Index_S

S

S-curves, MITs method and, 79

safety, 55

sizing worksheet, 248

safety-critical software, 55

samples. See also examples

interview process real world example questions, 170-171

inventory, structured RAD project, 152-158

memo, interview process description, 369-370

Memo to Describe the Interview Process, 168

project inventory, 372

testing questionnaire, 373

schedule

MITs and, 80

quality and, 28-29

scheduling system, examples, 92-93

science

defined, 386-387

facts and, 49

invention, 49

myths about, 49

predictions and, 49

theories and, 49

working hypothesis, 49

scientific methods, 387

scope of testing

assumptions, 54

inventory building and, 132-139

second opinions, factors of safety and, 57

seminar evaluation results, 361

severity

bugs, measuring, 112

defined, 387

SharePoint Team Services, collaboration and, 191

Sherman, Roger (Microsoft), schedule and quality, 28

size

fundamental metrics and, 109-112

inventory and, 138

test effort, 138

test set, 138

sizing worksheet, 242-243

administration time, 248

assumptions, 248

automation, 247-248

code turnovers, 246

constraints, 248

documentation, 248

estimate the number of errors that will be found, 246

logging time, 248

MITs Test and Coverage, 243-244

planning, 247

safety factor, 248

status, 248

test cycles, 246

test environments, 247

test units and time to create tests, 245

time to run tests and create

automated tests, 245

total tests, 247

SME questionnaire, 168

software

art and, 48

myths about, 49-50

safety-critical, 55

software applications, 387

Software Capability Maturity Model. See SW-CMM (Software Capability Maturity Model)

software engineering, testing as part of curriculum, 16

software testing questionnaire, 355-367

sample, 373

source code, 387

sources of tests on inventory, 141-148

spaghetti code, 387

specifications, testing and, 12-14

spreadsheets, test inventory documents, 198-200

standards

improvements in software and systems, 19-20

risk analysis and, 206

testing and, 13

reduction in, 17-20

state of knowledge in commercial software testing, 360-361

statement coverage

defined, 387

path analysis and, 267

statement tests, 387

statements, 387

static code analyzer, 387

stating assumptions, engineering, 52-54

stating methods, 52

status tracking

failures, planning and, 128

sizing worksheet, 248

Stradivari, Antonio (as craftsman), 132

strategies

current testing strategies, 66-72

organizational, test group and, 68-72

string trail, path analysis and, 262

structural information, Web project inventory, 160

structural tests, 387

structured analysis, current testing and, 3

structured RAD, 84-85

billing system inventory, 153-154

sample inventory, 152-153

Web site, 155-158

structured RAD/Agile test effort, MITs for, 87-88

structured systems, 387

Summation Method (MITs Totals Worksheet), 239-240

SW-CIMM (Software Capability Maturity Model), 387

system behavior, assumptions, 54

system requirements

assumptions, 54

validation, risk criteria and, 253

verification, test selection and, 253

system specifications, assumptions, 54

system tester, time needed, 135

system tests, 388

systems, 263, 388

systems test, inventory building and, 134



Software Testing Fundamentals
Software Testing Fundamentals: Methods and Metrics
ISBN: 047143020X
EAN: 2147483647
Year: 2005
Pages: 132

flylib.com © 2008-2017.
If you may any questions please contact us: flylib@qtcs.net