Abstract: A system and method for configuring components added to a network is disclosed. The method includes determining, by a host, that network identifying information of a plurality of networks to which the host is connected is unknown, listening for messages on the plurality of networks to obtain network identifying information for respective networks, receiving a message on a network of the plurality of networks, the message including a network identifier and a set of configuration settings, and configuring a network connection of the host for the network in view of the network identifier and the set of configuration settings from the message.

Abstract: A process in a system can monitor available free storage space on a storage device, and, based on preset log file parameters, can act upon log files being stored on or written to the storage device to keep the storage device from running out of storage space due to excessive logging. The process monitors the device free space as reported by the file system to determine space utilization. A threshold of free space can be specified as a parameter. A log file action can also be specified as a parameter and is an action designed to reduce the space being used by a log file or log files. Once the process recognizes that the free space is under the threshold it will perform the configured action.

Abstract: A system and method for configuring components added to a network is disclosed. The method includes determining, by a host, that network identifying information of a plurality of networks to which the host is connected is unknown, listening for messages on the plurality of networks to obtain network identifying information for respective networks, receiving a message on a network of the plurality of networks, the message including a network identifier and a set of configuration settings, and configuring a network connection of the host for the network in view of the network identifier and the set of configuration settings from the message.

Abstract: Systems and methods for managing containerized clusters from virtualization management systems. An example method may include identifying one or more cluster entities of a containerized computing cluster, where the containerized computing cluster comprises a plurality of virtual machines running on one or more host computer systems, generating one or more virtualization management entities in the virtualization management system, wherein each virtualization management entity represents a respective cluster entity, receiving a request to perform an operation on a specified virtualization management entity in the virtualization management system, identifying a cluster entity represented by the virtualization management entity, translating, responsive to the request, the request to one or more commands to be performed on the identified cluster entity of the containerized computing cluster, and sending the one or more commands to the containerized computing cluster.

Abstract: A system and method for configuring components added to a network is disclosed. The method includes detecting, by a first hypervisor of a first host machine, that a second host machine having a second hypervisor is being added to a cluster of host machines comprising the first host machine, and identifying a plurality of network connections of the first hypervisor, each network connection being associated with one of a plurality of networks connecting hypervisors on host machines in the cluster, each network connection of the first hypervisor having a set of configuration settings. The method also includes generating, for each network connection, a message including a set of configuration settings of a corresponding network connection of the first hypervisor, and transmitting the message on a respective network to a second hypervisor to facilitate configuration of a corresponding network connection of the second hypervisor.

Abstract: A method includes deploying a containerized execution environment on a cluster of virtual machines and performing a snapshot on each virtual machine in the cluster of virtual machines to save a first version of the containerized execution environment on the cluster. The method further includes performing a test on the containerized execution environment and reverting each virtual machine of the cluster of virtual machines to the first version of the cluster saved by the snapshot in view of the test.

Abstract: Virtual machines can be migrated between computing environments. For example, a system can receive a request to perform a migration process involving migrating a virtual machine from a source computing environment to a target computing environment. The target computing environment may be a cloud computing environment. In response to the request, the system can receive first configuration data for a first version of the virtual machine that is located in the source computing environment. The first configuration data can describe virtualized features of the first version of the virtual machine. The system can use the first configuration data to generate second configuration data for a second version of the virtual machine that is to be deployed in the target computing environment. The system can then deploy the second version of the virtual machine within one or more containers of the target computing environment in accordance with the second configuration data.

Abstract: A shared debugging service stores information captured during software debug sessions for future use. The information can include developer identities so that future developers can contact past developers for assistance. The information can also include information such as developer steps, user settings, path-to-current code specifics, and stored breakpoint values. A developer can request a record of previous software debug sessions for a given piece of software and can acquire, store, or display previously collected information to assist in a current software debug session.

Abstract: A host system executing multiple virtual machines that is associated with multiple storage domains may be identified. Storage domain data may be received that includes utilization of each of the multiple storage domains by the multiple virtual machines. It may be determined that the utilization of a first storage domain of the multiple storage domains by the virtual machines satisfies a threshold utilization. In response to determining that the utilization of the first storage domain satisfies the threshold utilization, a second storage domain may be identified in view of a storage domain rank. An instruction may be provided to cause a storage migration of a virtual machine from the first storage domain to the identified second storage domain.

Abstract: Systems and methods for managing containerized clusters from virtualization management systems. An example method may include identifying one or more cluster entities of a containerized computing cluster, where the containerized computing cluster comprises a plurality of virtual machines running on one or more host computer systems, generating one or more virtualization management entities in the virtualization management system, wherein each virtualization management entity represents a respective cluster entity, receiving a request to perform an operation on a specified virtualization management entity in the virtualization management system, identifying a cluster entity represented by the virtualization management entity, translating, responsive to the request, the request to one or more commands to be performed on the identified cluster entity of the containerized computing cluster, and sending the one or more commands to the containerized computing cluster.

