Examples with PublicEndpoint org.platformlayer.ops.networks.PublicEndpoint used on opensource projects

Example 1 with PublicEndpoint

use of org.platformlayer.ops.networks.PublicEndpoint in project platformlayer by platformlayer.

the class ZookeeperServerController method addChildren.

@Override
protected void addChildren() throws OpsException {
    int port = ZookeeperConstants.ZK_PUBLIC_PORT;
    // A per-instance name (for convenience)
    String dnsName = ZookeeperUtils.buildDnsName(model);
    InstanceBuilder vm = InstanceBuilder.build(dnsName, this, model.getTags());
    // vm.publicPorts.add(port);
    // vm.publicPorts.add(ZookeeperConstants.ZK_SYSTEM_PORT_1);
    // vm.publicPorts.add(ZookeeperConstants.ZK_SYSTEM_PORT_2);
    vm.hostPolicy.configureSpread(template.getClusterGroupId());
    vm.addChild(IpsecInstall.class);
    {
        IpsecPresharedKey psk = vm.addChild(IpsecPresharedKey.class);
        psk.id = IpsecPresharedKey.SHAREDKEY_USER_FQDN;
        psk.secret = ipsec.getIpsecSecret();
    }
    // so need to be opened early
    for (int systemPort : ZookeeperConstants.SYSTEM_PORTS) {
        PublicEndpoint endpoint = injected(PublicEndpoint.class);
        // endpoint.network = null;
        endpoint.publicPort = systemPort;
        endpoint.backendPort = systemPort;
        endpoint.dnsName = dnsName;
        // We expect this to be used by IPv6 capable client
        endpoint.transport = Transport.Ipv6;
        endpoint.tagItem = model.getKey();
        endpoint.parentItem = model.getKey();
        vm.addChild(endpoint);
        {
            IpsecForPort ipsecForPort = vm.addChild(IpsecForPort.class);
            ipsecForPort.port = systemPort;
        }
    }
    vm.hostPolicy.allowRunInContainer = true;
    // TODO: This needs to be configurable...
    vm.minimumMemoryMb = 2048;
    addChild(vm);
    {
        ZookeeperInstall install = vm.addChild(ZookeeperInstall.class);
    }
    {
        ZookeeperInstance service = vm.addChild(ZookeeperInstance.class);
    }
    {
        PublicEndpoint endpoint = vm.addChild(PublicEndpoint.class);
        // endpoint.network = null;
        endpoint.publicPort = port;
        endpoint.backendPort = port;
        endpoint.dnsName = dnsName;
        // We expect this to be used by IPv6 capable client
        endpoint.transport = Transport.Ipv6;
        endpoint.tagItem = model.getKey();
        endpoint.parentItem = model.getKey();
        {
            IpsecForPort ipsecForPort = vm.addChild(IpsecForPort.class);
            ipsecForPort.port = port;
        }
    }
    vm.addChild(ZookeeperStatusChecker.class);
// TODO: Establish round-robin style DNS on clusterDnsName
// TODO: Is some form of geo-direction possible?
}

Example 2 with PublicEndpoint

use of org.platformlayer.ops.networks.PublicEndpoint in project platformlayer by platformlayer.

the class PostgresqlServerController method addChildren.

@Override
protected void addChildren() throws OpsException {
    PostgresqlTemplateVariables template = injected(PostgresqlTemplateVariables.class);
    InstanceBuilder instance = InstanceBuilder.build(model.dnsName, this, model.getTags());
    // TODO: Memory _really_ needs to be configurable here!
    instance.publicPorts.add(5432);
    instance.minimumMemoryMb = 2048;
    addChild(instance);
    instance.addChild(PackageDependency.build("postgresql"));
    instance.addChild(PackageDependency.build("postgresql-client"));
    String postgresVersion = template.getPostgresVersion();
    if (postgresVersion.equals("8.4")) {
        instance.addChild(TemplatedFile.build(template, new File("/etc/postgresql/8.4/main/pg_hba.conf"), "8_4_pg_hba.conf"));
        instance.addChild(TemplatedFile.build(template, new File("/etc/postgresql/8.4/main/postgresql.conf"), "8_4_postgresql.conf"));
    } else if (postgresVersion.equals("9.1")) {
        instance.addChild(TemplatedFile.build(template, new File("/etc/postgresql/9.1/main/pg_hba.conf"), "9_1_pg_hba.conf"));
        instance.addChild(TemplatedFile.build(template, new File("/etc/postgresql/9.1/main/postgresql.conf"), "9_1_postgresql.conf"));
    } else {
        throw new OpsException("Unsupported postgres version: " + postgresVersion);
    }
    instance.addChild(PostgresqlServerBootstrap.build());
    instance.addChild(MetricsInstance.class);
    {
        PublicEndpoint endpoint = injected(PublicEndpoint.class);
        // endpoint.network = null;
        endpoint.publicPort = 5432;
        endpoint.backendPort = 5432;
        endpoint.dnsName = model.dnsName;
        endpoint.tagItem = model.getKey();
        endpoint.parentItem = model.getKey();
        instance.addChild(endpoint);
    }
    instance.addChild(ManagedService.build("postgresql"));
    instance.addChild(injected(PostgresqlServerBackup.class));
}

Example 3 with PublicEndpoint

use of org.platformlayer.ops.networks.PublicEndpoint in project platformlayer by platformlayer.

the class RedisServerController method addChildren.

