Multi-skill Xcode build optimization plugin covering benchmarking, compile hotspots, project settings, SPM dependency analysis, and recommend-first orchestration.
npx claudepluginhub avdlee/xcode-build-optimization-agent-skillA multi-skill plugin for benchmarking and optimizing Xcode builds, compile hotspots, project settings, and Swift Package Manager dependency overhead.
No description available.
Claude Code marketplace entries for the plugin-safe Antigravity Awesome Skills library and its compatible editorial bundles.
Production-ready workflow orchestration with 79 focused plugins, 184 specialized agents, and 150 skills - optimized for granular installation and minimal token usage
Open-source Agent Skills for benchmarking and optimizing Xcode build performance across clean builds, incremental builds, compile hotspots, project settings, and Swift Package Manager overhead.
Install all six skills (the orchestrator needs the specialist skills to work):
npx skills add https://github.com/avdlee/xcode-build-optimization-agent-skill
Then open your Xcode project in your AI coding tool and say:
Use the /xcode-build-orchestrator skill to analyze build performance and come up with a plan for improvements.
The agent will benchmark your clean and incremental builds, audit build settings, find compile hotspots, and produce an optimization plan at .build-benchmark/optimization-plan.md. No project files are modified until you explicitly approve changes.
For long-term monitoring across days, machines, Xcode versions, and teams, use RocketSim Build Insights and Team Build Insights.
A 1-second improvement on a 30-second incremental build sounds small. At 50 builds a day, that adds up to 3.5 hours per developer per year -- or 35 hours across a team of ten.
Most projects have several seconds of easy wins hiding in build settings, script phases, and compiler flags. This skill finds them.
The orchestrator coordinates five specialist skills in a recommend-first workflow. Nothing is modified until you approve.
flowchart LR
Orchestrator --> Benchmark["Benchmark\n(clean + incremental)"]
Benchmark --> Compilation["Compilation\nAnalyzer"]
Benchmark --> Project["Project\nAnalyzer"]
Benchmark --> SPM["SPM\nAnalyzer"]
Compilation --> Plan["Optimization\nPlan"]
Project --> Plan
SPM --> Plan
Plan --> You{{"You review\n& approve"}}
You --> Fixer["Build\nFixer"]
Fixer --> ReBenchmark["Re-benchmark\n& verify"]
Phase 1 -- Analyze. The orchestrator benchmarks your project, runs the three specialist analyzers, and produces a prioritized optimization plan at .build-benchmark/optimization-plan.md. No project files are modified.
Use the Xcode build orchestrator to analyze build performance and come up with a plan for improvements.
Phase 2 -- Fix. Review the plan, check the approval boxes for the items you want, and ask the agent to apply them. The fixer implements only approved changes and re-benchmarks to verify.
Implement the approved items from the optimization plan at .build-benchmark/optimization-plan.md, then re-benchmark to verify the improvements.
The plan file is your evidence trail -- shareable with teammates, reviewable in PRs, and diffable over time.
The agent runs over 40 individual checks across build settings, project configuration, source code, and package dependencies.