@SuppressWarnings("nls")
public void testAccessors() {
Criteria criteria = new Criteria();
criteria.setAsyncMessageReturnSelected(true);
criteria.setAsyncMessageSelected(true);
criteria.setCaseSenstiveSelected(true);
criteria.setLifeLineSelected(true);
criteria.setStopSelected(true);
criteria.setSyncMessageReturnSelected(true);
criteria.setSyncMessageSelected(true);
criteria.setExpression("test.*");
// set true to all flags
assertTrue("testAccessors", criteria.isAsyncMessageReturnSelected());
assertTrue("testAccessors", criteria.isAsyncMessageSelected());
assertTrue("testAccessors", criteria.isCaseSenstiveSelected());
assertTrue("testAccessors", criteria.isLifeLineSelected());
assertTrue("testAccessors", criteria.isStopSelected());
assertTrue("testAccessors", criteria.isSyncMessageReturnSelected());
assertTrue("testAccessors", criteria.isSyncMessageSelected());
assertEquals("testAccessors", "test.*", criteria.getExpression());
assertNotNull("testAccessors", criteria.getPattern());
assertEquals("testAccessors", "test.*", criteria.getPattern().pattern());
assertEquals("testAccessors", 0, criteria.getPattern().flags() & Pattern.CASE_INSENSITIVE);
// set false to all flags
criteria.setAsyncMessageReturnSelected(false);
criteria.setAsyncMessageSelected(false);
criteria.setCaseSenstiveSelected(false);
criteria.setLifeLineSelected(false);
criteria.setStopSelected(false);
criteria.setSyncMessageReturnSelected(false);
criteria.setSyncMessageSelected(false);
assertFalse("testAccessors", criteria.isAsyncMessageReturnSelected());
assertFalse("testAccessors", criteria.isAsyncMessageSelected());
assertFalse("testAccessors", criteria.isCaseSenstiveSelected());
assertFalse("testAccessors", criteria.isLifeLineSelected());
assertFalse("testAccessors", criteria.isStopSelected());
assertFalse("testAccessors", criteria.isSyncMessageReturnSelected());
assertFalse("testAccessors", criteria.isSyncMessageSelected());
assertEquals("testAccessors", "test.*", criteria.getExpression());
assertNotNull("testAccessors", criteria.getPattern());
assertEquals("testAccessors", "test.*", criteria.getPattern().pattern());
assertEquals(
"testAccessors",
Pattern.CASE_INSENSITIVE,
criteria.getPattern().flags() & Pattern.CASE_INSENSITIVE);
}
@SuppressWarnings("nls")
public void testCriteriaCriteria() {
Criteria criteria = new Criteria();
criteria.setExpression("test");
criteria.setLifeLineSelected(true);
criteria.setSyncMessageSelected(true);
Criteria copy = new Criteria(criteria);
assertEquals(
"testCriteriaCriteria",
criteria.isAsyncMessageReturnSelected(),
copy.isAsyncMessageReturnSelected());
assertEquals(
"testCriteriaCriteria", criteria.isAsyncMessageSelected(), copy.isAsyncMessageSelected());
assertEquals(
"testCriteriaCriteria", criteria.isCaseSenstiveSelected(), copy.isCaseSenstiveSelected());
assertEquals("testCriteriaCriteria", criteria.isLifeLineSelected(), copy.isLifeLineSelected());
assertEquals("testCriteriaCriteria", criteria.isStopSelected(), copy.isStopSelected());
assertEquals(
"testCriteriaCriteria",
criteria.isSyncMessageReturnSelected(),
copy.isSyncMessageReturnSelected());
assertEquals(
"testCriteriaCriteria", criteria.isSyncMessageSelected(), copy.isSyncMessageSelected());
assertEquals("testCriteriaCriteria", criteria.getExpression(), copy.getExpression());
assertEquals(
"testCriteriaCriteria", criteria.getPattern().pattern(), copy.getPattern().pattern());
}
@SuppressWarnings("nls")
public void testCompareTo() {
Criteria criteria = new Criteria();
criteria.setExpression("test");
criteria.setLifeLineSelected(true);
criteria.setSyncMessageSelected(true);
Criteria copy = new Criteria(criteria);
assertTrue("testCompareTo", criteria.compareTo(copy));
assertTrue("testCompareTo", copy.compareTo(criteria));
assertTrue("testCompareTo", criteria.compareTo(criteria));
