kdelibs/kdeui/tests/proxymodeltestsuite/modelcommander.cpp
2014-11-13 01:04:59 +02:00

631 lines
17 KiB
C++

/*
Copyright (c) 2009 Stephen Kelly <steveire@gmail.com>
This library is free software; you can redistribute it and/or modify it
under the terms of the GNU Library General Public License as published by
the Free Software Foundation; either version 2 of the License, or (at your
option) any later version.
This library is distributed in the hope that it will be useful, but WITHOUT
ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public
License for more details.
You should have received a copy of the GNU Library General Public License
along with this library; see the file COPYING.LIB. If not, write to the
Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA
02110-1301, USA.
*/
#include "modelcommander.h"
#include "dynamictreemodel.h"
ModelCommander::ModelCommander(DynamicTreeModel* model, QObject *parent)
: QObject(parent), m_model(model)
{
}
QStringList ModelCommander::execute_testInsertWhenEmpty(const QString &dataTag)
{
ModelInsertCommand *ins = new ModelInsertCommand(m_model, this);
ins->setStartRow(0);
static const QStringList testData = QStringList() << "insert01"
<< "insert02"
<< "insert03";
if(dataTag.isEmpty())
return testData;
if (dataTag == testData.at(0))
{
// Insert a single item at the top.
ins->setEndRow(0);
} else if (dataTag == testData.at(1))
{
// Insert 10 items.
ins->setEndRow(9);
} else if (dataTag == testData.at(2))
{
// Insert 5 items, some of which are parents
ins->interpret(
" - 1"
" - - 2"
" - 3"
" - 4"
" - - 5"
" - - - 6"
" - 7"
" - 8"
" - - 9"
);
} else {
qDebug() << dataTag;
return testData;
}
execute(ins);
return testData;
}
void ModelCommander::init_testInsertWhenEmpty(const QString &dataTag)
{
Q_UNUSED(dataTag);
}
void ModelCommander::init_testInsertInRoot(const QString &dataTag)
{
initTestModel(dataTag);
}
void ModelCommander::init_testInsertInTopLevel(const QString &dataTag)
{
initTestModel(dataTag);
}
void ModelCommander::init_testInsertInSecondLevel(const QString &dataTag)
{
initTestModel(dataTag);
}
void ModelCommander::init_testRemoveFromRoot(const QString& dataTag)
{
initTestModel(dataTag);
}
void ModelCommander::init_testRemoveFromSecondLevel(const QString& dataTag)
{
initTestModel(dataTag);
}
void ModelCommander::init_testRemoveFromTopLevel(const QString& dataTag)
{
initTestModel(dataTag);
}
void ModelCommander::init_testMoveFromRoot(const QString& dataTag)
{
initTestModel(dataTag);
}
void ModelCommander::init_testMoveFromSecondLevel(const QString& dataTag)
{
initTestModel(dataTag);
}
void ModelCommander::init_testMoveFromTopLevel(const QString& dataTag)
{
initTestModel(dataTag);
}
void ModelCommander::init_testModifyInRoot(const QString& dataTag)
{
initTestModel(dataTag);
}
void ModelCommander::init_testModifyInTopLevel(const QString& dataTag)
{
initTestModel(dataTag);
}
void ModelCommander::init_testModifyInSecondLevel(const QString& dataTag)
{
initTestModel(dataTag);
}
void ModelCommander::initTestModel(const QString &dataTag)
{
Q_UNUSED(dataTag);
// A standard initial model for all these tests.
