Linux Deploy
This application is open source software for quick and easy installation of the operating system (OS) GNU/Linux on your Android device.
The application creates a disk image or a dictory on a flash card or uses a partition or RAM, mounts it and installs an OS distribution. Applications of the new system are run in a chroot environment and working together with the Android platform. All changes made on the device are reversible, i.e. the application and components can be removed completely. Installation of a distribution is done by downloading files from official mirrors online over the internet. The application can run better with superuser rights (ROOT).
The program supports multi language interface. You can manage the process of installing the OS, and after installation, you can start and stop services of the new system (there is support for running your scripts) through the UI. The installation process is reported as text in the main application window. During the installation, the program will adjust the environment, which includes the base system, SSH server, VNC server and desktop environment. The program interface can also manage SSH and VNC settings.
Installing a new operating system takes about 15 minutes. The recommended minimum size of a disk image is 1024 MB (with LXDE), and without a GUI - 512 MB. When you install Linux on the flash card with the FAT32 file system, the image size should not exceed 4095 MB! After the initial setup the password for SSH and VNC generated automatically. The password can be changed through "Properties -> User password" or standard OS tools (passwd, vncpasswd).
The app is available for download in Google Play and GitHub. ([2.3.0] - 2019-03-02)
https://github.com/meefik/linuxdeploy/releases/tag/2.3.0
GitHub - Features - FAQ
https://github.com/meefik/linuxdeploy
📡 @NoGoolag
#linux #deploy #gnu #installation #android #app #OS
This application is open source software for quick and easy installation of the operating system (OS) GNU/Linux on your Android device.
The application creates a disk image or a dictory on a flash card or uses a partition or RAM, mounts it and installs an OS distribution. Applications of the new system are run in a chroot environment and working together with the Android platform. All changes made on the device are reversible, i.e. the application and components can be removed completely. Installation of a distribution is done by downloading files from official mirrors online over the internet. The application can run better with superuser rights (ROOT).
The program supports multi language interface. You can manage the process of installing the OS, and after installation, you can start and stop services of the new system (there is support for running your scripts) through the UI. The installation process is reported as text in the main application window. During the installation, the program will adjust the environment, which includes the base system, SSH server, VNC server and desktop environment. The program interface can also manage SSH and VNC settings.
Installing a new operating system takes about 15 minutes. The recommended minimum size of a disk image is 1024 MB (with LXDE), and without a GUI - 512 MB. When you install Linux on the flash card with the FAT32 file system, the image size should not exceed 4095 MB! After the initial setup the password for SSH and VNC generated automatically. The password can be changed through "Properties -> User password" or standard OS tools (passwd, vncpasswd).
The app is available for download in Google Play and GitHub. ([2.3.0] - 2019-03-02)
https://github.com/meefik/linuxdeploy/releases/tag/2.3.0
GitHub - Features - FAQ
https://github.com/meefik/linuxdeploy
📡 @NoGoolag
#linux #deploy #gnu #installation #android #app #OS
Forwarded from BlackBox (Security) Archiv
Linux, macOS, and Windows running simultaneously on a 1st generation Core i5 and 8GB RAM
This is my Thinkpad T410 with a 1st generation Intel Core i5 and 8 GB of RAM. It runs Arch Linux with Xfce.
The macOS Mojave (chosen over Catalina or Big Sur for it’s lower resource usage) VM works surprisingly well with 3GB RAM, but even when the Windows VM was allocated that much, it was very sluggish.
The Windows installation was very easy. All you have to do is download the ISO from Microsoft, and fill in your username, password, and product key in the “Express Installation” feature of Gnome Boxes.
https://lukesempire.com/2021/04/11/vms
#linux #macos #windows #installation
📡 @nogoolag 📡 @blackbox_archiv
This is my Thinkpad T410 with a 1st generation Intel Core i5 and 8 GB of RAM. It runs Arch Linux with Xfce.
The macOS Mojave (chosen over Catalina or Big Sur for it’s lower resource usage) VM works surprisingly well with 3GB RAM, but even when the Windows VM was allocated that much, it was very sluggish.
The Windows installation was very easy. All you have to do is download the ISO from Microsoft, and fill in your username, password, and product key in the “Express Installation” feature of Gnome Boxes.
https://lukesempire.com/2021/04/11/vms
#linux #macos #windows #installation
📡 @nogoolag 📡 @blackbox_archiv
SongRec
An open-source Shazam client for Linux, written in Rust.
Features:
• Recognize audio from an audio file.
• Recognize audio from the microphone.
• Usage from both GUI and command line.
• Provide an history of the recognized songs.
• Continuous song detection.
• Ability to recognize songs from your speakers rather than your microphone.
Download: https://github.com/marin-m/SongRec#installation
https://github.com/marin-m/SongRec
@foss_desktop
#music #shazam #recognition
An open-source Shazam client for Linux, written in Rust.
Features:
• Recognize audio from an audio file.
• Recognize audio from the microphone.
• Usage from both GUI and command line.
• Provide an history of the recognized songs.
• Continuous song detection.
• Ability to recognize songs from your speakers rather than your microphone.
Download: https://github.com/marin-m/SongRec#installation
https://github.com/marin-m/SongRec
@foss_desktop
#music #shazam #recognition