/** Accuracy Test of the <code>getColumnClass(int)</code> method. */
public void testgetColumnClass() {
// get the first col class to check the method.
assertEquals("The col class expected to be equal", String.class, tagTable.getColumnClass(0));
// get the second col class to check the method.
assertEquals("The col class expected to be equal", String.class, tagTable.getColumnClass(1));
// get the out range col class to check the method.
assertNull("The col class expected to be null", tagTable.getColumnClass(3));
// get the out range col class to check the method.
assertNull("The col class expected to be null", tagTable.getColumnClass(-1));
}
/** Accuracy Test of the <code>DefaultTagTableModel(DefaultTagEditor)</code> constructor. */
public void testconstructor_Simple() {
tagTable = new DefaultTagTableModel(parent);
// creat a new instance.
assertNotNull("Constructor should work well.", tagTable);
// get the first col name to check the constructor.
assertEquals(
"The col name expected to be equal", DEFAULT_COLUMN_NAMES[0], tagTable.getColumnName(0));
// get the second col name to check the constructor.
assertEquals(
"The col name expected to be equal", DEFAULT_COLUMN_NAMES[1], tagTable.getColumnName(1));
}
/**
* Accuracy Test of the <code>DefaultTagTableModel(DefaultTagEditor, String[], String, String)
* </code> constructor.
*/
public void testconstructor_Complex() {
String[] cols = new String[] {"tag", "value"};
tagTable = new DefaultTagTableModel(parent, cols, null, null);
// creat a new instance.
assertNotNull("Constructor should work well.", tagTable);
// get the first col name to check the constructor.
assertEquals("The col name expected to be equal", cols[0], tagTable.getColumnName(0));
// get the second col name to check the constructor.
assertEquals("The col name expected to be equal", cols[1], tagTable.getColumnName(1));
}
/** Accuracy Test of the <code>isCellEditable(int, int)</code> method. */
public void testisCellEditable() {
// get the cell (0, 0) to check the method.
assertTrue("The cell expected to be editable", tagTable.isCellEditable(0, 0));
// get the cell (0, 1) to check the method.
assertFalse("The cell expected to be not editable", tagTable.isCellEditable(0, 1));
// creat a new vlaues.
List<String> row = new ArrayList<String>();
row.add("col1");
row.add("col2");
List<List<String>> values = new ArrayList<List<String>>();
for (int i = 0; i < 4; i++) {
values.add(row);
}
// create a new value objects
TaggedValue taggedObject = new TaggedValueImpl();
List<TaggedValue> valueObjects = new ArrayList<TaggedValue>();
for (int i = 0; i < 4; i++) {
valueObjects.add(taggedObject);
}
// update the new values.
tagTable.updateValues(values, valueObjects);
// get the cell (3, 1) to check the method.
assertTrue("The cell expected to be editable", tagTable.isCellEditable(3, 1));
// get the cell (3, 0) to check the method.
assertFalse("The cell expected to be not editable", tagTable.isCellEditable(3, 0));
// get the cell (4, 0) to check the method.
assertTrue("The cell expected to be editable", tagTable.isCellEditable(4, 0));
// get the cell (4, 1) to check the method.
assertFalse("The cell expected to be not editable", tagTable.isCellEditable(4, 1));
}
/** Accuracy Test of the <code>getValueAt(int, int)</code> method. */
public void testgetValueAt() {
// creat a new vlaues.
List<String> row = new ArrayList<String>();
row.add("col1");
row.add("col2");
List<List<String>> values = new ArrayList<List<String>>();
for (int i = 0; i < 4; i++) {
values.add(row);
}
// create a new value objects
TaggedValue taggedObject = new TaggedValueImpl();
List<TaggedValue> valueObjects = new ArrayList<TaggedValue>();
for (int i = 0; i < 4; i++) {
valueObjects.add(taggedObject);
}
// update the new values.
tagTable.updateValues(values, valueObjects);
// get the cell (3, 1) to check the method.
assertEquals("The value expected to be equal", "col2", tagTable.getValueAt(3, 1));
// get the cell (2, 0) to check the method.
