc" N "de" X "f");
    KEYS("i<c-o>0x", "abc" N "x" X "def");
    data.setText("abc" N "de" X "f");
    KEYS("i<c-o>ggx", "x" X "abc" N "def");

    // <INSERT> to toggle between insert and replace mode
    data.setText("abc" N "def");
    KEYS("<insert>XYZ<insert>xyz<esc>", "XYZxy" X "z" N "def");
    KEYS("<insert><insert>" "<c-o>0<c-o>j" "XY<insert>Z", "XYZxyz" N "XYZ" X "f");

    // dot command for insert
    data.setText("abc" N "def");
    KEYS("ix<insert>X<insert>y<esc>", "xX" X "ybc" N "def");
    KEYS("0j.", "xXybc" N "xX" X "yef");

    data.setText("abc" N "def");
    KEYS("<insert>x<insert>X<right>Y<esc>", "xXb" X "Y" N "def");
    KEYS("0j.", "xXbY" N X "Yef");

    data.setText("abc" N "def");
    KEYS("<insert>x<insert>X<left><left><down><esc>", "xXbc" N X "def");
    KEYS(".", "xXbc" N "x" X "Xef");

    data.setText("abc" N "def");
    KEYS("2oXYZ<esc>.", "abc" N "XYZ" N "XYZ" N "XYZ" N "XY" X "Z" N "def");

    // delete in insert mode is part of dot command
    data.setText("abc" N "def");
    KEYS("iX<delete>Y", "XY" X "bc" N "def");
    KEYS("0j.", "XYbc" N "X" X "Yef");

    data.setText("abc" N "def");
    KEYS("2iX<delete>Y<esc>", "XYX" X "Yc" N "def");
    KEYS("0j.", "XYXYc" N "XYX" X "Yf");

    data.setText("abc" N "def");
    KEYS("i<delete>XY", "XY" X "bc" N "def");
    KEYS("0j.", "XYbc" N "X" X "Yef");

    data.setText("ab" X "c" N "def");
    KEYS("i<bs>XY", "aXY" X "c" N "def");
    KEYS("j.", "aXYc" N "dX" X "Yf");

    // insert in visual mode
    data.setText("  a" X "bcde" N "  fghij" N "  klmno");
    KEYS("v2l" "2Ixyz<esc>", "xyzxy" X "z  abcde" N "  fghij" N "  klmno");
    KEYS("u", X "  abcde" N "  fghij" N "  klmno");
    KEYS("<c-r>", X "xyzxyz  abcde" N "  fghij" N "  klmno");
    KEYS("$.", "xyzxyz  abcdxyzxy" X "ze" N "  fghij" N "  klmno");

    // repeat only last insertion
    data.setText("  abc" N "  def" N "  ghi");
    KEYS("2l" "2i" "XYZ" "<C-O>j" "123<esc>", "  XYZabc" N "  def12" X "3" N "  ghi");
    KEYS("0l.", "  XYZabc" N " 12" X "3 def123" N "  ghi");
    // insert nothing
    KEYS("i<esc>", "  XYZabc" N " 1" X "23 def123" N "  ghi");
    KEYS(".", "  XYZabc" N " " X "123 def123" N "  ghi");

    // repeat insert with special characters
    data.setText("ab" X "c" N "def");
    KEYS("2i<lt>down><esc>", "ab<down><down" X ">c" N "def");
    INTEGRITY(false);

    data.setText("  ab" X "c" N "  def");
    KEYS("2I<lt>end><esc>", "  <end><end" X ">abc" N "  def");
    KEYS("u", "  " X "abc" N "  def");
    KEYS(".", "  <end><end" X ">abc" N "  def");
}

void FakeVimPlugin::test_vim_fFtT()
{
    TestData data;
    setup(&data);

    data.setText("123()456" N "a(b(c)d)e");
    KEYS("t(", "12" X "3()456" N "a(b(c)d)e");
    KEYS("lt(", "123" X "()456" N "a(b(c)d)e");
    KEYS("0j2t(", "123()456" N "a(" X "b(c)d)e");
    KEYS("l2T(", "123()456" N "a(b" X "(c)d)e");
    KEYS("l2T(", "123()456" N "a(" X "b(c)d)e");
    KEYS("T(", "123()456" N "a(" X "b(c)d)e");

    KEYS("ggf(", "123" X "()456" N "a(b(c)d)e");
    KEYS("lf(", "123(" X ")456" N "a(b(c)d)e");
    KEYS("0j2f(", "123()456" N "a(b" X "(c)d)e");
    KEYS("2F(", "123()456" N "a(b" X "(c)d)e");
    KEYS("l2F(", "123()456" N "a" X "(b(c)d)e");
    KEYS("F(", "123()456" N "a" X "(b(c)d)e");

    data.setText("abc def" N "ghi " X "jkl");
    KEYS("vFgx", "abc def" N X "kl");
    KEYS("u", "abc def" N X "ghi jkl");
    KEYS("tk", "abc def" N "ghi " X "jkl");
    KEYS("dTg", "abc def" N "g" X "jkl");
    INTEGRITY(false);
    KEYS("u", "abc def" N "g" X "hi jkl");
    KEYS("f .", "abc def" N "g" X " jkl");
    KEYS("u", "abc def" N "g" X "hi jkl");
    KEYS("rg$;", "abc def" N "gg" X "i jkl");

    // repeat with ;
    data.setText("int main() { return (x > 0) ? 0 : (x - 1); }");
    KEYS("f(", "int main" X "() { return (x > 0) ? 0 : (x - 1); }");
    KEYS(";", "int main() { return " X "(x > 0) ? 0 : (x - 1); }");
    KEYS(";", "int main() { return (x > 0) ? 0 : " X "(x - 1); }");
    KEYS(";", "int main() { return (x > 0) ? 0 : " X "(x - 1); }");
    KEYS("02;", "int main() { return " X "(x > 0) ? 0 : (x - 1); }");
    KEYS("2;", "int main() { return " X "(x > 0) ? 0 : (x - 1); }");
    KEYS("0t(", "int mai" X "n() { return (x > 0) ? 0 : (x - 1); }");
    KEYS(";", "int main() { return" X " (x > 0) ? 0 : (x - 1); }");
    KEYS("3;", "int main() { return" X " (x > 0) ? 0 : (x - 1); }");
    KEYS("2;", "int main() { return (x > 0) ? 0 :" X " (x - 1); }");
}

void FakeVimPlugin::test_vim_transform_numbers()
{
    TestData data;
    setup(&data);

    data.setText("8");
    KEYS("<c-a>", X "9");
    INTEGRITY(false);
    KEYS("<c-x>", X "8");
    INTEGRITY(false);
    KEYS("<c-a>", X "9");
    KEYS("<c-a>", "1" X "0");
    KEYS("<c-a>", "1" X "1");
    KEYS("5<c-a>", "1" X "6");
    INTEGRITY(false);
    KEYS("10<c-a>", "2" X "6");
    KEYS("h100<c-a>", "12" X "6");
    KEYS("100<c-x>", "2" X "6");
    INTEGRITY(false);
    KEYS("10<c-x>", "1" X "6");
    KEYS("5<c-x>", "1" X "1");
    KEYS("5<c-x>", X "6");
    KEYS("6<c-x>", X "0");
    KEYS("<c-x>", "-" X "1");
    KEYS("h10<c-x>", "-1" X "1");
    KEYS("h100<c-x>", "-11" X "1");
    KEYS("h889<c-x>", "-100" X "0");

    // increase nearest number
    data.setText("x-x+x: 1 2 3 -4 5");
    KEYS("8<c-a>", "x-x+x: " X "9 2 3 -4 5");
    KEYS("l8<c-a>", "x-x+x: 9 1" X "0 3 -4 5");
    KEYS("l8<c-a>", "x-x+x: 9 10 1" X "1 -4 5");
    KEYS("l16<c-a>", "x-x+x: 9 10 11 1" X "2 5");
    KEYS("w18<c-x>", "x-x+x: 9 10 11 12 -1" X "3");
    KEYS("hh13<c-a>", "x-x+x: 9 10 11 12 " X "0");
    KEYS("B12<c-x>", "x-x+x: 9 10 11 " X "0 0");
    KEYS("B11<c-x>", "x-x+x: 9 10 " X "0 0 0");
    KEYS("B10<c-x>", "x-x+x: 9 " X "0 0 0 0");
    KEYS("B9<c-x>", "x-x+x: " X "0 0 0 0 0");
    KEYS("B9<c-x>", "x-x+x: -" X "9 0 0 0 0");

    data.setText("-" X "- 1 --");
    KEYS("<c-x>", "-- " X "0 --");
    KEYS("u", "-" X "- 1 --");
    KEYS("<c-r>", "-" X "- 0 --");
    KEYS("<c-x><c-x>", "-- -" X "2 --");
    KEYS("2<c-a><c-a>", "-- " X "1 --");
    KEYS("<c-a>2<c-a>", "-- " X "4 --");
    KEYS(".", "-- " X "6 --");
    KEYS("u", "-- " X "4 --");
    KEYS("<c-r>", "-- " X "6 --");

    // hexadecimal and octal numbers
    data.setText("0x0 0x1 -1 07 08");
    KEYS("3<c-a>", "0x" X "3 0x1 -1 07 08");
    KEYS("7<c-a>", "0x" X "a 0x1 -1 07 08");
    KEYS("9<c-a>", "0x1" X "3 0x1 -1 07 08");
    // if last letter in hexadecimal number is capital then all letters are capital
    KEYS("ifA<esc>", "0x1f" X "A3 0x1 -1 07 08");
    KEYS("9<c-a>", "0x1FA" X "C 0x1 -1 07 08");
    KEYS("w1022<c-a>", "0x1FAC 0x3f" X "f -1 07 08");
    KEYS("w.", "0x1FAC 0x3ff 102" X "1 07 08");
    // octal number
    KEYS("w.", "0x1FAC 0x3ff 1021 0200" X "5 08");
    // non-octal number with leading zeroes
    KEYS("w.", "0x1FAC 0x3ff 1021 02005 103" X "0");

    // preserve width of hexadecimal and octal numbers
    data.setText("0x0001");
    KEYS("<c-a>", "0x000" X "2");
    KEYS("10<c-a>", "0x000" X "c");
    KEYS(".", "0x001" X "6");
    KEYS("999<c-a>", "0x03f" X "d");
    KEYS("99999<c-a>", "0x18a9" X "c");
    data.setText("0001");
    KEYS("<c-a>", "000" X "2");
    KEYS("10<c-a>", "001" X "4");
    KEYS("999<c-a>", "0176" X "3");
    data.setText("0x0100");
    KEYS("<c-x>", "0x00f" X "f");
    data.setText("0100");
    KEYS("<c-x>", "007" X "7");
}

void FakeVimPlugin::test_vim_delete()
{
    TestData data;
    setup(&data);

    data.setText("123" N "456");
    KEYS("x",  "23" N "456");
    INTEGRITY(false);
    KEYS("dd", "456");
    INTEGRITY(false);
    KEYS("2x", "6");
    INTEGRITY(false);
    KEYS("dd", "");
    INTEGRITY(false);

    data.setText("void main()");
    KEYS("dt(", "()");
    INTEGRITY(false);

    data.setText("void main()");
    KEYS("df(", ")");
    INTEGRITY(false);

    data.setText("void " X "main()");
    KEYS("D", "void ");
    INTEGRITY(false);
    KEYS("ggd$", "");

    data.setText("abc def ghi");
    KEYS("2dw", X "ghi");
    INTEGRITY(false);
    data.setText("abc def ghi");
    KEYS("d2w", X "ghi");
    INTEGRITY(false);

    data.setText("abc  " N "  def" N "  ghi" N "jkl");
    KEYS("3dw", X "jkl");
    data.setText("abc  " N "  def" N "  ghi" N "jkl");
    KEYS("d3w", X "jkl");

    // delete empty line
    data.setText("a" N X "" N "  b");
    KEYS("dd", "a" N "  " X "b");

    // delete on an empty line
    data.setText("a" N X "" N "  b");
    KEYS("d$", "a" N X "" N "  b");
    INTEGRITY(false);

    // delete in empty document
    data.setText("");
    KEYS("dd", X);

    // delete to start of line
    data.setText("  abc" N "  de" X "f" N "  ghi");
    KEYS("d0", "  abc" N X "f" N "  ghi");
    INTEGRITY(false);
    data.setText("  abc" N "  de" X "f" N "  ghi");
    KEYS("d^", "  abc" N "  " X "f" N "  ghi");
    INTEGRITY(false);

    // delete to mark
    data.setText("abc " X "def ghi");
    KEYS("ma" "3l" "d`a", "abc " X " ghi");
    KEYS("u" "gg" "d`a", X "def ghi");

    // delete lines
    data.setText("  abc" N "  de" X "f" N "  ghi" N "  jkl");
    KEYS("dj", "  abc" N "  " X "jkl");
    INTEGRITY(false);
    data.setText("  abc" N "  def" N "  gh" X "i" N "  jkl");
    KEYS("dk", "  abc" N "  " X "jkl");
    INTEGRITY(false);

    // delete with copy to a register
    data.setText("abc" N "def");
    KEYS("\"xd$", X "" N "def");
    KEYS("\"xp", "ab" X "c" N "def");
    KEYS("2\"xp", "abcabcab" X "c" N "def");

    /* QTCREATORBUG-9289 */
    data.setText("abc" N "def");
    KEYS("$" "dw", "a" X "b" N "def");
    KEYS("dw", X "a" N "def");
    KEYS("dw", X "" N "def");
    KEYS("dw", X "def");

    data.setText("abc" N "def ghi");
    KEYS("2dw", X "ghi");

    data.setText("abc" N X "" N "def");
    KEYS("dw", "abc" N X "def");
    KEYS("k$" "dw", "a" X "b" N "def");
    KEYS("j$h" "dw", "ab" N X "d");

    data.setText("abc" N "def");
    KEYS("2lvx", "a" X "b" N "def");
    KEYS("vlx", "a" X "def");

    data.setText("abc" N "def");
    KEYS("2lvox", "a" X "b" N "def");
    KEYS("vlox", "a" X "def");

    // bracket movement command
    data.setText(
         "void a()" N
         "{" N
         "}" N "" N "int b()" N
         "{ return 0; }" N "" N "int c()" N
         "{ return 0;" N
         "}" N
         "");

    KEYS("d]]",
         X "{" N
         "}" N "" N "int b()" N
         "{ return 0; }" N "" N "int c()" N
         "{ return 0;" N
         "}" N
         "");

    KEYS("u",
         X "void a()" N
         "{" N
         "}" N "" N "int b()" N
         "{ return 0; }" N "" N "int c()" N
         "{ return 0;" N
         "}" N
         "");

    // When ]] is used after an operator, then also stops below a '}' in the first column.
    KEYS("jd]]",
         "void a()" N
         X "" N "int b()" N
         "{ return 0; }" N "" N "int c()" N
         "{ return 0;" N
         "}" N
         "");

    KEYS("u",
         "void a()" N
         X "{" N
         "}" N "" N "int b()" N
         "{ return 0; }" N "" N "int c()" N
         "{ return 0;" N
         "}" N
         "");

    // do nothing on failed movement
    KEYS("Gd5[[",
         "void a()" N
         "{" N
         "}" N "" N "int b()" N
         "{ return 0; }" N "" N "int c()" N
         "{ return 0;" N
         "}" N
         X "");
}

void FakeVimPlugin::test_vim_delete_inner_word()
{
    TestData data;
    setup(&data);

    data.setText("abc def ghi");
    KEYS("wlldiw", "abc " X " ghi");

    data.setText("abc def ghi jkl");
    KEYS("3diw", X  " ghi jkl");
    INTEGRITY(false);

    data.setText("abc " X "  def");
    KEYS("diw", "abc" X "def");
    INTEGRITY(false);
    KEYS("diw", "");

    data.setText("abc  " N "  def");
    KEYS("3diw", X "def");

    data.setText("abc  " N "  def" N "  ghi");
    KEYS("4diw", "  " X "ghi");
    data.setText("ab" X "c  " N "  def" N "  ghi");
    KEYS("4diw", "  " X "ghi");
    data.setText("a b" X "c  " N "  def" N "  ghi");
    KEYS("4diw", "a" X " " N "  ghi");

    data.setText("abc def" N "ghi");
    KEYS("2diw", X "def" N "ghi");
    data.setText("abc def" N "ghi");
    KEYS("3diw", X "" N "ghi");

    data.setText("x" N X "" N "" N "  ");
    KEYS("diw", "x" N X "" N "" N "  ");
    data.setText("x" N X "" N "" N "  ");
    KEYS("2diw", "x" N " " X " ");
    data.setText("x" N X "" N "" N "" N "" N "  ");
    KEYS("3diw", "x" N " " X " ");
    data.setText("x" N X "" N "" N "" N "" N "" N "  ");
    KEYS("3diw", "x" N X "" N "  ");
    data.setText("x" N X "" N "" N "" N "" N "" N "" N "  ");
    KEYS("4diw", "x" N X "" N "  ");

