Abstract: An interactive database object representation may be created based on configuration instructions. The interactive database object representation may include a plurality of graphical elements that are each associated with a respective database object field. Each of the database object fields may be associated with a database object definition within a database. The interactive database object representation may be published to a storage medium for transmission upon request to a client machine via a network. The interactive database object representation may facilitate the display and editing of data associated with an instance of the database object.

Abstract: An application server may load a set of elements configured for use in an application. In some examples, a subset of the set of elements may include metadata enabling dynamic interactions between the subset of the set of elements. The application server may receive a selection of a source element and an event associated with the source element. In some examples, the event may include transmission of a data packet from the source element in response to a trigger at the source element, and the event and a payload of the data packet may be configured in accordance with the metadata associated with the source element. The application server may receive a selection of a target element and an input field. The application server may then store a dynamic interaction between the source element and the target element for the application.

Abstract: An interactive database object representation may be created based on configuration instructions. The interactive database object representation may include a plurality of graphical elements that are each associated with a respective database object field. Each of the database object fields may be associated with a database object definition within a database. The interactive database object representation may be published to a storage medium for transmission upon request to a client machine via a network. The interactive database object representation may facilitate the display and editing of data associated with an instance of the database object.

Abstract: An interactive database object representation may be created based on configuration instructions. The interactive database object representation may include a plurality of graphical elements that are each associated with a respective database object field. Each of the database object fields may be associated with a database object definition within a database. The interactive database object representation may be published to a storage medium for transmission upon request to a client machine via a network. The interactive database object representation may facilitate the display and editing of data associated with an instance of the database object.

Abstract: An interactive database object representation is created based on a source database object representation. The source database object representation may include a first plurality of graphical elements that are each associated with a respective database object field. The interactive database object representation may include a second plurality of graphical elements that are each associated with a respective database object field. Each of the database object fields may be associated with a database object definition within a database. The interactive database object representation facilitates the display and editing of data associated with an instance of the database object.

Abstract: An interactive database object representation may be created based on configuration instructions. The interactive database object representation may include a plurality of graphical elements that are each associated with a respective database object field. Each of the database object fields may be associated with a database object definition within a database. The interactive database object representation may be published to a storage medium for transmission upon request to a client machine via a network. The interactive database object representation may facilitate the display and editing of data associated with an instance of the database object.

Abstract: An interactive database object representation is created based on a source database object representation. The source database object representation may include a first plurality of graphical elements that are each associated with a respective database object field. The interactive database object representation may include a second plurality of graphical elements that are each associated with a respective database object field. Each of the database object fields may be associated with a database object definition within a database.

Abstract: Methods, program products, and systems of synchronizing data while the data is being edited by a user are disclosed. A web application system implementing a notification-based web application framework can allow a user to focus or edit data in a browser on a client device while the data displayed in the browser is being synchronized with data stored on a database server. The user edit and the synchronization can be asynchronous with one another, where editing can occur before a response from the database server is received. Accordingly, user perceived response time is improved over a conventional system where a user must wait for the response from the server before the user can proceed to edit the data.

Abstract: Methods, program products, and systems of synchronizing data while the data is being edited by a user are disclosed. A web application system implementing a notification-based web application framework can allow a user to focus or edit data in a browser on a client device while the data displayed in the browser is being synchronized with data stored on a database server. The user edit and the synchronization can be asynchronous with one another, where editing can occur before a response from the database server is received. Accordingly, user perceived response time is improved over a conventional system where a user must wait for the response from the server before the user can proceed to edit the data.

Abstract: An interactive web application framework allows a user to define user interface and logic of a web application and publish the web application. A first web application system can receive a message from a browser through a second web application system. The message can including metadata indicating that the second web application system received the data from the browser of a user device using a first connection between the second web application system and the browser. The first web application system can send the data to a database server as a request, and receive a response from the database server. Upon receiving the response, the first web application system can cause the second web application system to create a second connection between the second web application system and the browser based on the metadata. The response can be sent to the browser through the second connection asynchronously with the message.

Abstract: An interactive web application framework allows a user to define user interface and logic of a web application and publish the web application. A first application server can receive database data from a database server. The first application can process the database data to generate publication data. A second application server can receive the publication data from the first application server. The second application server can process the publication data to generate web data. The second application server can then send the web data to a web server for pushing to a web browser.

Abstract: An interactive web application framework allows a user to define user interface and logic of a web application and publish the web application. A web application system can receive a database notification from a database server. The database notification can indicate that an update of a user interface item has occurred in a database. The database notification can be generated by the database server in response to a request from a user device. The request can be a request to receive information when any state change occurs at the database server. The web application system can initiate communication with the user device without responding to a specific request requesting the update. The web application system can generate instructions for refreshing the user interface item in a browser, and push the instructions to the user device.

Abstract: An interactive web application framework allows a user to define user interface and logic of a web application and publish the web application. A first application server can receive database data from a database server. The first application can process the database data to generate publication data. A second application server can receive the publication data from the first application server. The second application server can process the publication data to generate web data. The second application server can then send the web data to a web server for pushing to a web browser.

Abstract: An interactive web application framework allows a user to define user interface and logic of a web application and publish the web application. A web application system can receive a database notification from a database server. The database notification can indicate that an update of a user interface item has occurred in a database. The database notification can be generated by the database server in response to a request from a user device. The request can be a request to receive information when any state change occurs at the database server. The web application system can initiate communication with the user device without responding to a specific request requesting the update. The web application system can generate instructions for refreshing the user interface item in a browser, and push the instructions to the user device.

Abstract: An interactive web application framework allows a user to define user interface and logic of a web application and publish the web application. A first web application system can receive a message from a browser through a second web application system. The message can including metadata indicating that the second web application system received the data from the browser of a user device using a first connection between the second web application system and the browser. The first web application system can send the data to a database server as a request, and receive a response from the database server. Upon receiving the response, the first web application system can cause the second web application system to create a second connection between the second web application system and the browser based on the metadata. The response can be sent to the browser through the second connection asynchronously with the message.

Abstract: Methods, program products, and systems for managing database access privileges using administration groups are described. Administrative functions for managing a database server and administrative functions for managing collections of databases can be separated. Groups of databases can be created on the database server. Tasks for adding and managing multiple databases can be delegated from a server administrator to one or more group administrators who can manage one or more groups of databases. The groups of databases can be stored in various home folders, each home folder corresponding to a group. Management rights on the databases can be determined by the home folders in which the databases are located.

Abstract: Methods, systems, and apparatus, including computer program products, for generating user interface tools are disclosed. In one aspect, a method includes identifying a resource (e.g., a web page) for display in an interface, identifying one or more user interface elements in the resource, generating a tool based on the one or more user interface elements, and combining the tool and the resource for display in the interface.