Struct TypeScriptSupport 

pub struct TypeScriptSupport { /* private fields */ }

A grammar confirmed to speak TypeScript, and the resolver that goes with it.

Separate from the oracle because probing is 8.4 µs of a 9.2 µs construction — 23 id_for_node_kind calls, each a linear scan over a 383-kind table. Paying that once per run rather than once per query is what keeps the type surface from costing thirty host crossings on every call, against a crossing §15.1 measures at ~302 ns.

Implementations

impl TypeScriptSupport

pub fn probe(language: &dyn Language) -> Option<Self>

Confirm a grammar has the vocabulary the oracle reads, and take its resolver.

None in two cases, both of which would otherwise produce confident nonsense rather than an error. A grammar that does not know the node kinds this oracle reads is not TypeScript, whatever it calls itself. And a language with no resolver cannot say where a name was declared, so the oracle could type no identifier at all — which would look exactly like a file with nothing to say about it.

Trait Implementations

impl Clone for TypeScriptSupport

fn clone(&self) -> TypeScriptSupport

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for TypeScriptSupport

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Hand-written because Arc<dyn BindingResolver> is not Debug, the same reason and the same shape as LanguageRegistry’s.