Java EE 7: Developing for the Cloud at Geecon, JEEConf, Johannesburg

Main sponsor

The
Java
EE
7
Pla,orm:
Developing
for
the
Cloud

Arun
Gupta,
Java
EE
&
GlassFish
Guy

blogs.oracle.com/arungupta,
@arungupta

The following is intended to outline our general product
direction. It is intended for information purposes only, and
may not be incorporated into any contract. It is not a
commitment to deliver any material, code, or functionality,
and should not be relied upon in making purchasing
decisions. The development, release, and timing of any
features or functionality described for Oracle s products
remains at the sole discretion of Oracle.

2 Copyright © 2012, Oracle and/or its affiliates. All rights reserved.

Java EE 6 Platform
December 10, 2009


Java EE 6 – Key Statistics

•  40+ Million Java EE 6 Component Downloads
•  #1 Choice for Enterprise Developers
•  #1 Application Development Platform
•  Fastest implementation of a Java EE release


Top Ten Features in Java EE 6
1.  EJB packaging in a WAR
2.  Servlet and CDI extension points
3.  Optional web.xml!
4.  Type-safe dependency injection
5.  CDI Events
6.  JSF standardizing on Facelets
7.  EJBContainer API
8.  @Schedule!
9.  EJB No Interface View
10. Web Profile

Today’s Cloud Offerings are all Proprietary

Infrastructure as Platform as Software as
a Service a Service a Service


Java EE 7


Java EE 7 and 8 – Focus Areas

Cloud Modularity HTML5
•  Provisioning •  Building on Jigsaw •  Emerging Web
Standards require a
•  Elastic & Autonomic •  Focus on OSGi interop programming model
Scalability
•  Supporting Profiles & •  JSON, WebSockets,
•  Multi-Tenancy Modular Applications off-line, APIs & DOM


Java EE 7 Focus: Platform as a Service

•  Next logical step for Java EE
–  J2EE à Java EE 6 : The Java EE Platform provides services
–  Java EE 7 : The Java EE Platform IS a service

•  PaaS support entails evolutionary change

•  Basic form of SaaS

•  Provide way for customers and users to leverage public,
private, and hybrid clouds

Roles

Developer
PaaS Provider

PaaS
Customer/ JVM JVM JVM JVM JVM JVM JVM JVM JVM
Tenant Machine Machine Machine PaaS Product
Provider

JVM JVM JVM JVM JVM JVM JVM JVM JVM
Deployer
Machine Machine Machine PaaS Account
Tenant 1 Tenant 2 Tenant 3 Manager
Application
Submitter
PaaS
Administrator
Application
Administrator


Existing Java EE model
Database
1 Provision and Initialize Service
•  Configure Java EE resources –
JDBC, JMS etc LDAP
2 Service
•  Deploy Application EAR Provision and Initialize

Messaging
3 Provision and Initialize
Service

Application
Container

5 Deploy Application (EAR/
GAR/SAR …)


Java EE 7 Model: Auto-Provision Services
from Application Dependencies
Cloud Administration
•  Provision and deploy application 1 Provision and Initialize
Service
resources (e.g. LDAP stripe, data
source instantiation and Database
2 Service
connection …) Provision and Initialize

•  Extensible Deployment Models LDAP
Supporting Multiple Frameworks 3 Provision and Initialize Service
•  Spring, Seam, Play …
Messaging
Service

Application
5 Deploy Application (EAR/
GAR/SAR …)
Container


Services

•  Cloud apps consume services
–  Persistence, queueing, mail, caching, …
•  Service metadata facilitates ease of use when deploying
into the cloud
@DataSourceDefinition(!
name=“java:app/jdbc/myDB”,!
className=“oracle.jdbc.pool.OracleDataSource”,!
isolationLevel=TRANSACTION_REPEATABLE_READ,!
initialPoolSize=5!
) !


