Abstract: A user specific meta application instance is launched. The user specific meta application instance inherits a pattern of display and at least one context of a meta application instance. A value for the at least one context of the user specific meta application instance is received. A selection of one or more applications from a plurality of applications provided by the user specific meta application instance is received. Each application from the one or more applications is associated with a pattern of display. One or more application contexts that match the at least one context of the user specific meta application instance are determined for each application from the selected one or more applications. The matching one or more application contexts are applied to each application from the selected one or more applications. A user specific UI based on the user specific meta application instance is displayed.

Abstract: The present disclosure involves systems and methods for providing end-to-end tamper protection in a cloud integration environment. One example method includes receiving, at a receiver in a cloud-based integration scenario, a B2B communication from a sender including data associated with a business transaction, the received communication in a target format. The cloud-based integration system transforms the original communication in a source format into the target format of the receiver. A digitally-signed sender fingerprint of critical fields extracted from the set of data associated with the at least one business transaction in the source format of the original B2B communication are received and verified as signed by the sender. A receiver fingerprint in the target format is generated using the critical fields from the received communication based on a pre-defined algorithm. The sender fingerprint and the generated receiver fingerprint are compared to determine if they are identical.

Abstract: Embodiments described herein relate to an improved technique for blocking access to data records associated with an entity in a network comprising a plurality of systems. The operations include accessing and analyzing determination criteria associated with the entity to determine in which systems the data should be blocked. An end-of-purpose determination can be performed in one or more of the systems based on whether the current system is a master system, a dependent system of the master system, or a standalone system of the plurality of systems. Access to the entity data records can then be blocked from the appropriate systems when an end of purpose for the data has been reached for any processes running on the system.

Abstract: According to some embodiments, a suggestion platform associated with a content aggregation system may access a plurality of data context trigger criteria associated with potential business information content elements. Each data context trigger criteria may include, for example: (i) a data locator associated with a business information data structure, (ii) an operator, and (iii) a threshold. For each data context trigger criteria, it may be automatically determined if a value in the business information data structure satisfies the data context trigger criteria based on the operator and the threshold. When a data context trigger criteria is satisfied, it may be automatically suggested to a user that the potential business information content element associated with that data context trigger criteria be added to a user display of the content aggregation system.

Abstract: Systems and method for forecasting release times in a multisystem software development environment are disclosed. A forecast engine may analyze the system specific data for multiple systems in a particular transport chain of systems in the development environment to determine when object code should be released from a source system to reach a target system in time to be included in an event, such as a software build or quality assurance test. The system specific data may include event schedules for each system in the transport chain. By analyzing the system specific data and the transport chain, the forecast engine can generate a time by which object code needs to be released to traverse the transport chain so that it is available to the target system for a particular scheduled event.

Abstract: A development account is provisioned, the provisioning including a request for a backing service. The backing service includes: generating a developer schema in a database, generating a table link in the developer schema to shared tables required for the new development environment, generating a delta table, and generating a union view with a defined instead-of-trigger used to write, update, or delete from the delta table upon a write, update, or delete operation on the union view. A runtime application server is obtained and a repository is configured in a version control system. The runtime application server is configured to connect to the generated developer schema of the provisioned development account, and an identifier is provided to the provisioned development account.

Abstract: The subject matter disclosed herein provides methods for determining the page on which a desired row position value is located. A table having a plurality of rows can be accessed. The rows can be distributed across one or more pages in an in-memory database. Each row can be associated with a unique row position value. Each page can be associated with a capacity that is representative of an amount of data stored on the page. A capacity index having a plurality of entries can be created to record changes in capacity between pages. Neighboring entries in the capacity index can have a different capacity. Each entry in the capacity index can correspond to a page. A page directory can be created based on the capacity index. The page directory can indicate all possible row position values associated with each page. Related apparatus, systems, techniques, and articles are also described.

Abstract: An upgrade of a first version of a database application to a second version of a database application that both have a same data schema is initiated. The first database application has a first access schema such that at least one table in the data schema is linked to the first access schema. The second version of the database application has a second access schema such that at least one database table in the data schema is linked to the second access schema. The first access schema differs from the second access schema. During the upgrade, each access schema is provided access to a first sequence in the data schema for both of the first version of the database application and the second version of the database application. Subsequent to the upgrade, the second version of the database application is provided access to a second sequence in the data schema.

Abstract: A calculation engine computes equation(s) based upon dependencies between variables, both initially input and as calculated from various fragmented sub expressions. The calculation engine accommodates relationships between equations, with output variable(s) of one equation possibly serving as input to another equation in a chain. Initially, the calculation engine sorts equations based upon their relationship to each other and to the input variables. The calculation engine next fragments the equations' expressions into various sub expressions. This fragmenting may be according to an order of operations (e.g., brackets/parentheses, then exponents/powers, then multiplication/division). Sub expressions ultimately resulting from fragmentation process, may comprise unary expressions, binary expressions, or expressions involving three or more operations at a same level of priority. Upon rationalizing an order of the fragments, the engine may evaluate units (e.g.

