Utilizing Complexity Metrics During Code Reviews to Promote Software Sustainability
Abstract not provided.
Publications
Search results
Jump to search filtersSupporting Software Sustainability by Using Complexity Metrics to Inform Code Reviews
Abstract not provided.
Enhancing Confidence in a Software Ecosystem through Complementary Layers of Software Testing
Abstract not provided.
E4S: Extreme-Scale Scientific Software Stack
Abstract not provided.
Trilinos Framework Update - TUG 2022 Meeting
Abstract not provided.
Using Complexity Metrics with Hotspot Analysis to Support Software Sustainability
Abstract not provided.
Trilinos Testing: Current Infrastructure and Future Direction
Abstract not provided.
Impacting Software Quality and Process Through the Extreme-Scale Scientific Software Stack (E4S) and Software Development Kit (SDK) Projects
Abstract not provided.
Using Complexity Metrics with Hotspot Analysis to Support Software Sustainability
Proceedings - 2022 IEEE International Symposium on Software Reliability Engineering Workshops, ISSREW 2022
Software sustainability is critical for Computational Science and Engineering (CSE) software. Measuring sustainability is challenging because sustainability consists of many attributes. One factor that impacts software sustainability is the complexity of the source code. This paper introduces an approach for utilizing complexity data, with a focus on hotspots of and changes in complexity, to assist developers in performing code reviews and inform project teams about longer-term changes in sustainability and maintainability from the perspective of cyclomatic complexity. We present an analysis of data associated with four real-world pull requests to demonstrate how the metrics may help guide and inform the code review process and how the data can be used to measure changes in complexity over time.
Trilinos Framework Product Overview and Update
Abstract not provided.
A Testing Strategy that Supports Scientific Software Sustainability
Abstract not provided.
A Data-driven Approach to Rethinking Open Source Software Organizations as a Team of Teams
Abstract not provided.
Automating Software Productivity Planning: Lightweight Tools for Upgrading Team Practices
Abstract not provided.
Evaluating the Sustainability of Computational Science and Engineering Software: Empirical Observations
Abstract not provided.
PSIP Toolkit: A Lightweight Process for Incremental Software Process Improvement
Abstract not provided.
Developing an Integrated, Interdisciplinary RSE Department at Sandia National Laboratories
Abstract not provided.
Team of Teams - E4S: Who's on your Team?
Abstract not provided.
E4S: Extreme-Scale Scientific Software Stack
Abstract not provided.
Summary
Abstract not provided.
Hands-on Tutorial with PSIP Progress Tracking Cards: A Lightweight Method for Improving Software Practices
Abstract not provided.
Continuous Integration
Abstract not provided.
Software Development Kits
Abstract not provided.
ECP Virtual Organization: A Team of Teams?
Abstract not provided.
Enabling Developer Productivity with Software Process Improvement
Abstract not provided.
Research Develop Deploy: Building a Full Spectrum Software Engineering and Research Department
Abstract not provided.
Results 1–25 of 63