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  Virtualization with QEMU, KVM and Libvirt培訓(xùn)

Day 1

"Big picture" of the virtualization ecosystem
History of QEMU development
CPU features related to virtualization
Installing QEMU from packages
Installing QEMU from source
Full-system emulators
Using the QEMU console
Available machine types and peripheral devices
VirtIO
Guest drivers
Disk image formats
Managing virtual machine snapshots
Networking in virtual machines
Graphics adapters
Audio devices
Nested virtualization
User-level emulators
Registration of foreign binaries through binfmt-misc
Cross-architecture chroots and containers
Day 2

The role of Libvirt in the virtualization ecosystem
Supported hypervisors and container technologies
QEMU Machine protocol (QMP)
Running QEMU headless
QXL video card and SPICE display
Available SPICE viewers
Creating virtual machines with "virt-install" and "virt-clone" command-line tools
Using "virt-manager" graphical application to create and run virtual machines
Editing virtual machine configuration and libvirt settings with "virsh" low-level tool
Using libguestfs tools (guestfish, virt-sysprep) to manipulate disk image contents
Networking and firewall in libvirt
Accessing libvirt remotely
Overview of web-based frontends for libvirt
Highlights from recent KVM-related conferences
Bonus topics available in classroom only (i.e. only short descriptions, not demonstrations, are available in remote courses):

Running Mac OS X in KVM (if at least one participant has a Mac with Linux installed)
3D graphics with VirGL
3D graphics with Intel GPU (must be of Broadwell, Skylake or early Kabylake family, i.e. 5th-7th generation, not later) and igvtg, or the equivalent "mediated passthrough" for NVidia Quadro and Tesla cards
Video card passthrough (if there is a desktop available with two video cards, ideally AMD)
USB device pass-through