Abstract: Metadata describing access control capabilities of a database technology resource is received from an access control system. Access restrictions for accessing data of the database resource by users of an application that have a role are received from an application developer. A role maintenance user interface is generated, using the metadata, for assigning the role to users of the application. Attribute values for creating an instance of the role for a user are received, using the role maintenance user interface. The instance of the role is created for the user based on the received attribute values and the access restrictions. A request from the application for the user to access the database resource is received by the access control system when the user is logged into the application. The access restrictions are applied by the access control system in the database resource when the database resource is accessed.

Abstract: A system for protecting personal data is disclosed. The system includes a general data privacy regulator module having a dataflow controller configured to monitor data communicated to and from one or more business applications, and having a retention engine configured to retain personal information from the data communicated to and from the business application according to at least one data privacy regulation. The system further includes a data privacy compliance module connected with the general data privacy regulator module, and configured with the data privacy regulation to monitor the dataflow controller and report to a client computer. The system further includes a data subject privacy request module connected with the general data privacy regulator module and the data privacy compliance module, and configured to receive one or more requests from the cloud computing platform about a data subject stored by the business application and generate an action based on the one or more requests.

Abstract: A pump unit (12) includes a pump housing (14), a pump cover (16), and an impeller (18) between the pump housing and pump cover. The pump housing and pump cover define a first channel (32) and a second channel (34) each having an inlet and an outlet. The impeller has first vanes (36) cooperating with the first channel and second vanes (38) cooperating with the second channel. The outlet of the second channel is constructed and arranged to provide fuel to an engine upon rotation of the impeller. A jet pump (38) is fluidly connected with the outlet of the first channel such that as the impeller rotates, the jet pump causes fuel to be drawn into the reservoir (37). Connecting structure (44, 44?) fluidly connects the first and second channels such that upon rotation of the impeller, fuel in the second channel flows into the first channel to prime the first channel.

Abstract: A pump unit 12 includes a pump housing 14, a pump cover 16, and an impeller 18 between the pump housing and pump cover. The pump housing and pump cover define a first channel 32 and a second channel 34 each having an inlet and an outlet. The impeller has first vanes 36 cooperating with the first channel and second vanes 38 cooperating with the second channel. The outlet of the second channel is constructed and arranged to provide fuel to an engine upon rotation of the impeller. A jet pump 38 is fluidly connected with the outlet of the first channel such that as the impeller rotates, the jet pump causes fuel to be drawn into the reservoir 37. Connecting structure 44 fluidly connects the first and second channels such that upon rotation of the impeller, fuel in the second channel flows into the first channel to prime the first channel.

Abstract: A pump unit (12) includes a pump housing (14), a pump cover (16), and an impeller (18) between the pump housing and pump cover. The pump housing and pump cover define a first channel (32) and a second channel (34) each having an inlet and an outlet. The impeller has first vanes (36) cooperating with the first channel and second vanes (38) cooperating with the second channel. The outlet of the second channel is constructed and arranged to provide fuel to an engine upon rotation of the impeller. A jet pump (38) is fluidly connected with the outlet of the first channel such that as the impeller rotates, the jet pump causes fuel to be drawn into the reservoir (37). Connecting structure (44, 44?) fluidly connects the first and second channels such that upon rotation of the impeller, fuel in the second channel flows into the first channel to prime the first channel.

Abstract: Techniques are described for automating the generation of access control information that identifies users that are permitted to access particular business objects used by a computer application. The generation of access control information is based on a characteristic that is shared by the user and the business object to be accessed. The characteristic may be an attribute. The characteristic also may be the identification of a process to determine a characteristic of a user and/or a characteristic of a business object.

Abstract: Data structures for use in controlling access to data objects by users of a computer system or computing device are described. The data structures include an access control group data structure, a user access data structure, and a data object access data structure. The access control group data structure stores access control group data. The user access data structure stores user access data. The user access data relates to at least one entry in the access control group data structure. The data object access data structure stores data object access data, which relates to at least one entry in the access control group. Additional data structures described include an access control rule data structure and a characteristic method data structure.

Abstract: A pump unit 12 includes a pump housing 14, a pump cover 16, and an impeller 18 between the pump housing and pump cover. The pump housing and pump cover define a first channel 32 and a second channel 34 each having an inlet and an outlet. The impeller has first vanes 36 cooperating with the first channel and second vanes 38 cooperating with the second channel. The outlet of the second channel is constructed and arranged to provide fuel to an engine upon rotation of the impeller. A jet pump 38 is fluidly connected with the outlet of the first channel such that as the impeller rotates, the jet pump causes fuel to be drawn into the reservoir 37. Connecting structure 44 fluidly connects the first and second channels such that upon rotation of the impeller, fuel in the second channel flows into the first channel to prime the first channel.

Abstract: Techniques are described for automating the generation of access control information that identifies users that are permitted to access particular business objects used by a computer application. The generation of access control information is based on a characteristic that is shared by the user and the business object to be accessed. The characteristic may be an attribute. The characteristic also may be the identification of a process to determine a characteristic of a user and/or a characteristic of a business object.

Abstract: Data structures for use in controlling access to data objects by users of a computer system or computing device are described. The data structures include an access control group data structure, a user access data structure, and a data object access data structure. The access control group data structure stores access control group data. The user access data structure stores user access data. The user access data relates to at least one entry in the access control group data structure. The data object access data structure stores data object access data, which relates to at least one entry in the access control group. Additional data structures described include an access control rule data structure and a characteristic method data structure.