@Override public void tearDownInProcessPeers() { for (Map.Entry<String, ContainerStatus> entry : this.containerStatusMapping.entrySet()) { entry.setValue(ContainerStatus.STOPPING); } super.tearDownInProcessPeers(); // clean paused but not resumed containers for (String containerId : this.containerStatusMapping.keySet()) { stopAndRemoveContainer(containerId); } }
@After public void tearDown() { this.sourceClusterHolder.tearDownInProcessPeers(); this.destinationClusterHolder.tearDownInProcessPeers(); this.sourceClusterHolder.tearDown(); this.destinationClusterHolder.tearDown(); }
@After public void tearDown() { this.host.tearDownInProcessPeers(); this.host.tearDown(); }
@After public void tearDown() { if (cluster != null) { cluster.tearDown(); cluster.tearDownInProcessPeers(); } }
@After public void tearDown() { this.host.tearDownInProcessPeers(); TestXenonConfiguration.restore(); }
@After public void tearDownMultiHost() { this.host.log("Starting multi-host teardown"); if (this.multiHostTest) { this.host.tearDownInProcessPeers(); this.defaultHost = this.host; this.multiHostTest = false; } }
@After public void cleanUp() throws Throwable { this.host.tearDownInProcessPeers(); this.host.tearDown(); }
@After public void tearDownMultiHost() { this.host.log("Starting multi-host teardown"); if (this.multiHostTest) { this.host.tearDownInProcessPeers(); this.defaultHost = this.host; this.multiHostTest = false; } }
@After public void tearDown() { this.host.tearDown(); this.host.tearDownInProcessPeers(); }
@After public void cleanUp() throws Throwable { this.host.tearDownInProcessPeers(); this.host.tearDown(); }
@After public void tearDown() { this.host.tearDownInProcessPeers(); this.host.tearDown(); }
@After public void after() throws Throwable { try { host.tearDownInProcessPeers(); host.tearDown(); } catch (CancellationException ignore) { } host = null; }
@After public void tearDown() { this.host.tearDownInProcessPeers(); this.host.tearDown(); }
@AfterClass public static void afterClass() throws Throwable { if (destinationHost != null) { destinationHost.tearDownInProcessPeers(); destinationHost.tearDown(); destinationHost.stop(); } }
@AfterClass public static void afterClass() throws Throwable { if (destinationHost != null) { destinationHost.tearDownInProcessPeers(); destinationHost.tearDown(); destinationHost.stop(); } }
@After public void after() throws Throwable { DeploymentProfileConfig.getInstance().setTest(false); try { host.tearDownInProcessPeers(); host.tearDown(); } catch (CancellationException e) { host.log(Level.FINE, e.getClass().getName()); } host = null; }
@AfterClass public static void afterClass() throws Throwable { if (destinationHost != null) { destinationHost.tearDownInProcessPeers(); destinationHost.tearDown(); destinationHost.stop(); } }
private void cleanUpMetricHost(VerificationHost metricHost) { ServiceTypeCluster.METRIC_SERVICE.setUri(null); if (metricHost == null) { return; } metricHost.tearDownInProcessPeers(); metricHost.toggleNegativeTestMode(false); metricHost.tearDown(); }
private void cleanUpMetricHost(VerificationHost metricHost) { ServiceTypeCluster.METRIC_SERVICE.setUri(null); if (metricHost == null) { return; } metricHost.tearDownInProcessPeers(); metricHost.toggleNegativeTestMode(false); metricHost.tearDown(); }
@After public void cleanUp() { ServiceTypeCluster.METRIC_SERVICE.setUri(null); if (this.metricHost == null) { return; } this.metricHost.tearDownInProcessPeers(); this.metricHost.toggleNegativeTestMode(false); this.metricHost.tearDown(); }