Vmware, Inc.

David Byard

Wit Riewrangboonya

Jehad Affoneh

Nick Tenczar

Michael Toback

Management of a virtual infrastructure via an object query language module is described. The virtual infrastructure includes one or more virtual machines, and one or more host machines communicatively coupled with the one or more virtual machines. The virtual infrastructure also includes a centralized management tool communicatively coupled with the one or more host machines. The object query language module fetches information from the one or more host machines and the one or more virtual machines. It further provides commands to the one or more host machines and the one or more virtual machines. In response to the fetch and command of the one or more host machines and the one or more virtual machines, a result of the fetch and command is displayed via a graphical user-interface.

Management of a virtual infrastructure via an object query language

A method for managing a virtual infrastructure is described. The method includes: generating a configuration information model representing a virtual infrastructure based on known virtual machines and network settings thereon; querying one or more sources of truth other than the known virtual machines, wherein the one or more sources of truth includes a data storage that stores at least one data object that answers a particular question; and comparing the data from the one or more sources of truth with a store of configuration model information, wherein the configuration model information comprises a time stamp and a source identifier; based on the comparing, generates a set of rules; and based on the set of rules, updates the configuration information model.

Compositing data model information across a network

A method for validating configuration inputs for a computing device dependent on a network, including: accessing a validated portion of input, wherein the validated portion of input is consistent with information internal to the computing device; determining if a content of the validated portion of input is sufficient to enable a network validation determination to be performed, thereby achieving a positive network probe determination or a negative network probe determination; based on the positive network probe determination, querying an external network to determine if the external network includes a configuration enabling a functioning of the computing device therein, wherein the external network is external to the computing device; and based on the querying, generating a network validation determination, wherein the network validation determination includes a determination as to whether or not the external network includes a configuration enabling a functioning of the computing device therein.

Deep network validation of configuration inputs for a network-dependent system

A method for suggesting network values for configuration parameters, associated with a computing device, that fail validation processes, including: accessing a negative validation, wherein the negative validation signifies that the network configuration parameters, of input, are found to be inconsistent with known network configuration parameters; comparing at least the negative validation with the input and a set of rules to achieve comparison results, wherein the set of rules comprises network configuration information associated with a network, network configuration information associated with the computing device and a predetermined listing of expected formats and expected content of the input; comparing the comparison results with a recommendation table, and based on the comparing the comparison results with the recommendation table, generating a recommendation.

Resolving configuration errors through recommendations

A method for managing a software package, including: accessing a request to process one or more package definitions in relation to a data repository which retains package definitions, wherein the one or more package definitions is associated with the software package; determining a status of an assertion that indicates either a completed assertion or an incomplete assertion; if the status is determined to be the incomplete assertion, then determining requirements for the software package to be configured for the hyper-converged appliance; attempting to find a match for the assertion in a pool of known resolvable assertions, wherein the match will allow the assertion to be resolved through accessible provisions and thereby fulfill the requirements; if the match is found, then using the accessible provisions to resolve and thereby complete the assertion; and if the assertion is completed, continuing an installation process of the software package.

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Sunnyvale, CA, United States of America

David Byard