Write Efficient Java Apps Using Native Data Structures with JNI
he Java Native Interface (JNI) is used to call code written in another language?such as C or C++?from a Java program. As such, it is often used when a Java
he Java Native Interface (JNI) is used to call code written in another language?such as C or C++?from a Java program. As such, it is often used when a Java
he Digester framework is a high-level interface that parses an XML stream and populates the data into Java objects based on rules provided to the Digester component. Among the other
t has been a little while since Java got a refresh, and with the Java Community Process churning out updates in the form of new JSRs by the hundred, it
he latest version of the Tomcat 5 servlet container provides built-in support for monitoring server components using the Java Management Extensions (JMX) API. This article concentrates on the clustering and
hey say ‘necessity is the mother of invention.’ Being able to keep an eye on your application is a need from which emerged logging and tracing frameworks. Application developers needed
magine a software project for which the front-end developers work with PHP and the back-end developers create Enterprise JavaBeans (EJBs). As the project evolves, the front-end applications need to speak
ne of the more exciting open-source Java frameworks that has gathered steam in the last year is Spring. Spring aims to minimize dependency of application components by providing a plug-in
he ability to run Java applications on Windows is a clear demonstration of the language’s interoperability, but it also has its drawbacks from the user’s perspective. Since most Windows users
n a world of distributed computing, the demand for smart-client applications is growing quickly. IT managers realize they must keep users happy—the user’s experience will make or break any application—while