Oracle International Corporation

Nicole Laurent

Darryl Martin Shakespeare

David Wayne Nowakowski

Aaron Johnson

Haiyan Wang

Michael Patrick Rodgers

Mark A Johnson

Michael Donald Eide

Brett Weston McGarity

Qiu Zhong

Michael Tebben

Anish K Mathew

Techniques for digital messaging with rule-driven attachments are disclosed, including: obtaining a message assembly rule including a set of one or more message attachment criteria; encountering an instance of a set of one or more message transmission triggers being satisfied; responsive to encountering the instance of the set of one or more message transmission triggers being satisfied: querying a data repository to identify multiple attachable data items that satisfy the set of one or more message attachment criteria; generating a message including the attachable data items; transmitting the message to a recipient.

Digital messaging with rule-driven attachments

A method, system, and computer program product for computer-aided deployment of mobile system apps for accessing enterprise applications. A form field service request originates from a non-native system. The service request comprises at least one form field identifier. The native computer system processes the service request using the form field identifier to identify corresponding forms stored at locations accessible to the native system (e.g., in a database engine). The native computer system processes the service request to map the form field to business logic operations and/or to other actions before delivering the service request to a native application that is configured to process the form field using native business logic. The business logic within the native application produces results from the native application which in turn are sent from the native application to the non-native system. The non-native system comprises any number of mobile devices, smart phones, and/or tablet devices.

Accessing application services from forms

Systems, methods, and other embodiments associated with a monitoring process for event detection and notification transmission are described. In one embodiment, a method includes configuring a monitoring process with a matching rule used to evaluate data sources of an enterprise computing environment to determine if an event has occurred. The example method may also include executing the monitor process to identify a set of subscribers and establish a trust relationship. The example method may also include, for each subscriber, executing the monitoring process to impersonate a subscriber, execute the matching rule upon data sources accessible to the subscriber to perform a test as to whether the event has occurred, and transmit a message of the event if the event occurred.

Computer implemented monitoring process for personalized event detection and notification transmission

Techniques for integrating context-aware software applications are disclosed. A system generates a mapping of a subset of one or more variables, managed by a parent software application, to a data structure. At runtime of the parent software application, based on the mapping, the system populates an instance of the data structure with one or more values corresponding to the subset of one or more variables. The system injects the instance of the data structure into a child software application. The system renders an interface of the child software application as a component of the parent software application. The child software application executes an operation using the one or more values from the instance of the data structure.

Integrated context-aware software applications

Techniques for context-sensitive data retrieval and conversion are disclosed. A system receives a request for data in a first data format. A first subset of records includes a first subset of data in the first data format. A second subset of the records includes a second subset of data in a second data format. The system determines a context-sensitive operation for converting data. The system transmits a query including an aggregation clause associated with the context-sensitive operation. The system receives aggregated results including: aggregated data from the first subset of records, in the first data format; and aggregated data from the second subset of records, in the second data format. Using the context-sensitive operation, the system converts data from the second data format to the first data format. A response to the request is based on the aggregated data from the first subset of records and the converted aggregated data.

Context-sensitive data retrieval and conversion

A method, system, and computer program product for Java development environments. The method commences upon receiving a set of one or more rules to be applied to one or more JSON messages, then generating of one or more Java classes respective to received JSON messages. The received JSON messages can be retrieved from a repository for JSON message files, or the JSON messages can be received by sniffing a message transmitted over a network link. The rules can be applied according to one or more precedence regimes, and applying the precedence regimes over the two or more rules can be considered in a pre-processing step performed before receiving a JSON message or can be considered after receiving a JSON message.

Rule-based automatic class generation from a JSON message

Disclosed are methods and systems for developing web services for a plurality of platforms utilizing a plurality of web service specification languages. A common data layer is used to map classes of different web service specification languages to a common class hierarchy. This allows for the creation of data layers independent of each individual web service specification language, reducing the requirement to implement duplicate data controls for each web service specification language.

Method and system for implementing a common data interface to web services

A method, system, and computer program product for computer-aided software application development. A synthesizer commences upon receiving a mobile device identifier and additional information such as an application identifier, an object model, and/or a form identifier, then analyzing the additional information to determine what form(s) to implement on the mobile device. Further synthesis processing includes analyzing the forms to determine a set of functions to implement on the identified mobile device. Using the determined set of functions, native application code modules are retrieved from a repository. The retrieved native application code modules correspond to the set of functions. The code modules are integrated together to generate a native mobile application, which can be deployed to a mobile device. Messages from the mobile device are intercepted so as to emulate form processing of a back-end application. Any back-end applications that use the form can be accessed by the native mobile application.

Computer-aided development of native mobile application code

A menu application provides an integrated interface for launching multiple mobile applications from a dynamically configurable menu. Each of the mobile applications is associated with a servlet that provides the application's menu data to the menu application. The servlet may query design-time data and application run-time data to generate the menu data for the application. Additionally, the set of applications included by the menu application in a menu list may be based on a user authorization level, such that the menu list only includes applications that the user is authorized to access.

Method and system for providing menu data for mobile applications

Operations includes receiving a first data set, from a user, via a user interface; generating a first plurality of commands that are based on a plurality of actions performed by the user to submit the first data set via the user interface; executing the first plurality of commands to submit the first data set to a data repository; recording the plurality of actions performed by the user to obtain a recorded plurality of actions; receiving a second data set, from one or more devices, to be submitted to the data repository; responsive to determining that the second data set is associated with the first data set: generating a second plurality of commands that are based on the recorded plurality of actions and the second data set; executing the second plurality of commands to submit the second data set to the data repository.

Simulating a user interface to submit data received from a device

Dynamic configurable menu using self-describing applications

Embodiments of the invention provide systems and methods for providing and using user interfaces for search and select forms on mobile devices. According to one embodiment, providing a user interface of a search function for an application can comprise generating the user interface including a plurality of controls. Each control can be associated with a search criteria and can provide for a selection of one or more values for the associated search criteria. The user interface can be provided to a mobile device. An indication of a selection of one of the controls can then be received from the mobile device. The user interface can be updated based on the selected control being associated with either a single-select criteria or a multi-select criteria. One or more values for the search criteria associated with the selected control can then be received through the updated user interface.

Growing community of inventors

Lakewood, CO, United States of America

Nicole Laurent