Apache Web Server Java

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Apache Tomcat is a web server and servlet container designed to serve Java applications. Frequently used in production enterprise deployments and for smaller application needs, Tomcat is both flexible and powerful. Apache Web Server, Java Web Services - Hello World Tutorial closed Ask Question Asked 9 years, 3 months ago. Active 6 years, 11 months ago. Viewed 17k times. Apache HTTPD is not a Java application server. If you want to run a Java application, you need Tomcat, or another application server like JBoss or GlassFish. Another cool thing is that there's a module for Apache called 'modjk' which allows you to create a bridge between Tomcat and HTTPD, by defining workers. Documentation Home Sun Java System Application Server Enterprise Edition 8.2 High Availability Administration Guide Chapter 4 Configuring Web Servers for Load Balancing Using Apache Web Server Requirements for Using Apache Web Server.

1.5 Installation of Apache Tomcat in Eclipse Development Environment

Eclipse is a very powerful development environment for Java. For Web Development project you need Web Server. Apache Tomcat is the best production ready web container.

Apache Web Server Java

How to Install Eclipse for Java

These installation steps are written for windows user.

Step-1

Install JDK. To use Eclipse for Java programming, you need to first install Java Development Kit (JDK). If you have not installed JDK in your system Read 'How to Install JDK (on Windows)'.

Step-2

Download Eclipse from http://www.eclipse.org/downloads. For web development, choose 'Eclipse IDE for Java EE Developers' (32-bit or 64-bit) (e.g., 'eclipse-jee-mars-R-win32-x86_64.zip').

Step-3

Unzip the downloaded file into a directory of your choice.

There is no need to run any installer. Moreover, you can simply delete the entire Eclipse directory when it is no longer needed (without running any un-installer).

Setup and Install Apache Tomcat Server in Eclipse Development Environment

By default when you download Eclipse IDE, it doesn’t come with Tomcat install with it. Follow all detailed steps to configure Apache Tomcat successfully in Eclipse environment.

Step-1

Download Apache Tomcat from this link http://tomcat.apache.org/

click Download -> Tomcat 8.0

Choose Binary Distributions Core: 32-bit Windows zip / 64-bit Windows zip

Apache Web Server Tutorial

Step-2

Extract it to Document folder.

Step-3

  • Open Eclipse Environment
  • Click on Servers Tab
  • Click on No servers are available. Click this link to create a new server...

Apache Web Server Java Application

  • Click Tomcat v8.0 Server and Next

Step-4

Select Apache installation Directory and click Finish.

Apache Web Server Windows

Step-5

You should see Tomcat v8.0 Server at localhost [Stopped, Republish] under Servers tab.


Step-6

Now select the Server and click Start.


Now it should be up and running on port 8080. In next section we will create our first servlet program in eclipse..

High Level Architecture

Apache Synapse is designed to be lightweight and fast. The non-blocking HTTP transport, the multi-threaded mediation engine and the streaming XML infoset combine to ensure that Synapse can mediate very high volumes of messages through the service bus with minimum delay and resource usage. Synapse also comes with comprehensive logging capabilities, statistics collection and JMX monitoring support which are crucial in production deployments.

Synapse uses Apache Axis2 as the underlying Web Services engine. Therefore it has outstanding support for Web Services and related standards such as SOAP and WSDL. Tried and tested Axis2 modules like Apache Rampart and Apache Sandesha2 can be used with Synapse with no configuration overhead. Using such external modules, Apache Synapse supports a range of Web Services standards including WS-Security and WS-Reliable Messaging. Synapse also makes use of the Axis2 clustering framework to provide enterprise grade clustering support.

Apache Web Server Javatpoint

Synapse is configured using a simple, XML-based configuration language. The configuration language and the related functional components are designed with SOA best practices in mind. It is trivial to store configuration fragments in an external SOA registry and import them to the mediation engine on demand. Synapse ships with a large collection of mediators that can be used to implement even the most complex enterprise integration scenarios. If necessary, the mediation engine can be extended by developing custom mediators using Java or your favorite scripting language.