@Test
/* Structural Basis, Nominal Case */
public void testCompression() {
Segmentator segmentator = new Segmentator(3, "test.txt");
List<Integer> actualList = segmentator.compression();
List<Integer> expectedList = new ArrayList<Integer>();
expectedList.add(0);
expectedList.add(1);
expectedList.add(2);
expectedList.add(3);
expectedList.add(4);
expectedList.add(3);
expectedList.add(4);
expectedList.add(1);
expectedList.add(5);
expectedList.add(3);
expectedList.add(2);
expectedList.add(3);
expectedList.add(1);
expectedList.add(6);
expectedList.add(7);
expectedList.add(8);
assertEquals(expectedList, actualList);
}
@Test
/* Structural Basis */
public void testCompressEmptyFile() {
Segmentator segmentator = new Segmentator(1, "emptyFile.txt");
// Compressing an empty file should return an empty compressed list.
List<Integer> actualList = segmentator.compression();
List<Integer> expectedList = new ArrayList<Integer>();
assertEquals(expectedList, actualList);
}
@Test
/* Stress Test */
public void testSegmentStringStress() {
Segmentator segmentator = new Segmentator(5, "Frankenstein.txt");
segmentator.compression();
}
