Friday Mar 28, 2014

I2C Components and Raspberry Pi

Learn how you can configure I2C components to connect your Raspberry Pi to peripherals. The I2C Components and Raspberry Pi Google Hangout will be live on Tuesday, April 1, 2014: 10:00am - 12:00am in Singapore time; 7:30am - 9:30am in India Mumbai; 11:00am - 1:00pm in Tokyo Japan; and Monday, March 31, 2014: 7:00pm - 9:00pm PT in USA; 2:00am - 4:00am UTC. Ask your development questions on our support forums or twitter using #IoTDevChallenge.  

This training is part of a series about the Internet of Things, Java, Gemalto and Raspberry Pi designed to help developers, students and hobbyists to develop an application for the IoT Developer Challenge

Wednesday Mar 26, 2014

Hacking with Raspberry Pi and Java

Two new videos about Raspberry Pi GPIO with Java are now available. This hands-on training  is part of the IoT Developer Challenge and will help you to create a winning project to submit. This is a great opportunity to win a trip to JavaOne 2014! Submissions are accepted until May 30, 2014

In the first video, you will learn about the Raspberry Pi set up and the installation of Java SE Embedded and JavaFX. In the second video below, expert Vinicius Senger explains the Raspberry Pi GPIO and protocols as well as how to use the Pi4J project, a set of libraries enabling the access of the Raspberry Pi with Java. Vinicius also gives several demonstrations using a camera, LED lights, buttons and a relay board to connect to appliances. You can download the code of his demonstrations, including Pi4J Helloworld, PiPicture, Twitter4Pi and Lcdl2C

Tuesday Mar 11, 2014

Java 8 at EclipseCon 2014


Oracle is sponsoring a full day of Java 8 at EclipseCon on Tuesday, March 18, 2014. With Java 8 being released on that day, you will be the first to hear from the Java 8 architects after the release. 

As part of the program, Java architect Stuart Marks and engineering director Georges Saab will discuss the new features in Java 8. Java architect Alex Buckley will present lambdas. Expert Thomas Schindl will tackle JavaFX 8.  

The late afternoon will be about the Internet of Things and embedded Java ME and SE, a big focus of the Java 8 release. Java architect Hinkmond Wong will present Java SE 8 compact profiles for embedded development. Expert Robert Clark will explore how to bring Java to the Internet of Things. 

Join us on March 18 for an evening reception from 18:00 to 19:00. 

Wednesday Mar 05, 2014

JavaOne 2014 Call for Papers Now Open!

It is time to submit all those talks you have been thinking about. "We have a huge focus on community at this event, and it would be great to have many proposals from the developer community." explains JavaOne Content Chair Stephen Chin.

There is a new dedicated track for Agile development this year, making a total of nine Java tracks.  This year's tracks are: 

• Clients and UI
• Core Java Platform
• Internet of Things
• Java Virtual Machine Languages
• Java and Security
• Tools and Techniques
• Server-Side Java
• Java in the Cloud
• Agile Development

There is no time to waste! The call for papers closes April 15th at 11:59 p.m. PDT  

You will receive a complimentary pass to JavaOne with an accepted talk.

There is a rolling submission process, so submit early! 

Wednesday Feb 12, 2014

Register today for the Oracle Java ME Embedded MOOC!

By Guest Blogger Tom McGinn 

We are pleased to announce that the Oracle Massive Open Online Course: Develop Java                             Embedded Applications Using a Raspberry Pi is open for enrollment.

The course will start March 31st!

Enroll

Java Embedded leverages your experience with Java to open the world of the Internet of                                     Things by providing direct access to electronic sensors and mechanical devices.

This free course, designed for Java developers, is delivered over 5-weeks. Take the course                                       at your own pace - weekly we will add new lessons, quizzes and homework assignments.

