
Angie developed and delivered the viral_usher package for the bioconda/bioconda-recipes repository, enabling a configurable pipeline for constructing virus genome trees. She focused on robust Python development and bioinformatics, creating a structured meta.yaml and managing dependencies to ensure reproducibility and ease of installation. Angie refined the packaging by synchronizing run_exports with pyfaidx and adopting 0.x.x semantic versioning, which improved compatibility and release tracking. Her work emphasized package management and cross-team collaboration, resulting in a ready-to-use viral genome analysis tool that streamlines researcher setup. The project demonstrated depth in packaging engineering and addressed reproducibility challenges in viral genomics workflows.
February 2026: Delivered the viral_usher packaging in bioconda-recipes, enabling a configurable pipeline for building virus genome trees. Created initial bioconda version 0.10.1 with a structured meta.yaml and required dependencies, improving reproducibility and distribution for viral genomics workflows. Implemented packaging refinements including missing run_exports synchronized with pyfaidx and adjusted versioning semantics to 0.x.x. The work involved packaging engineering, dependency management, and cross-team collaboration (co-authored PR 62800).
February 2026: Delivered the viral_usher packaging in bioconda-recipes, enabling a configurable pipeline for building virus genome trees. Created initial bioconda version 0.10.1 with a structured meta.yaml and required dependencies, improving reproducibility and distribution for viral genomics workflows. Implemented packaging refinements including missing run_exports synchronized with pyfaidx and adjusted versioning semantics to 0.x.x. The work involved packaging engineering, dependency management, and cross-team collaboration (co-authored PR 62800).

Overview of all repositories you've contributed to across your timeline