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Enhancing Developer Productivity - L2 Milestone Final Report

Clausen, Jonathan; Brunini, Victor; Lindsay, Payton; Loprinzi, Mario V.; Pacella, Heather; Wagman, Ellen B.; Voskuilen, Tyler; Wildman, Raymond A.; Wilson, Christopher R.; Galpin, Terri L.

This report documents the work done as part of the “Enhancing Developer Productivity” level 2 milestone. The team surveyed developers about impediments and successes; improved our CI pipeline monitoring and reporting; developed tools for line coverage reporting and analysis; improved compiler warning adherence in SIERRA; prototyped static analysis, AI, and mutation testing tooling in SIERRA; and developed a 3-5 year SIERRA plan document to help these initiatives continue past this milestone.

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Sandia Toolkit Manual (V.5.21.1)

Williams, Alan B.; Glaze, David J.; Okusanya, Tolulope O.; Crean, Jared C.; Lee, Dong H.; Pacella, Heather; Dement, David C.

This report provides documentation for the Sandia Toolkit (STK) modules. STK modules are intended to provide infrastructure that assists the development of computational engineering software such as finite-element analysis applications. STK includes modules for unstructured-mesh data structures, reading/writing mesh files, geometric proximity search, transfers, MPMD coupling support, and various other utilities. This document contains a chapter for each module, and each chapter contains overview descriptions and usage examples. Usage examples are primarily code listings which are generated from working test programs that are included in the STK code-base. A goal of this approach is to ensure that the usage examples will not fall out of date.

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Sandia Toolkit Manual Version 5.15.6

Williams, Alan B.; Glaze, David J.; Okusanya, Tolulope O.; Crean, Jared C.; Lee, Dong H.; Pacella, Heather; Dement, David C.; Sjaardema, Gregory D.

This report provides documentation for the Sandia Toolkit (STK) modules. STK modules are intended to provide infrastructure that assists the development of computational engineering software such as finite-element analysis applications. STK includes modules for unstructured-mesh data structures, reading/writing mesh files, geometric proximity search, and various utilities. This document contains a chapter for each module, and each chapter contains overview descriptions and usage examples. Usage examples are primarily code listings which are generated from working test programs that are included in the STK code-base. A goal of this approach is to ensure that the usage examples will not fall out of date.

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