Automate Lean 4 code generation and proof synthesis for repository-level formal specifications.
npx skills add https://github.com/sunblaze-ucb/vero --skill vero-select
Please help me install this Agent Skill. Skill: vero-select Source: https://github.com/sunblaze-ucb/vero/tree/main/.claude/skills/vero-select Command: npx skills add https://github.com/sunblaze-ucb/vero --skill vero-select
This Skill automates the process of generating Lean 4 code and proofs for repository-level code generation, addressing the need for verified code synthesis across multi-module codebases.
Execute the vero-select skill with the vero-select command to begin the process of dependency closure and Lean file layout planning for your Lean 4 repository.
High-intent search queries and answers about installing and using this skill.
Automating Lean 4 proof synthesis across a multi-module repository requires computing dependency closures and planning file layouts. This Skill automates that process by generating machine-checked proofs for each formal specification while managing translation order for efficient code generation.
Dependency closure computation in Lean 4 code generation identifies all required dependencies for selected items in a repository. This Skill automates that calculation to ensure verified code synthesis covers every necessary module before planning the file layout and translation order.
Yes, you need a Lean 4 environment and appropriate formal specifications set up before using automated proof generation. This Skill requires an existing Lean 4 setup to compute dependency closures, plan file layouts, and synthesize machine-checked proofs for your repository.
The best way to plan Lean file layouts for repository-level code generation is to automate layout planning with dependency closure data. This Skill computes the dependency closure first, then plans the Lean file layout and translation order to ensure efficient, verified code synthesis across modules.
Yes, this is ideal for researchers and developers working on complex multi-module Lean 4 codebases. It computes dependency closures, plans file layouts, and synthesizes machine-checked proofs to ensure code correctness and proof validity across complex implementations.
Lean 4 code generation fails without resolved dependencies because proof synthesis requires a complete dependency closure to verify formal specifications across modules. This Skill automates dependency closure computation and file layout planning to prevent missing module dependencies during code generation.
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