Abstract: Techniques and structures to synchronize hierarchical data, comprising. A conflict between data stored at a computing device and data stored at a service provider database is detected. A synchronization operation is performed to synchronize a plurality of objects within the hierarchical entity data stored at the computing device with hierarchical entity data stored at the service provider database.

Abstract: Techniques and structures to synchronize hierarchical data, comprising. A conflict between data stored at a computing device and data stored at a service provider database is detected. A synchronization operation is performed to synchronize a plurality of objects within the hierarchical entity data stored at the computing device with hierarchical entity data stored at the service provider database.

Abstract: Mechanisms and methods for sharing database content stored by a first organization with a third party are provided. A network address is provided to the third party, which can enable control of the access to the content and tracking of the views of the content. For example, the network address can include an encrypted key that contains information about the organization that created content and the specific distribution ID for delivering the content when requested by the third party using the address. A distribution can be created in numerous ways, with various restrictions on the access to the document of a distribution.

Abstract: Mechanisms and methods for sharing database content stored by a first organization with a third party are provided. A network address is provided to the third party, which can enable control of the access to the content and tracking of the views of the content. For example, the network address can include an encrypted key that contains information about the organization that created content and the specific distribution ID for delivering the content when requested by the third party using the address. A distribution can be created in numerous ways, with various restrictions on the access to the document of a distribution.

Abstract: Mechanisms and methods for sharing database content stored by a first organization with a third party are provided. A network address is provided to the third party, which can enable control of the access to the content and tracking of the views of the content. For example, the network address can include an encrypted key that contains information about the organization that created content and the specific distribution ID for delivering the content when requested by the third party using the address. A distribution can be created in numerous ways, with various restrictions on the access to the document of a distribution.

Abstract: Mechanisms and methods for sharing database content stored by a first organization with a third party are provided. A network address is provided to the third party, which can enable control of the access to the content and tracking of the views of the content. For example, the network address can include an encrypted key that contains information about the organization that created content and the specific distribution ID for delivering the content when requested by the third party using the address. A distribution can be created in numerous ways, with various restrictions on the access to the document of a distribution.

Abstract: A system for searching for data in a database. A query search is received in a query language using objects. The query search includes a number of objects having attributes. A set of hybrid query instructions is generated using the number of objects having attributes for searching relational and hierarchical data in the database. In response to generating the set of hybrid query instructions recognized by the database for searching data, the set of hybrid instructions are executed to obtain a result from the database.