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| TCP/IP Training Courses |
 TCP-401Programming with TCP/IP Length: 4 days Cost: Contact Feabhas (available for on-site delivery only) Course description - see below or view PDF Check course dates - click here Booking information - click here |
| Course Detail |
| Course Description: TCP/IP is the de facto standard for internetworking heterogeneous networks and is increasingly finding application in real-time and embedded systems. This course presents the TCP/IP architecture and describes in detail how to develop client server applications that inter-operate over TCP/IP networks. Delegates will be provided with the necessary knowledge of how these protocols may be used and applications developed. The course has a number of practical exercises which are undertaken in a Unix/Linux (BSD) environment. Overview: A four-day course providing an introduction to the TCP/IP architecture and programming API in a detail which allows application programmers to utilize the features to develop high performance, scalable distributed applications. 50% of the course is spent developing distributed applications. Course Objectives: After completing the course attendees will: • Appreciate the architecture of the TCP/IP protocol suite • Develop client/server applications that work over TCP/IP • Understand and use the BSD sockets API • Understand and be able to apply the different architectures for distributed applications using TCP/IP. Pre-requisites: Knowledge of the C programming language. No knowledge of TCP/IP is assumed. Who should attend: Hardware and software engineers who will be developing TCP/IP applications. Duration: Four days. Course Material: Delegate handbook. |
Course Outline: Introduction - TCP/IP Layering - Internet Addresses - The Domain Name System - Client-Server Model - Port Numbers Link Layer - Ethernet and IEEE 802 Encapsulation - PPP: Point-to-Point Protocol IP: Internet Protocol - IP Header - IP Routing - Subnet Addressing, - ARP: Address Resolution Protocol - DHCP: Dynamic Host Configuration Protocol - ICMP: Internet Control Message Protocol - IPV6 IP Routing - Routing Principles - Dynamic Routing Protocols - RIP: Routing Information Protocol, RIP Version 2 - OSPF: Open Shortest Path First UDP: User Datagram Protocol - UDP Header - UDP messages - UDP applications TCP: Transmission Control Protocol - TCP services - TCP header - TCP connection management - TCP data flow - TCP performance and features Connection-Oriented Application Development - The TCP/IP Socket model - Establishing a connection - Performing data transfer - Client programming - Server programming Connectionless Application Development - UDP Programming - Data transfer - Broadcasting and multicasting Concurrency - Processes and threads - Posix threads - Concurrent servers - Data protection - Using select to achieve concurrency Client/Server application Architecture - Connectionless/connection-oriented I/O models - Multithreaded vs multi-process - application designs |
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