Abstract: An application server may receive an input indicating a recovery priority for recovering data from a data backup environment to a data source environment and may receive data usage statistics indicating data access metrics and user access metrics corresponding to the data in the data source environment. The application server may generate, from the recovery priority and the data usage statistics, one or more data priority classifications for the data and may build a data model indicating an order for recovery of the data based on the one or more data priority classifications. The application server may then cause display of an indication of a progress of recovering the data from the data backup environment to the data source environment.

Abstract: Techniques for providing content management based on spatial and temporal information are disclosed herein. In an example, a service provides content management based on properties determined from a schedule of a user. The schedule of the user is processed to identify a geo-fenced area assigned for performing a task. Upon determining that the location of the client device as within the geo-fenced area, content identified by the task may be accessed through the client to perform the task.

Abstract: Techniques for providing content management based on spatial and temporal information are disclosed herein. In an example, a service provides content management based on properties determined from a schedule of a user. The schedule of the user is processed to identify a geo-fenced area assigned for performing a task. Upon determining that the location of the client device as within the geo-fenced area, content identified by the task may be accessed through the client to perform the task.

Abstract: Variety of approaches to provide content management based on spatial and temporal information are described. A hosted service initiates operations to provide content management based on spatial and temporal information upon receiving a location of a client device and a user identifier. A schedule of the user is processed to identify a geo-fenced area assigned to the user during a designated time-period. Upon detecting the location of the client device as within the geo-fenced area during the designated time-period, a content is provided to the client device for rendering to the user in relation to a task assigned to the user within the schedule.

Abstract: Variety of approaches to provide dynamic schedule creation based on a knowledge are described. A hosted service initiates operations to provide dynamic schedule creation upon receiving a request to generate a schedule for a team. Next, a schedule information associated with the team is retrieved from a scheduling data provider. Furthermore, the hosted service retrieves an expertise information and a scheduling preference information associated with the team from a personnel data provider. The schedule is generated based on the scheduling information, the expertise information, and/or the scheduling preference information. The schedule is provided for a presentation to a manager of the team.

Abstract: Variety of approaches to provide a workflow management with location, temporal, and biometric information are described. A scheduling service initiates operations to provide the workflow management upon receiving a start task signal from a client device of an employee at a start time-period associated with a task. The start task signal includes a biometric identifier associated with the employee, a location of the client device, and a task identifier of the task. The task is identified within a schedule using the task identifier. The schedule is composed by a manager of the employee. The biometric identifier is verified as matching the employee. The location of the client device is confirmed as within a geo-fenced area designated to the task. A status of the task is recorded as started within the schedule.

Abstract: Variety of approaches to provide content management based on spatial and temporal information are described. A hosted service initiates operations to provide content management based on spatial and temporal information upon receiving a location of a client device and a user identifier. A schedule of the user is processed to identify a geo-fenced area assigned to the user during a designated time-period. Upon detecting the location of the client device as within the geo-fenced area during the designated time-period, a content is provided to the client device for rendering to the user in relation to a task assigned to the user within the schedule.

Abstract: A set of electronic communications of different types that the user has sent and/or received, such as email messages, text messages, instant messages, and so forth is obtained. The set of electronic communications can be obtained in various manners, such as by searching the electronic communications of the user for those electronic communications that satisfy user provided search criteria. The electronic communications in the set of electronic communications are ranked according to various social cues that provide an indication of how the user interacts with individuals that are the senders or recipients of the electronic communications.

Abstract: Techniques for managing multiple versions of relational database schema data are described. Schema data associated with multiple versions of a relational database are maintained according to a database schema version management structure. Laws of set theory are applied to the structured database schema data to identify data definition language (DDL) and data manipulation language (DML) scripts that are associated with a particular version of the relational database. The identified scripts are then copied into an installation file that can be executed to create a full install of the particular version of the relational database. Similarly, laws of set theory are applied to the structured database schema data to identify DDL scripts, DML scripts, and drop scripts that are to be applied to upgrade from one version of the relational database to a newer version of the relational database.

Abstract: Automatically determining the conformance of database server schema. Maintaining conformance of database schema helps manage and sustain database driven services and applications. Schema for a pair of randomly selected databases are generated and compared. A diffgram is generated from the difference of the database schema. An alarm message can then be sent to an alarm server with the differences of the comparable databases. A master schema dump can be compared to selected database servers within the database system concurrently with the comparable database pair schema processing. A diffgram is generated in response to the comparison between the selected database schema and the master schema.

Abstract: In an implementation of application data processing, an application data file is received and memory mapped. A data parser then parses and validates the memory mapped application data.