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Sebesta R.W. — Concepts of programming languages
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Íàçâàíèå: Concepts of programming languagesÀâòîð: Sebesta R.W. Àííîòàöèÿ: The fifth edition of Concepts of Programming Languages by Robert Sebesta continues the approach that has made it the undisputed market leader. It describes fundamental concepts of programming languages by presenting design issues of the various language constructs, examining the design choices for these constructs in a few common languages, and critically comparing the design alternatives. This book allows those with the ability to program to learn how to choose appropriate languages for certain tasks, increase their abilities to learn new languages, and understand the significance of implementation. It illustrates various language constructs and design alternatives through Java, JavaScript, C++, C, Ada, and Fortran, and intertwines discussions of object-oriented programming material with the discussions of the non-OO imperative languages. It also provides extensive material on semantics. This new edition is updated to include a new chapter covering parsing, new material on JavaScript, and updated material on Java 1.3. This book is suitable for programmers who want to get into the theory behind programming-language development and utilization.
ßçûê: Ðóáðèêà: Computer science /ßçûêè ïðîãðàììèðîâàíèÿ /Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö ed2k: ed2k stats Èçäàíèå: 5th editionÃîä èçäàíèÿ: 2001Êîëè÷åñòâî ñòðàíèö: 698Äîáàâëåíà â êàòàëîã: 22.11.2005Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
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Clauses, then 136 Clauses, with 250 Clients 438 CLOS 23 Closed world assumption, Prolog 655 Closure, selection statements 315—316 COBOL 6 COBOL, design process 62—63 COBOL, evaluation 63—66 COBOL, historical background of 61—62 Cobol, records 248—251 Coercion 194 293 Cohen, Jacques 660 Colmerauer, Alain 638 Column major order arrays 244 Commands, guarded 339—341 commands, Unix 15 COMMON blocks (FORTRAN) 389 Common Desktop Environment (CDE) 32 Common Gateway Interface (CGI) 8 Common Lisp 53—54 616—618 common variables 402 Communicating Sequential Process see “CSP” Comparisons, functional/imperative languages 624—625 Compatible type 196—199 Competition synchronization 520 Competition synchronization, Java 547—548 Competition synchronization, message passing 540—541 Competition synchronization, monitors 530 Competition synchronization, semaphores 526—528 Compilation 27 Compilation, independent 386—387 Compilation, separate 386 Compilation, subprograms 385—387 Compilation, units 435 Compile-time descriptors 229 Compilers, design 27—29 Compilers, lexical analysis 155—159 Compilers, syntax analysis 159—160 Completed task (Ada) 542 Composition, functions 594 Composition, Scheme 613 compound assignment operators 301—302 compound statements 311—312 Compound terms 631 Comprehension lists 620 Computer architecture 20 Computer languages see “Programming languages” Computing, attribute grammars 127—128 Computing, object-oriented programming 462—463 Concurrency 515—517 Concurrency, Ada 95 543—546 Concurrency, categories of 518—519 Concurrency, design 523 Concurrency, Java threads 546—551 Concurrency, message passing 533—543 Concurrency, monitors 528—533 Concurrency, multiprocessor architecture 517—518 Concurrency, semaphores 523—528 Concurrency, statement-level 551—553 Concurrency, studying 519 Concurrency, subprograms 519—523 Concurrent Pascal 529 Conditional blocks 476 conditional expressions 288 620 Conditional targets 301 Conformant arrays 237 Conjunctions 640 Consequent 633 Constants, manifest 211 Constants, named constants 209—211 Constrained variant variables 256 Construction function form 595 constructor functions 446 Context-free grammars 109 (see also “Grammars”) Continuation 562 Continuation, Ada exception handling 571—572 Continuation, C++ exception handling 576 Continuation, Java exception handling 580—581 Continuation, Pl/I exception handling 565 control flow 647 control statements 13—13 310—311 Control structures 311 474—478 Conversions, explicit type 295 Conversions, type 293—296 Cooper, Jack 87 Cooperation synchronization 520 Cooperation synchronization, Java 548—551 Cooperation synchronization, message passing 539—540 Cooperation synchronization, semaphores 524—526 coroutines 391—393 Cost of programming languages 18—20 counter-controlled loops 324—332 Counters, reference 272 CPU (central processing unit) 20 creation clause 503 CSP (Communicating Sequential Process), concurrency 529 CSP (Communicating Sequential Process), guarded commands 339—341 CSP (Communicating Sequential Process), tasks 537 Currie, Malcolm 86 Dahl, Ole-Johan 74 433 dangling pointers 263 269—271 Data abstraction see “Abstract data types” data members 446 Data structures 13 Data structures, LISP 51—52 597—598 Data structures, orthogonality 10—12 Data types 13 219—221 data types, arrays 234—246 Data types, associative arrays 246—248 data types, boolean 224 Data types, character string types 225—229 data types, characters 224—225 Data types, LISP 597—598 Data types, pointer types 260—274 Data types, primitive data types 221—225 Data types, records 248—252 Data types, semaphores 528 Data types, set types 258—260 Data types, subrange