S E R V L E T S
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Servlets are Java classes that extend functionality of a server. Servlets execute on a Java-enabled server and dynamically extend the server's functionality. Servlets process requests from clients and return results, usually in HTML form. All servlets extend classes like GenericServlet or HttpServlet and override the service() method to implement custom functionality that is called in response to client requests. Servlets also implement init() and destroy() methods for initialization and resource cleanup.
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- Servlets address CGI limitations by running within a JVM on the server, allowing requests to be handled on threads rather than processes for better performance.
- The servlet life cycle includes initialization via init(), processing requests via service()/doGet()/doPost(), and cleanup via destroy().
- Servlets are deployed by placing class
Chapter 3 servlet & jsp
Servlets are Java programs that run on a web or application server and act as a middle layer between a request coming from a web browser or other HTTP client and databases or applications on the HTTP server. Servlets receive HTTP requests and return HTTP responses by accepting request parameters, generating dynamic content, accessing databases, and performing network communications using Java. Servlets are commonly used to add dynamic content to web pages and to access backend databases. The lifecycle of a servlet involves initialization, servicing client requests, and destruction. Common servlet APIs include classes for handling HTTP requests and responses, reading request parameters, using cookies and sessions.
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The document discusses the development of an online voting system project. It includes an acknowledgement section thanking those who supported the project. It then outlines the objectives, introduction, scope and advantages of the project. The main technologies used are listed as HTML, CSS, Java servlets, JDBC, cookies and HTTP session. Finally, it provides more detailed explanations of each of the key technologies.
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The document provides an introduction to web services, including their origins, characteristics, life cycle, requirements, and advantages/disadvantages. It discusses how web services use XML, SOAP, WSDL, and UDDI to allow programs to communicate over the web. The document also introduces XML, describing its structure, elements, attributes, and validation using DTDs.
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This document provides an introduction and overview of Struts, an MVC framework for Java web applications. It discusses Struts' main components and design patterns, including:
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Sessions allow storing client-specific data across multiple HTTP requests. The container generates a unique session ID and sends it back to the client via a cookie. The client then sends the session ID back to the container with each subsequent request, allowing the container to identify the client and associate the appropriate session data. Cookies are commonly used to exchange the session ID between the client and container in a stateless HTTP environment.
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The document summarizes key concepts related to servlets including:
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URI refers to Uniform Resource Identifiers, which include URLs and URNs used to identify resources on the web. URLs contain the protocol, host, path, and name to locate a resource using its network location. URIs are encoded to represent unsafe characters like spaces using percent encoding. Web browsers make HTTP requests to web servers, which respond by sending the requested pages back to the browser over the TCP protocol in a stateless manner according to the HTTP specification. HTML forms allow collecting user input on web pages for submission to servers via the GET or POST methods.
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This document provides an overview of basic internet concepts including:
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JSP (JavaServer Pages) and Servlets are complementary technologies for creating dynamic web pages using Java. While Servlets provide the foundation, JSPs make development easier by enabling standard HTML pages with Java tags, separating presentation from business logic. For example, a JSP page can contain a form that submits user input to Java code, which then outputs the values. Key advantages of JSPs over other methods are the separation of dynamic and static content for simpler development and maintenance, as well as platform independence since JSPs produce HTML and run on any server using Java.
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