Examples with JUnitSnmpAgent org.opennms.core.test.snmp.annotations.JUnitSnmpAgent used on opensource projects

Example 1 with JUnitSnmpAgent

use of org.opennms.core.test.snmp.annotations.JUnitSnmpAgent in project opennms by OpenNMS.

the class SnmpAssetProvisioningAdapterIT method testDelete.

@Test
// Relies on records created in @Before so we need a fresh database
@JUnitTemporaryDatabase
@JUnitSnmpAgent(resource = "snmpAssetTestData.properties")
public void testDelete() throws Exception {
    AdapterOperationChecker verifyOperations = new AdapterOperationChecker(1);
    m_adapter.getOperationQueue().addListener(verifyOperations);
    OnmsNode n = m_nodeDao.findByForeignId("rancid", "1");
    assertNotNull(n);
    m_adapter.deleteNode(n.getId());
    assertTrue(verifyOperations.enqueueLatch.await(4, TimeUnit.SECONDS));
    assertTrue(verifyOperations.dequeueLatch.await(4, TimeUnit.SECONDS));
    assertTrue(verifyOperations.executeLatch.await(4, TimeUnit.SECONDS));
    assertEquals(0, m_adapter.getOperationQueue().getOperationQueueForNode(n.getId()).size());
// TODO: Add assertions to check that the deleteNode() adapter call updated the asset record
}

Example 2 with JUnitSnmpAgent

use of org.opennms.core.test.snmp.annotations.JUnitSnmpAgent in project opennms by OpenNMS.

the class InstanceStrategyIntegrationTest method testReloadDaemon.

/*
     * Test the behaviour when the configuration is modified and the daemon is
     * reloaded. Verify: That the proper events are sent by the daemon. The AP
     * state in the database after the poll.
     */
@Test
@JUnitSnmpAgent(host = "10.1.0.2", resource = SNMP_DATA_PATH + "10.1.0.2-walk.txt")
public void testReloadDaemon() throws Exception {
    // Add AP1 and AP2 to the default package
    addNewAccessPoint("ap1", AP1_MAC, "default");
    addNewAccessPoint("ap2", AP2_MAC, "default");
    // Add AP3 to a separate package
    addNewAccessPoint("ap3", AP3_MAC, "not-default");
    // Add a controller to the default package
    addNewController("amc1", "10.1.0.2", "default");
    // Set AP1 as UP
    setOidValueForAccessPoint("10.1.0.2", AP1_MAC, 1);
    // Initialize and start the daemon
    initApmdWithConfig(getEmptyConfig());
    m_apm.start();
    // Sleep for a polling cycle
    sleep(POLLING_INTERVAL_DELTA);
    // Verify the state of the APs in the database
    OnmsAccessPoint ap1 = m_accessPointDao.get(AP1_MAC);
    LOG.debug(ap1.getStatus().getLabel());
    assertTrue(ap1.getStatus() == AccessPointStatus.UNKNOWN);
    OnmsAccessPoint ap2 = m_accessPointDao.get(AP2_MAC);
    assertTrue(ap2.getStatus() == AccessPointStatus.UNKNOWN);
    OnmsAccessPoint ap3 = m_accessPointDao.get(AP3_MAC);
    assertTrue(ap3.getStatus() == AccessPointStatus.UNKNOWN);
    // Anticipate the events
    anticipateApStatusEvent(AP1_MAC, "UP");
    anticipateApStatusEvent(AP2_MAC, "DOWN");
    // Update the configuration and send a reload event to the daemon
    updateConfigAndReloadDaemon(getStandardConfig(), true);
    // Verify the events
    verifyAnticipated(POLLING_INTERVAL_DELTA);
    // Verify the state of the APs in the database
    ap1 = m_accessPointDao.get(AP1_MAC);
    assertTrue(ap1.getStatus() == AccessPointStatus.ONLINE);
    ap2 = m_accessPointDao.get(AP2_MAC);
    assertTrue(ap2.getStatus() == AccessPointStatus.OFFLINE);
    ap3 = m_accessPointDao.get(AP3_MAC);
    assertTrue(ap3.getStatus() == AccessPointStatus.UNKNOWN);
}

Example 3 with JUnitSnmpAgent

use of org.opennms.core.test.snmp.annotations.JUnitSnmpAgent in project opennms by OpenNMS.

the class InstanceStrategyIntegrationTest method testApUpDown.