Abstract: Virtual machines can be migrated between computing environments. For example, a system can receive a request to perform a migration process involving migrating a virtual machine from a source computing environment to a target computing environment. The target computing environment may be a cloud computing environment. In response to the request, the system can receive first configuration data for a first version of the virtual machine that is located in the source computing environment. The first configuration data can describe virtualized features of the first version of the virtual machine. The system can use the first configuration data to generate second configuration data for a second version of the virtual machine that is to be deployed in the target computing environment. The system can then deploy the second version of the virtual machine within one or more containers of the target computing environment in accordance with the second configuration data.

Abstract: A process in a system can monitor available free storage space on a storage device, and, based on preset log file parameters, can act upon log files being stored on or written to the storage device to keep the storage device from running out of storage space due to excessive logging. The process monitors the device free space as reported by the file system to determine space utilization. A threshold of free space can be specified as a parameter. A log file action can also be specified as a parameter and is an action designed to reduce the space being used by a log file or log files. Once the process recognizes that the free space is under the threshold it will perform the configured action.

Abstract: A shared debugging service stores information captured during software debug sessions for future use. The information can include developer identities so that future developers can contact past developers for assistance. The information can also include information such as developer steps, user settings, path-to-current code specifics, and stored breakpoint values. A developer can request a record of previous software debug sessions for a given piece of software and can acquire, store, or display previously collected information to assist in a current software debug session.

Abstract: Log record analysis based on reverse engineering of log record formats is disclosed. A computing device receives log record template data associated with a log record template comprising a plurality of field identifiers for a log record. The log record template data is analyzed to identify the plurality of field identifiers. Based on the log record template data and the plurality of field identifiers, a log record analysis function is automatically generated that is configured to receive a log record that was generated based on the log record template, extract a plurality of log data items from the log record, each log data item corresponding to one of the plurality of field identifiers, and output information that identifies the plurality of field identifiers and the plurality of log data items.

Abstract: A request to provide a virtual machine with a virtual hardware component may be received. A network that the virtual hardware component is configured to operate on may be identified. A determination may be made as to whether a hypervisor supports or does not support the network that the virtual hardware component is configured to operate on. In response to determining that the hypervisor does not support the network that the virtual hardware component is configured to operate on, the virtual machine with the virtual hardware component may be provided to a second hypervisor that supports the network.

Abstract: A process in a system can monitor available free storage space on a storage device, and, based on preset log file parameters, can act upon log files being stored on or written to the storage device to keep the storage device from running out of storage space due to excessive logging. The process monitors the device free space as reported by the file system to determine space utilization. A threshold of free space can be specified as a parameter. A log file action can also be specified as a parameter and is an action designed to reduce the space being used by a log file or log files. Once the process recognizes that the free space is under the threshold it will perform the configured action.

Abstract: A system and method for configuring components added to a network is disclosed. The method includes detecting, by a first hypervisor of a first host machine, that a second host machine having a second hypervisor is being added to a cluster of host machines comprising the first host machine, and identifying a plurality of network connections of the first hypervisor, each network connection being associated with one of a plurality of networks connecting hypervisors on host machines in the cluster, each network connection of the first hypervisor having a set of configuration settings. The method also includes generating, for each network connection, a message including a set of configuration settings of a corresponding network connection of the first hypervisor, and transmitting the message on a respective network to a second hypervisor to facilitate configuration of a corresponding network connection of the second hypervisor.

Abstract: Systems and methods for hypervisor cloning. An example method may comprise: receiving a request to install and configure cloned hypervisors on host systems, wherein, for each of the cloned hypervisors, the request comprises identification information for each of the cloned hypervisors; identifying, via the virtualization manager, an existing hypervisor installed on another host system, the existing hypervisor operating in a satisfactory state and having a set of configuration parameters; and transmitting one or more clone commands to the host systems in view of the identification information for each of the cloned hypervisors, wherein each of the clone commands causes a respective host system to install and configure one of the cloned hypervisors according to the set of configuration parameters of the existing hypervisor.

Abstract: A system and method for configuring components added to a network is disclosed. The method includes receiving, by a device associated with a network in a cluster including a plurality of host machines, a set of configuration settings for the network, and configuring a network connection of the device using the set of configuration settings for the network. The method further includes generating a message including the set of configuration settings for the network and periodically broadcasting the message on the network to provide the set of configuration settings to a hypervisor that is configuring a corresponding network connection on a host machine from the cluster.

Abstract: Log record analysis based on reverse engineering of log record formats is disclosed. A computing device receives log record template data associated with a log record template comprising a plurality of field identifiers for a log record. The log record template data is analyzed to identify the plurality of field identifiers. Based on the log record template data and the plurality of field identifiers, a log record analysis function is automatically generated that is configured to receive a log record that was generated based on the log record template, extract a plurality of log data items from the log record, each log data item corresponding to one of the plurality of field identifiers, and output information that identifies the plurality of field identifiers and the plurality of log data items.