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It is developed for the Debian Linux distribution, and is closely integrated with Debian's package management system, dpkg. When packages are being installed, debconf asks the user questions which determine the contents of the system-wide configuration files associated with that package.
Linux, macOS, Windows Fedora: GNOME Disks: Gnome disks contributors GPL-2.0-or-later: Yes No Linux Anything LinuxLive USB Creator (LiLi) Thibaut Lauzière GNU GPL v3: No No Windows Linux remastersys: Tony Brijeski GNU GPL v2: No [2] No Debian, Linux Mint, Ubuntu Debian and derivatives Rufus: Pete Batard GNU GPL v3: Yes No Windows Anything ...
These were not true device files, however, because their handling was limited to PIP. The two custom devices INP: and OUT: were implemented as calls to fixed locations at the start of the PIP program; the intention was that the user, or the OEM, could patch these locations to add their own input or output devices. 246 bytes of free space were ...
An output of pip install virtualenv. Pip's command-line interface allows the install of Python software packages by issuing a command: pip install some-package-name. Users can also remove the package by issuing a command: pip uninstall some-package-name. pip has a feature to manage full lists of packages and corresponding version numbers ...
dpkg is used to install, remove, and provide information about .deb packages. dpkg (Debian Package) itself is a low-level tool. APT (Advanced Package Tool), a higher-level tool, is more commonly used than dpkg as it can fetch packages from remote locations and deal with complex package relations, such as dependency resolution.
Non-Macintosh systems, notably Windows and Linux, may not be typically booted in EFI mode and thus USB booting may be limited to supported hardware and software combinations that can easily be booted via EFI. [8] However, programs like Mac Linux USB Loader can alleviate the difficulties of the task of booting a Linux-live USB on a Mac.
udev (userspace /dev) is a device manager for the Linux kernel.As the successor of devfsd and hotplug, udev primarily manages device nodes in the /dev directory. At the same time, udev also handles all user space events raised when hardware devices are added into the system or removed from it, including firmware loading as required by certain devices.
The Linux API is composed out of the System Call Interface of the Linux kernel, the GNU C Library, libcgroup, [3] libdrm, libalsa and libevdev [4] (by freedesktop.org).. libusb is a library that provides applications with access for controlling data transfer to and from USB devices on Unix and non-Unix systems, without the need for kernel-mode drivers.