![]() ![]() Haiku: One of the most promising of the alternative OS.Open source fork of Solaris 10 that has several distributions ranging from commercial to hobbyist, and target various markets such as cloud, NAS, server, and desktop (e.g. The least popular of the four BSD systems, but it has some interesting features such as the HAMMER2 file system. General purpose OS that can be used on the desktop. it runs modern browsers and modern desktop environments. General purpose OS that can be used on the desktop, i.e. Has been part of various commercial products. Has desktop-specific distributions such as GhostBSD. Without any doubt the most popular of the BSD systems, is used in production or as part of their product by large companies (e.g. Most popular distributions for desktops include Ubuntu, Debian, OpenSUSE, Fedora, and Arch. Widespread use in the server and embedded markets, still significant as a desktop and smartphone OS. Decent market share in certain markets (e.g. Most popular smartphone OS, pre-installed on almost all smartphones that are not made by Apple. The mobile equivalent to macOS, pre-installed on the iPhone. Significant market share and great software support. The comparison below refers to Windows 11. Probably the best software and hardware compatibility of all OS, due to its dominant market position. ← Sitemap Comparison of Operating SystemsĬompared are these different operating systems: Timeline of Default Desktop EnvironmentsĬomparison of Cloud, Sync & Email providers Log in to Kali ( root / toor) and startx.Comparison of Operating Systems Comparison of Operating SystemsĬomparison & List of Desktop Environments At the developer mode boot screen, hit CTRL+u to boot from from your USB storage device. Once this operation is complete, boot up your Samsung Chromebook with the SD/USB device plugged in. To see your partition list and order, use the command cgpt show: :~$ cgpt show /dev/sdb :~$ cgpt add -i 2 -S 1 -T 5 -P 5 -l KERN-B /dev/sdb :~$ cgpt add -i 1 -S 1 -T 5 -P 10 -l KERN-A /dev/sdb The example below will give priority 10 to the first partition (-i) and will thus boot successfully from a SD card. The number with the higher priority will boot first. This is the point where you need to mark either boot partition 1 or 2 to have higher priority. dd the Image and Mark the USB Drive Bootable :~$ dd if=kali-linux-chrome.img of=/dev/sdb conv=fsync bs=4M :~$ dd if=/tmp/newkern-usb of=$bootp2 conv=fsync # second boot partition for USB Prepare the Boot Partition :~$ dd if=/tmp/newkern-sd of=$bootp1 conv=fsync # first boot partition for SD :~$ vbutil_kernel -pack /tmp/newkern-usb -keyblock /usr/share/vboot/devkeys/kernel.keyblock -version 1 -signprivate /usr/share/vboot/devkeys/ :~$ kernel_data_key.vbprivk -config=/tmp/config-usb -vmlinuz b -arch armĠ6. :~$ vbutil_kernel -pack /tmp/newkern-sd -keyblock /usr/share/vboot/devkeys/kernel.keyblock -version 1 -signprivate /usr/share/vboot/devkeys/ :~$ kernel_data_key.vbprivk -config=/tmp/config-sd -vmlinuz b -arch arm :~$ echo "console=tty1 debug verbose root=/dev/sda3 rootwait rw rootfstype=ext4" > /tmp/config-usb Patch the kernel, in our case, with wireless injection patches: :~$ mkdir -p. :~$ git clone -b chromeos-3.4 chromeosĭescription = "Chrome OS kernel image with one or more FDT blobs" ĭata = /incbin/("arch/arm/boot/exynos5250-snow.dtb") Once that’s done, proceed with the following instructions.įetch the Chromium kernel sources and place them in our development tree structure: :~$ mkdir -p ~/arm-stuff/kernel/ If you’re not using ARM hardware as the development environment, you will need to set up an ARM cross-compilation environment to build an ARM kernel and modules. ![]() Compile the Samsung Chromium Kernel and Modules :~$ gdisk kali-custom-chrome.img root/etc/nf :~$ parted kali-custom-chrome.img -script - mktable gpt ![]() Partition and Mount the Image File :~$ parted kali-custom-chrome.img -script - mklabel msdos :~$ dd if=/dev/zero of=kali-custom-chrome.img conv=fsync bs=4M count=7000Ġ3. Next, we create the physical image file that will hold our Chromebook rootfs and boot images: :~$ sudo apt install -y kpartx xz-utils gdisk uboot-mkimage u-boot-tools vboot-kernel-utils vboot-utils cgpt By the end of this process, you should have a populated rootfs directory in ~/arm-stuff/rootfs/kali-armhf. Start by building a Kali rootfs as described in our Kali documentation, using an armhf architecture. You’ll need to have root privileges to do this procedure, or the ability to escalate your privileges with the command “sudo su”.
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