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..Concepts in Programming Languages by John C. Mitchell ISBN

This textbook for undergraduate and beginning graduate students explains and examines the central concepts used in modern programming languages such as 



Concepts of Programming Languages Eleventh Edition

https://vulms.vu.edu.pk/Courses/CS508/Downloads/Concepts%20of%20Programming%20Languages%2011th%20Ed.pdf



Concepts in Programming Languages

What is a programming language!? ? Study programming languages. ? Be familiar with basic language concepts. ? Appreciate trade-offs in language 



Concepts of Programming Languages - Lecture 4 - Grammars

language. This course is interested in using grammars to define the syntax of a programming language. Patrick Donnelly (Montana State University). Concepts 



Concepts of Programming Languages - Lecture 4 - Grammars

language. This course is interested in using grammars to define the syntax of a programming language. Patrick Donnelly (Montana State University). Concepts 



Concepts of Programming Languages - Lecture 19 - Exception

The exception handling code unit is called an exception handler. Patrick Donnelly (Montana State University). Concepts of Programming Languages. Spring 2014. 6 



Fundamental Concepts in Programming Languages

Fundamental Concepts in Programming Languages. CHRISTOPHER STRACHEY. Reader in Computation at Oxford University Programming Research Group



Concepts of Programming Languages - Lecture 19 - Exception

The exception handling code unit is called an exception handler. Patrick Donnelly (Montana State University). Concepts of Programming Languages. Spring 2014. 6 



COMPSCI 141 CONCEPTS IN PROGRAMMING LANGUAGES I

Required Textbook: Students should have access to a good programming languages textbook. I am using Concepts of Programming Language by Robert W. Sebesta 

Concepts in Programming Languages

Alan Mycrofta

Computer Laboratory

University of Cambridge

2014-2015 (Easter Term)

http://www.cl.cam.ac.uk/teaching/1415/ConceptsPL/aNotes largely due to

Marcelo Fiore

—but errors are my responsibility.

1

Practicalities

Course web page:

withlecture slides ,exercise sheet , andreadin g material

One exam question.

2

Main books

J.C.Mitchell.Concepts in programming languages.

Cambridge University Press, 2003.

T.W.Pratt and M.V.Zelkowitz.Programming Languages: Design and implementation(3RD EDITION). Prentice Hall,

1999.?M.L.Scott.Programming language pragmatics

(2ND EDITION). Elsevier, 2006.

R.Harper.Practical Foundations for Programming

Languages. Cambridge University Press, 2013.

3

Context:so many programming languages

Peter J. Landin: “The Next 700 Programming Languages", CACM >>>>1966<<<< Some programming-language 'family trees" (too big for slide): http://www.oreilly.com/go/languageposter http://www.levenez.com/lang/ http://www.rackspace.com/blog/

infographic-evolution-of-computer-languages/Plan of this course: pick out interesting programming-language concepts and major evolutionary trends.

4

Topics

I.

Introduction and motivation.

II.

The first

procedural language: FORTRAN (1954-58). III.

The first

declarative language: LISP (1958-62). IV.

Block-structured

procedural languages: Algol (1958-68),

Pascal (1970).

V.

Object-oriented

languages — Concepts and origins:

Simula (1964-67), Smalltalk (1971-80).

VI.

Languages for

concurrency and parallelism VII. Types in programming languages: ML (1973-1978). VIII.

Data abstraction

and modularity : SML Modules (1984-97). IX.

Amodern language design

: Scala (2007) X.

Miscellaneous concepts

5 ?Topic I?

Introduction and motivation

References:?

Chapter 1ofConcepts in programming languagesby

J.C.Mitchell. CUP, 2003.

Chapter 1ofProgramming languages: Design and

implementation(3RD EDITION) by T.W.Pratt and

M.V.Zelkowitz. Prentice Hall, 1999.

Chapter 1ofProgramming language pragmatics

(2ND EDITION) by M.L.Scott. Elsevier, 2006. 6 Goals

Critical

thinking about programming languages.

What is a programming language!?

Study programming languages. ?Be familiar with basic language concepts ?Appreciate trade-offs in language design Trace history , appreciate evolution and diversity ofideas.

Be prepared for new programming

methods ,paradigms 7

Why study programming languages??

To improve the ability to develop effective algorithms.

To improve the use of familiar languages.

To increase the vocabulary of useful programming

constructs.

To allow a better choice of programming language.

To make it easier to learn a new language.

To make it easier to design a new language.

To simulate useful features in languages that lack them. To make better use of language technology wherever it appears. 8

What makes a good language??

Clarity, simplicity, and unity.

Orthogonality.

Naturalness for the application.

Support of abstraction.

Ease of program verification.

Programming environments.

Portability of programs.

9

Cost of use.

?Cost of execution. ?Cost of program translation. ?Cost of program creation, testing, and use. ?Cost of program maintenance. 10

What makes a language successful??

Expressive power.

Ease of use for the novice.

Ease of implementation.

Standardisation.

Many useful libraries.

Excellent compilers (including open-source)

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