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The TeaServlet is a template engine that works with the Tea template language.

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/*
 * ContextClassEntryBeanInfo.java
 *
 * BeanDoc generated on Fri Mar 16 at 12:39:55 EDT 02012.
 * 
 * See ContextClassEntry.java for copyright information.
 */

package org.teatrove.teatools;

import java.beans.*;
import java.lang.reflect.*;

import java.util.Vector;

/**
 * The BeanInfo class describing ContextClassEntry. 
 *
 * @author Mark Masse
 */
public class ContextClassEntryBeanInfo extends SimpleBeanInfo {

    /** BeanDescriptor returned by the getBeanDescriptor 
        method */
    private BeanDescriptor mBeanDescriptor;

    /** BeanInfo array returned by the getAdditionalBeanInfo 
        method */
    private BeanInfo[] mAdditionalBeanInfo;

    /** MethodDescriptor array returned by the 
        getMethodDescriptors method */
    private MethodDescriptor[] mMethodDescriptors;

    /** PropertyDescriptor array returned by the 
        getPropertyDescriptors method */
    private PropertyDescriptor[] mPropertyDescriptors;
    
    /** The index of the default property */
    private int mDefaultPropertyIndex;


    /**
     * Creates a new ContextClassEntryBeanInfo.
     */
    public ContextClassEntryBeanInfo() {        
                          
        mDefaultPropertyIndex = -1;
        
    }
     
    /**
     * Returns a BeanDescriptor that describes ContextClassEntry.
     */    
    public BeanDescriptor getBeanDescriptor() {
        
        if (mBeanDescriptor == null) {
            mBeanDescriptor = createBeanDescriptor();       
        }

