DEV Community: PELock LLC

How to get more social media followers?

Bartosz Wójcik — Fri, 14 Mar 2025 22:09:24 +0000

Automate your most frequent social media tasks and schedule 24/7 auto-liking, auto-unliking, auto-reposting, and auto-following with Social Media Bot.

Attract new followers by engaging yourself using a Social Media Bot.

X (Twitter)
TikTok
Bluesky
Vinted
Gettr
SoundCloud
GAB
Truth Social
Medium
Sina Weibo
Tribal
Minds
Cookie Clicker

Install for Chrome, Edge, Opera & compatible browsers at

https://www.pelock.com/products/social-media-bot/install

You can try demo version for free & pay in PayPal/BTC/ETH/SOL

No bs. no russian proxies, no handling private passwords to anyone. Use it in the context of your own account & browser.

PS. I'm the main dev, you can AMA here in the comments.

Jaguar Alpine Radio Code

Bartosz Wójcik — Sun, 22 Sep 2024 21:54:32 +0000

Experiencing a radio lockout after a battery breakdown in your Jaguar car from the Alpine brand can be frustrating, but there's a wallet-friendly solution available. The Jaguar Alpine Car Radio Unlock Code Calculator is a game-changer, allowing you to unlock your radio player without the hefty price tag of authorized car dealerships.

No more worrying about high dealership fees or scheduling appointments - the radio code calculator offers a quick and convenient alternative. Simply visit the website, input your radio's unique serial number, and voilà! The calculator will generate the corresponding unlock code in no time.

By opting for the radio code calculator, you can save both time and money, getting back to your favorite tunes without breaking the bank. Don't let a battery breakdown dampen your driving experience; unlock your radio player effortlessly with this affordable and user-friendly tool.

Visit the website at:

https://www.pelock.com/products/jaguar-alpine-car-radio-unlock-code-calculator

Reselling the radio codes

And if you would like to mass-generate & resell radio codes using your favourite language, we have ready-to-use solution called Radio Code Calculator, where you can use PHP, Python or JavaScript to generate the codes for multiple car radio brands.

If you aren't good at programming you can always use the user friendly online interface to generate the radio codes

https://www.pelock.com/products/radio-code-calculator/online

How to promote your NFT in 2024?

Bartosz Wójcik — Sun, 15 Sep 2024 17:41:00 +0000

A video tutorial of how to grow and promote your NFT project using Social Media Bot on social media sites:

X
TikTok
Minds
Truth Social
Medium
Tribel
Gettr
SoundCloud
Gab
Sina Weibo

Installation

You can use it on Google Chrome, Mozilla Firefox and Opera, and any other compatible web browser:

Install Social Media Bot

Install Social Media Bot web browser extension and start building your followers base on Twitter, TikTok, SoundCloud, Gettr, Weibo, Medium, Tribel, Minds and Cookie Clicker with a simple mouse click!

pelock.com

User reviews

Read what user says about it:

This Social Media Bot is exactly what I needed! Simple and gets the job done.
It basically emulates real-life activity by clicking for you, nothing crazy like some of these other bots. This is all done through your own browser as well.
I have tried many other bots that are monthly subscriptions such as IBF, Instazood, and Instamber. They all took my money and didn't even work.
They also made me give them my login credentials which was very sketchy.
Some of these other bots had my account being logged in from a foreign country in order to have automation, which is ridiculous.
I was about to give up until I found this Social Media Bot.
This is no fake review. I literally gained 80 followers, and it hasn't even been 24 hours. Try it your self you will see!
I am definitely satisfied!
The only concern is I know social media sites updates their sites often to protect against automation bots. Just hoping this Dev stays on top of this bot, so it continues to work this great in future updates.
Michael W.

Java Obfuscation Puzzle

Bartosz Wójcik — Sun, 15 Sep 2024 17:38:26 +0000

Come play with our Java Obfuscator & try to deobfuscate this output. The price is the free activation code!

Obfuscated Java code

Your goal - restore the original source.

////////////////////////////////////////////////////////////////////////////////
//
// An output from JObfuscator v1.10 - Bartosz Wójcik
//
// Website   : https://www.pelock.com/products/jobfuscator
// Version   : v1.10
// Params    : /MixCodeFlow /RenMethods /RenVars /ShuffleMethods /IntsMathCrypt /CryptStr /IntsToArray /DblsToArray
// New lines : Windows (CRLF - \r\n)
// Date      : 24.08.2022
//
////////////////////////////////////////////////////////////////////////////////

import java.util.*;
import java.lang.*;
import java.io.*;
import java.lang.Math.*;

