June 2026 monthly summary for felixonmars/archriscv-packages: Delivered a cohesive set of patch-based packaging improvements spanning multiple packages, focusing on build stability, cross-architecture support, and patch hygiene. This work reduced build failures, improved compatibility with modern toolchains, and streamlined maintenance for future updates.

May 2026 monthly summary: Expanded RISC-V deployment options and strengthened build reliability across two active repositories, delivering cross-architecture capabilities and streamlined patch management. The work focused on enabling riscv64 support in both binary distributions and package builds, with improvements to verification, cross-compilation workflows, and Bun ecosystem integration for RISC-V. Business value: broadened platform reach to riscv64, reduced build-time friction for cross-compilation, and improved reliability of source verification, contributing to faster release cycles and more robust deployments for on-prem and cloud environments.

April 2026 monthly summary: Delivered targeted patch management across two repositories with emphasis on stability and maintainability. Key features delivered: - Patch Additions: icoutils 0.32.3-4 and skim 4.4.0-1 added to felixonmars/archriscv-packages (commits 9c3cdfdaa78a99fb31b3bbb9f087e78d97ec166c; 588cc035731ab71b79352d86cfd560362558bacf). Major bugs fixed: - Patch removals across three maintenance batches to retire dropped/outdated patches in Arch and related packages (13 commits in Batch 1; ~15 in Batch 2; 12 in Batch 3; f.e. removals like ijs 0.35-7, libfreexl 2.0.0-3, gnuchess 6.3.0-1, etc.). Platform/architectural improvements: - Linux RISC-V (linux-riscv64) platform support added to facebook/dotslash (commit e15cd4708e007f923ffbb05e1e98bfd5e4b0c49e). Overall impact: - Reduced patch debt, minimized build failures, and improved packaging hygiene across repositories; prepared baselines for upcoming Arch updates and cross-repo collaboration on platform support. Technologies/skills demonstrated: - Patch management workflows (addpatch/rmvpatch), Git-based release hygiene, Arch packaging maintenance, Linux RISC-V platform integration, cross-repo collaboration.

March 2026 summary for felixonmars/archriscv-packages: Achieved stability gains in Arch packaging and RISC-V builds through targeted patch management, CI improvements, and flaky-test fixes. Key features delivered include packaging cleanup and RISC-V patch management, addition of libnetfilter_acct and dotslash patches, and CI workflow upgrade to GH Actions v6. Major bugs fixed include race-condition test flakiness addressed by removing problematic patches and updating PKGBUILD test commands. Overall impact: reduced patch churn, more reliable builds, faster validation for RISC-V packages, enabling smoother releases. Technologies demonstrated: Arch packaging practices, patch tooling (addpatch/rmpatch), CI automation, GitHub Actions v6, and RISC-V build troubleshooting.

February 2026 monthly summary for felixonmars/archriscv-packages: Focused on delivering performance and maintainability improvements through targeted FFT SIMD acceleration and comprehensive cross-architecture patch cleanup. Key outcomes include a performance-enhancing KISSFFT patch and coordinated removal/cleanup of architecture-specific patches across multiple packages to streamline multi-arch builds (RISCV64 and others). These efforts reduced patch debt, improved cross-platform build consistency, and laid groundwork for future arch expansion and optimization.

2026-01 monthly summary for felixonmars/archriscv-packages focused on maintenance hygiene and policy enforcement, delivering measurable business value through streamlined builds and improved compliance.

December 2025: Security hardening and maintenance uplift for felixonmars/archriscv-packages. Key outcomes include QEMU user-mode hardening (block chawan), RISC-V patch cleanup across packages to simplify maintenance and prevent broken builds, Python debugging tooling upgrade with architecture-aware handling, and Rust dependencies refreshed (ring 0.16.20) for build reliability. These actions reduce attack surface, improve cross-architecture stability, and lower maintenance burden.

Month: 2025-11 | Repository: felixonmars/archriscv-packages. Summary: Focused on patch hygiene and build reliability by removing legacy RISC-V patches and an outdated libcddb patch. This streamlines Arch Linux builds, reduces patch churn, and improves maintainability. Key changes include RISC-V patch cleanup (removing riscv64 patches for libkrunfw, libe-book, and pari and removing related configurations) and the libcddb 1.3.2-9 patch removal. These changes reduce build failures associated with stale patches and align packaging with upstream expectations.

October 2025 Monthly Summary: Achieved significant stability and maintainability gains across two Arch-related repositories. Delivered critical build stabilization for Imhex in archlinuxcn/repo and completed a cross-architecture build and patch management overhaul for RISC-V in felixonmars/archriscv-packages. These efforts reduce breakage risk, streamline maintenance, and enable cleaner upgrades and faster release cycles with higher confidence in package quality.

2025-09 monthly summary for felixonmars/archriscv-packages. Focused on RISC-V patch cleanup and build simplification across packages to improve reliability and maintainability in riscv64 environments. Removed obsolete riscv64 patches across multiple packages and added a targeted patch for python-mido (1.3.3-3) to extend test time, reflecting ongoing efforts to stabilize testing on riscv64. This work reduces patch churn, simplifies the build process, and lays groundwork for more reliable CI and future maintenance.

