Yarmouk private university



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جامعة اليرموك الخاصة




YARMOUK PRIVATE UNIVERSITY


Faculty of Informatics & Communication Engineering



Course: Programming Languages (PL)

Code: SWE315

Semester: Fall 2011

Credit hours: 3

Theoretical: 3

Practical: 0

Prerequisites: Computational Theory (CTH), Algorithms and Data Structures (ADS)



Course Description: This course covers the following topics: programming languages syntax, names, types, semantics, functions, memory management and functional programming languages.

Course Objectives
At the end of this course, students are expected to learn:

  • How to describe the syntax of a programming language

  • How to specify the identifiers names of a programming language and the essentials concepts related to them (binding, scope, lifetime, …)

  • The type systems of programming languages: basic types (int, float, …) and complex types (struct, array, union, …)

  • The semantics of the essential constructs of a programming language (assignment, loops, expressions, exceptions, …)

  • Concepts related to functions like functions call and returns, parameters passing mechanisms, activation records and runtime stack, …

  • Memory management in programming languages: dynamic arrays allocation and garbage collection

  • Programming languages paradigms: imperative, OO, logic, functional. The course concentrates on functional programming languages (like Scheme) because other paradigms are seen in other courses.


Textbook : Programming languages: principles and paradigms, Tucker and Noonan, 2nd edition.
Suggested references:


Course Plan:


Week

Topic

Textbook Sections


1

Introduction to programming languages principles, paradigms, and history

Chapter 1

2

Syntax concepts

Chapter 2

3

Lexical and syntactical analysis

Chapter 3

4

Names concepts

Chapter 4

5

Types concepts

Chapter 5

6

Type systems

Chapter 5

7

Semantics concepts

Chapter 7

8

Semantic interpretation

Chapter 7

9

Mid-term Exam

10

Functions concepts

Chapter 9

11

Functions implementation

Chapter 9


12

Memory management

Chapter 11

13

Functional programming (Scheme)

Chapter 14


14

Functional programming (Scheme)

Chapter 14


15

Exercises and Review




16

Final Exam



Grading Policy:

Quizzes, Homework, and Projects: 30%

Mid-Term Exam: 30%

Final Exam: 40%



Instructors' Information


Name: Signature:

Dr. X Y





Coordinator's Name:

Signature:






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