    // delete single-character-word
    data.setText("a " X "b c");
    KEYS("diw", "a " X " c");
}

void FakeVimPlugin::test_vim_delete_a_word()
{
    TestData data;
    setup(&data);

    data.setText("abc def ghi");
    KEYS("wlldaw", "abc " X "ghi");

    data.setText("abc def ghi jkl");
    KEYS("wll2daw", "abc " X "jkl");

    data.setText("abc" X " def ghi");
    KEYS("daw", "abc" X " ghi");
    INTEGRITY(false);
    KEYS("daw", "ab" X "c");
    INTEGRITY(false);
    KEYS("daw", "");

    data.setText(X " ghi jkl");
    KEYS("daw", X " jkl");
    KEYS("ldaw", X " ");

    data.setText("abc def ghi jkl");
    KEYS("3daw", X "jkl");
    INTEGRITY(false);

    // remove trailing spaces
    data.setText("abc  " N "  def" N "  ghi" N "jkl");
    KEYS("3daw", X "jkl");

    data.setText("abc  " N "  def" N "  ghi" N "jkl");
    KEYS("3daw", X "jkl");

    data.setText("abc def" N "ghi");
    KEYS("2daw", X "" N "ghi");

    data.setText("x" N X "" N "" N "  ");
    KEYS("daw", "x" N " " X " ");
    data.setText("x" N X "" N "" N "" N "" N "  ");
    KEYS("2daw", "x" N " " X " ");
    data.setText("x" N X "" N "" N "" N "" N "" N "  ");
    KEYS("2daw", "x" N X "" N "  ");
    data.setText("x" N X "" N "" N "" N "" N "" N "" N "  ");
    KEYS("3daw", "x" N " " X " ");

    // delete single-character-word
    data.setText("a," X "b,c");
    KEYS("daw", "a," X ",c");

    // delete a word with visual selection
    data.setText(X "a" N "" N "b");
    KEYS("vawd", X "" N "" N "b");
    data.setText(X "a" N "" N "b");
    KEYS("Vawd", X "" N "" N "b");

    data.setText("abc def g" X "hi");
    KEYS("vawd", "abc de" X "f");
    KEYS("u", "abc def" X " ghi");

    // backward visual selection
    data.setText("abc def g" X "hi");
    KEYS("vhawd", "abc " X "i");

    data.setText("abc def gh" X "i");
    KEYS("vhawd", "abc de" X "f");

    data.setText("abc def gh" X "i");
    KEYS("vh2awd", "ab" X "c");
}

void FakeVimPlugin::test_vim_change_a_word()
{
    TestData data;
    setup(&data);

    data.setText("abc " X "def ghi");
    KEYS("caw#", "abc #" X "ghi");
    INTEGRITY(false);
    data.setText("abc d" X "ef ghi");
    KEYS("caw#", "abc #" X "ghi");
    data.setText("abc de" X "f ghi");
    KEYS("caw#", "abc #" X "ghi");

    data.setText("abc de" X "f ghi jkl");
    KEYS("2caw#", "abc #" X "jkl");
    INTEGRITY(false);

    data.setText("abc" X " def ghi jkl");
    KEYS("2caw#", "abc#" X " jkl");

    data.setText("abc " X "  def ghi jkl");
    KEYS("2caw#", "abc#" X " jkl");

    data.setText(" abc  " N "  def" N "  ghi" N " jkl");
    KEYS("3caw#", "#" X N " jkl");

    // change single-character-word
    data.setText("a " X "b c");
    KEYS("ciwX<esc>", "a " X "X c");
    KEYS("cawZ<esc>", "a " X "Zc");
}

void FakeVimPlugin::test_vim_change_replace()
{
    TestData data;
    setup(&data);

    // preserve lines in replace mode
    data.setText("abc" N "def");
    KEYS("llvjhrX", "ab" X "X" N "XXf");

    // change empty line
    data.setText("a" N X "" N "  b");
    KEYS("ccABC", "a" N "ABC" X N "  b");
    INTEGRITY(false);

    // change on empty line
    data.setText("a" N X "" N "  b");
    KEYS("c$ABC<esc>", "a" N "AB" X "C" N "  b");
    INTEGRITY(false);
    KEYS("u", "a" N X "" N "  b");
    KEYS("rA", "a" N X "" N "  b");

    // change in empty document
    data.setText("");
    KEYS("ccABC", "ABC" X);
    KEYS("u", "");
    KEYS("SABC", "ABC" X);
    KEYS("u", "");
    KEYS("sABC", "ABC" X);
    KEYS("u", "");
    KEYS("rA", "" X);

    // indentation with change
    data.doCommand("set expandtab");
    data.doCommand("set shiftwidth=2");
    data.setText("int main()" N
         "{" N
         " " X "   return 0;" N
         "}" N
         "");

    KEYS("cc" "int i = 0;",
         "int main()" N
         "{" N
         "  int i = 0;" X N
         "}" N
         "");
    INTEGRITY(false);

    KEYS("uS" "int i = 0;" N "int j = 1;",
         "int main()" N
         "{" N
         "  int i = 0;" N
         "  int j = 1;" X N
         "}" N
         "");

    // change to start of line
    data.setText("  abc" N "  de" X "f" N "  ghi");
    KEYS("c0123<ESC>", "  abc" N "12" X "3f" N "  ghi");
    INTEGRITY(false);
    data.setText("  abc" N "  de" X "f" N "  ghi");
    KEYS("c^123<ESC>", "  abc" N "  12" X "3f" N "  ghi");
    INTEGRITY(false);

    // change to mark
    data.setText("abc " X "def ghi");
    KEYS("ma" "3l" "c`a123<ESC>", "abc 12" X "3 ghi");
    KEYS("u" "gg" "c`a123<ESC>", "12" X "3def ghi");

    // change lines
    data.setText("  abc" N "  de" X "f" N "  ghi" N "  jkl");
    KEYS("cj123<ESC>", "  abc" N "  12" X "3" N "  jkl");
    INTEGRITY(false);
    data.setText("  abc" N "  def" N "  gh" X "i" N "  jkl");
    KEYS("ck123<ESC>", "  abc" N "  12" X "3" N "  jkl");
    INTEGRITY(false);

    data.setText("abc" N X "def");
    KEYS("sXYZ", "abc" N "XYZ" X "ef");
    INTEGRITY(false);

    data.setText("abc" N X "def");
    KEYS("2sXYZ<ESC>", "abc" N "XY" X "Zf");
    INTEGRITY(false);

    data.setText("abc" N X "def");
    KEYS("6sXYZ<ESC>", "abc" N "XY" X "Z");
    INTEGRITY(false);

    // insert in visual block mode
    data.setText(
        "abc" N
        "d" X "ef" N
        "" N
        "jkl" N
        "mno" N
    );
    KEYS("<c-v>2j2sXYZ<esc>",
        "abc" N
        "dXY" X "Zf" N
        "" N
        "jXYZl" N
        "mno" N
    );
    INTEGRITY(false);

    data.setText(
        "abc" N
        "de" X "f" N
        "" N
        "jkl" N
        "mno" N
    );
    KEYS("<c-v>2jh2sXYZ<esc>",
        "abc" N
        "dXY" X "Z" N
        "" N
        "jXYZ" N
        "mno" N
    );
    INTEGRITY(false);

    // change with copy to a register
    data.setText("abc" N "def");
    KEYS("\"xCxyz<esc>", "xy" X "z" N "def");
    KEYS("\"xp", "xyzab" X "c" N "def");
    KEYS("2\"xp", "xyzabcabcab" X "c" N "def");
}

void FakeVimPlugin::test_vim_block_selection()
{
    TestData data;
    setup(&data);

    data.setText("int main(int /* (unused) */, char *argv[]);");
    KEYS("f(", "int main" X "(int /* (unused) */, char *argv[]);");
    KEYS("da(", "int main" X ";");
    INTEGRITY(false);

    data.setText("int main(int /* (unused) */, char *argv[]);");
    KEYS("f(", "int main" X "(int /* (unused) */, char *argv[]);");
    KEYS("di(", "int main(" X ");");
    INTEGRITY(false);

    data.setText("int main(int /* (unused) */, char *argv[]);");
    KEYS("2f)", "int main(int /* (unused) */, char *argv[]" X ");");
    KEYS("da(", "int main" X ";");

    data.setText("int main(int /* (unused) */, char *argv[]);");
    KEYS("2f)", "int main(int /* (unused) */, char *argv[]" X ");");
    KEYS("di(", "int main(" X ");");

    data.setText("{ { { } } }");
    KEYS("2f{l", "{ { {" X " } } }");
    KEYS("da{", "{ { " X " } }");
    KEYS("da{", "{ " X " }");
    INTEGRITY(false);

    data.setText("{ { { } } }");
    KEYS("2f{l", "{ { {" X " } } }");
    KEYS("2da{", "{ " X " }");
    INTEGRITY(false);

    data.setText("{" N " { " N " } " N "}");
    KEYS("di{", "{" N "}");

    data.setText("(" X "())");
    KEYS("di(", "((" X "))");
    data.setText("\"\"");
    KEYS("di\"", "\"" X "\"");

    // visual selection
    data.setText("(abc()" X "(def))");
    KEYS("vi(d", "(abc()(" X "))");
    KEYS("u", "(abc()(" X "def))");
    KEYS("<c-r>", "(abc()(" X "))");
    KEYS("va(d", "(abc()" X ")");
    KEYS("u", "(abc()" X "())");
    KEYS("<c-r>", "(abc()" X ")");

    data.setText("\"abc" X "\"\"def\"");
    KEYS("vi\"d", "\"" X "\"\"def\"");

    /* QTCREATORBUG-9190 */
    data.setText(" abcd" N " efgh" N " ijkl" N " mnop" N "");
    data.doKeys("2lj" "<C-V>" "jl");
    data.doKeys("x");
    COMMAND("", " abcd" N " e" X "h" N " il" N " mnop" N "");
    COMMAND(":undo", " abcd" N " e" X "fgh" N " ijkl" N " mnop" N "");
    data.doKeys("<C-V>");
    data.doKeys("j");
    data.doKeys("l");
    data.doKeys("x");
    COMMAND("", " abcd" N " e" X "h" N " il" N " mnop" N "");
    COMMAND(":undo", " abcd" N " e" X "fgh" N " ijkl" N " mnop" N "");
    data.doKeys("gv");
    data.doKeys("j");
    data.doKeys("h");
    data.doKeys("x");
    COMMAND("", " abcd" N " e" X "gh" N " ikl" N " mop" N "");
    COMMAND(":undo", " abcd" N " e" X "fgh" N " ijkl" N " mnop" N "");
    data.doCommand("set passkeys");
    data.doKeys("gv");
    data.doKeys("k");
    data.doKeys("l");
    data.doKeys("r-");
    COMMAND("", " abcd" N " e" X "--h" N " i--l" N " mnop" N "");
    COMMAND(":undo", " abcd" N " e" X "fgh" N " ijkl" N " mnop" N "");
    data.doKeys("gv");
    data.doKeys("j");
    data.doKeys("o");
    data.doKeys("k");
    data.doKeys("h");
    data.doKeys("r9");
    COMMAND("", " " X "999d" N " 999h" N " 999l" N " 999p" N "");
    COMMAND(":undo", " " X "abcd" N " efgh" N " ijkl" N " mnop" N "");
    data.doCommand("set nopasskeys");

    // repeat change inner
    data.setText("(abc)" N "def" N "(ghi)");
    KEYS("ci(xyz<esc>", "(xy" X "z)" N "def" N "(ghi)");
    KEYS("j.", "(xyz)" N "de" X "f" N "(ghi)");
    KEYS("j.", "(xyz)" N "def" N "(xy" X "z)");

    // quoted string
    data.setText("\"abc" X "\"\"def\"");
    KEYS("di\"", "\"" X "\"\"def\"");
    KEYS("u", "\"" X "abc\"\"def\"");
    KEYS("<c-r>", "\"" X "\"\"def\"");

    /* QTCREATORBUG-12128 */
    data.setText("abc \"def\" ghi \"jkl\" mno");
    KEYS("di\"", "abc \"" X "\" ghi \"jkl\" mno");
    KEYS("u", "abc \"" X "def\" ghi \"jkl\" mno");
    KEYS("3l" "di\"", "abc \"" X "\" ghi \"jkl\" mno");
    KEYS("di\"", "abc \"" X "\" ghi \"jkl\" mno");
    KEYS("tj" "di\"", "abc \"\" ghi \"" X "\" mno");
    KEYS("l" "di\"", "abc \"\" ghi \"\"" X " mno");

    NOT_IMPLEMENTED
    // quoted string with escaped character
    data.setText("\"abc\"");
    KEYS("di\"", "\"abc\"\"" X "\"");
    KEYS("u", "\"abc\"\"" X "def\"");
}

void FakeVimPlugin::test_vim_block_selection_insert()
{
    TestData data;
    setup(&data);

    // insert in visual block mode
    data.setText("abc" N "d" X "ef" N "jkl" N "mno" N "pqr");
    KEYS("<c-v>2j" "2I" "XYZ<esc>", "abc" N "d" X "XYZXYZef" N "jXYZXYZkl" N "mXYZXYZno" N "pqr");
    INTEGRITY(false);

    data.setText("abc" N "d" X "ef" N "jkl" N "mno" N "pqr");
    KEYS("<c-v>2j" "2A" "XYZ<esc>", "abc" N "d" X "eXYZXYZf" N "jkXYZXYZl" N "mnXYZXYZo" N "pqr");
    INTEGRITY(false);

    data.setText("abc" N "de" X "f" N  "" N "jkl" N "mno");
    KEYS("<c-v>2jh" "2I" "XYZ<esc>", "abc" N "d" X "XYZXYZef" N "" N "jXYZXYZkl" N "mno");
    INTEGRITY(false);

    /* QTCREATORBUG-11378 */
    data.setText(
         " abcd" N
         " efgh" N
         " ijkl" N
         " mnop" N
         "");
    KEYS("<C-V>3j$AXYZ<ESC>",
         X " abcdXYZ" N
           " efghXYZ" N
           " ijklXYZ" N
           " mnopXYZ" N
           "");

    data.setText(
         " abcd" N
         " ef" N
         " ghijk" N
         " lm" N
         "");
    KEYS("<C-V>3j$AXYZ<ESC>",
         X " abcdXYZ" N
           " efXYZ" N
           " ghijkXYZ" N
           " lmXYZ" N
           "");

    data.setText(
        "a" N
        "" N
        "b" N
        "" N
    );
    KEYS("j<C-V>$jAXYZ<ESC>",
        "a" N
        "|XYZ" N
        "bXYZ" N
        "" N
    );

    data.setText(
        "abc" N
        "" N
        "def" N
    );
    KEYS("l<c-v>2jAXYZ<ESC>",
        "a" X "bXYZc" N
        "  XYZ" N
        "deXYZf" N
    );
}

void FakeVimPlugin::test_vim_repeat()
{
    TestData data;
    setup(&data);

    // delete line
    data.setText("abc" N "def" N "ghi");
    KEYS("dd", X "def" N "ghi");
    KEYS(".", X "ghi");
    INTEGRITY(false);