types 232—233 Data types, union types 252—258 Data types, user-defined ordinal types 230—233 Databases, expert systems 659 Databases, relational database management systems 658—659 deadlocks 523 deallocation 190 467 decimal data types 223—224 Declarations, equivalence 197 declarations, external 389—390 declarations, variables 187—188 Declarative languages 630 Declarative semantics 636 declare block 237 Deep access 422—425 Deep binding 378 Delay 545 delete operator 193 247 446 DELPHI 83—84 Denotational semantics 142—147 Department of Defense (DoD) 63 Depth-first search 644 Dereferencing pointers 262 Derivations 111—113 derived classes 460 derived types 197 Describing lists 111 descriptors 221 229 524 Design 20 Design, abstraction 439—440 Design, Ada 95 88—92 572—573 Design, ALGOL 60 55—59 Design, ALGOL 68 75 Design, architecture 20—22 Design, arrays 234 Design, BASIC 66—67 67—68 Design, C++ exception handling 577 Design, C++ language 94—95 Design, COBOL 62—63 Design, concurrency 523 Design, control statements 310—312 Design, enumeration data types 230—231 Design, exception handling 561—567 Design, FORTRAN 45 design, functions 387—388 Design, iterative statements 325 Design, Java 97 Design, Java exception handling 581—582 Design, LISP 50—51 Design, logically controlled loops 332 Design, methodologies 22—23 Design, multiple selection constructs 317 Design, names 181 design, object-oriented programming 463—467 Design, parameter-passing method 373 Design, PL/I exception handling 70 Design, pointer types 260—261 Design, Prolog 84 Design, selection statements 312—313 Design, SIMULA 74 Design, strings 225 Design, subprograms 356—357 Design, subrange types 232—233 Design, trade-offs 24—25 Design, union types 253 Destructors 446 Development costs 18—20 Diagrams, state 158 diamond inheritance 466 Dijkstra, Edsger 71 529 557 Discriminants 253 Disjoint tasks 520 displays 416—421 427 dispose procedure 271 DISTRIBUTE statement 552 DO statement (FORTRAN 90) 326—327 DoD (Department of Defense) 63 Domain sets 593 draw function 493 Dynabook 91 Dynamic binding 187 467 Dynamic binding, Ada 95 object-oriented programming 500—501 Dynamic binding, C++ object-oriented programming 96 493—494 Dynamic binding, Eiffel object-oriented programming 504 Dynamic binding, Java object-oriented programming 497 Dynamic binding, object-oriented programming 461—462 509 Dynamic chains 407 Dynamic length strings 228 Dynamic links 404 Dynamic scope 205—206 422—426 Dynamic semantics 129 Dynamic semantics, axiomatic semantics 132—142 Dynamic semantics, denotational semantics 142—147 Dynamic semantics, operational semantics 129—131 Dynamic type binding 188—190 Dynamic type checking 194 Eager approaches 272 editors 402 Edwards, Daniel J. 599 Eiffel 97 502—505 Elaboration 191 Elemental array operations 240 Elements of Prolog 638—639 Elements of Prolog, fact statements 639—640 Elements of Prolog, goal statements 641—642 Elements of Prolog, inferencing process 642—645 Elements of Prolog, list structures 648—652 Elements of Prolog, rule statements 640—641 Elements of Prolog, simple arithmetic 645—648 Elements of Prolog, terms 639 Elliptical references 250 else clauses 136 elsif construct 323— Encapsulation 435 440 Encapsulation, ADA abstraction 442 Encapsulation, C++ abstraction 446 Encapsulation, Java object-oriented programming 497—498 Encapsulation, SIMULA 67 abstraction 441 entry (Ada) 535 Enumeration data types, design 230—231 Enumeration data types, evaluation criteria 231—232 Environments 31—32 Environments, nonlocal 388—390 Environments, referencing 207—209 Environments, Smalltalk 468 Environments, subprograms 357—358 EQUIVALENCE 184 EQUIVALENCE statement 184 EQUIVALENCE, parameter-passing methods 365—366 EQUIVALENCE, statement-level concurrency 552—553 EQUIVALENCE, strings 226 EQUIVALENCE, variables 191 Erroneous programs 370 Errors, expressions 295—296 Errors, type 194 Evaluation, Ada 88—89 Evaluation, Ada 95 object-oriented programming 501—502 Evaluation, ALGOL 60 59—61 Evaluation, ALGOL 68 76—77 Evaluation, arrays 242 Evaluation, attribute grammars 128—129 Evaluation, axiomatic semantics 142 Evaluation, C language 81—82 Evaluation, C++ 448—449 494—496 Evaluation, COBOL 63—66 Evaluation, cost 18—20 Evaluation, denotational semantics 147 Evaluation, dynamic scoping 205 # 206 Evaluation, Eiffel object-oriented programming 505 Evaluation, enumeration data types 231—232 Evaluation, exception handling 568—569 Evaluation, Java 99—101 498 551 Evaluation, JavaScript 508 Evaluation, LISP 53 Evaluation, message passing 543 Evaluation, monitors 533 Evaluation, operational semantics 131 Evaluation, Pascal 78—79 Evaluation, PL/I 71—72 Evaluation, pointer types 268—269 Evaluation, Prolog 85 Evaluation, readability 8—15 Evaluation, records 251—252 Evaluation, references 268—269 Evaluation, reliability 17—18 Evaluation, scope 202—205 Evaluation, sempahores 528 Evaluation, set types 259 Evaluation, SIMULA 67 abstraction 441 Evaluation, Smalltalk 487—488 Evaluation, strings 228 Evaluation, subrange types 233 Evaluation, union types 257 Evaluation, writability 15—17 Exception handling 557—560 Exception handling, Ada 569—575 Exception handling, C++ 96 575—579 Exception handling, design 561—564 Exception handling, Java 579—585 Exception handling, PL/I 564—569 Exception handling, reliability 17—18
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