Java Interaction Mechanism in Scilab

            The JIMS module provides an easy way to create and manipulate Java's object in
Scilab.


jallowClassReloading — Allow the class reloading
jarray — Create a Java array
jautoUnwrap — Unwrap automatically returned values
jcast — Cast a Java object into an other one.
jcompile — Compile Java code
jconvMatrixMethod — Set the way to convert matrices
jdeff — Map a static Java method onto a Scilab macro
jdisableTrace — Stop the trace process.
jenableTrace — Allow to trace the internal functionnement of JIMS to help the
debugging.
jexists — Test if a Scilab Java Object is valid on the Java side
jgetclassname — Give the class name of the given object
jgetfield — Get the field value of a Java object
jgetfields — Get all the fields of a Java object
jgetmethods — Get all the methods of a Java object
jimport — Import a Java class
jimsgetpath — Returns the path to the current module.
jinvoke — Invoke a method of a Java object
jinvoke_db — Invoke a method of a Java object in using Java direct buffers
jnewInstance — Creates a new instance of a Java class
jnull — The Scilab version of the Java null object.
jremove — Remove a Java Object on the Java side
jsetfield — Set the field of a Java object
junwrap — Convert a Java object into a Scilab native type
junwraprem — Convert a Java object into a Scilab native type and remove it
from the Java side
jvoid — For no argument functions
jwrap — Wrap a Scilab variable into a Java one if possible
jwrapinchar — Wrap Scilab uint16 matrix into Java char multiarray.
jwrapinfloat — Wrap Scilab double matrix into Java float multiarray.
new — Creates a new instance of a Java class