Essentials of Programming Languages 2nd Edition by Daniel P Friedman, Mitchell Wand, Christopher T Haynes ISBN 9780262062176 by Daniel P. Friedman, Mitchell Wand, Christopher T. Haynes 9780262062176, 0262062178 instant download after payment.

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ISBN 13: 9780262062176
Author: Daniel P Friedman, Mitchell Wand, Christopher T Haynes

Essentials of Programming Languages 2nd Table of contents:

• Part I: Interpreters for Functional Languages

  • Chapter 1: Functional Programming
    • Introduction to functional programming paradigms.
    • Basic data types, recursion, and higher-order functions.
  • Chapter 2: An Interpreter for the Core Language
    • Developing a simple interpreter (e.g., for Scheme-like language).
    • Representing expressions, environments, and values.
  • Chapter 3: Introducing State
    • Adding mutable state to the language.
    • Semantics of assignment and mutable cells.
  • Chapter 4: Continuations
    • Explicit continuations and their role in control flow.
    • Implementing call/cc (call-with-current-continuation).
  • Chapter 5: Implementing Control Constructs
    • Modeling exceptions, loops, and other control structures using continuations.
  • Chapter 6: Type Systems
    • Introduction to static and dynamic typing.
    • Simple type checkers.

• Part II: Interpreters for Object-Oriented Languages

  • Chapter 7: Object-Oriented Programming
    • Fundamentals of objects, classes, and inheritance.
    • Polymorphism and dynamic dispatch.
  • Chapter 8: A Simple Object-Oriented Language
    • Building an interpreter for a minimal object-oriented language.
  • Chapter 9: Inheritance
    • Implementing various forms of inheritance (single, multiple).
    • Method lookup and dynamic binding.
  • Chapter 10: State and Objects
    • Integrating mutable state with object-oriented features.
  • Chapter 11: Classes and Objects as First-Class Values
    • Treating classes and objects as data.
    • Reflection and metaprogramming.

• Part III: Formal Semantics

  • Chapter 12: Denotational Semantics
    • Introduction to denotational semantics.
    • Mathematical foundations for assigning meaning to programs.
  • Chapter 13: Domains
    • Construction of semantic domains (e.g., for integers, booleans, functions).
  • Chapter 14: Denotational Semantics of the Core Language
    • Applying denotational semantics to the functional core language.
  • Chapter 15: Denotational Semantics of State
    • Modeling mutable state in a denotational framework.
  • Chapter 16: Denotational Semantics of Continuations
    • Formalizing continuations using denotational semantics.
  • Chapter 17: Denotational Semantics of Objects
    • Applying denotational semantics to the object-oriented features.

• Part IV: Compilers

  • Chapter 18: An Overview of Compilation
    • Phases of a compiler.
    • Intermediate representations.
  • Chapter 19: From Interpreter to Compiler
    • Transforming an interpreter into a compiler.
    • Code generation for a simple target machine.
  • Chapter 20: Simple Optimization
    • Basic optimization techniques (e.g., constant folding, dead code elimination).
  • Chapter 21: Compiler for the Object-Oriented Language
    • Compiling object-oriented features.
    • Virtual method tables.

• Appendix A: Scheme

• Appendix B: The Environment Model of Evaluation

• Bibliography

• Index "Essentials of Programming Languages, 2nd Edition" is a well-known textbook by Daniel P. Friedman, Mitchell Wand, and Christopher T. Haynes, published by MIT Press in 2001.

This book takes a unique approach to teaching programming languages by focusing on building interpreters in Scheme to understand the semantics of language features.

Here is the table of contents for "Essentials of Programming Languages, 2nd Edition":

• Foreword (by the authors)
• Preface
• Acknowledgments

Part I: Interpreters

• Chapter 1: Inductive Sets of Data
  • Recursively Specified Data
  • Deriving Recursive Programs
  • Auxiliary Procedures and Context Arguments
• Chapter 2: Data Abstraction
  • Specifying Data via Interfaces
  • Representation Strategies for Data Types
  • Interfaces for Recursive Data Types
  • A Tool for Defining Recursive Data Types
  • Abstract Syntax and Its Representation
• Chapter 3: Expressions
  • Specification and Implementation Strategy
  • LET: A Simple Language
  • PROC: A Language with Procedures
  • LETREC: A Language with Recursive Procedures
  • Scoping and Binding of Variables
  • Eliminating Variable Names
  • Implementing Lexical Addressing
• Chapter 4: State
  • Computational Effects
  • EXPLICIT-REFS: A Language with Explicit References
  • IMPLICIT-REFS: A Language with Implicit References
  • MUTABLE-PAIRS: A Language with Mutable Pairs
  • Parameter-Passing Variations
• Chapter 5: Continuation-Passing Interpreters
  • A Continuation-Passing Interpreter
  • A Trampolined Interpreter
  • An Imperative Interpreter
  • Exceptions
  • Threads

Part II: Program Analysis

• Chapter 6: Continuation-Passing Style
  • Writing Programs in Continuation-Passing Style
  • Tail Form
  • Converting to Continuation-Passing Style
  • Modeling Computational Effects
• Chapter 7: Types
  • Values and Their Types
  • Assigning a Type to an Expression
  • CHECKED: A Type-Checked Language
  • INFERRED: A Language with Type Inference
• Chapter 8: Modules
  • The Simple Module System
  • Modules That Declare Types
  • Module Procedures
• Chapter 9: Objects and Classes
  • Object-Oriented Programming
  • Inheritance
  • The Language
  • The Interpreter
  • A Typed Language
  • The Type Checker

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