Resolve NeuroScript syntax and shape errors in .ns files.
npx skills add https://github.com/severeon/neuroscript-rs --skill ns-language
Please help me install this Agent Skill. Skill: ns-language Source: https://github.com/severeon/neuroscript-rs/tree/main/.claude/skills/ns-language Command: npx skills add https://github.com/severeon/neuroscript-rs --skill ns-language
This skill provides an authoritative NeuroScript language reference and troubleshooting guide to resolve questions about neuron definitions, ports, shapes, connections, match expressions, context bindings, conditionals, and impl references so authors can write correct .ns files and avoid shape or instantiation errors.
Ask the skill to inspect a neuron definition that is failing validation and explain the minimal changes required to fix ports, shapes, match arms, or context bindings.
High-intent search queries and answers about installing and using this skill.
To fix shape unification errors in NeuroScript neuron definitions, you must ensure that literal, named, wildcard, and variadic dimensions align correctly across ports and match patterns according to the language's broadcasting rules. This skill resolves those mismatches by inspecting the .ns file and explaining the minimal changes required for port declarations and shape consistency.
Match expression exhaustiveness in .ns files requires that all possible shape patterns are covered by the match arms without unreachable routes. This skill validates your match expressions by detecting non-exhaustive matches and unreachable arms, then explains how to correct the guards and conditionals to ensure complete routing.
The semantics of @lazy, @static, and @global context bindings in NeuroScript dictate how variables are instantiated and scoped during neuron execution and recursion. This skill provides detailed behavior explanations and validation rules to prevent recursive instantiation errors and improper context binding.
To validate impl references and import formatting in a .ns file, you must check that the impl notation and use statements follow the correct syntax rules for neuron definitions. This skill inspects the formatting mistakes and explains the minimal changes required to resolve impl and import errors.
A variadic pattern causes a dimension mismatch in a neuron definition when its shape does not correctly unify with the connected ports or literal dimensions during broadcasting. This skill identifies the specific dimension mismatches in your .ns file and explains how to adjust the variadic patterns for proper shape unification.
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