ISO/IEC/IEEE 29119-1:2022
Software and systems engineering — Software testing — Part 1: General concepts
This document specifies general concepts in software testing and presents key concepts for the ISO/IEC/IEEE 29119 series.
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Foreword
Introduction
1 Scope
2 Normative references
3 Terms and definitions
4 Software testing concepts
4.1 Introduction to software testing
4.1.1 Overview
4.1.2 Relationship to quality management
4.1.3 Verification and validation
4.1.4 Test item
4.1.5 Static and dynamic testing
4.1.6 Exhaustive testing and sampling
4.1.7 Testing as a heuristic
4.1.8 Purpose of testing
4.1.9 Test basis
4.1.10 Test oracle
4.1.11 Test independence
4.2 Test plans and test strategies
4.2.1 General
4.2.2 Risks and risk management
4.2.3 Risks and requirements as the basis of a test strategy
4.2.4 Test approaches
4.2.5 Testing in development and maintenance life cycles
4.2.6 Domains and system characteristics
4.2.7 Test strategy contents
4.3 Test frameworks
4.3.1 Test processes
4.3.2 Test documentation
4.3.3 Documentation requirements
4.3.4 Configuration management and testing
4.3.5 Tool support
4.3.6 Process improvement and testing
4.3.7 Test metrics
4.4 Test design and execution
4.4.1 Test model
4.4.2 Model-based testing
4.4.3 Scripted and exploratory testing
4.4.4 Test design techniques
4.4.5 Experience-based testing
4.4.6 Retesting and regression testing
4.4.7 Manual and automated testing
4.4.8 Continuous testing
4.4.9 Back-to-back testing
4.4.10 A/B testing
4.4.11 Mathematical-based and fuzz testing
4.4.12 Test environments
4.4.13 Test data management
4.5 Project management and testing
4.6 Communication and reporting
4.7 Defects and incident management
Annex A (informative) System characteristics and testing – examples
Annex B (informative) Testing roles
Bibliography
IEEE Notices and Abstract
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Foreword
Introduction
1 Scope
2 Normative references
3 Terms and definitions
4 Software testing concepts
4.1 Introduction to software testing
4.1.1 Overview
4.1.2 Relationship to quality management
4.1.3 Verification and validation
4.1.4 Test item
4.1.5 Static and dynamic testing
4.1.6 Exhaustive testing and sampling
4.1.7 Testing as a heuristic
4.1.8 Purpose of testing
4.1.9 Test basis
4.1.10 Test oracle
4.1.11 Test independence
4.2 Test plans and test strategies
4.2.1 General
4.2.2 Risks and risk management
4.2.3 Risks and requirements as the basis of a test strategy
4.2.4 Test approaches
4.2.5 Testing in development and maintenance life cycles
4.2.6 Domains and system characteristics
4.2.7 Test strategy contents
4.3 Test frameworks
4.3.1 Test processes
4.3.2 Test documentation
4.3.3 Documentation requirements
4.3.4 Configuration management and testing
4.3.5 Tool support
4.3.6 Process improvement and testing
4.3.7 Test metrics
4.4 Test design and execution
4.4.1 Test model
4.4.2 Model-based testing
4.4.3 Scripted and exploratory testing
4.4.4 Test design techniques
4.4.5 Experience-based testing
4.4.6 Retesting and regression testing
4.4.7 Manual and automated testing
4.4.8 Continuous testing
4.4.9 Back-to-back testing
4.4.10 A/B testing
4.4.11 Mathematical-based and fuzz testing
4.4.12 Test environments
4.4.13 Test data management
4.5 Project management and testing
4.6 Communication and reporting
4.7 Defects and incident management
Annex A (informative) System characteristics and testing – examples
Annex B (informative) Testing roles
Bibliography
IEEE Notices and Abstract