Services

into the cloud
@JMSConnectionFactoryDefinition( 
name=“java:app/myJMSConnectionFactory”,
className=“javax.jms.QueueConnectionFactory” 
resourceAdapterName=“myJMSRA”) !
!
@JMSDestinationDefinition( 
name=“java:app/myQueue”, 
className=“javax.jms.Queue” 
destinationName=“myQueue1”)!

Services

into the cloud
@MailSessionDefinition(!
name=“java:app/mailSession”, 
host=“example.com” 
from=“MyService@example.com”!
) !


Services

into the cloud
@ConnectorResourceDefinition(!
name=“java:app/myCustomConnector”,!
className=“com.extraServices.CustomConnector.class”,!
properties= {…}!
) !


Resource/Service Metadata
•  Which service ?
–  Application require an instance, not a particular one
–  Application require a particular instance, with specific properties
•  Services scoped to application, or shareable
•  Quality-of-service attributes such as pool size, elasticity
•  Usecases
–  Need only SQL and JTA transactions; use PaaS platform defaults
–  Needs Oracle database, initial/minimum/maximum poolsize, JNDI name
–  Pre-provisioned MySQL, JNDI name, host/port
–  Apps sharing JMS queues by referring to global JNDI name


Elasticity
Java EE 7 Focus:
Move the Bar Right

Elasticity Continuum

Java EE Cluster Elastic Cluster
Elastic Cluster
Capacity
Ca
on Demand

Single node Java EE Multi-Node Dynamic Self Adjusting
Non-Elastic Multi-Instance Clustering SLA Driven Elasticity

•  Service Levels
•  Minimum and Maximum Instances
•  Futures – Self Adjustment, Capacity On Demand

Example Scenario

“A software company writes an application, submits it to a
PaaS provider, then any number of tenants sign up for the
application, deploy it, their end users access it”


Walkthrough (1)
SimplyCRM
DiabloCloud


Walkthrough (2)
SimplyCRM
DiabloCloud

ApplicaDon

Developer

Writes

App


Walkthrough (3)
SimplyCRM
DiabloCloud

Signs up as a customer
PaaS
Customer
PaaS
Account
Manager


Walkthrough (4)
SimplyCRM
DiabloCloud

Submits the application
Application System
Administrator

Submitter

App


Walkthrough (5)
ExtraServices
DiabloCloud

Discovers
App


Walkthrough (6)
ExtraServices
DiabloCloud

Signs up as a customer
PaaS
Customer
PaaS
Account
Manager

App


Walkthrough (7)
ExtraServices
DiabloCloud

Deployer
System
Administrator

Customizes and
deploys the application

App


Walkthrough (8)
ExtraServices
DiabloCloud

Deployer
System
Administrator

Provisions on
Cloud
infrastructure

App


Walkthrough (9)
ExtraServices
DiabloCloud

Deployer
System
Administrator

Provisioned and
Deployed App


Walkthrough (10)
ExtraServices
DiabloCloud

Access the application
End-‐Users
Provisioned and
Deployed App


Walkthrough (11)
ExtraServices
DiabloCloud

End-‐Users

Provisioned and
Deployed App

Administrator
Administers the application


Walkthrough (12)
ExtraServices
DiabloCloud

System
Administrator

Monitors

End-‐Users

Provisioned and
Deployed App

Administrator
Administers the application


Demo
PaaSing a Java EE Application in the Cloud

glassfish.org/javaone2011


Conference Planning in the Cloud

Java EE Application

JSF JPA Deploy

Services
EJB Metadata
<glassfish-services> 
<service-description init-type="LB" name="ConferencePlanner-lb"> 
<template id="LBNative"/> 
<configurations> 
<configuration name="https-port" value="50443"/> 
<configuration name="ssl-enabled" value="false"/> 
<configuration name="http-port" value="50080"/> 
</configurations></service-description> 
<service-description init-type="JavaEE" name="ConferencePlanner"> 
<characteristics> 
<characteristic name="service-type" value="JavaEE"/> 
</characteristics> 
<configurations> 
<configuration name="max.clustersize" value="4"/> 
<configuration name="min.clustersize" value="2"/> 
</configurations> 
</service-description>!
. . . 
</glassfish-services>!


