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Software Engineering Process I

Software Engineering Process I. Dr. Rob Hasker L-333, email: hasker https://faculty-web.msoe.edu//hasker/ (Adapted from notes by Dr. Sebern, used with permission.). Logistics. Course web site, syllabus Book, schedule, policies, grading Prereq check: CS-2852, SE-2030 Roster. Grading (1).

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Software Engineering Process I

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  1. Software Engineering Process I • Dr. Rob HaskerL-333, email: hasker • https://faculty-web.msoe.edu//hasker/ • (Adapted from notes by Dr. Sebern, used with permission.)

  2. Logistics • Course web site, syllabus • Book, schedule, policies, grading • Prereq check: CS-2852, SE-2030 • Roster

  3. Grading (1) * Assumes uniform, linear distribution

  4. Grading (2)

  5. Grading (2) So, what grade is appropriate for "no errors" work?

  6. Grading (3) • What's a professor to do? • Conflicting messages from MSOE • Which is closer to employee evaluation? • Is this the choice? • Make students happier now • Make graduates happier later • Duty: preparation for lifelong career

  7. How to Get an "A" • Be "outstanding" and "exceptional"? • What does that mean? • Go a little beyond the requirements • Demonstrate learning and thinking • Talk to the prof

  8. Curriculum Context SE-2832 Verification CS-2852 Data Structures SE-3821 Requirements SE-2800 SE Process I SE-3800 SE Process II SE -2030 Tools/Practices Software Development Lab

  9. Process? • How should we plan and execute a project of moderate size (small team)? • How would you do it? • What was the process you used in SE1011/SE1021/CS2852? • What was good or bad about it? Pair exercise

  10. Practice vs Process • Practice = “what we do” • Analyze requirements, create architectural/detailed designs, implement, verify • Process = “how & when we do it” • Plan, organize, measure, make/meet commitments, ensure quality, control, improve, adapt

  11. Activities • Detailed design review • Implementation (coding) • Code review/inspection • Unit testing • Integration testing • System testing • Planning & tracking • Requirements analysis & specification • Architecture & high-level design (HLD) • HLD review • Detailed design There are many different ways to break down software development activities; this is just one way of doing it.

  12. Process Models • Process models provide frameworks for organizing software development activities • One pass, sequential (“waterfall”) • Iterative/incremental • “Agile”: XP, Scrum • SEI: PSP/TSP In SE-2800, we will use a process model based on Scrum

  13. Process Goals Overwhelmingly, software development managers and stakeholders ask us for two things:

  14. Comparing Iterative Models

  15. Course Goal • Experience with one approach to software process • Why Scrum? • Gaining acceptance in industry • Easier introduction: fewer process artifacts, learn as you go

  16. Textbook • Essential Scrum • A Practical Guide to the Most Popular Agile Process,Kenneth S. Rubin • Good reference on process framework – not a real textbook • Needs supplement on practices

  17. Tools • Atlassian • JIRA/Agile (plan/track) • Confluence (wiki) • Bitbucket • Git repository • JUnit • Test automation • Jenkins • Continuous build

  18. Tool Setup • First lab session • You will receive an email with an invitation to Atlassian OnDemand • Set up your account before lab • You MUST use your MSOE email and username!

  19. Review • SE-2800: Software Process I • Introduction to software process • Practice vs. process • Practices: what needs to be done • Process: how & when • Process models • Sequential vs. iterative • Predictive vs. agile • Scrum: Read Ch. 2

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