Concepts of programming languages

Título:

Concepts of programming languages

Autor:

Sebesta, Robert W.

Temas:

LENGUAJES DE PROGRAMACIÓN ; 

Edición:

3rd ed., repr. with corr.

Localización electrónica:

Descripción física:

xv, 634 p. ; 24 cm.

ISBN:

0-8053-7133-8

Idioma:

Inglés, 

País:

Estados Unidos

Publicación:

Reading, 1996

Nota general:

Incluye problemas y notas bibliográficas. --

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Evolution of the major programming languages
Describing syntax and semantics
Names bindings type checking, and scopes
Data types
Expressions and the assignment statement
Statement-level control structures
Subprograms
Implementing subprograms
Abstract data types
Concurrency
Exception handling
Functional programming languages
Logic programming languages
Object-oriented programming languages.

Título:

Concepts of programming languages

Autor:

Sebesta, Robert W.

Temas:

LENGUAJES DE PROGRAMACIÓN ; 

Edición:

7th ed.

Localización electrónica:

Descripción física:

xvii, 724 p. : il. ; 24 cm.

ISBN:

0-321-33025-0

Idioma:

Inglés, 

País:

Estados Unidos

Publicación:

Boston, c2006

Nota general:

Incluye bibliografía (p. 695-704) e índice. --

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Preliminaries
Evolution of the major programming languages
Describing syntax and semantics
Lexical and syntax analysis
Names, bindings, type checking, and scopes
Data types
Expressions and assignment statements
Statement-level control structures
Subprograms
Implementing subprograms
Abstract data types and encapsulation constructs
Support for object-oriented programming
Concurrency
Exception handling and event handling
Functional programming languages
Logic programming languages.

Título:

Concepts of programming languages

Autor:

Sebesta, Robert W.

Temas:

LENGUAJES DE PROGRAMACIÓN ; 

Edición:

9th ed.

Localización electrónica:

Descripción física:

xviii, 765 p.:il. ; 24 cm.

ISBN:

9780136073475

Idioma:

Inglés, 

País:

Estados Unidos

Publicación:

Boston, 2009

Nota general:

Incluye bibliografía (p. 737-746) e índice.--

Puede solicitar más fácilmente el ejemplar con: D.3 SEB

Preliminaries
Evolution of the major programming languages
Describing syntax and semantics
Lexical and syntax analysis
Names, bindings, type checking, and scopes
Data types
Expressions and assignment statements
Statement-level control structures
Subprograms
Implementing subprograms
Abstract data types and encapsulation constructs
Support for object-oriented programming
Concurrency
Exception handling and event handling
Functional programming languages
Logic programming languages.

Título:

Concepts of programming languages

Autor:

Sebesta, Robert W.

Temas:

LENGUAJES DE PROGRAMACIÓN ; 

Edición:

11th ed.

Localización electrónica:

Descripción física:

xxi, 761 p.:il.

ISBN:

9780133943023

Idioma:

Inglés, 

País:

Estados Unidos

Publicación:

Boston : Pearson, c2016

Nota general:

Incluye índice y bibliografía.

Puede solicitar más fácilmente el ejemplar con: D.3 SEB

1. Preliminaries 
1.1 Reasons for studying concepts of programming languages 
1.2 Programming domains 
1.3 Language evaluation criteria 
1.4 Influences on language design 
1.5 Language categories 
1.6 Language design trade-offs 
1.7 Implementation methods 
1.8 Programming environments

2. Evolution of the major programming languages 
2.1 Zuse's Plankalkül 
2.2 Pseudocodes 
2.3 The IBM 704 and Fortran 
2.4 Functional programming: Lisp 
2.5 The first step toward sophistication: ALGOL 60 
2.6 Computerizing business records: COBOL 
2.7 The Beginnings of Timesharing: Basic 
      Interview: ALAN COOPER - User Design and Language Design 
2.8 Everything for Everybody: PL/I 
2.9 Two early dynamic languages: APL and SNOBOL 
2.10 The beginnings of data abstraction: SIMULA 67 
2.11 Orthogonal design: ALGOL 68 
2.12 Some early descendants of the ALGOLs 
2.13 Programming based on logic: Prolog 
2.14 History's largest design effort: Ada 
2.15 Object-oriented programming: Smalltalk 
2.16 Combining imperative and object-oriented features: C++ 
2.17 An imperative-based object-oriented language: Java 
2.18 Scripting languages 
2.19 The flagship .NET language: C# 
2.20 Markup-programming hybrid languages 

3. Describing syntax and semantics 
3.1 Introduction 
3.2 The general problem of describing syntax 
3.3 Formal methods of describing syntax 
3.4 Attribute grammars 
      History note 
3.5 Describing the meanings of programs: dynamic semantics 
      History note