class Ideone {

    @SuppressWarnings("InstanceVariableMayNotBeInitialized")
    public static double func_3525(double[] numArray) {
        double[] var_4034 = { 2.496175325522535, 0.1452154568361398, 1.7304205343534167, 3.9287990102929715 };
        int[][][] pYntodde = { { { 1, 0x0 } }, { { 0x6, 0x5, 0x2 } }, { { 0b100, 0x3 } } };
        double[][] _qBbhVaW2_CbuK_ = { { 4.111222208695926, 2.510970205830976, 0.37483152941797654, 3.6162327717975744 }, { 1.3209240227946766, 6.097869228834592, 5.14837331014328 } };
        double[] aNhhtdQghrgw = { 2.1029835589939485, 3.712563777257179, 6.468927721214626, 0.270758978599169, 5.5262584595525315, 1.4204292625814385, 4.8812448049433765 };
        double[] LROTARO_GPEEMXUYL_MRYCXGE = { 3.06005694326767, 0.9965261939597282, 1.157297403861722, 4.692951089123716, 5.2350518249946845, 6.8983979907438435, 2.5258457115127015 };
        int[][] HyXPP_W6_m_YZEL4uenpVJ1 = { { 2 }, { 1, 0x6, 0b101, 04, 03, 0x0 } };
        int[][] vRggaldAnlwm = { { 0b0 }, { 04, 7, 6, 0b10, 1, 0x5, 3 } };
        int[] var_1816 = { 010, 04, 3, 0b1, 0, 5, 02, 0x6 };
        int[][] _Brk4ed_KA2aP_s_Z5Vfu = { { 0b0, 0x1 }, { 0x8, 0x4, 0x7, 0x6, 0x5, 03, 0x2 } };
        double[] var_2711 = { 2.9387286280883957, 5.666255018070725, 6.780134521808318, 10.46802879517005, 3.632283091649471, 4.052986930059472, 0.023305585215461427, 9.918397141721362, 1.5136228658718904 };
        int[][][] JBHPXNIRJD_ZKFZEZUP_HOBCT = { { { 03 } }, { { 06, 02, 1 } }, { { 4, 0xa, 0x8, 0x7, 00, 0b101, 0b1001 } } };
        double[] F_Y__kbuH7y4DP0yq55_Y1U = { 1.8833129302229892, 6.0472290410274185, 2.055981647549213, 4.503149582512614, 12.865876248271656, 5.8029100338430535, 10.932633891972522, 3.314938386430775, 7.225839547000807, 0.8525934713969001 };
        double[][][] var_3762 = { { { 4.975245448146811, 3.9833552256062164, 2.7667907095921667, 6.402724106979184 } }, { { 12.233902370403655, 0.6431973019121101, 10.153204253522127, 8.36561806354056 } }, { { 13.763978449823496, 14.30268650471049, 7.612858668566015, 5.05564594761741, 1.479508843748882, 11.935046031291707, 9.428833425417265 } } };
        double[][] OUA__MojqGmgvA4H_b = { { 14.38024101817731 }, { 13.870265509013528, 5.045547943394235, 7.844505334686512, 15.023675984240723, 1.6718193652608364, 12.582938612947801, 10.419737364971144, 11.080010670222944, 6.225348199751157, 8.827608045895055, 0.44574782944780955, 4.372700715618175, 2.118178068302453, 3.693059215800573, 9.15692169197548 } };
        int[] tagNfoabno = { 7, 8, 013, 0x0, 016, 014, 10, 0b10, 4, 0xd, 01, 0xf, 0b11, 011, 0x6, 5 };
        double[] pMenwegcsa = { 0.0 };
        double[] ZIEWIZ = { 0.0 };
        double[][][] g_hVtjwwws = { { { 0.75705, 7.5236028199932E8 } }, { { 1.834349519E9, 4.82013, 1.42333670054841E9, 1.6279663431726E8, 7.6658577452043E8, 3.95879437879E7, 5.18392, 0.0, 7.9751155863377E8, 1.83435109514237E9, 0.08264, 1.14122, 21943.56114, 1.1754564296121E8, 1.222368469E9 } }, { { 0.16444, 1.22236866268063E9, 0.96803, 2.262292631637E8, 0.35211, 3.64176, 8.8968091600373E8, 3.62693026E8, 1.77727894178323E9, 4.79513, 35351.29298, 7.75062926301E8, 2.9628943821375E8, 1.49823408978903E9, 3.99272, 7.75055937E8 } } };
        int pXyyxqzgKqluv = (int) (-g_hVtjwwws[tagNfoabno[(int) (OUA__MojqGmgvA4H_b[(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (aNhhtdQghrgw[(int) (_qBbhVaW2_CbuK_[0][1])])])][0][(int) (var_2711[var_1816[vRggaldAnlwm[0x1][HyXPP_W6_m_YZEL4uenpVJ1[0x1][(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (aNhhtdQghrgw[(int) (_qBbhVaW2_CbuK_[0b0][01])])])]]]])]])][(int) (var_3762[(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[(int) (var_2711[var_1816[HyXPP_W6_m_YZEL4uenpVJ1[01][(int) (LROTARO_GPEEMXUYL_MRYCXGE[00])]]])][0][HyXPP_W6_m_YZEL4uenpVJ1[0x1][1]]])][0][_Brk4ed_KA2aP_s_Z5Vfu[1][var_1816[vRggaldAnlwm[0x1][0b1]]]])])]][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[(int) (var_3762[JBHPXNIRJD_ZKFZEZUP_HOBCT[_Brk4ed_KA2aP_s_Z5Vfu[vRggaldAnlwm[0b0][0]][vRggaldAnlwm[01][(int) (LROTARO_GPEEMXUYL_MRYCXGE[3])]]][0][(int) (var_2711[_Brk4ed_KA2aP_s_Z5Vfu[vRggaldAnlwm[0x1][(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (aNhhtdQghrgw[0b1])])]][0]])]][0][(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[(int) (var_2711[_Brk4ed_KA2aP_s_Z5Vfu[1][(int) (var_4034[0x3])]])][0][0]])])][(int) (var_3762[(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[_Brk4ed_KA2aP_s_Z5Vfu[00][0b1]][0][(int) (var_2711[var_1816[00]])]])][0][(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[var_1816[vRggaldAnlwm[1][HyXPP_W6_m_YZEL4uenpVJ1[0b0][0b0]]]][0][(int) (var_2711[var_1816[vRggaldAnlwm[1][HyXPP_W6_m_YZEL4uenpVJ1[0][0]]]])]])])])]][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[(int) (var_3762[(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[_Brk4ed_KA2aP_s_Z5Vfu[0][0b1]][0][_Brk4ed_KA2aP_s_Z5Vfu[0][0b1]]])][JBHPXNIRJD_ZKFZEZUP_HOBCT[_Brk4ed_KA2aP_s_Z5Vfu[var_1816[(int) (aNhhtdQghrgw[0x1])]][vRggaldAnlwm[0x1][HyXPP_W6_m_YZEL4uenpVJ1[00][0x0]]]][0][(int) (var_2711[_Brk4ed_KA2aP_s_Z5Vfu[1][HyXPP_W6_m_YZEL4uenpVJ1[1][(int) (_qBbhVaW2_CbuK_[0][pYntodde[0x2][0][0x1]])]]])]][(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[(int) (var_2711[_Brk4ed_KA2aP_s_Z5Vfu[var_1816[vRggaldAnlwm[0b1][HyXPP_W6_m_YZEL4uenpVJ1[0x1][0b1]]]][var_1816[vRggaldAnlwm[0x1][(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (aNhhtdQghrgw[(int) (_qBbhVaW2_CbuK_[0b0][pYntodde[(int) (var_4034[0x0])][0][1]])])])]]]])][0][0]])])][(int) (var_3762[(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[(int) (var_2711[_Brk4ed_KA2aP_s_Z5Vfu[vRggaldAnlwm[0x1][HyXPP_W6_m_YZEL4uenpVJ1[0x1][(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (aNhhtdQghrgw[0x3])])]]][vRggaldAnlwm[00][0]]])][0][(int) (var_2711[_Brk4ed_KA2aP_s_Z5Vfu[var_1816[HyXPP_W6_m_YZEL4uenpVJ1[01][(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (aNhhtdQghrgw[0x1])])]]][var_1816[vRggaldAnlwm[(int) (_qBbhVaW2_CbuK_[01][00])][HyXPP_W6_m_YZEL4uenpVJ1[0b1][(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (_qBbhVaW2_CbuK_[0b0][0b0])])]]]]])]])][(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[(int) (var_2711[(int) (aNhhtdQghrgw[(int) (var_4034[0b11])])])][_Brk4ed_KA2aP_s_Z5Vfu[(int) (LROTARO_GPEEMXUYL_MRYCXGE[0b1])][var_1816[vRggaldAnlwm[1][(int) (LROTARO_GPEEMXUYL_MRYCXGE[01])]]]][(int) (var_2711[_Brk4ed_KA2aP_s_Z5Vfu[1][var_1816[vRggaldAnlwm[01][0b1]]]])]])][(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[(int) (var_2711[_Brk4ed_KA2aP_s_Z5Vfu[vRggaldAnlwm[HyXPP_W6_m_YZEL4uenpVJ1[1][(int) (aNhhtdQghrgw[(int) (_qBbhVaW2_CbuK_[00][0b0])])]][HyXPP_W6_m_YZEL4uenpVJ1[(int) (aNhhtdQghrgw[(int) (_qBbhVaW2_CbuK_[0x1][2])])][(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (aNhhtdQghrgw[(int) (_qBbhVaW2_CbuK_[0x1][0x1])])])]]][var_1816[vRggaldAnlwm[HyXPP_W6_m_YZEL4uenpVJ1[01][00]][HyXPP_W6_m_YZEL4uenpVJ1[0b1][(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (aNhhtdQghrgw[(int) (_qBbhVaW2_CbuK_[1][0b1])])])]]]]])][(int) (var_2711[_Brk4ed_KA2aP_s_Z5Vfu[HyXPP_W6_m_YZEL4uenpVJ1[pYntodde[0][0][00]][(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (_qBbhVaW2_CbuK_[0x1][00])])]][var_1816[vRggaldAnlwm[(int) (_qBbhVaW2_CbuK_[01][0])][HyXPP_W6_m_YZEL4uenpVJ1[(int) (aNhhtdQghrgw[(int) (_qBbhVaW2_CbuK_[pYntodde[00][0][0]][pYntodde[0x1][0][02]])])][(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (aNhhtdQghrgw[(int) (_qBbhVaW2_CbuK_[pYntodde[0][0][00]][0x0])])])]]]]])][(int) (var_2711[_Brk4ed_KA2aP_s_Z5Vfu[var_1816[vRggaldAnlwm[HyXPP_W6_m_YZEL4uenpVJ1[(int) (aNhhtdQghrgw[pYntodde[1][0][1]])][(int) (_qBbhVaW2_CbuK_[0][pYntodde[0b1][0][2]])]][HyXPP_W6_m_YZEL4uenpVJ1[(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (_qBbhVaW2_CbuK_[00][(int) (var_4034[2])])])][(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (aNhhtdQghrgw[(int) (_qBbhVaW2_CbuK_[pYntodde[0x0][0][0b1]][2])])])]]]][var_1816[vRggaldAnlwm[HyXPP_W6_m_YZEL4uenpVJ1[(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (aNhhtdQghrgw[(int) (_qBbhVaW2_CbuK_[pYntodde[0x0][0][(int) (var_4034[2])]][pYntodde[0b1][0][(int) (var_4034[0b0])]])])])][(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (aNhhtdQghrgw[(int) (_qBbhVaW2_CbuK_[pYntodde[(int) (var_4034[0b1])][0][(int) (var_4034[0x1])]][02])])])