Will TCR really delete my code if a test fails?

Yes. The 'Revert' part of TCR restores your code to the last successful commit. This encourages you to make changes so small that losing them isn't a setback, but a lesson in step-size.

How does failure logging help in TCR?

By documenting why a revert happened, you build a 'failure catalog' that helps you recognize specific coding patterns or types of changes that frequently cause errors.

What is the primary benefit of the TCR workflow?

TCR forces you to take extremely small steps, which reduces the cognitive load of debugging and ensures your codebase is always in a deployable, passing state.

Is TCR suitable for large features?

TCR is best used for refactoring or implementing features that can be broken down into micro-tasks. It is not recommended for exploration spikes or when tests are slow.

What is the TRC variant used for?

TRC (Test && Revert || Commit) is used for the TDD 'red' phase. It ensures that a new test actually fails as expected before you write the implementation.

TCR Practice (Test && Commit || Revert)

Name: TCR Practice (Test && Commit || Revert)
Author: colek42

bycolek42

安全与测试

Implements the high-discipline TCR workflow to enforce atomic code changes and guarantee a constant state of passing tests.

关于

TCR Practice is a specialized skill for Claude Code that facilitates the 'Test && Commit || Revert' development workflow, often called 'TDD on steroids.' By automating the cycle where passing tests trigger a git commit and failing tests trigger an immediate code revert, this skill forces developers to work in the smallest possible increments. It includes specialized guidance for refactoring, the TRC variant for TDD red phases, and structured failure logging to help developers identify patterns in their coding errors and manage fatigue during intense programming sessions.

主要功能

Integrated failure logging for pattern recognition and learning
0 GitHub stars
Automated Test && Commit || Revert (TCR) workflow orchestration
Fatigue detection and sustainable pace signaling
Symmetric TRC support for validating TDD red phases
Seamless git-handover support for remote mob/ensemble programming

使用场景

Conducting code katas and high-discipline TDD practice sessions
Streamlining remote mob programming with automatic continuous integration
Safe refactoring of legacy code using verified micro-steps

关于

主要功能

Integrated failure logging for pattern recognition and learning
0 GitHub stars
Automated Test && Commit || Revert (TCR) workflow orchestration
Fatigue detection and sustainable pace signaling
Symmetric TRC support for validating TDD red phases
Seamless git-handover support for remote mob/ensemble programming

使用场景

Conducting code katas and high-discipline TDD practice sessions
Streamlining remote mob programming with automatic continuous integration
Safe refactoring of legacy code using verified micro-steps