. . . . . . . . . . . 29 4 The VirtualBox shell 31 5 Main API changes to support the ARM64 architecture 33 5.1 Overview of the Changes to the Main API . . . . . . . . . . . . . . . . . . . . . . 33 running. Your new command will now be available. 32 5 Main API changes to support the ARM64 architecture VirtualBox 7.1 introduces support for running virtual machines on hosts containing an ARM CPU Overview of the Changes to the Main API In order to support two different types of processor architecture in the VirtualBox Main API the key abstraction was the addition of a new interface named IPlatform

wstring ICPUProfile::fullName The full name. 25.1.3 architecture (read-only) CPUArchitecture ICPUProfile::architecture The CPU architecture. 26 ICanShowWindowEvent (IVetoEvent) Note: This interface attribute and represents the visual output of the virtual machine. The virtual display supports pluggable output targets represented by the IFramebuffer inter- face. Examples of the output target are a port. hotPluggable New value for the hot-pluggable device flag. Sets a flag in the device information which indicates that the attached device is hot pluggable or not. This may or may not be supported

wstring ICPUProfile::fullName The full name. 5.14.1.3 architecture (read-only) CPUArchitecture ICPUProfile::architecture The CPU architecture. 5.15 ICanShowWindowEvent (IVetoEvent) Note: This interface attribute and represents the visual output of the virtual machine. The virtual display supports pluggable output targets represented by the IFramebuffer inter- face. Examples of the output target are a port. hotPluggable New value for the hot-pluggable device flag. Sets a flag in the device information which indicates that the attached device is hot pluggable or not. This may or may not be supported

wstring ICPUProfile::fullName The full name. 5.14.1.3 architecture (read-only) CPUArchitecture ICPUProfile::architecture The CPU architecture. 5.15 ICanShowWindowEvent (IVetoEvent) Note: This interface attribute and represents the visual output of the virtual machine. The virtual display supports pluggable output targets represented by the IFramebuffer inter- face. Examples of the output target are a port. hotPluggable New value for the hot-pluggable device flag. Sets a flag in the device information which indicates that the attached device is hot pluggable or not. This may or may not be supported

wstring ICPUProfile::fullName The full name. 25.1.3 architecture (read-only) CPUArchitecture ICPUProfile::architecture The CPU architecture. 26 ICanShowWindowEvent (IVetoEvent) Note: This interface attribute and represents the visual output of the virtual machine. The virtual display supports pluggable output targets represented by the IFramebuffer inter- face. Examples of the output target are a port. hotPluggable New value for the hot-pluggable device flag. Sets a flag in the device information which indicates that the attached device is hot pluggable or not. This may or may not be supported

aggregation(beta) • CustomResourceDefinitions(beta) • Support for extensible admission controllers • Pluggable cloud providers • Container runtime interface (CRI) enhancements © 2017 Rancher Labs, Inc. Cu now • Build as an image and run in a cluster © 2017 Rancher Labs, Inc. API Server Aggregation Architecture ETCD API Server Kubernetes Core Extend API Server Service Instance-1 Instance-2 Instance-3

(Save state, Send Shutdown, Poweroff), Discard Saved State, Show in File System, Sort. • Clean architecture and unprecedented modularity. Oracle VM VirtualBox has an ex- tremely modular design with well-defined remotely. See chapter 1.17, Alternative Front-Ends, page 35. 4 1 First Steps Due to its modular architecture, Oracle VM VirtualBox can also expose its full functionality and configurability through a comprehensive experimental and thus unsupported. Oracle VM VirtualBox is the first product to provide the modern PC architecture expected by OS X without requiring any of the modifications used by competing virtualization solutions

(Save state, Send Shutdown, Poweroff), Discard Saved State, Show in File System, Sort. • Clean architecture and unprecedented modularity. Oracle VM VirtualBox has an ex- tremely modular design with well-defined remotely. See chapter 1.17, Alternative Front-Ends, page 35. 4 1 First Steps Due to its modular architecture, Oracle VM VirtualBox can also expose its full functionality and configurability through a comprehensive experimental and thus unsupported. Oracle VM VirtualBox is the first product to provide the modern PC architecture expected by OS X without requiring any of the modifications used by competing virtualization solutions

(Save state, Send Shutdown, Poweroff), Discard Saved State, Show in File System, Sort. • Clean architecture and unprecedented modularity. Oracle VM VirtualBox has an ex- tremely modular design with well-defined remotely. See chapter 1.17, Alternative Front-Ends, page 35. 4 1 First Steps Due to its modular architecture, Oracle VM VirtualBox can also expose its full functionality and configurability through a comprehensive experimental and thus unsupported. Oracle VM VirtualBox is the first product to provide the modern PC architecture expected by OS X without requiring any of the modifications used by competing virtualization solutions

(Save state, Send Shutdown, Poweroff), Discard Saved State, Show in File System, Sort. • Clean architecture and unprecedented modularity. Oracle VM VirtualBox has an ex- tremely modular design with well-defined remotely. See chapter 1.16, Alternative Front-Ends, page 30. 4 1 First Steps Due to its modular architecture, Oracle VM VirtualBox can also expose its full functionality and configurability through a comprehensive experimental and thus unsupported. Oracle VM VirtualBox is the first product to provide the modern PC architecture expected by OS X without requiring any of the modifications used by competing virtualization solutions