What is linear logic in the context of programming?

Linear logic is a resource-aware logic where every resource must be consumed exactly once. It prevents common errors like memory leaks (discarding without using) or double-free errors (using more than once).

What are session types?

Session types are a way to describe the protocol of a communication channel. This skill uses them to ensure that messages are sent and received in the correct order as defined by the logic.

How does this skill relate to Rust's ownership model?

The skill implements semantics similar to Rust's move-by-default behavior, allowing Claude to reason about and validate the lifecycle of variables and resources within your code.

What is the role of the GF(3) Validator?

Within the topological chemputer ecosystem, the GF(3) -1 (MINUS) trit designates this skill as a validator, specifically responsible for checking that programs satisfy linear resource constraints.

Linear Logic & Resource Validator

Name: Linear Logic & Resource Validator
Author: plurigrid

byplurigrid

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开发者工具

Implements Girard's linear logic to ensure resource-aware computation and precise memory management.

关于

This skill integrates Girard's linear logic into the Claude environment, providing a framework for managing resources that must be used exactly once. By enforcing constraints through proof nets and session types, it enables safer concurrency, prevents memory leaks, and validates protocol compliance. It is an essential tool for developers working on low-level systems, distributed protocols, or formal verification tasks where resource exhaustion, duplication, or improper state transitions must be strictly prevented.

主要功能

Utilizes GF(3) triadic logic to act as a system-wide validator
Validates proof net structures using the Danos-Regnier criterion
Enforces 'use-exactly-once' resource constraints for memory safety
2 GitHub stars
Implements session types for protocol-compliant communication
Maps linear logic connectives to Rust-like ownership semantics

使用场景

Automating memory safety and resource-tracking checks in systems code
Formal verification of logic gates and proof nets in research environments
Verifying distributed protocol compliance using session types

关于

主要功能

Utilizes GF(3) triadic logic to act as a system-wide validator
Validates proof net structures using the Danos-Regnier criterion
Enforces 'use-exactly-once' resource constraints for memory safety
2 GitHub stars
Implements session types for protocol-compliant communication
Maps linear logic connectives to Rust-like ownership semantics

使用场景

Automating memory safety and resource-tracking checks in systems code
Formal verification of logic gates and proof nets in research environments
Verifying distributed protocol compliance using session types