ModelInsertCommand *ins = new ModelInsertCommand(m_model, this);
ins->setStartRow(0);
ins->interpret(
" - 1"
" - 2"
" - - 3"
" - - 4"
" - - 5"
" - 6"
" - 7"
" - 8"
" - 9"
" - - 10"
" - - 11"
" - - - 12"
" - - - 13"
" - - 14"
" - - 15"
" - - 16"
" - - 17"
" - - - 18"
" - - - 19"
" - - - - 20"
" - - - - 21"
" - - - 22"
" - - - 23"
" - - - 24"
" - - - 25"
" - - - - 26"
" - - - - 27"
" - - - 28"
" - - - 29"
" - - - - 30"
" - - - 31"
" - - - 32"
" - - 33"
" - - 34"
" - - - 35"
" - - 36"
" - - 37"
" - 38"
" - 39"
" - - 40"
" - - 41"
" - 42"
" - 43"
);
execute(ins);
}
QStringList ModelCommander::execute_testInsertInRoot(const QString &dataTag)
{
return executeTestInsert(QList<int>(), dataTag);
}
QStringList ModelCommander::execute_testInsertInTopLevel(const QString &dataTag)
{
return executeTestInsert(QList<int>() << 5, dataTag);
}
QStringList ModelCommander::execute_testInsertInSecondLevel(const QString &dataTag)
{
return executeTestInsert(QList<int>() << 5 << 5, dataTag);
}
QStringList ModelCommander::execute_testRemoveFromRoot(const QString &dataTag)
{
return executeTestRemove(QList<int>(), dataTag);
}
QStringList ModelCommander::execute_testRemoveFromTopLevel(const QString &dataTag)
{
return executeTestRemove(QList<int>() << 5, dataTag);
}
QStringList ModelCommander::execute_testRemoveFromSecondLevel(const QString &dataTag)
{
return executeTestRemove(QList<int>() << 5 << 5, dataTag);
}
QStringList ModelCommander::execute_testMoveFromRoot(const QString &dataTag)
{
return executeTestMove(QList<int>(), dataTag);
}
QStringList ModelCommander::execute_testMoveFromTopLevel(const QString &dataTag)
{
return executeTestMove(QList<int>() << 5, dataTag);
}
QStringList ModelCommander::execute_testMoveFromSecondLevel(const QString &dataTag)
{
return executeTestMove(QList<int>() << 5 << 5, dataTag);
}
QStringList ModelCommander::execute_testModifyInRoot(const QString &dataTag)
{
return executeTestModify(QList<int>(), dataTag);
}
QStringList ModelCommander::execute_testModifyInTopLevel(const QString &dataTag)
{
return executeTestModify(QList<int>() << 5, dataTag);
}
QStringList ModelCommander::execute_testModifyInSecondLevel(const QString &dataTag)
{
return executeTestModify(QList<int>() << 5 << 5, dataTag);
}
void ModelCommander::execute(ModelChangeCommand* command)
{
m_currentCommand = command;
command->doCommand();
delete command;
command = 0;
}
ModelChangeCommand* ModelCommander::currentCommand()
{
return m_currentCommand;
}
QStringList ModelCommander::executeTestRemove(QList<int> rowAncestors, const QString &dataTag)
{
static const QStringList testData = QStringList() << "remove01"
<< "remove02"
<< "remove03";
if(dataTag.isEmpty())
return testData;
ModelRemoveCommand *rem = new ModelRemoveCommand(m_model, this);
if (dataTag == testData.at(0))
{
// Remove a single item from the top.
rem->setAncestorRowNumbers(rowAncestors);
rem->setStartRow(0);
rem->setEndRow(0);
} else if (dataTag == testData.at(1))
{
// Remove four items form the top.
rem->setAncestorRowNumbers(rowAncestors);
rem->setStartRow(0);
rem->setEndRow(4);
} else if (dataTag == testData.at(2))
{
// Remove a single item from the bottom.
rem->setAncestorRowNumbers(rowAncestors);
rem->setStartRow(m_model->rowCount() - 1);
rem->setEndRow(m_model->rowCount() - 1);
}
execute(rem);
return testData;
}
QStringList ModelCommander::executeTestMove(QList<int> rowAncestors, const QString &dataTag)
{
static const QStringList testData = QStringList() << "move01"
<< "move02"
<< "move03"
<< "move04"
<< "move05";
if(dataTag.isEmpty())
return testData;
ModelMoveCommand *move = new ModelMoveCommand(m_model, this);
if (dataTag == testData.at(0))
{
// Move a single item from the top to the middle in the same parent.
move->setAncestorRowNumbers(rowAncestors);
move->setStartRow(0);
move->setEndRow(0);
move->setDestAncestors(rowAncestors);
move->setDestRow(5);
} else if (dataTag == testData.at(1))
{
// Move a single item from the middle to the top in the same parent.
move->setAncestorRowNumbers(rowAncestors);
move->setStartRow(4);
move->setEndRow(4);
move->setDestAncestors(rowAncestors);
move->setDestRow(0);
} else if (dataTag == testData.at(2))
{
// Move a single item from the middle to the bottom in the same parent.
