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Course Overview

Welcome to CS 397, Tools for the Software Life Cycle and Beyond!

Course goal: to give you the tools that enable you to work smarter--not harder. We'll focus on how to automate processes (using Unix tools and Bash scripting) and how to use various software tools to make collaboration, debugging, tracking issues (and more) easier. A side effect of taking this course is that you will know significantly more useful tools and technologies that employers would like you to know.

Catalog Description: This course is the study of software tools and environments commonly used throughout the software life cycle and beyond. The course will focus on the tools used in the software life cycle, the goals of each tool, how the tools are used in practice, and the technology behind the tools. Students will learn how to choose from among a variety of different tools for a given software engineering task. Tools include integrated development environments, software testing and debugging, build tools, static analysis, performance profiling, and containers. In addition, we'll also learn Unix commands and bash scripting.

Topics covered include

Structure
Classroom work will consist of lecture, discussion, and lab experimentation. Written work will consist of several homework and programming assignments, presentations/demos, and one exam.

Objectives
After taking this course, you should be able to

Instructional Staff

Sara Sprenkle
Office: Parmly Hall 410
Office Hours: MWF: 1:30 - 3 p.m.
E-mail Address:
Phone Number: (540) 458-8309 (it is better to email me than to call)

Course Information

CS 397, Section 01
Lecture: MWF

Textbook

There is no text book for this course. We will be using plentiful online resources.

Course Policies

Student Responsibilities

Instructor Responsibilities
I will try to make this course and its material as exciting for you as it is for me. I will be respectful of student questions and misunderstandings. I will give prompt, constructive feedback from assignments. I will be available during office hours and by appointment. I will do my best to respond to questions via email within 24 hours.

Honor System
You may discuss individual programming assignments informally with other students. However, sharing a solution, in the form of experimental results or the design or implementation of a program, is an honor violation. Students should know where to draw the line between getting legitimate outside assistance with course material and outright cheating. Students who obtain too much assistance without learning the material ultimately cheat themselves the most. If you have any uncertainty about what this means, consult with me before you collaborate. All written assignments should be done individually, unless otherwise noted.

Participation and attendance
To receive full credit for class participation and attendance, you must have less than two unexcused absences from class and you must be actively engaged in the classroom by answering and asking questions each class when appropriate and by being respectful of other students. The average grade for participation is a B-.

The schedule, including important dates, is posted at the beginning of the semester. You should plan accordingly. If there are acceptable conflicts, tell me at the beginning of the semester and then remind me about a week in advance.

Late policy
All assigned work is due on the date specified. Any assignment turned in after the due date/time but on the same day will be penalized 10%. Any assignment turned in after the day on which it is due will be penalized an additional 10% for each late day. No assignment will be accepted that is more than three school days late. If you turn an assignment in late, you must indicate this somehow (in comments, on paper, etc.).

Grading

Grades for the course will be computed as follows: