build-perf-baseline

Optimizes MSBuild builds via baselines, caching, parallelism, and trimming.

Updated May 28, 2026
One-click install
npx skills add https://github.com/ojrojas/AgentsInstructions --skill build-perf-baseline-ojrojas
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: build-perf-baseline
Source: https://github.com/ojrojas/AgentsInstructions/tree/main/.claude/skills/dotnet-msbuild/skills/build-perf-baseline
Command: npx skills add https://github.com/ojrojas/AgentsInstructions --skill build-perf-baseline-ojrojas

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) components.

What problem does it solve?

This Skill solves the issue of slow MSBuild builds by providing systematic optimization techniques, performance baselining, and best practices for MSBuild and .NET build environments.

Core Features & Use Cases

  • Performance Baseline: Establish before/after measurements for builds, including cold, warm, and no-op scenarios.
  • MSBuild Server: Enable and manage the MSBuild server for efficient build execution.
  • Artifacts Output Layout: Utilize the UseArtifactsOutput feature for improved build caching and cleaner project structure.
  • Deterministic Builds: Ensure reproducibility and caching by enabling deterministic builds.
  • Dependency Graph Trimming: Reduce unnecessary project references to enhance build speed.
  • Static Graph Builds: Optimize build scheduling and isolation with static graph mode.
  • Parallel Build Tuning: Improve build performance through parallelization and resource management.
  • Quick Wins: Apply additional tips for further performance enhancement, like separate restore from build and skip unnecessary targets.
  • Binary Log Analysis: Utilize binary logs for debugging and optimizing builds.
  • Optimization Decision Tree: Navigate a structured approach to optimize based on common build problems.

Quick Start

Run the build-perf-baseline skill to get started on optimizing your MSBuild build performance.

Frequently Asked Questions about build-perf-baseline

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I optimize MSBuild build performance systematically?

Optimize MSBuild build performance by establishing baselines, enabling the MSBuild server, utilizing static graph builds, and tuning parallel execution. Systematically apply these techniques to reduce build times.

How do I establish a performance baseline for .NET builds?

Establish a .NET build performance baseline by measuring cold, warm, and no-op build scenarios before applying optimizations. This creates a reference point to validate performance improvements.

What are the benefits of static graph builds in MSBuild?

Static graph builds in MSBuild optimize scheduling and process isolation by evaluating project references upfront. This enables efficient parallelization and reduces redundant project evaluations during the build.

Do I need the .NET SDK to use MSBuild build optimizations?

Yes, you need the .NET SDK and an MSBuild environment. These optimizations depend on SDK-specific features including the MSBuild server, ArtifactsOutput layout, and static graph evaluation capabilities.

How do deterministic builds improve MSBuild performance?

Deterministic builds improve MSBuild performance by ensuring reproducible outputs, which maximizes build caching efficiency. Enabling deterministic builds ensures identical binaries across different environments.

Why should I separate restore from build in MSBuild?

Separating restore from build prevents redundant package evaluations during compilation, acting as a quick optimization win. This streamlines the MSBuild process and improves overall execution speed.