Abstract: In one aspect, a method can include a computing system receiving data for rendering as a plurality of objects in a chart, and rendering the plurality of objects in a first order in a first graph in a virtual display. The method can include swapping a first object and a second object in the first order of the plurality of objects creating a second order of the plurality of objects, rendering the objects in a second graph in the virtual display based on the second order, determining that a number of visible objects in the first graph is less than a number of visible objects in the second graph, and outputting the second order of the plurality of objects for rendering on a display device based on determining that a number of visible objects in the first graph is less than a number of visible objects in the second graph.

Abstract: The disclosure generally describes computer-implemented methods, software, and systems for interacting with a UI design in a first context and automatically performing and previewing related interactions with the UI design in at least one other context. A computer-implemented method includes, in one example, presenting a user interface (UI) layout for a first context in a primary display and a UI layout for at least one additional context in a secondary display. A modification to a UI element in the first context is identified, and a corresponding modification to the UI layout in at least one of the additional contexts based on the modification is made. The determined modification to the UI layout in at least one of the additional contexts is performed, and updated UI layouts for the first context in the primary display and the at least one additional context in the secondary display are presented.

Abstract: The disclosure generally describes methods, software, and systems, including a method for using templates to generate data bindings for application code. A request is identified to instantiate an application based on a pre-defined template that is associated with an input data model that includes at least one reference to a design time data binding configuration model. A service, an associated service, and an associated data source are identified to be bound with the application. A parameter in the input data model is identified. Entry point data bindings for the data source are identified. A selection field is populated within a user interface using values within the data source corresponding to the entry points. A second selection field within the user interface is populated based on the selection from the first selection field. The second selection field is associated with at least one parameter in the input data model.

Abstract: Techniques are described for mapping supplemental data from a data delivery package into data marts that are accessible to a software application. In some embodiments, new mappings can be dynamically generated for a mapping table when the data delivery package includes fields which do not have a corresponding mapping in the mapping table. The new mappings can be generated at runtime while the data delivery package is being processed. Once generated, the mapping table can be used to store the supplemental data into the data marts.

Abstract: An archive file including an extension server runtime of the arbitrary server and one or more auxiliary computer modules is received. Input values of one or more configuration parameters including a number of extension server nodes to be installed are received. The archive file is extracted at a file system of the at least one server instance. The extracted extension server runtime is read by an extension server bootstrap from the one or more auxiliary modules. The number of extension server nodes as specified by the input values are installed based on the extracted extension server runtime on the at least one server instance by the extension server bootstrap.

Abstract: Systems and methods are provided for receiving a request for an allocation of a task in a cluster comprising a plurality of client nodes, determining a node type for the task, based on mapping the task to a list of categories, wherein at least two of categories in the list of categories overlap in range. The systems and methods further providing for searching for available client nodes based on the node type for the task to select a client node to allocate the task, determining a zone of the selected client node, wherein the zone is mapped to the list of categories, determining a wait algorithm associated with the zone of the selected node, and contacting the selected client node and passing the task and the wait algorithm to the selected client node.

Abstract: An upgrade of a first version of a database application to a second version of a database application that both have a same data schema is initiated. The first database application has a first access schema such that at least one table in the data schema is linked to the first access schema. The second version of the database application has a second access schema such that at least one database table in the data schema is linked to the second access schema. The first access schema differs from the second access schema. Concurrent access is provided for each access schema to at least one sequence in the data schema to both the first version of the database application and the second version of the database application. Related apparatus, systems, techniques and articles are also described.

Abstract: A first code version is received. The first code version includes a plurality of code features, such as methods or classes. A second code version is received. The second code version includes a plurality of code features. The first code version is executed. A first plurality of code features executed during the execution of the first code version are determined. A second plurality of code features differing between the first and second code versions are determined. The first and second plurality of code features are compared. An indication is provided that a code feature is potentially relevant to the code behavior if the code feature is present in the first plurality of code features and in the second plurality of code features.

Abstract: Data is received that includes a multi-dimensional data set having data at different hierarchy levels. Using the received data, a first view of a chart having a branch corresponding to each dimension within the data set is rendered in a graphical user interface. Each branch extends outwardly from a center point and has graphical indicators corresponding to each corresponding hierarchy level. The hierarchy levels are arranged in order such that a highest hierarchy level is closest to the center point and a lowest hierarchy level is closest to or at a termination point of the corresponding branch. Related apparatus, systems, techniques and articles are also described.