getEventTimeseriesWithHttpInfo method

Future<Response> getEventTimeseriesWithHttpInfo({ String? range, String? start, String? end, })

Timeseries returns the caller org's LLM usage over time as an evenly-spaced series.

Timeseries returns the caller org's LLM usage over time as an evenly-spaced series. One point per hour or per day — the bucket the window implies, 24h giving hours and 7d/30d giving days — carrying requests, total tokens and spend in cents. Empty buckets are filled with zeros so a client charts a continuous line. The org is the validated principal's — never a parameter. 403 without a validated bearer, 400 on an unknown range, 503 when the warehouse is unreachable.

Note: This method returns the HTTP Response.

Parameters:

• String range: Range is a relative window: a count and a unit — 24h, 7d, 90d, any

• String start: Start is the inclusive lower bound of a custom window, RFC3339. Requires end.

• String end: End is the exclusive upper bound of a custom window, RFC3339. Requires start.

Implementation

Future<Response> getEventTimeseriesWithHttpInfo({ String? range, String? start, String? end, }) async {
  // ignore: prefer_const_declarations
  final path = r'/v1/event/timeseries';

  // ignore: prefer_final_locals
  Object? postBody;

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

  if (range != null) {
    queryParams.addAll(_queryParams('', 'range', range));
  }
  if (start != null) {
    queryParams.addAll(_queryParams('', 'start', start));
  }
  if (end != null) {
    queryParams.addAll(_queryParams('', 'end', end));
  }

  const contentTypes = <String>[];


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