    // delete to next word
    data.setText("abc def ghi jkl");
    KEYS("dw", X "def ghi jkl");
    KEYS("w.", "def " X "jkl");
    KEYS("gg.", X "jkl");

    // change in word
    data.setText("WORD text");
    KEYS("ciwWORD<esc>", "WOR" X "D text");
    KEYS("w.", "WORD WOR" X "D");

    /* QTCREATORBUG-7248 */
    data.setText("test tex" X "t");
    KEYS("vbcWORD<esc>", "test " "WOR" X "D");
    KEYS("bb.", "WOR" X "D WORD");

    // delete selected range
    data.setText("abc def ghi jkl");
    KEYS("viwd", X " def ghi jkl");
    KEYS(".", X "f ghi jkl");
    KEYS(".", X "hi jkl");

    // delete two lines
    data.setText("abc" N "def" N "ghi" N "jkl" N "mno");
    KEYS("Vjx", X "ghi" N "jkl" N "mno");
    KEYS(".", X "mno");

    // delete three lines
    data.setText("abc" N "def" N "ghi" N "jkl" N "mno" N "pqr" N "stu");
    KEYS("d2j", X "jkl" N "mno" N "pqr" N "stu");
    KEYS(".", X "stu");

    // replace block selection
    data.setText("abcd" N "d" X "efg" N "ghij" N "jklm");
    KEYS("<c-v>jlrX", "abcd" N "d" X "XXg" N "gXXj" N "jklm");
    KEYS("gg.", "XXcd" N "XXXg" N "gXXj" N "jklm");
}

void FakeVimPlugin::test_vim_search()
{
    TestData data;
    setup(&data);

    data.setText("abc" N "def" N "ghi");
    KEYS("/ghi<CR>", "abc" N "def" N X "ghi");
    KEYS("gg/\\w\\{3}<CR>", "abc" N X "def" N "ghi");
    KEYS("n", "abc" N "def" N X "ghi");
    KEYS("N", "abc" N X "def" N "ghi");
    KEYS("N", X "abc" N "def" N "ghi");

    // return to search-start position on escape or not found
    KEYS("/def<ESC>", X "abc" N "def" N "ghi");
    KEYS("/x", X "abc" N "def" N "ghi");
    KEYS("/x<CR>", X "abc" N "def" N "ghi");
    KEYS("/x<ESC>", X "abc" N "def" N "ghi");
    KEYS("/ghX", X "abc" N "def" N "ghi");

    KEYS("?def<ESC>", X "abc" N "def" N "ghi");
    KEYS("?x", X "abc" N "def" N "ghi");
    KEYS("?x<CR>", X "abc" N "def" N "ghi");
    KEYS("?x<ESC>", X "abc" N "def" N "ghi");

    // set wrapscan (search wraps at end of file)
    data.doCommand("set ws");

    // search [count] times
    data.setText("abc" N "def" N "ghi");
    KEYS("/\\w\\{3}<CR>", "abc" N X "def" N "ghi");
    KEYS("2n", X "abc" N "def" N "ghi");
    KEYS("2N", "abc" N X "def" N "ghi");
    KEYS("2/\\w\\{3}<CR>", X "abc" N "def" N "ghi");

    data.setText("abc" N "def" N "abc" N "ghi abc jkl");
    KEYS("*", "abc" N "def" N X "abc" N "ghi abc jkl");
    KEYS("*", "abc" N "def" N "abc" N "ghi " X "abc jkl");
    KEYS("2*", "abc" N "def" N X "abc" N "ghi abc jkl");
    KEYS("#", X "abc" N "def" N "abc" N "ghi abc jkl");
    KEYS("#", "abc" N "def" N "abc" N "ghi " X "abc jkl");
    KEYS("#", "abc" N "def" N X "abc" N "ghi abc jkl");
    KEYS("2#", "abc" N "def" N "abc" N "ghi " X "abc jkl");

    data.doCommand("set nows");
    data.setText("abc" N "def" N "abc" N "ghi abc jkl");
    KEYS("*", "abc" N "def" N X "abc" N "ghi abc jkl");
    KEYS("*", "abc" N "def" N "abc" N "ghi " X "abc jkl");
    KEYS("*", "abc" N "def" N "abc" N "ghi " X "abc jkl");
    KEYS("#", "abc" N "def" N X "abc" N "ghi abc jkl");
    KEYS("#", X "abc" N "def" N "abc" N "ghi abc jkl");
    KEYS("#", X "abc" N "def" N "abc" N "ghi abc jkl");

    data.setText("abc" N "def" N "ab" X "c" N "ghi abc jkl");
    KEYS("#", X "abc" N "def" N "abc" N "ghi abc jkl");

    // search with g* and g#
    data.doCommand("set nows");
    data.setText("bc" N "abc" N "abcd" N "bc" N "b");
    KEYS("g*", "bc" N "a" X "bc" N "abcd" N "bc" N "b");
    KEYS("n", "bc" N "abc" N "a" X "bcd" N "bc" N "b");
    KEYS("n", "bc" N "abc" N "abcd" N X "bc" N "b");
    KEYS("n", "bc" N "abc" N "abcd" N X "bc" N "b");
    KEYS("g#", "bc" N "abc" N "a" X "bcd" N "bc" N "b");
    KEYS("n", "bc" N "a" X "bc" N "abcd" N "bc" N "b");
    KEYS("N", "bc" N "abc" N "a" X "bcd" N "bc" N "b");
    KEYS("3n", "bc" N "abc" N "a" X "bcd" N "bc" N "b");
    KEYS("2n", X "bc" N "abc" N "abcd" N "bc" N "b");

    /* QTCREATORBUG-7251 */
    data.setText("abc abc abc abc");
    KEYS("$?abc<CR>", "abc abc abc " X "abc");
    KEYS("2?abc<CR>", "abc " X "abc abc abc");
    KEYS("n", X "abc abc abc abc");
    KEYS("N", "abc " X "abc abc abc");

    // search is greedy
    data.doCommand("set ws");
    data.setText("abc" N "def" N "abc" N "ghi abc jkl");
    KEYS("/[a-z]*<CR>", "abc" N X "def" N "abc" N "ghi abc jkl");
    KEYS("2n", "abc" N "def" N "abc" N X "ghi abc jkl");
    KEYS("3n", "abc" N "def" N "abc" N "ghi abc" X " jkl");
    KEYS("3N", "abc" N "def" N "abc" N X "ghi abc jkl");
    KEYS("2N", "abc" N X "def" N "abc" N "ghi abc jkl");

    data.setText("a.b.c" N "" N "d.e.f");
    KEYS("/[a-z]*<CR>", "a" X ".b.c" N "" N "d.e.f");
    KEYS("n", "a." X "b.c" N "" N "d.e.f");
    KEYS("2n", "a.b." X "c" N "" N "d.e.f");
    KEYS("n", "a.b.c" N X "" N "d.e.f");
    KEYS("n", "a.b.c" N "" N X "d.e.f");
    KEYS("2N", "a.b." X "c" N "" N "d.e.f");
    KEYS("2n", "a.b.c" N "" N X "d.e.f");

    // find same stuff forward and backward,
    // i.e. '<ab>c' forward but not 'a<bc>' backward
    data.setText("abc" N "def" N "ghi");
    KEYS("/\\w\\{2}<CR>", "abc" N X "def" N "ghi");
    KEYS("n", "abc" N "def" N X "ghi");
    KEYS("N", "abc" N X "def" N "ghi");
    KEYS("N", X "abc" N "def" N "ghi");
    KEYS("2n2N", X "abc" N "def" N "ghi");

    // delete to match
    data.setText("abc" N "def" N "abc" N "ghi abc jkl" N "xyz");
    KEYS("2l" "d/ghi<CR>", "ab" X "ghi abc jkl" N "xyz");

    data.setText("abc" N "def" N "abc" N "ghi abc jkl" N "xyz");
    KEYS("l" "d2/abc<CR>", "a" X "abc jkl" N "xyz");

    data.setText("abc" N "def" N "abc" N "ghi abc jkl" N "xyz");
    KEYS("d/abc<CR>", X "abc" N "ghi abc jkl" N "xyz");
    KEYS(".", "abc jkl" N "xyz");

    data.setText("abc" N "def" N "abc" N "ghi abc jkl" N "xyz");
    KEYS("/abc<CR>" "l" "dn", "abc" N "def" N "a" X "abc jkl" N "xyz");

    data.setText("abc" N "def" N "abc" N "ghi abc jkl" N "xyz");
    KEYS("2/abc<CR>" "h" "dN", "abc" N "def" N X " abc jkl" N "xyz");
    KEYS("c/xxx<CR><ESC>" "h" "dN", "abc" N "def" N X " abc jkl" N "xyz");

    data.setText("abc" N "def" N "abc" N "ghi abc jkl" N "xyz");
    KEYS("l" "v2/abc<CR>" "x", "abc jkl" N "xyz");

    // don't leave visual mode after search failed or is cancelled
    data.setText("abc" N "def" N "abc" N "ghi abc jkl" N "xyz");
    KEYS("vj" "/abc<ESC>" "x", X "ef" N "abc" N "ghi abc jkl" N "xyz");
    KEYS("vj" "/xxx<CR>" "x", X "bc" N "ghi abc jkl" N "xyz");
}

void FakeVimPlugin::test_vim_indent()
{
    TestData data;
    setup(&data);

    data.doCommand("set expandtab");
    data.doCommand("set shiftwidth=4");

    data.setText(
        "abc" N
        "def" N
        "ghi" N
        "jkl" N
        "mno");
    KEYS("j3>>",
        "abc" N
        "    " X "def" N
        "    ghi" N
        "    jkl" N
        "mno");
    KEYS("j2>>",
        "abc" N
        "    def" N
        "        " X "ghi" N
        "        jkl" N
        "mno");

    KEYS("2<<",
        "abc" N
        "    def" N
        "    " X "ghi" N
        "    jkl" N
        "mno");
    INTEGRITY(false);
    KEYS("k3<<",
        "abc" N
        X "def" N
        "ghi" N
        "jkl" N
        "mno");

    data.setText(
        "abc" N
        "def" N
        "ghi" N
        "jkl" N
        "mno");
    KEYS("jj>j",
        "abc" N
        "def" N
        "    " X "ghi" N
        "    jkl" N
        "mno");

    data.setText("abc");
    KEYS(">>", "    " X "abc");
    INTEGRITY(false);

    data.setText("abc");
    data.doCommand("set shiftwidth=2");
    KEYS(">>", "  " X "abc");

    data.setText("abc");
    data.doCommand("set noexpandtab");
    data.doCommand("set tabstop=2");
    data.doCommand("set shiftwidth=7");
    // shiftwidth = TABS * tabstop + SPACES
    //          7 = 3    * 2       + 1
    KEYS(">>", "\t\t\t abc");

    data.doCommand("set tabstop=3");
    data.doCommand("set shiftwidth=7");
    data.setText("abc");
    KEYS(">>", "\t\t abc");
    INTEGRITY(false);
}

void FakeVimPlugin::test_vim_marks()
{
    TestData data;
    setup(&data);

    data.setText("  abc" N "  def" N "  ghi");
    data.doKeys("ma");
    data.doKeys("ma");
    data.doKeys("jmb");
    data.doKeys("j^mc");
    KEYS("'a",   "  " X "abc" N   "  "   "def" N   "  "   "ghi");
    KEYS("`a", X "  "   "abc" N   "  "   "def" N   "  "   "ghi");
    KEYS("`b",   "  "   "abc" N X "  "   "def" N   "  "   "ghi");
    KEYS("'b",   "  "   "abc" N   "  " X "def" N   "  "   "ghi");
    KEYS("`c",   "  "   "abc" N   "  "   "def" N   "  " X "ghi");
    KEYS("'c",   "  "   "abc" N   "  "   "def" N   "  " X "ghi");

    KEYS("`b",   "  "   "abc" N X "  "   "def" N   "  "   "ghi");
    KEYS("'c",   "  "   "abc" N   "  "   "def" N   "  " X "ghi");

    KEYS("`'",   "  "   "abc" N X "  "   "def" N   "  "   "ghi");
    KEYS("`a", X "  "   "abc" N   "  "   "def" N   "  "   "ghi");
    KEYS("''",   "  "   "abc" N   "  " X "def" N   "  "   "ghi");
    KEYS("`'", X "  "   "abc" N   "  "   "def" N   "  "   "ghi");
    KEYS("`'",   "  "   "abc" N   "  " X "def" N   "  "   "ghi");

    // new mark isn't lost on undo
    data.setText(       "abc" N "d" X "ef" N "ghi");
    KEYS("x" "mx" "gg", X "abc" N "df" N "ghi");
    KEYS("ugg" "`x",    "abc" N "d" X "ef" N "ghi");

    // previous value of mark is restored on undo/redo
    data.setText(        "abc" N "d" X "ef" N "ghi");
    KEYS("mx" "x" "ggl", "a" X "bc" N "df" N "ghi");
    KEYS("mx" "uG" "`x", "abc" N "d" X "ef" N "ghi");
    KEYS("<c-r>G" "`x",  "a" X "bc" N "df" N "ghi");
    KEYS("uG" "`x",      "abc" N "d" X "ef" N "ghi");
    KEYS("<c-r>G" "`x",  "a" X "bc" N "df" N "ghi");
}

void FakeVimPlugin::test_vim_jumps()
{
    TestData data;
    setup(&data);

    // last position
    data.setText("  abc" N "  def" N "  ghi");
    KEYS("G", "  abc" N "  def" N "  " X "ghi");
    KEYS("`'", X "  abc" N "  def" N "  ghi");
    KEYS("`'", "  abc" N "  def" N "  " X "ghi");
    KEYS("''", "  " X "abc" N "  def" N "  ghi");
    KEYS("<C-O>", "  abc" N "  def" N "  " X "ghi");
    KEYS("<C-I>", "  " X "abc" N "  def" N "  ghi");

    KEYS("lgUlhj", "  aBc" N "  " X "def" N "  ghi");
    KEYS("`.", "  a" X "Bc" N "  def" N "  ghi");
    KEYS("`'", "  aBc" N "  " X "def" N "  ghi");
    KEYS("'.", "  " X "aBc" N "  def" N "  ghi");
    KEYS("G", "  aBc" N "  def" N "  " X "ghi");
    KEYS("u", "  a" X "bc" N "  def" N "  ghi");
    KEYS("`'", "  abc" N "  def" N "  " X "ghi");
    KEYS("<c-r>", "  a" X "Bc" N "  def" N "  ghi");
    KEYS("jd$", "  aBc" N "  " X "d" N "  ghi");
    KEYS("''", "  aBc" N "  d" N "  " X "ghi");
    KEYS("`'", "  aBc" N "  " X "d" N "  ghi");
    KEYS("u", "  aBc" N "  d" X "ef" N "  ghi");
    KEYS("''", "  aBc" N "  " X "def" N "  ghi");
    KEYS("`'", "  aBc" N "  d" X "ef" N "  ghi");

    // record external position changes
    data.setText("abc" N "def" N "g" X "hi");
    data.jump("abc" N "de" X "f" N "ghi");
    KEYS("<C-O>", "abc" N "def" N "g" X "hi");
    KEYS("<C-I>", "abc" N "de" X "f" N "ghi");
    data.jump("ab" X "c" N "def" N "ghi");
    KEYS("<C-O>", "abc" N "de" X "f" N "ghi");
    KEYS("<C-O>", "abc" N "def" N "g" X "hi");
}

void FakeVimPlugin::test_vim_current_column()
{
    // Check if column is correct after command and vertical cursor movement.
    TestData data;
    setup(&data);

    // always at end of line after <end>
    data.setText("  abc" N "  def 123" N "" N "  ghi");
    KEYS("<end><down>", "  abc" N "  def 12" X "3" N "" N "  ghi");
    KEYS("<down><down>", "  abc" N "  def 123" N "" N "  gh" X "i");
    KEYS("<up>", "  abc" N "  def 123" N X "" N "  ghi");
    KEYS("<up>", "  abc" N "  def 12" X "3" N "" N "  ghi");
    // ... in insert
    KEYS("i<end><up>", "  abc" X N "  def 123" N "" N "  ghi");
    KEYS("<down>i<end><up><down>", "  abc" N "  def 123" X N "" N "  ghi");

