Gespeichert in:
| Beteilige Person: | |
|---|---|
| Format: | Buch |
| Sprache: | Englisch |
| Veröffentlicht: |
New York, NY
Cambridge University Press
[2016]
|
| Ausgabe: | Second edition |
| Schlagwörter: | |
| Links: | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=028978428&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| Umfang: | xviii, 494 Seiten |
| ISBN: | 9781548919207 9781107150300 |
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Datensatz im Suchindex
| _version_ | 1819298208454541312 |
|---|---|
| adam_text | Titel: Practical foundations for programming languages
Autor: Harper, Robert
Jahr: 2016
Contents wm mm Preface to the Second Edition page xv Preface to the First Edition xvii Part I Judgments and Rules 1 Abstract Syntax 3 1.1 Abstract Syntax Trees 3 1.2 Abstract Binding Trees 6 1.3 Notes 10 2 Inductive Definitions 12 2.1 Judgments 12 2.2 Inference Rules 12 2.3 Derivations 14 2.4 Rule Induction 15 2.5 Iterated and Simultaneous Inductive Definitions 17 2.6 Defining Functions by Rules 18 2.7 Notes 19 3 Hypothetical and General Judgments 21 3.1 Hypothetical Judgments 21 3.2 Hypothetical Inductive Definitions 24 3.3 General Judgments 26 3.4 Generic Inductive Definitions 27 3.5 Notes 28 Part II Statics and Dynamics 4 Statics 33 4.1 Syntax 33 4.2 Type System 34 4.3 Structural Properties 35 4.4 Notes 37
VI Contents 5 Dynamics 39 5.1 Transition Systems 39 5.2 Structural Dynamics 40 5.3 Contextual Dynamics 42 5.4 Equational Dynamics 44 5.5 Notes 46 6 Type Safety 48 6.1 Preservation 48 6.2 Progress 49 6.3 Run-Time Errors 50 6.4 Notes 52 7 Evaluation Dynamics 53 7.1 Evaluation Dynamics 53 7.2 Relating Structural and Evaluation Dynamics 54 7.3 Type Safety, Revisited 55 7.4 Cost Dynamics 56 7.5 Notes 57 Part III Total Functions 8 Function Definitions and Values 61 8.1 First-Order Functions 61 8.2 Higher-Order Functions 62 8.3 Evaluation Dynamics and Definitional Equality 65 8.4 Dynamic Scope 66 8.5 Notes 67 9 System T of Higher-Order Recursion 69 9.1 Statics 69 9.2 Dynamics 70 9.3 Definability 71 9.4 Undefinability 73 9.5 Notes 75 Part IV Finite Data Types 10 Product Types 79 10.1 Nullary and Binary Products 79 10.2 Finite Products 81 10.3 Primitive Mutual Recursion 82 10.4 Notes 83
Contents vii 11 Sum Types 85 11.1 Nullary and Binary Sums 85 11.2 Finite Sums 86 11.3 Applications of Sum Types 88 11.4 Notes 91 Part V Types and Propositions 12 Constructive Logic 95 12.1 Constructive Semantics 95 12.2 Constructive Logic 96 12.3 Proof Dynamics 100 12.4 Propositions as Types 101 12.5 Notes 101 13 Classical Logic 104 13.1 Classical Logic 105 13.2 Deriving Elimination Forms 109 13.3 Proof Dynamics 110 13.4 Law of the Excluded Middle 111 13.5 The Double-Negation Translation 113 13.6 Notes 114 Part VI Infinite Data Types 14 Generic Programming 119 14.1 Introduction 119 14.2 Polynomial Type Operators 119 14.3 Positive Type Operators 122 14.4 Notes 123 15 Inductive and Coinductive Types 125 15.1 Motivating Examples 125 15.2 Statics 128 15.3 Dynamics 130 15.4 Solving Type Equations 131 15.5 Notes 132 Part VII Variable Types 16 System F of Polymorphic Types 137 16.1 Polymorphic Abstraction 137 16.2 Polymorphic Definability 140 16.3 Parametricity Overview 142 16.4 Notes 144
Contents viii 17 Abstract Types 146 17.1 Existential Types 146 17.2 Data Abstraction 149 17.3 Definability of Existential Types 150 17.4 Representation Independence 151 17.5 Notes 153 18 Higher Kinds 154 18.1 Constructors and Kinds 155 18.2 Constructor Equality 156 18.3 Expressions and Types 157 18.4 Notes 158 Part VIII Partiality and Recursive Types 19 System PCF of Recursive Functions 161 19.1 Statics 162 19.2 Dynamics 163 19.3 Definability 165 19.4 Finite and Infinite Data Structures 167 19.5 Totality and Partiality 167 19.6 Notes 169 20 System FPC of Recursive Types 171 20.1 Solving Type Equations 171 20.2 Inductive and Coinductive Types 172 20.3 Self-Reference 174 20.4 The Origin of State 176 20.5 Notes 177 Part IX Dynamic Types 21 The Untyped A-Calculus 181 21.1 The ¿.-Calculus 181 21.2 Definability 182 21.3 Scott’s Theorem 184 21.4 Untyped Means Uni-Typed 186 21.5 Notes 187 22 Dynamic Typing 189 22.1 Dynamically Typed PCF 189 22.2 Variations and Extensions 192 22.3 Critique of Dynamic Typing 194 22.4 Notes 195
