Examples with TransactionalGraphEngine org.onap.aai.serialization.engines.TransactionalGraphEngine used on opensource projects

Example 1 with TransactionalGraphEngine

use of org.onap.aai.serialization.engines.TransactionalGraphEngine in project aai-graphadmin by onap.

the class SchemaMod method execute.

public void execute(String[] args) {
    logger = LoggerFactory.getLogger(SchemaMod.class.getSimpleName());
    // NOTE -- We're just working with properties that are used for NODES
    // for now.
    String propName = "";
    String targetDataType = "";
    String targetIndexInfo = "";
    String preserveDataFlag = "";
    String consistencyLockFlag = "";
    String commitBlockSizeStr = "";
    long commitBlockSize = 120000;
    String usageString = "Usage: SchemaMod propertyName targetDataType targetIndexInfo preserveDataFlag consistencyLockFlag [blockSize] \n";
    if (args.length == 5) {
        propName = args[0];
        targetDataType = args[1];
        targetIndexInfo = args[2];
        preserveDataFlag = args[3];
        consistencyLockFlag = args[4];
    } else if (args.length == 6) {
        propName = args[0];
        targetDataType = args[1];
        targetIndexInfo = args[2];
        preserveDataFlag = args[3];
        consistencyLockFlag = args[4];
        commitBlockSizeStr = args[5];
    } else {
        String emsg = "Incorrect number of Parameters passed.  \n" + usageString;
        logAndPrint(logger, emsg);
        System.exit(1);
    }
    if (propName.equals("")) {
        String emsg = "Bad parameter - propertyName cannot be empty.  \n" + usageString;
        logAndPrint(logger, emsg);
        System.exit(1);
    } else if (!targetDataType.equals("String") && !targetDataType.equals("Set<String>") && !targetDataType.equals("Integer") && !targetDataType.equals("Long") && !targetDataType.equals("Boolean")) {
        String emsg = "Unsupported targetDataType.  We only support String, Set<String>, Integer, Long or Boolean for now.\n" + usageString;
        logAndPrint(logger, emsg);
        System.exit(1);
    } else if (!targetIndexInfo.equals("uniqueIndex") && !targetIndexInfo.equals("index") && !targetIndexInfo.equals("noIndex")) {
        String emsg = "Unsupported IndexInfo.  We only support: 'uniqueIndex', 'index' or 'noIndex'.\n" + usageString;
        logAndPrint(logger, emsg);
        System.exit(1);
    }
    try {
        if (!commitBlockSizeStr.equals("")) {
            // They're over-riding the commitBlockSize
            commitBlockSize = Long.parseLong(commitBlockSizeStr);
        }
    } catch (NumberFormatException nfe) {
        String emsg = "NumberFormatException - Bad block size passed in: [" + commitBlockSizeStr + "]. ";
        logAndPrint(logger, emsg);
        System.exit(1);
    }
    try {
        AAIConfig.init();
        ErrorLogHelper.loadProperties();
    } catch (Exception ae) {
        String emsg = "Problem with either AAIConfig.init() or ErrorLogHelper.LoadProperties(). ";
        logAndPrint(logger, emsg + "[" + ae.getMessage() + "]");
        System.exit(1);
    }
    logAndPrint(logger, ">>> Processing will begin in 5 seconds (unless interrupted). <<<");
    try {
        // Give them a chance to back out of this
        Thread.sleep(5000);
    } catch (java.lang.InterruptedException ie) {
        logAndPrint(logger, " DB Schema Update has been aborted. ");
        System.exit(1);
    }
    logAndPrint(logger, "    ---- NOTE --- about to open graph (takes a little while)\n");
    SchemaVersion version = schemaVersions.getDefaultVersion();
    QueryStyle queryStyle = QueryStyle.TRAVERSAL;
    ModelType introspectorFactoryType = ModelType.MOXY;
    Loader loader = loaderFactory.createLoaderForVersion(introspectorFactoryType, version);
    TransactionalGraphEngine engine = null;
    try {
        engine = new JanusGraphDBEngine(queryStyle, loader);
        SchemaModInternalBatch internal = new SchemaModInternalBatch(engine, logger, propName, targetDataType, targetIndexInfo, Boolean.parseBoolean(preserveDataFlag), Boolean.parseBoolean(consistencyLockFlag), commitBlockSize);
        internal.execute();
        engine.startTransaction();
        engine.tx().close();
        logAndPrint(logger, "------ Completed the SchemaMod -------- ");
    } catch (Exception e) {
        String emsg = "Not able to complete the requested SchemaMod \n";
        logAndPrint(logger, e.getMessage());
        logAndPrint(logger, emsg);
        System.exit(1);
    }
}