/*
     * Run a series of tests with a single controller and 3 access points.
     * Verify: That the proper events are sent by the daemon. The AP state in
     * the database after the poll.
     */
@Test
@JUnitSnmpAgent(host = "10.1.0.2", resource = SNMP_DATA_PATH + "10.1.0.2-walk.txt")
public void testApUpDown() throws Exception {
    // Add AP1 and AP2 to the default package
    addNewAccessPoint("ap1", AP1_MAC, "default");
    addNewAccessPoint("ap2", AP2_MAC, "default");
    // Add AP3 to a separate package
    addNewAccessPoint("ap3", AP3_MAC, "not-default");
    // Add a controller to the default package
    addNewController("amc1", "10.1.0.2", "default");
    // Set AP1 as UP and AP2 as DOWN
    setOidValueForAccessPoint("10.1.0.2", AP1_MAC, 1);
    setOidValueForAccessPoint("10.1.0.2", AP2_MAC, 0);
    // Anticipate the events
    anticipateApStatusEvent(AP1_MAC, "UP");
    anticipateApStatusEvent(AP2_MAC, "DOWN");
    // Initialize and start the daemon
    initApmdWithConfig(getStandardConfig());
    m_apm.start();
    // Verify the events
    verifyAnticipated(POLLING_INTERVAL_DELTA);
    // Verify the state of the APs in the database
    OnmsAccessPoint ap1 = m_accessPointDao.get(AP1_MAC);
    assertTrue(ap1.getStatus() == AccessPointStatus.ONLINE);
    OnmsAccessPoint ap2 = m_accessPointDao.get(AP2_MAC);
    assertTrue(ap2.getStatus() == AccessPointStatus.OFFLINE);
    OnmsAccessPoint ap3 = m_accessPointDao.get(AP3_MAC);
    assertTrue(ap3.getStatus() == AccessPointStatus.UNKNOWN);
    // Change AP3's package, the next poll should send an additional DOWN
    // event
    anticipateApStatusEvent(AP1_MAC, "UP");
    anticipateApStatusEvent(AP2_MAC, "DOWN");
    anticipateApStatusEvent(AP3_MAC, "DOWN");
    ap3.setPollingPackage("default");
    m_accessPointDao.update(ap3);
    m_accessPointDao.flush();
    // Verify the events
    verifyAnticipated(POLLING_INTERVAL_DELTA);
    // Update the data in the SNMP agent to show AP1 as DOWN
    anticipateApStatusEvent(AP1_MAC, "DOWN");
    anticipateApStatusEvent(AP2_MAC, "DOWN");
    anticipateApStatusEvent(AP3_MAC, "DOWN");
    setOidValueForAccessPoint("10.1.0.2", AP1_MAC, 2);
    // Verify the events
    verifyAnticipated(POLLING_INTERVAL_DELTA);
    // Verify the DB again, all APs should be DOWN now
    ap1 = m_accessPointDao.get(AP1_MAC);
    assertTrue(ap1.getStatus() == AccessPointStatus.OFFLINE);
    ap2 = m_accessPointDao.get(AP2_MAC);
    assertTrue(ap2.getStatus() == AccessPointStatus.OFFLINE);
    ap3 = m_accessPointDao.get(AP3_MAC);
    assertTrue(ap3.getStatus() == AccessPointStatus.OFFLINE);
    // Bring AP1 back UP
    anticipateApStatusEvent(AP1_MAC, "UP");
    anticipateApStatusEvent(AP2_MAC, "DOWN");
    anticipateApStatusEvent(AP3_MAC, "DOWN");
    setOidValueForAccessPoint("10.1.0.2", AP1_MAC, 1);
    // Verify the events
    verifyAnticipated(POLLING_INTERVAL_DELTA);
}

Example 4 with JUnitSnmpAgent

use of org.opennms.core.test.snmp.annotations.JUnitSnmpAgent in project opennms by OpenNMS.

the class MultipleImportIT method testScanTwice.

