@Test
public void test3() {
Algorithm target = new PairWiseAlgorithm();
List<Parameter> parameters = new ArrayList<Parameter>();
parameters.add(new Parameter(1L, "param1", Arrays.asList(new String[] {"A", "B"})));
parameters.add(new Parameter(2L, "param2", Arrays.asList(new String[] {"C", "D"})));
ParameterList parameterList = new ParameterList(parameters);
CombinationList combinations = target.generate(parameterList, -1);
// if there is 2 pair
int expectedPairs = 4;
List<OnePair> allPairs =
new ArrayList<OnePair>(expectedPairs) {
private static final long serialVersionUID = 1L;
{
add(new OnePair(1L, "A", 2L, "C"));
add(new OnePair(1L, "A", 2L, "D"));
add(new OnePair(1L, "B", 2L, "C"));
add(new OnePair(1L, "B", 2L, "D"));
}
};
assertTrue(PairComparator.hasAllPairs(allPairs, combinations));
}
@Test
public void test_readDataFromFile() throws JsonSyntaxException, IOException {
Algorithm target = new PairWiseAlgorithm();
ParameterList parameters = new ParameterFileReader().getParameterList("data/testData.txt");
assertEquals(5, parameters.getParameters().size());
CombinationList combinations = target.generate(parameters, -1);
// if there is 66 pair
int expectedPairs = 66;
List<OnePair> allPairs =
new ArrayList<OnePair>(expectedPairs) {
private static final long serialVersionUID = 1L;
{
// pairs starting with parameter 1
add(new OnePair(0L, "a", 1L, "c"));
add(new OnePair(0L, "a", 1L, "d"));
add(new OnePair(0L, "a", 1L, "e"));
add(new OnePair(0L, "a", 1L, "f"));
add(new OnePair(0L, "a", 2L, "01"));
add(new OnePair(0L, "a", 2L, "001"));
add(new OnePair(0L, "a", 3L, "g"));
add(new OnePair(0L, "a", 3L, "h"));
add(new OnePair(0L, "a", 3L, "i"));
add(new OnePair(0L, "a", 4L, "j"));
add(new OnePair(0L, "a", 4L, "k"));
add(new OnePair(0L, "b", 1L, "c"));
add(new OnePair(0L, "b", 1L, "d"));
add(new OnePair(0L, "b", 1L, "e"));
add(new OnePair(0L, "b", 1L, "f"));
add(new OnePair(0L, "b", 2L, "01"));
add(new OnePair(0L, "b", 2L, "001"));
add(new OnePair(0L, "b", 3L, "g"));
add(new OnePair(0L, "b", 3L, "h"));
add(new OnePair(0L, "b", 3L, "i"));
add(new OnePair(0L, "b", 4L, "j"));
add(new OnePair(0L, "b", 4L, "k"));
// pairs starting with parameter 2
add(new OnePair(1L, "c", 2L, "01"));
add(new OnePair(1L, "c", 2L, "001"));
add(new OnePair(1L, "c", 3L, "g"));
add(new OnePair(1L, "c", 3L, "h"));
add(new OnePair(1L, "c", 3L, "i"));
add(new OnePair(1L, "c", 4L, "j"));
add(new OnePair(1L, "c", 4L, "k"));
add(new OnePair(1L, "d", 2L, "01"));
add(new OnePair(1L, "d", 2L, "001"));
add(new OnePair(1L, "d", 3L, "g"));
add(new OnePair(1L, "d", 3L, "h"));
add(new OnePair(1L, "d", 3L, "i"));
add(new OnePair(1L, "d", 4L, "j"));
add(new OnePair(1L, "d", 4L, "k"));
add(new OnePair(1L, "e", 2L, "01"));
add(new OnePair(1L, "e", 2L, "001"));
add(new OnePair(1L, "e", 3L, "g"));
add(new OnePair(1L, "e", 3L, "h"));
add(new OnePair(1L, "e", 3L, "i"));
add(new OnePair(1L, "e", 4L, "j"));
add(new OnePair(1L, "e", 4L, "k"));
add(new OnePair(1L, "f", 2L, "01"));
add(new OnePair(1L, "f", 2L, "001"));
add(new OnePair(1L, "f", 3L, "g"));
add(new OnePair(1L, "f", 3L, "h"));
add(new OnePair(1L, "f", 3L, "i"));
add(new OnePair(1L, "f", 4L, "j"));
add(new OnePair(1L, "f", 4L, "k"));
// pairs starting with parameter 3
add(new OnePair(2L, "01", 3L, "g"));
add(new OnePair(2L, "01", 3L, "h"));
add(new OnePair(2L, "01", 3L, "i"));
add(new OnePair(2L, "01", 4L, "j"));
add(new OnePair(2L, "01", 4L, "k"));
add(new OnePair(2L, "001", 3L, "g"));
add(new OnePair(2L, "001", 3L, "h"));
add(new OnePair(2L, "001", 3L, "i"));
add(new OnePair(2L, "001", 4L, "j"));
add(new OnePair(2L, "001", 4L, "k"));
// pairs starting with parameter 4
add(new OnePair(3L, "g", 4L, "j"));
add(new OnePair(3L, "g", 4L, "k"));
add(new OnePair(3L, "h", 4L, "j"));
