Abstract: Methods, systems, and computer-readable media for content importing with discovery in a collaborative environment are disclosed. A content sharing system retrieves a document from a data source using a connector associated with the data source. The document is retrieved using one or more credentials associated with a user. The content sharing system retrieves metadata associated with a plurality of additional documents stored by the data source. The metadata is retrieved using the one or more credentials associated with the user. The content sharing system determines, based at least in part on the metadata associated with the plurality of additional documents, one or more of the additional documents that are anticipated to be relevant to the user. Data descriptive of the one or more of the additional documents is presented to the user via a user interface.

Abstract: A method may be practiced in a distributed computing environment that provides computing resources to a plurality tenants. The method includes acts for allocating a limited set of system resources to the tenants. The method includes identifying a resource slice. The method further includes identifying an executing tenant workload. Checkpoint characteristics are identified for the executing tenant workload. Based on the checkpoint characteristics and the resource slice, a task eviction event is identified.

Abstract: A method may be practiced in a distributed computing environment that provides computing resources to a plurality tenants. The method includes acts for allocating a limited set of system resources to the tenants. The method includes identifying a resource slice. The method further includes identifying an executing tenant workload. Checkpoint characteristics are identified for the executing tenant workload. Based on the checkpoint characteristics and the resource slice, a task eviction event is identified.

Abstract: A method may be practiced in a distributed computing environment that provides computing resources to a plurality tenants. The method includes acts for allocating a limited set of system resources to the tenants. The method includes identifying a resource slice. The method further includes identifying an executing tenant workload. Checkpoint characteristics are identified for the executing tenant workload. Based on the checkpoint characteristics and the resource slice, a task eviction event is identified.

Abstract: A method may be practiced in a distributed computing environment that provides computing resources to a plurality tenants. The method includes acts for allocating a limited set of system resources to the tenants. The method includes identifying a resource slice. The method further includes identifying an executing tenant workload. Checkpoint characteristics are identified for the executing tenant workload. Based on the checkpoint characteristics and the resource slice, a task eviction event is identified.

Abstract: A system manages version information for a group of software components by maintaining a version repository containing version information for all of the components. The system determines a baseline for the components, modifies data in the repository in connection with updating software components, and accesses the data in the repository to determine version information for the components. The system described herein also determines if a group of software components correspond to a particular baseline by maintaining baseline information in the version repository. The system obtains the particular baseline for the group of components, compares the version information for each of the components with a corresponding minimum version provided in connection with the baseline, and determines whether a group of software components correspond to the particular baseline.

Abstract: A system manages version information for a group of software components by maintaining a version repository containing version information for all of the components. The system determines a baseline for the components, modifies data in the repository in connection with updating software components, and accesses the data in the repository to determine version information for the components. The system described herein also determines if a group of software components correspond to a particular baseline by maintaining baseline information in the version repository. The system obtains the particular baseline for the group of components, compares the version information for each of the components with a corresponding minimum version provided in connection with the baseline, and determines whether a group of software components correspond to the particular baseline.