//Auto-generated by kalyptus. DO NOT EDIT.
package org.kde.koala;

import org.kde.qt.Qt;
import org.kde.qt.TQMetaObject;
import org.kde.qt.QtSupport;
import org.kde.qt.TQObject;
import org.kde.qt.TQObject;

/**

 The KLibLoader allows you to load libraries dynamically at runtime.
 Dependent libraries are loaded automatically.
 KLibLoader follows the singleton pattern. You can not create multiple
 instances. Use self() to get a pointer to the loader.
		@author Torben Weis <weis@kde.org>
 
		@short    The KLibLoader allows you to load libraries dynamically at runtime.
		@see KLibrary

*/
public class KLibLoader extends TQObject  {
	protected KLibLoader(Class dummy){super((Class) null);}
	public native TQMetaObject metaObject();
	public native String className();
	/**	
		 Loads and initializes a library. Loading a library multiple times is
		 handled gracefully.
			 This is a convenience function that returns the factory immediately
			@param libname This is the library name without extension. Usually that is something like
		                 "libkspread". The function will then search for a file named
		                 "libkspread.la" in the KDE library paths.
		                 The .la files are created by libtool and contain
		                 important information especially about the libraries dependencies
		                 on other shared libs. Loading a "libfoo.so" could not solve the
		                 dependencies problem.
			                 You can, however, give a library name ending in ".so"
		                 (or whatever is used on your platform), and the library
		                 will be loaded without resolving dependencies. Use with caution.
				@return the KLibFactory, or 0 if the library does not exist or it does
         not have a factory

		@short    Loads and initializes a library.
		@see #library
	*/
	public native KLibFactory factory(String libname);
	/**	
		 Loads and initializes a library. Loading a library multiple times is
		 handled gracefully.
			@param libname This is the library name without extension. Usually that is something like
		                 "libkspread". The function will then search for a file named
		                 "libkspread.la" in the KDE library paths.
		                 The .la files are created by libtool and contain
		                 important information especially about the libraries dependencies
		                 on other shared libs. Loading a "libfoo.so" could not solve the
		                 dependencies problem.
			                 You can, however, give a library name ending in ".so"
		                 (or whatever is used on your platform), and the library
		                 will be loaded without resolving dependencies. Use with caution.
				@return KLibrary is invalid (0) when the library couldn't be dlopened. in such
 a case you can retrieve the error message by calling KLibLoader.lastErrorMessage()

		@short    Loads and initializes a library.
		@see #factory
	*/
	// KLibrary* library(const char* arg1); >>>> NOT CONVERTED
	/**	
		 Loads and initializes a library. Loading a library multiple times is
		 handled gracefully.   The library is loaded such that the symbols are
		 globally accessible so libraries with dependencies can be loaded
		 sequentially.
			@param name This is the library name without extension. Usually that is something like
		                 "libkspread". The function will then search for a file named
		                 "libkspread.la" in the KDE library paths.
		                 The .la files are created by libtool and contain
		                 important information especially about the libraries dependencies
		                 on other shared libs. Loading a "libfoo.so" could not solve the
		                 dependencies problem.
			                 You can, however, give a library name ending in ".so"
		                 (or whatever is used on your platform), and the library
		                 will be loaded without resolving dependencies. Use with caution.
				@return KLibrariy is invalid (0) when the library couldn't be dlopened. in such
 a case you can retrieve the error message by calling KLibLoader.lastErrorMessage()

		@short    Loads and initializes a library.
		@see #factory
	*/
	// KLibrary* globalLibrary(const char* arg1); >>>> NOT CONVERTED
	/**	
		 Returns an error message that can be useful to debug the problem.
		 Returns null if the last call to library() was successful.
		 You can call this function more than once. The error message is only
		 reset by a new call to library().
				@return the last error message, or null if there was no error
     
		@short    Returns an error message that can be useful to debug the problem.
	*/
	public native String lastErrorMessage();
	/**	
		 Unloads the library with the given name.
			@param libname This is the library name without extension. Usually that is something like
		                 "libkspread". The function will then search for a file named
		                 "libkspread.la" in the KDE library paths.
		                 The .la files are created by libtool and contain
		                 important information especially about the libraries dependencies
		                 on other shared libs. Loading a "libfoo.so" could not solve the
		                 dependencies problem.
			                 You can, however, give a library name ending in ".so"
		                 (or whatever is used on your platform), and the library
		                 will be loaded without resolving dependencies. Use with caution.
		     		@short    Unloads the library with the given name.
	*/
	public native void unloadLibrary(String libname);
	/**	
		 Returns a pointer to the factory. Use this function to get an instance
		 of KLibLoader.
				@return a pointer to the loader. If no loader exists until now
         then one is created.
     
		@short    Returns a pointer to the factory.
	*/
	public static native KLibLoader self();
	/**	
			 Internal Method, called by the TDEApplication destructor.
		 Do not call it.
		 This is what makes it possible to rely on ~KLibFactory
		 being called in all cases, whether the library is unloaded
		 while the application is running or when exiting.
		     		@short
	*/
	public static native void cleanUp();
	/**	
		 Helper method which looks for a library in the standard paths
		 ("module" and "lib" resources).
		 Made public for code that doesn't use KLibLoader itself, but still
		 wants to open modules.
			@param name of the library. If it is not a path, the function searches in
		             the "module" and "lib" resources. If there is no extension,
		             ".la" will be appended.
			@param instance a TDEInstance used to get the standard paths
		     		@short    Helper method which looks for a library in the standard paths  ("module" and "lib" resources).
	*/
	public static native String findLibrary(String name, TDEInstanceInterface instance);
	public static native String findLibrary(String name);
	public KLibLoader(TQObject parent, String name) {
		super((Class) null);
		newKLibLoader(parent,name);
	}
	private native void newKLibLoader(TQObject parent, String name);
	public KLibLoader(TQObject parent) {
		super((Class) null);
		newKLibLoader(parent);
	}
	private native void newKLibLoader(TQObject parent);
	public KLibLoader() {
		super((Class) null);
		newKLibLoader();
	}
	private native void newKLibLoader();
	/** Deletes the wrapped C++ instance */
	protected native void finalize() throws InternalError;
	/** Delete the wrapped C++ instance ahead of finalize() */
	public native void dispose();
	/** Has the wrapped C++ instance been deleted? */
	public native boolean isDisposed();
}