    // vertical movement doesn't reset column
    data.setText("  abc" N "  def 1" X "23" N "" N "  ghi");
    KEYS("<up>", "  ab" X "c" N "  def 123" N "" N "  ghi");
    KEYS("<down>", "  abc" N "  def 1" X "23" N "" N "  ghi");
    KEYS("<down><down>", "  abc" N "  def 123" N "" N "  gh" X "i");
    KEYS("<up><up>", "  abc" N "  def 1" X "23" N "" N "  ghi");
    KEYS("^jj", "  abc" N "  def 123" N "" N "  " X "ghi");
    KEYS("kk", "  abc" N "  " X "def 123" N "" N "  ghi");

    // yiw, yaw
    data.setText("  abc" N "  def" N "  ghi");
    KEYS("e<down>", "  abc" N "  de" X "f" N "  ghi");
    KEYS("b<down>", "  abc" N "  def" N "  " X "ghi");
    KEYS("ll<up>", "  abc" N "  de" X "f" N "  ghi");
    KEYS("<down>yiw<up>", "  abc" N "  " X "def" N "  ghi");
    KEYS("llyaw<up>", "  " X "abc" N "  def" N "  ghi");

    // insert
    data.setText("  abc" N "  def" N "  ghi");
    KEYS("lljj", "  abc" N "  def" N "  " X "ghi");
    KEYS("i123<up>", "  abc" N "  def" X N "  123ghi");
    KEYS("a456<up><down>", "  abc" N "  def456" X N "  123ghi");

    data.setText("  abc" N X "  def 123" N "" N "  ghi");
    KEYS("A<down><down>", "  abc" N "  def 123" N "" N "  ghi" X);
    KEYS("A<up><up>", "  abc" N "  def" X " 123" N "" N "  ghi");
    KEYS("A<down><down><up><up>", "  abc" N "  def 123" X N "" N "  ghi");

    data.setText("  abc" N X "  def 123" N "" N "  ghi");
    KEYS("I<down><down>", "  abc" N "  def 123" N "" N "  " X "ghi");

    // change
    data.setText("  abc" N "  d" X "ef" N "  ghi");
    KEYS("cc<up>", "  " X "abc" N "  " N "  ghi");
    data.setText("  abc" N "  d" X "ef" N "  ghi");
    KEYS("cc<up>x<down><down>", "  xabc" N "  " N "  g" X "hi");
}

void FakeVimPlugin::test_vim_copy_paste()
{
    TestData data;
    setup(&data);

    data.setText("123" N "456");
    KEYS("llyy2P", X "123" N "123" N "123" N "456");

    data.setText("123" N "456");
    KEYS("yyp", "123" N X "123" N "456");
    KEYS("2p", "123" N "123" N X "123" N "123" N "456");
    INTEGRITY(false);

    data.setText("123 456");
    KEYS("yw2P", "123 123" X " 123 456");
    KEYS("2p", "123 123 123 123" X " 123 456");

    data.setText("123" N "456");
    KEYS("2yyp", "123" N X "123" N "456" N "456");

    data.setText("123" N "456");
    KEYS("2yyP", X "123" N "456" N "123" N "456");

    data.setText("123" N "456" N "789");
    KEYS("ddp", "456" N X "123" N "789");

    // block-select middle column, copy and paste twice
    data.setText("123" N "456");
    KEYS("l<C-v>j\"xy2\"xp", "12" X "223" N "45556");

    data.setText("123" N "456" N "789");
    KEYS("wyiw" "wviwp", "123" N "456" N "45" X "6");

    // QTCREATORBUG-8148
    data.setText("abc");
    KEYS("yyp", "abc" N X "abc");
    KEYS("4p", "abc" N "abc" N X "abc" N "abc" N "abc" N "abc");

    // cursor position after yank
    data.setText("ab" X "c" N "def");
    KEYS("Vjy", X "abc" N "def");
    data.setText("ab" X "c" N "def");
    KEYS("<c-v>jhhy", X "abc" N "def");
    data.setText("ab" X "c" N "def");
    KEYS("yj", "ab" X "c" N "def");
    data.setText("abc" N "de" X "f");
    KEYS("yk", "ab" X "c" N "def");

    // copy empty line
    data.setText(X "a" N "" N "b");
    KEYS("Vjy", X "a" N "" N "b");
    KEYS("p", "a" N X "a" N "" N "" N "b");

    // registers
    data.setText(X "abc" N "def" N "ghi");
    KEYS("\"xyy", X "abc" N "def" N "ghi");
    KEYS("\"xp", "abc" N X "abc" N "def" N "ghi");
    KEYS("j\"yyy", "abc" N "abc" N X "def" N "ghi");
    KEYS("gg\"yP", X "def" N "abc" N "abc" N "def" N "ghi");
    KEYS("\"xP", X "abc" N "def" N "abc" N "abc" N "def" N "ghi");
}

void FakeVimPlugin::test_vim_undo_redo()
{
    TestData data;
    setup(&data);

    data.setText("abc def" N "xyz" N "123");
    KEYS("ddu", X "abc def" N "xyz" N "123");
    COMMAND("redo", X "xyz" N "123");
    COMMAND("undo", X "abc def" N "xyz" N "123");
    COMMAND("redo", X "xyz" N "123");
    KEYS("dd", X "123");
    KEYS("3x", X "");
    KEYS("uuu", X "abc def" N "xyz" N "123");
    KEYS("<C-r>", X "xyz" N "123");
    KEYS("2<C-r>", X "");
    KEYS("3u", X "abc def" N "xyz" N "123");

    KEYS("wved", "abc" X " " N "xyz" N "123");
    KEYS("2w", "abc " N "xyz" N X "123");
    KEYS("u", "abc " X "def" N "xyz" N "123");
    KEYS("<C-r>", "abc" X " " N "xyz" N "123");
    KEYS("10ugg", X "abc def" N "xyz" N "123");

    KEYS("A xxx<ESC>", "abc def xx" X "x" N "xyz" N "123");
    KEYS("A yyy<ESC>", "abc def xxx yy" X "y" N "xyz" N "123");
    KEYS("u", "abc def xx" X "x" N "xyz" N "123");
    KEYS("u", "abc de" X "f" N "xyz" N "123");
    KEYS("<C-r>", "abc def" X " xxx" N "xyz" N "123");
    KEYS("<C-r>", "abc def xxx" X " yyy" N "xyz" N "123");

    KEYS("izzz<ESC>", "abc def xxxzz" X "z yyy" N "xyz" N "123");
    KEYS("<C-r>", "abc def xxxzz" X "z yyy" N "xyz" N "123");
    KEYS("u", "abc def xxx" X " yyy" N "xyz" N "123");

    data.setText("abc" N X "def");
    KEYS("oxyz<ESC>", "abc" N "def" N "xy" X "z");
    KEYS("u", "abc" N X "def");

    // undo paste lines
    data.setText("abc" N);
    KEYS("yy2p", "abc" N X "abc" N "abc" N);
    KEYS("yy3p", "abc" N "abc" N X "abc" N "abc" N "abc" N "abc" N);
    KEYS("u", "abc" N X "abc" N "abc" N);
    KEYS("u", X "abc" N);
    KEYS("<C-r>", X "abc" N "abc" N "abc" N);
    KEYS("<C-r>", "abc" N X "abc" N "abc" N "abc" N "abc" N "abc" N);
    KEYS("u", "abc" N X "abc" N "abc" N);
    KEYS("u", X "abc" N);

    // undo paste block
    data.setText("abc" N "def" N "ghi");
    KEYS("<C-v>jyp", "a" X "abc" N "ddef" N "ghi");
    KEYS("2p", "aa" X "aabc" N "ddddef" N "ghi");
    KEYS("3p", "aaa" X "aaaabc" N "dddddddef" N "ghi");
    KEYS("u", "aa" X "aabc" N "ddddef" N "ghi");
    KEYS("u", "a" X "abc" N "ddef" N "ghi");

    // undo indent
    data.doCommand("set expandtab");
    data.doCommand("set shiftwidth=4");
    data.setText("abc" N "def");
    KEYS(">>", "    " X "abc" N "def");
    KEYS(">>", "        " X "abc" N "def");
    KEYS("<<", "    " X "abc" N "def");
    KEYS("<<", X "abc" N "def");
    KEYS("u", "    " X "abc" N "def");
    KEYS("u", "        " X "abc" N "def");
    KEYS("u", "    " X "abc" N "def");
    KEYS("u", X "abc" N "def");
    KEYS("<C-r>", X "    abc" N "def");
    KEYS("<C-r>", "    " X "    abc" N "def");
    KEYS("<C-r>", "    ab" X "c" N "def");
    KEYS("<C-r>", "ab" X "c" N "def");
    KEYS("<C-r>", "ab" X "c" N "def");

    data.setText("abc" N "def");
    KEYS("2>>", "    " X "abc" N "    def");
    KEYS("u", X "abc" N "def");
    KEYS("<c-r>", X "    abc" N "    def");
    KEYS("u", X "abc" N "def");
    KEYS(">j", "    " X "abc" N "    def");
    KEYS("u", X "abc" N "def");
    KEYS("<c-r>", X "    abc" N "    def");

    // undo replace line
    data.setText("abc" N "  def" N "ghi");
    KEYS("jlllSxyz<ESC>", "abc" N "xyz" N "ghi");
    KEYS("u", "abc" N "  " X "def" N "ghi");
}

void FakeVimPlugin::test_vim_letter_case()
{
    TestData data;
    setup(&data);

    // set command ~ not to behave as g~
    data.doCommand("set notildeop");

    // upper- and lower-case
    data.setText("abc DEF");
    KEYS("~", "A" X "bc DEF");
    INTEGRITY(false);
    KEYS("4~", "ABC d" X "EF");
    INTEGRITY(false);

    data.setText("abc DEF" N "ghi");
    KEYS("l9~", "aBC de" X "f" N "ghi");
    KEYS(".", "aBC de" X "F" N "ghi");
    KEYS("h.", "aBC dE" X "f" N "ghi");

    // set command ~ to behave as g~
    data.doCommand("set tildeop");

    data.setText("abc DEF" N "ghi JKL");
    KEYS("ll~j", "ABC def" N "GHI jkl");

    data.setText("abc DEF");
    KEYS("lv3l~", "a" X "BC dEF");
    KEYS("v4lU", "a" X "BC DEF");
    KEYS("v4$u", "a" X "bc def");
    KEYS("v4$gU", "a" X "BC DEF");
    KEYS("gu$", "a" X "bc def");
    KEYS("lg~~", X "ABC DEF");
    KEYS(".", X "abc def");
    KEYS("gUiw", X "ABC def");

    data.setText("  ab" X "c" N "def");
    KEYS("2gUU", "  " X "ABC" N "DEF");
    KEYS("u", "  " X "abc" N "def");
    KEYS("<c-r>", "  " X "ABC" N "DEF");

    // undo, redo and dot command
    data.setText("  abcde" N "  fgh" N "  ijk");
    KEYS("3l" "<C-V>2l2j" "U", "  a" X "BCDe" N "  fGH" N "  iJK");
    KEYS("u", "  a" X "bcde" N "  fgh" N "  ijk");
    KEYS("<C-R>", "  a" X "BCDe" N "  fGH" N "  iJK");
    KEYS("u", "  a" X "bcde" N "  fgh" N "  ijk");
    KEYS("h.", "  " X "ABCde" N "  FGH" N "  IJK");
    KEYS("u", "  " X "abcde" N "  fgh" N "  ijk");
    KEYS("h.", " " X " ABcde" N "  FGh" N "  IJk");
    KEYS("u", " " X " abcde" N "  fgh" N "  ijk");
    KEYS("j.", "  abcde" N " " X " FGh" N "  IJk");
    KEYS("u", "  abcde" N " " X " fgh" N "  ijk");
}

void FakeVimPlugin::test_vim_code_autoindent()
{
    TestData data;
    setup(&data);

    data.doCommand("set nopassnewline");
    data.doCommand("set expandtab");
    data.doCommand("set shiftwidth=3");

    data.setText("int main()" N
         X "{" N
         "}" N
         "");
    KEYS("o" "return 0;",
         "int main()" N
         "{" N
         "   return 0;" X N
         "}" N
         "");
    INTEGRITY(false);
    KEYS("O" "int i = 0;",
         "int main()" N
         "{" N
         "   int i = 0;" X N
         "   return 0;" N
         "}" N
         "");
    INTEGRITY(false);
    KEYS("ddO" "int i = 0;" N "int j = 0;",
         "int main()" N
         "{" N
         "   int i = 0;" N
         "   int j = 0;" X N
         "   return 0;" N
         "}" N
         "");
    KEYS("^i" "int x = 1;" N,
         "int main()" N
         "{" N
         "   int i = 0;" N
         "   int x = 1;" N
         "   " X "int j = 0;" N
         "   return 0;" N
         "}" N
         "");
    KEYS("c2k" "if (true) {" N ";" N "}",
         "int main()" N
         "{" N
         "   if (true) {" N
         "      ;" N
         "   }" X N
         "   return 0;" N
         "}" N
         "");
    KEYS("jci{" "return 1;",
         "int main()" N
         "{" N
         "   return 1;" X N
         "}" N
         "");
    KEYS("di{",
         "int main()" N
         "{" N
         X "}" N
         "");
    INTEGRITY(false);

    // autoindent
    data.doCommand("set nosmartindent");
    data.setText("abc" N "def");
    KEYS("3o 123<esc>", "abc" N " 123" N "  123" N "   12" X "3" N "def");
    INTEGRITY(false);

    data.setText("abc" N "def");
    KEYS("3O 123<esc>", " 123" N "  123" N "   12" X "3" N "abc" N "def");
    INTEGRITY(false);
    data.doCommand("set smartindent");
}

void FakeVimPlugin::test_vim_code_folding()
{
    TestData data;
    setup(&data);

    data.setText("int main()" N "{" N "    return 0;" N "}" N "");

    // fold/unfold function block
    data.doKeys("zc");
    QCOMPARE(data.lines(), 2);
    data.doKeys("zo");
    QCOMPARE(data.lines(), 5);
    data.doKeys("za");
    QCOMPARE(data.lines(), 2);

    // delete whole block
    KEYS("dd", "");

    // undo/redo
    KEYS("u", "int main()" N "{" N "    return 0;" N "}" N "");
    KEYS("<c-r>", "");

    // change block
    KEYS("uggzo", X "int main()" N "{" N "    return 0;" N "}" N "");
    KEYS("ccvoid f()<esc>", "void f(" X ")" N "{" N "    return 0;" N "}" N "");
    KEYS("uzc.", "void f(" X ")" N "");

    // open/close folds recursively
    data.setText("int main()" N
         "{" N
         "    if (true) {" N
         "        return 0;" N
         "    } else {" N
         "        // comment" N
         "        " X "return 2" N
         "    }" N
         "}" N
         "");
    int lines = data.lines();
    // close else block
    data.doKeys("zc");
    QCOMPARE(data.lines(), lines - 3);
    // close function block
    data.doKeys("zc");
    QCOMPARE(data.lines(), lines - 8);
    // jumping to a line opens all its parent folds
    data.doKeys("6gg");
    QCOMPARE(data.lines(), lines);

    // close recursively
    data.doKeys("zC");
    QCOMPARE(data.lines(), lines - 8);
    data.doKeys("za");
    QCOMPARE(data.lines(), lines - 3);
    data.doKeys("6gg");
    QCOMPARE(data.lines(), lines);
    data.doKeys("zA");
    QCOMPARE(data.lines(), lines - 8);
    data.doKeys("za");
    QCOMPARE(data.lines(), lines - 3);

    // close all folds
    data.doKeys("zM");
    QCOMPARE(data.lines(), lines - 8);
    data.doKeys("zo");
    QCOMPARE(data.lines(), lines - 4);
    data.doKeys("zM");
    QCOMPARE(data.lines(), lines - 8);

    // open all folds
    data.doKeys("zR");
    QCOMPARE(data.lines(), lines);

