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package net.israfil.foundation.collections.nspace;
import java.util.Collection;
import java.util.HashSet;
import java.util.Iterator;
import org.testng.Assert;
import org.testng.SkipException;
import org.testng.annotations.Test;
/**
* @author cgruber
*
* To change this generated comment edit the template variable "typecomment":
* Window>Preferences>Java>Templates.
* To enable and disable the creation of type comments go to
* Window>Preferences>Java>Code Generation.
*/
@Test
public class SimpleDimensionTest {
Object o1 = "TestValue1";
String d1Name = "TestDimension1";
String ordinal1 = "TestOrdinal1";
String ordinal2 = "TestOrdinal2";
String ordinal3 = "TestOrdinal3";
/**
* test {@link Dimension.Dimension(String,String) Dimension(String,String)}
*/
public void testConstructor_String_String() {
Dimension d = new SimpleDimension(d1Name, ordinal1);
Assert.assertEquals(d1Name,d.getName(),"Name doesn't equal provided string.");
Assert.assertTrue(d.size() == 1,"Size is not equal to 1");
}
/**
* test {@link Dimension.getName() getName()}
*/
public void testGetName() {
Dimension d = new SimpleDimension(d1Name, ordinal1);
Assert.assertEquals(d1Name,d.getName());
}
/**
* test {@link Dimension.register(NSpace) register(NSpace)}
*/
public void testRegister_NSpace() {
throw new SkipException("Unimplemented Test");
}
/**
* test {@link Dimension.deregister(NSpace) deregister(NSpace)}
*/
public void testDeregister_NSpace() {
throw new SkipException("Unimplemented Test");
}
/**
* test {@link Dimension.register(NSpace[]) register(NSpace[])}
*/
public void testRegister_NSpaceArray() {
throw new SkipException("Unimplemented Test");
}
/**
* test {@link Dimension.deregister(NSpace[]) deregister(NSpace[])}
*/
public void testDeregister_NSpaceArray() {
throw new SkipException("Unimplemented Test");
}
/**
* test {@link Dimension.add(Object) add(Object)}
*/
public void testAdd_Object() {
Dimension d = new SimpleDimension(d1Name,ordinal1);
d.add(ordinal2);
Assert.assertTrue(d.contains(ordinal2),"Dimension doesn't contain added position.");
}
/**
* test {@link Dimension.addAll(Collection) addAll(Collection)}
*/
public void testAddAll_Collection() {
Dimension d = new SimpleDimension(d1Name,ordinal1);
Collection<String> c = new HashSet<String>();
c.add(ordinal2);
c.add(ordinal3);
d.addAll(c);
Assert.assertTrue(d.contains(ordinal2),"Dimension doesn't contain added position.");
Assert.assertTrue(d.contains(ordinal3),"Dimension doesn't contain added position.");
}
@Test(expectedExceptions={UnsupportedOperationException.class})
public void testClear() {
new SimpleDimension(d1Name,ordinal1).clear();
}
/**
* test {@link Dimension.containsAll(Collection) containsAll(Collection)}
*/
public void testContainsAll_Collection() {
Dimension d = new SimpleDimension(d1Name,ordinal1);
d.add(ordinal2);
Collection<String> c = new HashSet<String>();
c.add(ordinal1);
c.add(ordinal2);
Assert.assertTrue(d.containsAll(c),"Dimension doesn't contain added positions.");
d = new SimpleDimension(d1Name,ordinal1);
Assert.assertFalse(d.containsAll(c),"Dimension claims to contain positions it shouldn't.");
}
@Test(expectedExceptions={UnsupportedOperationException.class})
public void testIsEmpty() {
new SimpleDimension(d1Name,ordinal1).isEmpty();
}
/**
* test {@link Dimension.iterator() iterator()}
*/
public void testIterator() {
Dimension d = new SimpleDimension(d1Name,ordinal1);
Iterator<String> i = d.iterator();
Assert.assertEquals(ordinal1,i.next());
Assert.assertFalse(i.hasNext());
}
/**
* test (@link Dimension.remove(Object) remove(Object)}
*/
public void testRemove_Object() {
String toBeRemoved = ordinal2;
Dimension d = new SimpleDimension(d1Name,ordinal1)
.addPosition(toBeRemoved);
Assert.assertTrue(d.contains(toBeRemoved));
d.remove(toBeRemoved);
Assert.assertFalse(d.contains(toBeRemoved));
}
/**
* test {@link Dimension.removeAll(Collection) removeAll(Collection)}
* TODO: This should test removing every position
*/
public void testRemoveAll_Collection() {
Dimension d = new SimpleDimension(d1Name,ordinal1)
.addPosition(ordinal2)
.addPosition(ordinal3);
Assert.assertTrue(d.contains(ordinal2));
Assert.assertTrue(d.contains(ordinal3));
Collection<String> c = new HashSet<String>();
c.add(ordinal2);
c.add(ordinal3);
d.removeAll(c);
Assert.assertEquals(d.size(),1);
}
/**
* test {@link Dimension.retainAll(Collection) retainAll(Collection)}
*/
public void testRetainAll_Collection() {
Dimension d = new SimpleDimension(d1Name,ordinal1)
.addPosition(ordinal2)
.addPosition(ordinal3);
Assert.assertTrue(d.contains(ordinal2));
Assert.assertTrue(d.contains(ordinal3));
Collection<String> c = new HashSet<String>();
c.add(ordinal2);
c.add(ordinal3);
d.retainAll(c);
Assert.assertEquals(d.size(),2);
}
/**
* test {@link Dimensions.size() size()}
*/
public void testSize() {
Dimension d = new SimpleDimension(d1Name,ordinal1)
.addPosition(ordinal2)
.addPosition(ordinal3);
Assert.assertEquals(d.size(),3);
}
/**
* test {@link Dimensions.toArray() toArray()}
*/
public void testToArray() {
Dimension d = new SimpleDimension(d1Name,ordinal1);
String[] sa = (String[])d.toArray();
Assert.assertEquals(sa[0],ordinal1);
}
/**
* test {@link Dimension.toArray(Object[]) toArray(Object[])}
*/
public void testToArray_ObjectArray() {
Dimension d = new SimpleDimension(d1Name,ordinal1);
String[] sa = (String[])d.toArray(new String[d.size()]);
Assert.assertEquals(sa[0],ordinal1);
}
}
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