assertEquals("The value expected to be equal", "col1", tagTable.getValueAt(2, 0));
// get the cell (4, 0) to check the method.
assertEquals("The value expected to be equal", DEFAULT_TAG_PROMPT, tagTable.getValueAt(4, 0));
// get the cell (4, 1) to check the method.
assertEquals("The value expected to be equal", "", tagTable.getValueAt(4, 1));
// get the cell out of range to check the method.
assertNull("The value expected to be null", tagTable.getValueAt(10, 0));
}
/** Accuracy Test of the <code>getColumnName(int)</code> method. */
public void testgetColumnName() {
// get the first col name to check the method.
assertEquals(
"The col name expected to be equal", DEFAULT_COLUMN_NAMES[0], tagTable.getColumnName(0));
// get the second col name to check the method.
assertEquals(
"The col name expected to be equal", DEFAULT_COLUMN_NAMES[1], tagTable.getColumnName(1));
// get the out range col name to check the method.
assertNull("The col name expected to be null", tagTable.getColumnName(3));
// creat a new col names.
String[] cols = new String[] {"new tag", "new value"};
tagTable = new DefaultTagTableModel(parent, cols, null, null);
// get the first col name to check the constructor.
assertEquals("The col name expected to be equal", cols[0], tagTable.getColumnName(0));
// get the second col name to check the constructor.
assertEquals("The col name expected to be equal", cols[1], tagTable.getColumnName(1));
// get the out range col name to check the method.
assertNull("The col name expected to be null", tagTable.getColumnName(-1));
}
/** Accuracy Test of the <code>getRowCount()</code> method. */
public void testgetRowCount() {
// get the row number to check the method.
assertEquals("The col number expected to be 1", 1, tagTable.getRowCount());
// creat a new vlaues.
List<String> row = new ArrayList<String>();
row.add("col1");
row.add("col2");
List<List<String>> values = new ArrayList<List<String>>();
for (int i = 0; i < 4; i++) {
values.add(row);
}
// create a new value objects
TaggedValue taggedObject = new TaggedValueImpl();
List<TaggedValue> valueObjects = new ArrayList<TaggedValue>();
for (int i = 0; i < 4; i++) {
valueObjects.add(taggedObject);
}
// update the new values.
tagTable.updateValues(values, valueObjects);
// get the row number to check the method.
assertEquals("The col number expected to be 5", 5, tagTable.getRowCount());
}
/** Accuracy Test of the <code>setValueAt(Objectint, int)</code> method. */
public void testsetValueAt() {
// creat a new vlaues.
List<String> row = new ArrayList<String>();
row.add("col1");
row.add("col2");
List<List<String>> values = new ArrayList<List<String>>();
for (int i = 0; i < 4; i++) {
values.add(row);
}
// create a new value objects
TaggedValue taggedObject = new TaggedValueImpl();
List<TaggedValue> valueObjects = new ArrayList<TaggedValue>();
for (int i = 0; i < 4; i++) {
valueObjects.add(taggedObject);
}
// update the new values.
tagTable.updateValues(values, valueObjects);
// get the row number to check the method.
assertEquals("The value expected to be equal", 5, tagTable.getRowCount());
// delete the row 3
tagTable.setValueAt("", 2, 1);
// get the row number to check the method.
assertEquals("The value expected to be equal", 4, tagTable.getRowCount());
// update the row 2;
tagTable.setValueAt("my", 1, 1);
// get the cell (2, 0) to check the method.
assertEquals("The value expected to be equal", "my", tagTable.getValueAt(1, 1));
// creat a new row
tagTable.setValueAt("new Row", 3, 0);
// get the cell (3, 0) to check the method.
assertTrue(
"The value expected to be equal", tagTable.getValueAt(3, 0).toString().endsWith("new Row"));
// get the cell (3, 0) to check the method.
assertEquals("The value expected to be equal", DEFAULT_VALUE_PROMPT, tagTable.getValueAt(3, 1));
}
/** Accuracy Test of the <code>getColumnCount()</code> method. */
public void testgetColumnCount() {
// get the col number to check the method.
assertEquals("The col number expected to be 2", 2, tagTable.getColumnCount());
}