You will work on a real-world application to:

  • Read input data from switches and drive LED's using the GPIO interface
  • Read temperature and barometric pressure from an I2C device
  • Read the device's current location using a GPS UART device
  • Store and manage data collected
  • Report data to a client through a variety of communication options
  • And more!


Thursday Nov 21, 2013

Coding at Internet of Things (IoT) Hack Fest

Devoxx IoT Hack Fest offered the chance for attendees to code with Java Embedded for multiple devices. Attendees built embedded applications using devices and sensors in just a couple of days. A pre-configured panel, created by Globalcode founder Vinicius Senger, a long-time Java embedded developer and trainer, connects Raspberry Pi, Arduino, Beaglebone black, and Gemalto boards to a series of sensors such as distance, motion, alcohol and temperature sensors, as well as relays and camera. Those components are accessible remotely via a web server and REST calls. A new addition to IoT Hack Fest at Devoxx was the Leap Motion. ZeroTurnaround senior developer Geert Bevin lent nine Leap Motion controllers, gave a training session and was the onsite mentor for the Leap Motion.  

During two days, attendees learned and hacked the panel and the Leap Motion. For example, Hartmut Lang hacked a sensor distance and the blink(1) component with Java Embedded Suite, Jersey API. He turned on a ThingM blink(1) multi-colored USB light via the proximity sensor on the Java Embedded Panel. The proximity data is accessible through a Java sever running on a Raspberry PI with an Arduino bridge. REST calls give access to the current sensor data. This was then translated to Java calls that control the intensity of the blink(1) light. Everything was programmed in Netbeans and was running on a dedicated Raspberry PI.

A number of projects were about controlling the relays using Java SE Embedded, Pi4J and JavaFX. They connected their applications to the panel with the Raspberry Pi's and relays. Others worked with JavaFX and Raspberry Pi. They created a distance measurement using Fuzzy Logic, Arduino, Java Embedded Suite, RXTX, Things API and JavaFX to control lights. Thomas Kriechbaum worked with Java SE Embedded, Apache Camel, MQTT for Android, MQTT with Camel and Mosquito to control actuators and reading sensors. Geert Van Landeghem built an animation framework for LCD displays using Java SE Embedded, Pi4J/I2C and LCDPlate Adafruit

Senior software architect Claude Falguière created an interactive game to teach kids the principle of programmed operations. This is done by leading a robot through a maze. Changing the directions of the robot is done via hand gestures with the leap Motion controller. Each direction change is recorded as a card and shown as the list of operations. These can be manipulated and started again.

An ant-chasing game, written in Scratch used the Leap Motion plugin with a Java application for the gesture-interpreting gateway. Players moved their fingers around in the air and an ant chased its movements. 

Geert Bevin created an application controlling multi-colored led strip with hand gestures. The Leap Motion controller detects hand position in 3D-space and sends the X/Y/Z data straight to the led strip to control the intensity of the red/green/blue lights. The led strip was connected to a Raspberry PI with an Arduino bridge and could be piloted through REST calls running on an embedded Java server. In this video, Geert explains the project.  

More projects online at the IoT Community on Java.net

Monday Oct 14, 2013

JavaOne 2013 Review: Java Takes on the Internet of Things

A new article, now up on otn/java titled “JavaOne 2013 Review: Java Takes on the Internet of Things,” takes a look back at the lively happenings at JavaOne 2013, which reprised the 2012 JavaOne "Make the Future Java" theme. The articles quotes JavaOne keynoter Peter Utzschneider, Vice President, Java Product Management at Oracle, who said, "There is a lot going on in the industry, with massive shifts and innovation happening which pose huge challenges and opportunities for Java."

He observed that Oracle shares a common goal with the Java community—to make Java better, stronger, more robust, and relevant for decades to come.

The article reviews the extraordinary success of the Java platform:
* There are 9 million Java developers worldwide.
* It's the #1 choice for developers.
* It's the #1 development platform.
* 3 billion mobile phones run Java.
* 100 percent of Blu-ray disc players ship with Java.
* 97 percent of enterprise desktops run Java.
* 5 billion Java Cards are in use.
* 7 billion Java Cards have been sold.
* 89 percent of desktops run Java.
* 125 million TV devices run Java.
* Five of the top-five OEMs ship Java.