move->setAncestorRowNumbers(rowAncestors);
move->setStartRow(4);
move->setEndRow(4);
move->setDestAncestors(rowAncestors);
move->setDestRow(10);
} else if (dataTag == testData.at(3))
{
// Move a single item from the bottom to the middle in the same parent.
move->setAncestorRowNumbers(rowAncestors);
move->setStartRow(9);
move->setEndRow(9);
move->setDestAncestors(rowAncestors);
move->setDestRow(4);
} else if (dataTag == testData.at(4))
{
// Move a single item from the bottom to the top in the same parent.
move->setAncestorRowNumbers(rowAncestors);
move->setStartRow(9);
move->setEndRow(9);
move->setDestAncestors(rowAncestors);
move->setDestRow(0);
}
execute(move);
return testData;
}
QStringList ModelCommander::executeTestModify(QList<int> rowAncestors, const QString &dataTag)
{
static const QStringList testData = QStringList() << "modify01"
<< "modify02"
<< "modify03"
<< "modify04"
<< "modify05"
<< "modify06"
<< "modify07";
if(dataTag.isEmpty())
return testData;
ModelDataChangeCommand *modify = new ModelDataChangeCommand(m_model, this);
if (dataTag == testData.at(0))
{
// Modify a single item at the top.
modify->setAncestorRowNumbers(rowAncestors);
modify->setStartRow(0);
modify->setEndRow(0);
} else if (dataTag == testData.at(1))
{
// Modify four items at the top.
modify->setAncestorRowNumbers(rowAncestors);
modify->setStartRow(0);
modify->setEndRow(4);
} else if (dataTag == testData.at(2))
{
// Modify a single item at the bottom.
modify->setAncestorRowNumbers(rowAncestors);
modify->setStartRow(m_model->rowCount() - 1);
modify->setEndRow(m_model->rowCount() - 1);
} else if (dataTag == testData.at(3))
{
// Modify four items at the bottom.
modify->setAncestorRowNumbers(rowAncestors);
modify->setStartRow(m_model->rowCount() - 4);
modify->setEndRow(m_model->rowCount() - 1);
} else if (dataTag == testData.at(4))
{
// Modify a single item in the middle.
modify->setAncestorRowNumbers(rowAncestors);
modify->setStartRow(4);
modify->setEndRow(4);
} else if (dataTag == testData.at(5))
{
// Modify four items in the middle.
modify->setAncestorRowNumbers(rowAncestors);
modify->setStartRow(3);
modify->setEndRow(7);
} else if (dataTag == testData.at(6))
{
// Modify all items.
modify->setAncestorRowNumbers(rowAncestors);
modify->setStartRow(0);
modify->setEndRow(m_model->rowCount() - 1);
}
execute(modify);
return testData;
}
QStringList ModelCommander::executeTestInsert(QList<int> rowAncestors, const QString &dataTag)
{
static const QStringList testData = QStringList() << "insert01"
<< "insert02"
<< "insert03"
<< "insert04"
<< "insert05"
<< "insert06"
<< "insert07"
<< "insert08"
<< "insert09"
<< "insert10"
<< "insert11"
<< "insert12"
<< "insert13"
<< "insert14"
<< "insert15"
<< "insert16"
<< "insert17"
<< "insert18";
if(dataTag.isEmpty())
return testData;
ModelInsertCommand *ins = new ModelInsertCommand(m_model, this);
if (dataTag == testData.at(0))
{
// Insert a single item at the top.
ins->setAncestorRowNumbers(rowAncestors);
ins->setStartRow(0);
ins->setEndRow(0);
} else if (dataTag == testData.at(1))
{
// Insert 10 items at the top.
ins->setAncestorRowNumbers(rowAncestors);
ins->setStartRow(0);
ins->setEndRow(9);
} else if (dataTag == testData.at(2))
{
// Insert a single item at the bottom.
ins->setAncestorRowNumbers(rowAncestors);
ins->setStartRow(m_model->rowCount());
ins->setEndRow(m_model->rowCount());
} else if (dataTag == testData.at(3))
{
// Insert a 10 items at the bottom.
