Next Generation Java Performance Tools: related news

Next Generation Java Performance Tools

Java performance monitoring is essential for developers to develop high-performance applications and identify performance bottlenecks as they occur. Without this level of monitoring, organizations are unable to gain insight into the scalability, memory efficiency and bottlenecks that arise throughout production and development. This can significantly limit developer productivity and Java application performance as a whole.

Next Generation Java Performance Tools

Java performance monitoring is essential for developers to develop high-performance applications and identify performance bottlenecks as they occur. Without this level of monitoring, organizations are unable to gain insight into the scalability, memory efficiency and bottlenecks that arise throughout production and development. This can significantly limit developer productivity and Java application performance as a whole.

Next Generation Java Performance Tools

Java performance monitoring is essential for developers to develop high-performance applications and identify performance bottlenecks as they occur. Without this level of monitoring, organizations are unable to gain insight into the scalability, memory efficiency and bottlenecks that arise throughout production and development. This can significantly limit developer productivity and Java application performance as a whole.

Java SE Runtime Environment 6 Update 10 Beta

Java Runtime Environment (JRE) enables your computer to run applications and applets that use Java technology. Java technology allows you to work and play in a secure computing environment. Java technology is in cell phones, automobiles, the Mars Rover, and many other places. By downloading it to your computer, you will be able to experience the power of Java software. The Java Virtual Machine is only one aspect of Java software that is involved in web interaction. The Java Virtual Machine is built right into your Java software download, and helps the Sun JRE run Java applications.

Optimizing Java Application Performance with Compute Appliances

Achieving optimal performance in Java applications can be a daunting task for many organizations, as performance obstacles often arise which can be difficult to resolve using conventional tools. Without the necessary technology to resolve these errors, developers often encounter limited levels of scalability, throughput and performance consistency. Discover how to overcome these persistent challenges for greater Java performance and reliability.

Optimizing Java Application Performance with Compute Appliances

Achieving optimal performance in Java applications can be a daunting task for many organizations, as performance obstacles often arise which can be difficult to resolve using conventional tools. Without the necessary technology to resolve these errors, developers often encounter limited levels of scalability, throughput and performance consistency. Discover how to overcome these persistent challenges for greater Java performance and reliability.

Optimizing Java Application Performance with Compute Appliances

Achieving optimal performance in Java applications can be a daunting task for many organizations, as performance obstacles often arise which can be difficult to resolve using conventional tools. Without the necessary technology to resolve these errors, developers often encounter limited levels of scalability, throughput and performance consistency. Discover how to overcome these persistent challenges for greater Java performance and reliability.

Optimizing Java Application Performance with Compute Appliances

Achieving optimal performance in Java applications can be a daunting task for many organizations, as performance obstacles often arise which can be difficult to resolve using conventional tools. Without the necessary technology to resolve these errors, developers often encounter limited levels of scalability, throughput and performance consistency. Discover how to overcome these persistent challenges for greater Java performance and reliability.

Optimizing Java Application Performance with Compute Appliances

Achieving optimal performance in Java applications can be a daunting task for many organizations, as performance obstacles often arise which can be difficult to resolve using conventional tools. Without the necessary technology to resolve these errors, developers often encounter limited levels of scalability, throughput and performance consistency. Discover how to overcome these persistent challenges for greater Java performance and reliability.

BEZVision for Java EE Applications Proactive Performance Management Data Sheet

BEZVision™ for Java™ EE Applications is a proactive performance management solution for IT management that can provide a business-oriented view of Java EE application resource utilization, performance, and service levels from the past into the future. Using BEZVision, IT organizations can proactively manage Java EE application server performance so that problems may be avoided, resource planning may be done more cost-effectively, and IT can better react as an enabler of business initiatives.

BEZVision for Java EE Applications Proactive Performance Management Data Sheet

BEZVision™ for Java™ EE Applications is a proactive performance management solution for IT management that can provide a business-oriented view of Java EE application resource utilization, performance, and service levels from the past into the future. Using BEZVision, IT organizations can proactively manage Java EE application server performance so that problems may be avoided, resource planning may be done more cost-effectively, and IT can better react as an enabler of business initiatives.

BEZVision for Java EE Applications Proactive Performance Management Data Sheet

BEZVision™ for Java™ EE Applications is a proactive performance management solution for IT management that can provide a business-oriented view of Java EE application resource utilization, performance, and service levels from the past into the future. Using BEZVision, IT organizations can proactively manage Java EE application server performance so that problems may be avoided, resource planning may be done more cost-effectively, and IT can better react as an enabler of business initiatives.

iLounge launches Design The Next iPhone, Win The Next iPhone Contest

The world’s leading resource of iPod + iPhone information has officially launched the Design The Next iPhone, Win The Next iPhone Contest. Think you’ve got what it takes to design the next iPhone? How can you win? Design the Next iPhone! We will be looking for six total winners for this contest - three grand prize winners will receive Apple’s next-generation iPhone, courtesy of iLounge, and three runners up will receive $100 iTunes Gift Cards.

