Code Complete: A Practical Handbook of Software Construction, Second Edition

Index

[SYMBOL] [A] [B] [C] [D] [E] [F] [G] [H] [I] [J] [K] [L] [M] [N] [O] [P] [Q] [R] [S] [T] [U] [V] [W]

T-shaped integration

table-driven methods

     advantages of

     binary searches with

     case statement approach

     checklist

     code-tuning with

     creating from expressions     days-in-month example

     defined     design method     endpoints of ranges

     flexible-message-format example

     fudging keys for

     indexed access tables 2nd     insurance rates example

     issues in     key points     keys for     lookup issue

     miscellaneous examples

     object approach

     precomputing calculations

     purpose of     stair-step access tables     storage issue     transforming keys

Tacoma Narrows bridge takedown code, refactoring Team Software Process (TSP)

teams

     build groups

     checklist

     development processes used by     expanding to meet schedules

     managers

     physical environment     privacy of offices

     process, importance to

     religious issues     resources on

     size of projects, effects of     style issues

     time allocations

     variations in performance

technology waves, determining your location in

Template Method pattern

template tools

temporal cohesion

temporary variables

test-data generators

test-first development

testability

     defined

     strategies for

testing     automated testing

     bad data classes     black-box testing     boundary analysis

     bounds checking tools

     cases, creating 2nd 3rd

     characteristics of, troublesome     checklist

     classes prone to error     classifications of errors     clean test limitation     clerical errors (typos)

     code coverage testing

     component testing

     compound boundaries

     construction defects, proportion of     coverage of code 2nd     data flow testing     data generators for

     data recorder tools     debuggers     debugging, compared to

     defined-used data paths

     design concerns

     designs, misunderstanding

     developer-view limitations     developing tests

     diff tools for

     driver routines     dummy classes

     dummy files for

     during construction     ease of fixing defects

     equivalence partitioning     error checklists for

     error databases

     error guessing

     error presence assumption

     errors in testing itself

     expected defect rate

     first or last recommendation 2nd

     frameworks for 2nd

     goals of

     good data classes

     integration testing

     JUnit for

     key points

     limitations on developer testing     logging tools for

     logic coverage testing     maximum normal configurations     measurement of 2nd

     memory tools

     minimum normal configurations

     mock objects     nominal case errors

     old data, compatibility with     optimistic programmers limitation     outside of construction domain defects     planning for

     prioritizing coverage

     provability of correctness 2nd

     quality not affected by

     random-data generators     recommended approach to     record keeping for     regression testing 2nd

     requirements     resources for     results, uses for

     role in software quality assurance

     routines, black-box testing of

     scaffolding 2nd

     scope of defects     selecting cases for convenience

     stabilizing errors

     standards, IEEE     structured basis testing 2nd

     stub objects

     symbolic debuggers     system perturbers

     system testing     test case errors

     test-first development

     testability 2nd

     time commitment to

     tools, list of

     unit testing 2nd

     varying cases

     white-box testing 2nd

threading

throwaway code

throwing one away metaphor

time allowances

tool version control

toolbox approachtools

     checklist top-down approach to design top-down integration

transcendental functions 2nd

translator tools

try-finally statements type casting, avoiding

type creation    C++ [See data types, creating; data types, user-defined]     centralization benefit     checklist

     classes, compared to

     example of

     guidelines for

     information hiding aspect of     languages with, evaluation of     modification benefit     naming conventions

     Pascal example     portability benefit     predefined types, avoiding

     purpose of

     reasons for

     redefining predefined

     reliability benefit     validation benefit

type definitions