Web pages can still be served through Apache Tomcat, but it will be less efficient than using an Apache HTTP server. Conclusion: Apache Web Server Throughout the last few decades, Apache has proven to be a staple in many popular stacks and the backbone of the early internet year. Here the Apache Tomcat Server runs the snoop.jsp, which uses the Servlet API to inspect the incoming request. Purpose is the fundamental difference between Tomcat and the Apache web server. The purpose of the Apache HTTP Server is to simply serve static files such as text, HTML, images, audio and video files to web-based clients. Apache Tomcat, one of the most popular web server and Servlet container for Java code, is an open source project that was first released in 1999. But what has made Tomcat so popular for Java developers? In this blog, we look at how Apache Tomcat is used in Java today, how it works, and compare it vs. Jetty, Weblogic, and Wildfly. – Apache server is a HTTP web server, while Apache Tomcat server is primarily an application server that is used to run Java code. – Apache is written in C, while Tomcat is written in Java. – Apache is used for serving static content, while Tomcat is used mainly for dynamic content such as Java Servlets and JSP files.

Web sites are hosted on web servers. Similarly, WAP sites are hosted on WAP servers. A WAP server stores the files that make up a WAP site and handles requests from users. In the following sections, you can learn what a WAP server is and how to set up a WAP server to publish WAP 1.x (latest version: WAP 1.2.1) and WAP 2.0 content to users of wireless devices.

• A WAP server is just a standard web server that hosts a WAP site's contents like WML and XHTML MP documents.

• Some companies have a 'WAP server' product that is actually a web server plus a WAP gateway. This confuses the term. So, when you talk about WAP servers, make sure you and the one listening to you are not referring to different things.
  (Note that content providers do not need to care about the WAP gateway part typically since mobile network operators provide a WAP gateway to their service subscribers. However, if you are creating a secure WAP application like mobile banking, then you need to consider whether to use you own WAP gateway.)

• Two popular web servers are Apache and IIS.

• Tomcat is a Java Servlet / JSP container that can also be used as a standalone web server.

• Apache, IIS and Tomcat are the most commonly used software for hosting WAP / web sites.

1.2. Apache - Open-source, Free WAP / Web Server

• Apache is a very professional open-source WAP / web server. It can be downloaded free of charge at the website http://httpd.apache.org/.

• Apache is available on many platforms including Microsoft Windows and Linux / UNIX.

• PHP is very often used with Apache for server-side scripting.

1.3. Tomcat - Open-source, Free Java Servlet / JSP Container and Web / WAP Server

• Like Apache, Tomcat is open-source. It can be downloaded free of charge at the website http://jakarta.apache.org/tomcat/.

• Tomcat is mainly used to host dynamic WAP / web applications developed with the Java Servlet or JSP (Java Server Pages) server-side technologies.

• Tomcat can also be used to host static documents.

• It is available on many different platforms like Microsoft Windows and Linux / UNIX.

1.4. Microsoft IIS - Built-in Web / WAP Server of Windows

• IIS (Internet Information Services) is a web server developed by Microsoft.

• IIS is only available on the MS Windows platform. It is bundled with some versions of MS Windows like Windows 2000, Windows XP Professional and Windows Server 2003.

• IIS is commonly used to host ASP applications.

• ASP (Active Server Pages) is a server-side technology developed by Microsoft for creating dynamic WAP / web sites.

Apache Tomcat Is Web Server Or Application

Apache Tomcat Is A Web Server Used

The Apache HTTP Server—known as Apache web server or simply Apache—is considered the standard for general-purpose HTTP activities and services. It offers a wide range of modules to deliver optimum flexibility in support of URL rewriting, proxy servers, and granular access management and control. Apache is a popular choice among web developers because it uses CGI, embedded interpreters, and FastCGI to support server-side scripting. This allows for the rapid and effective execution and implementation of highly dynamic coding.

There are plenty of well-known Apache alternatives—nginx, XAMPP, Caddy, and Microsoft IIS, among many others—but none of them offer the same breadth of usage provided by Apache. Apache is so widely used it has more than a 50% share in the commercial web server marketplace. It’s especially popular for use with Unix-like operating systems, although it supports most platforms. This includes Windows, OS X, OS/2, and others.

A Simple Definition of Apache
How to Set Up Apache Server
How to Set Up Apache Server in Linux
How to Set Up Apache Virtual Servers
The Best Apache Server Monitoring Tool

However, Apache’s flexibility and breadth of usage come at the expense of simplicity in many cases. The configuration structure is complex, and many of the advanced functionalities are difficult to use. This Apache server tutorial will explain the basics of Apache, providing instructions for Apache web server configuration in Linux, step by step. The aim is to help you not only set up Apache server, but also monitor it. My recommended tool for this purpose is SolarWinds^® Server & Application Monitor for Apache.

