SalvatorePreviti

git log --since="2022-01-01"  | ack "Author:" | awk -F '<'  '{print $1}' | ack Author | sort | uniq -c | sort -r

SalvatorePreviti

describe('newPRNG', () => {
  test('should generate seeded random values', () => {
    expect(newPRNG(123)(new Array(5))).toEqual([-220828386, -1556571610, 1450074142, -2011800852, 1359997245]);
    expect(Buffer.from(newPRNG(123)(new Int8Array(20))).toString('hex')).toBe(
      '1ef2d66d26a3389a1e566e60ec88165a3d510fe9',
    );
    expect(Buffer.from(newPRNG(123)(new Int8Array(20))).toString('hex')).toBe(
      '1ef2d66d26a3389a1e566e60ec88165a3d510fe9',
    );
    expect(Buffer.from(newPRNG(123)(new Uint8ClampedArray(10))).toString('hex')).toBe('1ef2d66d26a3389a1e56');

SalvatorePreviti

import { useSyncExternalStore } from "react";
import type { ConsumerProps, FC, ReactNode } from "react";

export interface ReactAtom<T> {
  readonly get: () => T;
  readonly sub: (listener: () => void) => () => void;
}

/**
 * Hook: Use an atom value in a react component.

SalvatorePreviti

	/// <summary>
	/// Computes the intersection points between a frustum and an infinite line.
	/// Finds the visible part of a segment in respect of a camera frustum.
	/// Returns false if the line is not visible at all.
	/// </summary>
	/// <example>
	/// var planes = GeometryUtility.CalculateFrustumPlanes(camera);
	/// if (GetFrustumLineIntersection(camera, planes, ray, out d1, out d2)) {
	/// 	Gizmos.DrawLine(ray.GetPoint(d1), ray.GetPoint(d2));
	/// }