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Irvine K.R. — Assembly Language for Intel-Based Computers
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Íàçâàíèå: Assembly Language for Intel-Based ComputersÀâòîð: Irvine K.R. Àííîòàöèÿ: his text is designed for students and professionals interested in learning the basics of operating systems, architecture, and programming in the context of a microprocessor. In his eagerly anticipated fourth edition, Kip Irvine concentrates on the combined Windows/MS-DOS operating system and thoroughly covers 32-bit assembly language applications for Intel-based computers.
ßçûê: Ðóáðèêà: Computer science /Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö ed2k: ed2k stats Èçäàíèå: 4th editionÃîä èçäàíèÿ: 2003Êîëè÷åñòâî ñòðàíèö: 708Äîáàâëåíà â êàòàëîã: 15.11.2009Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Numeric data representation, terminology 22 Numeric strings, types of 23 Nybble 232 Object file 77 OFFSET operator 115—116 operands 70—71 98—100 315—318 Operating system (OS) 11 38—39 58 77 Operating system (OS), support for file systems 502 Operator precedence 27 Operators, MASM 684—687 Optimizing C++ compiled code 448—455 OR (inclusive OR) instruction 183—184 636 OS see Operating system (OS) OUT (output to port) instruction 564 566—567 636 Output function, MS-DOS 464—467 Output operations, access levels 58—59 output parameters 271 output ports 56—57 OUTS (output string to port) instruction 636 OUTSB (output string to port) instruction 636 OUTSD (output string to port) instruction 636 OUTSW (output string to port) instruction 636 Overflow flag (OF) 44 112 181 228—236 P6 processor family 46 Packed decimal integers 254 Page 52 PAGE align type 586 587 Page directory 423 page fault 52 423 Page tables 423 Page translation 422 425—427 Paging 52 422 423—424 Paging Unit 35 PARA align type 586 587 Parallel port 57 Parameters, classifications 271 Parity flag 44 181 185 Partition (disk) 498—499 PASCAL specifier 278 Passing arguments by reference 280—282 passing by reference 265 269—271 280—282 passing by value 269—271 Passing data structures 270—271 Passing immediate values, trouble shooting tips 274 Passing register arguments 164 Passing wrong type of pointer, trouble shooting tips 274 PC assemblers, history 11—12 PC interrupts, number and description 649—652 PCI (Peripheral Component Interconnect) bus 54 Pentium 46 Pentium 4 46 Petabyte 16 Physical disk geometry 497 Pipelining 34 pixels 55 Pixels, converting to character coordinates 570 Plain text (encryption) 195 Platform 380 Pointers vs. subscripts 453—454 Pointers, 16- and 32-bit modes 124 Pointers, indirect addressing 124—126 Pointers, Intel-based programs 124 POP (pop from stack) instruction 156 637 POP (pop from stack) instruction, operation 155 POP (pop from stack) instruction, trouble-shooting tips 272—273 POPA (pop all) instruction 157 637 POPAD (pop all) instruction 157 637 POPF (pop flags from stack) instruction 156 637 POPFD(pop flags from stack) instruction 156—157 637 Powers of 16, decimal values 17—18 Precedence 65—66 preconditions 160 Predefined symbols, MASM 682—684 Preemptive multitasking 39 Primary colors mixing 539—540 Primary disk areas 503—504 Privilege level 425 PROC directive 159—161 266—267 Procedure call overhead 437—439 Procedure offsets 208 Procedures 137—177 Procedures, book’s link library 140—153 Procedures, defining and using 159—169 Procedures, linking to an external library 138—139 Procedures, program design using 169—175 Procedures, stack operations 153—159 Processor clock (CLK) 37 Program counter 34 Program database file (PDB) 80 Program description, example 73—75 Program design using procedures 169—175 Program execution registers 42—44 Program listing, example 72 Programmable Interrupt Controller (PIC) 54 reserved bits 507 Reserved words 67 Reserving stack space 262—263 Reset mouse 568—569 Restoring registers, trouble-shooting tips 272—273 RET (return from procedure) instruction 159 161—164 640 RETF (return from procedure) instruction 640 RETN (return from procedure) instruction 640 Reversing a string 157—158 RGB colors 564—565 ROL (rotate left) instruction 231—232 640 ROM (read-only memory) 55 ROM BIOS 459 Root Directory 504 505 ROR (rotate right) instruction 232 640 Round-Robin scheduling 39—40 RS-232 serial port 57 Running programs in full-screen mode 538 Runtime operators, MASM 687—688 Runtime program structure 592—597 Runtime relational and logical operators 218 runtime stack 153—155 SAHF (store AH into flags) instruction 641 SAL (shift arithmetic left) instruction 231 641 SAR (shift arithmetic right) instruction 231 641 Saving and restoring registers 280 Saving and restoring registers, trouble-shooting tips 272—273 SBB (subtract with borrow) instruction 250 642 SBYTE signed byte 81—82 Scanning an array 194—195 Scanning an array, application 194—197 SCAS (scan string) instruction 329 SCASB (scan string) instruction 307 642 SCASD (scan string) instruction 307 642 SCASW (scan siring) instruction 307 642 Scheduler 39 Screen buffer 381 398—402 screen scraping 548 Scroll window down 548 Scroll window up 546 SDWORD directive 84 Sector display program 497 