lading
Deterministic load generation and benchmark-driven Rust code optimization
All Skills in This Repository (6)
Pure Emerald Level Indicatorslading-optimize-review
Coordinate five-persona peer reviews for lading optimization patches with benchmarks.
lading-preflight
Validate Rust toolchain, CI scripts, build, benchmarking, profiling, memory tools, and Git state.
lading-optimize-validate
Generate property tests and attempt Kani proofs to validate optimization bugs.
lading-optimize-hunt
Identify and validate performance optimizations and bugs in the lading codebase.
lading-optimize-submit
Automate git branches, commits, and PRs for lading optimization workflows.
lading-optimize-rescue
Generate missing benchmarks and validate optimization claims in a structured rescue workflow.
Frequently Asked Questions
FAQPage SchemaHow to install lading?▼
Run `npx skills add DataDog/lading --all -g -y` in your terminal to install all skills in this suite globally.
What is lading used for?▼
Lading measures the performance of long-running programs by pushing repeatable synthetic load into them across protocols like HTTP, syslog, DogStatsD, and OpenTelemetry.
How do the optimization skills work?▼
They find hot-path allocation patterns, capture baseline benchmarks, apply one focused change, then require a 5-persona review with measured improvements before approval.
Does lading work with Claude Code?▼
Yes. All skills follow the universal SKILL.md standard and run in Claude Code, Cursor, and other compatible coding environments.
Do I need benchmarking experience to use these skills?▼
No. The skills handle benchmark setup, statistical thresholds, and validation automatically, and the preflight check verifies your environment first.
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