Abstract: A server receives a first hypertext transfer protocol (HTTP) from a client device requesting for content associated with a webpage. The server retrieves a plurality of cache keys associated with respective sets of application metadata identified in the first HTTP request from an application metadata database and transmits the cache keys to the client device. The server receives a second HTTP request from the client device identifying one or more cache keys that are not stored in a local HTTP cache of the client device. The server device retrieves the sets of application metadata corresponding to the missing cache keys from the application metadata database and transmits the application metadata to the client device.

Abstract: A server receives a first hypertext transfer protocol (HTTP) from a client device requesting for content associated with a webpage. The server retrieves a plurality of cache keys associated with respective sets of application metadata identified in the first HTTP request from an application metadata database and transmits the cache keys to the client device. The server receives a second HTTP request from the client device identifying one or more cache keys that are not stored in a local HTTP cache of the client device. The server device retrieves the sets of application metadata corresponding to the missing cache keys from the application metadata database and transmits the application metadata to the client device.

Abstract: A server receives a first hypertext transfer protocol (HTTP) from a client device requesting for content associated with a webpage. The server retrieves a plurality of cache keys associated with respective sets of application metadata identified in the first HTTP request from an application metadata database and transmits the cache keys to the client device. The server receives a second HTTP request from the client device identifying one or more cache keys that are not stored in a local HTTP cache of the client device. The server device retrieves the sets of application metadata corresponding to the missing cache keys from the application metadata database and transmits the application metadata to the client device.

Abstract: A web server application executable on a computing device is configured to receive from a web browser application executing on a client device a request for the web page and, responsive to the request, to (i) identify, based on information in the request, a plurality of scripts defining structure and operation of components of the web page, (ii) bundle the identified scripts into a bundle of scripts, (iii) generate a markup document representing the requested web page and including in the markup document a reference to the bundle of scripts, wherein the reference to the bundle of scripts being useable by the web browser application as a basis to retrieve the plurality of scripts in rendering the web page, and (iv) output the generated markup document in a response for transmission to the client device.

Abstract: A web server application executable on a computing device is configured to receive from a web browser application executing on a client device a request for the web page and, responsive to the request, to (i) identify, based on information in the request, a plurality of scripts defining structure and operation of components of the web page, (ii) bundle the identified scripts into a bundle of scripts, (iii) generate a markup document representing the requested web page and including in the markup document a reference to the bundle of scripts, wherein the reference to the bundle of scripts being useable by the web browser application as a basis to retrieve the plurality of scripts in rendering the web page, and (iv) output the generated markup document in a response for transmission to the client device.

Abstract: Disclosed is a computing system configured to receive input declaring structure of a web page, including declarations of component hierarchy and data-binding between components of the web page, and to responsively generate and store, cooperatively in a plurality of tables of a database, a representation of the web page including references to underlying scripts interpretable to define structure and operation of the components. Further, the computing system is configured to thereafter receive, from a client device, a request for such a page and, in response to the request, (i) to query the database in order to ascertain component tree-structure of the page, (ii) based on the ascertained component tree-structure, to construct a markup document that represents the ascertained component tree-structure and includes a component loader operative to load the underlying scripts, and (iii) to output the constructed markup document for rendering by a web browser executing on the client device.

Abstract: A system and method for controlling access to a resource by an application are provided. The system includes a server that includes a memory and a processor. The memory includes instructions executable by the processor to execute the application by a development system configured to use one of a tracking mode and an enforcement mode. If the development system is configured to use the tracking mode, the system updates an access log for the resource responsive to the application accessing the resource, and creates an application manifest using the access log. The application manifest is configured for use in controlling access to the resource by the application executing on a production system.

Abstract: A web server application executable on a computing device is configured to receive from a web browser application executing on a client device a request for the web page and, responsive to the request, to (i) identify, based on information in the request, a plurality of scripts defining structure and operation of components of the web page, (ii) bundle the identified scripts into a bundle of scripts, (iii) generate a markup document representing the requested web page and including in the markup document a reference to the bundle of scripts, wherein the reference to the bundle of scripts being useable by the web browser application as a basis to retrieve the plurality of scripts in rendering the web page, and (iv) output the generated markup document in a response for transmission to the client device.

Abstract: Disclosed is a computing system configured to receive input declaring structure of a web page, including declarations of component hierarchy and data-binding between components of the web page, and to responsively generate and store, cooperatively in a plurality of tables of a database, a representation of the web page including references to underlying scripts interpretable to define structure and operation of the components. Further, the computing system is configured to thereafter receive, from a client device, a request for such a page and, in response to the request, (i) to query the database in order to ascertain component tree-structure of the page, (ii) based on the ascertained component tree-structure, to construct a markup document that represents the ascertained component tree-structure and includes a component loader operative to load the underlying scripts, and (iii) to output the constructed markup document for rendering by a web browser executing on the client device.

Abstract: A web server application executable on a computing device is configured to receive from a web browser application executing on a client device a request for the web page and, responsive to the request, to (i) identify, based on information in the request, a plurality of scripts defining structure and operation of components of the web page, (ii) bundle the identified scripts into a bundle of scripts, (iii) generate a markup document representing the requested web page and including in the markup document a reference to the bundle of scripts, wherein the reference to the bundle of scripts being useable by the web browser application as a basis to retrieve the plurality of scripts in rendering the web page, and (iv) output the generated markup document in a response for transmission to the client device.

Abstract: Creating, executing, and managing flow plans by performing at least the following: creating a trigger for a design-time flow plan that activates when one or more computing conditions are met, define a plurality of action instances for the design-time flow plan that execute after the trigger activates, wherein one or more of the action instances comprise a respective sequence of step instances associated with respective inputs and outputs, save the design-time flow plan within a data model, convert the saved design-time flow plan into a run-time flow plan, and execute one or more operations within the run-time flow plan, wherein the execution of the one or more operations within run-time flow plan occurs simultaneously when the data model is updated with a modified design-time flow plan, and wherein the one or more operations includes a dynamic mutable operation.

Abstract: A system and method for controlling access to a resource by an application are provided. The system includes a server that includes a memory and a processor. The memory includes instructions executable by the processor to execute the application by a development system configured to use one of a tracking mode and an enforcement mode. If the development system is configured to use the tracking mode, the system updates an access log for the resource responsive to the application accessing the resource, and creates an application manifest using the access log. The application manifest is configured for use in controlling access to the resource by the application executing on a production system.