DEPARTMENT OF COMPUTER ENGINEERING
Course Code: CmpE 318
Course Title: Programming Language Design
Course Credit: (4 , 1) 4
Semester: 2004 - 2005 Spring
Course Website: http://cmpe.emu.edu.tr/cmpe318/
Course Mailing List: cmpe318@students.emu.edu.tr
- Please activate your EMU e-mail account, and
- Read my remarks on netiquette.
Faculty:
| Group #1 | Group #2 | Group #3 | Group #4 | |
| Faculty Member: | Atilla ELÇİ (Course Coord.) | Atilla ELÇİ (Course Coord.) | Manuel CARCENAC | Ahmet ÜNVEREN |
| Office No. & Telph.: | 208 & 2843 | 208 & 2843 | 107 & 1195 | 212 & 1163 |
| E-mail: | atilla.elci | atilla.elci | manuel.carcenac | ahmet.unveren |
| Website: | ./aelci/ | ./aelci/ | ./carcenac/ | ./unveren/ |
| Lab Coordinator: | M. Ahmed SHAH | M. Ahmed SHAH | M. Ahmed SHAH | M. Ahmed SHAH |
| Office No. & Telph.: | 122 & 2836 | 122 & 2836 | 122 & 2836 | 122 & 2836 |
| E-mail: | ahmed.shah | ahmed.shah | ahmed.shah | ahmed.shah |
| Group Assistant: | Mehmet KIZILDAĞ | Melike ŞAH | Yüce TEKOL | Mehmet KIZILDAĞ |
| Office No. & Telph.: | 123 & 2839 | 119 & 2833 | 124 & 2838 | 123 & 2839 |
| E-mail: | mehmet.kizildag | melike.sah | yuce.tekol | mehmet.kizildag |
| Assistant: | F. YORGANCIOĞLU | M. Ahmed SHAH | Melike ŞAH | Melike ŞAH |
| Office No. & Telph.: | 201 & 1625 | 122 & 2836 | 119 & 2833 | 119 & 2833 |
| E-mail: | ferhun.yorgancioglu | ahmed.shah | melike.sah | melike.sah |
| Assistant: | Maher M. WAHEEB | Maher M. WAHEEB | F. YORGANCIOĞLU | Maher M. WAHEEB |
| Office No. & Telph.: | 105 & 1629 | 105 & 1629 | 201 & 1625 | 105 & 1629 |
| E-mail: | maher.waheeb | maher.waheeb | ferhun.yorgancioglu | maher.waheeb |
| Assistant: | Onur ÖREK | Mehmet KIZILDAĞ | Onur ÖREK | M. Ahmed SHAH |
| Office No. & Telph.: | 101 & 1062 | 123 & 2839 | 101 & 1062 | 122 & 2836 |
| E-mail: | onur.orek | mehmet.kizildag | onur.orek | ahmed.shah |
| LABS at CmpE 137 | TUE 12:30 | MON 8:30 | WED 12:30 | FRI 10:30 |
| E-Mail Homeworks to | 1hw318@emu.edu.tr | 2hw318@emu.edu.tr | 3hw318@emu.edu.tr | 4hw318@emu.edu.tr |
Textbook (available at the EMU Bookstore):
SEBESTA, Robert W.: Concepts of Programming Languages, 6th Edition, Addison-Wesley, 2004. ISBN: 0-321-19362-8.
Textbook Supplements for students including a language reference library and self-assessment quizzes (need to register first using the “student access code” available at the scratch area on the insert to the book).
Answers to selected end-of-chapter problems.
Additionally, check the official course Website for handouts, announcements, and other resources.
Other References (available at the EMU Bookstore):
1. Flanagan, David: Java in a Nutshell - 4th Edition, O'Reilly, 2003. ISBN: 0596002831.
2. Callear, David: Prolog Programming for Students, DP Publications, 1994, ISBN: 1-85805-93-6.
3. Previous textbook: Tucker, Allen and Robert Noonan: Programming Languages, Principles and Paradigms, McGraw-Hill, 2002, ISBN: 0-07-112280-X (ISE). Textbook Website: check available Student Resources such as PowerPoint slides, source code, animations and further links.
4. Pratt, Terrence W. and Marvin V. Zelkowitz: Programming Languages, Design and Implementation, 4th Edition, 2001, ISBN: 0-13-027678-2.
5. Appleby, Doris and Julius J. VandeKoople: Programming Languages, Paradigm and Practice, 2nd Ed., McGraw-Hill, 1997, ISBN: 0-07-005315-4.
6. Rayward-Smith, V. J.: A First Course in Formal Language Theory, McGraw-Hill, 1995. ISBN: 0-07-709245-7.
7. Fischer, Alice E. and Francis S. Gradzinsky: The Anatomy of Programming Languages, Prentice-Hall Intl., 1993, ISBN: 0-13-042219-3.
