WS LAB MANUAL + Formatted

8/7/2019 WS LAB MANUAL + Formatted

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Aim : Installing Wordpress Locally

Procedure:

1) Install Wamp

This tutorial is designed to Wamp but it could work perfectly with any other local serverincluding PHP and MySQL.

If your site should use seo-friendly permalinks, with the option /%postname%, they will notwork locally unless the rewrite module is enabled.To activate it, open the Wamp menu, open Apache, Apache modules and check onrewrite_module.

2) Install Wordpress

Unpack the Wordpress archive in /wamp/www/wordpressIt is also possible to use virtualhost to install multiple sites, but that is another matter.

3) Create a database

For this, we enter in phpMyAdmin from the Wamp menu in the taskbar, and inphpMyAdmin, we click on the "Create a database" link after entering the name chosen for thebase in the input field below the link.

4) Fill wp-config.php

?php// ** MySQL settings ** //define('DB_NAME', 'wordpress');define('DB_USER', 'root');

define('DB_PASSWORD', '');define('DB_HOST', 'localhost');define('DB_CHARSET', 'utf8');define('DB_COLLATE', '');

// You can have multiple installations in one database if you give each a uniqueprefix$table_prefix = 'wp_'; // Only numbers, letters, and underscores please!

// Change this to localize WordPress. A corresponding MO file for the// chosen language must be installed to wp-content/languages.// For example, install de.mo to wp-content/languages and set WPLANG to 'de'// to enable German language support.

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define ('WPLANG', 'fr_FR');define('WP_POST_REVISIONS',false);

/* That's all, stop editing! Happy blogging. */

define('ABSPATH', dirname(__FILE__).'/');require_once(ABSPATH.'wp-settings.php');?>

This file is at the root of wordpress. Rename wp-config-example.php in wp-config.php.

The name of the database (DB_NAME): it is that you created with phpMyAdmin."wordpress" is an example.The username (DB_USER): rootThe password: none.The server (DB_HOST): localhost.The charset: you choose, the default is utf8.The language you choose, nothing for English otherwise enter the code, for example fr-FRand install the corresponding mo file into /wp-includes/languages/.The revisions: disable them is your site does not work as a wiki, to avoid to overload thedatabase.

5) Start

Click on localhost in the Wamp menu. Click on wordpress. An error message appears, youmust specify the full path:

http://localhost/wordpress/wp-admin/install.php

This can be done directly by typing this URL in the navigation bar of the browser.

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INSTALLATION SCREEN SHOTS

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OUTPUT

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Then click on install, and it is finished.

Importing the content of a blog

If you already have a blog online, you can retrieve its content with the export command onthe site, and import it locally. This can be particularly useful to verify the compatibility of anew version of Wordpress with the database before installing it.

In this case, you have to increase the memory size allowed to PHP in the php.ini file in thephp subdirectory of Wamp:

memory_limit = 64M ; Maximum amount of memory a script may consume (8MB)

Aim : Installing Joomla Locally

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Procedure:

1. Create a new folder called joomla within the WWW folder of your wamp server ( The

www folder on your wamp server is where all your new project folders and files must be put).

2. Extract all the files from the downloaded joomla zip folder and insert them into the newly

created joomla folder within the WWW wamp folder or directory.

3. Edit the configuaration.php-Dist file within the extracted joomla file ( You will see this file

by just opening up the joomla folder within the WWW wamp folder ) and delete everything

in this file and rename it configuration.php

4. Left click on your wamp icon and click on the localhost panel.Within the projects section

you will see your joomla folder and by just clicking on it this will bring up the joomla

installation.

5. Joomla installation steps (a) select language,click on english and then click next (b) pre-

installation check,just leave as it is and click next (c) license,just click next (d) database

configuration ( this will be the same as that used in configurating your database within the

phpMyAdmin panel within wamp see step 6 above ) for example my

sql,hostname=localhost,username=what you created,password=what you created,database

name=what you created and then just click next (e) FTP configuration,just leave as it is and

click next.(f) Main configuration,sitename : can be any name that you want, --- confirm email

and password : use the email that you used to install the wamp server and create an admin

password for accessing your joomla control panel.(g) Load sample data,tick install sample

data and click next.You have now successfully completed your installation.

6. The final step involves deleting the entire contents of the joomla installtion folder.Just

navigate to the WWW directory or folder and open up the joomla folder and delete its

installation folder.Thats it,you are finished.

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INSTALLATION SCREEN SHOTS

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OUTPUT

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Aim : Develop a simple web service to display Hello World.

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Description :

Creating Apache Axis2 Web Services on NetBeans IDE

This experiment shows you how to create and deploy an Apache Axis2 web service from a

Java class. You also learn how to set up the Tomcat and the GlassFish servers bundled with

NetBeans IDE to deploy Axis2 web services. The tutorial also shows how to configure the

Axis2 options in the IDE so that the IDE deploys Axis2 web services correctly.