Example 2 with TransactionalGraphEngine

use of org.onap.aai.serialization.engines.TransactionalGraphEngine in project aai-graphadmin by onap.

the class SchemaMod4Hist method execute.

public void execute(String[] args) {
    // Set the logging file properties to be used by EELFManager
    Properties props = System.getProperties();
    props.setProperty(Configuration.PROPERTY_LOGGING_FILE_NAME, AAIConstants.AAI_SCHEMA_MOD_LOGBACK_PROPS);
    props.setProperty(Configuration.PROPERTY_LOGGING_FILE_PATH, AAIConstants.AAI_HOME_BUNDLECONFIG);
    Logger logger = LoggerFactory.getLogger(SchemaMod4Hist.class.getSimpleName());
    MDC.put("logFilenameAppender", SchemaMod4Hist.class.getSimpleName());
    // NOTE -- We're just working with properties that are used for NODES
    // for now.
    String propName = "";
    String targetDataType = "";
    String targetIndexInfo = "";
    String preserveDataFlag = "";
    String usageString = "Usage: SchemaMod4Hist propertyName targetDataType targetIndexInfo preserveDataFlag \n";
    if (args.length != 4) {
        String emsg = "Four Parameters are required.  \n" + usageString;
        logAndPrint(logger, emsg);
        System.exit(1);
    } else {
        propName = args[0];
        targetDataType = args[1];
        targetIndexInfo = args[2];
        // Note - even if they pass in "false", History will preserve the data
        preserveDataFlag = args[3];
    }
    if (propName.equals("")) {
        String emsg = "Bad parameter - propertyName cannot be empty.  \n" + usageString;
        logAndPrint(logger, emsg);
        System.exit(1);
    } else if (!targetDataType.equals("String") && !targetDataType.equals("Set<String>") && !targetDataType.equals("Integer") && !targetDataType.equals("Long") && !targetDataType.equals("Boolean")) {
        String emsg = "Unsupported targetDataType.  We only support String, Set<String>, Integer, Long or Boolean for now.\n" + usageString;
        logAndPrint(logger, emsg);
        System.exit(1);
    } else if (!targetIndexInfo.equals("index") && !targetIndexInfo.equals("noIndex")) {
        String emsg = "Unsupported IndexInfo.  We only support: 'index' or 'noIndex' for History db.\n" + usageString;
        logAndPrint(logger, emsg);
        System.exit(1);
    }
    try {
        AAIConfig.init();
        ErrorLogHelper.loadProperties();
    } catch (Exception ae) {
        String emsg = "Problem with either AAIConfig.init() or ErrorLogHelper.LoadProperties(). ";
        logAndPrint(logger, emsg + "[" + ae.getMessage() + "]");
        System.exit(1);
    }
    // Give a big warning if the DbMaps.PropertyDataTypeMap value does not
    // agree with what we're doing
    String warningMsg = "";
    if (!warningMsg.equals("")) {
        logAndPrint(logger, "\n>>> WARNING <<<< ");
        logAndPrint(logger, ">>> " + warningMsg + " <<<");
    }
    logAndPrint(logger, ">>> Processing will begin in 5 seconds (unless interrupted). <<<");
    try {
        // Give them a chance to back out of this
        Thread.sleep(5000);
    } catch (java.lang.InterruptedException ie) {
        logAndPrint(logger, " DB Schema Update has been aborted. ");
        System.exit(1);
    }
    logAndPrint(logger, "    ---- NOTE --- about to open graph (takes a little while)\n");
    SchemaVersion version = schemaVersions.getDefaultVersion();
    QueryStyle queryStyle = QueryStyle.TRAVERSAL;
    ModelType introspectorFactoryType = ModelType.MOXY;
    Loader loader = loaderFactory.createLoaderForVersion(introspectorFactoryType, version);
    TransactionalGraphEngine engine = null;
    try {
        engine = new JanusGraphDBEngine(queryStyle, loader);
        // NOTE - no matter what they passed in, we're passing in "true" for the
        // preserve-data-flag last parameter since this is for HISTORY.
        SchemaModInternal4Hist internal = new SchemaModInternal4Hist(engine, logger, propName, targetDataType, targetIndexInfo, true);
        internal.execute();
        engine.startTransaction();
        engine.tx().close();
        logAndPrint(logger, "------ Completed the SchemaMod -------- ");
    } catch (Exception e) {
        String emsg = "Not able to complete the requested SchemaMod4Hist \n";
        logAndPrint(logger, e.getMessage());
        logAndPrint(logger, emsg);
        System.exit(1);
    }
}

