Develop formal Quint specifications and verify them with Apalache.
npx skills add https://github.com/zmanian/quint-spec-skill --skill quint-spec
Please help me install this Agent Skill. Skill: quint-spec Source: https://github.com/zmanian/quint-spec-skill/tree/main/skills/quint-spec Command: npx skills add https://github.com/zmanian/quint-spec-skill --skill quint-spec
This Skill automates the process of building formal specifications in Quint, a language designed for proving the correctness of complex systems like DeFi protocols, cross-chain communication, and intent-based architectures. It guides users through a rigorous workflow to ensure protocol logic is sound and verifiable.
Use the quint-spec skill to write a formal specification for the provided protocol description.
High-intent search queries and answers about installing and using this skill.
To formally verify a smart contract protocol specification, you can model the system using Quint and validate its safety and liveness properties through model checking with the Apalache checker. This ensures protocol logic remains sound under all conditions.
Building formal Quint specifications for DeFi protocols involves a structured 7-phase workflow: protocol analysis, domain modeling with sum types, state space definition, action implementation, property definition, testing, and final verification using Apalache.
Yes, you can use model checking to prove invariants for cross-chain interoperability systems by defining state spaces and implementing guard-update patterns in Quint, then verifying temporal logic properties and invariants with the Apalache model checker.
Yes, formal verification with Quint requires defining state spaces and action guards. The process uses guard-update patterns for action implementation and domain modeling with records and sum types to accurately represent complex decentralized system logic.
The Apalache model checker verifies formally specified Quint properties like invariants and temporal logic, but it is limited by state space explosion inherent in complex decentralized systems, requiring careful domain modeling and state definition to ensure effective verification.
arthrodTransform abstract project ideas into validated Markdown design specifications.
photoszztDebug TLA+ invariant and property violations reported by the TLC model checker.
v1bh0rFormalize system behavior with TLA+ or PlusCal and verify invariants via TLC or Apalache.
dtsongGenerate TLA+ specifications with state variables, invariants, and temporal logic conditions.
