Package org.apache.jackrabbit.oak.kernel

Examples of org.apache.jackrabbit.oak.kernel.KernelNodeStore

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    public void setUp() throws Exception {
        MicroKernel microKernel = new MicroKernelImpl();
        String jsop = "^\"a\":1 ^\"b\":2 ^\"c\":3 +\"x\":{} +\"y\":{} +\"z\":{} " +
                "+\"oak:index\":{\"solrIdx\":{\"coreName\":\"cn\", \"solrHomePath\":\"sh\", \"solrConfigPath\":\"sc\"}} ";
        microKernel.commit("/", jsop, microKernel.getHeadRevision(), "test data");
        store = new KernelNodeStore(microKernel);
    }
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            if (args.length == 0) {
                System.out.println("Starting an in-memory repository");
                System.out.println(uri + " -> [memory]");
                kernels = new MicroKernel[] { new MicroKernelImpl() };
                addServlets(new KernelNodeStore(kernels[0]), "");
            } else if (args.length == 1) {
                System.out.println("Starting a standalone repository");
                System.out.println(uri + " -> " + args[0]);
                kernels = new MicroKernel[] { new MicroKernelImpl(args[0]) };
                addServlets(new KernelNodeStore(kernels[0]), "");
            } else {
                System.out.println("Starting a clustered repository");
                kernels = new MicroKernel[args.length];
                for (int i = 0; i < args.length; i++) {
                    // FIXME: Use a clustered MicroKernel implementation
                    System.out.println(uri + "/node" + i + "/ -> " + args[i]);
                    kernels[i] = new MicroKernelImpl(args[i]);
                    addServlets(new KernelNodeStore(kernels[i]), "/node" + i);
                }
            }

            server = new Server(port);
            server.setHandler(context);
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            @Override
            public Repository[] setUpCluster(int n) throws Exception {
                Repository[] cluster = new Repository[n];
                MicroKernel kernel = new MicroKernelImpl();
                for (int i = 0; i < cluster.length; i++) {
                    Oak oak = new Oak(new KernelNodeStore(kernel, cacheSize));
                    cluster[i] = new Jcr(oak).createRepository();
                }
                return cluster;
            }
        };
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                Repository[] cluster = new Repository[n];
                kernels = new MicroKernelImpl[cluster.length];
                for (int i = 0; i < cluster.length; i++) {
                    kernels[i] = new MicroKernelImpl(
                            new File(base, unique).getPath());
                    Oak oak = new Oak(new KernelNodeStore(kernels[i], cacheSize));
                    cluster[i] = new Jcr(oak).createRepository();
                }
                return cluster;
            }
            @Override
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                    MongoConnection mongo =
                            new MongoConnection(host, port, dbName);
                    kernels[i] = new MongoMK.Builder().
                            setMongoDB(mongo.getDB()).
                            setClusterId(i).setLogging(false).open();
                    Oak oak = new Oak(new KernelNodeStore(kernels[i], cacheSize));
                    cluster[i] = new Jcr(oak).createRepository();
                }
                return cluster;
            }
            @Override
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    public Oak(NodeStore store) {
        this.store = checkNotNull(store);
    }

    public Oak(MicroKernel kernel) {
        this(new KernelNodeStore(checkNotNull(kernel)));
    }
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    public void setUp() throws Exception {
        MicroKernel microKernel = new MicroKernelImpl();
        String jsop = "^\"a\":1 ^\"b\":2 ^\"c\":3 +\"x\":{} +\"y\":{} +\"z\":{} " +
                "+\"oak:index\":{\"solrIdx\":{\"coreName\":\"cn\", \"solrHomePath\":\"sh\", \"solrConfigPath\":\"sc\"}} ";
        microKernel.commit("/", jsop, microKernel.getHeadRevision(), "test data");
        store = new KernelNodeStore(microKernel);
    }
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            if (args.length == 0) {
                System.out.println("Starting an in-memory repository");
                System.out.println(uri + " -> [memory]");
                kernels = new MicroKernel[] { new MicroKernelImpl() };
                addServlets(new KernelNodeStore(kernels[0]), "");
            } else if (args.length == 1) {
                System.out.println("Starting a standalone repository");
                System.out.println(uri + " -> " + args[0]);
                kernels = new MicroKernel[] { new MicroKernelImpl(args[0]) };
                addServlets(new KernelNodeStore(kernels[0]), "");
            } else {
                System.out.println("Starting a clustered repository");
                kernels = new MicroKernel[args.length];
                for (int i = 0; i < args.length; i++) {
                    // FIXME: Use a clustered MicroKernel implementation
                    System.out.println(uri + "/node" + i + "/ -> " + args[i]);
                    kernels[i] = new MicroKernelImpl(args[i]);
                    addServlets(new KernelNodeStore(kernels[i]), "/node" + i);
                }
            }

            server = new Server(port);
            server.setHandler(context);
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    public void setUp() throws Exception {
        MicroKernel microKernel = new MicroKernelImpl();
        String jsop = "^\"a\":1 ^\"b\":2 ^\"c\":3 +\"x\":{} +\"y\":{} +\"z\":{} " +
                "+\"oak:index\":{\"solrIdx\":{\"coreName\":\"cn\", \"solrHomePath\":\"sh\", \"solrConfigPath\":\"sc\"}} ";
        microKernel.commit("/", jsop, microKernel.getHeadRevision(), "test data");
        store = new KernelNodeStore(microKernel);
    }
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    private KernelNodeStore store;

    @Before
    public void setup() {
        MicroKernel mk = new MicroKernelImpl();
        store = new KernelNodeStore(mk);
        // initialize node types & index definitions
        OakInitializer.initialize(store, new InitialContent(),
                CompositeIndexEditorProvider
                        .compose(new ArrayList<IndexEditorProvider>()));
    }
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