    // delete folded lined if deleting to the end of the first folding line
    data.doKeys("zMgg");
    QCOMPARE(data.lines(), lines - 8);
    KEYS("wwd$", "int main" N "");

    // undo
    KEYS("u", "int main" X "()" N
         "{" N
         "    if (true) {" N
         "        return 0;" N
         "    } else {" N
         "        // comment" N
         "        return 2" N
         "    }" N
         "}" N
         "");

    NOT_IMPLEMENTED
    // Opening folds recursively isn't supported (previous position in fold isn't restored).
}

void FakeVimPlugin::test_vim_code_completion()
{
    // Test completion by simply bypassing FakeVim and inserting text directly in editor widget.
    TestData data;
    setup(&data);
    data.setText(
        "int test1Var;" N
        "int test2Var;" N
        "int main() {" N
        "    " X ";" N
        "}" N
        "");

    data.doKeys("i" "te");
    data.completeText("st");
    data.doKeys("1");
    data.completeText("Var");
    data.doKeys(" = 0");
    KEYS("",
        "int test1Var;" N
        "int test2Var;" N
        "int main() {" N
        "    test1Var = " X "0;" N
        "}" N
        "");

    data.doKeys("o" "te");
    data.completeText("st");
    data.doKeys("2");
    data.completeText("Var");
    data.doKeys(" = 1;");
    KEYS("",
        "int test1Var;" N
        "int test2Var;" N
        "int main() {" N
        "    test1Var = 0;" N
        "    test2Var = 1" X ";" N
        "}" N
        "");

    // repeat text insertion with completion
    KEYS(".",
        "int test1Var;" N
        "int test2Var;" N
        "int main() {" N
        "    test1Var = 0;" N
        "    test2Var = 1;" N
        "    test2Var = 1" X ";" N
        "}" N
        "");
}

void FakeVimPlugin::test_vim_substitute()
{
    TestData data;
    setup(&data);

    data.setText("abcabc");
    COMMAND("s/abc/123/", X "123abc");
    COMMAND("u", X "abcabc");
    COMMAND("s/abc/123/g", X "123123");
    COMMAND("u", X "abcabc");

    data.setText("abc" N "def");
    COMMAND("%s/^/ -- /", " -- abc" N " " X "-- def");
    COMMAND("u", X "abc" N "def");

    data.setText("  abc" N "  def");
    COMMAND("%s/$/./", "  abc." N "  " X "def.");

    data.setText("abc" N "def");
    COMMAND("%s/.*/(&)", "(abc)" N X "(def)");
    COMMAND("u", X "abc" N "def");
    COMMAND("%s/.*/X/g", "X" N X "X");

    data.setText("abc" N "" N "def");
    COMMAND("%s/^\\|$/--", "--abc" N "--" N X "--def");
    COMMAND("u", X "abc" N "" N "def");
    COMMAND("%s/^\\|$/--/g", "--abc--" N "--" N X "--def--");

    // captures
    data.setText("abc def ghi");
    COMMAND("s/\\w\\+/'&'/g", X "'abc' 'def' 'ghi'");
    COMMAND("u", X "abc def ghi");
    COMMAND("s/\\w\\+/'\\&'/g", X "'&' '&' '&'");
    COMMAND("u", X "abc def ghi");
    COMMAND("s/\\(\\w\\{3}\\)/(\\1)/g", X "(abc) (def) (ghi)");
    COMMAND("u", X "abc def ghi");
    COMMAND("s/\\(\\w\\{3}\\) \\(\\w\\{3\\}\\)/\\2 \\1 \\\\1/g", X "def abc \\1 ghi");

    // case-insensitive
    data.setText("abc ABC abc");
    COMMAND("s/ABC/123/gi", X "123 123 123");

    // replace on a line
    data.setText("abc" N "def" N "ghi");
    COMMAND("2s/^/ + /", "abc" N " " X "+ def" N "ghi");
    COMMAND("1s/^/ * /", " " X "* abc" N " + def" N "ghi");
    COMMAND("$s/^/ - /", " * abc" N " + def" N " " X "- ghi");

    // replace on lines
    data.setText("abc" N "def" N "ghi");
    COMMAND("2,$s/^/ + /", "abc" N " + def" N " " X "+ ghi");
    COMMAND("1,2s/^/ * /", " * abc" N " " X "*  + def" N " + ghi");
    COMMAND("3,3s/^/ - /", " * abc" N " *  + def" N " " X "-  + ghi");
    COMMAND("%s/\\( \\S \\)*//g", "abc" N "def" N X "ghi");

    // last substitution
    data.setText("abc" N "def" N "ghi");
    COMMAND("%s/DEF/+&/i", "abc" N X "+def" N "ghi");
    COMMAND("&&", "abc" N X "++def" N "ghi");
    COMMAND("&", "abc" N X "++def" N "ghi");
    COMMAND("&&", "abc" N X "++def" N "ghi");
    COMMAND("&i", "abc" N X "+++def" N "ghi");
    COMMAND("s", "abc" N X "+++def" N "ghi");
    COMMAND("&&i", "abc" N X "++++def" N "ghi");

    // search for last substitute pattern
    data.setText("abc" N "def" N "ghi");
    COMMAND("%s/def/def", "abc" N X "def" N "ghi");
    KEYS("gg", X "abc" N "def" N "ghi");
    COMMAND("\\&", "abc" N X "def" N "ghi");

    // substitute last selection
    data.setText("abc" N "def" N "ghi" N "jkl");
    KEYS("jVj:s/^/*<CR>", "abc" N "*def" N X "*ghi" N "jkl");
    COMMAND("'<,'>s/^/*", "abc" N "**def" N X "**ghi" N "jkl");
    KEYS("u", "abc" N X "*def" N "*ghi" N "jkl");
    KEYS("gv:s/^/+<CR>", "abc" N "+*def" N X "+*ghi" N "jkl");

    // replace empty string
    data.setText("abc");
    COMMAND("s//--/g", "--a--b--c");

    // remove characters
    data.setText("abc def");
    COMMAND("s/[abde]//g", "c f");
    COMMAND("undo | s/[bcef]//g", "a d");
    COMMAND("undo | s/\\w//g", " ");
    COMMAND("undo | s/f\\|$/-/g", "abc de-");
}

void FakeVimPlugin::test_vim_ex_yank()
{
    TestData data;
    setup(&data);

    data.setText("abc" N "def");
    COMMAND("y x", X "abc" N "def");
    KEYS("\"xp", "abc" N X "abc" N "def");
    COMMAND("u", X "abc" N "def");
    COMMAND("redo", X "abc" N "abc" N "def");

    KEYS("uw", "abc" N X "def");
    COMMAND("1y y", "abc" N X "def");
    KEYS("\"yP", "abc" N X "abc" N "def");
    COMMAND("u", "abc" N X "def");

    COMMAND("-1,$y x", "abc" N X "def");
    KEYS("\"xP", "abc" N X "abc" N "def" N "def");
    COMMAND("u", "abc" N X "def");

    COMMAND("$-1y", "abc" N X "def");
    KEYS("P", "abc" N X "abc" N "def");
    COMMAND("u", "abc" N X "def");

    data.setText("abc" N "def");
    KEYS("\"xy$", X "abc" N "def");
    KEYS("\"xP", "ab" X "cabc" N "def");

    data.setText(
        "abc def" N
        "ghi jkl" N
    );
    KEYS("yiwp",
        "aab" X "cbc def" N
        "ghi jkl" N
    );
    KEYS("u",
        X "abc def" N
        "ghi jkl" N
    );
    KEYS("\"0p",
        "aab" X "cbc def" N
        "ghi jkl" N
    );
    KEYS("\"xyiw",
        X "aabcbc def" N
        "ghi jkl" N
    );
    KEYS("\"0p",
        "aab" X "cabcbc def" N
        "ghi jkl" N
    );
    KEYS("\"xp",
        "aabcaabcb" X "cabcbc def" N
        "ghi jkl" N
    );

    // register " is last yank
    data.setText(
        "abc def" N
        "ghi jkl" N
    );
    KEYS("yiwp\"xyiw\"\"p",
        "aaabcb" X "cabcbc def" N
        "ghi jkl" N
    );
}

void FakeVimPlugin::test_vim_ex_delete()
{
    TestData data;
    setup(&data);

    data.setText("abc" N X "def" N "ghi" N "jkl");
    COMMAND("d", "abc" N X "ghi" N "jkl");
    COMMAND("1,2d", X "jkl");
    COMMAND("u", X "abc" N "ghi" N "jkl");
    COMMAND("u", "abc" N X "def" N "ghi" N "jkl");
    KEYS("p", "abc" N "def" N X "abc" N "ghi" N "ghi" N "jkl");
    COMMAND("set ws|" "/abc/,/ghi/d|" "set nows", X "ghi" N "jkl");
    COMMAND("u", X "abc" N "def" N "abc" N "ghi" N "ghi" N "jkl");
    COMMAND("2,/abc/d3", "abc" N "def" N X "jkl");
    COMMAND("u", "abc" N "def" N X "abc" N "ghi" N "ghi" N "jkl");
    COMMAND("5,.+1d", "abc" N "def" N "abc" N X "jkl");
}

void FakeVimPlugin::test_vim_ex_change()
{
    TestData data;
    setup(&data);

    data.setText("abc" N X "def" N "ghi" N "jkl");
    KEYS(":c<CR>xxx<ESC>0", "abc" N X "xxx" N "ghi" N "jkl");
    KEYS(":-1,+1c<CR>XXX<ESC>0", X "XXX" N "jkl");
}

void FakeVimPlugin::test_vim_ex_shift()
{
    TestData data;
    setup(&data);

    data.doCommand("set expandtab");
    data.doCommand("set shiftwidth=2");

    data.setText("abc" N X "def" N "ghi" N "jkl");
    COMMAND(">", "abc" N "  " X "def" N "ghi" N "jkl");
    COMMAND(">>", "abc" N "      " X "def" N "ghi" N "jkl");
    COMMAND("<", "abc" N "    " X "def" N "ghi" N "jkl");
    COMMAND("<<", "abc" N X "def" N "ghi" N "jkl");
}

void FakeVimPlugin::test_vim_ex_move()
{
    TestData data;
    setup(&data);

    data.setText("abc" N "def" N "ghi" N "jkl");
    COMMAND("m +1", "def" N X "abc" N "ghi" N "jkl");
    COMMAND("u", X "abc" N "def" N "ghi" N "jkl");
    COMMAND("redo", X "def" N "abc" N "ghi" N "jkl");
    COMMAND("m -2", X "def" N "abc" N "ghi" N "jkl");
    COMMAND("2m0", X "abc" N "def" N "ghi" N "jkl");

    COMMAND("m $-2", "def" N X "abc" N "ghi" N "jkl");
    KEYS("`'", X "def" N "abc" N "ghi" N "jkl");
    KEYS("Vj:m+2<cr>", "ghi" N "def" N X "abc" N "jkl");
    KEYS("u", X "def" N "abc" N "ghi" N "jkl");

    // move visual selection with indentation
    data.doCommand("set expandtab");
    data.doCommand("set shiftwidth=2");
    data.doCommand("vnoremap <C-S-J> :m'>+<CR>gv=");
    data.doCommand("vnoremap <C-S-K> :m-2<CR>gv=");
    data.setText(
         "int x;" N
         "int y;" N
         "int main() {" N
         "  if (true) {" N
         "  }" N
         "}" N
         "");
    KEYS("Vj<C-S-J>",
         "int main() {" N
         "  int x;" N
         "  int y;" N
         "  if (true) {" N
         "  }" N
         "}" N
         "");
    KEYS("gv<C-S-J>",
         "int main() {" N
         "  if (true) {" N
         "    int x;" N
         "    int y;" N
         "  }" N
         "}" N
         "");
    KEYS("gv<C-S-K>",
         "int main() {" N
         "  int x;" N
         "  int y;" N
         "  if (true) {" N
         "  }" N
         "}" N
         "");
    data.doCommand("vunmap <C-S-K>");
    data.doCommand("vunmap <C-S-J>");
}

void FakeVimPlugin::test_vim_ex_join()
{
    TestData data;
    setup(&data);

    data.setText("  abc" N X "  def" N "  ghi" N "  jkl");
    COMMAND("j", "  abc" N "  " X "def ghi" N "  jkl");
    COMMAND("u", "  abc" N X "  def" N "  ghi" N "  jkl");
    COMMAND("1j3", "  " X "abc def ghi" N "  jkl");
    COMMAND("u", X "  abc" N "  def" N "  ghi" N "  jkl");
}

void FakeVimPlugin::test_advanced_commands()
{
    TestData data;
    setup(&data);

    // subcommands
    data.setText("abc" N "  xxx" N "  xxx" N "def");
    COMMAND("%s/xxx/ZZZ/g|%s/ZZZ/OOO/g", "abc" N "  OOO" N "  " X "OOO" N "def");

    // undo/redo all subcommands
    COMMAND(":undo", "abc" N X "  xxx" N "  xxx" N "def");
    COMMAND(":redo", "abc" N X "  OOO" N "  OOO" N "def");

    // redundant characters
    COMMAND(" :::   %s/\\S\\S\\S/ZZZ/g   |"
        "  :: :  :   %s/ZZZ/XXX/g ", "XXX" N "  XXX" N "  XXX" N X "XXX");

    // bar character in regular expression is not command separator
    data.setText("abc");
    COMMAND("%s/a\\|b\\||/X/g|%s/[^X]/Y/g", "XXY");
}

void FakeVimPlugin::test_map()
{
    TestData data;
    setup(&data);

    data.setText("abc def");
    data.doCommand("map C i<space>x<space><esc>");
    data.doCommand("map c iXXX");
    data.doCommand("imap c YYY<space>");
    KEYS("C", " x" X " abc def");
    data.doCommand("map C <nop>");
    KEYS("C", " x" X " abc def");
    data.doCommand("map C i<bs><esc><right>");
    KEYS("C", " " X " abc def");
    KEYS("ccc<esc>", " XXXYYY YYY" X "  abc def");
    // unmap
    KEYS(":unmap c<cr>ccc<esc>", "YYY" X " ");
    KEYS(":iunmap c<cr>ccc<esc>", X "c");
    data.doCommand("unmap C");

    data.setText("abc def");
    data.doCommand("imap x (((<space><right><right>)))<esc>");
    KEYS("x", X "bc def");
    KEYS("ix", "((( bc))" X ") def");
    data.doCommand("iunmap x");

    data.setText("abc def");
    data.doCommand("map <c-right> 3l");
    KEYS("<C-Right>", "abc" X " def");
    KEYS("<C-Right>", "abc de" X "f");

    // map vs. noremap
    data.setText("abc def");
    data.doCommand("map x 3l");
    data.doCommand("map X x");
    KEYS("X", "abc" X " def");
    data.doCommand("noremap X x");
    KEYS("X", "abc" X "def");
    data.doCommand("unmap X");
    data.doCommand("unmap x");

    // limit number of recursions in mappings
    data.doCommand("map X Y");
    data.doCommand("map Y Z");
    data.doCommand("map Z X");
    KEYS("X", "abc" X "def");
    data.doCommand("map Z i<space><esc>");
    KEYS("X", "abc" X " def");
    data.doCommand("unmap X");
    data.doCommand("unmap Y");
    data.doCommand("unmap Z");

    // imcomplete mapping
    data.setText("abc");
    data.doCommand("map  Xa  ia<esc>");
    data.doCommand("map  Xb  ib<esc>");
    data.doCommand("map  X   ic<esc>");
    KEYS("Xa", X "aabc");
    KEYS("Xb", X "baabc");
    KEYS("Xic<esc>", X "ccbaabc");

    // unmap
    data.doCommand("unmap  Xa");
    KEYS("Xa<esc>", X "cccbaabc");
    data.doCommand("unmap  Xb");
    KEYS("Xb", X "ccccbaabc");
    data.doCommand("unmap  X");
    KEYS("Xb", X "ccccbaabc");
    KEYS("X<esc>", X "ccccbaabc");