A Simple Definition of Apache

Apache is a process-based, modular, open-source web server application designed to establish a new thread for each connection occurring simultaneously. Apache supports a range of functionalities, covering everything from authentication mechanisms to server-side programming languages. It also supports virtual hosting, allowing you to use one Apache web server to serve multiple websites. Most Apache capabilities are delivered as individual modules, allowing you to extend and enhance Apache’s core utilities.

How to Set Up Apache Server

You may find yourself becoming overwhelmed as you start to set up Apache server. As an open source, advanced application capable of a wide range of functions, Apache web server configuration and setup is fairly complex.

You can install and set up Apache server in two ways.

1. Vendor-based installation. As it’s an open source web application, anyone can make an installer to suit their individual environment. Vendors like Red Hat, SUSE, and Debian have used this capability to customize Apache server configuration and file location by taking the base operating system and other installed programs into account.
2. Source code installation. The alternative to using a vendor-based installer is to set up Apache server by building and installing directly from the source code. This approach enables you to set up Apache server in platform-independent manner available for all operating systems.

With both installation options, modules can be compiled in the form of a dynamic shared object, or DSO. A DSO is an object file capable of being shared and utilized by numerous applications. DSO modules are separate from the core Apache file. The DSO approach to compiling modules is popular because it makes adding, updating, and removing modules easy.

How to Set Up Apache Server in Linux

This Apache server tutorial will now provide instructions for Apache web server configuration in Linux, step by step.

1. Update your system repositories. This involves downloading the most recent version of a software by updating the Ubuntu repositories’ local package index. To do this, go to the terminal and enter the command “$ sudo apt update” into it.
2. Install Apache by using the “apt” command. For this example, let’s use Apache2. Just input the following command— “$ sudo apt install apache2” —as sudo, which will install Apache2 and all necessary dependencies. At this stage, you may be asked whether you want to continue the installation process. Enter “Y” to indicate you would like to, and installation will begin.
3. Verify Apache has been successfully installed. When the installation procedure has finished, check the version number to confirm Apache2 is now installed on your system. Enter “$ apache2 -version” to do this. The server version will appear, hopefully confirming Apache2 has been installed.

How to Set Up Apache Virtual Servers

When using virtual hosts, it’s important to undertake virtual server Apache configuration. Modifying configuration settings will ensure they reflect the domain specifics, which will allow Apache to respond to domain requests correctly and successfully. The process for completing virtual server Apache configuration is simple:

1. First, input “$ sudo nano /etc/apache2/sites-available/example.com.conf” to open your virtual host configuration file.
2. Replace “example.com” appropriately. Next, you’ll be able to modify the following:
   ServerName example.com
   ServerAdmin admin@example.com
   ServerAlias www.example.com
   DocumentRoot /var/www/example.com/public_htmlAgain, be sure to replace all example components with the appropriate information. When modified, the end result should resemble the following:
   <VirtualHost *:80>
   ServerName example.com
   ServerAdmin admin@example.com
   ServerAlias www.example.com
   DocumentRoot /var/www/example.com/public_html
   ErrorLog ${APACHE_LOG_DIR}/error.log
   CustomLog ${APACHE_LOG_DIR}/access.log combined
   </VirtualHost>
3. If an error occurs, reference these instructions to ensure nothing has been mistyped or inputted incorrectly.

Best Apache Server Monitoring Tool

After setting up Apache web server, I highly recommend the use of a monitoring tool to help you test Apache server and monitor it effectively. There are several such tools on the market, but SolarWinds Server & Application Monitor (SAM) tops my list. This tool allows you to easily define specific performance metrics to facilitate proactive monitoring of Apache Cassandra, Apache Geronimo, and Apache Tomcat. The single application is capable of monitoring and managing your entire Apache environment, and the underlying infrastructure of the server.

With SAM, monitoring uptime and performance is easy, as is diagnosing the root of performance issues. The application facilitates proactive monitoring of all web server supporting components contributing to the Apache web server, including Linux and MySQL. Application monitoring covers the virtual layer, servers, and applications like Microsoft SQL Server, Exchange, and Active Directory. The system benefits from customizable alerts, reports, and easy-to-navigate dashboards ready to use out of the box. This means you can get up and running when SAM is installed, without having to create or modify dashboards.

The dashboards themselves have been cleverly designed, with data represented in the form of graphs and charts whenever appropriate, to give you immediate insight into key metrics and information without overloading or cluttering the interface.

SAM is a scalable and highly feature-rich application, requiring zero training or experience to start using, and is suitable for extensive enterprise-grade requirements. The user-friendly interface is one of SAM’s best features, as it makes data interpretation dynamic and accurate. This program simplifies the Apache monitoring experience, allowing you to test and interrogate it in a few simple clicks. The implementation process is simple, and SolarWinds support technicians are available on a 24/7 basis.

With the unified, centralized dashboard and ample support offered by SolarWinds, using this application couldn’t be easier. SolarWinds SAM also serves as a wider application and server monitoring solution, with its monitoring capabilities extending to Active Directory, agentless servers, application dependency, AWS, Azure IaaS, and much more. What’s great is you can download a no-risk 30-day free trial to try out the fully featured software before making a commitment.