Can I override the default build command?

Yes, you can manually trigger the skill with a specific command using the syntax `/build-fix [your-command]` to bypass the auto-detection logic.

What happens if the build still fails after 3 attempts?

If the build is still failing after the maximum iterations, the skill will generate a final report detailing the remaining errors for the user to address manually.

What build systems does this skill support?

It automatically detects and supports npm, yarn, make, python-build, cargo, go build, cmake, gradle, and maven. If a system is not detected, you can provide a custom command.

How many times will it try to fix a build error?

The skill operates in an iterative loop for a maximum of 3 iterations to prevent infinite loops while attempting to resolve all independent errors in parallel.

Does it modify test files to make the build pass?

No, the skill follows a strict rule to never modify test files to fix build errors, unless the test file itself has a syntax error that is breaking the compilation.

Build Fixer

Name: Build Fixer
Author: eroslifestyle

byeroslifestyle

0•

Deployment & DevOps

Diagnoses and automatically resolves compilation and build errors across multiple programming languages and build systems.

The Build Fixer skill automates the iterative process of identifying, analyzing, and repairing build failures. By automatically detecting the project's build system—ranging from npm and Cargo to Maven and CMake—it executes build commands, parses error logs using language-specific patterns, and applies intelligent fixes for common issues like missing imports, type mismatches, and syntax errors. This tool is essential for maintaining project velocity, especially during complex refactors or dependency migrations where manual debugging is time-consuming.

Key Features

01Detailed build reports summarizing attempted fixes and final status

02Advanced regex-based error parsing for TS, JS, Python, Rust, and Go

030 GitHub stars

04Automated application of fixes for imports, types, and syntax issues

05Iterative error resolution loop with a 3-attempt safety limit

06Multi-language build system auto-detection (NPM, Cargo, Maven, Go, etc.)

Use Cases

01Automating the 'fix-and-retry' cycle during legacy code modernization

02Standardizing build error resolution in multi-language monorepos

03Resolving complex compilation errors after major dependency updates

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add eroslifestyle/claude-orchestrator-plugin build-fix

For use in Claude.ai and ChatGPT

Key Features

01Detailed build reports summarizing attempted fixes and final status

02Advanced regex-based error parsing for TS, JS, Python, Rust, and Go

030 GitHub stars

04Automated application of fixes for imports, types, and syntax issues

05Iterative error resolution loop with a 3-attempt safety limit

06Multi-language build system auto-detection (NPM, Cargo, Maven, Go, etc.)

Use Cases

01Automating the 'fix-and-retry' cycle during legacy code modernization

02Standardizing build error resolution in multi-language monorepos

03Resolving complex compilation errors after major dependency updates

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add eroslifestyle/claude-orchestrator-plugin build-fix

For use in Claude.ai and ChatGPT