Enforce TypeScript and Valibot boundary validation rules in the ethernauta monorepo.
npx skills add https://github.com/niconiahi/ethernauta --skill no-violations
Please help me install this Agent Skill. Skill: no-violations Source: https://github.com/niconiahi/ethernauta/tree/main/skills/no-violations Command: npx skills add https://github.com/niconiahi/ethernauta --skill no-violations
Eliminates unsafe TypeScript patterns and consistency drift by enforcing a repo-wide set of absolute coding rules for boundaries, typing, and validation.
parse, then rely on inference inside the implementation.as type assertions, any/unknown/never misuse, non-null !, lint disables/ignores, and hand-rolled TypeScript object types.parse, preventing subtle type and equality bugs.Use the no-violations skill rules before writing any new TypeScript in the monorepo, especially when introducing new parsing/encoding boundaries or branded hex handling.
High-intent search queries and answers about installing and using this skill.
To enforce strict TypeScript type safety rules in a monorepo, apply absolute coding conventions that ban `as` type assertions, non-null `!` operators, and lint disables, preventing unsafe typing patterns and consistency drift across packages.
Boundary-first validation with Valibot means validating all untrusted inputs at the boundary using Valibot `parse`, then relying on type inference inside the implementation to ensure schema-driven typing.
Prevent unsafe type assertions and escape hatches by enforcing rules that ban `as` assertions, `any`/`unknown`/`never` misuse, non-null `!` operators, lint disables, and hand-rolled TypeScript object types.
Yes, you can use Valibot to validate branded hex primitives by ensuring they are only produced via `parse`, preventing subtle type and equality bugs when handling branded core hex types across resolver and transport code paths.
ESLint and Biome work with strict TypeScript schema validation rules by enforcing no escape-hatch linting or ignores, ensuring all invariants are encoded in Valibot schemas instead of manual validation logic.
TypeScript allows inconsistent typing patterns across packages without repo-wide absolute coding rules, leading to consistency drift, duplicate validation logic, and subtle bugs from unvalidated untrusted inputs.
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