add(new OnePair(3L, "h", 4L, "k"));
add(new OnePair(3L, "i", 4L, "j"));
add(new OnePair(3L, "i", 4L, "k"));
}
};
assertTrue(PairComparator.hasAllPairs(allPairs, combinations));
}
@Test
public void test7() {
Algorithm target = new PairWiseAlgorithm();
List<Parameter> parameters = new ArrayList<Parameter>();
parameters.add(new Parameter(0L, "Param0", Arrays.asList(new String[] {"a", "b"})));
parameters.add(new Parameter(1L, "Param1", Arrays.asList(new String[] {"c", "d", "e", "f"})));
parameters.add(new Parameter(2L, "Param2", Arrays.asList(new String[] {"01", "001"})));
parameters.add(new Parameter(3L, "Param3", Arrays.asList(new String[] {"g", "h", "i"})));
parameters.add(new Parameter(4L, "Param4", Arrays.asList(new String[] {"j", "k"})));
ParameterList parameterList = new ParameterList(parameters);
CombinationList combinations = target.generate(parameterList, -1);
// if there is 66 pair :
// 2*(4 + 2+3+2) + 4*(2+3+2) + 2*(3+2) + 3*2 = 66
int expectedPairs = 66;
List<OnePair> allPairs =
new ArrayList<OnePair>(expectedPairs) {
private static final long serialVersionUID = 1L;
{
// pairs starting with parameter 1
add(new OnePair(0L, "a", 1L, "c"));
add(new OnePair(0L, "a", 1L, "d"));
add(new OnePair(0L, "a", 1L, "e"));
add(new OnePair(0L, "a", 1L, "f"));
add(new OnePair(0L, "a", 2L, "01"));
add(new OnePair(0L, "a", 2L, "001"));
add(new OnePair(0L, "a", 3L, "g"));
add(new OnePair(0L, "a", 3L, "h"));
add(new OnePair(0L, "a", 3L, "i"));
add(new OnePair(0L, "a", 4L, "j"));
add(new OnePair(0L, "a", 4L, "k"));
add(new OnePair(0L, "b", 1L, "c"));
add(new OnePair(0L, "b", 1L, "d"));
add(new OnePair(0L, "b", 1L, "e"));
add(new OnePair(0L, "b", 1L, "f"));
add(new OnePair(0L, "b", 2L, "01"));
add(new OnePair(0L, "b", 2L, "001"));
add(new OnePair(0L, "b", 3L, "g"));
add(new OnePair(0L, "b", 3L, "h"));
add(new OnePair(0L, "b", 3L, "i"));
add(new OnePair(0L, "b", 4L, "j"));
add(new OnePair(0L, "b", 4L, "k"));
// pairs starting with parameter 2
add(new OnePair(1L, "c", 2L, "01"));
add(new OnePair(1L, "c", 2L, "001"));
add(new OnePair(1L, "c", 3L, "g"));
add(new OnePair(1L, "c", 3L, "h"));
add(new OnePair(1L, "c", 3L, "i"));
add(new OnePair(1L, "c", 4L, "j"));
add(new OnePair(1L, "c", 4L, "k"));
add(new OnePair(1L, "d", 2L, "01"));
add(new OnePair(1L, "d", 2L, "001"));
add(new OnePair(1L, "d", 3L, "g"));
add(new OnePair(1L, "d", 3L, "h"));
add(new OnePair(1L, "d", 3L, "i"));
add(new OnePair(1L, "d", 4L, "j"));
add(new OnePair(1L, "d", 4L, "k"));
add(new OnePair(1L, "e", 2L, "01"));
add(new OnePair(1L, "e", 2L, "001"));
add(new OnePair(1L, "e", 3L, "g"));
add(new OnePair(1L, "e", 3L, "h"));
add(new OnePair(1L, "e", 3L, "i"));
add(new OnePair(1L, "e", 4L, "j"));
add(new OnePair(1L, "e", 4L, "k"));
add(new OnePair(1L, "f", 2L, "01"));
add(new OnePair(1L, "f", 2L, "001"));
add(new OnePair(1L, "f", 3L, "g"));
add(new OnePair(1L, "f", 3L, "h"));
add(new OnePair(1L, "f", 3L, "i"));
add(new OnePair(1L, "f", 4L, "j"));
add(new OnePair(1L, "f", 4L, "k"));
// pairs starting with parameter 3
add(new OnePair(2L, "01", 3L, "g"));
add(new OnePair(2L, "01", 3L, "h"));
add(new OnePair(2L, "01", 3L, "i"));
add(new OnePair(2L, "01", 4L, "j"));
add(new OnePair(2L, "01", 4L, "k"));
add(new OnePair(2L, "001", 3L, "g"));
add(new OnePair(2L, "001", 3L, "h"));
add(new OnePair(2L, "001", 3L, "i"));
add(new OnePair(2L, "001", 4L, "j"));
add(new OnePair(2L, "001", 4L, "k"));
// pairs starting with parameter 4
add(new OnePair(3L, "g", 4L, "j"));
add(new OnePair(3L, "g", 4L, "k"));
add(new OnePair(3L, "h", 4L, "j"));
add(new OnePair(3L, "h", 4L, "k"));
add(new OnePair(3L, "i", 4L, "j"));
add(new OnePair(3L, "i", 4L, "k"));
}
};
assertTrue(PairComparator.hasAllPairs(allPairs, combinations));
}