* <p>This method calls <code>run()</code>.
*
* @param args command line parameters.
- * <ul>
- * {@code args[0]} is the class name to be loaded.
- * <br>{@code args[1..n]} are parameters passed
+ * <br> {@code args[0]} is the class name to be loaded.
+ * <br> {@code args[1..n]} are parameters passed
* to the target {@code main()}.
- * </ul>
*
* @see javassist.Loader#run(String[])
*/
* Loads a class and calls <code>main()</code> in that class.
*
* @param args command line parameters.
- * <ul>
- * {@code args[0]} is the class name to be loaded.
- * <br>{@code args[1..n]} are parameters passed
+ *
+ * <br> {@code args[0]} is the class name to be loaded.
+ * <br> {@code args[1..n]} are parameters passed
* to the target {@code main()}.
- * </ul>
*/
public void run(String[] args) throws Throwable {
int n = args.length - 1;
* // 5: new #18; //class java/lang/Double
* // 8: dup
* // 9: dconst_0
- * // 10: invokespecial #44; //Method java/lang/Double."<init>":(D)V
+ * // 10: invokespecial #44; //Method java/lang/Double."<init>":(D)V
* // 13: astore_2
* // 14: goto 26
* // 17: new #16; //class java/lang/Long
* // 20: dup
* // 21: lconst_1
- * // 22: invokespecial #47; //Method java/lang/Long."<init>":(J)V
+ * // 22: invokespecial #47; //Method java/lang/Long."<init>":(J)V
* // 25: astore_2
* // 26: aload_2
* // 27: areturn
import javassist.CtClass;
/**
- * MultiType represents an unresolved type. Whenever two <literal>Type</literal>
+ * MultiType represents an unresolved type. Whenever two {@code Type}
* instances are merged, if they share more than one super type (either an
- * interface or a superclass), then a <literal>MultiType</literal> is used to
- * represent the possible super types. The goal of a <literal>MultiType</literal>
+ * interface or a superclass), then a {@code MultiType} is used to
+ * represent the possible super types. The goal of a {@code MultiType}
* is to reduce the set of possible types down to a single resolved type. This
* is done by eliminating non-assignable types from the typeset when the
- * <literal>MultiType</literal> is passed as an argument to
+ * {@code MultiType} is passed as an argument to
* {@link Type#isAssignableFrom(Type)}, as well as removing non-intersecting
* types during a merge.
*
- * Note: Currently the <litera>MultiType</literal> instance is reused as much
+ * Note: Currently the {@code MultiType} instance is reused as much
* as possible so that updates are visible from all frames. In addition, all
- * <literal>MultiType</literal> merge paths are also updated. This is somewhat
+ * {@code MultiType} merge paths are also updated. This is somewhat
* hackish, but it appears to handle most scenarios.
*
* @author Jason T. Greene
* original name.
*
* <p>This method is useful, in conjuction with
- * {@link ClassMetaobject#getMethod()}, to obtain a quick reference
+ * {@link ClassMetaobject#getMethod(int)}, to obtain a quick reference
* to the original method in the reflected class (i.e. not the proxy
* method), using the original name of the method.
*
* and calls <code>main()</code> in that class.
*
* @param args command line parameters.
- * <ul>
- * <code>args[0]</code> is the class name to be loaded.
- * <br><code>args[1..n]</code> are parameters passed
+ * <br> <code>args[0]</code> is the class name to be loaded.
+ * <br> <code>args[1..n]</code> are parameters passed
* to the target <code>main()</code>.
- * </ul>
*/
public static void main(String[] args) throws Throwable {
Loader cl = new Loader();