getCodeSearchWithHttpInfo method

Future<Response> getCodeSearchWithHttpInfo({ String? q, String? type, String? repo, int? limit, })

Finds code in the caller org's index across three orthogonal retrieval tiers fused by reciprocal-rank fusion: lexical (FTS5 trigram over code-tokenized text), symbolic (real definition and reference edges), and semantic (embedding cosine over AST-boundary chunks).

Finds code in the caller org's index across three orthogonal retrieval tiers fused by reciprocal-rank fusion: lexical (FTS5 trigram over code-tokenized text), symbolic (real definition and reference edges), and semantic (embedding cosine over AST-boundary chunks). Pick one tier with type, or leave it to run all three as hybrid, which is what a coding agent usually wants. It is FAIL-HONEST: a retrieval outage answers 200 with an empty result set and "degraded": true rather than a 5xx, so an agent degrades instead of stalling. A malformed regex is a 400.

Note: This method returns the HTTP Response.

Parameters:

• String q: Q is the search query. Required, max 4000 bytes. For type=regex it is a regular expression; for type=symbol it is a symbol name.

• String type: Type selects the retrieval tier: "text" (FTS5 trigram), "regex", "symbol" (definitions), "semantic" (embeddings) or "hybrid". Anything else — including empty — reads as hybrid.

• String repo: Repo narrows to one repository. Empty searches every repo the org has indexed.

• int limit: Limit caps how many spans come back: default 20, maximum 100. A value that is not a positive integer reads as the default.

Implementation

Future<Response> getCodeSearchWithHttpInfo({ String? q, String? type, String? repo, int? limit, }) async {
  // ignore: prefer_const_declarations
  final path = r'/v1/code/search';

  // ignore: prefer_final_locals
  Object? postBody;

  final queryParams = <QueryParam>[];
  final headerParams = <String, String>{};
  final formParams = <String, String>{};

  if (q != null) {
    queryParams.addAll(_queryParams('', 'q', q));
  }
  if (type != null) {
    queryParams.addAll(_queryParams('', 'type', type));
  }
  if (repo != null) {
    queryParams.addAll(_queryParams('', 'repo', repo));
  }
  if (limit != null) {
    queryParams.addAll(_queryParams('', 'limit', limit));
  }

  const contentTypes = <String>[];


  return apiClient.invokeAPI(
    path,
    'GET',
    queryParams,
    postBody,
    headerParams,
    formParams,
    contentTypes.isEmpty ? null : contentTypes.first,
  );
}