Example 3 with TransactionalGraphEngine

use of org.onap.aai.serialization.engines.TransactionalGraphEngine in project aai-graphadmin by onap.

the class PserverDedupWithDifferentSourcesOfTruthTest method setUp.

@Before
public void setUp() throws Exception {
    graph = JanusGraphFactory.build().set("storage.backend", "inmemory").open();
    tx = graph.newTransaction();
    g = tx.traversal();
    loader = loaderFactory.createLoaderForVersion(introspectorFactoryType, schemaVersions.getDefaultVersion());
    dbEngine = new JanusGraphDBEngine(queryStyle, loader);
    // Scn1 empty RCT move everything over
    pserverRCT = g.addV().property("aai-node-type", "pserver").property("hostname", "pserverRCT").property("source-of-truth", "RCT").property("fqdn", "tttt.bbbb.cccc.dddd").property("aai-uri", "/cloud-infrastructure/pservers/pserver/pserverRCT").property("resource-version", "1").next();
    Vertex pserverRO = g.addV().property("aai-node-type", "pserver").property("hostname", "tttt.RoHostname").property("source-of-truth", "RO").property("aai-uri", "/cloud-infrastructure/pservers/pserver/tttt.RoHostname").property("resource-version", "2").next();
    pIntRo = g.addV().property("aai-node-type", "p-interface").property("interface-name", "pIntRo").property("aai-uri", "/cloud-infrastructure/pservers/pserver/tttt.RoHostname/p-interfaces/p-interface/pIntRo").next();
    lInterfaceRo = g.addV().property("aai-node-type", "l-interface").property("interface-name", "lInterfaceRo").property("aai-uri", "/cloud-infrastructure/pservers/pserver/tttt.RoHostname/p-interfaces/p-interface/pIntRo/l-interfaces/l-interface/lInterfaceRo").next();
    complexRO = g.addV().property("aai-node-type", "complex").property("physical-location-id", "complexRO").property("aai-uri", "/cloud-infrastructure/complexes/complex/complexRO").next();
    // physical-link tests
    // 1. p-int does not exist on RCT, p-int and p-link moves from RO to RCT
    pintPlinkScn1 = g.addV().property("aai-node-type", "p-interface").property("interface-name", "pintPlinkScn1").property("aai-uri", "/cloud-infrastructure/pservers/pserver/tttt.RoHostname/p-interfaces/p-interface/pintPlinkScn1").next();
    Vertex pLinkScn1 = g.addV().property("aai-node-type", "physical-link").property("link-name", "pLinkScn1").property("service-provider-bandwidth-up-value", 0).property("service-provider-bandwidth-up-units", "empty").property("service-provider-bandwidth-down-value", 0).property("service-provider-bandwidth-down-units", "empty").property("aai-uri", "/network/physical-links/physical-link/pLinkScn1").next();
    edgeSerializer.addTreeEdge(g, pserverRO, pintPlinkScn1);
    edgeSerializer.addEdge(g, pintPlinkScn1, pLinkScn1);
    // 2. p-int matches on RCT, p-int and p-link don't move from RO to RCT
    Vertex pserverROSPlinkScn4 = g.addV().property("aai-node-type", "pserver").property("hostname", "Scn4.pserverROSPlinkScn4").property("source-of-truth", "RO").property("aai-uri", "/cloud-infrastructure/pservers/pserver/Scn4.pserverROSPlinkScn4").property("resource-version", "4").next();
