CSE870, Advanced Software Engineering, Cheng
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1 Advanced Software Engineering Dr. Overview of Software Engineering and Development Processes CSE870 (Spring 2010) CSE870: Advanced Software Engineering (): Intro to Software Engineering 1 Instructor Background Professor in CSE Areas of interest: SE, formal/informal approaches to SE, automation, dynamically adaptive systems -- all applied to high assurance systems Joined MSU in 1990 Bachelors degree from Northwestern University MS, PhD in CS from University of Illinois (UIUC) Co-founder of Software Engineering and Network Systems (SENS) Lab 6 faculty members As, postdocs Also a member of DevoLab esearch currently funded by NSF, AO, and industry. ecent projects with ON, AFL, NASA CSE870: Advanced Software Engineering (): Intro to Software Engineering 2 What is Software Engineering? Systematic approach for developing software Methods and techniques to develop and maintain quality software to solve problems. (Software Engineering: Methods and Management, Pfleeger, 1990) Study of the principles and methodologies for developing and maintaining software systems. (``Perspectives on Software Engineering,'' Zelkowitz, 1978) CSE870: Advanced Software Engineering (): Intro to Software Engineering 3 1
2 What is Software Engineering? Practical application of scientific knowledge in the design and construction of computer programs and the associated documentation required to develop, operate, and maintain them. (``Software Engineering,'' Boehm, 1976) Deals with establishment of sound engineering principles and methods in order to economically obtain software that is reliable and works on real machines. (``Software Engineering,'' Bauer, 1972) CSE870: Advanced Software Engineering (): Intro to Software Engineering 4 Questions addressed by Software Engineering How do we ensure the quality of the software that we produce? How do we meet growing demand and still maintain budget control? How do we avoid disastrous time delays? CSE870: Advanced Software Engineering (): Intro to Software Engineering 5 Why apply Software Engineering to Systems? Provide an understandable process for system development. Develop systems and software that are maintainable and easily changed. Develop robust software and system. Allow the process of creating computing -based systems to be repeatable and manageable. CSE870: Advanced Software Engineering (): Intro to Software Engineering 6 2
3 Objectives of Course Provide exposure to leading-edge topics Emphasize object-orientation Emphasize reuse Provide hands-on experience to reinforce concepts Homework assignments Modeling and specification assignments Synthesize several topics into mini-projects Programming Project with written component Prepare presentation materials for lay audience. Overarching application theme: electronic medical records (EM) CSE870: Advanced Software Engineering (): Intro to Software Engineering 7 Tentative Topics equirements Engineering Unified Modeling Language (UML) Security Architectural Styles Design Patterns Aspect-Oriented Programming Electronic Medical ecord Systems Personal Medical ecord Systems CSE870: Advanced Software Engineering (): Intro to Software Engineering 8 Administrative Work Background Survey Initial Assessment Tentative Evaluation Mechanisms: Exams (2) 40 % Homework/Design Exercises 25 % Mini-Project(s) 35 % CSE870: Advanced Software Engineering (): Intro to Software Engineering 9 3
4 STOP CSE870: Advanced Software Engineering (): Intro to Software Engineering 10 Software Engineering Phases Definition: What? Development: How? Maintenance: Managing change Umbrella Activities: Throughout lifecycle CSE870: Advanced Software Engineering (): Intro to Software Engineering 11 Definition equirements definition and analysis Developer must understand Application domain equired functionality equired performance User interface CSE870: Advanced Software Engineering (): Intro to Software Engineering 12 4
5 Definition (cont.) Project planning Allocate resources Estimate costs Define work tasks Define schedule System analysis Allocate system resources to Hardware Software Users CSE870: Advanced Software Engineering (): Intro to Software Engineering 13 Development Software design User interface design High-level design Define modular components Define major data structures Detailed design Define algorithms and procedural detail CSE870: Advanced Software Engineering (): Intro to Software Engineering 14 Development (cont.) Coding Integration Develop code for each module Combine modules System testing Unit testing CSE870: Advanced Software Engineering (): Intro to Software Engineering 15 5
6 Maintenance Correction - Fix software defects Adaptation - Accommodate changes New hardware New company policies Enhancement - Add functionality Prevention - make more maintainable CSE870: Advanced Software Engineering (): Intro to Software Engineering 16 Umbrella Activities eviews - assure quality Documentation - improve maintainability Version control - track changes Configuration management - integrity of collection of components CSE870: Advanced Software Engineering (): Intro to Software Engineering 17 Development Process Step-by-step procedure to develop software Typically involves the major phases: analysis design coding testing CSE870: Advanced Software Engineering (): Intro to Software Engineering 18 6
7 Waterfall Process Model equirements Design Coding Testing Maintenance CSE870: Advanced Software Engineering (): Intro to Software Engineering 19 Prototyping Process Model equirements Quick Design Prototype Evaluate Design CSE870: Advanced Software Engineering (): Intro to Software Engineering 20 When to use prototyping? Help the customer pin down the requirements Concrete model to test out Often done via the user interface Explore alternative solutions to a troublesome component e.g., determine if an approach gives acceptable performance Improve morale Partially running system provides visibility into a project CSE870: Advanced Software Engineering (): Intro to Software Engineering 21 7
8 Spiral Process Model Planning isk Analysis Customer Evaluation Engineering CSE870: Advanced Software Engineering (): Intro to Software Engineering 22 Process Models Idealized views of the process Different models are often used for different subprocesses may use spiral model for overall development prototyping for a particularly complex component waterfall model for other components CSE870: Advanced Software Engineering (): Intro to Software Engineering 23 Capability Maturity Model Level 1: Initial ad hoc success depends on people Level 2: epeatable track cost, schedule, functionality Level 3: Defined use standardized processes Level 4: Managed collect detailed metrics Level 5: Optimizing continuous process improvement built-in process improvement Software Engineering Institute: CSE870: Advanced Software Engineering (): Intro to Software Engineering 24 8
9 Why is software development so difficult? Communication Between customer and developer Poor problem definition is largest cause of failed software projects Within development team More people = more communication New programmers need training Project characteristics Novelty Changing requirements 5 x cost during development up to 100 x cost during maintenance Hardware/software configuration Security requirements eal time requirements eliability requirements CSE870: Advanced Software Engineering (): Intro to Software Engineering 25 Why is software development difficult? (cont.) Personnel characteristics Ability Prior experience Communication skills Team cooperation Training Facilities and resources Identification Acquisition Management issues ealistic goals Cost estimation Scheduling esource allocation Quality assurance Version control Contracts CSE870: Advanced Software Engineering (): Intro to Software Engineering 26 Summary Software lifecycle consists of Definition (what) Development (how) Maintenance (change) Different process models concentrate on different aspects Waterfall model: maintainability Prototype model: clarifying requirements Spiral model: identifying risk Maintenance costs much more than development CSE870: Advanced Software Engineering (): Intro to Software Engineering 27 9
10 Bottom Line U.S. software is a major part of our societal infrastructure Costs upwards of $200 billion/year Need to Improve software quality educe software costs/risks CSE870: Advanced Software Engineering (): Intro to Software Engineering 28 10
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