    // recursive mapping
    data.setText("abc");
    data.doCommand("map  X    Y");
    data.doCommand("map  XXX  i1<esc>");
    data.doCommand("map  Y    i2<esc>");
    data.doCommand("map  YZ   i3<esc>");
    data.doCommand("map  _    i <esc>");
    KEYS("_XXX_", X " 1 abc");
    KEYS("XX_0", X " 22 1 abc");
    KEYS("XXXXZ_0", X " 31 22 1 abc");
    KEYS("XXXXX_0", X " 221 31 22 1 abc");
    KEYS("XXZ", X "32 221 31 22 1 abc");
    data.doCommand("unmap  X");
    data.doCommand("unmap  XXX");
    data.doCommand("unmap  Y");
    data.doCommand("unmap  YZ");
    data.doCommand("unmap  _");

    // shift modifier
    data.setText("abc");
    data.doCommand("map  x  i1<esc>");
    data.doCommand("map  X  i2<esc>");
    KEYS("x", X "1abc");
    KEYS("X", X "21abc");
    data.doCommand("map  <S-X>  i3<esc>");
    KEYS("X", X "321abc");
    data.doCommand("map  X  i4<esc>");
    KEYS("X", X "4321abc");
    KEYS("x", X "14321abc");
    data.doCommand("unmap  x");
    data.doCommand("unmap  X");

    // undo/redo mapped input
    data.setText("abc def ghi");
    data.doCommand("map X dwea xyz<esc>3l");
    KEYS("X", "def xyz g" X "hi");
    KEYS("u", X "abc def ghi");
    KEYS("<C-r>", X "def xyz ghi");
    data.doCommand("unmap  X");

    data.setText("abc" N "  def" N "  ghi");
    data.doCommand("map X jdd");
    KEYS("X", "abc" N "  " X "ghi");
    KEYS("u", "abc" N X "  def" N "  ghi");
    KEYS("<c-r>", "abc" N X "  ghi");
    data.doCommand("unmap  X");

    data.setText("abc" N "def" N "ghi");
    data.doCommand("map X jAxxx<cr>yyy<esc>");
    KEYS("X", "abc" N "defxxx" N "yy" X "y" N "ghi");
    KEYS("u", "abc" N "de" X "f" N "ghi");
    KEYS("<c-r>", "abc" N "def" X "xxx" N "yyy" N "ghi");
    data.doCommand("unmap  X");

    /* QTCREATORBUG-7913 */
    data.setText("");
    data.doCommand("noremap l k|noremap k j|noremap j h");
    KEYS("ikkk<esc>", "kk" X "k");
    KEYS("rj", "kk" X "j");
    data.doCommand("unmap l|unmap k|unmap j");

    // bad mapping
    data.setText(X "abc" N "def");
    data.doCommand("map X Zxx");
    KEYS("X", X "abc" N "def");
    // cancelled mapping
    data.doCommand("map X fxxx");
    KEYS("X", X "abc" N "def");
    data.doCommand("map X ciXxx");
    KEYS("X", X "abc" N "def");
    data.doCommand("map Y Xxx");
    KEYS("Y", X "abc" N "def");
    data.doCommand("unmap X|unmap Y");

    // correct mapping after bad one
    data.setText("abc" N "def");
    data.doCommand("map X Y");
    data.doCommand("map Y X");
    data.doCommand("map Xx xxx");
    KEYS("Xr2", X "2bc" N "def");
    data.doCommand("unmap X|unmap x|unmap Y");

    // <C-o>
    data.setText("abc def");
    data.doCommand("imap X <c-o>:%s/def/xxx/<cr>");
    KEYS("iX", "abc xxx");
    data.doCommand("iunmap X");

    // Test mappings in UTF-8 encoding.
    data.setText("abc" N "def");
    data.doKeys(QString::fromUtf8(":no \xc5\xaf xiX<cr>"));
    KEYS("oxyz<esc>", "abc" N "xy" X "z" N "def");
    KEYS(QString::fromUtf8("\xc5\xaf<esc>"), "abc" N "x" X "Xy" N "def");

    /* QTCREATORBUG-8774 */
    data.setText("abc" N "def");
    data.doCommand(QString::fromUtf8("no \xc3\xb8 l|no l k|no k j|no j h"));
    KEYS(QString::fromUtf8("\xc3\xb8"), "a" X "bc" N "def");
    data.doCommand(QString::fromUtf8("unmap \xc3\xb8|unmap l|unmap k|unmap j"));

    // Don't handle mapping in sub-modes that are not followed by movement command.
    data.setText("abc" N "def");
    data.doCommand("map <SPACE> A<cr>xy z<esc><left><left>");
    KEYS("<space>", "abc" N "x" X "y z" N "def");
    KEYS("r<space>", "abc" N "x" X "  z" N "def");
    KEYS("f<space>", "abc" N "x " X " z" N "def");
    KEYS("t<space>", "abc" N "x " X " z" N "def");
    data.doCommand("unmap <SPACE>");

    // operator-pending mappings
    data.setText("abc def" N "ghi jkl");
    data.doCommand("omap <SPACE> aw");
    KEYS("c<space>X<esc>", X "Xdef" N "ghi jkl");
    data.doCommand("onoremap <SPACE> iwX");
    KEYS("c<space>Y<esc>", "X" X "Y" N "ghi jkl");
    data.doCommand("ono <SPACE> l");
    KEYS("d<space>", X "X" N "ghi jkl");
    data.doCommand("unmap <SPACE>");

    data.setText("abc def" N "ghi jkl");
    data.doCommand("onoremap iwwX 3iwX Y");
    KEYS("ciwwX Z<esc>", "X Y " X "Z" N "ghi jkl");
    data.doCommand("unmap <SPACE>X");

    // use mapping for <ESC> in insert
    data.setText("ab" X "c def" N "ghi jkl");
    data.doCommand("inoremap jk <ESC>");
    KEYS("<C-V>jll" "I__jk", "ab" X "__c def" N "gh__i jkl");
    INTEGRITY(false);
    data.doCommand("unmap jk"); // shouldn't unmap for insert mode
    KEYS("ijk", "a" X "b__c def" N "gh__i jkl");
    data.doCommand("iunmap jk");
    KEYS("ijk<ESC>", "aj" X "kb__c def" N "gh__i jkl");
}

void FakeVimPlugin::test_vim_command_cc()
{
    TestData data;
    setup(&data);

    data.setText(       "|123" N "456"  N "789" N "abc");
    KEYS("cc456<ESC>",  "45|6" N "456"  N "789" N "abc");
    KEYS("ccabc<Esc>",  "ab|c" N "456"  N "789" N "abc");
    KEYS(".",           "ab|c" N "456"  N "789" N "abc");
    KEYS("j",           "abc"  N "45|6" N "789" N "abc");
    KEYS(".",           "abc"  N "ab|c" N "789" N "abc");
    KEYS("kkk",         "ab|c" N "abc"  N "789" N "abc");
    KEYS("3ccxyz<Esc>", "xy|z" N "abc");
}

void FakeVimPlugin::test_vim_command_cw()
{
    TestData data;
    setup(&data);
    data.setText(X "123 456");
    KEYS("cwx<Esc>", X "x 456");
}

void FakeVimPlugin::test_vim_command_cj()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j$",         cursor(1, -1));
    KEYS("cj<Esc>",    l[0]+"\n|" + '\n' + lmid(3));
    KEYS("P",          lmid(0,1)+'\n' + '|'+lmid(1,2)+'\n' + '\n' +  lmid(3));
    KEYS("u",          l[0]+"\n|" + '\n' + lmid(3));

    data.setText(testLines);
    KEYS("j$",          cursor(1, -1));
    KEYS("cjabc<Esc>",  l[0]+"\nab|c\n" + lmid(3));
    KEYS("u",           cursor(2, 0));
    KEYS("gg",          cursor(0, 0));
    KEYS(".",           "ab|c\n" + lmid(2));
}

void FakeVimPlugin::test_vim_command_ck()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j$",          cursor(1, -1));
    KEYS("ck<Esc>",     "|\n" + lmid(2));
    KEYS("P",           '|' + lmid(0,2)+'\n' + '\n' + lmid(2));
}

void FakeVimPlugin::test_vim_command_c_dollar()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j",           cursor(1, 0));
    KEYS("$",           cursor(1, -1));
    KEYS("c$<Esc>",     l[0]+'\n' + l[1].left(l[1].length()-2)+'|'+l[1][l[1].length()-2]+'\n' + lmid(2));
    KEYS("c$<Esc>",     l[0]+'\n' + l[1].left(l[1].length()-3)+'|'+l[1][l[1].length()-3]+'\n' + lmid(2));
    KEYS("0c$abc<Esc>", l[0]+'\n' + "ab|c\n" + lmid(2));
    KEYS("0c$abc<Esc>", l[0]+'\n' + "ab|c\n" + lmid(2));
}

void FakeVimPlugin::test_vim_command_C()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j",           cursor(1, 0));
    KEYS("Cabc<Esc>",   l[0] + "\nab|c\n" + lmid(2));
    KEYS("Cabc<Esc>",   l[0] + "\nabab|c\n" + lmid(2));
    KEYS("$Cabc<Esc>",  l[0] + "\nababab|c\n" + lmid(2));
    KEYS("0C<Esc>",     l[0] + "\n|\n" + lmid(2));
    KEYS("0Cabc<Esc>",  l[0] + "\nab|c\n" + lmid(2));
}

void FakeVimPlugin::test_vim_command_dw()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("dw",  "|#include <QtCore>\n" + lmid(2));
    KEYS("dw",  "|include <QtCore>\n" + lmid(2));
    KEYS("dw",  "|<QtCore>\n" + lmid(2));
    KEYS("dw",  "|QtCore>\n" + lmid(2));
    KEYS("dw",  "|>\n" + lmid(2));
    KEYS("dw",  "|\n" + lmid(2)); // Real vim has this intermediate step, too
    KEYS("dw",  "|#include <QtGui>\n" + lmid(3));
    KEYS("dw",  "|include <QtGui>\n" + lmid(3));
    KEYS("dw",  "|<QtGui>\n" + lmid(3));
    KEYS("dw",  "|QtGui>\n" + lmid(3));
    KEYS("dw",  "|>\n" + lmid(3));
}

void FakeVimPlugin::test_vim_command_dd()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j",   cursor(1, 0));
    KEYS("dd",  l[0] + "\n|" + lmid(2));
    KEYS(".",   l[0] + "\n|" + lmid(3));
    KEYS("3dd", l[0] + "\n    |QApplication app(argc, argv);\n" + lmid(7));
    KEYS("4l",  l[0] + "\n    QApp|lication app(argc, argv);\n" + lmid(7));
    KEYS("dd",  l[0] + "\n|" + lmid(7));
    KEYS(".",   l[0] + "\n    |return app.exec();\n" + lmid(9));
    KEYS("dd",  l[0] + "\n|" + lmid(9));
}

void FakeVimPlugin::test_vim_command_dd_2()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j",   cursor(1, 0));
    KEYS("dd",  l[0] + "\n|" + lmid(2));
    KEYS("p",   l[0] + '\n' + l[2] + "\n|" + l[1] + '\n' + lmid(3));
    KEYS("u",   l[0] + "\n|" + lmid(2));
}

void FakeVimPlugin::test_vim_command_d_dollar()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j$",  cursor(1, -1));
    KEYS("$d$", l[0]+'\n' + l[1].left(l[1].length()-2)+'|'+l[1][l[1].length()-2]+'\n' + lmid(2));
    KEYS("0d$", l[0] + '\n'+"|\n" + lmid(2));
}

void FakeVimPlugin::test_vim_command_dj()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j$",   cursor(1, -1));
    KEYS("dj",  l[0]+"\n|" + lmid(3));
    KEYS("P",   lmid(0,1)+'\n' + '|'+lmid(1));
    KEYS("0",   lmid(0,1)+'\n' + '|'+lmid(1));
    KEYS("dj",  l[0]+"\n|" + lmid(3));
    KEYS("P",   lmid(0,1)+'\n' + '|'+lmid(1));
    KEYS("05l", l[0]+'\n' + l[1].left(5) + '|' + l[1].mid(5)+'\n' + lmid(2));
    KEYS("dj",  l[0]+"\n|" + lmid(3));
    KEYS("P",   lmid(0,1)+'\n' + '|'+lmid(1));
    KEYS("dj",  l[0]+"\n|" + lmid(3));
    KEYS("p",   lmid(0,1)+'\n' + lmid(3,1)+'\n' + '|'+lmid(1,2)+'\n' + lmid(4));
}

void FakeVimPlugin::test_vim_command_dk()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j$",    cursor(1, -1));
    KEYS("dk",   '|' + lmid(2));
    KEYS("P",    '|' + lmid(0));
    KEYS("j0",   l[0]+ "\n|" + lmid(1));
    KEYS("dk",   '|' + lmid(2));
    KEYS("P",    '|' + lmid(0));
    KEYS("j05l", l[0]+'\n' + l[1].left(5) + '|' + l[1].mid(5)+'\n' + lmid(2));
    KEYS("dk",   '|' + lmid(2));
    KEYS("P",    '|' + lmid(0));
    KEYS("j05l", l[0]+'\n' + l[1].left(5) + '|' + l[1].mid(5)+'\n' + lmid(2));
    KEYS("dk",   '|' + lmid(2));
    KEYS("p",    lmid(2,1)+'\n' + '|' + lmid(0,2)+'\n' + lmid(3));
}

void FakeVimPlugin::test_vim_command_dgg()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("Gk",   lmid(0, l.size()-2)+'\n' +  '|'+lmid(l.size()-2));
    KEYS("dgg",  "|");
    KEYS("u",    '|' + lmid(0));
}

void FakeVimPlugin::test_vim_command_dG()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("dG",   "|");
    KEYS("u",    '|' + lmid(0));
    KEYS("j",    cursor(1, 0));
    KEYS("dG",   "|");
    KEYS("u",    l[0]+'\n' + '|' + lmid(1));
    KEYS("Gk",   lmid(0, l.size()-2)+'\n' + '|'+lmid(l.size()-2));

    NOT_IMPLEMENTED
    // include movement to first column, as otherwise the result depends on the 'startofline' setting
    KEYS("dG0",  lmid(0, l.size()-2)+'\n' + '|'+lmid(l.size()-2,1));
    KEYS("dG0",  lmid(0, l.size()-3)+'\n' + '|'+lmid(l.size()-3,1));
}

void FakeVimPlugin::test_vim_command_D()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j",    cursor(1, 0));
    KEYS("$D",   l[0]+'\n' + l[1].left(l[1].length()-2)+'|'+l[1][l[1].length()-2]+'\n' + lmid(2));
    KEYS("0D",   l[0] + "\n|\n" + lmid(2));
}

void FakeVimPlugin::test_vim_command_dollar()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j$", cursor(1, -1));
    KEYS("j$", cursor(2, -1));
    KEYS("2j", cursor(4, -1));
}

void FakeVimPlugin::test_vim_command_down()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j",  l[0]+ "\n|" + lmid(1));
    KEYS("3j", lmid(0,4)+'\n' + "|int main(int argc, char *argv[])\n" + lmid(5));
    KEYS("4j", lmid(0,8)+'\n' + "|    return app.exec();\n" + lmid(9));
}

void FakeVimPlugin::test_vim_command_dfx_down()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j4l",  l[0] + "\n#inc|lude <QtCore>\n" + lmid(2));