    pserverRCTPlinkScn4 = g.addV().property("aai-node-type", "pserver").property("hostname", "pserverRCTPlinkScn4").property("source-of-truth", "RCT").property("fqdn", "Scn4.pserverRCTPlinkScn4").property("aai-uri", "/cloud-infrastructure/pservers/pserver/pserverRCTPlinkScn4").property("resource-version", "3").next();
    samePintScn4RO = g.addV().property("aai-node-type", "p-interface").property("interface-name", "pintPlinkScn4").property("aai-uri", "/cloud-infrastructure/pservers/pserver/Scn4.pserverROSPlinkScn4/p-interfaces/p-interface/pintPlinkScn4").next();
    Vertex plinkScn2 = g.addV().property("aai-node-type", "physical-link").property("link-name", "plinkScn2").property("service-provider-bandwidth-up-value", 0).property("service-provider-bandwidth-up-units", "empty").property("service-provider-bandwidth-down-value", 0).property("service-provider-bandwidth-down-units", "empty").property("aai-uri", "/network/physical-links/physical-link/pLinkScn2").next();
    samePintScn4RCT = g.addV().property("aai-node-type", "p-interface").property("interface-name", "pintPlinkScn4").property("aai-uri", "/cloud-infrastructure/pservers/pserver/pserverRCTPlinkScn4/p-interfaces/p-interface/pintPlinkScn4").next();
    edgeSerializer.addTreeEdge(g, pserverROSPlinkScn4, samePintScn4RO);
    edgeSerializer.addEdge(g, samePintScn4RO, plinkScn2);
    edgeSerializer.addTreeEdge(g, pserverRCTPlinkScn4, samePintScn4RCT);
    // End physical-links tests
    // Scn2 RCT has children already
    pserverRCTScn2 = g.addV().property("aai-node-type", "pserver").property("hostname", "pserverRCTScn2").property("source-of-truth", "RCT").property("fqdn", "Scn2.pserverRCTScn2").property("aai-uri", "/cloud-infrastructure/pservers/pserver/pserverRCTScn2").property("resource-version", "3").next();
    pIntRctScn2 = g.addV().property("aai-node-type", "p-interface").property("interface-name", "pIntRctScn2").property("aai-uri", "/cloud-infrastructure/pservers/pserver/pserverRCTScn2/p-interfaces/p-interface/pIntRctScn2").next();
    lInterfaceRctScn2 = g.addV().property("aai-node-type", "l-interface").property("interface-name", "lInterfaceRctScn2").property("aai-uri", "/cloud-infrastructure/pservers/pserver/pserverRCTScn2/p-interfaces/p-interface/pIntRctScn2/l-interfaces/l-interface/lInterfaceRctScn2").next();
    complexRctScn2 = g.addV().property("aai-node-type", "complex").property("physical-location-id", "complexRctScn2").property("aai-uri", "/cloud-infrastructure/complexes/complex/complexRctScn2").next();
    Vertex pserverROScn2 = g.addV().property("aai-node-type", "pserver").property("hostname", "Scn2.pserverROScn2").property("source-of-truth", "RO").property("aai-uri", "/cloud-infrastructure/pservers/pserver/Scn2.pserverROScn2").property("resource-version", "4").next();
    pIntRoScn2 = g.addV().property("aai-node-type", "p-interface").property("interface-name", "pIntRoScn2").property("aai-uri", "/cloud-infrastructure/pservers/pserver/Scn2.pserverROScn2/p-interfaces/p-interface/pIntRoScn2").next();
    lInterfaceRoScn2 = g.addV().property("aai-node-type", "l-interface").property("interface-name", "lInterfaceRoScn2").property("aai-uri", "/cloud-infrastructure/pservers/pserver/Scn2.pserverROScn2/p-interfaces/p-interface/pIntRoScn2/l-interfaces/l-interface/lInterfaceRoScn2").next();