Service Provisioning

Load
Balancer

Java EE Java EE ... Java EE

Database


Multi-tenancy in Java EE 7
•  Support for separate isolated instances of the same app for
different tenants
–  One application instance per tenant
–  Tenants correspond to units of isolation
–  Multitenant apps are declared as such
–  Each instance customized and deployed for a single tenant
–  Limited form of SaaS

•  Mapping to tenant done by the container
•  Tenant id available to application
–  E.g., under java:comp/tenantId!


Java EE 7 Is Not Just Cloud-y
•  Alignment of ManagedBeans across CDI, EJB, JSF, …
–  POJO à ManagedBean à Enterprise JavaBean
–  Extension of container-managed transactions beyond EJB

•  Further simplifications for ease-of-development
–  JAX-RS 2.0 Client API, hypermedia, bean validation, …
–  JMS 2.0 focus on ease-of-development
–  Expanded use of dependency injection
–  Expanded service metadata; improved configuration

•  Pruning
–  EJB CMP and BMP, JAX-RPC, Deployment API
•  Update to Web Profile


Java EE 7 – Candidate JSRs

Web
JAX-RS JSF 2.2 Jcache 1.0
Container EL 3.0 (JSR 107)
CDI Extensions 2.0 JSP 2.2
Extensions

Bean Validation 1.1
Concurrency
Servlet 3.1 Utilities 1.0
(JSR 236)
State
CDI 1.1 / Interceptors 1.1 / JSR 250 1.1 Management 1.0
(JSR 350)
Batch
Managed Beans 1.0 EJB 3.2 Processing 1.0
(JSR 352)
JSON 1.0
JPA 2.1 JTA 1.1 JMS 2.0 (JSR 353)


Java EE 7 Early Draft

•  Requires Java SE 7
•  Added new roles
•  Resource definition metadata
–  DataSourceDefinition,
JMSConnectionFactoryDefinition,
JMSDestinationDefinition, MailSessionDefinition,
ConnectorResourceDefinition!
–  Pre-provisioned or shared resource


Java EE 7 Early Draft

•  Default Data Source java:comp/defaultDataSource!
•  Default JMS Connection Factory java:comp/
defaultJMSConnectionFactory!
•  Tenant Identifier: java:comp/tenantId!
•  Made optional
–  EJB Entity Beans, EJB QL, JAX-RPC, Deployment API, JAXR


Java Persistence API 2.1

•  @NamedStoredProcedureQuery,
StoredProcedureQuery!
•  Bulk update/delete using Criteria!
•  User-defined functions using FUNCTION!
•  Persistence Context Synchronization


JPA 2.1
Stored Procedures
@Entity 
@NamedStoredProcedureQuery(name="topGiftsStoredProcedure",
procedureName="Top10Gifts") 
public class Product { 
. . . 
}!

StoredProcedreQuery query =
EntityManager.createNamedStoredProcedureQuery("topGiftsStoredProcedure");!
query.registerStoredProcedureParameter(1, String.class, ParameterMode.INOUT);!
query.setParameter(1, "top10");!
query.registerStoredProcedureParameter(2, Integer.class, ParameterMode.IN);!
query.setParameter(2, 100);!
// there are other setParameter methods for defining the temporal type 
. . .!
query.execute();!
String response = query.getOutputParameterValue(1);!
!


