Abstract: Examples described herein provide for hardware interface services in virtualized systems. The hardware interface services may receive a vendor-agnostic command to control a particular hardware component. The particular hardware component may be identified, for example, by its location (e.g., physical and/or logical location or other identification) in the virtualized system. The hardware interface services described herein may identify a hardware component type (e.g., vendor, serial number, model number, etc.) based on the location provided. The hardware interface services may translate the vendor-agnostic command to a command specific for the identified hardware component.

Abstract: A system and method include creating a bootable virtual machine (VM) image for a container image. The method includes a controller machine creating a single partition within an output VM disk file where the single partition comprises a master boot record and a partition table, forming a valid file system in a main partition of the output VM disk file, arranging an input set of container image definitions as a list where a base image forms a head of the list and subsequent images follow in the list, sequentially processing the list for each image by adding the input set of container image definitions to the output VM file; and applying a final networking configuration over the output VM file.

Abstract: A system and method for maintaining a virtual computing system in a desired state defined by a service definition includes parsing, by a health-check system of the virtual computing system, the service definition for identifying a component to which the service definition applies. The component is one of a virtual machine and a container of the virtual computing system. To maintain the desired state, the health-check system is configured to collect operating values of one or more parameters from the component, determine that the component is in violation of the service definition based on the operating values of the one or more parameters, and troubleshoot the component upon finding the violation for maintaining the virtual computing system in the state defined by the service definition.

Abstract: A system having a hardware layout wizard, and a method therefore are discussed. The system according to an embodiment includes an administration system including a user interface (UI) and configured to display a visual representation of the plurality of hardware components in accordance with their logical identification; sequentially command each of the plurality of hardware components, in accordance with their respective hardware identification, to provide an output; prompt, via a display device of the administration system UI, a user to provide an identification of a selected one of the plurality of hardware components responsive to the output; and store an association between the plurality of hardware components and a plurality of logical hardware identifiers (IDs) based on the identification.

Abstract: Examples described herein provide for hardware interface services in virtualized systems. The hardware interface services may receive a vendor-agnostic command to control a particular hardware component. The particular hardware component may be identified, for example, by its location (e.g., physical and/or logical location or other identification) in the virtualized system. The hardware interface services described herein may identify a hardware component type (e.g., vendor, serial number, model number, etc.) based on the location provided. The hardware interface services may translate the vendor-agnostic command to a command specific for the identified hardware component.

Abstract: A system and method include creating a bootable virtual machine (VM) image for a container image. The method includes a controller machine creating a single partition within an output VM disk file where the single partition comprises a master boot record and a partition table, forming a valid file system in a main partition of the output VM disk file, arranging an input set of container image definitions as a list where a base image forms a head of the list and subsequent images follow in the list, sequentially processing the list for each image by adding the input set of container image definitions to the output VM file; and applying a final networking configuration over the output VM file.