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Web Applications Development

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Presentation on theme: "Web Applications Development"— Presentation transcript:

1 Web Applications Development
CM3028 Robin Boswell, Frank Herrmann, Derek Shirreffs Web Page

2 Web Application Development
LECTURER: Robin Boswell ROOM: B22b Databases LECTURER: Frank Herrmann ROOM: C25 Web / PhP LECTURER: Derek Shirreffs ROOM: C32 Group Projects

3 Web Application Development
This is a 3rd year module: 3rd year Computing for Business and eCommerce 3rd year Computing for Internet and Multimedia 3rd year Computing and Information 3rd year Computing for Mobile Applications 4th year Information Systems Technology

4 Outline of Module Schedule
Teaching Projects First 6 weeks: 2 hour lecture / tutorial 2 hour lab Next 6 weeks: 4 hours of lab

5 Web Application Development
Lecture/Tutorial (for 1st 6 weeks) Tuesdays 9:00 – 10:00 in room C39 Tuesdays 12:00 – 1:00 in room C39 Lab Fridays 9:00 – 11:00 in room C8a / C9

6 3-tier architecture Database Web Application Model Select View
Controller Response Request Client (web browser)

7 Module aims and learning outcomes
Aims of Module To provide students with experience in developing a 3-tier web application with non-trivial functionality. This will integrate and extend knowledge gained on earlier modules. Learning Outcomes for Module On completion of this module, students are expected to be able to: Recognise and discuss the Model 2 web application architecture and apply it to the design of web applications. Apply suitable technologies in the construction and integration of web application components. Use a Model 2 architecture to assemble web application components into a 3-tier web application of significant size. Appraise and implement appropriate security policies in a 3-tier web application.

8 Assessment 50% Coursework and 50% Exam
The coursework will involve the design, implementation and testing of a non-trivial 3-tier client/server system as a collaborative group project To pass you need an aggregate grade  3, and a grade in each component  2

9 Course Schedule Lecture / Tutorial Lab Week 1 (RAB)
The MySQL DBMS: SQL (some new, some revision) MySQL Week 2 (RAB) Database revision: ER modelling, normalisation Week 3 (RAB) Model-View-Controller Design Pattern + Model 2 web application architecture FH PHP Week 4 (FH) Review of PHP Variables, statements, methods Advanced concepts Request and response headers, cookies, sessions PHP database class (encapsulation database operations into objects) PHP Week 5 (FH) State machines State preservation in database or session data, initiating state transitions, event model Week 6 (FH) Information security and trust Symmetric encryption, asymmetric encryption, message digests, public key certificates Common threads and hacks Shell injections, SQL injections, session hijacking, cross site scripting (phishing) Week Supervised + Independent project work in labs only

10 Web Application Development
Books “Web Programming: Building Internet Applications” by Chris Bates, John Wiley & Sons, 2000 “Programming PHP” by R.Lerdof, K.Tatroe, O’Reilly, 2002 “Database Systems A Practical Approach to Design, Implementation and Management, 3rd Edition” by T.Connolly, C.Begg, A.Strachan, Addison-Wesley, 2002 “Computer Security” by M.Bishop, Addison-Wesley, 2003 “Web Applications: Concepts and Real World Design” by Craig Knuckles, David Yuen, Wiley 2004

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