    complexROScn2 = g.addV().property("aai-node-type", "complex").property("physical-location-id", "complexROScn2").property("aai-uri", "/cloud-infrastructure/complexes/complex/complexROScn2").next();
    // Scn1
    edgeSerializer.addTreeEdge(g, pserverRO, pIntRo);
    edgeSerializer.addTreeEdge(g, pIntRo, lInterfaceRo);
    edgeSerializer.addEdge(g, pserverRO, complexRO);
    // Scn2
    edgeSerializer.addTreeEdge(g, pserverRCTScn2, pIntRctScn2);
    edgeSerializer.addTreeEdge(g, pIntRctScn2, lInterfaceRctScn2);
    edgeSerializer.addEdge(g, pserverRCTScn2, complexRctScn2);
    edgeSerializer.addTreeEdge(g, pserverROScn2, pIntRoScn2);
    edgeSerializer.addTreeEdge(g, pIntRoScn2, lInterfaceRoScn2);
    edgeSerializer.addEdge(g, pserverROScn2, complexROScn2);
    // Scn3
    pserverRCTScn3 = g.addV().property("aai-node-type", "pserver").property("hostname", "pserverRCTScn3").property("source-of-truth", "RCT").property("fqdn", "Scn3.pserverRCTScn3").property("aai-uri", "/cloud-infrastructure/pservers/pserver/pserverRCTScn3").property("resource-version", "3").next();
    complexScn3 = g.addV().property("aai-node-type", "complex").property("physical-location-id", "complexScn3").property("aai-uri", "/cloud-infrastructure/complexes/complex/complexScn3").next();
    pserverROScn3 = g.addV().property("aai-node-type", "pserver").property("hostname", "Scn3.pserverROScn3").property("source-of-truth", "RO").property("fqdn", "Scn2.pserverRCTScn2").property("aai-uri", "/cloud-infrastructure/pservers/pserver/Scn3.pserverROScn3").property("resource-version", "4").next();
    edgeSerializer.addEdge(g, pserverRCTScn3, complexScn3);
    edgeSerializer.addEdge(g, pserverROScn3, complexScn3);
    // Verify manytoOne edge scenario
    pserverRCTScn6 = g.addV().property("aai-node-type", "pserver").property("hostname", "pserverRCTScn6").property("source-of-truth", "RCT").property("fqdn", "Scn6.pserverRCTScn6").property("aai-uri", "/cloud-infrastructure/pservers/pserver/pserverRCTScn6").property("resource-version", "1").next();
    zoneScn61 = g.addV().property("aai-node-type", "zone").property("zone-id", "zone-61").property("aai-uri", "/network/zones/zone/zone-61").next();
    pserverROScn6 = g.addV().property("aai-node-type", "pserver").property("hostname", "Scn6.pserverROScn6").property("source-of-truth", "RO").property("fqdn", "Scn6.pserverRCTScn6").property("aai-uri", "/cloud-infrastructure/pservers/pserver/Scn6.pserverROScn6").property("resource-version", "4").next();
    zoneScn62 = g.addV().property("aai-node-type", "zone").property("zone-id", "zone-62").property("aai-uri", "/network/zones/zone/zone-62").next();
    edgeSerializer.addEdge(g, pserverRCTScn6, zoneScn61);
    edgeSerializer.addEdge(g, pserverROScn6, zoneScn62);
    // Verify manyToMany edge scenario
    Vertex gvnf1 = g.addV().property("aai-node-type", "generic-vnf").property("vnf-id", "vnf-1").property("aai-uri", "/cloud-infrastructure/pservers/pserver/Scn6.pserverROScn6").next();
