

September 2025 monthly summary for NexaAI/nexa-sdk: Delivered GPT OSS Template Parsing and Thinking Output Visibility Control, enabling parsing of GPT-OSS templates and a new flag to control visibility of 'thinking' output during VLM/LLM operations. Updated infer and repl commands to support parsing and visibility control. No major bugs fixed this month. The work is anchored by commit c6fe95178453e0da29a3de890d6e60316bda21dc (feat: add gpt-oss template parsing (#508)).
September 2025 monthly summary for NexaAI/nexa-sdk: Delivered GPT OSS Template Parsing and Thinking Output Visibility Control, enabling parsing of GPT-OSS templates and a new flag to control visibility of 'thinking' output during VLM/LLM operations. Updated infer and repl commands to support parsing and visibility control. No major bugs fixed this month. The work is anchored by commit c6fe95178453e0da29a3de890d6e60316bda21dc (feat: add gpt-oss template parsing (#508)).
August 2025 monthly summary focused on installer reliability and deployment efficiency for Nexa SDK. Delivered a streamlined Windows installer workflow and improved artifact installation consistency for Nexa CLI and llama_cpp, setting a foundation for faster, more reliable deployments.
August 2025 monthly summary focused on installer reliability and deployment efficiency for Nexa SDK. Delivered a streamlined Windows installer workflow and improved artifact installation consistency for Nexa CLI and llama_cpp, setting a foundation for faster, more reliable deployments.
July 2025 NexaSDK monthly summary: Delivered end-to-end packaging and release improvements across macOS and multi-backend platforms, resulting in more reliable distributions and faster time-to-market. Key features delivered: - MacOS packaging, signing, notarization, and runtime stability improvements: automated signing/notarization of macOS binaries and PKG packaging, bundle identifier adjustments, and runtime path/permissions fixes to ensure reliable Nexa CLI execution on macOS. - Cross-platform backend-aware release packaging and signing: backend-specific Nexa CLI variants and packaging for mlx, CUDA, Vulkan, and CPU across Windows, Linux, and macOS, with per-backend signing and installation adjustments. - CI versioning standardization: unify versioning by using the first 7 characters of the commit SHA for VERSION across all pipelines, improving traceability and reproducibility. Major bugs fixed: - Resolved runtime and library path issues (dylib path fixes) and ensured Python runtime binaries have proper executable permissions, contributing to stable builds and installers. Also addressed packaging edge cases like rpath removal where applicable. Overall impact and accomplishments: - Streamlined, cross-platform release workflow with automated signing/notarization, per-backend packaging, and consistent versioning. This reduces manual release toil, shortens release cycles, and improves end-user installation reliability across macOS, Windows, and Linux. Technologies/skills demonstrated: - macOS signing/notarization workflow, PKG packaging, runtime path/permission fixes; cross-platform packaging strategies for multiple backends; Windows/Linux/macOS code signing; CI/CD automation and versioning discipline; binary path and runtime reliability improvements.
July 2025 NexaSDK monthly summary: Delivered end-to-end packaging and release improvements across macOS and multi-backend platforms, resulting in more reliable distributions and faster time-to-market. Key features delivered: - MacOS packaging, signing, notarization, and runtime stability improvements: automated signing/notarization of macOS binaries and PKG packaging, bundle identifier adjustments, and runtime path/permissions fixes to ensure reliable Nexa CLI execution on macOS. - Cross-platform backend-aware release packaging and signing: backend-specific Nexa CLI variants and packaging for mlx, CUDA, Vulkan, and CPU across Windows, Linux, and macOS, with per-backend signing and installation adjustments. - CI versioning standardization: unify versioning by using the first 7 characters of the commit SHA for VERSION across all pipelines, improving traceability and reproducibility. Major bugs fixed: - Resolved runtime and library path issues (dylib path fixes) and ensured Python runtime binaries have proper executable permissions, contributing to stable builds and installers. Also addressed packaging edge cases like rpath removal where applicable. Overall impact and accomplishments: - Streamlined, cross-platform release workflow with automated signing/notarization, per-backend packaging, and consistent versioning. This reduces manual release toil, shortens release cycles, and improves end-user installation reliability across macOS, Windows, and Linux. Technologies/skills demonstrated: - macOS signing/notarization workflow, PKG packaging, runtime path/permission fixes; cross-platform packaging strategies for multiple backends; Windows/Linux/macOS code signing; CI/CD automation and versioning discipline; binary path and runtime reliability improvements.
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