Àâòîðèçàöèÿ
Ïîèñê ïî óêàçàòåëÿì
Sebesta R.W. — Concepts of programming languages
Îáñóäèòå êíèãó íà íàó÷íîì ôîðóìå Íàøëè îïå÷àòêó?
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 |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Leakage, memory 264 Left factoring 166 Left recursive rules 118 Leftmost derivations 112 Length options, strings 228 Level numbers 249 Lexemes 107 155 Lexical analysis 155—159 Lifetimes, binding 190—193 Lifetimes, scope 207 Limited dynamic length strings 228 Limited private types 443 Linkage, subprogram 400 Linkers 385 402 links 29 Links, dynamic 404 Links, static 404 Lisp 6 12 LISP, AI (artificial intelligence) 49—50 LISP, data structures 51—52 597—598 LISP, data types 597—598 LISP, design 50—51 LISP, evaluation 53 LISP, functional programming 52 LISP, interpreters 598—600 LISP, single-sized cells 271 Lisp, syntax 52—53 LISTS 49—55 (see also “LISP”) Lists, comprehensions 620 Lists, describing 111 Lists, for 327 Lists, structures 648—652 Literals, Smalltalk 469 liveness 522 LL grammar class 165—167 Load module 29 loaders 402 Loading programs 29 Local referencing environments 357—358 local variables 357 Local_offset 407 Logic for Computable Functions (LCF) 54 Logic programming languages 629—630 Logic programming languages, applications 658—660 Logic programming languages, predicate calculus 630—636 Logic programming languages, Prolog 638 (see also “Prolog”) Logic programming languages, semantics 636—638 Logical concurrency 518 Logical pretest loops 136—142 146 Logical Theorist 50 Logically controlled loops 332—334 LOGO 91 LOGO-style graphics, Smalltalk 482—485 Loop invariants 137—139 LOOPHOLE 195 Loops, counter-controlled 324—332 Loops, denotational semantics 146 Loops, logical pretest 136—142 Loops, logically controlled 332—334 Loops, user-located loop control mechanisms 334—336 Lost heap-dynamic variables 263 Lovelace, Augusta Ada 87 LR parsers 170—174 MAD language 57 Maintenance costs 18—20 Management, heap 271—275 Manifest constants 211 Mapping, finite mappings 234 Mapping, functions as 593 Marking algorithm 273 markup languages 24 Master units 392 Matching patterns, lexical analysis 155—159 MATH-MATIC 55 Mathematical functions 593—595 Mauchly, John 42 McCarthy, John 50 591 McCracken, Daniel 24 member functions 446 memory, bottlenecks 29 Memory, cells 190 Memory, leakage 264 Message expressions 470—472 Message passing 533—534 Message passing, Ada 83 534—539 Message passing, binary semaphores 542—543 Message passing, competition synchronization 540—541 Message passing, cooperation synchronization 539—540 Message passing, evaluation 543 Message passing, priorities 542 Message passing, synchronous message passing 534 Message passing, task termination 542 Message protocol 480 Messages 460 545—546 MetaLanguage (ML) 54 77 618—619 methodologies 22—23 METHODS 460 Methods, overriden 460 Methods, Smalltalk 472—473 478—480 Methods, syntax 109—123 methods, virtual 462 Methods, VMT (virtual method table) 509 Meyer, Bertrand 97 Milner, Robin 54 MIMD (Multiple-Instruction Multiple-Data) 518 Minsky, Marvin 51 Miranda 55 Mixed-mode, assignments statements 304—305 Mixed-mode, expressions 293 ML (MetaLanguage) 54 77 618—619 Modification, displays 416—421 Modification, objects (JavaScript) 506—508 Modula, concurrency 529 Modula-2 82—83 Modula-3 83 modularization 435 Modules 389—390 435 Monitors 528—529 Monitors, competition synchronization 530 Monitors, cooperation synchronization 530—533 Monitors, evaluation 533 multi-dimensional arrays 246 370—373 multiple inheritance 461 466—467 Multiple selection constructs 316—317 Multiple selection constructs, case constructs 319—323 Multiple selection constructs, design 317 Multiple selection constructs, historical background 317—319 Multiple targets 301 Multiple-Instruction Multiple-Data (MIMD) 518 Multiprocessor architecture, concurrency 517—518 named constants 209—211 Names, special words 182—183 Names, type compatibility 196—199 names, variables 181—183 184 narrowing conversions 293 Natural language processing 659—660 Naur, Peter 309 Negation, Prolog 655—657 Neliac 57 Nested list structures 51 (see also “LISP”) Nesting selectors 314—315 Nesting_depth 412 new operators 193 446 Newell, Allen 50 Nonlocal environments, subprograms 388—390 Nonlocal references, implementing 409—421 Nonlocal references, subprogram linkage without 405—408 Nonlocal variables 199 Nonterminal symbols 110 numeric data types 222—224 Nygaard, Kristen 74 Oberon 83 Object-oriented constructs, implementing 508—509 Object-Oriented Programming 22—23 457—458 