@Override
protected void addChildren() throws OpsException {
    RedisServer model = OpsContext.get().getInstance(RedisServer.class);
    InstanceBuilder vm;
    {
        vm = InstanceBuilder.build(model.dnsName, this, model.getTags());
        // TODO: Memory _really_ needs to be configurable here!
        vm.publicPorts.add(PORT);
        vm.minimumMemoryMb = 1024;
        vm.hostPolicy.allowRunInContainer = true;
        addChild(vm);
    }
    vm.addChild(PackageDependency.build("redis-server"));
    RedisTemplateModel template = injected(RedisTemplateModel.class);
    vm.addChild(TemplatedFile.build(template, new File("/etc/redis/redis.conf")).setFileMode("444"));
    // Collectd not restarting correctly (doesn't appear to be hostname problems??)
    // instance.addChild(CollectdCollector.build());
    {
        PublicEndpoint endpoint = injected(PublicEndpoint.class);
        // endpoint.network = null;
        endpoint.publicPort = PORT;
        endpoint.backendPort = PORT;
        endpoint.dnsName = model.dnsName;
        endpoint.tagItem = model.getKey();
        endpoint.parentItem = model.getKey();
        vm.addChild(endpoint);
    }
    vm.addChild(ManagedService.build("redis-server"));
}

Example 4 with PublicEndpoint

use of org.platformlayer.ops.networks.PublicEndpoint in project platformlayer by platformlayer.

the class SolrServerController method addChildren.

@Override
protected void addChildren() throws OpsException {
    SolrServer model = OpsContext.get().getInstance(SolrServer.class);
    int port = SolrConstants.API_PORT;
    InstanceBuilder vm;
    {
        vm = InstanceBuilder.build(model.dnsName, this, model.getTags());
        vm.publicPorts.add(port);
        vm.hostPolicy.allowRunInContainer = true;
        // TODO: This needs to be configurable...
        vm.minimumMemoryMb = 2048;
        addChild(vm);
    }
    {
        SolrInstall install = injected(SolrInstall.class);
        vm.addChild(install);
    }
    {
        SolrInstance service = injected(SolrInstance.class);
        vm.addChild(service);
    }
    {
        PublicEndpoint endpoint = injected(PublicEndpoint.class);
        // endpoint.network = null;
        endpoint.publicPort = port;
        endpoint.backendPort = port;
        endpoint.dnsName = model.dnsName;
        endpoint.tagItem = model.getKey();
        endpoint.parentItem = model.getKey();
        vm.addChild(endpoint);
    }
}

Example 5 with PublicEndpoint

use of org.platformlayer.ops.networks.PublicEndpoint in project platformlayer by platformlayer.

the class WordpressServiceController method addChildren.

@Override
protected void addChildren() throws OpsException {
    WordpressService model = OpsContext.get().getInstance(WordpressService.class);
    InstanceBuilder instance = InstanceBuilder.build(model.dnsName, this, model.getTags());
    // instance.minimumMemoryMb = 2048;
    addChild(instance);
    instance.addChild(PackageDependency.build("wordpress"));
    instance.addChild(ApacheBootstrap.build());
    {
        PlatformLayerFirewallEntry net = injected(PlatformLayerFirewallEntry.class);
        net.destItem = model.databaseItem;
        net.port = 3306;
        net.uniqueId = getFirewallUniqueId();
        PlatformLayerKey sourceKey = model.getKey();
        net.sourceItemKey = sourceKey;
        instance.addChild(net);
    }
    WordpressTemplateData templateData = Injection.getInstance(WordpressTemplateData.class);
    MysqlConnection mysql = instance.addChild(MysqlConnection.build(model.databaseItem));
    mysql.password = model.databasePassword;
    {
        MysqlDatabase db = injected(MysqlDatabase.class);
        db.databaseName = templateData.getDatabaseName();
        mysql.addChild(db);
    }
    {
        MysqlUser db = injected(MysqlUser.class);
        db.databaseName = templateData.getDatabaseName();
        db.databaseUser = templateData.getDatabaseUser();
        db.databasePassword = templateData.getDatabasePassword();
        mysql.addChild(db);
    }
    instance.addChild(WordpressBootstrap.build());
    instance.addChild(WordpressAdminUser.build());
    instance.addChild(WordpressApacheSite.build());
    // instance.addChild(CollectdCollector.build());
    // TODO: How do we bring up wordpress securely??
    // We don't have the tables until we run install.php
    // Maybe we could POST to the install.php form
    {
        PublicEndpoint endpoint = injected(PublicEndpoint.class);
        // endpoint.network = null;
        endpoint.publicPort = 80;
        endpoint.backendPort = 80;
        // We expect nginx to front-end us, so we don't put the dnsName
        // endpoint.dnsName = model.dnsName;
        endpoint.tagItem = model.getKey();
        endpoint.parentItem = model.getKey();
        instance.addChild(endpoint);
    }
    instance.addChild(ManagedService.build("apache2"));
}