Change white paper list to numbers

WorkshopResources/WhitePapers/WhitePaperList.md

@@ -6,37 +6,37 @@ To edit this page, make a pull request for the [page source on GitHub](https://g
 
 ## List of papers:
 
-- [Anzt, Hartwig and Cojean, Terry: Prioritizing Platform Portability for Scientific Libraries](anzt-cojean-software-portability.pdf)
-- [Bartlett, Roscoe: Restoring productivity through the advanced usage of Git](bartlett-restoring-productivity-git.pdf)
-- [Bartlett, Roscoe, Frye, Joseph, Harvey, Evan: Improved productivity through standardized configurations and testing of Trilinos on advanced platforms](bartlett-frye-harvey-atdm-trilinos-builds.pdf)
-- [Carver, Jeffrey and Eisty, Nasir: Peer Code Review for Scientific Software](carver-eisty-peer-code-review.pdf)
-- [Chandrasekaran, Sunita: Scientific Software Productivity - Case studies, Challenges, Opportunities and Potential Solutions](chandrasekaran-studies-challenges-opps-solns.pdf)
-- [Du, C. Fan and Howison, James: An Ecosystem Perspective of Scientific Software Developer Productivity](du-howison-ecosystem-perspective-productivity.pdf)
-- [Dubey, Anshu: When Not to use Agile in Scientific Software Development](dubey-when-not-agile.pdf)
-- [Dyadechko, Vadim: The Art of Serving HPC Products to Business while they are still hot](dyadechko-serving-hpc-products-to-business.pdf)
-- [Eisty, Nasir and Carver, Jeffrey: Testing Scientific Software](eisty-carver-testing-scientific-software.pdf)
-- [Ellingwood, Nathan and Rajamanickam, Sivasankaran: Practices and Challenges of Software Development for a Performance Portable Ecosystem](ellingwood-nathan-software-dev-perf-portable-ecosystem.pdf)
-- [Finkel: The Many Faces of the Productivity Challenge in Scientific Software](finkel-many-faces-of-productivity-challenges.pdf)
-- [Gamblin, Todd: Software Integration Challenges](gamblin-collegeville-2020-integration.pdf)
-- [Gates J., Frye J., Perschbacher B., Vigil D.: Git Productive!](gates-git-productive.pdf)
-- [Gates J., Braun J., Collins D.: One Script to Rule Them All:  Unifying Build Processes Across Platforms](gates-unifying-build-processes.pdf)
-- [Gesing, Sandra: Increasing Developer Productivity by Assigning Well-Defined Roles in Teams](gesing-team-organization.pdf)
-- [Gunter, Dan, and Beattie, Keith: Useful Practices for Software Engineering on Medium-sized Distributed Scientific Projects](gunter-beattie-useful-practices.pdf)
-- [Heroux, M., Willenbring, J., Shende, S., Coti, C., Spear, W., Peyralans, L., Skutnik, J. and Keever, E.  : E4S: Extreme-scale Scientific Software Stack](heroux-willenbring-shende-coti-spear-et-al-E4S.pdf)
-- [Huebl, Axel: Working with Multiple Package Managers](huebl-working-with-multiple-pkg-mgrs.pdf)
-- [Katz, Daniel S., Chard, K., Badia, Rosa M., and Ejarque, Jorge: A common workflow registry of compute endpoints and applications](katz_registry.pdf)
-- [Lehr, JP, Maric, T., Bothe, D. and Bischof, C.: Increasing the quality of (academic) scientific software](lehr-maric-bothe-bischof-increasing-the-quality-of-academic-scientific-software.pdf)
-- [Levine, Aaron and Willenbring, James: Navigating the Rapids: Creating a Continuous Integration System for GitHub and Jenkins](levine-willenbring-ci-systems-github-jenkins.pdf)
-- [Luszczek, Piotr: Productivity, Portability, and Performance: Pick any two in Uncertain Hardware Landscape?](luszczek-p3-pick-two.pdf)
-- [Miller, Mark: SRE+UXDD to Improve Productivity of Customer Support Processes](miller-software-reliability-engineering.md)
-- [Milewicz, Reed: Towards Evidence-Based Practice in Scientific Software Development](milewicz-evidence-based-practice.pdf)
-- [Mundt, M., Levine, A. and Siirola, J.: Overcoming Productivity Plateaus: A Story of Automation Tools and Developer Productivity](mundt-levine-siirola-overcoming-productivity-plateaus.pdf)
-- [Raybourn, Elaine: Why We Need Strategies for Working Remotely](raybourn-why-we-need-strategies-working-remotely.pdf)
-- [Smith, Spencer and Carette, Jacques: Long-term Productivity for Long-term Impact](smith-carette-redefining-productivity.pdf)
-- [Sochat, Vanessa: Developer productivity means developer happiness](sochat-developer-happiness.pdf)
-- [Sochat, Vanessa: Future wants for remote software engineering](sochat-future-remote-rseng.pdf)
-- [Willenbring J., Milewicz R.: Moving Forward Together: How a Software Engineering Department Can Impact Developer Productivity in a Research Organization](willenbring-forward-together.pdf)
-- [Windus, T., Nash, J., and Richard, R.: Scientific Software Developer Productivity Challenges from the Molecular Sciences](windus-nash-richard-productivity-challenges-mol-sci.pdf)
-- [Woods, J., Baker, M., Thavappiragasam, M., Sedova, A., Hernandez, O., Sarkar, V.: Using Python for Improved Productivity in HPC and Data Science Applications: the Time is Now](woods-baker-thavappiragasam-sedova-hernandez-sarkar-python-for-improved-productivity-time-is-now.pdf)