JPA 2.1
Update/Delete using Criteria
CriteriaUpdate<Customer> q = cb.createCriteriaUpdate(Customer.class);  
Root<Customer> c = q.from(Customer.class);  
q.set(c.get(Customer_.status), "outstanding") 
.where(cb.lt(c.get(Customer_.balance), 10000)); 
. . .!
@PersistenceContext EntityManager em;  UPDATE Customer c!
Query query = em.createQuery(q);  SET c.status = 'outstanding'!
query.executeUpdate();  WHERE c.balance < 10000!
 
!

CriteriaDelete<Customer> q = cb.createCriteriaDelete(Customer.class);  
Root<Customer> c = q.from(Customer.class);  
q.where(cb.equal(c.get(Customer_.status), "inactive"), 
cb.isEmpty(c.get(Customer_.orders))); 
. . .!
@PersistenceContext EntityManager em;  DELETE FROM Customer c 
Query query = em.createQuery(q);  WHERE c.status = 'inactive' 
query.executeUpdate();  AND c.orders IS EMPTY!
 
42
!Copyright © 2012, Oracle and/or its affiliates. All rights reserved.

Java API for RESTful Web Services 2.0

•  Client-side API
•  Filters and Entity Interceptors
•  Client-side and Server-side Async
•  Validation
•  Server-side content negotiation (qs)
•  Hypermedia
•  Alignment with CDI


JAX-RS 2.0
Client-side API
URL url = new URL("http://.../atm/balance"); 
HttpURLConnection conn = (HttpURLConnection) url.openConnection(); 
conn.setRequestMethod("GET"); 
conn.setDoInput(true); 
conn.setDoOutput(false); 
 
BufferedReader br = new BufferedReader(new InputStreamReader(conn.getInputStream())); 
String line; 
while ((line = br.readLine()) != null) { 
out.println(line); 
}!

Client client = ClientFactory.newClient();!
String balance = client.target("http://.../atm/balance")!
.request("text/plain")!
.get(String.class);!


JAX-RS 2.0
Filters and Interceptors
@Provider 
class LoggingFilter implements RequestFilter, ResponseFilter {!
    @Override 
    public FilterAction preFilter(FilterContext ctx) throws IOException { 
        logRequest(ctx.getRequest()); 
        return FilterAction.NEXT; 
    } 
!
    @Override 
    public FilterAction postFilter(FilterContext ctx) throws IOException { 
        logResponse(ctx.getResponse()); 
        return FilterAction.NEXT; 
    } 
}!


JAX-RS 2.0
Client-side Async
Client client = ClientFactory.newClient(); 
Future<String> future = client.target("http://.../atm/{card}/balance") 
                      .pathParam("card", "1111222233334444") 
                      .queryParam("pin", "1234") 
                          .request("text/plain") 
                          .async() 
                          .get( 
new InvocationCallback<String>() { 
public void completed(String result) { 
} 
 
public void failed(InvocationException e) { 
} 
} 
);!


JAX-RS 2.0
Server-side Async
@Path("/async") 
class ProductResource { 
    @Context ExecutionContext ctx; 
#
    @GET 
    @Suspend 
    public Product longOp() { 
        Executors.newSingleThreadExecutor().submit( 
            new Runnable() { 
                public void run() { 
                    Proruct product = longQueryFromDatabase(); 
                    ctx.resume(product); 
                } 
            } 
        ); 
    } 
}!


JAX-RS 2.0
Integration with Bean Validation
@Path("/") 
class ProductResource {!
    @POST 
    @Consumes(MediaType.APPLICATION_FORM_URLENCODED) 
    public void addProduct(@NotNull  
@FormParam("productName") String name, 
                           @NotNull  
@Category  
@FormParam("category") String category) { 
        . . . 
    } 
}!


JAX-RS 2.0
Server-side Content Negotiation
@Path("/") 
class ProductResource {!
    @GET 
    @Produces({ "text/xml;qs=0.75", "application/json"}) 
    public Product[] getProducts() { 
        . . . 
    } 
}!