copy.setExpression(null);
assertFalse("testCompareTo", criteria.compareTo(copy));
assertFalse("testCompareTo", copy.compareTo(criteria));
criteria.setExpression(null);
assertTrue("testCompareTo", criteria.compareTo(copy));
assertTrue("testCompareTo", copy.compareTo(criteria));
criteria.setExpression("test");
copy.setExpression("test.*[12345]");
assertFalse("testCompareTo", criteria.compareTo(copy));
assertFalse("testCompareTo", copy.compareTo(criteria));
copy.setExpression("test");
copy.setAsyncMessageReturnSelected(true);
assertFalse("testCompareTo", criteria.compareTo(copy));
assertFalse("testCompareTo", copy.compareTo(criteria));
}
@SuppressWarnings("nls")
public void testLoad() {
DialogSettings settings = new DialogSettings("mysettings");
Criteria criteria = new Criteria();
criteria.setExpression("test");
criteria.setLifeLineSelected(true);
criteria.setSyncMessageSelected(true);
// Save the criteria to the dialog settings
criteria.save(settings);
// Load the criteria from the dialog settings
Criteria copy = new Criteria();
copy.load(settings);
assertTrue("testCompareTo", criteria.compareTo(copy));
assertTrue("testCompareTo", copy.compareTo(criteria));
}
@SuppressWarnings("nls")
public void testSave() {
DialogSettings settings = new DialogSettings("mysettings");
Criteria criteria = new Criteria();
criteria.setExpression("test");
criteria.setLifeLineSelected(true);
criteria.setSyncMessageSelected(true);
// Save the criteria to the dialog settings
criteria.save(settings);
// Check if all values are saved as expected
assertEquals("testSave", "test", settings.get("expression"));
assertEquals("testSave", "false", settings.get("isCaseSenstiveSelected"));
assertEquals("testSave", "false", settings.get("isAsyncMessageReturnSelected"));
assertEquals("testSave", "false", settings.get("isAsyncMessageSelected"));
assertEquals("testSave", "true", settings.get("isLifeLineSelected"));
assertEquals("testSave", "false", settings.get("isStopSelected"));
assertEquals("testSave", "false", settings.get("isSyncMessageReturnSelected"));
assertEquals("testSave", "true", settings.get("isSyncMessageSelected"));
}
@SuppressWarnings("nls")
public void testGetGraphNodeSummary() {
// Create a dummy provider
ISDFilterProvider provider =
new ISDFilterProvider() {
@Override
public boolean isNodeSupported(int nodeType) {
return true;
}
@Override
public String getNodeName(int nodeType, String loaderClassName) {
// not clear about purpose loaderClassName
switch (nodeType) {
case ISDGraphNodeSupporter.LIFELINE:
return "MyLifeline";
case ISDGraphNodeSupporter.SYNCMESSAGE:
return "MySyncMessage";
case ISDGraphNodeSupporter.SYNCMESSAGERETURN:
return "MySyncMessageReturn";
case ISDGraphNodeSupporter.ASYNCMESSAGE:
return "MyAsyncMessage";
case ISDGraphNodeSupporter.ASYNCMESSAGERETURN:
return "MyAsyncMessageReturn";
case ISDGraphNodeSupporter.STOP:
return "MyStop";
default:
return "";
}
}
@Override
public boolean filter(List<?> filters) {
return false;
}
};
Criteria criteria = new Criteria();
criteria.setExpression("BALL_.*");
criteria.setAsyncMessageReturnSelected(true);
criteria.setAsyncMessageSelected(true);
criteria.setLifeLineSelected(true);
criteria.setStopSelected(true);
criteria.setSyncMessageReturnSelected(true);
criteria.setSyncMessageSelected(true);
// Test summary when provider is available
String summary = criteria.getGraphNodeSummary(provider, null);
assertEquals(
"testGetGraphNodeSummary",
"[MyLifeline or MySyncMessage or MySyncMessageReturn or MyAsyncMessage or MyAsyncMessageReturn or MyStop]",
summary);
// Test default summary when no provider is provided
summary = criteria.getGraphNodeSummary(null, null);
assertEquals(
"testGetGraphNodeSummary",
"[Lifeline or Synchronous message or Synchronous message return or Asynchronous message or Asynchronous message return or Stop]",
summary);
}