    Vertex gvnf2 = g.addV().property("aai-node-type", "generic-vnf").property("vnf-id", "vnf-2").property("aai-uri", "/network/generic-vnfs/generic-vnf/vnf-2").next();
    edgeSerializer.addEdge(g, pserverRCTScn6, gvnf1);
    edgeSerializer.addEdge(g, pserverROScn6, gvnf2);
    // Verify empty string scenario
    Vertex pserver1EmptyFirstToken = g.addV().property("aai-node-type", "pserver").property("hostname", ".pserver1EmptyFirstToken").property("source-of-truth", "RO").property("fqdn", "sameScn1.rrrr.tttt.yyyy").property("aai-uri", "/cloud-infrastructure/pservers/pserver/.pserver1EmptyFirstToken").property("resource-version", "1").next();
    Vertex pserver1EmptyFirstTokenFqdn = g.addV().property("aai-node-type", "pserver").property("hostname", "pserver1EmptyFirstTokenFqdn").property("source-of-truth", "RCT").property("fqdn", ".rrrr.tttt.yyyy").property("aai-uri", "/cloud-infrastructure/pservers/pserver/pserver1EmptyFirstTokenFqdn").property("resource-version", "1").next();
    // lag-interfaces
    Vertex roP1 = g.addV().property("aai-node-type", "pserver").property("hostname", "pserver.ro").property("source-of-truth", "RO").property("fqdn", "pserver.rrrr.tttt.yyyy").property("aai-uri", "/cloud-infrastructure/pservers/pserver/pserver.ro").property("resource-version", "1").next();
    Vertex rctP1 = g.addV().property("aai-node-type", "pserver").property("hostname", "rctP1").property("source-of-truth", "RCT").property("fqdn", "pserver.rrrr.tttt.yyyy").property("aai-uri", "/cloud-infrastructure/pservers/pserver/rctP1").property("resource-version", "3").next();
    // lagint11 does not have a match on rctP1. So, expect this to move to rctP1. Add test
    Vertex lagint11 = g.addV().property("aai-node-type", "lag-interface").property("interface-name", "lagint11").property("aai-uri", "/cloud-infrastructure/pservers/pserver/roP1/lag-interfaces/lag-interface/lagint11").next();
    edgeSerializer.addTreeEdge(g, roP1, lagint11);
    // lagint12 matches with lagint31 on rctP3
    Vertex lagint12 = g.addV().property("aai-node-type", "lag-interface").property("interface-name", "lagint12").property("aai-uri", "/cloud-infrastructure/pservers/pserver/roP1/lag-interfaces/lag-interface/lagint12").next();
    Vertex lagint31 = g.addV().property("aai-node-type", "lag-interface").property("interface-name", "lagint12").property("aai-uri", "/cloud-infrastructure/pservers/pserver/rctP3/lag-interfaces/lag-interface/lagint12").next();
    edgeSerializer.addTreeEdge(g, roP1, lagint12);
    edgeSerializer.addTreeEdge(g, rctP1, lagint31);
    TransactionalGraphEngine spy = spy(dbEngine);
    TransactionalGraphEngine.Admin adminSpy = spy(dbEngine.asAdmin());
    GraphTraversalSource traversal = g;
    GraphTraversalSource readOnly = tx.traversal(GraphTraversalSource.build().with(ReadOnlyStrategy.instance()));
    when(spy.tx()).thenReturn(tx);
    when(spy.asAdmin()).thenReturn(adminSpy);
    when(adminSpy.getTraversalSource()).thenReturn(traversal);
    when(adminSpy.getReadOnlyTraversalSource()).thenReturn(readOnly);
    migration = new PserverDedupWithDifferentSourcesOfTruth(spy, loaderFactory, edgeIngestor, edgeSerializer, schemaVersions);
    migration.run();
}

