Index_P


P

pair programming, 7–8, 296

parallel test class hierarchy, 148–151

parameterizing the factory method, 151

parameters, removing/adding, 88

path coverage, 168

Peeters, Vera, 237, 239

performance tests, 5

persistence interface, 181–187

persistent dummy, 178–181

persistent objects, 173–199

abstract interface, 178

ad hoc queries, 184–185

centralized persistence interface, 186

dependency inversion principle, 178

designing database interface, 181–187

dummy implementation, 178–181

evolution of persistence technology, 195–196

example (CRM system), 175–178

four-database approach, 191–192

interaction test cases, 196–198

JDBC mocks, 193–195

lightweight database, 181, 192

mock objects, 181, 193–195

multiuser database, 191

object-centered persistence, 185–187

persistence mechanisms, 173

preconfigured data, 193

problems, 174

query language, 184–185

RDBMS, 173–174

scaling problems, 187

speeding up the test suite, 192–193

test data consistency, 191–192

test suite, 198

testing the right persistence, 187–196

TestSetup decorator, 198

transactions, 182–184

Planning Extreme Programming (Beck), 362

polymorphism, 155–160

populated development database, 192

post-condition, 85

Practical Guide to Testing Object-Oriented Software (Marick), 363

pre-condition, 84–85

PrintWriter, 102

procedural integration tests, 82

process, 292

process monitoring, 297

process types/testing strategies, 299–305

processes, 201

product quality, 294

production database, 192

program-specific query language, 185

programming in pairs, 7–8, 296

project-specific expansions, 95–96

pseudodeterminism, 207

psychological phenomenon, 66




Unit Testing in Java. How Tests Drive the Code
Unit Testing in Java: How Tests Drive the Code (The Morgan Kaufmann Series in Software Engineering and Programming)
ISBN: 1558608680
EAN: 2147483647
Year: 2003
Pages: 144
Authors: Johannes Link

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