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// @deno-types='../mod.d.ts'import { Colors } from '../deps.ts';import {  calculateEnergy,  calculateSize,  getWebsiteCarbonUrl,  isValidUrl,} from './helpers.ts';
const REQUEST_URL = 'https://api.websitecarbon.com';
export async function _fetch(url: URL) {  return await fetch(url, {    method: 'GET',    headers: {      Accept: 'application/json',    },  })    .then((response) => response.json())    .catch((error) => {      console.log(error);    });}
export async function querySite(url: string, verbose: number) {  if (!isValidUrl(url)) {    console.error('Invalid URL');    Deno.exit(-1);  }
  const requestUrl = new URL(`${REQUEST_URL}/site`);  requestUrl.searchParams.set('url', url);
  const result = (await _fetch(requestUrl)) as SiteResponse;
  if (verbose < 1) {    if (result.green === true) {      return Colors.black(        Colors.bgGreen(          `Hurrah! ${url} is is cleaner than ${            result.cleanerThan * 100          }% of web pages tested.`,        ),      );    } else {      return Colors.black(        Colors.bgRed(          `Uh oh! ${url} is is dirtier than ${            result.cleanerThan * 100          }% of web pages tested.`,        ),      );    }  } else if (verbose === 1) {    return {      green: result.green,      size: calculateSize(result.bytes),      cleanerThan: `${result.cleanerThan * 100}%`,      energy_pr_load: calculateEnergy(result.statistics.energy),      co2: {        grid: `${result.statistics.co2.grid.grams.toFixed(4)} g`,        renewable: `${result.statistics.co2.renewable.grams.toFixed(4)} g`,      },      time: `${new Date().toISOString()}`,      wcarbonUrl: getWebsiteCarbonUrl(url),    };  } else {    return { ...result, wcarbonUrl: getWebsiteCarbonUrl(url) };  }}
export async function queryData(request: DataRequest, verbose: number) {  const { bytes, green } = request;  const requestUrl = new URL(`${REQUEST_URL}/data`);  requestUrl.searchParams.set('bytes', `${bytes}`);  requestUrl.searchParams.set('green', `${green}`);
  const result = (await _fetch(requestUrl)) as DataResponse;
  if (verbose >= 1) {    return result;  } else {    return {      cleanerThan: `${result.cleanerThan * 100}%`,      energy_pr_load: calculateEnergy(result.statistics.energy),      co2: {        grid: `${result.statistics.co2.grid.grams.toFixed(4)} g`,        renewable: `${result.statistics.co2.renewable.grams.toFixed(4)} g`,      },    };  }}