Sommerville-Software-Engineering-10ed

Subject Index 787
interfaces
application programming interfaces (APIs),
595–96
component, 208–09, 222, 237–239, 465, 468–69,
470–71
model specifications, 470–71
service design for, 533, 536–40, 596
specification, 208–09
systems of systems (SoS), 595–97
unified user interface (UI), 596–97
Internet banking system, 505
interviewing techniques, 115–16
intolerable risks, 347
inversion of control, 445
ISO 9001 standards framework, 708–10, 734
iteration planning, 680
iterative development/delivery, 65, 77, 98. See also
agile methods
Iterator pattern, 212
J
Java programming language, 82, 152, 161, 197, 208,
218, 219, 327, 330, 359, 444
embedded systems development and, 619–20
interfaces, 208
program testing, 243
real-time systems development and, 619
Java Virtual Machine, 217
JavaMail library, 214
Jenkins, 743
JSON (Javascript Object Notation), 531
J2EE platform, 161, 466
JUnit, 59, 82, 217, 233, 243
L
language processing systems, 186, 189–91, 192
large-scale systems, 556
layered architecture, 177–79, 187–88, 192
layers
legacy systems, 262–64
sociotechnical systems, 292–93, 557–58
legacy systems, 261–70, 280, 540, 576
assessments, 269
business value of, 267–68, 280
component integration, 567
elements of, 262–63
management, 266–70
maintenance of, 263–64, 280
reengineering and, 276, 278
refactoring and, 279
replacement problems, 264–65
system evolution of, 546
wrapping, 278, 442, 540
Lehman’s laws, 271
Lesser General Public License, GNU, 220
licensing, 220–21, 356
life cycles
application system reuse problems,
459–60
project planning stages, 668
software evolution, 257–58, 266
software model process, 45, 47–49
lifetimes, system evolution and, 575–76
Linux, 219, 398
logging user actions, 398
logical view, 174, 192
long methods, 279
M
maintainability, 22, 104, 169, 173, 198, 230, 266,
274, 275, 289, 494
maintenance (software maintenance),
22, 270
agile methods and, 90, 92
architectural design and, 172–73, 178
costs, 274–76, 279
development v., 60–61
documentation and, 92, 273
legacy systems, 263–64
life-cycle phase, 48
prediction, 274–76
reengineering, 273, 276–78
refactoring, 278–79
software evolution and, 22, 263–64,
270–79
types of, 271, 280