Abstract: Updated metadata can be requested from a set of remote servers according to a subscription registry. The subscription registry can include information for retrieving metadata from the remote servers. The requested updated metadata can be received from the remote servers. The metadata can be impact analysis and lineage metadata, and it can be requested from and received at an impact analysis and lineage metadata service. In addition, at least a portion of the metadata from the remote servers can be parsed, and a reference to a new remote server can be discovered in the metadata. Information for retrieving metadata from the new remote server can be added to the subscription registry, and metadata can be retrieved from the new remote server according to the subscription registry.

Abstract: A first dependency graph representing one or more dependencies in a first computing domain in a computer system can be generated. The first dependency graph can include a reference to an object in a second computing domain that is different from the first computing domain. A second dependency graph can be generated using the reference to the object. The second dependency graph can represent one or more dependencies in the second computing domain in the computer system, and the one or more dependencies represented in the second dependency graph can include one or more dependencies of the object.

Abstract: A first dependency graph representing one or more dependencies in a first computing domain in a computer system can be generated. The first dependency graph can include a reference to an object in a second computing domain that is different from the first computing domain. A second dependency graph can be generated using the reference to the object. The second dependency graph can represent one or more dependencies in the second computing domain in the computer system, and the one or more dependencies represented in the second dependency graph can include one or more dependencies of the object.

Abstract: Updated metadata can be requested from a set of remote servers according to a subscription registry. The subscription registry can include information for retrieving metadata from the remote servers. The requested updated metadata can be received from the remote servers. The metadata can be impact analysis and lineage metadata, and it can be requested from and received at an impact analysis and lineage metadata service. In addition, at least a portion of the metadata from the remote servers can be parsed, and a reference to a new remote server can be discovered in the metadata. Information for retrieving metadata from the new remote server can be added to the subscription registry, and metadata can be retrieved from the new remote server according to the subscription registry.

Abstract: Systems, devices, and methods for modularizing data flows and for providing stand-alone execution of incomplete data flows are provided based on an improved data warehousing framework. Data flow modularization and code reuse is improved through the use of the disclosed flowlets and allows for consistent and efficient standalone testing of incomplete data flows. The disclosed details enable various refinements and modifications according to system design considerations.

Abstract: Systems, devices, and methods for modularizing data flows and for providing stand-alone execution of incomplete data flows are provided based on an improved data warehousing framework. Data flow modularization and code reuse is improved through the use of the disclosed flowlets and allows for consistent and efficient standalone testing of incomplete data flows. The disclosed details enable various refinements and modifications according to system design considerations.

Abstract: Systems, devices, and methods for modularizing data flows and for providing stand-alone execution of incomplete data flows are provided based on an improved data warehousing framework. Data flow modularization and code reuse is improved through the use of the disclosed flowlets and allows for consistent and efficient standalone testing of incomplete data flows. The disclosed details enable various refinements and modifications according to system design considerations.

Abstract: Systems, devices, and methods for modularizing data flows and for providing stand-alone execution of incomplete data flows are provided based on an improved data warehousing framework. Data flow modularization and code reuse is improved through the use of the disclosed flowlets and allows for consistent and efficient standalone testing of incomplete data flows. The disclosed details enable various refinements and modifications according to system design considerations.