]][HyXPP_W6_m_YZEL4uenpVJ1[(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (aNhhtdQghrgw[(int) (_qBbhVaW2_CbuK_[pYntodde[0][0][0b1]][pYntodde[(int) (var_4034[0b10])][0][(int) (var_4034[00])]])])])][(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (aNhhtdQghrgw[(int) (_qBbhVaW2_CbuK_[pYntodde[(int) (var_4034[01])][0][0b1]][pYntodde[(int) (var_4034[0])][(int) (var_4034[0x1])][(int) (var_4034[02])]])])])]]]]])]])])])]] - Math.acos(g_hVtjwwws[tagNfoabno[(int) (OUA__MojqGmgvA4H_b[01][(int) (var_3762[0][0][(int) (aNhhtdQghrgw[0b0])])])]][(int) (OUA__MojqGmgvA4H_b[(int) (var_3762[vRggaldAnlwm[1][3]][0][JBHPXNIRJD_ZKFZEZUP_HOBCT[var_1816[vRggaldAnlwm[01][(int) (LROTARO_GPEEMXUYL_MRYCXGE[pYntodde[0b1][0][0x0]])]]][0][00]])][(int) (var_3762[JBHPXNIRJD_ZKFZEZUP_HOBCT[0x1][0][(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (_qBbhVaW2_CbuK_[0b1][0x1])])]][0][(int) (F_Y__kbuH7y4DP0yq55_Y1U[var_1816[(int) (LROTARO_GPEEMXUYL_MRYCXGE[pYntodde[1][0][0x1]])]])])])][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[(int) (var_3762[_Brk4ed_KA2aP_s_Z5Vfu[1][var_1816[vRggaldAnlwm[1][0b1]]]][0][(int) (F_Y__kbuH7y4DP0yq55_Y1U[(int) (var_2711[_Brk4ed_KA2aP_s_Z5Vfu[1][0x1]])])])][(int) (var_3762[vRggaldAnlwm[1][3]][0][(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[0b1][0][(int) (var_2711[_Brk4ed_KA2aP_s_Z5Vfu[0b0][0b0]])]])])])]]));
        double var_65 = g_hVtjwwws[tagNfoabno[(int) (OUA__MojqGmgvA4H_b[JBHPXNIRJD_ZKFZEZUP_HOBCT[1][0][02]][(int) (var_3762[(int) (F_Y__kbuH7y4DP0yq55_Y1U[(int) (var_2711[_Brk4ed_KA2aP_s_Z5Vfu[1][(int) (_qBbhVaW2_CbuK_[00][0x1])]])])][0][(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[2][0][(int) (var_2711[_Brk4ed_KA2aP_s_Z5Vfu[0b1][01]])]])])])]][(int) (var_3762[(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[HyXPP_W6_m_YZEL4uenpVJ1[0x0][0b0]][0][_Brk4ed_KA2aP_s_Z5Vfu[1][0b1]]])][0][01])][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[(int) (F_Y__kbuH7y4DP0yq55_Y1U[0])][(int) (var_3762[01][0][2])])]];
        double pXmqorcUvcfsjrfmz = ZIEWIZ[tagNfoabno[(int) (OUA__MojqGmgvA4H_b[0b1][(int) (var_3762[02][0][00])])]];
        int LDAXPR = (int) (-g_hVtjwwws[(int) (OUA__MojqGmgvA4H_b[0b1][(int) (var_3762[0][0][vRggaldAnlwm[0b0][0b0]])])][0][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[0b1][(int) (var_3762[0b1][0][(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[0x2][0][_Brk4ed_KA2aP_s_Z5Vfu[0x1][var_1816[vRggaldAnlwm[0b1][(int) (LROTARO_GPEEMXUYL_MRYCXGE[pYntodde[02][0][0b0]])]]]]])])])]] + Math.cos(g_hVtjwwws[(int) (OUA__MojqGmgvA4H_b[0x1][(int) (var_3762[0x1][0][0])])][0][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[0x1][(int) (var_3762[JBHPXNIRJD_ZKFZEZUP_HOBCT[0x1][0][0x2]][0][0x1])])]]));
        double var_2566 = pMenwegcsa[tagNfoabno[(int) (var_3762[0x0][0][0x1])]];
        pXyyxqzgKqluv = (int) (g_hVtjwwws[01][0][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[0b1][(int) (var_3762[02][0][JBHPXNIRJD_ZKFZEZUP_HOBCT[00][0][00]])])]] - Math.asin(g_hVtjwwws[tagNfoabno[(int) (var_3762[2][0][0x2])]][0][(int) (OUA__MojqGmgvA4H_b[0x1][(int) (F_Y__kbuH7y4DP0yq55_Y1U[var_1816[0b1]])])]));
        do {
            switch(pXyyxqzgKqluv) {
                case 015525371717:
                    pXmqorcUvcfsjrfmz = g_hVtjwwws[tagNfoabno[JBHPXNIRJD_ZKFZEZUP_HOBCT[0b10][0][0b1]]][0][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[0x1][(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[0x1][0][0]])])]];
                    pXyyxqzgKqluv -= (int) Math.min(g_hVtjwwws[tagNfoabno[(int) (var_2711[vRggaldAnlwm[0b1][(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (aNhhtdQghrgw[pYntodde[0x2][0][0b0]])])]])]][0][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[0x1][(int) (var_3762[0x2][0][(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[2][0][(int) (var_2711[0x1])]])])])]], g_hVtjwwws[tagNfoabno[(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[02][0][02]])]][0][01]);
                    break;
                case 01647123371:
                    LDAXPR = numArray.length;
                    pXyyxqzgKqluv ^= (int) (Math.log1p(g_hVtjwwws[tagNfoabno[(int) (OUA__MojqGmgvA4H_b[01][(int) (var_3762[00][0][(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[2][0][(int) (var_2711[var_1816[0x1]])]])])])]][0][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[01][0b1])]]) + g_hVtjwwws[(int) (OUA__MojqGmgvA4H_b[0b1][(int) (var_3762[01][0][00])])][0][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[(int) (var_3762[1][0][0b1])][0])]]);
                    break;
                case 0x300a4e1a:
                    for (double YXMOFJT : numArray) {
                        var_65 += Math.pow(YXMOFJT - var_2566, (int) (Math.asin(g_hVtjwwws[(int) (OUA__MojqGmgvA4H_b[01][(int) (var_3762[0b1][0][2])])][0][0x0]) + g_hVtjwwws[(int) (OUA__MojqGmgvA4H_b[0x1][JBHPXNIRJD_ZKFZEZUP_HOBCT[02][0][00]])][0][tagNfoabno[2]]));
                    }
                    pXyyxqzgKqluv ^= (int) (g_hVtjwwws[(int) (OUA__MojqGmgvA4H_b[1][(int) (var_3762[0x1][0][0])])][0][HyXPP_W6_m_YZEL4uenpVJ1[0b1][(int) (aNhhtdQghrgw[pYntodde[1][0][0]])]] - Math.sin(g_hVtjwwws[(int) (var_3762[(int) (var_2711[_Brk4ed_KA2aP_s_Z5Vfu[01][var_1816[0b10]]])][0][02])][0][tagNfoabno[(int) (var_3762[0][0][01])]]));
                    break;
                case 0x247a16fa:
                    pXyyxqzgKqluv += (int) (g_hVtjwwws[1][0][(int) (var_3762[00][0][0b10])] - Math.log10(g_hVtjwwws[0b10][0][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[01][(int) (var_3762[0b1][0][_Brk4ed_KA2aP_s_Z5Vfu[1][var_1816[HyXPP_W6_m_YZEL4uenpVJ1[01][2]]]])])]]));
                    break;
                case 07534331025:
                    pXyyxqzgKqluv ^= (int) (g_hVtjwwws[_Brk4ed_KA2aP_s_Z5Vfu[0][0b0]][0][1] - Math.tanh(g_hVtjwwws[2][0][(int) (var_3762[0x2][0][01])]));
                    break;
                case 2035317746:
                    var_65 = ZIEWIZ[0b0];
                    pXyyxqzgKqluv = (int) Math.max(g_hVtjwwws[02][0][tagNfoabno[(int) (var_3762[0x1][0][1])]], g_hVtjwwws[(int) (OUA__MojqGmgvA4H_b[0b1][(int) (var_3762[0][0][0])])][0][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[0b1][vRggaldAnlwm[1][(int) (LROTARO_GPEEMXUYL_MRYCXGE[(int) (aNhhtdQghrgw[(int) (_qBbhVaW2_CbuK_[0][0])])])]])]]);
                    break;
                case 01155012131:
                    pXyyxqzgKqluv = (int) Math.min(g_hVtjwwws[(int) (OUA__MojqGmgvA4H_b[01][(int) (var_3762[00][0][0])])][0][0], g_hVtjwwws[0b1][0][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[01][0])]]);
                    break;
                case 0b1110101111110001111011001:
                    var_2566 = pXmqorcUvcfsjrfmz / LDAXPR;
                    pXyyxqzgKqluv += (int) Math.min(g_hVtjwwws[0x2][0][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[0b1][(int) (var_3762[0b10][0][0b10])])]], g_hVtjwwws[02][0][(int) (OUA__MojqGmgvA4H_b[1][(int) (F_Y__kbuH7y4DP0yq55_Y1U[JBHPXNIRJD_ZKFZEZUP_HOBCT[2][0][02]])])]);
                    break;
                case 1000067815:
                    for (double GHBQVCYRM_OVTPTKEUEP : numArray) {
                        pXmqorcUvcfsjrfmz += GHBQVCYRM_OVTPTKEUEP;
                    }
                    pXyyxqzgKqluv = (int) (Math.atan(g_hVtjwwws[1][0][0b1]) + g_hVtjwwws[1][0][tagNfoabno[01]]);
                    break;
                case 02547440642:
                    pXyyxqzgKqluv -= (int) (Math.tan(g_hVtjwwws[01][0][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[0x0][0x0])]]) + g_hVtjwwws[1][0][tagNfoabno[(int) (var_3762[2][0][(int) (F_Y__kbuH7y4DP0yq55_Y1U[0x1])])]]);
                    break;
                case 0b101111100010010000111110001000:
                    pXyyxqzgKqluv += (int) (-g_hVtjwwws[01][0][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[1][(int) (var_3762[02][0][JBHPXNIRJD_ZKFZEZUP_HOBCT[01][0][0]])])]] + Math.sin(g_hVtjwwws[2][0][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[0x1][(int) (_qBbhVaW2_CbuK_[0b0][0x3])])]]));
                    break;
            }
        } while (pXyyxqzgKqluv != (int) (g_hVtjwwws[0b10][0][tagNfoabno[(int) (OUA__MojqGmgvA4H_b[1][01])]] + Math.sqrt(g_hVtjwwws[02][0][tagNfoabno[0x1]])));
        return Math.sqrt(var_65 / LDAXPR);
    }