+1. [Anzt, Hartwig and Cojean, Terry: Prioritizing Platform Portability for Scientific Libraries](anzt-cojean-software-portability.pdf)
+1. [Bartlett, Roscoe: Restoring productivity through the advanced usage of Git](bartlett-restoring-productivity-git.pdf)
+1. [Bartlett, Roscoe, Frye, Joseph, Harvey, Evan: Improved productivity through standardized configurations and testing of Trilinos on advanced platforms](bartlett-frye-harvey-atdm-trilinos-builds.pdf)
+1. [Carver, Jeffrey and Eisty, Nasir: Peer Code Review for Scientific Software](carver-eisty-peer-code-review.pdf)
+1. [Chandrasekaran, Sunita: Scientific Software Productivity 1. Case studies, Challenges, Opportunities and Potential Solutions](chandrasekaran-studies-challenges-opps-solns.pdf)
+1. [Du, C. Fan and Howison, James: An Ecosystem Perspective of Scientific Software Developer Productivity](du-howison-ecosystem-perspective-productivity.pdf)
+1. [Dubey, Anshu: When Not to use Agile in Scientific Software Development](dubey-when-not-agile.pdf)
+1. [Dyadechko, Vadim: The Art of Serving HPC Products to Business while they are still hot](dyadechko-serving-hpc-products-to-business.pdf)
+1. [Eisty, Nasir and Carver, Jeffrey: Testing Scientific Software](eisty-carver-testing-scientific-software.pdf)
+1. [Ellingwood, Nathan and Rajamanickam, Sivasankaran: Practices and Challenges of Software Development for a Performance Portable Ecosystem](ellingwood-nathan-software-dev-perf-portable-ecosystem.pdf)
+1. [Finkel: The Many Faces of the Productivity Challenge in Scientific Software](finkel-many-faces-of-productivity-challenges.pdf)
+1. [Gamblin, Todd: Software Integration Challenges](gamblin-collegeville-2020-integration.pdf)
+1. [Gates J., Frye J., Perschbacher B., Vigil D.: Git Productive!](gates-git-productive.pdf)
+1. [Gates J., Braun J., Collins D.: One Script to Rule Them All:  Unifying Build Processes Across Platforms](gates-unifying-build-processes.pdf)
+1. [Gesing, Sandra: Increasing Developer Productivity by Assigning Well-Defined Roles in Teams](gesing-team-organization.pdf)
+1. [Gunter, Dan, and Beattie, Keith: Useful Practices for Software Engineering on Medium-sized Distributed Scientific Projects](gunter-beattie-useful-practices.pdf)
+1. [Heroux, M., Willenbring, J., Shende, S., Coti, C., Spear, W., Peyralans, L., Skutnik, J. and Keever, E.  : E4S: Extreme-scale Scientific Software Stack](heroux-willenbring-shende-coti-spear-et-al-E4S.pdf)
+1. [Huebl, Axel: Working with Multiple Package Managers](huebl-working-with-multiple-pkg-mgrs.pdf)
+1. [Katz, Daniel S., Chard, K., Badia, Rosa M., and Ejarque, Jorge: A common workflow registry of compute endpoints and applications](katz_registry.pdf)
+1. [Lehr, JP, Maric, T., Bothe, D. and Bischof, C.: Increasing the quality of (academic) scientific software](lehr-maric-bothe-bischof-increasing-the-quality-of-academic-scientific-software.pdf)
+1. [Levine, Aaron and Willenbring, James: Navigating the Rapids: Creating a Continuous Integration System for GitHub and Jenkins](levine-willenbring-ci-systems-github-jenkins.pdf)
+1. [Luszczek, Piotr: Productivity, Portability, and Performance: Pick any two in Uncertain Hardware Landscape?](luszczek-p3-pick-two.pdf)
+1. [Miller, Mark: SRE+UXDD to Improve Productivity of Customer Support Processes](miller-software-reliability-engineering.md)
+1. [Milewicz, Reed: Towards Evidence-Based Practice in Scientific Software Development](milewicz-evidence-based-practice.pdf)
+1. [Mundt, M., Levine, A. and Siirola, J.: Overcoming Productivity Plateaus: A Story of Automation Tools and Developer Productivity](mundt-levine-siirola-overcoming-productivity-plateaus.pdf)
+1. [Raybourn, Elaine: Why We Need Strategies for Working Remotely](raybourn-why-we-need-strategies-working-remotely.pdf)
+1. [Smith, Spencer and Carette, Jacques: Long-term Productivity for Long-term Impact](smith-carette-redefining-productivity.pdf)
+1. [Sochat, Vanessa: Developer productivity means developer happiness](sochat-developer-happiness.pdf)
+1. [Sochat, Vanessa: Future wants for remote software engineering](sochat-future-remote-rseng.pdf)
+1. [Willenbring J., Milewicz R.: Moving Forward Together: How a Software Engineering Department Can Impact Developer Productivity in a Research Organization](willenbring-forward-together.pdf)
+1. [Windus, T., Nash, J., and Richard, R.: Scientific Software Developer Productivity Challenges from the Molecular Sciences](windus-nash-richard-productivity-challenges-mol-sci.pdf)
+1. [Woods, J., Baker, M., Thavappiragasam, M., Sedova, A., Hernandez, O., Sarkar, V.: Using Python for Improved Productivity in HPC and Data Science Applications: the Time is Now](woods-baker-thavappiragasam-sedova-hernandez-sarkar-python-for-improved-productivity-time-is-now.pdf)
 
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