Course Outline Model:
COP 1000 Programming Logic
(3 Credit Hours)

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Programming logic is introduced. Major topics include problem definition and the logic required for flowcharting, READ PROCESS WRITE loops, control breaks table and multidimensional array creation and retrieval, multi-record, single file processing programs. Documentation Standards are also covered.

CGS 1000

At the end of the course, the student will be able to:

1. To gain familiarization with tools used in problem-solving, particularly as they apply to computerized [rpblem solutions.

2. To develop a working knowledge of the use of specific tools and techniques of problem design such as flowcharts, VTO's, HIPO charts, pseudocode, decision tables, Warnier Diagrams, Nassi-Schneiderman charts, and support program, documentation..

3. To apply standard programming logic structures to the computerized solution of data processing problems.

4. To implement the logic structures in a computerized environment using one or more structured programming languages, e.g. Structured BASIC, Pascal, Logo.(Bill Smith)

Turbo HAL: the Robot;
http://www.hccbrandon.net/turbohal/turbohal.html
possible use of languages such as: Visual BASIC, Java, JavaScript, C, C++.

Table of Contents

• Introduction to Computer Programming
• Getting Started with Program Flowcharts
• Structured Techniques and Object Oriented Programming
• Report Output and Validating Input
• More on Decision Logic
• Using Arrays (Tables)
• Sorts
• Control Breaks and Totals
• File and Database Processing

Grading will consist of projects, hands-on tests, and written tests.