Abstract: Techniques for implementing enterprise search using database views are disclosed. In some example embodiments, a computer-implemented method comprises: receiving database queries; generating, for each database query, a corresponding database view comprising a result set arranged in one or more fields of a table; storing the corresponding database views of the database queries; generating a corresponding search configuration for each one of the stored database views, the corresponding search configuration indicating the field(s) of the table of the stored database view; storing the corresponding search configurations for the stored database views; receiving an enterprise search query comprising one or more terms entered via a full-text search field; generating search results for the enterprise search query based on the term(s) using the stored search configurations to access data in the field(s) of the tables of the stored database views; and causing the generated search results to be displayed.

Abstract: Techniques for implementing enterprise search using database views are disclosed. In some example embodiments, a computer-implemented method comprises: receiving database queries; generating, for each database query, a corresponding database view comprising a result set arranged in one or more fields of a table; storing the corresponding database views of the database queries; generating a corresponding search configuration for each one of the stored database views, the corresponding search configuration indicating the field(s) of the table of the stored database view; storing the corresponding search configurations for the stored database views; receiving an enterprise search query comprising one or more terms entered via a full-text search field; generating search results for the enterprise search query based on the term(s) using the stored search configurations to access data in the field(s) of the tables of the stored database views; and causing the generated search results to be displayed.

Abstract: Techniques for implementing enterprise search using database views are disclosed. In some example embodiments, a computer-implemented method comprises: receiving database queries; generating, for each database query, a corresponding database view comprising a result set arranged in one or more fields of a table; storing the corresponding database views of the database queries; generating a corresponding search configuration for each one of the stored database views, the corresponding search configuration indicating the field(s) of the table of the stored database view; storing the corresponding search configurations for the stored database views; receiving an enterprise search query comprising one or more terms entered via a full-text search field; generating search results for the enterprise search query based on the term(s) using the stored search configurations to access data in the field(s) of the tables of the stored database views; and causing the generated search results to be displayed.

Abstract: Techniques for implementing enterprise search using database views are disclosed. In some example embodiments, a computer-implemented method comprises: receiving database queries; generating, for each database query, a corresponding database view comprising a result set arranged in one or more fields of a table; storing the corresponding database views of the database queries; generating a corresponding search configuration for each one of the stored database views, the corresponding search configuration indicating the field(s) of the table of the stored database view; storing the corresponding search configurations for the stored database views; receiving an enterprise search query comprising one or more terms entered via a full-text search field; generating search results for the enterprise search query based on the term(s) using the stored search configurations to access data in the field(s) of the tables of the stored database views; and causing the generated search results to be displayed.

Abstract: Techniques for implementing enterprise search using database views are disclosed. In some example embodiments, a computer-implemented method comprises: receiving database queries; generating, for each database query, a corresponding database view comprising a result set arranged in one or more fields of a table; storing the corresponding database views of the database queries; generating a corresponding search configuration for each one of the stored database views, the corresponding search configuration indicating the field(s) of the table of the stored database view; storing the corresponding search configurations for the stored database views; receiving an enterprise search query comprising one or more terms entered via a full-text search field; generating search results for the enterprise search query based on the term(s) using the stored search configurations to access data in the field(s) of the tables of the stored database views; and causing the generated search results to be displayed.

Abstract: A method of customizing a computing environment comprises providing a browser-based application to a user, receiving instructions from the user via the browser-based application to define a custom logical data object, defining the custom logical data object in a system backend in accordance with the instructions, and generating a user interface comprising the custom logical data object within the browser-based application.

Abstract: Various embodiments of systems and methods to provide real time data analytics and visualization are described herein. In one aspect, a list of microservices including transactional data are rendered on a graphical user interface. A request for analytics of the microservices is received. The request includes selection of a visualization type, at least one of the microservices, and corresponding at least one of an analytical dimension and a microservice dimension. Further, the microservices is analyzed based on the selection of the one of the microservices, and the corresponding at least one of the analytical dimension and the microservice dimension. Results of the analysis are displayed on the graphical user interface based on the selected visualization type.

Abstract: A system and method provide for a sales forecasting application implemented on a user terminal. The sales forecasting system uses integrated predictive and statistical methods to evaluate the reliability of the forecast. The sales forecasting system may perform a statistical analysis to derive a sequence for the influencing attributes, driving sales success in the past, and display the attributes to an end user in a specific sequence. The sales forecasting system may further be implemented through a sequences of stages, including a pipeline analysis stage where the system understands the situation and any possible risks, an analysis stage where the system may analyze past or external influences, and an application stage where the forecasting system applies the insights to a current pipeline and provides a determined simulation.

Abstract: A business object model, which reflects data that is used during a given business transaction, is utilized to generate interfaces. This business object model facilitates commercial transactions by providing consistent interfaces that are suitable for use across industries, across businesses, and across different departments within a business during a business transaction. In some operations, software creates, updates, or otherwise processes information related to a campaign response option, a sales target plan, a sales price list and a sales specification business object.

Abstract: Described are methods and systems for providing value help features to input fields. In response to a user selection of a condition type, an associated metadata is retrieved. Based upon the metadata, a user interface element comprising a static key and a dynamic key is generated. The dynamic key includes a name field and a value input field. Based upon the user interface element, a generic query including an input parameter node and a result node is generated. For the name field and the value input field of the dynamic key, a sequence number indicating an associated attribute group is extracted from the metadata. Based upon a field type of the value input field, the user interface element is bound to the associated attribute group indicated by the sequence number. Based upon the user entry received at the value input field, a corresponding value help feature is displayed.