NO CLASS

See below for what is DUE next two classes

You will need a GitHub account for this course.

Join class Wiki and list your name in lastName alphabetical order hyperlinked to your GitHub account.

Introduction

OO Analysis and Design

Form Teams

Team Meetings

Install and explore Visual Paradigm. Follow these instructions and use one of these keys to get a 3-year license.

And / Or install and explore ArgoUML.

Learn Git

Git videos (short):
What is VC,
What is Git,
Start Git,
Win with Git

Unit Testing Checklist

TP1: In Class: Team Intro

Email team details of Team name, names, emails, github accounts to bowringj@cofc.edu SUBJECT = "CSCI462GitHub".

I will create teams and repositories and each of you will receive an invite.

TP2 Description: Analyze and Design Software to control a Dual-Alarm AM/FM Clock Radio

UP Inception

Evolutionary Requirements

Use Cases

Chp 4, 5
Architecture as Hallucination

Unmasking Ethical Risks

HW1: 2+-page response that compares and contrasts Booch with Gotterbarn/Miller:

Submit here.

Ancient Greek Computer

more on Greek Computer

HW2: Identify and write in "casual format" at least 5 use cases for a simple answering machine.

Submit here.

Grady Booch Podcasts

Use Case

Team Reports

UP Elaboration I

NOTE:

PDFs or other GitHub supported formats ONLY

TP2 Deliverable 1: Inception Documents: Vision, Use-Case enumeration with 2 use cases "fully dressed", supplemental specs, glossary

Submit in team repo.

HW3: Create a domain model (see 9.4 in text) for simple answering machine from HW2.

Submit here.

Team Reports

System Sequence Diagrams

Agile Domain Modeling Example

Sequence Diagrams

TP2 Deliverable 2: Elaboration I Documents: all uses cases fully dressed and domain model.

Submit in team repo.

HW4: Create system sequence diagrams and operation contracts for simple answering machine.

Submit here.

Team Reports

Logical Architecture

Speaker today is

Venessa Johansen-Barrera (CofC CS 2015)

from Hawkes Learning

TP2 Deliverable 3: Elaboration I Documents: System Sequence diagrams and operation contracts.

Submit in team repo.

Object Design

UML Interaction Diagrams

TP2 Deliverable: Revise D3 per lessons learned and comments;

Submit in team repo.

HW5: Patterns

Submit here.

What the Doormouse Said

Whole Earth Catalog and Stewart Brand

TP2 Deliverable 4: Explore your :System object (application layer) and identify objects needed to implement your operations; Suggest object responsibilities and collaborations with example sequence diagrams;

Submit in team repo.

Team Reports

Review

TP2 Deliverable 5: Complete the realization of your defined contracts with detailed sequence diagrams derived from your analysis of object responsibilities and collaborations; Keep in mind GRASP, especially Information Expert, Creator, Controller, and Low Coupling;

Submit in team repo.

Designing for Visibility

Mapping Designs to Code

TP2 Deliverable Revise D5: Revise D5 per lessons learned and comments;

Submit in team repo.

HW6: Simple answering machine: complete the realization of your defined contracts with detailed sequence diagrams derived from your analysis of object responsibilities and collaborations; Keep in mind GRASP, especially Information Expert, Creator, Controller, and Low Coupling;

Submit here.

TP2 Deliverable 6: Produce Java classes to implement your design as specified in your sequence diagrams; use NetBeans to create project [teamnameAlarmClock] (no spaces) with Junit 4.0 tests; use test-driven development by first creating tests for each class and method; use package structure com.csci360.alarmclock;

Submit in team repo.

R 23 Mar

TP2 Deliverable: Revise D6 per comments;

Submit in team repo.

HW7: Simple answering machine: Produce Java classes to implement your design as specified in your sequence diagrams; use NetBeans to create project [lastFirstAnserwingMachine] (no spaces) with Junit 4.0 tests; use test-driven development by first creating tests for each class and method; use package structure com.csci360.answeringMachine;

Submit here.

TP2 Deliverable 7: Produce state machine models of the UI for the alarm clock based on your previously defined system operations;

Submit in team repo.

HW8: Produce activity diagrams for:

1) modeling the process of buying groceries, starting with a shopping list;

2) the binary search algorithm;

Submit here.

TP2 Deliverable: REVISE D7;

Submit in team repo.

TP2 Deliverable 8: Implement GUI within the package structure for the alarm clock based on your previously implemented system operations and state machine models;

Submit in team repo.

HW9: Produce state machine models of the UI for the answering machine based on your previously defined system operations;

Submit here.

Evaluations:

• MyCharleston (from the link on “Academic Services” tab)
• Direct web link: coursereview.cofc.edu
• CofC Mobile App: Android |  Apple | Other
• Personalized link that is emailed to students 3 times

Consider Submitting a Poster !!

T 18 Apr

HW10: Implement GUI within the package structure for the answering machine based on your previously implemented system operations and state machine models;

Submit here.

TP2 Deliverable 8 Revised: Improve upon D8;

Submit in team repo.

R 20 Apr

Presentations:

TP2 Deliverable: Presentation;

Submit in team repo.

Consider Submitting a Poster !!

Presentations:

W 26 Apr

T 2 May

Final

FINAL Noon - 3 PM

Final grades noon 9 May.