Package org.apache.cassandra.CassandraServiceController

Examples of org.apache.cassandra.CassandraServiceController.Failure

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        // should be instantly available
        assertColumnEqual("c1", "v1", 0, getColumn(client, key, "Standard1", "c1", ConsistencyLevel.ONE));

        List<InetAddress> endpoints = endpointsForKey(hosts.get(0), key, keyspace);
        InetAddress coordinator = nonEndpointForKey(hosts.get(0), key, keyspace);
        Failure failure = controller.failHosts(endpoints.subList(1, endpoints.size()));

        try {
            client = controller.createClient(coordinator);
            client.set_keyspace(keyspace);

            new Get(client, "Standard1", key).name("c1").value("v1")
                .perform(ConsistencyLevel.ONE);

            new Insert(client, "Standard1", key).name("c3").value("v3")
                .expecting(UnavailableException.class).perform(ConsistencyLevel.ALL);
        } finally {
            failure.resolve();
            Thread.sleep(10000);
        }
    }
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        ByteBuffer key = newKey();

        // with quorum-1 nodes up
        List<InetAddress> endpoints = endpointsForKey(hosts.get(0), key, keyspace);
        InetAddress coordinator = nonEndpointForKey(hosts.get(0), key, keyspace);
        Failure failure = controller.failHosts(endpoints.subList(1, endpoints.size())); //kill all but one nodes

        client = controller.createClient(coordinator);
        client.set_keyspace(keyspace);
        try {
            new Insert(client, "Standard1", key).name("c1").value("v1")
                .expecting(UnavailableException.class).perform(ConsistencyLevel.QUORUM);
        } finally {
            failure.resolve();
        }

        // with all nodes up
        new Insert(client, "Standard1", key).name("c2").value("v2").perform(ConsistencyLevel.QUORUM);

        failure = controller.failHosts(endpoints.get(0));
        try {
            new Get(client, "Standard1", key).name("c2").value("v2").perform(ConsistencyLevel.QUORUM);
        } finally {
            failure.resolve();
            Thread.sleep(10000);
        }
    }
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            // read with all (failure)
            // bring nodes up
            // repair
            // read with all (success)

        Failure failure = controller.failHosts(endpoints);
        try {
            new Insert(client, "Standard1", key).name("c2").value("v2")
                .expecting(UnavailableException.class).perform(ConsistencyLevel.ONE);
        } finally {
            failure.resolve();
        }
    }
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        // should be instantly available
        assertColumnEqual("c1", "v1", 0, getColumn(client, key, "Standard1", "c1", ConsistencyLevel.ONE));

        List<InetAddress> endpoints = endpointsForKey(hosts.get(0), key, keyspace);
        InetAddress coordinator = nonEndpointForKey(hosts.get(0), key, keyspace);
        Failure failure = controller.failHosts(endpoints.subList(1, endpoints.size()));

        try {
            client = controller.createClient(coordinator);
            client.set_keyspace(keyspace);

            new Get(client, "Standard1", key).name("c1").value("v1")
                .perform(ConsistencyLevel.ONE);

            new Insert(client, "Standard1", key).name("c3").value("v3")
                .expecting(UnavailableException.class).perform(ConsistencyLevel.ALL);
        } finally {
            failure.resolve();
            Thread.sleep(10000);
        }
    }
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        ByteBuffer key = newKey();

        // with quorum-1 nodes up
        List<InetAddress> endpoints = endpointsForKey(hosts.get(0), key, keyspace);
        InetAddress coordinator = nonEndpointForKey(hosts.get(0), key, keyspace);
        Failure failure = controller.failHosts(endpoints.subList(1, endpoints.size())); //kill all but one nodes

        client = controller.createClient(coordinator);
        client.set_keyspace(keyspace);
        try {
            new Insert(client, "Standard1", key).name("c1").value("v1")
                .expecting(UnavailableException.class).perform(ConsistencyLevel.QUORUM);
        } finally {
            failure.resolve();
        }

