Does this skill allow Gemini to modify my files directly?

No. The skill is strictly configured to request Unified Diff Patches only, ensuring that Claude remains the primary implementer who must verify and apply any suggested changes locally.

How are conversations maintained across multiple turns?

The skill captures and reuses a unique SESSION_ID for every interaction, allowing Gemini to remember previous context and instructions throughout a collaborative session.

What are the prerequisites for using this skill?

You must have the Gemini CLI installed and configured on your system, along with the python3 bridge script included in the skill repository.

Can I use Gemini to analyze UI screenshots?

Yes. By copying screenshots into the .codex_uploads directory, you can reference them in your prompts for Gemini to analyze layout, design, or visual bugs.

Collaborative Gemini Bridge

Name: Collaborative Gemini Bridge
Author: appautomaton

byappautomaton

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Herramientas de Colaboración

Delegates complex coding tasks, debugging, and peer reviews to the Gemini CLI while maintaining Claude as the primary orchestrator.

Acerca de

This skill establishes a structured communication bridge between Claude and the Gemini CLI, enabling advanced multi-model collaboration within your development workflow. It allows Claude to delegate specific sub-tasks—such as prototyping alternative architectures, deep-dive debugging, or code reviews—to Gemini while maintaining session context via persistent IDs. By enforcing token-efficient file referencing and Unified Diff Patch outputs, the skill ensures that Gemini acts as a high-powered consultant that provides actionable suggestions without compromising the integrity of the primary codebase.

Características Principales

Support for visual debugging by referencing screenshots via a dedicated upload directory.
Multi-turn session management using persistent SESSION_IDs for continuous collaboration.
Collaboration State Capsule for tracking goals and handoff history in real-time.
Token-efficient handoffs using file and line references instead of full-file uploads.
53 GitHub stars
Enforced Unified Diff Patch output to ensure safe, reviewable code suggestions.

Casos de Uso

Peer-reviewing proposed patches for risk spotting, UI/UX improvements, and test coverage.
Performing deep-dive debugging and root cause analysis on legacy codebases.
Generating alternative solution paths or architectural edge cases for complex features.

Acerca de

Características Principales

Support for visual debugging by referencing screenshots via a dedicated upload directory.
Multi-turn session management using persistent SESSION_IDs for continuous collaboration.
Collaboration State Capsule for tracking goals and handoff history in real-time.
Token-efficient handoffs using file and line references instead of full-file uploads.
53 GitHub stars
Enforced Unified Diff Patch output to ensure safe, reviewable code suggestions.

Casos de Uso

Peer-reviewing proposed patches for risk spotting, UI/UX improvements, and test coverage.
Performing deep-dive debugging and root cause analysis on legacy codebases.
Generating alternative solution paths or architectural edge cases for complex features.