Many books on programming and languages are available also as e-book in the ACM Books; access is free to ACM student members. ACM membership is $18/year for EMU students. Check my note on ACM membership. There are many free-to-members ACM Books and ACM Courses over the Web on C/C++, Scripting languages, C#, Java, Perl, Visual Studio .NET, and .NET Framework. Check TOP TEN courses of the last month.
This course presents the general principles and paradigms underlying most of the currently used programming languages: syntax, semantics and translation, imperative programming, the associated management of the memory, object oriented, logic, declarative, and functional programming. These paradigms will be studied and compared among them through representative languages.
Participant of the course will be required to carry out practical work in terms of home works, labs and short projects.
Structures of programming languages; formal specifications of syntax, semantics and translation; data structures, control, subprograms, storage management concepts and techniques employed in major languages. Study and evaluation of key features of major programming languages. (Prerequisite: CmpE 212 OO & C++)
1) Why study programming languages (PLs)?
2) Evolution of PLs (self study)
3) PL syntax and semantics
4) Lexical and syntax analysis
5) Names and scopes
6) Data types (self study)
7) Expression evaluation
8) Control structures
9) Subprograms and implementation
10) Abstract data types
11) Object-oriented language support
12) Concurrency
13) Exception handling
14) Functional programming- The Haskell way (in Lab)
15) Logic programming- The Prolog way (in Lab)
Schedule is given below. All lecture presentations are attached to the schedule, just click on the chapter number.
Semester Plan of Schedule and Material.
Please note that schedule has been modified due to change of Midterm 1 dates by the University!
Practice on several programming paradigms will be carried out using specific languages including the following:
1) C / C++
2) C# / Java
3) Scripting language (?)
4) ML (or Haskell)
5) Prolog
Please take note of the Guidelines for Proper Conduct with respect to HWs, quizzes, and labs.
v Midterm Exam 1: 25 Solutions
v Midterm Exam 2: 25 Solutions
v Labs: 10 Ref. Schedule
v Quizzes: 05
v Homeworks: 05 ← PLEASE: E-mail HWs only to the designated boxes as shown above!
v Attendance 05 ← Bonus
v Final Exam: 30
Ø TOTAL: 100 %
Office Hours:
For A. ELÇİ: 14:45 – 15:30 on Mondays, Tuesdays, and Wednesdays.
For M. CARCENAC: tba.
For A. ÜNVEREN: 9:30 – 10:30 Mondays, Wednesdays, and Fridays.
Attendance: Absolutely required.
Roll calls will be taken frequently; any student with poor attendance record will be given NG.
Missed Exams: Student missing an exam should provide a substantiated and valid excuse within three days following the exam. Only for those who missed an exam, one make-up exam will be administered at the end of the semester following the final exam period.
An e-book on comparative study of programming languages:
* Very much the same content as our coverage of the subject.
* To download the e-book onto your PC, click here (193 KB).
* Double click on index.htm in the plbook directory after downloading and expanding.
A concise history of OO languages by Ole-Johan Dahl and Kristen Nygaard.
A successor to C? Check out D Language from its creator.
Articles on OO programming, .NET, and C# in Nedir.Com's ASPnedir.com site. (Turkish)
Java @Sun. And Java tutorial site @Sun.
Pascal definition by railroad diagrams.
ACM Queue interview: A Conversation with Alan Kay: Big talk with the creator of Smalltalk and much more.
P. Hudak, J. Peterson, J.H. Fasel. "A Gentle Introduction to Haskell".
Free e-books on Internet & Web at The e-Book Directory.
Books in Turkish:
Paper on: Implementation of Visual Languages (.pdf file)
C#'s implementation base: CLI, a.k.a. Microsoft .NET Framework.
An excellent review on UTF encoding: Forms of Unicode.
Concurrency versus language design: issues and concerns vis-a-vis multicore processors: "Software and the Concurrency Revolution" by Herb Sutter & James Larus, ACM Queue Magazine, V.3, N.7, Sept. 2005.
Python at Google: an account of Python's evolution and strengths.
Web course: Computer Language Engineering, Fall 2002 course in the MIT OpenCourseWare series Electrical Engineering and Computer Science. This course analyzes issues associated with the implementation of high-level programming languages.
A graduate course on Programming Languages.
Web course: 6.821 Programming Languages, Fall 2002 course in the MIT OpenCourseWare series Electrical Engineering and Computer Science. This course teaches the principles of functional, imperative, and logic programming languages through Scheme+.
Academic community languages:
Shooting yourself in the foot: the programming language way!
Please report any broken link.
Last update: Feb. 4, 2006.