    //NOT_IMPLEMENTED
    KEYS("df ",  l[0] + "\n#inc|<QtCore>\n" + lmid(2));
    KEYS("j",    l[0] + "\n#inc<QtCore>\n#inc|lude <QtGui>\n" + lmid(3));
    KEYS(".",    l[0] + "\n#inc<QtCore>\n#inc|<QtGui>\n" + lmid(3));
    KEYS("u",    l[0] + "\n#inc<QtCore>\n#inc|lude <QtGui>\n" + lmid(3));
    KEYS("u",    l[0] + "\n#inc|lude <QtCore>\n" + lmid(2));
}

void FakeVimPlugin::test_vim_command_Cxx_down_dot()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j4l",      l[0] + "\n#inc|lude <QtCore>\n" + lmid(2));
    KEYS("Cxx<Esc>", l[0] + "\n#incx|x\n" + lmid(2));
    KEYS("j",        l[0] + "\n#incxx\n#incl|ude <QtGui>\n" + lmid(3));
    KEYS(".",        l[0] + "\n#incxx\n#inclx|x\n" + lmid(3));
}

void FakeVimPlugin::test_vim_command_e()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("e",  lmid(0,1)+'\n' + "|#include <QtCore>\n" + lmid(2));
    KEYS("e",  lmid(0,1)+'\n' + "#includ|e <QtCore>\n" + lmid(2));
    KEYS("e",  lmid(0,1)+'\n' + "#include |<QtCore>\n" + lmid(2));
    KEYS("3e", lmid(0,2)+'\n' + "|#include <QtGui>\n" + lmid(3));
    KEYS("e",  lmid(0,2)+'\n' + "#includ|e <QtGui>\n" + lmid(3));
    KEYS("e",  lmid(0,2)+'\n' + "#include |<QtGui>\n" + lmid(3));
    KEYS("e",  lmid(0,2)+'\n' + "#include <QtGu|i>\n" + lmid(3));
    KEYS("4e", lmid(0,4)+'\n' + "int main|(int argc, char *argv[])\n" + lmid(5));
    KEYS("e",  lmid(0,4)+'\n' + "int main(in|t argc, char *argv[])\n" + lmid(5));
    KEYS("e",  lmid(0,4)+'\n' + "int main(int arg|c, char *argv[])\n" + lmid(5));
    KEYS("e",  lmid(0,4)+'\n' + "int main(int argc|, char *argv[])\n" + lmid(5));
    KEYS("e",  lmid(0,4)+'\n' + "int main(int argc, cha|r *argv[])\n" + lmid(5));
    KEYS("e",  lmid(0,4)+'\n' + "int main(int argc, char |*argv[])\n" + lmid(5));
    KEYS("e",  lmid(0,4)+'\n' + "int main(int argc, char *arg|v[])\n" + lmid(5));
    KEYS("e",  lmid(0,4)+'\n' + "int main(int argc, char *argv[]|)\n" + lmid(5));
    KEYS("e",  lmid(0,5)+'\n' + "|{\n" + lmid(6));
    KEYS("10k","|\n" + lmid(1)); // home.
}

void FakeVimPlugin::test_vim_command_i()
{
    TestData data;
    setup(&data);

    data.setText(testLines);

    // empty insertion at start of document
    KEYS("i<Esc>", '|' + testLines);
    KEYS("u", '|' + testLines);

    // small insertion at start of document
    KEYS("ix<Esc>", "|x" + testLines);
    KEYS("u", '|' + testLines);
    COMMAND("redo", "|x" + testLines);
    KEYS("u", '|' + testLines);

    // small insertion at start of document
    KEYS("ixxx<Esc>", "xx|x" + testLines);
    KEYS("u", '|' + testLines);

    // combine insertions
    KEYS("i1<Esc>", "|1" + testLines);
    KEYS("i2<Esc>", "|21" + testLines);
    KEYS("i3<Esc>", "|321" + testLines);
    KEYS("u",       "|21" + testLines);
    KEYS("u",       "|1" + testLines);
    KEYS("u",       '|' + testLines);
    KEYS("ia<Esc>", "|a" + testLines);
    KEYS("ibx<Esc>", "b|xa" + testLines);
    KEYS("icyy<Esc>", "bcy|yxa" + testLines);
    KEYS("u", "b|xa" + testLines);
    KEYS("u", "|a" + testLines);
    COMMAND("redo", "|bxa" + testLines);
    KEYS("u", "|a" + testLines);
}

void FakeVimPlugin::test_vim_command_left()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("4j",  lmid(0, 4) + "\n|int main(int argc, char *argv[])\n" + lmid(5));
    KEYS("h",   lmid(0, 4) + "\n|int main(int argc, char *argv[])\n" + lmid(5));
    KEYS("$",   lmid(0, 4) + "\nint main(int argc, char *argv[]|)\n" + lmid(5));
    KEYS("h",   lmid(0, 4) + "\nint main(int argc, char *argv[|])\n" + lmid(5));
    KEYS("3h",  lmid(0, 4) + "\nint main(int argc, char *ar|gv[])\n" + lmid(5));
    KEYS("50h", lmid(0, 4) + "\n|int main(int argc, char *argv[])\n" + lmid(5));
}

void FakeVimPlugin::test_vim_command_r()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("4j",  lmid(0, 4) + "\n|int main(int argc, char *argv[])\n" + lmid(5));
    KEYS("$",   lmid(0, 4) + "\nint main(int argc, char *argv[]|)\n" + lmid(5));
    KEYS("rx",  lmid(0, 4) + "\nint main(int argc, char *argv[]|x\n" + lmid(5));
    KEYS("2h",  lmid(0, 4) + "\nint main(int argc, char *argv|[]x\n" + lmid(5));
    KEYS("4ra", lmid(0, 4) + "\nint main(int argc, char *argv|[]x\n" + lmid(5));
    KEYS("3rb", lmid(0, 4) + "\nint main(int argc, char *argvbb|b\n" + lmid(5));
    KEYS("2rc", lmid(0, 4) + "\nint main(int argc, char *argvbb|b\n" + lmid(5));
    KEYS("h2rc",lmid(0, 4) + "\nint main(int argc, char *argvbc|c\n" + lmid(5));
}

void FakeVimPlugin::test_vim_command_right()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("4j",  lmid(0, 4) + "\n|int main(int argc, char *argv[])\n" + lmid(5));
    KEYS("l",   lmid(0, 4) + "\ni|nt main(int argc, char *argv[])\n" + lmid(5));
    KEYS("3l",  lmid(0, 4) + "\nint |main(int argc, char *argv[])\n" + lmid(5));
    KEYS("50l", lmid(0, 4) + "\nint main(int argc, char *argv[]|)\n" + lmid(5));
}

void FakeVimPlugin::test_vim_command_up()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("9j", lmid(0, 9) + "\n|}\n");
    KEYS("k",  lmid(0, 8) + "\n|    return app.exec();\n" + lmid(9));
    KEYS("4k", lmid(0, 4) + "\n|int main(int argc, char *argv[])\n" + lmid(5));
    KEYS("3k", lmid(0, 1) + "\n|#include <QtCore>\n" + lmid(2));
    KEYS("k",  cursor(0, 0));
    KEYS("2k", cursor(0, 0));
}

void FakeVimPlugin::test_vim_command_w()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("w",   lmid(0,1)+'\n' + "|#include <QtCore>\n" + lmid(2));
    KEYS("w",   lmid(0,1)+'\n' + "#|include <QtCore>\n" + lmid(2));
    KEYS("w",   lmid(0,1)+'\n' + "#include |<QtCore>\n" + lmid(2));
    KEYS("3w",  lmid(0,2)+'\n' + "|#include <QtGui>\n" + lmid(3));
    KEYS("w",   lmid(0,2)+'\n' + "#|include <QtGui>\n" + lmid(3));
    KEYS("w",   lmid(0,2)+'\n' + "#include |<QtGui>\n" + lmid(3));
    KEYS("w",   lmid(0,2)+'\n' + "#include <|QtGui>\n" + lmid(3));
    KEYS("4w",  lmid(0,4)+'\n' + "int |main(int argc, char *argv[])\n" + lmid(5));
    KEYS("w",   lmid(0,4)+'\n' + "int main|(int argc, char *argv[])\n" + lmid(5));
    KEYS("w",   lmid(0,4)+'\n' + "int main(|int argc, char *argv[])\n" + lmid(5));
    KEYS("w",   lmid(0,4)+'\n' + "int main(int |argc, char *argv[])\n" + lmid(5));
    KEYS("w",   lmid(0,4)+'\n' + "int main(int argc|, char *argv[])\n" + lmid(5));
    KEYS("w",   lmid(0,4)+'\n' + "int main(int argc, |char *argv[])\n" + lmid(5));
    KEYS("w",   lmid(0,4)+'\n' + "int main(int argc, char |*argv[])\n" + lmid(5));
    KEYS("w",   lmid(0,4)+'\n' + "int main(int argc, char *|argv[])\n" + lmid(5));
    KEYS("w",   lmid(0,4)+'\n' + "int main(int argc, char *argv|[])\n" + lmid(5));
    KEYS("w",   lmid(0,5)+'\n' + "|{\n" + lmid(6));
}

void FakeVimPlugin::test_vim_command_yyp()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("4j",  lmid(0, 4) + "\n|int main(int argc, char *argv[])\n" + lmid(5));
    KEYS("yyp", lmid(0, 4) + '\n' + lmid(4, 1) + "\n|" + lmid(4));
}

void FakeVimPlugin::test_vim_command_y_dollar()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j",    l[0]+"\n|" + lmid(1));
    KEYS("$y$p", l[0]+'\n'+ l[1]+"|>\n" + lmid(2));
    KEYS("$y$p", l[0]+'\n'+ l[1]+">|>\n" + lmid(2));
    KEYS("$y$P", l[0]+'\n'+ l[1]+">|>>\n" + lmid(2));
    KEYS("$y$P", l[0]+'\n'+ l[1]+">>|>>\n" + lmid(2));
}

void FakeVimPlugin::test_vim_command_percent()
{
    TestData data;
    setup(&data);

    data.setText(
        "bool f(int arg1) {" N
        "    Q_ASSERT(arg1 >= 0);" N
        "    if (arg1 > 0) return true; else if (arg1 <= 0) return false;" N
        "}" N
    );

    KEYS("%",
        "bool f(int arg1" X ") {" N
        "    Q_ASSERT(arg1 >= 0);" N
        "    if (arg1 > 0) return true; else if (arg1 <= 0) return false;" N
        "}" N
    );

    KEYS("%",
        "bool f" X "(int arg1) {" N
        "    Q_ASSERT(arg1 >= 0);" N
        "    if (arg1 > 0) return true; else if (arg1 <= 0) return false;" N
        "}" N
    );

    KEYS("$h%",
        "bool f(int arg1) {" N
        "    Q_ASSERT(arg1 >= 0);" N
        "    if (arg1 > 0) return true; else if (arg1 <= 0) return false;" N
        X "}" N
     );

    KEYS("%",
        "bool f(int arg1) " X "{" N
        "    Q_ASSERT(arg1 >= 0);" N
        "    if (arg1 > 0) return true; else if (arg1 <= 0) return false;" N
        "}" N
     );

    KEYS("j%",
        "bool f(int arg1) {" N
        "    Q_ASSERT" X "(arg1 >= 0);" N
        "    if (arg1 > 0) return true; else if (arg1 <= 0) return false;" N
        "}" N
    );

    KEYS("%",
        "bool f(int arg1) {" N
        "    Q_ASSERT(arg1 >= 0" X ");" N
        "    if (arg1 > 0) return true; else if (arg1 <= 0) return false;" N
        "}" N
    );

    KEYS("j%",
        "bool f(int arg1) {" N
        "    Q_ASSERT(arg1 >= 0);" N
        "    if (arg1 > 0) return true; else if (arg1 <= 0" X ") return false;" N
        "}" N
    );

    KEYS("0%",
        "bool f(int arg1) {" N
        "    Q_ASSERT(arg1 >= 0);" N
        "    if (arg1 > 0" X ") return true; else if (arg1 <= 0) return false;" N
        "}" N
    );

    KEYS("%",
        "bool f(int arg1) {" N
        "    Q_ASSERT(arg1 >= 0);" N
        "    if " X "(arg1 > 0) return true; else if (arg1 <= 0) return false;" N
        "}" N
    );

    // jump to 50% of buffer
    KEYS("50%",
        "bool f(int arg1) {" N
        "    Q_ASSERT(arg1 >= 0);" N
        "    " X "if (arg1 > 0) return true; else if (arg1 <= 0) return false;" N
        "}" N
    );
}

void FakeVimPlugin::test_vim_command_Yp()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("4j",  lmid(0, 4) + "\n|int main(int argc, char *argv[])\n" + lmid(5));
    KEYS("Yp", lmid(0, 4) + '\n' + lmid(4, 1) + "\n|" + lmid(4));
}

void FakeVimPlugin::test_vim_command_ma_yank()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("4j",  lmid(0, 4) + "\n|int main(int argc, char *argv[])\n" + lmid(5));
    KEYS("ygg", '|' + lmid(0));
    KEYS("4j",  lmid(0, 4) + "\n|int main(int argc, char *argv[])\n" + lmid(5));
    KEYS("p",   lmid(0,5) + "\n|" + lmid(0,4) +'\n' + lmid(4));

    data.setText(testLines);

    KEYS("gg",     '|' + lmid(0));
    KEYS("ma",     '|' + lmid(0));
    KEYS("4j",     lmid(0, 4) + "\n|int main(int argc, char *argv[])\n" + lmid(5));
    KEYS("mb",     lmid(0,4) + "\n|" + lmid(4));
    KEYS("\"ay'a", '|' + lmid(0));
    KEYS("'b",     lmid(0,4) + "\n|" + lmid(4));
    KEYS("\"ap",   lmid(0,5) + "\n|" + lmid(0,4) +'\n' + lmid(4));
}

void FakeVimPlugin::test_vim_command_Gyyp()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("Gk",  lmid(0, l.size()-2) + "\n|" + lmid(l.size()-2));
    KEYS("yyp", lmid(0) + '|' + lmid(9, 1)+'\n');
}

void FakeVimPlugin::test_i_cw_i()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j",           l[0] + "\n|" + lmid(1));
    KEYS("ixx<Esc>",    l[0] + "\nx|x" + lmid(1));
    KEYS("cwyy<Esc>",   l[0] + "\nxy|y" + lmid(1));
    KEYS("iaa<Esc>",    l[0] + "\nxya|ay" + lmid(1));
}

void FakeVimPlugin::test_vim_command_J()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("4j4l",  lmid(0, 4) + "\nint |main(int argc, char *argv[])\n" + lmid(5));

    KEYS("J", lmid(0, 5) + "| " + lmid(5));
    KEYS("u", lmid(0, 4) + "\nint |main(int argc, char *argv[])\n" + lmid(5));
    COMMAND("redo", lmid(0, 4) + "\nint |main(int argc, char *argv[]) " + lmid(5));

    KEYS("3J", lmid(0, 5) + " " + lmid(5, 1) + " " + lmid(6, 1).mid(4) + "| " + lmid(7));
    KEYS("uu", lmid(0, 4) + "\nint |main(int argc, char *argv[])\n" + lmid(5));
    COMMAND("redo", lmid(0, 4) + "\nint |main(int argc, char *argv[]) " + lmid(5));
}

void FakeVimPlugin::test_vim_command_put_at_eol()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("j$", cursor(1, -1));
    KEYS("y$", cursor(1, -1));
    KEYS("p",  lmid(0,2)+"|>\n" + lmid(2));
    KEYS("p",  lmid(0,2)+">|>\n" + lmid(2));
    KEYS("$",  lmid(0,2)+">|>\n" + lmid(2));
    KEYS("P",  lmid(0,2)+">|>>\n" + lmid(2));
}

void FakeVimPlugin::test_vim_command_oO()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("gg",              '|' + lmid(0));
    KEYS("Ol1<Esc>",    "l|1\n" + lmid(0));
    KEYS("gg",              "|l1\n" + lmid(0));
    KEYS("ol2<Esc>",    "l1\n" "l|2\n" + lmid(0));
    KEYS("Gk$",         "l1\n" "l2\n" + lmid(0,l.size()-2)+'\n' + '|'+lmid(l.size()-2));
    KEYS("ol-1<Esc>",   "l1\n" "l2\n" + lmid(0) + "l-|1\n");
    KEYS("Gk",          "l1\n" "l2\n" + lmid(0) + "|l-1\n");
    KEYS("Ol-2<Esc>",   "l1\n" "l2\n" + lmid(0) + "l-|2\n" + "l-1\n");
}

void FakeVimPlugin::test_vim_command_x()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("x", '|' + lmid(0));
    KEYS("j$", cursor(1, -1));
    KEYS("x", lmid(0,1)+'\n' + l[1].left(l[1].length()-2)+'|'+l[1].mid(l[1].length()-2,1)+'\n' + lmid(2));
}

void FakeVimPlugin::test_vim_visual_d()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("vd",  '|' + lmid(1));
    KEYS("u",   '|' + lmid(0));
    KEYS("vx",  '|' + lmid(1));
    KEYS("u",   '|' + lmid(0));
    KEYS("vjd", '|' + lmid(1).mid(1));
    KEYS("u",   '|' + lmid(0));
    KEYS("j",   lmid(0, 1)+'\n' + '|' + lmid(1));
    KEYS("vd",  lmid(0, 1)+'\n' + '|' + lmid(1).mid(1));
    KEYS("u",   lmid(0, 1)+'\n' + '|' + lmid(1));
    KEYS("vx",  lmid(0, 1)+'\n' + '|' + lmid(1).mid(1));
    KEYS("u",   lmid(0, 1)+'\n' + '|' + lmid(1));
    KEYS("vhx", lmid(0, 1)+'\n' + '|' + lmid(1).mid(1));
    KEYS("u",   lmid(0, 1)+'\n' + '|' + lmid(1));
    KEYS("vlx", lmid(0, 1)+'\n' + '|' + lmid(1).mid(2));
    KEYS("P",   lmid(0, 1)+'\n' + lmid(1).left(1)+'|'+lmid(1).mid(1));
    KEYS("vhd", lmid(0, 1)+'\n' + '|' + lmid(1).mid(2));
    KEYS("u",   lmid(0, 1)+'\n' + '|' + lmid(1));

