Tag Archives: GNOME 3.24.2

OpenBSD 6.2 Released!

The project has released OpenBSD 6.2 which features many new drivers, particularly for the ARM architecture, and network packet handling performance improvements. Some key features have been added to the system installer too, including checking for security updates on the system’s first boot: “Installer improvements: The installer now uses the Allotment Routing Table (ART). A unique kernel is now created by the installer to boot from after install/upgrade. On release installs of architectures supported by syspatch, “syspatch -c” is now added to rc.firsttime. Backwards compatibility code to support the ‘rtsol’ keyword in hostname.if(5) has been removed. The install.site and upgrade.site scripts are now executed at the end of the install/upgrade process. More detailed information is shown to identify disks. The IPv6 default router selection has been fixed. On the amd64 platform, AES-NI is used if present.

Release announcement and quick installer information

Detailed log of changes

Errata page (CVS branch)

Song – Coming in December

Upgrade Guide: 6.1 to 6.2

OpenBSD/macppc 6.2Installation Notes

OpenBSD/x86_64 bit 6.2Installation Notes

OpenBSD/x86_32 bit 6.2Installation Notes

OpenBSD/alpha 6.2Installation Notes

OpenBSD/armv7 6.2Installation Notes

OpenBSD/landisk 6.2Installation Notes

OpenBSD/loongson 6.2Installation Notes

OpenBSD/hppa 6.2Installation Notes

OpenBSD/octeon 6.2Installation Notes

OpenBSD/sgi 6.2Installation Notes

OpenBSD/sparc64 6.2Installation Notes

OpenBSD/arm64 6.2Installation Notes

Packages

Quick install instructions

Note: OpenBSD is a project released under the BSD 2-Clause license.
This license is recognized as free license, but is not copyleft.

P.S.

Creating a bootable USB key using a Un*x-like system:

    Some older systems may not be able to boot from USB keys or require
    changing boot priority.  Check your BIOS settings if you run into
    problems.

    First, you will need to obtain a local copy of the bootable filesystem
    image miniroot59.fs or install59.fs as described above.
    You should use the signify(1) and sha256(1) commands to verify
    the integrity of the images with the SHA256.sig file on the mirror site.

    Next, use the dd(1) utility to copy the file to the USB storage device.
    The command would likely be, under OpenBSD:
        dd if=miniroot59.fs of=/dev/rsdNc bs=1m

    where N is the device number.  You can find the correct device number
    by checking dmesg(8) when inserting the media.

    If you are using another operating system, you may have to adapt
    this to conform to local naming conventions for the USB key and
    options suitable for copying to a "raw" disk image.  The key
    issue is that the device name used for the USB key *must* be one
    that refers to the correct block device, not a partition or
    compatibility mode, and the copy command needs to be compatible
    with the requirement that writes to a raw device must be in
    multiples of 512-byte blocks.  The variations are endless and
    beyond the scope of this document.

    If you're doing this on the system you intend to boot the USB key on,
    copying the image back to a file and doing a compare or checksum
    is a good way to verify that the USB key is readable and free of
    read/write errors.

Happy OpenBSD  😀

 

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Mageia 6 LTM released

Following several delays during the development cycle, the Mageia project has announced the release of Mageia 6. The new version includes the KDE Plasma 5 desktop environment, the DNF package manager is now available alongside urpmi and Mageia 6 includes live test media for the Xfce desktop environment: “The extra time that has gone into this release has allowed for many exciting additions, here are a few of the major additions and key features of Mageia 6: KDE Plasma 5 replaces the previous KDE SC 4 desktop environment. The new package manager DNF is provided as an alternative to urpmi, enabling a great packaging ecosystem: Support for AppStream and thus GNOME Software and Plasma Discover; support for Fedora COPR and openSUSE Build Service to provide third-party packages for Mageia 6 and later; dnfdragora, a new GUI tool for package management inspired from rpmdrake. Brand new icon theme for all Mageia tools, notably the Mageia Control Center. Successful integration of the ARM port (ARMv5 and ARMv7) in the build system, allowing to setup ARM chroots. Installation images are not available yet but will come in the future. GRUB2 as the default bootloader. New Xfce Live images to test Mageia with a lighter weight environment.

Release announcement

Release Notes

Errata

Support

Community

Documentation

Archive

Apps Database

Donate

Contact

Upgrade from Mageia 5

Download Mageia 6 ISO 32 bit

Download Mageia 6 ISO 64 bit

Download Mageia 6 KDE Live 64 bit

Download Mageia 6 GNOME Live 64 bit

Download Mageia 6 Xfce Live 32 bit

Download Mageia 6 Xfce Live 64 bit

Download Mageia 6 Network Install 32 bit (Only Free Software)
Download Mageia 6 Network Install 64 bit (Only Free Software)

Download Mageia 6 Network Install 32 bit (with nonfree)

Download Mageia 6 Network Install 64 bit (wih nonfree)

Wiki to Network Installation

 

Dump Mageia ISO on a USB flash drive

dd if=mageia-livecd-1-KDE4-europe1-americas-cdrom-i586.iso of=/dev/sd(x) bs=1M

LTM strategy

Mageia 6 ships with kernel 4.9, which is a “long-term maintenance” release, with a currently-projected end-of-life (EOL) in January, 2019.

 

Happy GNU/Linux  😀