source: trunk/EventBenchCoreTest/src/de/ugoe/cs/eventbench/coverage/CoverageCalculatorProcessTest.java @ 332

package de.ugoe.cs.eventbench.coverage;

import java.util.ArrayList;
import java.util.Collection;
import de.ugoe.cs.eventbench.data.Event;

import java.util.LinkedHashSet;
import java.util.LinkedList;
import java.util.List;
import java.util.Random;
import java.util.Set;
import de.ugoe.cs.eventbench.models.MockTrieBasedModel;

import org.junit.*;

import static org.junit.Assert.*;

/**
 * The class <code>CoverageCalculatorProcessTest</code> contains tests for the
 * class <code>{@link CoverageCalculatorProcess}</code>.
 * 
 * @author Steffen Herbold
 * @version 1.0
 */
public class CoverageCalculatorProcessTest {

        Set<List<? extends Event<?>>> sequencesCovered;
        Set<List<? extends Event<?>>> sequencesCovered2;
        MockTrieBasedModel mockProcess;

        @Test
        public void testCoverageCalculatorProcess_1() throws Exception {
                int length = 2;

                CoverageCalculatorProcess result = new CoverageCalculatorProcess(
                                mockProcess, sequencesCovered, length);
                assertNotNull(result);
        }

        @Test(expected = java.security.InvalidParameterException.class)
        public void testCoverageCalculatorProcess_2() throws Exception {
                int length = 2;

                new CoverageCalculatorProcess(null,sequencesCovered, length);
        }

        @Test(expected = java.security.InvalidParameterException.class)
        public void testCoverageCalculatorProcess_3() throws Exception {
                int length = 2;

                new CoverageCalculatorProcess(mockProcess, null, length);
        }

        @Test(expected = java.security.InvalidParameterException.class)
        public void testCoverageCalculatorProcess_4() throws Exception {
                int length = 0;

                new CoverageCalculatorProcess(mockProcess, sequencesCovered, length);
        }

        @Test(expected = java.security.InvalidParameterException.class)
        public void testCoverageCalculatorProcess_5() throws Exception {
                int length = -1;

                new CoverageCalculatorProcess(mockProcess, sequencesCovered, length);
        }

        @Test
        public void testGetCoverageAllNoWeight_1() throws Exception {
                int length = 2;
                CoverageCalculatorProcess fixture = new CoverageCalculatorProcess(
                                mockProcess, sequencesCovered, length);

                double result = fixture.getCoverageAllNoWeight();

                assertEquals(3.0 / 49.0, result, 0.0001);
        }

        @Test
        public void testGetCoverageAllNoWeight_2() throws Exception {
                int length = 2;
                CoverageCalculatorProcess fixture = new CoverageCalculatorProcess(
                                mockProcess, sequencesCovered2, length);

                double result = fixture.getCoverageAllNoWeight();

                assertEquals(2.0 / 49.0, result, 0.0001);
        }

        @Test
        public void testGetCoveragePossibleNoWeight_1() throws Exception {
                int length = 2;
                CoverageCalculatorProcess fixture = new CoverageCalculatorProcess(
                                mockProcess, sequencesCovered, length);

                double result = fixture.getCoveragePossibleNoWeight();

                assertEquals(3.0 / 9.0, result, 0.0001);
        }

        @Test
        public void testGetCoveragePossibleNoWeight_2() throws Exception {
                int length = 2;
                CoverageCalculatorProcess fixture = new CoverageCalculatorProcess(
                                mockProcess, sequencesCovered2, length);

                double result = fixture.getCoveragePossibleNoWeight();

                assertEquals(2.0 / 9.0, result, 0.0001);
        }

        @Test
        public void testGetCoveragePossibleWeight_1() throws Exception {
                int length = 2;
                CoverageCalculatorProcess fixture = new CoverageCalculatorProcess(
                                mockProcess, sequencesCovered, length);

                double result = fixture.getCoveragePossibleWeight();

