Abstract: Described herein are methods, computer program products, and computer systems for video-based user interface (UI) application testing. The method includes receiving first test video data corresponding to test video images of an application executing on a first UI, generating the test video images on a first display, generating application video images on a second display. Further, the method may include determining that a first frame of the test video images and a second frame of the application video images fail to satisfy a predetermined similarity threshold, generating a third UI comprising the second frame of the second UI on a third display, receiving user inputs at the third UI for a first duration, capturing replacement test video images from the third display for the first duration, and generating second test video images, wherein the first frame of the test video images is replaced by the replacement test video images.

Abstract: Described herein are methods, computer program products, and computer systems for video-based user interface (UI) application testing. The method includes receiving first test video data corresponding to test video images of an application executing on a first UI, generating the test video images on a first display, generating application video images on a second display. Further, the method may include determining that a first frame of the test video images and a second frame of the application video images fail to satisfy a predetermined similarity threshold, generating a third UI comprising the second frame of the second UI on a third display, receiving user inputs at the third UI for a first duration, capturing replacement test video images from the third display for the first duration, and generating second test video images, wherein the first frame of the test video images is replaced by the replacement test video images.

Abstract: Described herein are methods, computer program products, and computer systems for video-based user interface (UI) application testing. The method includes receiving first test video data corresponding to test video images of an application executing on a first UI, generating the test video images on a first display, generating application video images on a second display. Further, the method may include determining that a first frame of the test video images and a second frame of the application video images fail to satisfy a predetermined similarity threshold, generating a third UI comprising the second frame of the second UI on a third display, receiving user inputs at the third UI for a first duration, capturing replacement test video images from the third display for the first duration, and generating second test video images, wherein the first frame of the test video images is replaced by the replacement test video images.

Abstract: A set of requests for a shared dependent service are generated by a first cmicroservice of a set of collaborating microservices. A microservice request data set is received from request flow controller modules of other microservices of the set of collaborating microservices. The microservice request data set includes information indicative of requests to the shared dependent service made by the other collaborating microservices. A request flow controller module of the first microservice of the set of collaborating microservices synchronizes between the requests generated by the first microservice, and the requests indicated in the microservice request data set. The synchronized requests from the set of collaborating microservices to the shared dependent service are maintained according to processing capabilities of the shared dependent service.

Abstract: A set of requests for a shared dependent service are generated by a first cmicroservice of a set of collaborating microservices. A microservice request data set is received from request flow controller modules of other microservices of the set of collaborating microservices. The microservice request data set includes information indicative of requests to the shared dependent service made by the other collaborating microservices. A request flow controller module of the first microservice of the set of collaborating microservices synchronizes between the requests generated by the first microservice, and the requests indicated in the microservice request data set. The synchronized requests from the set of collaborating microservices to the shared dependent service are maintained according to processing capabilities of the shared dependent service.