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If you want to call Mac OS C CODE from your JAVA code, there are currently two mechanisms for doing so: JDirect2 and the Java Native INTERFACE (JNI).

If you want to call Mac OS C code from your Java code, there are currently two mechanisms for doing so: JDirect2 and the Java Native Interface (JNI).

JPE (JAVA-PYTHON EXTENSION) is an open-source effort for seamless inter-operability between Java and Python. Java-Python Extension MAIN site JPE.

JPE (Java-Python Extension) is an open-source effort for seamless inter-operability between Java and Python. Java-Python Extension main site JPE.

Yes, The Tcl/Java project currently has two PACKAGES, Jacl and Tcl BLEND. Jacl, which stands for Java Command Language, is a Java implementation of Tcl…

Yes, The Tcl/Java project currently has two packages, Jacl and Tcl Blend. Jacl, which stands for Java Command Language, is a Java implementation of Tcl…

You can use JManager API or JBindery to do so. Here’s an article that SHOWS you how to CREATE a wrapper PROGRAM around a JAVA application:

You can use JManager API or JBindery to do so. Here’s an article that shows you how to create a wrapper program around a Java application:

JNI exceptions are handled by using the following:

• Throw( ): Throws an existing EXCEPTION object. Used in native methods to rethrow an exception.
• ThrowNew( ): CREATES a new exception object and throws.
• ExceptionOccurred( ): Determines the exception status of throws and not yet cleared.
• ExceptionDescribe( ): Displays the exception and stack TRACE
• ExceptionClear( ): A pending exception is cleared.
• FatalError( ): CAUSES a fatal error to raise and does not return.

JNI exceptions are handled by using the following:

The JAVA/Win32 integration PROJECT is FREE, open source architecture for INTEROPERATION between Java and COMPONENTS exposed through Microsoft.

The Java/Win32 integration project is free, open source architecture for interoperation between Java and components exposed through Microsoft.

JNI stands for Java Native Interface. It is an interface between Java, applications and libraries that are written in other languages. JNI is solely used to INTERACT with “native” code (code written in SYSTEM level LANGUAGE such as C). For instance, JNI enables the usage of C libraries and C PROGRAMS to be used in Java programs.

JNI stands for Java Native Interface. It is an interface between Java, applications and libraries that are written in other languages. JNI is solely used to interact with “native” code (code written in system level language such as C). For instance, JNI enables the usage of C libraries and C programs to be used in Java programs.

Advantages of JNI

• Using JNI, we can access c and c++ code which adds performance boost to JAVA.
• JNI allows JAVA to access some hardware features using other LANGUAGES like c and c++.

DISADVANTAGES of JNI

• JNI uses native languages which mean it has portability issue.
• Code debug is big problem for the developers who USE JNI features in JAVA.

Advantages of JNI

Disadvantages of JNI

SWT is the software component (part of the Eclipse IDE FRAMEWORK) that delivers native WIDGET FUNCTIONALITY for the Eclipse platform in an operating.

SWT is the software component (part of the Eclipse IDE Framework) that delivers native widget functionality for the Eclipse platform in an operating.

JNI functions are those which are used by the developers to interact with JVM within a native method. EVERY JNI function receives a special PARAMETER as its first ARGUMENT – JNIEnv ; which points to a special JNI data structure of the type JNIEnv_ . One of the elements of JNI data structure is a ‘pointer to an array’ generated by JVM, and each ELEMENT of this array is again a pointer to a JNI function.

A JNI function can be invoked from the native method by referencing these pointers. Every JVM provides a unique implementation of the JNI functions.

JNI functions are those which are used by the developers to interact with JVM within a native method. Every JNI function receives a special parameter as its first argument – JNIEnv ; which points to a special JNI data structure of the type JNIEnv_ . One of the elements of JNI data structure is a ‘pointer to an array’ generated by JVM, and each element of this array is again a pointer to a JNI function.

A JNI function can be invoked from the native method by referencing these pointers. Every JVM provides a unique implementation of the JNI functions.

IBM’s SDK for WINDOWS on Itanium Solaris TM-SPARCTM platform edition of J2SDK 1.4.0 CACAO is 64 BIT just-in-time (JIT) compiler for JAVA.

IBM’s SDK for Windows on Itanium Solaris TM-SPARCTM platform edition of J2SDK 1.4.0 CACAO is 64 bit just-in-time (JIT) compiler for Java.

JNI is the mechanism used to INVOKE methods WRITTEN in languages such as c and C++. You can WRITE code using language like c and c++ and declare its native methods and can USE the same method in java using JNI.

JNI exposes JNI functions and pointers that can access java objects and methods.

JNI is the mechanism used to invoke methods written in languages such as c and C++. You can write code using language like c and c++ and declare its native methods and can use the same method in java using JNI.

JNI exposes JNI functions and pointers that can access java objects and methods.