Java tutorial
/* * Copyright (C) 2010 Evgeny Mandrikov * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ package org.sonar.plugins.buildstability; import org.apache.commons.configuration.BaseConfiguration; import org.apache.commons.configuration.Configuration; import org.apache.maven.model.CiManagement; import org.apache.maven.project.MavenProject; import org.junit.Before; import org.junit.Test; import org.sonar.api.batch.SensorContext; import org.sonar.api.resources.Project; import org.sonar.api.test.IsMeasure; import java.util.Arrays; import java.util.Collections; import java.util.List; import static org.hamcrest.CoreMatchers.is; import static org.junit.Assert.*; import static org.mockito.Matchers.argThat; import static org.mockito.Mockito.*; /** * @author Evgeny Mandrikov */ public class BuildStabilitySensorTest { private BuildStabilitySensor sensor; @Before public void setUp() throws Exception { sensor = new BuildStabilitySensor(); } @Test public void urlInConfigurationTakesPrecedence() throws Exception { MavenProject mavenProject = new MavenProject(); CiManagement ciManagement = new CiManagement(); ciManagement.setSystem("Hudson"); ciManagement.setUrl("pom"); mavenProject.setCiManagement(ciManagement); Configuration configuration = new BaseConfiguration(); configuration.setProperty(BuildStabilitySensor.CI_URL_PROPERTY, "Hudson:conf"); Project project = mock(Project.class); when(project.getPom()).thenReturn(mavenProject); when(project.getConfiguration()).thenReturn(configuration); assertThat(sensor.getCiUrl(project), is("Hudson:conf")); } @Test public void testShouldExecuteOnProject() throws Exception { Project project = mock(Project.class); MavenProject mavenProject = mock(MavenProject.class); CiManagement ciManagement = new CiManagement(); ciManagement.setSystem("Hudson"); ciManagement.setUrl("http://localhost"); Configuration configuration = mock(Configuration.class); when(configuration.getString(BuildStabilitySensor.CI_URL_PROPERTY)).thenReturn(null, "Hudson:http://localhost"); when(project.isRoot()).thenReturn(true); when(project.getConfiguration()).thenReturn(configuration); when(mavenProject.getCiManagement()).thenReturn(null, null, ciManagement); when(project.getPom()).thenReturn(mavenProject); assertFalse(sensor.shouldExecuteOnProject(project)); assertTrue(sensor.shouldExecuteOnProject(project)); assertTrue(sensor.shouldExecuteOnProject(project)); } @Test public void testAnalyzeBuilds() throws Exception { SensorContext context = mock(SensorContext.class); List<Build> builds = Arrays.asList(new Build(1, 0, "Fake", true, 10), new Build(2, 1, "Fake", false, 4), new Build(3, 10, "Fake", true, 3), new Build(4, 20, "Fake", true, 5)); sensor.analyseBuilds(builds, context); verify(context).saveMeasure(argThat((new IsMeasure(BuildStabilityMetrics.BUILDS, 4.0)))); verify(context).saveMeasure(argThat((new IsMeasure(BuildStabilityMetrics.FAILED, 1.0)))); verify(context).saveMeasure(argThat((new IsMeasure(BuildStabilityMetrics.SUCCESS_RATE, 75.0)))); verify(context).saveMeasure(argThat((new IsMeasure(BuildStabilityMetrics.AVG_DURATION, 6.0)))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.SHORTEST_DURATION, 3.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.LONGEST_DURATION, 10.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.AVG_TIME_TO_FIX, 9.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.LONGEST_TIME_TO_FIX, 9.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.AVG_BUILDS_TO_FIX, 1.0))); verify(context).saveMeasure( argThat(new IsMeasure(BuildStabilityMetrics.DURATIONS, "1=0.01;2=0.0040;3=0.0030;4=0.0050"))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.RESULTS, "1=g;2=r;3=g;4=g"))); verifyNoMoreInteractions(context); } @Test public void testNoSuccessfulBuilds() throws Exception { SensorContext context = mock(SensorContext.class); List<Build> builds = Arrays.asList(new Build(1, 0, "Fake", false, 10)); sensor.analyseBuilds(builds, context); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.BUILDS, 1.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.FAILED, 1.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.SUCCESS_RATE, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.AVG_DURATION, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.SHORTEST_DURATION, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.LONGEST_DURATION, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.AVG_TIME_TO_FIX, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.LONGEST_TIME_TO_FIX, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.AVG_BUILDS_TO_FIX, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.DURATIONS, "1=0.01"))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.RESULTS, "1=r"))); verifyNoMoreInteractions(context); } @Test public void testNoFailedBuilds() throws Exception { SensorContext context = mock(SensorContext.class); List<Build> builds = Arrays.asList(new Build(1, 0, "Fake", true, 10)); sensor.analyseBuilds(builds, context); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.BUILDS, 1.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.FAILED, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.SUCCESS_RATE, 100.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.AVG_DURATION, 10.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.SHORTEST_DURATION, 10.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.LONGEST_DURATION, 10.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.AVG_TIME_TO_FIX, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.LONGEST_TIME_TO_FIX, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.AVG_BUILDS_TO_FIX, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.DURATIONS, "1=0.01"))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.RESULTS, "1=g"))); verifyNoMoreInteractions(context); } @Test public void testNoBuilds() throws Exception { SensorContext context = mock(SensorContext.class); List<Build> builds = Collections.emptyList(); sensor.analyseBuilds(builds, context); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.BUILDS, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.FAILED, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.SUCCESS_RATE, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.AVG_DURATION, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.SHORTEST_DURATION, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.LONGEST_DURATION, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.AVG_TIME_TO_FIX, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.LONGEST_TIME_TO_FIX, 0.0))); verify(context).saveMeasure(argThat(new IsMeasure(BuildStabilityMetrics.AVG_BUILDS_TO_FIX, 0.0))); verifyNoMoreInteractions(context); } }