A central theme of JavaOne 2013 was how Java makes a perfect fit for the coming Internet of Things (IoT):

“First,” the article points out, “the Internet of Things (IoT) is here to stay and is likely to alter our daily lives in coming years. As embedded devices get cheaper, more powerful, and more connected, and as the IoT grows, Java developers will face radical new challenges—not the least of which is security. Along with this, cloud computing has taken hold, complementing the IoT and making big and fast data available and ready to be analyzed.”

Nandini Ramani, VP of Engineering, Java Client and Embedded Platforms, Oracle, pointed out that the Java platform is in the process of being unified: "First, Moore's Law is making devices more capable. Second, Java SE is being shrunk to fit into the embedded space and smaller devices. And third, Java ME is being brought up to be in parity with Java SE."

Find out about the Duke’s Choice and Java Community Process Awards, the JavaOne DEMOgrounds, the JavaOne Codegarten and much more.
Link to it here.

Thursday Sep 26, 2013

At the Java Demogrounds: The Internet of Things at JavaOne 2013

Throughout JavaOne (and Oracle OpenWorld) the movements of attendees were being tracked in an impressive demonstration that powerful applications of the Internet of Things can be rapidly put together in order to gather a host of data with relatively little expense or effort. Throughout the conference, IoT in Motion has been efficiently counting and tracking conference attendees in various locations to reveal the power and utility of end-to-end data collection and management technologies. IoT in Motion is a collaboration among Oracle, Eurotech, Hitachi Communication Technologies America (CTA), and Hitachi Consulting.

Oracle’s Jennifer Douglas provided a concise overview of the technology: “We have Hitachi Consulting, who helped build the actual application that is running the data, using an Oracle Exalytic box over at Open World and the Oracle BI (Business Intelligence) dashboard. People from the Oracle BI team also contributed to this. Hitachi CTA has their SuperJ running in conjunction with Oracle’s Java SE embedded through a gateway to the Eurotech Everyware Cloud, which collects the raw data. Then the Exalytic box compiles the data and converts it into something we can actually utilize.” All of the technology is running on Java.  

IoT in Motion is not to be confused with security tracking using face recognition software which can recognize and identify the movements of individual people. While it can distinguish a dog or a vehicle from a person, the stereoscopic camera merely registers and counts people going in and out of the spaces without monitoring any features of individual people. No one’s privacy is violated in the process of tracking.

Oleg Kostukovsky of Oracle’s Java Embedded Global Business Unit, articulated the importance of IoT in Motion for the Java developer. “This solution from end to end is built on Java,” explained Kostukovsky, “all the way from the embedded device to the back end. So a Java developer can leverage existing Java skills to develop the application. All of the underlying pieces and blocks to enable application development are already in place, so if you are customizing an application running on a gateway, there is a Java framework available for that. It’s the type of environment your typical java programmer is used to so they don’t need to know about any specific embedded stuff or connectivity with sensors. On the back end, we are leveraging Oracle middleware products – pure Java based. You can develop Java code and connect Java adapters to different sources of data. So there is nothing you need to know except your basic Java development skills – it’s very similar to a Java enterprise scenario. So the learning curve is very low.”

Oracle’s Internet of Things Platform

Tuesday Sep 24, 2013

Session Report: Internet of Things with Java

by Timothy Beneke

Jai Suri, Group Product Manager, Java Platform, at Oracle, with Oracle Embedded Java architect, Noel Poore, gave a session that was both practical and visionary, titled “Internet of Things with Java” that provided a glimpse of the challenges and prospects faced by the coming Internet of Things (IoT). Suri was quick to point out that the session was not a showcase of Oracle solutions for IoT; nor would it provide best practices or design patterns for IoT. “It’s too early and we’re not there yet,” said Suri.