@Test
@Ignore
@JUnitSnmpAgent(host = "0.0.0.0", resource = "classpath:/snmpwalk-empty.properties")
public void testScanTwice() throws Exception {
    final String[] ueis = { EventConstants.PROVISION_SCAN_COMPLETE_UEI, EventConstants.PROVISION_SCAN_ABORTED_UEI };
    final CountDownLatch eventReceived = anticipateEvents(1, ueis);
    System.err.println("triggering first import");
    m_provisioner.importModelFromResource(m_resourceLoader.getResource("classpath:/SPC-222-a.xml"), Boolean.TRUE.toString());
    waitForEverything();
    System.err.println("triggering second import");
    m_provisioner.importModelFromResource(m_resourceLoader.getResource("classpath:/SPC-222-b.xml"), Boolean.TRUE.toString());
    waitForEverything();
    System.err.println("finished triggering imports");
    eventReceived.await(5, TimeUnit.MINUTES);
    final List<OnmsNode> nodes = getNodeDao().findAll();
    assertEquals(200, nodes.size());
}

Example 5 with JUnitSnmpAgent

use of org.opennms.core.test.snmp.annotations.JUnitSnmpAgent in project opennms by OpenNMS.

the class ProvisionerIT method testProvisionerServiceRescanAfterAddingSnmpNms7838.

// fail if we take more than five minutes
@Test(timeout = 300000)
// Start the test with an empty SNMP agent
@JUnitSnmpAgent(host = "198.51.100.201", port = 161, resource = "classpath:/snmpwalk-empty.properties")
public void testProvisionerServiceRescanAfterAddingSnmpNms7838() throws Exception {
    importFromResource("classpath:/requisition_then_scan2.xml", Boolean.TRUE.toString());
    final List<OnmsNode> nodes = getNodeDao().findAll();
    final OnmsNode node = nodes.get(0);
    runPendingScans();
    m_nodeDao.flush();
    assertEquals(1, getInterfaceDao().countAll());
    // Make sure that the OnmsIpInterface doesn't have an ifIndex
    assertNull(getInterfaceDao().get(node, "198.51.100.201").getIfIndex());
    // Make sure that no OnmsSnmpInterface records exist for the node
    assertNull(getSnmpInterfaceDao().findByNodeIdAndIfIndex(node.getId(), 4));
    assertNull(getSnmpInterfaceDao().findByNodeIdAndIfIndex(node.getId(), 5));
    LOG.info("******************** ADDING SNMP DATA ********************");
    // Add some SNMP data to the agent
    m_mockSnmpDataProvider.setDataForAddress(new SnmpAgentAddress(addr("198.51.100.201"), 161), new DefaultResourceLoader().getResource("classpath:/snmpTestData3.properties"));
    // Rescan
    m_mockEventIpcManager.sendEventToListeners(nodeUpdated(node.getId()));
    runPendingScans();
    m_nodeDao.flush();
    // Make sure that a second interface was added from the SNMP agent data
    assertEquals(2, getInterfaceDao().countAll());
    // Verify the ifIndex entries
    assertEquals(5, getInterfaceDao().get(node, "198.51.100.201").getIfIndex().intValue());
    assertEquals(5, getInterfaceDao().get(node, "198.51.100.201").getSnmpInterface().getIfIndex().intValue());
    assertEquals(4, getInterfaceDao().get(node, "198.51.100.204").getIfIndex().intValue());
    assertEquals(4, getInterfaceDao().get(node, "198.51.100.204").getSnmpInterface().getIfIndex().intValue());
}