August 2025 performance summary focusing on RISC-V compatibility, build reliability, and maintainability across two repositories. Key features delivered and bugs fixed improved cross-architecture workflows and prepared for future RVV support. Key features delivered: - RISC-V cross-architecture build improvements in felixonmars/archriscv-packages: patches and PKGBUILD updates to enhance cross-arch builds, including disabling RVV runtime dispatch where appropriate, and integrating patches for hashcat, Python-pygit2, and PNG2SVG. Major bugs fixed: - CPU Feature Detection Fallback for RISC-V added in hashcat/hashcat to ensure cpu_supports_sse2 and cpu_supports_ssse3 return 0 on RISC-V, with a TODO for future RVV support. - Obsolete Patch Cleanup across multiple packages to streamline builds and reduce maintenance burden. Overall impact and accomplishments: - Strengthened RISC-V support and build reliability, reducing patch churn and enabling faster CI cycles and deployment in RISC-V contexts. Improved maintainability with streamlined patch management. Technologies/skills demonstrated: - Cross-architecture development and build-system patching (PKGBUILD), patch lifecycle management, low-level feature detection, and arch-specific optimization considerations.

July 2025 monthly summary for felixonmars/archriscv-packages: Implemented comprehensive RISC-V packaging and cross-build improvements to enable reliable riscv64 support across multiple packages. Consolidated packaging and build-system changes, removed legacy patches, introduced dynamic cargo fetch targeting, and applied cross-build adjustments to improve compatibility, maintainability, and build success on RISC-V platforms. This work involved 12 commits across various packages including removals (rmvpatch) and additions (addpatch) of patches for key components such as diesel-cli, python-agate-excel, python-rpy2, intel-graphics-compiler, arch-pkg-repo-updater, buildbtw-poc, megaglest, legba, dotnet-core-bootstrap, and browserpass-firefox. These changes reduce maintenance burden and set the stage for broader RISC-V coverage.

June 2025: Consolidated RISC-V build enablement, cleanup, and release-ready artifacts across archriscv-packages and uv. Improvements reduce patch maintenance, enhance security posture, and accelerate releases for riscv64 platforms.

May 2025 monthly summary for felixonmars/archriscv-packages and BioArchLinux/Packages. This period delivered key features, major fixes, and cross-repo improvements that enhance build reliability, cross-architecture compatibility, and maintenance efficiency, driving business value for multi-arch deployment and package modernization.

April 2025 monthly summary: Delivered targeted improvements across two repositories, focusing on documentation quality, cross-architecture build reliability, and maintainability. Key outcomes include improved documentation readability for Smart Contracts Collections, enabling riscv64 builds through patch modernization, and consolidated patch management to simplify future maintenance across RISCV platforms.

March 2025 monthly summary: Focused on delivering a robust RISC-V packaging ecosystem and improving Aptos CLI update UX across two repositories. Achievements delivered tangible business value through stabilized builds, reduced maintenance burden, and clearer guidance for end users. Key features delivered: - felixonmars/archriscv-packages: RISC-V packaging and build environment improvements, including updated PKGBUILDs, added cmake/clang makedepends, Fortran/Rust config in makepkg.conf.d, and a fix to the ROCm-LLVM ABI to enable a more robust riscv64 build environment. - aptos-labs/aptos-core: Aptos CLI installation source detection and user-guided update flow, detecting package-manager installations and advising updates via the system package manager to respect the original install method. Major bugs fixed: - Patch cleanup and simplification for RISC-V packaging: removed deprecated/outdated patches (riscv patches, libfabric patch, repro-env, cmake patch), streamlined patch management to reduce maintenance burden. Overall impact and accomplishments: - Stabilized and scaled RISC-V builds, enabling broader adoption and faster continuous integration for arch riscv64 targets. - Reduced patch debt and maintenance overhead, improving build reproducibility and reliability. - Improved user experience for Aptos CLI updates by guiding users to the correct update path based on installation method. Technologies/skills demonstrated: - Packaging tooling and build systems (PKGBUILDs, makepkg, cmake, clang, Fortran, Rust) and ABI considerations for RISC-V/ROCm. - Patch management, automation, and maintenance discipline. - CLI UX improvements and user-guided flows, with practical heuristics for installation-method detection.

February 2025 monthly summary: Delivered targeted upgrades and patch-based maintenance across multiple repositories, prioritizing core package freshness, dependency hygiene, and build reliability to drive stability and developer velocity. Coordinated patching and cleanup across archriscv-packages, ROCm/rocMLIR, and JuliaGPU/pocl to reduce deployment risk and align with upstream releases.

January 2025 performance highlights focused on expanding RISC-V support and stabilizing cross-platform builds across multiple repositories, delivering tangible business value through broader hardware compatibility, streamlined CI, and maintainable patch management. Notable outcomes include ROCm/HIP RISC-V patches, cross-build support for riscv64, CI improvements, and targeted code cleanups.

December 2024 performance summary focused on extending ROCm support to RISC-V, and streamlining build/patch workflows for Arch packaging, with a minor documentation cleanliness improvement in Sui examples. The work demonstrates end-to-end patch lifecycle management, cross-repo coordination, and delivery of business-value features with maintainable packaging systems.

Month: 2024-11 – Stabilized Spike-based RISC-V simulator packaging in felixonmars/archriscv-packages. Key deliverable: Spike Simulator Build and Compatibility Fix, including bump to spike 1.1.0-5, a patch adding the missing include directive for cstdint in device.h, and targeted cherry-picks in riscv-isa-sim to ensure clean compilation and runtime compatibility of the Spike simulator.