He pointed out that the potential range of IoT applications is vast, from home and industrial automation to improved healthcare. His team has been spending a lot of time and effort trying to figure out how Java fits into the IoT space.

The IoT market is relatively new and evolving, and full of proprietary technologies with, as yet, no standardization. The biggest challenge Java faces is creating a horizontal technology stack that addresses a wide range of needs and challenges. IoT, he pointed out is nothing new – machines connecting with other machines go back to the dawn of computing. But recently, new technologies have made it more accessible than ever before. In the US, Comcast offers XFINITY home automation offering remote monitoring, temperature, lighting and small appliance control, real-time alerts when doors or windows are opened, and more. In Europe, Deutsche Telekom offers a similar system.

In health care, remote patient monitoring is an area of rapid growth. IoT is making a difference in industrial automation and business optimization and efficiency. Other segments of IoT growth include building management, energy, consumer, retail, IT and networks. Research groups are predicting a market of somewhere around $350 Billion by 2017, some of which will be committed to technology.

According to Suri, various factors are driving the growth in IoT. First, connected devices are growing rapidly, with shipments expected to range from $50B to $200B by 2020. Moore’s law is allowing devices to become smarter and, as a result, connectivity is cheaper. Extra bandwidth is available to be redeployed for data traffic and channels are being created that allow companies to move data more cheaply.

IoT traffic data is being stored in databases to be analyzed, so data is growing rapidly. Business opportunities are increasing as the number of devices connected to the cloud allowing for the tracking of shipments, cars and other things grows.

Why is this different from a simple client and server? First the number of web, desktop and mobile applications talking to a server is rapidly increasing. Devices may be on batteries, Wifi, Bluetooth or a long range network – the complexity is huge. And most of these devices do not have a human operating them.

IoT lacks any standard protocol for communication among devices. Protocols depend upon the industry. In home automation, Bluetooth is common along with short range radio networks. Ultimately it is about how users get and receive data from devices. Suri pointed out that most developers give little thought to security. When he joined Oracle he received a badge that allows him to access and send protected data; the badge provides his identity, which governs access. But how do we put an identity on a temperature sensor connected to our home gateway? Or on data about our medical condition?

Some companies are building data centers that allow companies to connect their enterprise applications to a data center so they won’t have to worry about scaling. But is this the right approach when a company has invested millions of dollars in enterprise infrastructure? Why leverage what you already have?

Suri summarized the critical issues:
--Communication across multiple-protocol networks
--End-to-end security
--Software provisioning & lifecycle management across diverse devices
--Data acquisition from thousands of diverse devices
--Managing large volumes of fast data in a scalable architecture
--Leveraging existing enterprise architectures for evolving IoT needs

With most IoT solutions currently being written from scratch, the need for a horizontal platform seems obvious.

How Java Fits In
Noel Poore then showed how Java is the best fit for IoT, emphasizing that his focus was on the IoT with Java and not the Java Internet of Things. In a situation so fragmented with different device drivers, chip sets, operating systems and so on, the availability of a platform that allows developers to move code around with little worry about which device is running it is ideal.

Managing 50 billion devices sensibly and scalably constitutes a huge challenge. Poore presented a conceptual architecture with the pieces that need to be in place for a horizontal IoT platform to work. This would enable developers to build solutions based on platform rather than rebuilding the solution every time a different IoT problem must be solved. The conceptual architecture begins with wireless and wired sensors feeding into an initial gateway which feeds into a core network; in addition smart sensors may bypass the initial gateway and go directly to the network. The network feeds into an IoT communication gateway, which in turn feeds access management, IoT management and data routing and analysis. The first of these two feed into identity access and management, while data routing and analysis is sent to enterprise business and business intelligence to attempt to gain value from the data.