IX Contents Hybrid Typing 19S 23.1 A Hybrid Language 198 23.2 Dynamic as Static Typing 200 23.3 Optimization of Dynamic Typing 201 23.4 Static versus Dynamic Typing 203 23.5 Notes 204 Part X Subtyping Structural Subtyping 207 24.1 Subsumption 207 24.2 Varieties of Subtyping 208 24.3 Variance 211 24.4 Dynamics and Safety 215 24.5 Notes 216 Behavioral Typing 219 25.1 Statics 220 25.2 Boolean Blindness 226 25.3 Refinement Safety 228 25.4 Notes 229 Part XI Dynamic Dispatch Classes and Methods 235 26.1 The Dispatch Matrix 235 26.2 Class-Based Organization 238 26.3 Method-Based Organization 239 26.4 Self-Reference 240 26.5 Notes 242 Inheritance 245 27.1 Class and Method Extension 245 27.2 Class-Based Inheritance 246 27.3 Method-Based Inheritance 248 27.4 Notes 249 Part XII Control Flow Control Stacks 253 28.1 Machine Definition 253 28.2 Safety 255 28.3 Correctness of the K Machine 256 28.4 Notes 259
X Contents 29 Exceptions 260 29.1 Failures 260 29.2 Exceptions 262 29.3 Exception Values 263 29.4 Notes 264 30 Continuations 266 30.1 Overview 266 30.2 Continuation Dynamics 268 30.3 Coroutines from Continuations 269 30.4 Notes 272 Part XIII Symbolic Data 31 Symbols 277 31.1 Symbol Declaration 277 31.2 Symbol References 280 31.3 Notes 282 32 Fluid Binding 284 32.1 Statics 284 32.2 Dynamics 285 32.3 Type Safety 286 32.4 Some Subtleties 287 32.5 Fluid References 288 32.6 Notes 289 33 Dynamic Classification 291 33.1 Dynamic Classes 291 33.2 Class References 293 33.3 Definability of Dynamic Classes 294 33.4 Applications of Dynamic Classification 295 33.5 Notes 296 Part XIV Mutable State 34 Modernized Algol 301 34.1 Basic Commands 301 34.2 Some Programming Idioms 306 34.3 Typed Commands and Typed Assignables 307 34.4 Notes 310 35 Assignable References 313 35.1 Capabilities 313 35.2 Scoped Assignables 314
XI Contents 35.3 Free Assignables 316 35.4 Safety 318 35.5 Benign Effects 320 35.6 Notes 321 36 Lazy Evaluation 323 36.1 PCF By-Need 323 36.2 Safety of PCF By-Need 326 36.3 FPC By-Need 328 36.4 Suspension Types 329 36.5 Notes 331 Part XV Parallelism 37 Nested Parallelism 335 37.1 Binary Fork-Join 335 37.2 Cost Dynamics 338 37.3 Multiple Fork-Join 341 37.4 Bounded Implementations 342 37.5 Scheduling 346 37.6 Notes 348 38 Futures and Speculations 350 38.1 Futures 350 38.2 Speculations 351 38.3 Parallel Dynamics 352 38.4 Pipelining with Futures 354 38.5 Notes 356 Part XVI Concurrency and Distribution 39 Process Calculus 359 39.1 Actions and Events 359 39.2 Interaction 361 39.3 Replication 363 39.4 Allocating Channels 364 39.5 Communication 366 39.6 Channel Passing 369 39.7 Universality 371 39.8 Notes 372 40 Concurrent Algol 375 40.1 Concurrent Algol 375 40.2 Broadcast Communication 378 40.3 Selective Communication 380
Contents 40.4 Free Assignables as Processes 382 40.5 Notes 383 41 Distributed Algol 385 41.1 Statics 385 41.2 Dynamics 388 41.3 Safety 390 41.4 Notes 391 Part XVII Modularity 42 Modularity and Linking 395 42.1 Simple Units and Linking 395 42.2 Initialization and Effects 396 42.3 Notes 398 43 Singleton Kinds and Subkinding 399 43.1 Overview 399 43.2 Singletons 400 43.3 Dependent Kinds 402 43.4 Higher Singletons 405 43.5 Notes 407 44 Type Abstractions and Type Classes 409 44.1 Type Abstraction 410 44.2 Type Classes 412 44.3 A Module Language 414 44.4 First-and Second-Class 418 44.5 Notes 419 45 Hierarchy and Parameterization 422 45.1 Hierarchy 422 45.2 Abstraction 425 45.3 Hierarchy and Abstraction 427 45.4 Applicative Functors 429 45.5 Notes 431 Part XVIII Equational Reasoning 46 Equality for System T 435 46.1 Observational Equivalence 435 46.2 Logical Equivalence 439 46.3 Logical and Observational Equivalence Coincide 440 46.4 Some Laws of Equality 443 46.5 Notes 444
Contents xiü 47 Equality for System PCF 445 47.1 Observational Equivalence 445 47.2 Logical Equivalence 446 47.3 Logical and Observational Equivalence Coincide 446 47.4 Compactness 449 47.5 Lazy Natural Numbers 452 47.6 Notes 453 48 Parametricity 454 48.1 Overview 454 48.2 Observational Equivalence 455 48.3 Logical Equivalence 456 48.4 Parametricity Properties 461 48.5 Representation Independence, Revisited 464 48.6 Notés 465 49 Process Equivalence 467 49.1 Process Calculus 467 49.2 Strong Equivalence 469 49.3 Weak Equivalence 472 49.4 Notes 473 Part XIX Appendices A Background on Finite Sets 477 Bibliography 479 Index 487
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