Example 4 with TransactionalGraphEngine

use of org.onap.aai.serialization.engines.TransactionalGraphEngine in project aai-graphadmin by onap.

the class MigrateBooleanDefaultsToFalseTest method setup.

@Before
public void setup() throws Exception {
    g = tx.traversal();
    loader = loaderFactory.createLoaderForVersion(introspectorFactoryType, schemaVersions.getDefaultVersion());
    dbEngine = new JanusGraphDBEngine(queryStyle, loader);
    // generic-vnf
    g.addV().property("aai-node-type", "generic-vnf").property("vnf-id", "generic-vnf0").next();
    g.addV().property("aai-node-type", "generic-vnf").property("vnf-id", "generic-vnf1").property("is-closed-loop-disabled", "").next();
    g.addV().property("aai-node-type", "generic-vnf").property("vnf-id", "generic-vnf2").property("is-closed-loop-disabled", true).next();
    g.addV().property("aai-node-type", "generic-vnf").property("vnf-id", "generic-vnf3").property("is-closed-loop-disabled", false).next();
    // vnfc
    g.addV().property("aai-node-type", "vnfc").property("vnfc-name", "vnfc0").next();
    g.addV().property("aai-node-type", "vnfc").property("vnfc-name", "vnfc1").property("is-closed-loop-disabled", "").next();
    g.addV().property("aai-node-type", "vnfc").property("vnfc-name", "vnfc2").property("is-closed-loop-disabled", true).next();
    g.addV().property("aai-node-type", "vnfc").property("vnfc-name", "vnfc3").property("is-closed-loop-disabled", false).next();
    // vserver
    g.addV().property("aai-node-type", "vserver").property("vserver-id", "vserver0").next();
    g.addV().property("aai-node-type", "vserver").property("vserver-id", "vserver1").property("is-closed-loop-disabled", "").next();
    g.addV().property("aai-node-type", "vserver").property("vserver-id", "vserver2").property("is-closed-loop-disabled", true).next();
    g.addV().property("aai-node-type", "vserver").property("vserver-id", "vserver3").property("is-closed-loop-disabled", false).next();
    // l3-network
    g.addV().property("aai-node-type", "l3-network").property("network-id", "l3-network0").property("network-name", "l3-network-name0").next();
    g.addV().property("aai-node-type", "l3-network").property("network-id", "l3-network1").property("network-name", "l3-network-name1").property("is-bound-to-vpn", "").property("is-provider-network", "").property("is-shared-network", "").property("is-external-network", "").next();
    g.addV().property("aai-node-type", "l3-network").property("network-id", "l3-network2").property("network-name", "l3-network-name2").property("is-bound-to-vpn", true).property("is-provider-network", true).property("is-shared-network", true).property("is-external-network", true).next();
    g.addV().property("aai-node-type", "l3-network").property("network-id", "l3-network3").property("network-name", "l3-network-name3").property("is-bound-to-vpn", false).property("is-provider-network", false).property("is-shared-network", false).property("is-external-network", false).next();
    // subnet
    g.addV().property("aai-node-type", "subnet").property("subnet-id", "subnet0").next();
    g.addV().property("aai-node-type", "subnet").property("subnet-id", "subnet1").property("dhcp-enabled", "").next();
    g.addV().property("aai-node-type", "subnet").property("subnet-id", "subnet2").property("dhcp-enabled", true).next();
    g.addV().property("aai-node-type", "subnet").property("subnet-id", "subnet3").property("dhcp-enabled", false).next();
    // l-interface
    g.addV().property("aai-node-type", "l-interface").property("interface-name", "l-interface0").property("in-maint", false).next();
    g.addV().property("aai-node-type", "l-interface").property("interface-name", "l-interface1").property("in-maint", false).property("is-port-mirrored", "").property("is-ip-unnumbered", "").next();
    g.addV().property("aai-node-type", "l-interface").property("interface-name", "l-interface2").property("in-maint", false).property("is-port-mirrored", true).property("is-ip-unnumbered", true).next();
    g.addV().property("aai-node-type", "l-interface").property("interface-name", "l-interface3").property("in-maint", false).property("is-port-mirrored", false).property("is-ip-unnumbered", false).next();
    // vf-module
    g.addV().property("aai-node-type", "vf-module").property("vf-module-id", "vf-module0").next();
    g.addV().property("aai-node-type", "vf-module").property("vf-module-id", "vf-module1").property("is-base-vf-module", "").next();
    g.addV().property("aai-node-type", "vf-module").property("vf-module-id", "vf-module2").property("is-base-vf-module", true).next();
    g.addV().property("aai-node-type", "vf-module").property("vf-module-id", "vf-module3").property("is-base-vf-module", false).next();
    // vlan
    g.addV().property("aai-node-type", "vlan").property("vlan-interface", "vlan0").next();
    g.addV().property("aai-node-type", "vlan").property("vlan-interface", "vlan1").property("is-ip-unnumbered", "").next();
    g.addV().property("aai-node-type", "vlan").property("vlan-interface", "vlan2").property("is-ip-unnumbered", true).next();
    g.addV().property("aai-node-type", "vlan").property("vlan-interface", "vlan3").property("is-ip-unnumbered", false).next();
    TransactionalGraphEngine spy = spy(dbEngine);
    TransactionalGraphEngine.Admin adminSpy = spy(dbEngine.asAdmin());
    GraphTraversalSource traversal = g;
    when(spy.asAdmin()).thenReturn(adminSpy);
    when(adminSpy.getTraversalSource()).thenReturn(traversal);
    migration = new BooleanDefaultMigrator(spy, loaderFactory, edgeIngestor, edgeSerializer, schemaVersions);
    migration.run();
}