Suri closed by summarizing the take-home points of the session:

* IoT technologies are a “Wild West” full of proprietary implementations and a highly fragmented vendor ecosystem.
* Java enables an open and standards-based secure IoT platform that seamlessly integrates devices with enterprise applications.
* But significant innovations are needed across the platform and the ecosystem products to make this vision a reality.
* The good news is that Java is ahead of the curve, and very well positioned to become the de facto platform for IoT applications.

Look for podcasts of JavaOne sessions at Parleys.com starting in early October.

Sunday Sep 22, 2013

At the JavaOne 2013 Strategy Keynote

by Janice J. Heiss and Timothy Beneke

JavaOne 2013 – the 18th JavaOne Conference -- kicked off at San Francisco’s Moscone Center with two very thoughtful and illuminating presentations by Peter Utzschneider, Vice President, Java Product Management, and Nandini Ramani, Vice President of Engineering, Java Client and Embedded Platforms, both of Oracle. Together, they presented a vision of Java adroitly adjusting to an industry, and even a world, that is undergoing rapid change as we enter the Internet of Things. 

Utzschneider began by celebrating the very fact of JavaOne 2013, which offers more than 400 sessions, with attendees from no fewer than 92 countries and a wealth of educational and other festivities, including a “Codegarten” where developers can improve their coding skills, plus a code challenge using the Raspberry Pi. He gave a brief update on the thriving state of Java, which is showing a 10% increase in Java User Groups, a major new release of Java EE 7, increasing readership of Java Magazine, along with a strong and growing Java community.

He suggested that it is important for developers to remember that Java remains the number one development platform in the world with most of the infrastructure that powers the web running on Java.

As he spoke, an accompanying slide displayed Java’s success:

*    9 Million Java Developers Worldwide
*    #1 Choice for Developers
*    #1 Development Platform
*    3 Billion Mobile Phones Run Java
*    100 Percent of Blu-ray Disc Players Ship with Java
*    97 Percent of Enterprise Desktops Run Java
*    5 Billion Java Cards in Use
*    7 Billion Java Cards Sold
*    89% of desktops run java
*    125 million TV devices run java
*    5 of top 5 OEMs ship java

The theme of JavaOne 2013, “Make the Future Java” is unchanged from last year’s, for a very good reason, according to Utzschneider. “There is a lot going on in the industry,” he said, “with massive shifts and innovation happening which pose huge challenges and opportunities for Java.” The goal is to make Java better, stronger, more robust and relevant for decades to come.

He presented a slide that illustrated another key point. “The combination of mobility and social have created an incredible amount of new data, of people interacting, sharing and producing things with new services and new applications, all being driven by massive infrastructure, mostly running on Java,” he noted. Some 204 million messages are sent every minute, with 278,000 tweets, 20 million photos viewed and 11,000 professional searches via the Internet.

All of this activity is creating an enormous amount of data in many forms with growing volume and velocity. He noted: “Dealing with data – historical, real-time, future, large, small – is creating a whole new paradigm. We now have Big Data, fast data, all backed up through BI (Business Intelligence) and analytics. The data itself has become the life blood that allows developers to harness and innovate and build new applications.”

Utzschneider referred to the many non-human driven devices that will be coming on the Internet in the next two years – estimates vary between 10 and 50 billion. “When I looked at these numbers,” he observed, “I realized that once you get up into the billions, it doesn’t matter. It’s huge, real, and happening.”

He said that the devices are driven by Moore’s Law hitting the embedded space very hard, as devices become cheaper, more powerful and most important – connected. “This is the about the Internet of Things,” he said. “It will be a major game changer for Java developers and the larger community.”

He pointed out that the mobile devices we use today for applications and to connect with each other will become the ultimate remote controls of the future, which will help us interact with and control the physical world around us. Simultaneously, the shift to cloud-based development is now in full swing.

With this change, he noted, “We will have to rethink security and rethink how services can move from a container-based to a more service-based model. And we want to be able to move our applications from physical infrastructure to the cloud, but also be able to port it to a different cloud if we wish.”