Next Generation in Applet Java Plug-in Technology

It's time to take another look at Java applet technology for delivering your programs over the web. The Next-Generation Java Plug-in Technology runs applets in a different, more efficient and more reliable way than ever before. Now you can reap the following benefits:

Does an Open Java Really Matter?

snydeq writes "Fatal Exception's Neil McAllister questions the relevance of the recent opening of Java given the wealth of options open source developers enjoy today. Sure, as the first full-blooded Java implementation available under a 100 percent Free Software license, RedHat's IcedTea pushes aside open source objections to developing in Java. Yet, McAllister asks, if Java really were released today, brand-new, would it be a tool you'd choose? 'The problem, as I see it, is twofold,' he writes. 'First, as the Java platform has matured, it has become incredibly complex. Today it's possible to do anything with Java, but no one developer can do everything — there simply aren't enough hours in the day to learn it all. Second, and most important, even as Java has stretched outward to embrace more concepts and technologies — adding APIs an

BX for Java: The Fresh Visual Approach to Building UI-intensive Java™ Applications

BX for Java is the new and complete visual development tool for building and managing mission-critical pure Java applications. With all of the power and functional richness that professionals will appreciate and the context-sensitive tools to help novices get up to speed fast, this is the Java tool you've been waiting for. And because support is from ICS, you can be sure that your next project will be a success.

Java is finally Free and Open

This week the IcedTea Project reached an important milestone - The latest OpenJDK binary included in Fedora 9 (x86 and x86_64) passes the rigorous Java Test Compatibility Kit (TCK). This means that it provides all the required Java APIs and behaves like any other Java SE 6 implementation - in keeping with the portability goal of the Java platform. As of writing, Fedora 9 is the only operating system to include a free and open Java SE 6 implementation that has passed the Java TCK. All of the code that makes this possible has been made available to the IcedTea project so everyone can benefit from the work.

Uncommon Java Bugs

Any large Java source base can have insidious and subtle bugs. Every experienced Java programmer knows that finding and fixing these bugs can be difficult and costly. Fortunately, there are a large number of free open source Java tools available that can be used to find and fix defects early in the development life cycle. In this article, we’ll look at a few examples of specific uncommon[1] or unusual defects that can happen in code and see how different Java static analysis tools detect them.

JavaOne 2008: Uncommon Java Bugs

Any large Java source base can have insidious and subtle bugs. Every experienced Java programmer knows that finding and fixing these bugs can be difficult and costly. Fortunately, there are a large number of free open source Java tools available that can be used to find and fix defects early in the development life cycle. In this article, we’ll look at a few examples of specific uncommon[1] or unusual defects that can happen in code and see how different Java static analysis tools detect them.

JavaOne 2008: Uncommon Java Bugs

Any large Java source base can have insidious and subtle bugs. Every experienced Java programmer knows that finding and fixing these bugs can be difficult and costly. Fortunately, there are a large number of free open source Java tools available that can be used to find and fix defects early in the development life cycle. In this article, we’ll look at a few examples of specific uncommon[1] or unusual defects that can happen in code and see how different Java static analysis tools detect them.

Kabira Announces Creation of a Java™ Technology

Kabira® Announces Creation of a Java™ Technology - Kabira® Announces Creation of a Java™ Technology Enabled Product to Complement its Kabira eXtreme Transaction Platform™ Software (KXTP) New Product Marries a Java Development Environment to the Kabira Runtime Software San Francisco, CA – May 6, 2008 - Kabira Technologies Inc., a leader in extreme transaction processing software for global enterprises, announced today at the 2008 JavaOne™ Conference in San Francisco, California that it is building a Java technology-enabled product to work with its core product technology, the Kabira eXtreme Transaction Platform (KXTP) software. Marrying a Java technology development environment to the Kabira Runtime enables an application developer to inherit integrated transactionality, high performance, transparent distribution, persistent sh

Sun Microsystems Unveils New Version of Java CAPS and Master Data Management Suite

SANTA CLARA, Calif. --(Business Wire)-- Sun Microsystems Inc. (Nasdaq:JAVA), today announced the immediate availability of Sun Java(TM) Composite Application Platform Suite (Java CAPS) 6, the latest version of its flagship service-oriented architecture (SOA) and business integration software. Sun also released a new master data management (MDM) suite, a high performance and unified solution that gives users a single view of their customer data and helps them more effectively manage customer relationships. Java CAPS 6 is the first SOA platform by a major technology provider built on open source through the Open ESB community at http://open-esb.dev.java.net.

Sun Microsystems Unveils New Version of Java CAPS

SANTA CLARA, Calif. --(Business Wire)-- Sun Microsystems Inc. (Nasdaq:JAVA), today announced the immediate availability of Sun Java(TM) Composite Application Platform Suite (Java CAPS) 6, the latest version of its flagship service-oriented architecture (SOA) and business integration software. Sun also released a new master data management (MDM) suite, a high performance and unified solution that gives users a single view of their customer data and helps them more effectively manage customer relationships. Java CAPS 6 is the first SOA platform by a major technology provider built on open source through the Open ESB community at http://open-esb.dev.java.net.

IcedTea's OpenJDK Passes Java Test Compatibility Kit

emyar writes "At JavaOne in May, 2006, Sun Microsystems announced they were going to release Java as free software under the terms of the GPL. The size of the task (6.5 million lines of code) was only eclipsed by the size of the opportunity for Java as a free and open technology. [...] This week the IcedTea Project reached an important milestone — The latest OpenJDK binary included in Fedora 9 (x86 and x86_64) passes the rigorous Java Test Compatibility Kit (TCK). This means that it provides all the required Java APIs and behaves like any other Java SE 6 implementation — in keeping with the portability goal of the Java platform."

Do Static Source Code Analysis Tools Really Work?

jlunavtgrad writes "I recently attended an embedded engineering conference and was surprised at how many vendors were selling tools to analyze source code and scan for bugs, without ever running the code. These static software analysis tools claim they can catch NULL pointer dereferences, buffer overflow vulnerabilities, race conditions and memory leaks. Ive heard of Lint and its limitations, but it seems that this newer generation of tools could change the face of software development. Or, could this be just another trend? Has anyone in the Slashdot community used similar tools on their code? What kind of changes did the tools bring about in your testing cycle? And most importantly, did the results justify the expense?"

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