        return mBeanDescriptor;
    }

    /**
     * Returns a BeanInfo array containing BeanInfo object's for:
* java.lang.Object
*/ public BeanInfo[] getAdditionalBeanInfo() { if (mAdditionalBeanInfo == null) { mAdditionalBeanInfo = createAdditionalBeanInfo(); } return mAdditionalBeanInfo; } /** * Returns MethodDescriptors that describe the methods of * ContextClassEntry. Call the * getAdditionalBeanInfo method to get the * method descriptors of the superclass and interfaces. */ public MethodDescriptor[] getMethodDescriptors() { if (mMethodDescriptors == null) { mMethodDescriptors = createMethodDescriptors(); } return mMethodDescriptors; } /** * Returns a PropertyDescriptor array that describes the properties of * ContextClassEntry. */ public PropertyDescriptor[] getPropertyDescriptors() { if (mPropertyDescriptors == null) { mPropertyDescriptors = createPropertyDescriptors(); } return mPropertyDescriptors; } /** * Return the index of the default property. */ public int getDefaultPropertyIndex() { return mDefaultPropertyIndex; } // // Non-public interface // // Create the bean descriptor for the bean. private BeanDescriptor createBeanDescriptor() { BeanDescriptor bd = new BeanDescriptor(ContextClassEntry.class); bd.setName("ContextClassEntry"); bd.setDisplayName("ContextClassEntry"); bd.setShortDescription("Data structure that contains a Context\'s class name and prefix name.\n This class can be used in conjuntion with the \n TeaToolsUtils.createContextClass method."); bd.setValue("BeanDoc", "4.1.2"); return bd; } // Create the additional bean info objects for the bean. private BeanInfo[] createAdditionalBeanInfo() { Vector bis = new Vector(); BeanInfo bi = null; bi = null; try { // Get the BeanInfo for the superclass bi = Introspector.getBeanInfo(java.lang.Object.class); } catch (Throwable t) { t.printStackTrace(); } if (bi != null) { bis.addElement(bi); } BeanInfo[] additionalBeanInfo = null; if (bis.size() > 0) { additionalBeanInfo = new BeanInfo[bis.size()]; bis.copyInto(additionalBeanInfo); } return additionalBeanInfo; } // Create the method descriptor objects for the bean. private MethodDescriptor[] createMethodDescriptors() { Class[] paramTypes = null; int paramIndex = 0; ParameterDescriptor[] paramDescriptors = null; ParameterDescriptor pd = null; Vector mds = new Vector(); Method m = null; MethodDescriptor md = null; // // getContextClassName // paramTypes = new Class[0]; paramDescriptors = new ParameterDescriptor[0]; paramIndex = 0; m = null; try { m = ContextClassEntry.class.getMethod("getContextClassName", paramTypes); } catch (Throwable t) { t.printStackTrace(); } if (m != null) { md = null; if (paramDescriptors != null) { md = new MethodDescriptor(m, paramDescriptors); } else { md = new MethodDescriptor(m); } md.setName("getContextClassName"); md.setDisplayName("getContextClassName"); md.setShortDescription("Gets the class name of this ContextClassEntry"); mds.addElement(md); } // // getPrefixName // paramTypes = new Class[0]; paramDescriptors = new ParameterDescriptor[0]; paramIndex = 0; m = null; try { m = ContextClassEntry.class.getMethod("getPrefixName", paramTypes); } catch (Throwable t) { t.printStackTrace(); } if (m != null) { md = null; if (paramDescriptors != null) { md = new MethodDescriptor(m, paramDescriptors); } else { md = new MethodDescriptor(m); } md.setName("getPrefixName"); md.setDisplayName("getPrefixName"); md.setShortDescription("Gets the prefix name of this ContextClassEntry"); mds.addElement(md); } // // setContextClassName // paramTypes = new Class[1]; paramDescriptors = new ParameterDescriptor[1]; paramIndex = 0; paramTypes[paramIndex] = java.lang.String.class; pd = new ParameterDescriptor(); pd.setName("contextClassName"); pd.setDisplayName("java.lang.String"); paramDescriptors[paramIndex] = pd; paramIndex++; m = null; try { m = ContextClassEntry.class.getMethod("setContextClassName", paramTypes); } catch (Throwable t) { t.printStackTrace(); } if (m != null) { md = null; if (paramDescriptors != null) { md = new MethodDescriptor(m, paramDescriptors); } else { md = new MethodDescriptor(m); } md.setName("setContextClassName"); md.setDisplayName("setContextClassName"); md.setShortDescription("Sets the class name of this ContextClassEntry"); mds.addElement(md); } // // setPrefixName // paramTypes = new Class[1]; paramDescriptors = new ParameterDescriptor[1]; paramIndex = 0; paramTypes[paramIndex] = java.lang.String.class; pd = new ParameterDescriptor(); pd.setName("prefixName"); pd.setDisplayName("java.lang.String"); paramDescriptors[paramIndex] = pd; paramIndex++; m = null; try { m = ContextClassEntry.class.getMethod("setPrefixName", paramTypes); } catch (Throwable t) { t.printStackTrace(); } if (m != null) { md = null; if (paramDescriptors != null) { md = new MethodDescriptor(m, paramDescriptors); } else { md = new MethodDescriptor(m); } md.setName("setPrefixName"); md.setDisplayName("setPrefixName"); md.setShortDescription("Sets the prefix name of this ContextClassEntry"); mds.addElement(md); } // // toString // paramTypes = new Class[0]; paramDescriptors = new ParameterDescriptor[0]; paramIndex = 0; m = null; try { m = ContextClassEntry.class.getMethod("toString", paramTypes); } catch (Throwable t) { t.printStackTrace(); } if (m != null) { md = null; if (paramDescriptors != null) { md = new MethodDescriptor(m, paramDescriptors); } else { md = new MethodDescriptor(m); } md.setName("toString"); md.setDisplayName("toString"); md.setShortDescription("Returns the class name of this ContextClassEntry"); mds.addElement(md); } MethodDescriptor[] methodDescriptors = new MethodDescriptor[mds.size()]; mds.copyInto(methodDescriptors); return methodDescriptors; } // Create the property descriptor objects for the bean. private PropertyDescriptor[] createPropertyDescriptors() { PropertyDescriptor[] propertyDescriptors = new PropertyDescriptor[2]; PropertyDescriptor pd = null; int propertyIndex = 0; pd = null; try { pd = new PropertyDescriptor("contextClassName", ContextClassEntry.class, "getContextClassName", "setContextClassName"); } catch (Throwable t) { t.printStackTrace(); } if (pd != null) { pd.setDisplayName("contextClassName"); pd.setShortDescription("The class name of this ContextClassEntry"); propertyDescriptors[propertyIndex] = pd; propertyIndex++; } pd = null; try { pd = new PropertyDescriptor("prefixName", ContextClassEntry.class, "getPrefixName", "setPrefixName"); } catch (Throwable t) { t.printStackTrace(); } if (pd != null) { pd.setDisplayName("prefixName"); pd.setShortDescription("The prefix name of this ContextClassEntry"); propertyDescriptors[propertyIndex] = pd; propertyIndex++; } if (propertyDescriptors.length == 0) { propertyDescriptors = null; } return propertyDescriptors; } }




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