He emphasized that in stewarding the Java platform, Oracle is committed to making the skills of Java developers applicable to the future.

JavaOne 2013’s First Demo
Utzschneider explained that, without knowing it, attendees had been participating in the first demo at this year’s JavaOne. “With partners, Hitachi Consulting and Eurotech, we have built an end-to-end demo with sensors above all the doorway portals which differentiate whether you are a dog or a human, whether you are coming or going, and feeding this data to a Java SE based application running on a gateway. After the computation is complete, it goes to the cloud, which has analytics and BI (Business Intelligence) applications, plus a Java-based application for visualization.”

The point of the demo is to demonstrate how, in a couple of weeks, using off-the-shelf Java componentry, a sophisticated demo could be built, and strung together, to prove the value of Java as an open standard applicable from the smallest devices all the way up to cloud-based development.

Nandini Ramani: Unifying the Java Platform
Nandini Ramani next shared the stage with Utzschneider, and began with an analysis of how Java has thrived on a diverse spectrum of devices and markets, resulting in implementations that have also become more siloed over the years. “Moving forward,” she remarked, “we believe it’s important to unify the platform, not just from an API perspective, but from a language perspective.”

She observed that Java SE 7, CDC, and CLDC, differ more than they share commonalities. From a language perspective, CLDC is still at the Java 1.3 phase, while Java SE is heading towards Java 8 early in 2014. The pace of Java ME has not kept up with Java SE.

“Java SE 8 is a huge step towards platform unification,” Ramani said. “With SE 8, we will release the Compact Profile and will replace CDC, so we will have one less implementation. We are also increasing commonality both from an API and a language perspective. This means that on the API front in ME 8 you will see familiar libraries like NIO, New Collections, and so on. With the language we will have annotations, generics, and even strings in switch.”

Developers will thus be able to use their skill sets across the entire Java spectrum instead of being restricted to being a Java ME or Java SE developer. With Java 8, developers will get code portability, commonality of APIs and common tooling from the smallest device all the way up to Java SE embedded to serverside Java SE.

She pointed to three things that are happening driving this unification. First, Moore’s Law is making devices more capable. Second, Java SE is being shrunk to fit into the embedded space and smaller devices; and third, Java ME is being brought up to be in parity with Java SE.

Java – The Logical Choice for the Internet of Things
Ramani remarked that Oracle is working with embedded partners to make Java a first-class citizen with their chip sets. Because there are so many vendors with different operating systems and device drivers, embedded development can be fragmented and challenging. “Everyone believes that there is a need for an open standard platform for the Internet of Things space that is coming – Java is the logical choice to address this market,” explained Ramani.

Utzschneider noted that some of JavaOne 2013’s partners like Freescale and Qualcomm come from the device side and are eager to make this happen. Freescale will be giving a talk prior to Thursday’s Community Keynote about why Java makes sense for the Internet of Things.

Ramani stated that in August of 2013, Oracle launched the Oracle Java Platform Integrative Program that first gives partners the ability to easily port Java Embedded to platforms that Oracle does not yet support; and second, it gives them the ability to extend the platform with their own libraries based on market verticals and segments, or health care, manufacturing, smart home, or industrial automation. This is part of a larger attempt to embrace and extend the Java ecosystem.

Qualcomm Conference Uplinq Hackathon Winner Andrew Sugaya
Next, a surprise. Someone was invited onstage who, a mere 12 days before, was unknown to Oracle. This was Andrew Sugaya, winner of the Grand Prize at the 2013 Qualcomm Conference Uplinq Hackathon. Sugaya works for APX Labs in the rapid development of augmented reality solutions for various applications. He explained how, at the Hackathon, he was given breakfast and a black box that he did not know how to use. Though he had coded in Java, he had never used Java ME before. He found it very easy to pick up and, using ME, he took the platform and took temperature and brightness data from it, pushed the data out to the network cloud, and into a server which processed the data and was able to change the color and brightness of different light bulbs.