    @SuppressWarnings("InstanceVariableMayNotBeInitialized")
    public static void main(String[] args) {
        int[][][] var_3695 = { { { 01 } }, { { 0x0 } }, { { 2 } } };
        double[][] var_2278 = { { 1.2526673628131255 }, { 0.21561161664777054, 2.643375561577514 } };
        double[] kc_9fnSg_DcleUpn21 = { 2.838611930443104, 1.994787750248253, 0.9534796328369902 };
        double[][] eZbuceffkrbYdmdrKmlzspaajb = { { 2.306487581852939 }, { 1.790703366286901, 0.9896994902636249 } };
        double[] aJzgxubgeBkexpho = { 1.8956060121171205, 0.8478935516180313, 2.600458688271603 };
        int[] UPCDNYUM = { 0b10, 1, 0x0 };
        int[][] var_2490 = { { 0b10 }, { 0x1, 0b0 } };
        int[][][] JCJQIOYT = { { { 2 } }, { { 0x0 } }, { { 01 } } };
        int[][] Je_7WunV_XUZUI_99SaIwhd = { { 0x0, 2 }, { 1, 0b11 } };
        double[][][] tagYmgiemdymJpowydme = { { { 0.8125165925352364, 1.3691899831459398 } }, { { 2.6546664132763134 } }, { { 3.553781788369289 } } };
        double[] g_aZmhitmg = { 2.623538957993531, 1.4144001893785076, 0.8311394888255547, 3.3210194046204777 };
        int[][] CWSNDSPMU_VNHYHVVDAK_KFJXML = { { 0x3 }, { 0x1, 0b0, 0x2 } };
        int[] tagLyhophlqvd = { 0b10, 03, 0b0, 0b1 };
        int[][][] i_E1Pr_509z9wZN_ = { { { 05, 0x1, 0b11 } }, { { 2 } }, { { 6, 0x4, 00 } } };
        double[][] bMmyivQyycawJaemyb = { { 1.4936831283873E9, 1.24184684507404E9, 1.09936351898538E9, 1.41719685442932E9, 98003.03992, 0.18247 }, { 1.29850959244557E9, 9.639382550725E7, 35845.2831, 0.0, 1.1023896421526E9, 1.099361373E9, 91979.1604 } };
        double[][][] var_3779 = { { { 3.957676082832728 } }, { { 2.9063354207345555 } }, { { 1.979696711929603, 0.7669750523130837 } } };
        int[][] aRkhvsvRfdrbow = { { 0x0, 03, 0b1 }, { 0x2 } };
        int[][] var_3528 = { { 0b10 }, { 0x1, 0x3, 00 } };
        int[] __s_JGING4zDFp7v_7JGH = { 0b10, 04, 00, 0x1 };
        int[][][] COVGF_IOXQVU = { { { 04 } }, { { 03, 1 } }, { { 0b0, 0b10, 05 } } };
        double[][] L2YiAXo_N_8_TZHk5VrF = { { 0.11221448454678871, 65535.35456984998 }, { 5.818572830361208, 3.662014193487199, 2.7623103527548643, 4.204614118031122, 1.430036408205146 } };
        double[] zoDK_XtJB__b2wiTqFNm = { 0.33542373129230824, 5.44008372752004, 65535.115934012, 2.3149882547860523, 3.164683387890373, 1.7256334023526283 };
        int[][][] var_246 = { { { 0b11, 6, 0b0, 02 } }, { { 0b100, 0b1, 05 } }, { { 0b1111111111111111 } } };
        int[] jYok__NpbFNy9xQV = { 02, 0b0, 0xffff, 03, 8, 0b1, 0b100 };
        double[][] fHbtvknshivGmxowesOjgscs = { { 8.0690767649929, 0.10073553499938116, 25.129511524963284 }, { 65535.231707127154, 2.842328016184947, 56208.82944890749, 14.08613949585021, 13761.294487179091 } };
        int YKxfh9GZc9Ykr__JAEdg__Mx = (int) Math.min(bMmyivQyycawJaemyb[i_E1Pr_509z9wZN_[0][CWSNDSPMU_VNHYHVVDAK_KFJXML[JCJQIOYT[var_2490[00][0b0]][0][0x0]][(int) (g_aZmhitmg[(int) (tagYmgiemdymJpowydme[00][0][Je_7WunV_XUZUI_99SaIwhd[0x1][var_2490[0b1][0b1]]])])]][tagLyhophlqvd[CWSNDSPMU_VNHYHVVDAK_KFJXML[0][(int) (g_aZmhitmg[(int) (tagYmgiemdymJpowydme[1][0][0])])]]]][i_E1Pr_509z9wZN_[CWSNDSPMU_VNHYHVVDAK_KFJXML[(int) (g_aZmhitmg[0x1])][Je_7WunV_XUZUI_99SaIwhd[var_2490[(int) (aJzgxubgeBkexpho[0b0])][0b0]][0b0]]][tagLyhophlqvd[CWSNDSPMU_VNHYHVVDAK_KFJXML[(int) (g_aZmhitmg[(int) (tagYmgiemdymJpowydme[Je_7WunV_XUZUI_99SaIwhd[0][00]][0][Je_7WunV_XUZUI_99SaIwhd[JCJQIOYT[UPCDNYUM[0]][0][0b0]][00]])])][(int) (g_aZmhitmg[(int) (tagYmgiemdymJpowydme[0][0][00])])]]][tagLyhophlqvd[CWSNDSPMU_VNHYHVVDAK_KFJXML[(int) (g_aZmhitmg[(int) (tagYmgiemdymJpowydme[00][0][Je_7WunV_XUZUI_99SaIwhd[JCJQIOYT[var_2490[(int) (aJzgxubgeBkexpho[01])][0b0]][0][(int) (eZbuceffkrbYdmdrKmlzspaajb[01][0x1])]][JCJQIOYT[0b1][(int) (var_2278[1][0x0])][(int) (aJzgxubgeBkexpho[(int) (eZbuceffkrbYdmdrKmlzspaajb[1][0x0])])]]])])][(int) (g_aZmhitmg[(int) (tagYmgiemdymJpowydme[Je_7WunV_XUZUI_99SaIwhd[(int) (eZbuceffkrbYdmdrKmlzspaajb[01][01])][(int) (aJzgxubgeBkexpho[1])]][JCJQIOYT[0b1][(int) (aJzgxubgeBkexpho[0x1])][var_2490[1][UPCDNYUM[(int) (var_2278[0x0][0b0])]]]][Je_7WunV_XUZUI_99SaIwhd[JCJQIOYT[var_2490[(int) (eZbuceffkrbYdmdrKmlzspaajb[(int) (kc_9fnSg_DcleUpn21[01])][0b0])][UPCDNYUM[(int) (eZbuceffkrbYdmdrKmlzspaajb[0x0][(int) (var_2278[0b1][0])])]]][UPCDNYUM[(int) (eZbuceffkrbYdmdrKmlzspaajb[00][0x0])]][UPCDNYUM[(int) (aJzgxubgeBkexpho[(int) (eZbuceffkrbYdmdrKmlzspaajb[00][(int) (kc_9fnSg_DcleUpn21[(int) (var_2278[1][1])])])])]]][JCJQIOYT[var_2490[(int) (aJzgxubgeBkexpho[(int) (var_2278[0b1][0x0])])][UPCDNYUM[(int) (aJzgxubgeBkexpho[(int) (eZbuceffkrbYdmdrKmlzspaajb[(int) (var_2278[0b1][0b0])][(int) (kc_9fnSg_DcleUpn21[var_3695[0b10][0][0b0]])])])]]][var_2490[(int) (eZbuceffkrbYdmdrKmlzspaajb[(int) (var_2278[0b0][var_3695[0b1][0][0]])][(int) (kc_9fnSg_DcleUpn21[(int) (var_2278[01][var_3695[0b0][0][00]])])])][UPCDNYUM[(int) (eZbuceffkrbYdmdrKmlzspaajb[0b1][(int) (kc_9fnSg_DcleUpn21[(int) (var_2278[0b1][var_3695[0][0][00]])])])]]][var_2490[UPCDNYUM[(int) (aJzgxubgeBkexpho[(int) (eZbuceffkrbYdmdrKmlzspaajb[var_3695[0][0][0x0]][(int) (kc_9fnSg_DcleUpn21[(int) (var_2278[0][var_3695[0b1][0][0x0]])])])])]][UPCDNYUM[(int) (aJzgxubgeBkexpho[(int) (eZbuceffkrbYdmdrKmlzspaajb[(int) (kc_9fnSg_DcleUpn21[var_3695[0][0][0x0]])][(int) (kc_9fnSg_DcleUpn21[(int) (var_2278[var_3695[1][0][0b0]][var_3695[0x1][0][0x0]])])])])]]]]])])]]]], bMmyivQyycawJaemyb[i_E1Pr_509z9wZN_[CWSNDSPMU_VNHYHVVDAK_KFJXML[1][(int) (tagYmgiemdymJpowydme[0b1][0][0x0])]][0][tagLyhophlqvd[CWSNDSPMU_VNHYHVVDAK_KFJXML[1][(int) (tagYmgiemdymJpowydme[Je_7WunV_XUZUI_99SaIwhd[00][0b0]][0][0b1])]]]][i_E1Pr_509z9wZN_[tagLyhophlqvd[CWSNDSPMU_VNHYHVVDAK_KFJXML[(int) (tagYmgiemdymJpowydme[0x0][0][0])][(int) (g_aZmhitmg[JCJQIOYT[00][0][0]])]]][0][(int) (g_aZmhitmg[Je_7WunV_XUZUI_99SaIwhd[0b0][0x1]])]]);
        double[] vQlfhnlipyZtjkglHphlqa = { 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 };
        double n_eksU_Drm85yvC_P5U = bMmyivQyycawJaemyb[i_E1Pr_509z9wZN_[0b0][0][CWSNDSPMU_VNHYHVVDAK_KFJXML[0x1][(int) (g_aZmhitmg[(int) (tagYmgiemdymJpowydme[1][0][00])])]]][i_E1Pr_509z9wZN_[0][0][tagLyhophlqvd[00]]];
        while (YKxfh9GZc9Ykr__JAEdg__Mx != (int) (bMmyivQyycawJaemyb[00][0] - Math.acos(bMmyivQyycawJaemyb[0][i_E1Pr_509z9wZN_[0b0][0][0x0]]))) {
            switch(YKxfh9GZc9Ykr__JAEdg__Mx) {
                case 1099361373:
                    YKxfh9GZc9Ykr__JAEdg__Mx = (int) (bMmyivQyycawJaemyb[i_E1Pr_509z9wZN_[UPCDNYUM[0b0]][0][var_2490[0][00]]][tagLyhophlqvd[CWSNDSPMU_VNHYHVVDAK_KFJXML[0x1][0]]] - Math.log(bMmyivQyycawJaemyb[i_E1Pr_509z9wZN_[0b0][0][CWSNDSPMU_VNHYHVVDAK_KFJXML[0x1][0b0]]][i_E1Pr_509z9wZN_[tagLyhophlqvd[CWSNDSPMU_VNHYHVVDAK_KFJXML[0b1][JCJQIOYT[(int) (kc_9fnSg_DcleUpn21[0x0])][0][0]]]][0][0]]));
                    break;
                case 1417196843:
                    YKxfh9GZc9Ykr__JAEdg__Mx += (int) (Math.log(bMmyivQyycawJaemyb[0][i_E1Pr_509z9wZN_[Je_7WunV_XUZUI_99SaIwhd[0][var_2490[0x1][0]]][0][0x1]]) + bMmyivQyycawJaemyb[01][tagLyhophlqvd[(int) (g_aZmhitmg[(int) (tagYmgiemdymJpowydme[Je_7WunV_XUZUI_99SaIwhd[0][1]][0][0])])]]);
                    break;
                case 02724420205:
                    String OANKQRRGMY = "";
                    int[] kzbof3__Y_5v7TJK5VA = { 0xBA8F, 0x02D0, 0x3E11, 0x8152, 0xBED4, 0xFE15, 0x4256, 0x7ED7, 0xADD9, 0xF6DA, 0x3F1B, 0x835C, 0xC01E, 0xFE1F, 0x42E0, 0x8021, 0xC1A3, 0x0164, 0x2DE5, 0x7526, 0xADE8, 0xEF29, 0x316A, 0x736B, 0xBF6D };
                    for (int var_2832 = (int) (fHbtvknshivGmxowesOjgscs[jYok__NpbFNy9xQV[0b1]][0b1]), var_2151 = 0; var_2832 < (int) (fHbtvknshivGmxowesOjgscs[0][jYok__NpbFNy9xQV[var_246[0x0][0][(int) (zoDK_XtJB__b2wiTqFNm[(int) (L2YiAXo_N_8_TZHk5VrF[01][0b1])])]]]); var_2832++) {
                        var_2151 = kzbof3__Y_5v7TJK5VA[var_2832];
                        var_2151 -= (int) (fHbtvknshivGmxowesOjgscs[jYok__NpbFNy9xQV[var_246[(int) (zoDK_XtJB__b2wiTqFNm[(int) (L2YiAXo_N_8_TZHk5VrF[0x1][0b0])])][(int) (L2YiAXo_N_8_TZHk5VrF[COVGF_IOXQVU[var_3528[aRkhvsvRfdrbow[0][0x0]][aRkhvsvRfdrbow[00][00]]][0][0x0]][var_3528[0b1][(int) (var_3779[0x1][0][0b0])]])][(int) (zoDK_XtJB__b2wiTqFNm[(int) (L2YiAXo_N_8_TZHk5VrF[0x1][COVGF_IOXQVU[var_3528[0x1][0x0]][0][__s_JGING4zDFp7v_7JGH[aRkhvsvRfdrbow[0x0][01]]]])])]]][jYok__NpbFNy9xQV[var_246[(int) (zoDK_XtJB__b2wiTqFNm[(int) (L2YiAXo_N_8_TZHk5VrF[__s_JGING4zDFp7v_7JGH[aRkhvsvRfdrbow[1][00]]][COVGF_IOXQVU[__s_JGING4zDFp7v_7JGH[0]][0][__s_JGING4zDFp7v_7JGH[var_3528[0][0x0]]]])])][(int) (zoDK_XtJB__b2wiTqFNm[(int) (L2YiAXo_N_8_TZHk5VrF[COVGF_IOXQVU[__s_JGING4zDFp7v_7JGH[var_3528[0b1][(int) (var_3779[0x1][0][00])]]][0][0]][COVGF_IOXQVU[__s_JGING4zDFp7v_7JGH[var_3528[1][aRkhvsvRfdrbow[(int) (var_3779[var_3695[2][0][00]][0][00])][00]]]][0][0]])])][(int) (zoDK_XtJB__b2wiTqFNm[(int) (L2YiAXo_N_8_TZHk5VrF[COVGF_IOXQVU[(int) (var_3779[02][0][00])][var_3528[01][aRkhvsvRfdrbow[(int) (var_3779[(int) (kc_9fnSg_DcleUpn21[0])][0][00])][00]]][__s_JGING4zDFp7v_7JGH[var_3528[aRkhvsvRfdrbow[i_E1Pr_509z9wZN_[(int) (aJzgxubgeBkexpho[(int) (kc_9fnSg_DcleUpn21[00])])][0][var_3695[0x2][0][0]]][JCJQIOYT[00][0][0]]][(int) (var_3779[i_E1Pr_509z9wZN_[0x1][0][0b0]][0][i_E1Pr_509z9wZN_[(int) (var_2278[0b1][0b1])][0][CWSNDSPMU_VNHYHVVDAK_KFJXML[01][(int) (kc_9fnSg_DcleUpn21[0x0])]]])]]]][COVGF_IOXQVU[var_3528[aRkhvsvRfdrbow[(int) (var_3779[UPCDNYUM[0x0]][0][1])][(int) (var_3779[0b1][0][0])]][aRkhvsvRfdrbow[0][0]]][__s_JGING4zDFp7v_7JGH[var_3528[0][aRkhvsvRfdrbow[(int) (var_3779[tagLyhophlqvd[0b0]][0][0b1])][00]]]][__s_JGING4zDFp7v_7JGH[var_3528[aRkhvsvRfdrbow[(int) (var_3779[var_2490[0b0][0x0]][0][tagLyhophlqvd[Je_7WunV_XUZUI_99SaIwhd[0b1][0b1]]])][i_E1Pr_509z9wZN_[0x1][0][(int) (tagYmgiemdymJpowydme[0x0][0][00])]]][aRkhvsvRfdrbow[(int) (var_3779[i_E1Pr_509z9wZN_[0x1][0][tagLyhophlqvd[(int) (g_aZmhitmg[0])]]][0][i_E1Pr_509z9wZN_[00][0][0x1]])][(int) (var_3779[CWSNDSPMU_VNHYHVVDAK_KFJXML[0b1][0b0]][0][tagLyhophlqvd[JCJQIOYT[0b0][0][0]]])]]]]])])]]]);
                        var_2151 -= var_2832;
                        var_2151 += (int) (fHbtvknshivGmxowesOjgscs[jYok__NpbFNy9xQV[(int) (zoDK_XtJB__b2wiTqFNm[(int) (L2YiAXo_N_8_TZHk5VrF[0b1][COVGF_IOXQVU[0b0][0][00]])])]][jYok__NpbFNy9xQV[var_246[(int) (zoDK_XtJB__b2wiTqFNm[(int) (L2YiAXo_N_8_TZHk5VrF[0b0][__s_JGING4zDFp7v_7JGH[aRkhvsvRfdrbow[0b1][0x0]]])])][0][(int) (zoDK_XtJB__b2wiTqFNm[(int) (L2YiAXo_N_8_TZHk5VrF[0x1][0b0])])]]]);
                        var_2151 = ((var_2151 << (int) (fHbtvknshivGmxowesOjgscs[var_246[(int) (zoDK_XtJB__b2wiTqFNm[COVGF_IOXQVU[0x2][0][var_3528[0x0][0]]])][0][(int) (zoDK_XtJB__b2wiTqFNm[(int) (L2YiAXo_N_8_TZHk5VrF[0x1][0])])]][jYok__NpbFNy9xQV[(int) (L2YiAXo_N_8_TZHk5VrF[var_3528[0b1][0]][0x0])]])) | ((var_2151 & (int) (fHbtvknshivGmxowesOjgscs[var_246[0x1][0][(int) (L2YiAXo_N_8_TZHk5VrF[0x1][__s_JGING4zDFp7v_7JGH[var_3528[1][0]]])]][jYok__NpbFNy9xQV[(int) (L2YiAXo_N_8_TZHk5VrF[COVGF_IOXQVU[0x1][0][01]][COVGF_IOXQVU[00][0][0b0]])]])) >> (int) (fHbtvknshivGmxowesOjgscs[jYok__NpbFNy9xQV[var_246[0x1][0][(int) (L2YiAXo_N_8_TZHk5VrF[0b1][COVGF_IOXQVU[02][0][01]])]]][jYok__NpbFNy9xQV[var_246[0x0][0][0]]]))) & jYok__NpbFNy9xQV[var_246[(int) (zoDK_XtJB__b2wiTqFNm[0x0])][0][(int) (zoDK_XtJB__b2wiTqFNm[(int) (L2YiAXo_N_8_TZHk5VrF[1][COVGF_IOXQVU[__s_JGING4zDFp7v_7JGH[(int) (var_3779[0b0][0][0b0])]][0][0b0]])])]];
                        var_2151 -= var_2832;
                        var_2151 = ((var_2151 << (int) (fHbtvknshivGmxowesOjgscs[0][jYok__NpbFNy9xQV[var_246[0b1][0][0b1]]])) | ((var_2151 & var_246[COVGF_IOXQVU[02][0][01]][0][0]) >> jYok__NpbFNy9xQV[var_246[0x1][0][0b0]])) & (int) (zoDK_XtJB__b2wiTqFNm[(int) (L2YiAXo_N_8_TZHk5VrF[1][COVGF_IOXQVU[__s_JGING4zDFp7v_7JGH[0]][0][0x1]])]);
                        OANKQRRGMY += (char) (var_2151 & (int) (L2YiAXo_N_8_TZHk5VrF[0][01]));
                    }
                    System.out.format(OANKQRRGMY, n_eksU_Drm85yvC_P5U);
                    YKxfh9GZc9Ykr__JAEdg__Mx += (int) (Math.sqrt(bMmyivQyycawJaemyb[0][01]) + bMmyivQyycawJaemyb[0x1][i_E1Pr_509z9wZN_[0x2][0][1]]);
                    break;
                case 0x5a378f98:
                    n_eksU_Drm85yvC_P5U = func_3525(vQlfhnlipyZtjkglHphlqa);
                    YKxfh9GZc9Ykr__JAEdg__Mx ^= (int) (Math.log10(bMmyivQyycawJaemyb[1][(int) (g_aZmhitmg[00])]) + bMmyivQyycawJaemyb[0x1][0]);
                    break;
            }
        }
    }
}

