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eLibrary > BS ISO/IEC 26557:2016 Software and systems engineering. Methods and tools for variability mechanisms in software and systems product line >

BS ISO/IEC 26557:2016 Software and systems engineering. Methods and tools for variability mechanisms in software and systems product line, 2017

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BS ISO/IEC 26557:2016 Software and systems engineering. Methods and tools for variability mechanisms in software and systems product line, 2017

30325948-VOR.pdf [Go to Page]
Foreword
Introduction
1 Scope
2 Normative references
3 Terms and definitions
4 Variability mechanisms for software and systems product line (SSPL)
4.1 Overview
4.2 Reference model for variability mechanisms in product line
5 Variability mechanism management
5.1 Variability mechanism planning
5.1.1 Purpose of variability mechanism planning
5.1.2 Estimate adequate resources needed for variability mechanism operationalization
5.1.3 Assign responsibility for variability mechanism operationalization
5.1.4 Defining quality assurance measures for variability mechanism operationalization
5.2 Variability mechanism enabling
5.2.1 Purpose of variability mechanism enabling
5.2.2 Enable variability mechanism pool
5.2.3 Provide guidance for variability mechanism operationalization
5.2.4 Enable measurement infrastructure for quantifying variability mechanism operationalization
5.2.5 Procure resources needed to perform variability mechanism operationalization
5.3 Variability mechanism tracking
5.3.1 Purpose of variability mechanism tracking
5.3.2 Review the plan versus actual of variability mechanism operationalization
5.3.3 Assess issues in variability mechanism operationalization
5.3.4 Make corrective actions for variability mechanism operationalization
6 Variability mechanism operationalization
6.1 Variability mechanism operationalization for requirements
6.1.1 Purpose of variability mechanism operationalization for requirements
6.1.2 Categorize requirements variability
6.1.3 Assess requirements level variability mechanism
6.1.4 Specify requirements level variability mechanism
6.1.5 Prepare bindings at requirements level
6.1.6 Verify requirements level variability mechanism
6.2 Variability mechanism operationalization for design
6.2.1 Purpose of variability mechanisms in domain design
6.2.2 Make architectural decisions on binding times
6.2.3 Assess variability mechanisms depending on the binding time
6.2.4 Define guides and rules on variability mechanisms in architectural texture
6.2.5 Specify architectural variability mechanisms
6.2.6 Prepare bindings at architecture level
6.2.7 Verify architectural variability mechanisms
6.3 Variability mechanism operationalization for realization
6.3.1 Purpose of variability mechanisms in domain realization
6.3.2 Examine architectural decisions and architectural texture on realization
6.3.3 Assess detailed design level variability mechanisms
6.3.4 Specify detailed design level variability mechanisms
6.3.5 Define post-detailed design guides on variability mechanisms
6.3.6 Verify detailed design level variability mechanisms
6.3.7 Assess implementation level variability mechanisms
6.3.8 Specify implementation level variability mechanisms
6.3.9 Enable implementation level configurability
6.3.10 Prepare bindings at realization time
6.3.11 Verify implementation level variability mechanisms
6.4 Variability mechanism operationalization at compile time
6.4.1 Purpose of variability mechanism operationalization at compile time
6.4.2 Examine architectural decisions and architectural texture on compile time
6.4.3 Assess compile time variability mechanisms
6.4.4 Specify compile time variability mechanisms
6.4.5 Enable compile time configurability
6.4.6 Prepare bindings at compile time
6.4.7 Verify compile time variability mechanisms
6.5 Variability mechanism operationalization at post-compile time
6.5.1 Purpose of variability mechanism operationalization at post-compile time
6.5.2 Examine architectural decisions and architectural texture affecting post-compile time
6.5.3 Assess post-compile time variability mechanisms
6.5.4 Specify link time variability mechanisms
6.5.5 Specify load time variability mechanisms
6.5.6 Specify deployment time variability mechanisms
6.5.7 Enable post-compile time configurability
6.5.8 Prepare bindings at post-compile time
6.5.9 Verify post-compile time variability mechanism
6.6 Variability mechanism operationalization at run time
6.6.1 Purpose of variability mechanism operationalization at run time
6.6.2 Examine architectural decisions and architectural texture affecting run time reconfiguration
6.6.3 Assess run time variability mechanism
6.6.4 Enable run time configurability
6.6.5 Prepare bindings at run time
6.6.6 Verify run time variability mechanism
6.7 Variability mechanism operationalization for test artefacts
6.7.1 Purpose of variability mechanism operationalization for test artefacts
6.7.2 Examine test strategy on variability mechanisms
6.7.3 Assess the decisions on variability mechanisms of requirements, architecture and realization
6.7.4 Specify variability mechanisms in each test level
6.7.5 Enable reusability in testing
6.7.6 Prepare bindings at test stage
6.7.7 Verify variability mechanism operationalization for test artefacts
7 Variability mechanism support
7.1 Relating variability mechanism to variability model
7.1.1 Purpose of relating variability mechanism to variability model
7.1.2 Relate variability mechanism to variability model
7.1.3 Add annotation to relationship
7.2 Quality assurance for variability mechanism
7.2.1 Purpose of quality assurance for variability mechanism
7.2.2 Objectively evaluate variability mechanism activities
7.2.3 Objectively evaluate variability mechanism work products
7.2.4 Communicate and resolve non-compliance issues
7.2.5 Establish records of variability mechanism quality assurance activities
7.3 Binding time decision support
7.3.1 Purpose of binding time decision support
7.3.2 Determine the value of decision variables on a decision table
7.3.3 Specify decisions on binding time
7.3.4 Verify the decision table
7.4 Application configuration support
7.4.1 Purpose of application configuration support
7.4.2 Support realizing configurability
7.4.3 Apply decision rules for configuration
7.4.4 Improve configurability
Annex A (informative) Variability mechanisms in software development activities
Annex B (informative) Binding time decision from variability types
Bibliography [Go to Page]

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BS ISO/IEC 26557:2016 Software and systems engineering. Methods and tools for variability mechanisms in software and systems product line, 2017

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