Apache Axis is an implementation of the SOAP (Simple Object-Access Protocol) submission

to the W3C. Apache Axis2 is a more efficient, more modular and more XML-oriented

version of Axis. Axis2 not only supports SOAP 1.1 and SOAP 1.2, but it also has integrated

support for RESTful web services. The same business logic implementation can offer both a

WS-* style interface as well as a REST/POX style interface simultaneously. For more

information about Axis2, please see the Apache.org website.

Axis2 web services are interoperable with Metro. You can create a JAX-WS client for an

Axis2 web service, although some more complicated Axis2 WSDL operations may not be

supported.

Software or Resource Version Required

NetBeans IDE Java download bundle

Java Development Kit (JDK)version 6 or version 5

Warning: NetBeans IDE 6.9 requires JDK 6

Apache Axis 2 version 1.3 or later, WAR distribution

Java EE-compliant web or application

server

Tomcat web server 6.0 and/or

GlassFish Server Open Source Edition 2.1 or

3.0.1

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http://ws.apache.org/axis2/http://www.netbeans.org/downloads/index.htmlhttp://java.sun.com/javase/downloads/index.jsphttp://ws.apache.org/axis2/download.cgihttp://ws.apache.org/axis2/http://www.netbeans.org/downloads/index.htmlhttp://java.sun.com/javase/downloads/index.jsphttp://ws.apache.org/axis2/download.cgi


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Both Tomcat and the GlassFish server can be installed with the Java Web distribution of

NetBeans IDE. Alternatively, you can visit the the GlassFish server downloads page or the

Apache Tomcat downloads page.

Setting Up Axis2 and NetBeans IDE

In this section you learn how to download an Axis2 WAR file, embed it in either an Apache

Tomcat or the GlassFish server, and configure NetBeans IDE to upload AAR files to the

server.

Downloading the Apache Axis2 WAR file

Apache Axis2 can be downloaded here. Download the WAR (Web Archive) distribution, so

you do not have to build the WAR file yourself. The download is in the form of an archive

file. Later you unpack the archive to your server.

Installing the Axis2 Support Plugin

This tutorial requires the Axis2 Support plugin for the NetBeans IDE. In the IDE, go to the

Plugin Manager, under the Tools menu, and check whether Axis2 Support Plugin is installed,

under the Installed tab. If it is installed, check whether an update is available in the Updates

tab. If the Axis2 support is not installed, install it from the Available Plugins tab, as shown

below.

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https://glassfish.dev.java.net/public/downloadsindex.htmlhttp://tomcat.apache.org/download-60.cgihttp://ws.apache.org/axis2/download.cgihttps://glassfish.dev.java.net/public/downloadsindex.htmlhttp://tomcat.apache.org/download-60.cgihttp://ws.apache.org/axis2/download.cgi


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Setting Up Axis2 Options for Tomcat

Axis services run faster on Tomcat than on the GlassFish server, but the setup is slightly

more complicated. You can easily deploy the same service to both Tomcat and the GlassFish

server by first deploying to one server, then changing the Axis2 options and finally deploying

to the other server.

If you want to deploy to the GlassFish server instead of Tomcat, go to Setting Up Axis2

Options for the GlassFish server.

To set up Axis2 options for Tomcat:

1. Unpack the downloaded archive file containing axis2.war to your Tomcat

CATALINA_BASE/webapps directory. If you do not know where your

CATALINA_BASE is, start the IDE and open the Services tab. Expand the Servers

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4. Click the Axis2 icon. The Axis2 deployment options page opens.

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5. Set the target location for Axis2 AAR files to your CATALINA_BASE (not

TOMCAT_HOME)/ webapps/axis2 directory.

6. Make sure the Axis2 URL field contains the correct port number for your Tomcat

server. To check the port number, start Tomcat (from the Services tab or from Tools

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-> Servers) and see what port Coyote HTTP/1.1 uses.

7. For convenience, select Use Tomcat Manager for Deployment. This function means

that the IDE will launch Tomcat Manager in the background and run the reload

command on axis2.war every time you make a change to axis2.war. If you do not

select Use Tomcat Manager for Deployment, you will have to manually run Tomcat

Manager or use other Tomcat tools to reload axis2.war every time you make a change

to it.

The default Tomcat Manager username and password varies. You can find this

information in the Properties page for the Tomcat serverTo double-check that Tomcat

Manager is deployed and has the default manager role username and password, open

CATALINA_BASE/conf/tomcat-users.xml. The manager role should be defined and

it should have a username and password assigned to it, as in the following version of

the file. (You can copy and paste this file if necessary.)

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Setting Up Axis2 Options for the GlassFish server

You can deploy Axis2 web services to the GlassFish Server Open Source Edition. You can

easily deploy the same service to both Tomcat and the GlassFish server by first deploying to

one server, then changing the Axis2 options and finally deploying to the other server.