ins->setAncestorRowNumbers(rowAncestors);
ins->setStartRow(m_model->rowCount());
ins->setEndRow(m_model->rowCount() + 9);
} else if (dataTag == testData.at(4))
{
// Insert a single item in the middle
ins->setAncestorRowNumbers(rowAncestors);
ins->setStartRow(4);
ins->setEndRow(4);
} else if (dataTag == testData.at(5))
{
// Insert 10 items in the middle
ins->setAncestorRowNumbers(rowAncestors);
ins->setStartRow(4);
ins->setEndRow(13);
} else if (dataTag == testData.at(6))
{
// Insert a single item at with children at the top
ins->setAncestorRowNumbers(rowAncestors);
ins->setStartRow(0);
ins->interpret(
" - 1"
" - - 2"
" - - - 3"
" - - - - 4"
" - - 5"
);
} else if (dataTag == testData.at(7))
{
// Insert a single item at with children at the bottom
ins->setAncestorRowNumbers(rowAncestors);
ins->setStartRow(m_model->rowCount());
ins->interpret(
" - 1"
" - - 2"
" - - - 3"
" - - - - 4"
" - - 5"
);
} else if (dataTag == testData.at(8))
{
// Insert a single item at with children in the middle
ins->setAncestorRowNumbers(rowAncestors);
ins->setStartRow(4);
ins->interpret(
" - 1"
" - - 2"
" - - - 3"
" - - - - 4"
" - - 5"
);
}
else if (dataTag == testData.at(9))
{
// Insert 5 items, some of which are parents at the top
ins->setAncestorRowNumbers(rowAncestors);
ins->setStartRow(0);
ins->interpret(
" - 1"
" - - 2"
" - 3"
" - 4"
" - - 5"
" - - 6"
" - - - 7"
" - 8"
" - 9"
" - - 10"
);
}
else if (dataTag == testData.at(10))
{
// Insert 5 items, some of which are parents at the bottom
ins->setAncestorRowNumbers(rowAncestors);
ins->setStartRow(m_model->rowCount());
ins->interpret(
" - 1"
" - - 2"
" - 3"
" - 4"
" - - 5"
" - - 6"
" - - - 7"
" - 8"
" - 9"
" - - 10"
);
}
else if (dataTag == testData.at(11))
{
// Insert 5 items, some of which are parents in the middle
ins->setAncestorRowNumbers(rowAncestors);
ins->setStartRow(4);
ins->interpret(
" - 1"
" - - 2"
" - 3"
" - 4"
" - - 5"
" - - 6"
" - - - 7"
" - 8"
" - 9"
" - - 10"
);
} else if (dataTag == testData.at(12))
{
// Insert 5 items, some of which are parents in the middle
ins->setAncestorRowNumbers(rowAncestors << 0);
ins->setStartRow(0);
ins->setEndRow(0);
} else if (dataTag == testData.at(13))
{
// Insert 5 items, some of which are parents in the middle
ins->setAncestorRowNumbers(rowAncestors << 0);
ins->setStartRow(0);
ins->setEndRow(9);
} else if (dataTag == testData.at(14))
{
// Insert 5 items, some of which are parents in the middle
ins->setAncestorRowNumbers(rowAncestors << 0);
ins->setStartRow(0);
ins->interpret(
" - 1"
" - - 2"
" - 3"
" - 4"
" - - 5"
" - - 6"
" - - - 7"
" - 8"
" - 9"
" - - 10"
);
} else if (dataTag == testData.at(15))
{
// Insert 5 items, some of which are parents in the middle
ins->setAncestorRowNumbers(rowAncestors << 9);
ins->setStartRow(0);
ins->setEndRow(0);
} else if (dataTag == testData.at(16))
{
// Insert 5 items, some of which are parents in the middle
ins->setAncestorRowNumbers(rowAncestors << 9);
ins->setStartRow(0);
ins->setEndRow(9);
} else if (dataTag == testData.at(17))
{
// Insert 5 items, some of which are parents in the middle
ins->setAncestorRowNumbers(rowAncestors << 9);
ins->setStartRow(0);
ins->interpret(
" - 1"
" - - 2"
" - 3"
" - 4"
" - - 5"
" - - 6"
" - - - 7"
" - 8"
" - 9"
" - - 10"
);
} else {
qDebug() << dataTag;
delete ins;
return testData;
}
execute(ins);
return testData;
}