You can read about our Java obfuscator at:

https://www.pelock.com/products/jobfuscator

Radio code generator for Dodge RAM in Python

Bartosz Wójcik — Sat, 14 Sep 2024 08:41:17 +0000

If you disconnect a car battery, your radio player might get locked as part of its standard anti-theft feature.

To unlock the radio again, you must generate a radio unlock code. I will show you how to generate it from Python using the Radio Code Calculator library.

Step 1: Install Radio Code Calculator API

The library is available on GitHub with complete sources.

https://github.com/PELock/Radio-Code-Calculator-Python

And on the PyPI repository.

https://pypi.org/project/radio-code-calculator/

To install it, add it to your new Python project with a command line of:

pip install radio-code-calculator

Step 2: Read your Dodge RAM radio player serial number

The serial number is on the placard on the back of the radio box. You will have to dismount it, but it's pretty easy:

You will need the last four characters of the serial number

Step 3: Generate the radio unlock key

Once you obtain your API key from the Radio Code Calculator service, you can check the Radio Code Calculator SDK documentation for all the parameters to generate the code for the suitable radio model.

#!/usr/bin/env python

###############################################################################
#
# Radio Code Calculator API - WebApi interface usage example
#
# In this example, we will demonstrate how to generate a code for a specific
# type of car radio.
#
# Version        : v1.1.6
# Language       : Python
# Author         : Bartosz Wójcik
# Project        : https://www.pelock.com/products/radio-code-calculator
# Homepage       : https://www.pelock.com
#
###############################################################################

#
# include Radio Code Calculator API module
#
from radio_code_calculator import *

#
# create Radio Code Calculator API class instance (we are using our activation key)
#
myRadioCodeCalculator = RadioCodeCalculator("ABCD-ABCD-ABCD-ABCD")

#
# generate radio code (using Web API)
#
error, result = myRadioCodeCalculator.calc(RadioModels.FIAT_VP, "C9PW")

if error == RadioErrors.SUCCESS:
    print(f'Radio code is {result["code"]}')
elif error == RadioErrors.INVALID_RADIO_MODEL:
    print("Invalid radio model (not supported)")
elif error == RadioErrors.INVALID_SERIAL_LENGTH:
    print(f'Invalid serial number length (expected {result["serialMaxLen"]} characters)')
elif error == RadioErrors.INVALID_SERIAL_PATTERN:
    print(f'Invalid serial number regular expression pattern (expected {result["serialRegexPattern"]["python"]} regex pattern)')
elif error == RadioErrors.INVALID_SERIAL_NOT_SUPPORTED:
    print("This serial number is not supported")
elif error == RadioErrors.INVALID_EXTRA_LENGTH:
    print(f'Invalid extra data length (expected {result["extraMaxLen"]} characters)')
elif error == RadioErrors.INVALID_EXTRA_PATTERN:
    print(f'Invalid extra data regular expression pattern (expected {result["extraRegexPattern"]["python"]} regex pattern)')
elif error == RadioErrors.INVALID_INPUT:
    print("Invalid input data")
elif error == RadioErrors.INVALID_COMMAND:
    print("Invalid command sent to the Web API interface")
elif error == RadioErrors.INVALID_LICENSE:
    print("Invalid license key")
elif error == RadioErrors.ERROR_CONNECTION:
    print("Something unexpected happen while trying to login to the service.")
else:
    print(f'Unknown error {error}')

Step 4: Run the script

For our sample serial number ending with C9PW the radio unlock code for the Dodge RAM Uconnect Harman Kardon radio player is:

Radio code is 7013

What can you do with it?

Sell the radio codes on eBay or Craigslist

The end

It's pretty simple, and this is just for Python. The library also supports JS and PHP so you can integrate it easily within your sites, apps, and scripts. It also comes with a simple online interface to generate the codes for non-programmers.

Nissan Glove Box PIN Code Calculator

Bartosz Wójcik — Sat, 11 Mar 2023 22:02:59 +0000

To generate a PIN code for immobiliser programming in Nissan vehicles, the glove box compartment serial number can be used.

This serial number can be obtained by removing the glove box and locating the sticker with the number.

Once the serial number is obtained, a PIN code can be generated using Radio Code Calculator SDK.

It can be done from Python, JS and PHP

#!/usr/bin/env python

###############################################################################
#
# Radio Code Calculator API - WebApi interface usage example for Nissan 
# Glove Box Immobiliser PIN Code Calculator
#
# In this example, we will demonstrate how to generate a code for a specific
# type of car radio.
#
# Version        : v1.1.2
# Language       : Python
# Author         : Bartosz Wójcik
# Project        : https://www.pelock.com/products/radio-code-calculator
# Homepage       : https://www.pelock.com
#
###############################################################################

#
# include Radio Code Calculator API module
#
from radio_code_calculator import *

#
# create Radio Code Calculator API class instance (we are using our activation key)
#
myRadioCodeCalculator = RadioCodeCalculator("ABCD-ABCD-ABCD-ABCD")

#
# generate radio code (using Web API)
#
error, result = myRadioCodeCalculator.calc(RadioModels.NISSAN_GLOVE_BOX, "E9AB99568498")

if error == RadioErrors.SUCCESS:
    print(f'Radio code is {result["code"]}')
elif error == RadioErrors.INVALID_RADIO_MODEL:
    print("Invalid radio model (not supported)")
elif error == RadioErrors.INVALID_SERIAL_LENGTH:
    print(f'Invalid serial number length (expected {result["serialMaxLen"]} characters)')
elif error == RadioErrors.INVALID_SERIAL_PATTERN:
    print(f'Invalid serial number regular expression pattern (expected {result["serialRegexPattern"]["python"]} regex pattern)')
elif error == RadioErrors.INVALID_SERIAL_NOT_SUPPORTED:
    print("This serial number is not supported")
elif error == RadioErrors.INVALID_EXTRA_LENGTH:
    print(f'Invalid extra data length (expected {result["extraMaxLen"]} characters)')
elif error == RadioErrors.INVALID_EXTRA_PATTERN:
    print(f'Invalid extra data regular expression pattern (expected {result["extraRegexPattern"]["python"]} regex pattern)')
elif error == RadioErrors.INVALID_INPUT:
    print("Invalid input data")
elif error == RadioErrors.INVALID_COMMAND:
    print("Invalid command sent to the Web API interface")
elif error == RadioErrors.INVALID_LICENSE:
    print("Invalid license key")
elif error == RadioErrors.ERROR_CONNECTION:
    print("Something unexpected happen while trying to login to the service.")
else:
    print(f'Unknown error {error}')

You can also obtain it online using Nissan Glove Box PIN Code Calculator

Radio Code Calculator for JavaScript

Bartosz Wójcik — Tue, 28 Feb 2023 15:23:12 +0000

Radio Code Calculator is a comprehensive online service that also includes a Web API & SDK for generating car radio unlock codes for a wide range of popular vehicle brands.

It is commonplace for vehicle radio and navigation units to prompt for an unlocking code after a car battery failure or disconnection. This is a standard anti-theft protection measure.

With our Car Radio Code Calculator, you can effortlessly generate radio codes that are 100% valid, enabling you to unlock car radios and navigation systems without the high cost of going through authorized dealers.

The service is available through a simple online interface and Web API, with multiple SDK development libraries for popular programming languages.

Thanks to our solution, you can create, for instance, mobile or web applications that allow for easy generation of radio codes.

Supported car models and radios

We are dedicated to constantly improving our service and regularly update our algorithms to support new car models and their radios.
Any new algorithms added will be automatically and freely accessible to you under your current license.

For end customers, we offer individual calculators as a paid service. Relevant subpages on our site list the supported radios for each calculator, which you can verify before making a purchase.