If you want to deploy to Tomcat instead of the GlassFish server, go to Setting Up Axis2

Options for Tomcat.

To set up Axis2 options for the GlassFish server:

1. Unpack the downloaded archive file containing axis2.war to

GLASSFISH_HOME/domains/DOMAIN_NAME/autodeploy. To find the

GLASSFISH_HOME and the name of your domain, start the IDE and open the

Services tab. Expand the Servers node. Right-click the GlassFish server 2.1 or 3.0.1

node and select Properties from the context menu. The Domains folder location and

the name of the domain are visible in the Connection tab. For example, from the

following image, you know to copy axis2.war to G:\GlassFish-

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2.1ur2\domains\domain1\autodeploy.

2. Start the IDE. From the top menu bar, choose Tools -> Options. The Options dialog

opens.

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3. Click the Axis2 icon. The Axis2 deployment options page opens.

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4. Set the target location for Axis2 AAR files to the axis2.war file you unpacked into the

GlassFish server autodeploy directory.

By placing axis2.war into autodeploy, you enable the GlassFish server to

automatically redeploy axis2.war every time you alter the file. On the GlassFish

server 3.0.1 Prelude, however, you cannot redeploy the WAR file while the server is

running.

5. Make sure the Axis2 URL field contains the correct port number for your GlassFish

server. To check the port number, start the GlassFish server (from the Services tab or

from Tools -> Servers) and see what 80xx port HTTP 1.1 uses. The default port

number is 8080. In the following image, the correct port number is 8081 (because

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another server already uses 8080).

Note: If you are using Windows Vista, have the GlassFish server installed to Program Files,

and have User Access Control enabled, you will not be able to make changes to the axis2.war

file from the IDE. Either install the GlassFish server to a different location or disable UAC.

Developing an Axis2 Web Service

In this section, you use NetBeans IDE to create, deploy, test, and modify an Axis2 web

service.

Creating an Axis2 Web Service

With NetBeans IDE, you can create an Axis2 web service from a Java class. You can only do

this from a Java application or Java library project. In this tutorial, you create a Java library

project (because you do not need a main method), create an Axis2 web service in that project

(creating the Java class at the same time) and deploy the Axis2 web service to a server.

You can only create an Axis2 web service from a Java or Java Library project. This is

because the axis.aar file (the deployable archive into which web services and Axis

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configuration files are packed) is neither a WAR nor an EAR and cannot be deployed

normally as a web (EAR) application.

To create an Axis2 web service:

1. Click the New Project icon or File -> New Project. The New Project wizard opens.

From the Java category, select a Java class library project. Click Next.

2. Name the project AxisHello. Check that you are using the project folder name and

location that you want. It is up to you whether to share the project. Click Finish, and

the IDE creates the project.

3. Right-click the project node. The context menu opens. In the context menu, choose

New -> Other. The New File wizard opens. From the Web Services category, choose

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Axis2 Service from Java and click Next.

4. The Service Type Selection page of the New File wizard is now open. You do not

have any Java classes in the project, so select "Create an Empty Web Service." If you

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respectively.

Deploying and Testing an Axis2 Web Service

Once you have created an Axis2 web service, you need to deploy it to a server. Actually,

deployment to a server involves two steps:

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1. Copying the Axis2 web service to the axis2.war file used by the server. This step can

be taken with the server offline.

2. Redeploying the updated axis2.war file to the server.

If you are deploying to Tomcat with the Use Tomcat Manager for Deployment option

enabled (see Setting Up Axis2 Options for Tomcat), or you are deploying to the GlassFish

server and axis2.war is in the GLASSFISH_DOMAIN/autodeploy folder (see Setting Up

Axis2 Options for the GlassFish server), the updated axis2.war is automatically redeployed to

the server. Otherwise, you have to redeploy axis2.war manually, using application server

tools. In this tutorial we assume you have set up the Axis2 options so redeployment is

automatic.

To deploy an Axis2 web service to the server:

1. Right-click the web service's node. The context menu opens. Select Deploy to Server.

The IDE compiles an Axis2 AAR file and copies it to the axis2.war file used by the

application server.

2. If you have enabled automatic deployment, the web service is deployed to the server.

If the server is not running, start it and the web service is automatically deployed.

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3. To test the service, expand the web service node to reveal the operations. Right-click

the hello:String node and select Test Operation in Browser.

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4. Your browser opens with a test value of your variables. The test value is appended to

the URL.

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5. Change the variable value in the URL and press Enter. The test result changes as well.

Changing the Web Service's Operations

To change the web service operations, edit the Java file in the project. The operations in the

web service change simultaneously. Add a simple add method to HelloAxisWorld.java, as

below.

public class HelloAxisWorld {

/** Sample method

*/

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public String hello(String name) {

return "Hello "+name;

}

public int add(int x, int y) {

return x+y;

}

}

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Documents

WS LAB MANUAL + Formatted