        // with all nodes up
        new Insert(client, "Standard1", key).name("c2").value("v2").perform(ConsistencyLevel.QUORUM);

        failure = controller.failHosts(endpoints.get(0));
        try {
            new Get(client, "Standard1", key).name("c2").value("v2").perform(ConsistencyLevel.QUORUM);
        } finally {
            failure.resolve();
            Thread.sleep(10000);
        }
    }
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            // read with all (failure)
            // bring nodes up
            // repair
            // read with all (success)

        Failure failure = controller.failHosts(endpoints);
        try {
            new Insert(client, "Standard1", key).name("c2").value("v2")
                .expecting(UnavailableException.class).perform(ConsistencyLevel.ONE);
        } finally {
            failure.resolve();
        }
    }
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        // should be instantly available
        assertColumnEqual("c1", "v1", 0, getColumn(client, key, "Standard1", "c1", ConsistencyLevel.ONE));

        List<InetAddress> endpoints = endpointsForKey(hosts.get(0), key, keyspace);
        InetAddress coordinator = nonEndpointForKey(hosts.get(0), key, keyspace);
        Failure failure = controller.failHosts(endpoints.subList(1, endpoints.size()));

        try {
            client = controller.createClient(coordinator);
            client.set_keyspace(keyspace);

            new Get(client, "Standard1", key).name("c1").value("v1")
                .perform(ConsistencyLevel.ONE);

            new Insert(client, "Standard1", key).name("c3").value("v3")
                .expecting(UnavailableException.class).perform(ConsistencyLevel.ALL);
        } finally {
            failure.resolve();
            Thread.sleep(10000);
        }
    }
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        ByteBuffer key = newKey();

        // with quorum-1 nodes up
        List<InetAddress> endpoints = endpointsForKey(hosts.get(0), key, keyspace);
        InetAddress coordinator = nonEndpointForKey(hosts.get(0), key, keyspace);
        Failure failure = controller.failHosts(endpoints.subList(1, endpoints.size())); //kill all but one nodes

        client = controller.createClient(coordinator);
        client.set_keyspace(keyspace);
        try {
            new Insert(client, "Standard1", key).name("c1").value("v1")
                .expecting(UnavailableException.class).perform(ConsistencyLevel.QUORUM);
        } finally {
            failure.resolve();
        }

        // with all nodes up
        new Insert(client, "Standard1", key).name("c2").value("v2").perform(ConsistencyLevel.QUORUM);

        failure = controller.failHosts(endpoints.get(0));
        try {
            new Get(client, "Standard1", key).name("c2").value("v2").perform(ConsistencyLevel.QUORUM);
        } finally {
            failure.resolve();
            Thread.sleep(10000);
        }
    }
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            // read with all (failure)
            // bring nodes up
            // repair
            // read with all (success)

        Failure failure = controller.failHosts(endpoints);
        try {
            new Insert(client, "Standard1", key).name("c2").value("v2")
                .expecting(UnavailableException.class).perform(ConsistencyLevel.ONE);
        } finally {
            failure.resolve();
        }
    }
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        // should be instantly available
        assertColumnEqual("c1", "v1", 0, getColumn(client, key, "Standard1", "c1", ConsistencyLevel.ONE));

        List<InetAddress> endpoints = endpointsForKey(hosts.get(0), key, keyspace);
        InetAddress coordinator = nonEndpointForKey(hosts.get(0), key, keyspace);
        Failure failure = controller.failHosts(endpoints.subList(1, endpoints.size()));

        try {
            client = controller.createClient(coordinator);
            client.set_keyspace(keyspace);

            new Get(client, "Standard1", key).name("c1").value("v1")
                .perform(ConsistencyLevel.ONE);

            new Insert(client, "Standard1", key).name("c3").value("v3")
                .expecting(UnavailableException.class).perform(ConsistencyLevel.ALL);
        } finally {
            failure.resolve();
            Thread.sleep(10000);
        }
    }
View Full Code Here
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