JavaServer Faces 2.2

•  Queue control for Ajax requests
•  File Upload component (Non-Ajax & Ajax)
•  Injection in all JSF artifacts – including converters &
validators
•  @FaceletsResourceResolver!
•  Instantiating composite components in Java
•  . . .


Contexts & Dependency Injection 1.1

•  Embedded mode to startup outside Java EE container
•  Global ordering of interceptors and decorators
•  API for managing built-in contexts
•  Send Servlet events as CDI events
•  . . .


Enterprise JavaBeans 3.2

•  Three-part specification
–  Core CMT transactions on Managed Beans, Non-persistent timer
and Async method to Lite
–  Optional CMP, BMP, Entity Beans, EJB QL, JAX-RPC Web
service endpoint
–  Interceptors


Enterprise JavaBeans 3.2
Under discussion
•  Alignment with JMS 2.0
•  QoS – @MaxConcurrency, @Poolsize!
•  Non persistent timers and Async invocations in EJB.Lite
•  Support for CMT in ManagedBeans
–  Subset of transaction attributes
–  BMT are already supported using UserTransaction!


Bean Validation 1.1

•  Open: Spec, Reference Implementation, TCK
•  Alignment with Dependency Injection
•  Method-level validation
–  Constraints on parameters and return values
–  Check pre-/post-conditions


Bean Validation 1.1
Code Sample
@MethodValidated 
public class OrderService {  
public OrderService(@NotNull CreditCardProcessor creditCardProcessor) { . . . } 
 
public void placeOrder( 
@NotNull  
@Size(min=3, max=20) String customerCode,  
@NotNull @Valid Item item,  
@Min(1) int quantity) { . . . } 
 
@NotNull @Size(min=1) 
public Set<CreditCardProcessor> getCreditCardProcessors() { ... } 
 
@NotNull @Future 
public Date getNextAvailableDeliveryDate() { ... } !
} !


Java Message Service 2.0

•  Simplified API
–  Less verbose
–  Reduce the number of objects needed to send/receive message
–  Allow resource injection
–  Alternative, not replacement, for standard API
–  Remove JMSException, where possible
•  Connection, Session and other objects are
AutoCloseable
•  New methods – no need for redundant arguments

JMS 1.1
Sending messages in Java EE
@Resource(lookup = "jms/connFactory") 
ConnectionFactory cf; !
@Resource(lookup="jms/inboundQueue")!
Destination dest;!
!
public void sendMessage (String payload) throws JMSException {!
Connection conn = cf.createConnection(); 
Session sess = !
conn.createSession(false,Session.AUTO_ACKNOWLEDGE); 
MessageProducer producer = sess.createProducer(dest); 
TextMessage textMessage = sess.createTextMessage(payload); 
messageProducer.send(textMessage);  
connection.close(); 
}!


JMS 2.0
@Resource(lookup = "jms/connFactory")  Need to create
ConnectionFactory cf; ! intermediate objects
@Resource(lookup="jms/inboundQueue")! just to satisfy the API
Destination dest;!
!
Session sess = !
}!


JMS 2.0
@Resource(lookup="jms/inboundQueue")! Redundant
Destination dest;! arguments
!
Session sess = !
}!


JMS 2.0
@Resource(lookup="jms/inboundQueue")!
Destination dest;! Boilerplate code
!
Session sess = !
}!


JMS 2.0
try {!
Connection conn = null;!
con = cf.createConnection(); 
Session sess = !
TextMessage textMessage=sess.createTextMessage(payload); 
messageProducer.send(textMessage); !
} finally { 
connection.close();!
} 
}!
Need to close
connections
after use


JMS 2.0
public void sendMessage (String payload) {!
Connection conn = null;!
try {!
con = cf.createConnection(); 
Session sess = !
TextMessage textMessage=sess.createTextMessage(payload); 
messageProducer.send(textMessage); !
} catch (JMSException e1) {!
// do something!
} finally {! And there's
try {  always exception
if (conn!=null) connection.close();! handling to add
} catch (JMSException e2){!
// do something else!
}!
} 
}!