    KEYS("v$d",     lmid(0, 1)+'\n' + '|' + lmid(2));
    KEYS("v$od",    lmid(0, 1)+'\n' + '|' + lmid(3));
    KEYS("$v$x",    lmid(0, 1)+'\n' + lmid(3,1) + '|' + lmid(4));
    KEYS("0v$d",    lmid(0, 1)+'\n' + '|' + lmid(5));
    KEYS("$v0d",    lmid(0, 1)+'\n' + "|\n" + lmid(6));
    KEYS("v$o0k$d", '|' + lmid(6));
}

void FakeVimPlugin::test_vim_Visual_d()
{
    TestData data;
    setup(&data);

    data.setText(testLines);
    KEYS("Vd",    '|' + lmid(1));
    KEYS("V2kd",  '|' + lmid(2));
    KEYS("u",     '|' + lmid(1));
    KEYS("u",     '|' + lmid(0));
    KEYS("j",     lmid(0,1)+'\n' + '|' + lmid(1));
    KEYS("V$d",   lmid(0,1)+'\n' + '|' + lmid(2));
    KEYS("$V$$d", lmid(0,1)+'\n' + '|' + lmid(3));
    KEYS("Vkx",   '|' + lmid(4));
    KEYS("P",     '|' + lmid(0,1)+'\n' + lmid(3));
}

void FakeVimPlugin::test_macros()
{
    TestData data;
    setup(&data);

    // execute register content
    data.setText("r1" N "r2r3");
    KEYS("\"xy$", X "r1" N "r2r3");
    KEYS("@x", X "11" N "r2r3");
    INTEGRITY(false);

    data.doKeys("j\"xy$");
    KEYS("@x", "11" N X "32r3");
    INTEGRITY(false);

    data.setText("3<C-A>");
    KEYS("\"xy$", X "3<C-A>");
    KEYS("@x", X "6<C-A>");
    KEYS("@x", X "9<C-A>");
    KEYS("2@x", "1" X "5<C-A>");
    KEYS("2@@", "2" X "1<C-A>");
    KEYS("@@", "2" X "4<C-A>");

// Raw characters for macro recording.
#define ESC "\x1b"
#define ENTER "\n"

    // record
    data.setText("abc" N "def");
    KEYS("qx" "A" ENTER "- xyz" ESC "rZjI- opq" ENTER ESC "q" , "abc" N "- xyZ" N "- opq" N X "def");
    KEYS("@x" , "abc" N "- xyZ" N "- opq" N "def" N "- opq" N X "- xyZ");

    data.setText("  1 2 3" N "  4 5 6" N "  7 8 9");
    KEYS("qx" "wrXj" "q", "  X 2 3" N "  4 5 6" N "  7 8 9");
    KEYS("2@x", "  X 2 3" N "  4 X 6" N "  7 8 X");

    data.setText("abc" N "def");
    KEYS("qx<right>i<right> xyz <esc>q", "ab xyz" X " c" N "def");
    KEYS("j0@x", "ab xyz c" N "de xyz" X " f");

    data.setText("abc" N "def");
    data.doCommand("unmap <S-down>");
    KEYS("qx<S-down><esc>q", X "abc" N "def");
    data.doCommand("noremap <S-down> ddp");
    KEYS("@x", "def" N X "abc");
    KEYS("gg@x", "abc" N X "def");
    data.doCommand("unmap <S-down>");

    data.setText("   abc xyz>." N "   def xyz>." N "   ghi xyz>." N "   jkl xyz>.");
    KEYS("qq" "^wdf>j" "q", "   abc ." N "   def " X "xyz>." N "   ghi xyz>." N "   jkl xyz>.");
    KEYS("2@q", "   abc ." N "   def ." N "   ghi ." N "   jkl " X "xyz>.");
}

void FakeVimPlugin::test_vim_qtcreator()
{
    TestData data;
    setup(&data);

    // Pass input keys in insert mode to underlying editor widget.
    data.doCommand("set passkeys");

    data.setText("" N "");
    KEYS("i" "void f(int arg1) {<cr>// TODO<cr>;",
         "void f(int arg1) {" N
         "    // TODO" N
         "    ;" X N
         "}" N
         "");
    KEYS("cc" "assert(arg1 != 0",
         "void f(int arg1) {" N
         "    // TODO" N
         "    assert(arg1 != 0" X ")" N
         "}" N
         "");
    KEYS("k" "." "A;",
         "void f(int arg1) {" N
         "    assert(arg1 != 0);" X N
         "    assert(arg1 != 0)" N
         "}" N
         "");
    KEYS("j.",
         "void f(int arg1) {" N
         "    assert(arg1 != 0);" N
         "    assert(arg1 != 0)" X ";" N
         "}" N
         "");
    KEYS("4b2#",
         "void f(int " X "arg1) {" N
         "    assert(arg1 != 0);" N
         "    assert(arg1 != 0);" N
         "}" N
         "");
    KEYS("e" "a, int arg2 = 0<esc>" "n",
         "void f(int " X "arg1, int arg2 = 0) {" N
         "    assert(arg1 != 0);" N
         "    assert(arg1 != 0);" N
         "}" N
         "");

    // Record macro.
    KEYS("2j" "qa" "<C-A>" "f!" "2s>=<esc>" "q",
         "void f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 != 0);" N
         "    assert(arg2 >" X "= 0);" N
         "}" N
         "");
    // Replay macro.
    KEYS("n" "@a",
         "void f(int arg1, int arg2 = 0) {" N
         "    assert(arg2 >" X "= 0);" N
         "    assert(arg2 >= 0);" N
         "}" N
         "");

    // Undo.
    KEYS("u",
         "void f(int arg1, int arg2 = 0) {" N
         "    assert(" X "arg1 != 0);" N
         "    assert(arg2 >= 0);" N
         "}" N
         "");
    KEYS("u",
         "void f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 != 0);" N
         "    assert(arg2 " X "!= 0);" N
         "}" N
         "");
    KEYS("u",
         "void f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 != 0);" N
         "    assert(" X "arg1 != 0);" N
         "}" N
         "");
    KEYS("u",
         "void f(int arg1" X ") {" N
         "    assert(arg1 != 0);" N
         "    assert(arg1 != 0);" N
         "}" N
         "");
    KEYS("u",
         "void f(int arg1) {" N
         "    assert(arg1 != 0);" N
         "    assert(arg1 != 0" X ")" N
         "}" N
         "");
    KEYS("u",
         "void f(int arg1) {" N
         "    assert(arg1 != 0" X ")" N
         "    assert(arg1 != 0)" N
         "}" N
         "");
    KEYS("u",
         "void f(int arg1) {" N
         "    " X "// TODO" N
         "    assert(arg1 != 0)" N
         "}" N
         "");
    KEYS("u",
         "void f(int arg1) {" N
         "    // TODO" N
         "    " X ";" N
         "}" N
         "");

    // Redo and occasional undo.
    KEYS("<C-R>",
         "void f(int arg1) {" N
         "    // TODO" N
         "    " X "assert(arg1 != 0)" N
         "}" N
         "");
    KEYS("<C-R>",
         "void f(int arg1) {" N
         "    " X "assert(arg1 != 0)" N
         "    assert(arg1 != 0)" N
         "}" N
         "");
    KEYS("<C-R>",
         "void f(int arg1) {" N
         "    assert(arg1 != 0)" X ";" N
         "    assert(arg1 != 0)" N
         "}" N
         "");
    KEYS("u",
         "void f(int arg1) {" N
         "    assert(arg1 != 0" X ")" N
         "    assert(arg1 != 0)" N
         "}" N
         "");
    KEYS("<C-R>",
         "void f(int arg1) {" N
         "    assert(arg1 != 0)" X ";" N
         "    assert(arg1 != 0)" N
         "}" N
         "");
    KEYS("<C-R>",
         "void f(int arg1) {" N
         "    assert(arg1 != 0);" N
         "    assert(arg1 != 0)" X ";" N
         "}" N
         "");
    KEYS("<C-R>",
         "void f(int arg1" X ", int arg2 = 0) {" N
         "    assert(arg1 != 0);" N
         "    assert(arg1 != 0);" N
         "}" N
         "");
    KEYS("<C-R>",
         "void f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 != 0);" N
         "    assert(" X "arg2 != 0);" N
         "}" N
         "");
    KEYS("<C-R>",
         "void f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 != 0);" N
         "    assert(arg2 " X ">= 0);" N
         "}" N
         "");
    KEYS("<C-R>",
         "void f(int arg1, int arg2 = 0) {" N
         "    assert(" X "arg2 >= 0);" N
         "    assert(arg2 >= 0);" N
         "}" N
         "");
    KEYS("3u",
         "void f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 != 0);" N
         "    assert(" X "arg1 != 0);" N
         "}" N
         "");

    // Repeat last command.
    KEYS("w.",
         "void f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 != 0);" N
         "    assert(arg1 >" X "= 0);" N
         "}" N
         "");

    KEYS("kdd",
         "void f(int arg1, int arg2 = 0) {" N
         "    " X "assert(arg1 >= 0);" N
         "}" N
         "");

    // Make mistakes.
    KEYS("4<esc>3<esc>" "2oif (arg3<bs>2<bs>1 > 0) return true;<esc>",
         "void f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 >= 0);" N
         "    if (arg1 > 0) return true;" N
         "    if (arg1 > 0) return true" X ";" N
         "}" N
         "");

    // Jumps around and change stuff.
    KEYS("gg" "ciw" "bool",
         "bool" X " f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 >= 0);" N
         "    if (arg1 > 0) return true;" N
         "    if (arg1 > 0) return true;" N
         "}" N
         "");
    KEYS("`'",
         "bool f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 >= 0);" N
         "    if (arg1 > 0) return true;" N
         "    if (arg1 > 0) return true" X ";" N
         "}" N
         "");
    KEYS("caW" " false;",
         "bool f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 >= 0);" N
         "    if (arg1 > 0) return true;" N
         "    if (arg1 > 0) return false;" X N
         "}" N
         "");
    KEYS("k.",
         "bool f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 >= 0);" N
         "    if (arg1 > 0) return false" X ";" N
         "    if (arg1 > 0) return false;" N
         "}" N
         "");

    // Undo/redo again.
    KEYS("u",
         "bool f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 >= 0);" N
         "    if (arg1 > 0) return" X " true;" N
         "    if (arg1 > 0) return false;" N
         "}" N
         "");
    KEYS("u",
         "bool f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 >= 0);" N
         "    if (arg1 > 0) return true;" N
         "    if (arg1 > 0) return" X " true;" N
         "}" N
         "");
    KEYS("<C-R>",
         "bool f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 >= 0);" N
         "    if (arg1 > 0) return true;" N
         "    if (arg1 > 0) return" X " false;" N
         "}" N
         "");
    KEYS("u",
         "bool f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 >= 0);" N
         "    if (arg1 > 0) return true;" N
         "    if (arg1 > 0) return" X " true;" N
         "}" N
         "");
    KEYS("u",
         X "void f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 >= 0);" N
         "    if (arg1 > 0) return true;" N
         "    if (arg1 > 0) return true;" N
         "}" N
         "");

    // Record long insert mode.
    KEYS("qb"
         "4s" "bool" // 1
         "<down>"
         "Q_<insert>ASSERT" // 2
         "<down><down>"
         "<insert><bs>2" // 3
         "<c-o>2w"
         "<delete>1" // 4
         "<c-o>:s/true/false<cr><esc>" // 5
         "q",
         "bool f(int arg1, int arg2 = 0) {" N
         "    Q_ASSERT(arg1 >= 0);" N
         "    if (arg1 > 0) return true;" N
         "   " X " if (arg2 > 1) return false;" N
         "}" N
         "");

    KEYS("u", // 5
         "bool f(int arg1, int arg2 = 0) {" N
         "    Q_ASSERT(arg1 >= 0);" N
         "    if (arg1 > 0) return true;" N
         X "    if (arg2 > 1) return true;" N
         "}" N
         "");
    KEYS("u", // 4
         "bool f(int arg1, int arg2 = 0) {" N
         "    Q_ASSERT(arg1 >= 0);" N
         "    if (arg1 > 0) return true;" N
         "    if (arg2 > " X "0) return true;" N
         "}" N
         "");
    KEYS("u", // 3
         "bool f(int arg1, int arg2 = 0) {" N
         "    Q_ASSERT(arg1 >= 0);" N
         "    if (arg1 > 0) return true;" N
         "    if (arg1" X " > 0) return true;" N
         "}" N
         "");
    KEYS("u", // 2
         "bool f(int arg1, int arg2 = 0) {" N
         "    " X "assert(arg1 >= 0);" N
         "    if (arg1 > 0) return true;" N
         "    if (arg1 > 0) return true;" N
         "}" N
         "");
    KEYS("u", // 1
         X "void f(int arg1, int arg2 = 0) {" N
         "    assert(arg1 >= 0);" N
         "    if (arg1 > 0) return true;" N
         "    if (arg1 > 0) return true;" N
         "}" N
         "");

    // Replay.
    KEYS("@b",
         "bool f(int arg1, int arg2 = 0) {" N
         "    Q_ASSERT(arg1 >= 0);" N
         "    if (arg1 > 0) return true;" N
         "   " X " if (arg2 > 1) return false;" N
         "}" N
         "");

    // Return to the first change.
    KEYS("99u" "<C-R>",
         X "void f(int arg1) {" N
         "    // TODO" N
         "    ;" N
         "}" N
         "");
    KEYS("<C-R>",
         "void f(int arg1) {" N
         "    // TODO" N
         "    " X "assert(arg1 != 0)" N
         "}" N
         "");
    KEYS("<C-R>",
         "void f(int arg1) {" N
         "    " X "assert(arg1 != 0)" N
         "    assert(arg1 != 0)" N
         "}" N
         "");

    // Return to the last change.
    KEYS("99<C-R>",
         "bool f(int arg1, int arg2 = 0) {" N
         "    Q_ASSERT(arg1 >= 0);" N
         "    if (arg1 > 0) return true;" N
         "    if (arg2 > 1) return false;" N
         "}" N
         "");

    // Macros
    data.setText(
         "void f(int arg1) {" N
         "}" N
         "");
    KEYS("2o" "#ifdef HAS_FEATURE<cr>doSomething();<cr>"
         "#else<cr>"
         "doSomethingElse<bs><bs><bs><bs>2();<cr>"
         "#endif"
         "<esc>",
         "void f(int arg1) {" N
         "#ifdef HAS_FEATURE" N
         "    doSomething();" N
         "#else" N
         "    doSomething2();" N
         "#endif" N
         "#ifdef HAS_FEATURE" N
         "    doSomething();" N
         "#else" N
         "    doSomething2();" N
         "#endi" X "f" N
         "}" N
         "");
}
