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## Details

Material Type: | Internet resource |
---|---|

Document Type: | Book, Internet Resource |

All Authors / Contributors: |
Benjamin C Pierce |

ISBN: | 0262162091 9780262162098 |

OCLC Number: | 47705787 |

Description: | xxi, 623 pages : illustrations ; 24 cm |

Contents: | 1. Introduction -- 2. Mathematical preliminaries -- [pt]. 1. Untyped systems -- 3. Untyped arithmetic expressions -- 4. An ML implementation of arithmetic expressions -- 5. The untyped Lambda-calculus -- 6. Nameless representation of terms -- 7. An ML implementation of the Lambda-calculus -- [pt]. 2. Simple types -- 8. Typed arithmetic expressions -- 9. Simply typed Lambda-calculus -- 10. An ML implementation of simple types -- 11. Simple extensions -- 12. Normalization -- 13. References -- 14. Exceptions -- [pt]. 3. Subtyping -- 15. Subtyping -- 16. Metatheory of subtyping -- 17. An ML implementation of subtyping -- 18. Case study : imperative objects -- 19. Case study : featherweight Java -- [pt]. 4. Recursive types -- 20. Recursive types -- 21. Metatheory of recursive types -- [pt.]. 5. Polymorphism -- 22. Type reconstruction -- 23. Universal types -- 24. Existential types -- 25. An ML implementation of system F -- 26. Bounded quantification -- 27. Case study : imperative objects, redux -- 28. Metatheory of bounded quantification -- [pt]. 6. Higher-order systems -- 29. Type operators and kinding -- 30. Higher-order polymorphism -- 31. Higher-order subtyping. |

Responsibility: | Benjamin C. Pierce. |

### Abstract:

## Reviews

*Editorial reviews*

Publisher Synopsis

"Types are the leaven of computer programming; they make it digestible. This excellent book uses types to navigate the rich variety of programming languages, bringing a new kind of unity to their usage, theory, and implementation. Its author writes with the authority of experience in all three of these aspects." Robin Milner, Computer Laboratory, University of Cambridge "Written by an outstanding researcher, this book is well organized and very clear, spanning both theory and implementation techniques, and reflecting considerable experience in teaching and expertise in the subject."--John Reynolds, School of Computer Science, Carnegie Mellon University "Types are the leaven of computer programming; they make it digestible. This excellent book uses types to navigate the rich variety of programming languages, bringing a new kind of unity to their usage, theory, and implementation. Its author writes with the authority of experience in all three of these aspects."--Robin Milner, Computer Laboratory, University of Cambridge "Types and Programming Languages is carefully written with a well-balanced choice of topics. It focusses on pragmatics, with the right level of necessary theory. The exercises in this book range from easy to challenging and provide stimulating material for beginning and advanced readers, both programmers and the more theoretically minded."--Henk Barendregt, Faculty of Science, Mathematics, and Computer Science, University of Nijmegen, The Netherlands "Over the last two decades type theory has emerged as the central, unifying framework for research in programming languages. But these remarkable advances are not as well-known as they should be. The rapid advance of research on type systems for programming languages has far outpaced its dissemination to the rest of the field. No more. Pierce's book not only provides a comprehensive account of types for programming languages, but it does so in an engagingly elegant and concrete style that places equal emphasis on theoretical foundations and the practical problems of programming. This book will be the definitive reference for many years to come."--Robert Harper, Professor, Computer Science Department, Carnegie Mellon UniversityPlease note: Endorser gives permission to use the final two sentences of the quote as his endorsement, if necessary. Read more...

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