Rocky_Mountain_Vending/.pnpm-store/v10/files/59/270ae8a11b40d9f9f8ab03e3f5fd3acde3ab342c4c1f7df4e845f8083b49b75256bcfbf5e5bc1d971a706d924d5d6d655b542836e332dfa402d09ed4233ea6
DMleadgen 46d973904b
Initial commit: Rocky Mountain Vending website
Next.js website for Rocky Mountain Vending company featuring:
- Product catalog with Stripe integration
- Service areas and parts pages
- Admin dashboard with Clerk authentication
- SEO optimized pages with JSON-LD structured data

Co-authored-by: Cursor <cursoragent@cursor.com>
2026-02-12 16:22:15 -07:00

84 lines
2.9 KiB
Text

/// <reference types="node" />
/**
* @param trace Trace file location or an array of traceEvents.
*/
declare function Speedline<I extends Speedline.IncludeType = 'all'>(trace: string|Speedline.TraceEvent[], opts: Speedline.Options<I>): Promise<Speedline.Output<I>>;
declare namespace Speedline {
type IncludeType = 'all' | 'speedIndex' | 'perceptualSpeedIndex';
interface Options<I extends IncludeType = 'all'> {
/**
* Provides the baseline timeStamp, typically navigationStart. Must be a monotonic clock
* timestamp that matches the trace. E.g. `speedline('trace.json', {timeOrigin: 103205446186})`
*/
timeOrigin?: number;
/**
* If the elapsed time and difference in similarity between two screenshots are small,
* fastMode will skip decoding and evaluating the frames between them.
*/
fastMode?: boolean;
/**
* Specifies which speed indexes to compute, can be one of
* `all|speedIndex|perceptualSpeedIndex`. Defaults to `all`.
*/
include?: I;
}
interface TraceEvent {
name: string;
cat: string;
args: {
data?: {
url?: string
};
snapshot?: string;
};
tid: number;
ts: number;
dur: number;
}
interface Output<I extends (IncludeType | 'unknown') = 'unknown'> {
/** Recording start timestamp. */
beginning: number;
/** Recording end timestamp. */
end: number;
/** Duration before the first visual change, in ms. */
first: number;
/** Duration before the last visual change, in ms. */
complete: number;
/** Timeline recording duration, in ms. */
duration: number;
/** Array of all the frames extracted from the timeline. */
frames: Array<{
/**
* @return The frame histogram. Note that light pixels informations are removed
* from the histogram for better speed index calculation accuracy.
*/
getHistogram(): number[][];
/** @return The frame timestamp. */
getTimeStamp(): number;
/** @return The frame content. */
getImage(): Buffer;
setProgress(progress: number, isInterpolated: boolean): void;
setPerceptualProgress(progress: number, isInterpolated: boolean): void;
/** @return The frame visual progress. */
getProgress(): number;
/** @return The frame perceptual visual progress. */
getPerceptualProgress(): number;
isProgressInterpolated(): boolean;
isPerceptualProgressInterpolated(): boolean;
getParsedImage(): {width: number, height: number, data: Buffer};
}>;
/** The Speed Index for the trace. Defined if opts.include was 'all' (default) or 'speedIndex'. */
speedIndex: I extends 'all'|'speedIndex' ? number : (number | undefined);
/** The Perceptual Speed Index for the trace. Defined if opts.include was 'all' (default) or 'perceptualSpeedIndex'. */
perceptualSpeedIndex: I extends 'all'|'perceptualSpeedIndex' ? number : (number | undefined);
}
}
export = Speedline;