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# Bash Script and Tutorial: Termux Environment Setup

#   This bash script will help you set up your Termux environment with various tools and graphical enhancements. You can run it by saving it as a file (e.g. `termux-setup.sh`) and executing it with `bash termux-setup.sh`. Alternatively, you can copy and paste the commands in the script to your terminal.

## Step 1: Grant Storage Access

#   The first step is to grant storage access to Termux, so that you can access your files and folders from the app. To do this, run the following command:

```bash
termux-setup-storage
```

#   You will be prompted to allow Termux to access your storage. Tap on **Allow** to grant permission.

## Step 2: Configure Repositories

#   The next step is to configure the repositories that Termux uses to install software packages. This will allow you to access a wider range of tools and libraries. To do this, run the following command:

```bash
termux-change-repo
```

#   You will see a menu with different options for each repository. You can use the arrow keys to navigate and the space bar to select or deselect an option. Press **Enter** when you are done.

#   For this tutorial, we will select the following options:

#   - For **Main** repository, select **grimler.se**.
#   - For **Science** repository, select **grimler.se**.
#   - For **Game** repository, select **grimler.se**.
#   - Enable **Root**, **Unstable**, and **X11** repositories.

## Step 3: Install Basic Packages

#   The third step is to install some basic packages that are essential for Termux. These packages will update the package lists, upgrade existing packages, and install some common utilities. To do this, run the following command:

```bash
apt install root-repo unstable-repo x11-repo
apt update
pkg upgrade
```

#   This command may take some time to complete, depending on your internet speed and device performance. You may be asked to confirm some actions or enter some information during the installation process. Follow the instructions on the screen.

## Step 4: Install Various Tools

#   The fourth step is to install a variety of tools that cover different purposes, from development to networking. These tools will enhance your Termux experience and allow you to perform various tasks. To do this, run the following command:

```bash
apt-get install ack-grep apache2 aapt apt apt-transport-tor asciinema atomicparsley apksigner attr autoconf automake autossh bash bash-completion bat binutils-gold binutils ca-certificates-java ccache ccrypt coreutils clang cmake-curses-gui cmake cmark cmatrix colordiff coreutils cowsay curl daemonize darkhttpd datamash db debianutils debootstrap dialog diffutils direvent dnsutils espeak expect fakeroot figlet file findutils fontconfig fontconfig-utils fortune fossil freetype gawk gbt gcal getconf gettext ghostscript gifsicle git git-crypt glib glib-bin global gmic gnuit gnupg gnuplot gnutls golang golang-doc googletest gpgme gpgv gpsbabel graphicsmagick graphviz grep gtypist gzip hashdeep hexcurse hexedit httping hugo hunspell hunspell-en-us iconv icu-devtools imagemagick imgflo indent ipcalc iperf3 ipfs json-c json-glib keybase ldns libandroid-glob libandroid-shmem libandroid-support libarchive libbsd libbz2 libc++ libconfig libcrypt libcue libcurl libdb libedit libelf libgcrypt libgit2 libgmp libgnutls libgpg-error libllvm php php-apache php-fpm php-pgsql pkg-config postgresql potrace proot pure-ftpd pwgen python python2 ranger readline redir resolv-conf rhash ripgrep root-repo ruby ruby-ri rust rust-std-wasm32 scrypt serf socat sox sqlite squid ncurses-ui-libs ncurses-utils ndk-multilib ndk-sysroot neofetch neovim net-tools nginx nim ninja nmap nodejs nyancat oathtool openjpeg openjpeg-tools openssh openssl openssl-tool opus-tools opusfile p7zip pango par2 parted pass pass-otp pastebinit patch patchelf pathpicker perl libvterm libwebp libwebsockets libxapian libxml2 libxml2-utils libyaml lighttpd linux-man-pages littlecms littlecms-utils lld lldb llvm ltrace luarocks lynx lzip m4 make man mariadb mathomatic megatools memcached micro mime-support mlocate mosh msmtp mtools multitail nano ncdc ncdu ncmpcpp ncurses sshpass strace stunnel tar termux-am termux-api termux-apt-repo termux-auth termux-create-package termux-elf-cleaner termux-exec termux-keyring termux-tools timewarrior tinyproxy tinyscheme tmate tmux toilet tor torsocks tracepath tsocks tsu unrar unstable-repo unzip util-linux vim vim-runtime weechat weechat-lua-plugin weechat-perl-plugin weechat-python-plugin weechat-ruby-plugin wget wireguard-tools xapian-tools xmlsec xmlstarlet zip zsh
```

#   This command may take a long time to complete, depending on your internet speed and device performance. You may be asked to confirm some actions or enter some information during the installation process. Follow the instructions on the screen.

## Step 5: Enhance Terminal and Graphical Environment

#   The fifth and final step is to enhance your terminal and set up a graphical environment. This will allow you to use Termux as a full-fledged Linux system, with a graphical user interface and various applications. To do this, run the following commands:

#   - Download the Nethunter framework, which is a custom kernel for Android devices that supports wireless network injection and monitoring:
  ```bash
  curl -LO https://raw.githubusercontent.com/Hax4us/Nethunter-In-Termux/master/kalinethunter
  ```
#   - Run the Nethunter setup script, which will download and install the Nethunter system and tools:
  ```bash
  bash kalinethunter
  ```
#   You will be asked to choose a version of Nethunter. For this tutorial, we will choose **Minimal**. You will also be asked to choose an architecture. For this tutorial, we will choose **arm64**. You will also be asked to enter a username and password for the Nethunter system. Choose something that you can remember.
#   - Download the Xfce4 graphical environment script, which will install the Xfce4 desktop environment and some applications:
  ```bash
  wget https://raw.githubusercontent.com/EXALAB/AnLinux-Resources/master/Scripts/DesktopEnvironment/Apt/Xfce4/de-apt-xfce4.sh --no-check-certificate
  ```
#   - Execute the Xfce4 script, which will download and install the Xfce4 packages and dependencies:
  ```bash
  bash de-apt-xfce4.sh
  ```

#   Congratulations! You have successfully set up your Termux environment with various tools and graphical enhancements. You can now enjoy using Termux as a Linux system on your Android device.

#   To start the Nethunter system, run the following command:

```bash
startkali
```

#   To start the Xfce4 graphical environment, run the following command:

```bash
vncserver-start
```

#   You will need a VNC client app on your Android device to connect to the Xfce4 desktop. You can use any VNC client app that supports password authentication. For this tutorial, we will use **VNC Viewer** by RealVNC.

#   To connect to the Xfce4 desktop, open the VNC Viewer app and enter the following information:

#   - Address: **127.0.0.1:5901**
#   - Name: **Termux Xfce4**
#   - Password: **changeme**

#   You can change the password by running the following command in Termux:

```bash
vncpasswd
```

#   You should see the Xfce4 desktop on your Android device. You can use it as you would use any Linux desktop.

#   To stop the Xfce4 graphical environment, run the following command in Termux:

```bash
vncserver-stop
```

#To stop the Nethunter system, run the following command in Termux:

```bash
logout
```

#   Written and published by Michael Errington.