Abstract: A computing system may implement a content delivery system to communicate to a plurality of client devices an indication to install a candidate program. The indication causes each client to download and execute the candidate program in a health-check mode to execute a health-check. Each client device executes the candidate program in health-check mode that includes one or more compatibility tests to generate a result associated with the one or more compatibility tests. The client device generates a test report associated with the results to upload to the content delivery system for analysis.

Abstract: A first message from a first browsing context may be identified. The first message may include a connection identifier. A second message from a second browsing context may be identified. The second message may include the connection identifier. A processing device may transfer a first port of a message channel to the first browsing context and a second port of the message channel to the second browsing context based on the first message including the connection identifier and the second message including the connection identifier.

Abstract: User interface (UI) configuration data may be determined for a first view of a composite UI may be determined. The first view of the composite UI may include a first UI displayed in a first window and a second UI displayed in a second window. The UI configuration data may indicate the first UI interfaces with a first resource and the second UI interfaces with a second resource. A processing device may generate a sharing set in a context groups mapping based on the UI configuration data. The sharing set may include the first resource and the second resource. The contextual data may be shared, via a trans-resource messaging bus, between the first resource and the second resource based on the sharing set.

Abstract: First data from a first application logically located in a first security zone may be identified. A processing device may determine a second application is logically located in a second security zone having a higher trust level than the first security zone based on configuration data. The first data may be communicated, via an interoperation bus, to the second application based on the second security zone having the higher trust level.

Abstract: A method of communicating between applications is provided. The method includes establishing a communication bridge between a first application and a second application. The first application is located within a first computing device and the second application is located within a second computing device. The communication bridge comprises a set of communication channels. Each communication channel is associated with an application programing interface (API) function of the first application. The method also includes receiving, from the second application, a first request for the first application to perform a first operation. The method further includes providing the first request to the first application. The method further includes receiving a first result of the first operation from the first application. The method further includes providing the first result of the first operation to the second application.

Abstract: Disclosed is a method and apparatus for verifying socket connections. The method includes receiving a socket connection request and determining a process executable that initiated the socket connection request. The method further includes determining, by a processing device, whether verification data associated with the process executable corresponds to expected verification data of the process executable. Finally, the method includes in response to the verification data corresponding to the expected verification data, permitting a socket connection corresponding to the socket connection request.