Use of radio code calculator

Our radio code generation service can be accessed from anywhere in the world with an internet connection. It is designed for individuals and businesses alike, including mechanics, car dealerships, and other automotive professionals who need to unlock car radios and navigation systems.

If you are an individual or a business, you can make money from our code generation service by offering it as an additional service to your existing customers or by promoting it through your website or social media channels. You can also integrate our service into your software or application using our Web API or SDK to offer it to a wider audience.

App developers

The main audience for our software is clearly developers and programmers, either of mobile or desktop applications.

Online stores

If you run an online e-commerce store, you can sell radio codes through it using our software solutions.

Auto repair shops

We also encourage car repair shops whose customers often use car radio unlocking services.

Private individuals

Private individuals will also profit from our solution by generating codes and selling them on car forums or auction sites such as eBay, Craigslist.

No limits!

You can generate codes without limitation with your purchased one-year license.

Set your own price for generating a single code and start earning by using tried and tested algorithms from a programming language you know.

If you are not a programmer - don't worry. Just use our online calculator.

Installation

The preferred way of WebApi interface installation is via NPM.

Run:

npm i radio-code-calculator

Or add this entry:

  "dependencies": {
    "radio-code-calculator": "latest"
  },

directly to your package.json in dependencies section.

The installation package is available at https://www.npmjs.com/package/radio-code-calculator

Packages for other programming languages

The installation packages have been uploaded to repositories for several popular programming languages and their source codes have been published on GitHub:

Language	Installation	Package	GitHub
PHP	Add the following line to `require` section of your `composer.json` file `"pelock/radio-code-calculator": "*"`	Packagist	Sources
Python	Run `pip install radio-code-calculator`	PyPi	Sources
JavaScript, TypeScript	Run `npm i radio-code-calculator` or add the following to `dependencies` section of your `package.json` file `"dependencies": { "radio-code-calculator": "latest" },`	NPM	Sources

Usage examples

Radio code generation

This example demonstrates code generation for a selected radio model. All input parameter validation is done on the server side and if the radio serial number has an invalid length or pattern - the service will return an error.

"use strict";

/******************************************************************************
 *
 * Radio Code Calculator API - WebApi interface usage example
 *
 * In this example, we will demonstrate how to generate a code for a specific
 * type of car radio.
 *
 * Version      : v1.1.0
 * JS           : ES6
 * Dependencies : radio-code-calculator
 * Author       : Bartosz Wójcik (support@pelock.com)
 * Project      : https://www.pelock.com/products/radio-code-calculator
 * Homepage     : https://www.pelock.com
 *
 * @link https://www.pelock.com/products/radio-code-calculator
 * @copyright Copyright (c) 2021-2023 PELock LLC
 * @license Apache-2.0
 *
/*****************************************************************************/

//
// include Radio Code Calculator API module
//
import { RadioCodeCalculator, RadioErrors, RadioModel, RadioModels } from "radio-code-calculator";

//
// create Radio Code Calculator API class instance (we are using our activation key)
//
let myRadioCodeCalculator = new RadioCodeCalculator("ABCD-ABCD-ABCD-ABCD");

//
// generate radio code (using Web API)
//
myRadioCodeCalculator.calc(RadioModels.FORD_M_SERIES, "123456").then((result) => {

    console.log("Radio code is " + result["code"]);

}).catch((error) => {

    switch(error["error"])
    {
    case RadioErrors.INVALID_RADIO_MODEL: console.log("Invalid radio model (not supported)"); break;
    case RadioErrors.INVALID_SERIAL_LENGTH: console.log("Invalid serial number length (expected " + result["serialMaxLen"] + " characters)"); break;
    case RadioErrors.INVALID_SERIAL_PATTERN: console.log("Invalid serial number regular expression pattern (expected " + result["serialRegexPattern"]["php"] + " regex pattern)"); break;
    case RadioErrors.INVALID_SERIAL_NOT_SUPPORTED: console.log("This serial number is not supported"); break;
    case RadioErrors.INVALID_EXTRA_LENGTH: console.log("Invalid extra data length (expected " + result["extraMaxLen"] + " characters)"); break;
    case RadioErrors.INVALID_EXTRA_PATTERN: console.log("Invalid extra data regular expression pattern (expected " + result["extraRegexPattern"]["php"] + " regex pattern"); break;
    case RadioErrors.INVALID_INPUT: console.log("Invalid input data"); break;
    case RadioErrors.INVALID_COMMAND: console.log("Invalid command sent to the Web API interface"); break;
    case RadioErrors.INVALID_LICENSE: console.log("Invalid license key!"); break;
    default: console.log(`Something unexpected happen while trying to login to the service (error code ${error}).`); break;
    }
});

Radio code generation with additional offline validation

Radio codes are generated based on input parameters such as the radio's serial number, among others.

Radio serial numbers are different for different radios, they have different lengths and different patterns, some may consist of just digits e.g. 1234, while others may consist of digits and letters e.g. AB1234XYZ.

Validation of this data is done on the server side. However, to make things more efficient, we can use the information about available limits and patterns of particular serial numbers to, for example, set these limits in controls in our own applications without unnecessary calls to the Web API.

"use strict";

/******************************************************************************
 *
 * Radio Code Calculator API - WebApi interface usage example
 *
 * In this example, we will demonstrate how to generate a code for a specific
 * type of car radio. This example shows how to use an extended offline
 * validation.
 *
 * Version      : v1.1.0
 * JS           : ES6
 * Dependencies : radio-code-calculator
 * Author       : Bartosz Wójcik (support@pelock.com)
 * Project      : https://www.pelock.com/products/radio-code-calculator
 * Homepage     : https://www.pelock.com
 *
 * @link https://www.pelock.com/products/radio-code-calculator
 * @copyright Copyright (c) 2021-2023 PELock LLC
 * @license Apache-2.0
 *
/*****************************************************************************/

//
// include Radio Code Calculator API module
//
import { RadioCodeCalculator, RadioErrors, RadioModel, RadioModels } from "radio-code-calculator";

//
// create Radio Code Calculator API class instance (we are using our activation key)
//
let myRadioCodeCalculator = new RadioCodeCalculator("ABCD-ABCD-ABCD-ABCD");

//
// generate a single radio unlocking code
//
let serial = "123456";
let extra = "";

//
// select a radio model
//
let radioModel = RadioModels.FORD_M_SERIES;

//
// display radio model information, you can use it to set limits in your controls e.g.
//
// textFieldRadioSerial.maxLength = radioModel.serial_max_len
// textFieldRadioSerial.regEx = radioModel.serial_regex_pattern()
//
// (if allowed by your controls)
//
console.log(`Radio model ${radioModel.name} expects a serial number of ${radioModel.serial_max_len} length and ${radioModel.serial_regex_pattern()} regex pattern<br>`);

// additional information
if (radioModel.extra_max_len > 0)
{
    console.log(`Additionally an extra field is required with ${radioModel.extra_max_len} and ${radioModel.extra_regex_pattern()} regex pattern<br>`);
}

//
// validate the serial number (offline) before sending the Web API request
//
let error = radioModel.validate(serial, extra);

if (error !== RadioErrors.SUCCESS)
{
    if (error === RadioErrors.INVALID_SERIAL_LENGTH)
        console.log(`Invalid serial number length (expected ${radioModel.serial_max_len} characters<br>`);
    else if (error == RadioErrors.INVALID_SERIAL_PATTERN)
        console.log(`Invalid serial number regular expression pattern (expected ${radioModel.serial_regex_pattern()} regex pattern)<br>`);
    else if (error == RadioErrors.INVALID_SERIAL_NOT_SUPPORTED)
        console.log("This serial number is not supported");
    else if (error == RadioErrors.INVALID_EXTRA_LENGTH)
        console.log(`Invalid extra data length (expected ${radioModel.extra_max_len} characters)<br>`);
    else if (error == RadioErrors.INVALID_EXTRA_PATTERN)
        console.log(`Invalid extra data regular expression pattern (expected ${radioModel.extra_regex_pattern()} regex pattern)<br>`);

    process.exit(1);
}

//
// generate radio code (using Web API)
//
myRadioCodeCalculator.calc(radioModel, serial).then((result) => {

    console.log("Radio code is " + result["code"]);

}).catch((error) => {

    switch(error["error"])
    {
    case RadioErrors.INVALID_RADIO_MODEL: console.log("Invalid radio model (not supported)"); break;
    case RadioErrors.INVALID_SERIAL_LENGTH: console.log("Invalid serial number length (expected " + result["serialMaxLen"] + " characters)"); break;
    case RadioErrors.INVALID_SERIAL_PATTERN: console.log("Invalid serial number regular expression pattern (expected " + result["serialRegexPattern"]["php"] + " regex pattern)"); break;
    case RadioErrors.INVALID_SERIAL_NOT_SUPPORTED: console.log("This serial number is not supported"); break;
    case RadioErrors.INVALID_EXTRA_LENGTH: console.log("Invalid extra data length (expected " + result["extraMaxLen"] + " characters)"); break;
    case RadioErrors.INVALID_EXTRA_PATTERN: console.log("Invalid extra data regular expression pattern (expected " + result["extraRegexPattern"]["php"] + " regex pattern"); break;
    case RadioErrors.INVALID_INPUT: console.log("Invalid input data"); break;
    case RadioErrors.INVALID_COMMAND: console.log("Invalid command sent to the Web API interface"); break;
    case RadioErrors.INVALID_LICENSE: console.log("Invalid license key!"); break;
    default: console.log(`Something unexpected happen while trying to login to the service (error code ${error}).`); break;
    }
});

Download list of supported radio code calculators

If you would like to download information about all supported radio models and their parameters such as serial number length and pattern - you can do so.

"use strict";

/******************************************************************************
 *
 * Radio Code Calculator API - WebApi interface usage example
 *
 * In this example we will list all the available calculators and, their
 * parameters like name, maximum length of the radio serial number and its
 * regex pattern.
 *
 * Version      : v1.1.0
 * JS           : ES6
 * Dependencies : radio-code-calculator
 * Author       : Bartosz Wójcik (support@pelock.com)
 * Project      : https://www.pelock.com/products/radio-code-calculator
 * Homepage     : https://www.pelock.com
 *
 * @link https://www.pelock.com/products/radio-code-calculator
 * @copyright Copyright (c) 2021-2023 PELock LLC
 * @license Apache-2.0
 *
/*****************************************************************************/

//
// include Radio Code Calculator API module
//
import { RadioCodeCalculator, RadioErrors, RadioModel, RadioModels } from "radio-code-calculator";

//
// create Radio Code Calculator API class instance (we are using our activation key)
//
let myRadioCodeCalculator = new RadioCodeCalculator("ABCD-ABCD-ABCD-ABCD");

//
// get the list of the supported radio calculators and their parameters (max. length, regex pattern)
//
myRadioCodeCalculator.list().then((result) => {

    let radio_models = result["radioModels"];

    console.log("Supported radio models " + radio_models.length + "<br>");

    radio_models.forEach(radio_model => {

        console.log("Radio model name - " + radio_model.name + "<br>");

        console.log("Max. length of the radio serial number - " + radio_model.serial_max_len + "<br>");
        console.log("Regex pattern for the radio serial number - " + radio_model.serial_regex_pattern() + "<br>");

        // is extra field specified?
        if (radio_model.extra_max_len > 0)
        {
            console.log("Max. length of the radio extra data - " + radio_model.extra_max_len + "<br>");
            console.log("Regex pattern for the radio extra data - " + radio_model.extra_regex_pattern() + "<br>");
            console.log("<br>");
        }

    });

}).catch((error) => {

    if (error["error"] == RadioErrors.INVALID_LICENSE)
        console.log("Invalid license key!");
    else
        console.log(`Something unexpected happen while trying to login to the service (error code ${error}).`);
});

Downloading the parameters of the selected radio calculator

You can download the parameters of the selected calculator.