JMS 1.1 – Sending a Message (Java EE)
Standard API
@Resource(lookup = "jms/connectionFactory ") 
ConnectionFactory connectionFactory;  
 
@Resource(lookup="jms/inboundQueue")  
Queue inboundQueue;  
 
public void sendMessageOld (String payload) throws JMSException {  
try (Connection connection = connectionFactory.createConnection()) {  
Session session = connection.createSession();  
MessageProducer messageProducer = session.createProducer(inboundQueue);  
TextMessage textMessage = session.createTextMessage(payload); 
} !
} !


New Simplified API
@Resource(mappedName="jms/contextFactory") !
ConnectionFactory connectionFactory;!
!
@Resource(mappedName="jms/inboundQueue") !
Queue inboundQueue;!
!
public void sendMessage(String payload) {!
try (JMSContext context = connectionFactory.createContext();){!
context.send(inboundQueue,payload);!
}!
}!


New Simplified API (With Injection)
@Inject!
@JMSConnectionFactory("jms/contextFactory") !
JMSContext context;!
!
@Resource(mappedName="jms/inboundQueue") !
Queue inboundQueue;!
!
public void sendMessage(String payload) {!
context.send(inboundQueue,payload);!
}!


JMS 1.1 – Receiving a Message Synchronously
Standard API
@Resource(lookup = "jms/connectionFactory") 
ConnectionFactory connectionFactory;!
 
@Resource(lookup="jms/inboundQueue") 
 
public String receiveMessageOld() throws JMSException {  
try (Connection connection = connectionFactory.createConnection()) {  
connection.start();  
Session session = connection.createSession();  
MessageConsumer messageConsumer = session.createConsumer(inboundQueue);  
TextMessage textMessage = (TextMessage)messageConsumer.receive(); 
String payload = textMessage.getText();  
return payload;  
}  
} !


New Simplified API
@Resource(lookup = "jms/connectionFactory")  
ConnectionFactory connectionFactory;  
 
 
public String receiveMessageNew() {  
try (JMSContext context = connectionFactory.createContext()) {  
JMSConsumer consumer = context.createConsumer(inboundQueue);  
return consumer.receivePayload(String.class);  
}  
} !


New Simplified API (With Injection)
@Inject  
@JMSConnectionFactory("jms/connectionFactory")  
private JMSContext context;  
 
 
public String receiveMessageNew() {  
JMSConsumer consumer = context.createConsumer(inboundQueue);  
return consumer.receivePayload(String.class);  
} !


JSON – Standard API

•  Advantages
–  Applications can use standard types
–  Leaner, portable applications
•  Two JSRs
–  Processing/Parsing JSON (JSON-P)
–  Binding JSON <-> Java objects (JSON-B)
–  Similar to JAXP and JAXB
–  Close collaboration between the two


JSON 1.0 (JSR 353)
javax.json.*
•  Object model API to represent JSON
–  Similar to DOM API in XML world
•  Streaming API to produce/consume JSON
–  Similar to StAX API in XML world
JSR Supporters
–  fasterxml.com (Jackson)
–  Doug Crockford (json.org)
•  Spec: json-processing-spec.java.net
•  Reference Implementation: jsonp.java.net

JSON 1.0 (JSR 353)

•  DOM-based APIs (javax.json.* package)
–  JSONBuilder – Builds a JSON object
–  JSONReader – Reads a JSON object or array from the stream
–  JSONWriter – Writes a JSON object or array to the stream
•  Streaming APIs (javax.json.stream.* package)
–  JsonGenerator – Streaming JSON generator
–  JsonParser – Allows forward, read-only access to JSON


JSON 1.0 (JSR 353)
Code Sample – JsonBuilder
JsonObject value = new JsonBuilder()  {

.beginObject() 

"ﬁrstName":
"John",

.add("firstName", "John")  