Object-oriented programming, Ada 95 support 498—502 Object-oriented programming, C++ support 488—496 Object-oriented programming, computing with 462—463 object-oriented programming, design 463—467 Object-oriented programming, Eiffel support 502—505 object-oriented programming, inheritance 459—461 Object-oriented programming, Java support 496—498 Object-oriented programming, JavaScript 505—508 object-oriented programming, polymorphism 461—462 Object-oriented programming, Smalltalk 468 (see also “Smalltalk”) Objects 436 460 Objects, allocation 467 Objects, deallocation 467 Objects, exclusivity of 463—464 objects, JavaScript 506—508 Operand evaluation order 289—291 Operational semantics 129—131 Operations, AND 260 Operations, arrays 239—241 Operations, associative arrays 247 Operations, pointer types 261—262 Operations, records 251 Operations, strings 225—227 Operators, associativity of 117—119 Operators, C++ 96 operators, compound assignment 301—302 Operators, delete 193 247 446 operators, exists 247 operators, IN 259 operators, new 193 446 operators, overloading 291—293 operators, precedence 115—117 operators, relational 296 operators, ternary 283 Operators, unary assignment 302—303 Operators, user-defined overloaded 390—391 Optimization 27 Ordinal type 230 Orthogonality, ALGOL 68 75—77 Orthogonality, readability 10—12 Orthogonality, writability 15—16 others clause 239 Ousterhout, John 7 Out mode 359 Overloading, literals 230 overloading, operators 291—293 Overloading, subprograms 389—391 overridden methods 460 Package scope 449 498 Pairwise disjointness test 165 Papert, Seymour 91 Parameter-passing methods 365—366 Parameter-passing methods, design 373 Parameter-passing methods, implementation 367—370 Parameter-passing methods, subprograms 358—377 Parameterized abstract data types 450—453 Parameters as multidimensional arrays 370—373 Parameters, implementation as subprogram names 426—428 Parameters, loops 325 Parameters, profiles 352 Parameters, subprograms 352—354 Parameters, type checking 366—367 parent classes 460 parentheses, expressions 288 Parse trees 27 113—115 Parsing 159 Parsing, algorithms 161—162 Parsing, bottom-up parsers 161 167—174 Parsing, LL grammar class 165—167 Parsing, recursive-descent 162—167 Parsing, top-down parsers 160—161 Partial correctness 140 Pascal 77—82 Pascal for statement 329 Pascal, case constructs 320 Pascal, concurrency 529 Pascal, pointer types 264 Pascal, set types 258—259 Pascal, union types 253—255 Pass-by-name 363—364 pass-by-reference 361—363 Pass-by-result 360—361 pass-by-value 359—360 Pass-by-value-result 361 Patterns, lexical analysis 155—159 Perl language 7 Phrases, bottom-up parsers 168 Physical concurrency 518 PL/C 71 PL/I 68—69 PL/I, design 70 PL/I, exception handling 564—569 PL/I, historical background 69—70 PL/I, language overview 70—71 PL/I, semantics 131 Plankalkiil 38—41 Pointer types 260—261 Pointer types, Ada 264—265 Pointer types, C/C++ language 265—267 Pointer types, dereferencing 262 Pointer types, design issues 260—261 Pointer types, FORTRAN 90 267 Pointer types, implementation 269—275 Pointer types, operations 261—262 Pointer types, Pascal 264 Pointer types, references 267—268 Pointers, inactive 419 Pointers, static scope 404 Polensky, F.P. 74 Polymorphism 461—462 Polymorphism, Smalltalk 485—487 Polymorphism, type checking 465 positional parameters 353 (see also “Parameters”) Posttesting loops 324 pragma priority 542 precedence, expressions 284—285 precedence, operators 115—117 Predicate calculus 630—636 Predicate functions 124 605—607 Pretesting loops 324 primitive data types 221—225 Primitive functions, Scheme 600—604 Priorities, Java 547 Priorities, pragma 542 Priorities, private clause 446 Private types 443 Procedures, subprograms 354—355 Process abstraction 434 Processors, multiprocessor architecture 517—518 Processors, vector 518 Producer-consumer problems 520 productions 110 Profiles, parameters 352 Programming domains 5—8 Programming languages see “Imperative languages” “Object-oriented Programming languages, abstraction support 440—450 Programming languages, AI (artificial intelligence) 7—8 Programming languages, benefits of study 2—5 Programming languages, business applications 6 Programming languages, categories 23—24 Programming languages, design trade-offs 24—25 Programming languages, environments 31—32 Programming languages, evaluation criteria see “Evaluation criteria” Programming languages, genealogy of 39 Programming languages, generators 108—109 Programming languages, parsing see “Parsing”
Ðåêëàìà
|
|
Î ïðîåêòå