"use strict";

/******************************************************************************
 *
 * Radio Code Calculator API - WebApi interface usage example
 *
 * In this example, we will demonstrate how to get information about the
 * specific radio calculator and its parameters (max. length & regex pattern).
 *
 * Version      : v1.1.0
 * JS           : ES6
 * Dependencies : radio-code-calculator
 * Author       : Bartosz Wójcik (support@pelock.com)
 * Project      : https://www.pelock.com/products/radio-code-calculator
 * Homepage     : https://www.pelock.com
 *
 * @link https://www.pelock.com/products/radio-code-calculator
 * @copyright Copyright (c) 2021-2023 PELock LLC
 * @license Apache-2.0
 *
/*****************************************************************************/

//
// include Radio Code Calculator API module
//
import { RadioCodeCalculator, RadioErrors, RadioModel, RadioModels } from "radio-code-calculator";

//
// create Radio Code Calculator API class instance (we are using our activation key)
//
let myRadioCodeCalculator = new RadioCodeCalculator("ABCD-ABCD-ABCD-ABCD");

//
// query information about the radio model
//
myRadioCodeCalculator.info("ford-m-series").then((result) => {

    let radio_model = result["radioModel"];

    console.log("Radio model name - " + radio_model.name + "<br>");

    console.log("Max. length of the radio serial number - " + radio_model.serial_max_len + "<br>");
    console.log("Regex pattern for the radio serial number - " + radio_model.serial_regex_pattern() + "<br>");

    // is extra field specified?
    if (radio_model.extra_max_len > 0)
    {
        console.log("Max. length of the radio extra data - " + radio_model.extra_max_len + "<br>");
        console.log("Regex pattern for the radio extra data - " + radio_model.extra_regex_pattern() + "<br>");
        console.log("<br>");
    }

}).catch((error) => {
    if (error.error == RadioErrors.INVALID_LICENSE)
        console.log("Invalid license key!");
    else
        console.log(`Something unexpected happen while trying to login to the service (error code ${error["error"]}).`);
});

Checking activation key

By checking the activation key status, we will get information about the license owner, license type and license expiration date.

"use strict";

/******************************************************************************
 *
 * Radio Code Calculator API - WebApi interface usage example
 *
 * In this example we will verify our activation key status.
 *
 * Version      : v1.1.0
 * JS           : ES6
 * Dependencies : radio-code-calculator
 * Author       : Bartosz Wójcik (support@pelock.com)
 * Project      : https://www.pelock.com/products/radio-code-calculator
 * Homepage     : https://www.pelock.com
 *
 * @link https://www.pelock.com/products/radio-code-calculator
 * @copyright Copyright (c) 2021-2023 PELock LLC
 * @license Apache-2.0
 *
/*****************************************************************************/

//
// include Radio Code Calculator API module
//
import { RadioCodeCalculator, RadioErrors, RadioModel, RadioModels } from "radio-code-calculator";
//
// create Radio Code Calculator API class instance (we are using our activation key)
//
let myRadioCodeCalculator = new RadioCodeCalculator("ABCD-ABCD-ABCD-ABCD");

//
// login to the service
//
myRadioCodeCalculator.login().then((result) => {

    //
    // result[] array holds the information about the license
    //
    // result["license"]["activationStatus"] - True if license is active, False on invalid/expired keys
    // result["license"]["userName"] - user name/company name of the license owner
    // result["license"]["type"] - license type (0 - Personal License, 1 - Company License)
    // result["license"]["expirationDate"] - license expiration date (in YYYY-MM-DD format)
    //
    console.log("License activation status - " + (result["license"]["activationStatus"] ? "True" : "False") + "<br>");
    console.log("License owner - " + result["license"]["userName"]);
    console.log("License type - " + (result["license"]["type"] == 0 ? "Personal" : "Company") + "<br>");
    console.log("Expiration date - " + result["license"]["expirationDate"] + "<br>");

}).catch((error) => {

    if (error["error"] == RadioErrors.INVALID_LICENSE)
        console.log("Invalid license key!");
    else
        console.log(`Something unexpected happen while trying to login to the service (error code ${error}).`);
});

Got questions?

If you are interested in the Radio Code Calculator Web API or have any questions regarding radio code generator SDK packages, technical or legal issues, or if something is not clear, please contact me. I'll be happy to answer all of your questions.

Bartosz Wójcik

Visit my site at — https://www.pelock.com
Twitter — https://twitter.com/PELock
GitHub — https://github.com/PELock

Radio Code Calculator Online & SDK for Python

Bartosz Wójcik — Wed, 08 Feb 2023 23:44:55 +0000

Radio Code Calculator is an online service along with Web API & SDK for generating car radio unlock codes for popular vehicle brands.

After a car battery failure or disconnection, many vehicle radio and navigation systems will prompt for an unlock code as a standard anti-theft precaution.

Our Radio Code Calculator enables you to generate 100% valid radio codes to unlock your car radio and navigation systems, eliminating the need for costly services from authorized dealers.

The service is available through a simple online interface and Web API, with multiple SDK development libraries for popular programming languages.

Thanks to our solution, you can create, for instance, mobile or web applications that allow for easy generation of radio codes.

Supported car models and radios

Our service is being continuously developed and new algorithms are gradually added for new car models and their radios.

If a new algorithm is added, you will get automatic and free access to it as part of your current license.

Individual calculators are available on our site as a paid service for end customers. You can verify them and see lists of supported radios on the relevant subpages:

Use of radio code calculator

Where and who can use the radio code generation service and make money from code generation?

App developers

The main audience for our software is clearly developers and programmers, either of mobile or desktop applications.

Online stores

If you run an online e-commerce store, you can sell radio codes through it using our software solutions.

Auto repair shops

We also encourage car repair shops whose customers often use car radio unlocking services.

Private individuals

Private individuals will also profit from our solution by generating codes and selling them on car forums or auction sites such as eBay, Craigslist.

No limits!

You can generate codes without limitation with your purchased one year license.

Set your own price for generating a single code and start earning by using tried and tested algorithms from a programming language you know.

If you are not a programmer - don't worry. Just use our online calculator.

Installation

The preferred way of Radio Code Calculator Web API interface installation is via pip.

Run:

pip install radio-code-calculator

python3 -m pip install radio-code-calculator

And then add this import to your source code:

from radio_code_calculator import *

The installation package is available at https://pypi.org/project/radio-code-calculator/

Usage examples

Radio code generation

#!/usr/bin/env python

###############################################################################
#
# Radio Code Calculator API - WebApi interface usage example
#
# In this example, we will demonstrate how to generate a code for a specific
# type of car radio.
#
# Version        : v1.00
# Language       : Python
# Author         : Bartosz Wójcik
# Project        : https://www.pelock.com/products/radio-code-calculator
# Homepage       : https://www.pelock.com
#
###############################################################################

#
# include Radio Code Calculator API module
#
from radio_code_calculator import *

#
# create Radio Code Calculator API class instance (we are using our activation key)
#
myRadioCodeCalculator = RadioCodeCalculator("ABCD-ABCD-ABCD-ABCD")

#
# generate radio code (using Web API)
#
error, result = myRadioCodeCalculator.calc(RadioModels.FORD_M_SERIES, "123456")

if error == RadioErrors.SUCCESS:
    print(f'Radio code is {result["code"]}')
elif error == RadioErrors.INVALID_RADIO_MODEL:
    print("Invalid radio model (not supported)")
elif error == RadioErrors.INVALID_SERIAL_LENGTH:
    print(f'Invalid serial number length (expected {result["serialMaxLen"]} characters)')
elif error == RadioErrors.INVALID_SERIAL_PATTERN:
    print(f'Invalid serial number regular expression pattern (expected {result["serialRegexPattern"]["python"]} regex pattern)')
elif error == RadioErrors.INVALID_SERIAL_NOT_SUPPORTED:
    print("This serial number is not supported")
elif error == RadioErrors.INVALID_EXTRA_LENGTH:
    print(f'Invalid extra data length (expected {result["extraMaxLen"]} characters)')
elif error == RadioErrors.INVALID_EXTRA_PATTERN:
    print(f'Invalid extra data regular expression pattern (expected {result["extraRegexPattern"]["python"]} regex pattern)')
elif error == RadioErrors.INVALID_INPUT:
    print("Invalid input data")
elif error == RadioErrors.INVALID_COMMAND:
    print("Invalid command sent to the Web API interface")
elif error == RadioErrors.INVALID_LICENSE:
    print("Invalid license key")
elif error == RadioErrors.ERROR_CONNECTION:
    print("Something unexpected happen while trying to login to the service.")
else:
    print(f'Unknown error {error}')

Radio code generation with additional offline validation

Radio codes are generated based on input parameters such as the radio's serial number, among others.

#!/usr/bin/env python

###############################################################################
#
# Radio Code Calculator API - WebApi interface usage example
#
# In this example, we will demonstrate how to generate a code for a specific
# type of car radio. This example shows how to use an extended offline
# validation.
#
# Version        : v1.00
# Language       : Python
# Author         : Bartosz Wójcik
# Project        : https://www.pelock.com/products/radio-code-calculator
# Homepage       : https://www.pelock.com
#
###############################################################################

#
# include Radio Code Calculator API module
#
from radio_code_calculator import *

#
# create Radio Code Calculator API class instance (we are using our activation key)
#
myRadioCodeCalculator = RadioCodeCalculator("ABCD-ABCD-ABCD-ABCD")

#
# generate a single radio unlocking code
#
serial: str = "123456"
extra: str = ""

#
# select a radio model
#
radioModel: RadioModel = RadioModels.FORD_M_SERIES

#
# display radio model information, you can use it to set limits in your controls e.g.
#
# textFieldRadioSerial.maxLength = radioModel.serial_max_len
# textFieldRadioSerial.regEx = radioModel.serial_regex_pattern
#
# (if allowed by your controls)
#
print(f'Radio model {radioModel.name} expects a serial number of {radioModel.serial_max_len}'
      f' length and {radioModel.serial_regex_pattern} regex pattern')

# additional information
if radioModel.extra_max_len > 0:
    print(f'Additionally an extra field is required with {radioModel.extra_max_len} and'
          f' and {radioModel.extra_regex_pattern} regex pattern')