"lastName":
"Smith",

.add("lastName", "Smith")  

"age":
25,

add("age", 25) 

"address"
:
{

.beginObject("address”) 
.add("streetAddress", "21 2nd Street”) 

"streetAddress",
"21
2nd
Street",

.add("city", "New York”) 

"city",
"New
York",

.add("state", "NY”) 

"state",
"NY",

.add("postalCode”, "10021”) 

"postalCode",
"10021"

.endObject() 

},

.beginArray("phoneNumber") 
.beginObject()  

"phoneNumber":
[

.add("type", "home")  

{
"type":
"home",

.add("number", "212 555-1234")  

"number":
"212
555-‐1234"
},

.endObject()  

{
"type":
"fax",

.beginObject()  

"number":
"646
555-‐4567"
}

.add("type", "home")  
.add("number", "646 555-4567")  

]

.endObject()  
}

.endArray()  
.endObject()  
.build(); !


JSON 1.0 (JSR 353)
Code Sample – JsonReader, JsonWriter

String json = "..."; 
JsonReader reader = new JsonReader(new StringReader(json)); 
JsonValue value = reader.readObject(); 
reader.close(); !

JsonWriter jsonWriter = new JsonWriter(new FileWriter(...)); 
JsonObject jsonObject = new JsonBuilder() 
.beginObject() 
. . . 
.endObject() 
.build();!
jsonWriter.writeObject(jsonObject); 
jsonWriter.close(); !


JSON 1.0 (JSR 353)
Code Sample – JsonGenerator, JsonParser
JsonGenerator generator = new JsonGenerator(new FileWriter(...)); 
generator 
.beginObject() 
. . . 
.beginArray() 
. . . 
.endArray() 
.endObject() 
.build();  START_OBJECT!
generator.close(); ! END_OBJECT!
START_ARRAY!
END_ARRAY!
String json = "...";   KEY_NAME!
JsonParser parser = new JsonParser(new StringReader(json));  VALUE_xxx!
Iterator<Event> it = reader.iterator(); 
Event event = it.next(); !

Transparency
•  Oracle’s Java EE 7 JSRs are run in the open on java.net
–  http://javaee-spec.java.net
–  One project per spec – e.g., jpa-spec, jax-rs-spec, jms-spec…
•  Publicly viewable Expert Group mail archive
–  Users observer list gets copies of all Expert Group emails
•  Publicly viewable download area
•  Publicly viewable issue tracker
•  Commitment to update to JCP 2.8 Process


Status and Schedule

•  All JSRs up and running
•  Early Drafts
–  Java EE 7 Platform, JSF 2.2, JAX-RS 2.0, JPA 2.1, CDI 1.1, EJB 3.2,
JMS 2.0, Bean Validation 1.1, Expression Language 3.0

•  Final release target: Q2 2013


GlassFish Roadmap
GlassFish v3 GlassFish Server 3.1 GlassFish Server 3.1.2
•  Java EE 6 support •  Centralized administration •  Bug Fixes
•  Single instance •  Clustering / HA •  Incremental features
•  GlassFish Enterprise Mgr •  GlassFish Server Control

2009 2010 2011 2012 2013

GlassFish Server 3.0.1 GlassFish Server 3.1.1 GlassFish Server 4
•  Oracle branding •  Bug fixes •  Java EE 7
•  Oracle platform support •  Updated components •  Multitenancy
•  Oracle interoperability •  Incremental features •  PaaS-enablement


Call to Action

•  Java EE 7 Expert Group Project
– http://javaee-spec.java.net
•  Java EE 7 Reference Implementation
– http://glassfish.org
•  The Aquarium
–  http://blogs.oracle.com/theaquarium


Java EE 7: Developing for the Cloud at Geecon, JEEConf, Johannesburg

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Java EE 7: Developing for the Cloud at Geecon, JEEConf, Johannesburg