What you’ll learn
- java network
- TCP/IP basics
- network topology
- Build an online chat application using Java
- Application development for server/client projects
- Using the Java network class
- Build applications that use TCP or UDP protocols
- Build a GUI chat application
- Server/Client Application
- HTTP request
- Network Basics
- UDP/TCP programming
- SMTP server programming in Java
- P2P application
- and other great java network themes
This course includes:
- 8 hours of on-demand video
- 1 article
- 14 downloadable resources
- Full lifetime access
- Access on mobile and TV
- Certificate of completion
Learn Java network programming with live sample applications, you will develop ClientServer, GUI chat and other applications
Networks add a lot of power to simple programs. With a network, a program can recover information stored on millions of computers around the world. Java is the leading programming language built from the ground up for networking. Java networking is the idea of joining two or more computing devices together to share resources.
The first part of our udemy course introduces basic networking terminology and concepts. The network support provided by Java is illustrated with a short example. A simple client/server application is served along with a threaded version of the server. In our udemy course we will also look at how nodes on a network use addresses. It shows how Java represents these addresses along with support for IPv4 and IPv6.
This part of our udemy course also covers how Java can configure various network properties. NIO Support for Networking describes how the NIO package provides support for communicating with buffers and channels. These techniques are illustrated using a client/server application. The support that NIO offers
asynchronous communication is also indicated.
We will also cover how HTTP is an important and widely used protocol in our udemy course. Java supports this protocol in several ways.
These techniques are illustrated along with a demonstration of how cookies are handled in Java. We will also cover in our udemy course how peer-to-peer networks offer a flexible alternative to traditional client/server architectures. The basic concept of peer access is introduced along with a demonstration of how Java supports this architecture. FreePastry is used to illustrate a framework for an open-source peer-to-peer solution.
We’ll cover UDP and multicasting and how UDP provides a less reliable but more efficient way for applications to communicate on the Internet. Java’s extensive support for the protocol is demonstrated, including NIO support and how UDP can support streaming media. We will also cover network scalability in our udemy course, I will explain how the system needs to scale to meet this demand as more requests are placed on the server. Several threading techniques that support this need are demonstrated, including thread pools, futures, and the NIO selector. We will also cover network security in our udemy course, you will learn how applications should be protected from various threats. It is supported in Java with secure encryption and hashing techniques. Symmetric and asymmetric encryption techniques are illustrated. Use of TLS/SSL is also demonstrated. We will also cover in our udemy course how Java applications may need to exchange information with other applications written in other languages. An issue impacting app interoperability, including byte ordering, has been addressed. Communication between different implementations is demonstrated using sockets and middleware.
All communication from Java programs over the network occurs at the application layer. Java. The .net J2SE API package contains various classes and interfaces that perform low-level communication functions and allow users to formulate programs focused on solving problems. The Java platform is valued in part for its suitability for writing programs that use and interact with Internet and World Wide Web (WWW) resources. In fact, Java-compatible browsers use this capability of the Java platform to transport and run applets over the Internet.
Java is the leading programming language for networking. Java. .net packages encapsulate a large number of classes and interfaces that provide an easy-to-use means of accessing network resources. Here are some important Java classes and interfaces. clean package.
Sockets are the foundation of modern networking. Sockets allow computers to serve many different clients at the same time. Sockets connect via ports, which are numbered sockets on a specific computer. Communication through sockets takes place using protocols. Sockets provide a communication mechanism between two computers using TCP. There are two types of TCP sockets in Java. One for the server and the other for the client.
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