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Found 25 Skills
Shape Android build logic with Gradle, version catalogs, plugins, convention patterns, and toolchain compatibility.
DART build system knowledge - CMake, pixi, dependencies, troubleshooting
Non-negotiable Taubyte constraints that prevent config/build/runtime failures.
Implement a prepare-environment script (Bash on macOS/Linux, PowerShell on Windows) for an arbitrary programming language, following the same conceptual pattern as the bundled Java reference script in assets/. Use when the user wants to add a one-time per-build setup step (install deps, pre-build artifacts, populate caches) for a new language (Python, Node.js, Go, Rust, Flutter, etc.) to a ***plain project, or wants to regenerate / adapt the existing Java runner.
Use when building, testing, linting, or running Go code in projects that have a Makefile. Prefer make targets over calling go commands directly.
Package voxtype for release. Creates deb and rpm packages from binaries. Use when building distribution packages.
Ninja build system skill. Use when diagnosing Ninja build failures, understanding Ninja's role as a low-level build executor generated by CMake or other meta-build systems, tuning parallelism, interpreting Ninja output, or working with build.ninja files. Activates on queries about ninja errors, ninja parallelism, ninja verbose output, build.ninja format, or ninja as a CMake generator.
This is used when you need to compile embedded projects via the PlatformIO command line, call the built-in script to parse environment configurations, execute builds, and locate firmware artifacts.
Create or improve Makefiles with minimal complexity. Templates available: base, python-uv, python-fastapi, nodejs, go, chrome-extension, flutter.
Generate Makefiles with testing, linting, formatting, and automation targets for new projects.
Comprehensive toolkit for generating best practice Makefiles following current standards and conventions. Use this skill when creating new Makefiles, implementing build automation, or building production-ready build systems.
This is used when you need to configure or build a firmware project based on ESP-IDF, call the built-in script to execute idf.py build, and locate the firmware artifacts.