                assertEquals(6.0, result, 0.0001);
        }

        @Test
        public void testGetCoveragePossibleWeight_2() throws Exception {
                int length = 2;
                CoverageCalculatorProcess fixture = new CoverageCalculatorProcess(
                                mockProcess, sequencesCovered2, length);

                double result = fixture.getCoveragePossibleWeight();

                assertEquals(4.0, result, 0.0001);
        }

        @Test
        public void testGetNumCovered_1() throws Exception {
                int length = 2;
                CoverageCalculatorProcess fixture = new CoverageCalculatorProcess(
                                mockProcess, sequencesCovered, length);

                int result = fixture.getNumCovered();

                assertEquals(3, result);
        }

        @Test
        public void testGetNumCovered_2() throws Exception {
                int length = 2;
                CoverageCalculatorProcess fixture = new CoverageCalculatorProcess(
                                mockProcess, sequencesCovered2, length);

                int result = fixture.getNumCovered();

                assertEquals(2, result);
        }

        @Test
        public void testGetNumPossible_1() throws Exception {
                int length = 2;
                CoverageCalculatorProcess fixture = new CoverageCalculatorProcess(
                                mockProcess, sequencesCovered, length);

                int result = fixture.getNumPossible();

                assertEquals(9, result);
        }

        @Test
        public void testSetSequences_1() throws Exception {
                int length = 2;
                CoverageCalculatorProcess fixture = new CoverageCalculatorProcess(
                                mockProcess, sequencesCovered, length);

                fixture.setSequences(sequencesCovered2);

                // testing indirectly if sequences were changed
                assertEquals(2, fixture.getNumCovered());
        }

        @Test(expected = java.security.InvalidParameterException.class)
        public void testSetSequences_2() throws Exception {
                int length = 2;
                CoverageCalculatorProcess fixture = new CoverageCalculatorProcess(
                                mockProcess, sequencesCovered, length);

                fixture.setSequences(null);
        }

        @Before
        public void setUp() throws Exception {
                Collection<List<? extends Event<?>>> sequences = new LinkedList<List<? extends Event<?>>>();
                List<Event<?>> sequence1 = new ArrayList<Event<?>>();
                sequence1.add(new Event<String>("a"));
                sequence1.add(new Event<String>("b"));
                sequence1.add(new Event<String>("r"));
                sequence1.add(new Event<String>("a"));
                List<Event<?>> sequence2 = new ArrayList<Event<?>>();
                sequence2.add(new Event<String>("c"));
                sequence2.add(new Event<String>("a"));
                sequence2.add(new Event<String>("d"));
                sequence2.add(new Event<String>("a"));
                sequence2.add(new Event<String>("b"));
                sequence2.add(new Event<String>("r"));
                sequence2.add(new Event<String>("a"));
                sequences.add(sequence1);
                sequences.add(sequence2);

                sequencesCovered = new LinkedHashSet<List<? extends Event<?>>>();
                List<Event<?>> tmpList = new ArrayList<Event<?>>();
                tmpList.add(new Event<String>("a"));
                tmpList.add(new Event<String>("b"));
                tmpList.add(new Event<String>("r"));
                sequencesCovered.add(tmpList);
                tmpList = new ArrayList<Event<?>>();
                tmpList.add(new Event<String>("b"));
                tmpList.add(new Event<String>("r"));
                tmpList.add(new Event<String>("a"));
                sequencesCovered.add(tmpList);

                sequencesCovered2 = new LinkedHashSet<List<? extends Event<?>>>();
                tmpList = new ArrayList<Event<?>>();
                tmpList.add(new Event<String>("a"));
                tmpList.add(new Event<String>("b"));
                tmpList.add(new Event<String>("r"));
                sequencesCovered2.add(tmpList);

                int markovOrder = 2;
                mockProcess = new MockTrieBasedModel(markovOrder, new Random());
                mockProcess.train(sequences);
        }

        public static void main(String[] args) {
                new org.junit.runner.JUnitCore()
                                .run(CoverageCalculatorProcessTest.class);
        }
}