513—517 sectors 496—497 Segment 48 74 421 Segment 0040h, BIOS data area 528—529 Segment descriptor 421 Segment descriptor, details 425 Segment descriptor, tables 50 Segment limit field 51 425 Segment names 432—433 Segment overrides 589—590 Segment present flag 425 Segment registers 43 Segment selector 421 Segment type 425 Segment, defining 584—592 Segment, list 79 Segment-offset address 49—50 Segmentation 421 Segmented memory map 49 Sequential search 321 Serial poit 57 SET condition (set condition) 642 Set current directory function 522 Set cursor lines function 543—544 Set cursor position function 544 Set mouse position 571 Set typematic rate function 531 Set video mode function 542—543 SetConsoleCursorPosition 403 SetConsoleMode function 388—389 SetConsoleScreenBufferSize function 402 SetConsoleTextAttribute function 403 SetConsoleWindowInfo function 400—402 SetCursorPosition example 220 SetFilePointer function 397 SetLocalTime function 406 SetTextColor procedure 145—146 Setting mouse limits 573 Shift and rotate applications, integer arithmetic 236—239 Shift and rotate instructions, integer arithmetic 228—236 Shifting multiple doublewords 236 SHL (shift left) instruction 229—230 643 SHLD (double-precision shift left) instruction 233—234 643 SHR (shift right) instruction 230—231 643 SHRD (double-precision shift right) instruction 233—234 644 Sign flag (SF) 44 110 Sign flag (SF), boolean and comparison instructions 180—181 Signed and unsigned comparisons 219—220 Signed arithmetic, overflow flag 111—113 Signed binary, converting to decimal 20 Signed comparison, jumps 193 Signed decimal integer FSM 213 Signed decimal, converting to binary and hexadecimal 20 Signed division, SAL and SAR instructions 231 Signed hexadecimal, converting to decimal 21 Signed integer 18—21 Signed integer, comparing 219—220 Signed integer, FSM flowchart 214 Signed integer, storage sizes and ranges 21 Signed integer, validating 213—216 SIMMs (memory) 54 Simplified segment directives 584—586 Single-character input 388—389 Single-instruction, multiple-data (SIMD) operations 44 Six-stage non-pipelined instruction execution 35 Six-stage pipelined execution 36 SIZE operators 435—436 sizeof operator 119 Slack bytes (fill bytes) 587 sleep function 407 Software BIOS 458 Software Development Kit 380 Software interrupts (MS-DOS) 461 source file 77 Stack abstract data type (ADT) 153 Stack applications 155 stack data structure 153 stack frames 275—285 Stack frames, CalcSum program 286—287 Stack frames, Factorial program 288—290 Stack operations 153—159 Stack parameters 263—275 Stack segment 74 Standard input device 460 Standard input, definition 140 Standard output device 460 Standard output, definition 140 Start state (FSM) 211 Startup procedure 74 Static global variables 260 Static RAM 55 status flags 44 STC (set carry flag) instruction 233 644 STD (set direction flag) instruction 644 STDCALL specifier 277—278 STI (set interrupt flag) instruction 600—601 645 Stopwatch timer 409—410 Storage sizes, Borland C++ 441 Store AH into status flags (SAHF) 103 STOS (store string data) instruction 329 645 STOSB (store string data) instruction 308 645 STOSD (store string data) instruction 308 645 STOSW (store string data) instruction 308 645 String 21 282 String, calculating size of string 90—91 String, copying strings 130—131 String, defining strings 83 String, description 302 String, FSM 211—212 String, procedures 309—315 String, program example 469—470 String, string constants 67 String, string encryption 195—197 String, string primitive instructions 302—309 String, structures 335 STRUCT directive 334 StructSize field description 518 structures 334—347 Structures, chart example 170—171 Structures, conditional processing 202—211 Structures, declaring and using unions 344—346 Structures, declaring variables 335—336 Structures, defining a structure 334—335 Structures, example 338—340 341—344 Structures, nested sunctures 340—341 Structures, referencing variables 336—338 Str_compare procedure 310—311 Str_copy procedure 311—312 Str_length procedure 311 Str_trim procedure 312—314 Str_ucase procedure 314 Stub program example 171—172 SUB (subtract) instruction 73 645 subdirectories 505 Subdirectory bit 507 Subscripts vs. pointers 453—454 Substitution operator (&) 363—364 Subtraction 107—114 Subtraction, example program 113—114 Subtraction, flags 110—113 Subtraction, implementing arithmetic expressions 109—110 Subtraction, INC and DEC instructions 107—108 Subtraction, instructions 108—109 Subtraction, NEG instruction 109 Summing an integer array 129—130 164—165 Superscalar architecture 36—37 Superscalar example: six-stage pipelined processor 37 Superscalar processor 36 Support processors, IA-32 system 54 Swap procedure 266 271—272 SWORD signed word 84 symbols 79 89 618 symmetric encryption 195 Syntax notation, MASM 661—662 System file 507 System management mode (SSM) 41 system partition 499 System time displaying 338—340 System-level file functions 517—522 SYSTEMTIME structure 406 Table-driven selection 208—210 Task Manager 423 Task switching 39 TASM (Borland Turbo Assembler) 11 TBYTE(tenbyte) 85
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