“Now the craziest thing,” said Sugaya, “is that it’s not just the light bulbs – it could be anything. It could be a toaster, a beer mug, even the chairs you are sitting in now. Everything in the future is going to be connected. Some of the work I do at Apex labs is trying to interface with these devices that in the future will be everywhere. We do that through wearable devices.”

That he was able to accomplish this without ever having used Java ME before attests to its appropriateness for embedded devices. Utzschneider commented: “This is a good example of what should happen in the next couple of years. People should be able to deploy their Java skills, pick up a device and write code, and not have to worry about the things that have been problematic in the embedded space. You won’t have to write memory management from scratch before you can even get started. We are trying to put simplicity into the platform.”

Ramani pointed to features coming in Java SE 8 next year, including lambdas, Javascript engine Nashorn, and PermGen removal. Beyond Java 8, the modular Java is coming by way of Project Jigsaw. Oracle is considering a wish list of ideas from the Java community, some of which are in progress, such as Project Sumatra.

Developers were encouraged to check out early access of Java SE 8 and provide feedback. “Tell us what doesn’t work,” said Ramani. Oracle is also seeking feedback on Java ME 8 and the Raspberry Pi.

Java EE 7: Making it Easy to Develop Leading-Edge Enterprise and Web Applications
Sunday’s strategy keynote continued as Cameron Purdy, Vice President, Cloud Application Foundation, at Oracle, joined Peter Utzschneider onstage and talked about the release of Java EE 7 in the summer of 2013. Purdy explained that Java EE 7 had three primary areas of focus. First, it offered HTML5 support with such things as WebsSockets, Server-Sent events, JSON and RESTful support, all of which help developers build modern web-based application. Second, the enterprise aspect of Java EE always gets strong attention, so the adding of batch capabilities was important. Third, developer productivity was a key so Java EE 7 requires less boilerplate code through features like CDI (Context and Dependency Injection) and more annotated POJOs. 

Purdy pointed out that when Java EE 7 was announced in 2011, the major theme was cloud development. When it was released, the greatest focus was on support for HTML5. “There is a ton of work related to the cloud in Java EE 7,” he explained. “There is support for things like new security roles in the cloud and being able to automatically wire up a database and default resources, kind of like CDI at the application level, being able to pump a schema into that database or being able to easily consume RESTful services from one application to another. And lastly, with JavaServer Faces we can actually skin applications. If we have a multi-tenanted application we can skin it for each tenant.”

Looking ahead, Purdy said that the continual focus is on making it easy for developers to develop leading-edge enterprise and web applications. “We want to support the latest standards and keep these technologies relevant. We are working on JCache, an application that is coming to fruition. We are improving JSON binding and other technologies. The major focus is making it a vibrant technology that is relevant to what the industry is doing.”

Purdy remarked that EE 7 has gotten major support from the community and partners. “When EE 7 was launched the number of downloads and dial-ins and people watching web casts exceeded all of our expectations,” said Purdy. “It’s had a great reception.”

Open Sourcing Project Avatar
Peter Utzschneider reminded Purdy of Project Avatar, which Purdy announced in 2011. Purdy described its focus: “You take a simple Java EE application and then you start to build on the HTML5 capabilities that we introduced in EE 7. So, for example, we’re using WebSocket and Server-Sent events to provide programming models in addition to the typical request response. And adding support for NoSQL databases. And we’re leveraging Project Nashorn in Java SE to make the Java EE container polyglot. We’re extending EE to support Javascript and have node services running in a Java application server. We are also announcing today that we are open sourcing Project Avatar at avatar.java.net. It’s a brand new open source project with some pretty exciting stuff in there.”

Project Avatar

Watch Keynote and Session Highlights on Demand

Stay tuned for more on this 3-hour Sunday keynote, an information-packed combined strategy and technical keynote.



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