4. Lexical and syntax analysis  
4.1 Introduction 
4.2 Lexical analysis 
4.3 The parsing problem 
4.4 Recursive-descent parsing 
4.5 Bottom-up parsing 

5. Names, bindings, and scopes  
5.1 Introduction 
5.2 Names 
      History note 
5.3 Variables 
5.4 The concept of binding 
5.5 Scope 
5.6 Scope and lifetime 
5.7 Referencing environments 
5.8 Named constants 

6. Data types 
6.1 Introduction 
6.2 Primitive data types 
6.3 Character string types 
      History note 
6.4 Enumeration types 
6.5 Array types 
      History note 
      History note 
6.6 Associative arrays 
      Interview: ROBERTO IERUSALIMSCHY - Lua 
6.7 Record types 
6.8 Tuple types 
6.9 List types 
6.10 Union types 
6.11 Pointer and reference types 
        History note 
6.12 Type checking 
6.13 Strong typing 
6.14 Type equivalence 
6.15 Theory and data types 

7. Expressions and assignment statements  
7.1 Introduction 
7.2 Arithmetic expressions 
7.3 Overloaded operators 
7.4 Type conversions 
      History note 
7.5 Relational and boolean expressions 
      History note 
7.6 Short-circuit evaluation 
7.7 Assignment statements
      History note 
7.8 Mixed-mode assignment 

8. Statement-level control structures 
8.1 Introduction 
8.2 Selection statements 
8.3 Iterative statements 
8.4 Unconditional branching 
      History note 
8.5 Guarded commands 
8.6 Conclusions  

9. Subprograms 
9.1 Introduction 
9.2 Fundamentals of subprograms 
9.3 Design issues for subprograms 
9.4 Local referencing environments 
9.5 Parameter-passing methods 
      History note 
9.6 Parameters that are subprograms history note 
9.7 Calling subprograms indirectly 
9.8 Design issues for functions 
9.9 Overloaded subprograms 
9.10 Generic subprograms 
9.11 User-defined overloaded operators 
9.12 Closures 
9.13 Coroutines 

10. Implementing subprograms 
10.1 The general semantics of calls and returns 
10.2 Implementing "simple" subprograms 
10.3 Implementing subprograms with stack-dynamic local variables 
10.4 Nested subprograms 
10.5 Blocks 
10.6 Implementing dynamic scoping 

11. Abstract data types and encapsulation constructs 
11.1 The Concept of abstraction 
11.2 Introduction to data abstraction 
11.3 Design issues for abstract data types 
11.4 Language examples 
        Interview: BJARNE STROUSTRUP - C++: Its birth, its ubiquitousness, and common criticisms 
11.5 Parameterized abstract data types 
11.6 Encapsulation constructs 
11.7 Naming encapsulations 

12. Support for object-oriented programming 
12.1 Introduction 
12.2 Object-oriented programming 
12.3 Design Issues for object-oriented languages 
12.4 Support for object-oriented programming in specific languages 
        Interview: BJARNE STROUSTRUP - On paradigms and better programming 
12.5 Implementation of object-oriented constructs 
12.6 Reflection 

13. Concurrency 
13.1 Introduction 
13.2 Introduction to subprogram-level concurrency 
13.3 Semaphores 
13.4 Monitors 
13.5 Message passing 
13.6 Ada support for concurrency 
13.7 Java threads 
13.8 C# threads 
13.9 Concurrency in functional languages 
13.10 Statement-level concurrency 

14. Exception handling and event handling 
14.1 Introduction to exception handling 
        History note 
14.2 Exception handling in C++ 
14.3 Exception handling in Java 
14.4 Exception handling in Python and Ruby 
14.5 Introduction to event handling 
14.6 Event handling with Java 
14.7 Event handling in C# 

15. Functional programming languages 
15.1 Introduction 
15.2 Mathematical functions 
15.3 Fundamentals of functional programming languages 
15.4 The first functional programming language: Lisp 
15.5 An Introduction to scheme 
15.6 Common Lisp 
15.7 ML 
15.8 Haskell 
15.9 F# 
15.10 Support for functional programming in primarily imperative languages 
15.11 A comparison of functional and imperative languages 

16. Logic programming languages 
16.1 Introduction 
16.2 A brief introduction to predicate calculus 
16.3 Predicate calculus and proving theorems 
16.4 An overview of logic programming 
16.5 The origins of Prolog 
16.6 The basic elements of Prolog 
16.7 Deficiencies of Prolog 
16.8 Applications of logic programming 

Bibliography 
Index