Example 5 with TransactionalGraphEngine

use of org.onap.aai.serialization.engines.TransactionalGraphEngine in project aai-graphadmin by onap.

the class MigrateCloudRegionUpgradeCycleTest method setUp.

@Before
public void setUp() throws Exception {
    graph = JanusGraphFactory.build().set("storage.backend", "inmemory").open();
    tx = graph.newTransaction();
    g = tx.traversal();
    loader = loaderFactory.createLoaderForVersion(introspectorFactoryType, schemaVersions.getDefaultVersion());
    dbEngine = new JanusGraphDBEngine(queryStyle, loader);
    System.setProperty("BUNDLECONFIG_DIR", "src/test/resources");
    cloudRegion1 = g.addV().property("aai-node-type", MigrateCloudRegionUpgradeCycle.CLOUD_REGION_NODE_TYPE).property(MigrateCloudRegionUpgradeCycle.CLOUD_REGION_ID, "akr1").property(MigrateCloudRegionUpgradeCycle.CLOUD_OWNER, "att-aic").property(MigrateCloudRegionUpgradeCycle.UPGRADE_CYCLE, "Test").next();
    cloudRegion2 = g.addV().property("aai-node-type", MigrateCloudRegionUpgradeCycle.CLOUD_REGION_NODE_TYPE).property(MigrateCloudRegionUpgradeCycle.CLOUD_REGION_ID, "amsnl1b").property(MigrateCloudRegionUpgradeCycle.CLOUD_OWNER, "att-aic").next();
    cloudRegion3 = g.addV().property("aai-node-type", MigrateCloudRegionUpgradeCycle.CLOUD_REGION_NODE_TYPE).property(MigrateCloudRegionUpgradeCycle.CLOUD_REGION_ID, "alp1").property(MigrateCloudRegionUpgradeCycle.CLOUD_OWNER, "Test").property(MigrateCloudRegionUpgradeCycle.UPGRADE_CYCLE, "server1").next();
    TransactionalGraphEngine spy = spy(dbEngine);
    TransactionalGraphEngine.Admin adminSpy = spy(dbEngine.asAdmin());
    GraphTraversalSource traversal = g;
    when(spy.asAdmin()).thenReturn(adminSpy);
    when(adminSpy.getTraversalSource()).thenReturn(traversal);
    migration = new MigrateCloudRegionUpgradeCycle(spy, loaderFactory, edgeIngestor, edgeSerializer, schemaVersions);
    migration.run();
}