#
# validate the serial number (offline) before sending the Web API request
#
error = radioModel.validate(serial, extra)

if error != RadioErrors.SUCCESS:

    if error == RadioErrors.INVALID_SERIAL_LENGTH:
        print(f'Invalid serial number length (expected {radioModel.serial_max_len} characters)')
    elif error == RadioErrors.INVALID_SERIAL_PATTERN:
        print(f'Invalid serial number regular expression pattern (expected {radioModel.serial_regex_pattern} regex pattern)')
    elif error == RadioErrors.INVALID_SERIAL_NOT_SUPPORTED:
        print("This serial number is not supported")
    elif error == RadioErrors.INVALID_EXTRA_LENGTH:
        print(f'Invalid extra data length (expected {radioModel.extra_max_len} characters)')
    elif error == RadioErrors.INVALID_EXTRA_PATTERN:
        print(f'Invalid extra data regular expression pattern (expected {radioModel.extra_regex_pattern} regex pattern)')
    exit(1)

#
# generate radio code (using Web API)
#
error, result = myRadioCodeCalculator.calc(radioModel, "123456")

if error == RadioErrors.SUCCESS:
    print(f'Radio code is {result["code"]}')
elif error == RadioErrors.INVALID_RADIO_MODEL:
    print("Invalid radio model (not supported)")
elif error == RadioErrors.INVALID_SERIAL_LENGTH:
    print(f'Invalid serial number length (expected {result["serialMaxLen"]} characters)')
elif error == RadioErrors.INVALID_SERIAL_PATTERN:
    print(f'Invalid serial number regular expression pattern (expected {result["serialRegexPattern"]["python"]} regex pattern)')
elif error == RadioErrors.INVALID_SERIAL_NOT_SUPPORTED:
    print("This serial number is not supported")
elif error == RadioErrors.INVALID_EXTRA_LENGTH:
    print(f'Invalid extra data length (expected {result["extraMaxLen"]} characters)')
elif error == RadioErrors.INVALID_EXTRA_PATTERN:
    print(f'Invalid extra data regular expression pattern (expected {result["extraRegexPattern"]["python"]} regex pattern)')
elif error == RadioErrors.INVALID_INPUT:
    print("Invalid input data")
elif error == RadioErrors.INVALID_COMMAND:
    print("Invalid command sent to the Web API interface")
elif error == RadioErrors.INVALID_LICENSE:
    print("Invalid license key")
elif error == RadioErrors.ERROR_CONNECTION:
    print("Something unexpected happen while trying to login to the service.")
else:
    print(f'Unknown error {error}')

Download list of supported radio code calculators

If you would like to download information about all supported radio models and their parameters such as serial number length and pattern - you can do so.

#!/usr/bin/env python

###############################################################################
#
# Radio Code Calculator API - WebApi interface usage example
#
# In this example we will list all the available calculators and, their
# parameters like name, maximum length of the radio serial number and its
# regex pattern.
#
# Version        : v1.00
# Language       : Python
# Author         : Bartosz Wójcik
# Project        : https://www.pelock.com/products/radio-code-calculator
# Homepage       : https://www.pelock.com
#
###############################################################################

#
# include Radio Code Calculator API module
#
from radio_code_calculator import *

#
# create Radio Code Calculator API class instance (we are using our activation key)
#
myRadioCodeCalculator = RadioCodeCalculator("ABCD-ABCD-ABCD-ABCD")

#
# get the list of the supported radio calculators and their parameters (max. length, regex pattern)
#
error, radio_models = myRadioCodeCalculator.list()

if error == RadioErrors.SUCCESS:

    print(f'Supported radio models {len(radio_models)}:\n')

    for radio_model in radio_models:

        print(f'Radio model name - {radio_model.name}')

        print(f'Max. length of the radio serial number - {radio_model.serial_max_len}')
        print(f'Regex pattern for the radio serial number - {radio_model.serial_regex_pattern}')

        # is extra field specified?
        if radio_model.extra_max_len > 0:
            print(f'Max. length of the radio extra data - {radio_model.extra_max_len}')
            print(f'Regex pattern for the radio extra data - {radio_model.extra_regex_pattern}')

        print()

elif error == RadioErrors.INVALID_LICENSE:
    print("Invalid activation key!")
else:
    print(f'Something unexpected happen while trying to login to the service (error code {error}).')

Downloading the parameters of the selected radio calculator

You can download the parameters of the selected calculator.

#!/usr/bin/env python

###############################################################################
#
# Radio Code Calculator API - WebApi interface usage example
#
# In this example, we will demonstrate how to get information about the
# specific radio calculator and its parameters (max. length & regex pattern).
#
# Version        : v1.00
# Language       : Python
# Author         : Bartosz Wójcik
# Project        : https://www.pelock.com/products/radio-code-calculator
# Homepage       : https://www.pelock.com
#
###############################################################################

#
# include Radio Code Calculator API module
#
from radio_code_calculator import *

#
# create Radio Code Calculator API class instance (we are using our activation key)
#
myRadioCodeCalculator = RadioCodeCalculator("ABCD-ABCD-ABCD-ABCD")

#
# query information about the radio model
#
error, radioModel = myRadioCodeCalculator.info("ford-m-series")

if error == RadioErrors.SUCCESS:

    print(f'Radio model name - {radioModel.name}')

    print(f'Max. length of the radio serial number - {radioModel.serial_max_len}')
    print(f'Regex pattern for the radio serial number - {radioModel.serial_regex_pattern}')

    # is extra field specified?
    if radioModel.extra_max_len > 0:
        print(f'Max. length of the radio extra data - {radioModel.extra_max_len}')
        print(f'Regex pattern for the radio extra data - {radioModel.extra_regex_pattern}')

    print()

elif error == RadioErrors.INVALID_LICENSE:
    print("Invalid license key!")
else:
    print(f'Something unexpected happen while trying to login to the service (error code {error}).')

Checking activation key

By checking the activation key status, we will get information about the license owner, license type and license expiration date.

#!/usr/bin/env python

###############################################################################
#
# Radio Code Calculator API - WebApi interface usage example
#
# In this example we will verify our activation key status.
#
# Version        : v1.00
# Language       : Python
# Author         : Bartosz Wójcik
# Project        : https://www.pelock.com/products/radio-code-calculator
# Homepage       : https://www.pelock.com
#
###############################################################################

#
# include Radio Code Calculator API module
#
from radio_code_calculator import *

#
# create Radio Code Calculator API class instance (we are using our activation key)
#
myRadioCodeCalculator = RadioCodeCalculator("ABCD-ABCD-ABCD-ABCD")

#
# login to the service
#
error, result = myRadioCodeCalculator.login()

#
# result[] array holds the information about the license
#
# result["license"]["activationStatus"] - True if license is active, False on invalid/expired keys
# result["license"]["userName"] - user name/company name of the license owner
# result["license"]["type"] - license type (0 - Personal License, 1 - Company License)
# result["license"]["expirationDate"] - license expiration date (in YYYY-MM-DD format)
#
if error == RadioErrors.SUCCESS:
    print(f'License activation status - {"True" if result["license"]["activationStatus"] else "False"}')
    print(f'License owner - {result["license"]["userName"]}')
    print(f'License type - {"Personal" if result["license"]["type"] == 0 else "Company"}')
    print(f'Expiration date - {result["license"]["expirationDate"]}')

elif error == RadioErrors.INVALID_LICENSE:
    print("Invalid license key!")
else:
    print(f'Something unexpected happen while trying to login to the service (error code {error}).')

Got questions?

Bartosz Wójcik

Visit my site at — https://www.pelock.com
Twitter — https://twitter.com/PELock
GitHub — https://github.com/PELock

Total Commander Password Recovery

Bartosz Wójcik — Sat, 18 Jul 2020 00:47:27 +0000

🖧 Recovering FTP passwords

Total Commander is a classic file manager for Windows, Windows CE, Windows Phone & now also Android.

It comes with a built-in FTP client and it keeps the FTP logins and encrypted passwords in wcx_ftp.ini configuration file.

🔍 Password encryption algorithm

I have used reverse engineering techniques and restored the password decoding algorithm years ago from the compiled executable file.

It was made available by me to another popular FlashFXP software (for free license key) to import FTP connection profiles from Total Commander (back then it was called Windows Commander).

<?php

////////////////////////////////////////////////////////////////////////////////
//
// Total Commander FTP Password Recovery Algorithm
//
// Bartosz Wójcik
// https://www.pelock.com
//
////////////////////////////////////////////////////////////////////////////////

class TotalCommanderPasswordDecoder
{
  private int $random_seed = 0;

  public static function hexstr2bytearray($str)
  {
    if (!is_string($str)) return false;

    $result = [];

    $len = strlen($str);

    if ($len == 0 || ($len & 1) != 0)
    {
      return false;
    }

    for ($i = 0; $i < $len; $i += 2)
    {
      $result[] = ( hexdec($str[$i]) << 4 ) | hexdec($str[$i + 1]);
    }

    return $result;
  }

  // initialize random generator with specified seed
  public function srand($seed)
  {
    $this->random_seed = $seed;
  }

  // generate pseudo-random number from the specified seed
  public function rand_max($nMax)
  {
    // cut numbers to 32 bit values (important)
    $this->random_seed = (( ($this->random_seed * 0x8088405) & 0xFFFFFFFF) + 1) & 0xFFFFFFFF;

    return ($this->random_seed * $nMax) >> 32;
  }

  // rotate bits left
  public static function rol8($var, $counter)
  {
    return (($var << $counter) | ($var >> (8 - $counter))) & 0xFF;
  }

  // decrypt Total Commander FTP password
  public function decryptPassword($password)
  {
    // convert hex string to array of integers
    $password_hex = static::hexstr2bytearray($password);

    // if the conversion failed - exit
    if (!$password_hex) return false;

    // number of converted bytes
    $password_length = count($password_hex);

    // length includes checksum at the end
    if ($password_length <= 4)
    {
      return false;
    }

    // minus checksum
    $password_length -= 4;

    $this->srand(849521);

    for ($i = 0; $i < $password_length; $i++)
    {
      $password_hex[ $i ] = static::rol8($password_hex[ $i ], $this->rand_max(8));
    }

    $this->srand(12345);

    for ($i = 0; $i < 256; $i++)
    {
      $x = $this->rand_max($password_length);
      $y = $this->rand_max($password_length);

      $c = $password_hex[ $x ];

      $password_hex[ $x ] = $password_hex[ $y ];
      $password_hex[ $y ] = $c;
    }

    $this->srand(42340);

    for($i = 0; $i < $password_length; $i++)
    {
      $password_hex[ $i ] ^= $this->rand_max(256);
    }

    $this->srand(54321);

    for ($i = 0; $i < $password_length; $i++)
    {
      $password_hex[ $i ] = ($password_hex[ $i ] - $this->rand_max(256)) & 0xFF;
    }

    // build final password
    $decoded_password = "";

    for($i = 0; $i < $password_length; $i++)
    {
      $decoded_password .= chr($password_hex[ $i ]);
    }

    return $decoded_password;
  }
}

🔑 Password recovery tool

You can use the algorithm above to recover the passwords yourself, or you can use my ready to use online decoder:

💾 Total Commander Password Recovery Tool

📚 Reverse engineering resources

If you are interested in reverse engineering, you would like to know how to do things like recovering some algorithm from the compiled binary into high-level language format, I invite you to read my articles:

📰 Reverse Engineering Articles