Abstract: Described herein are various technologies pertaining to integrating account identifier (e.g., card provider(s)) into a digitization system, for example, without requiring changes to a client application on a user device (e.g., smart phone). An extensible account identifier abstraction system is provided that stores data according to a unified data model and is accessible to the user device via unified interface(s). The extensible abstraction system includes one or more plugin modules/provider relay plugin(s) that convert call(s) to the unified interface(s) and data stored according to the unified data model into provider-specific call(s) with data formatted according to a provider-specific schema.

Abstract: Described herein are various technologies pertaining to integrating account identifier (e.g., card provider(s)) into a digitization system, for example, without requiring changes to a client application on a user device (e.g., smart phone). An extensible account identifier abstraction system is provided that stores data according to a unified data model and is accessible to the user device via unified interface(s). The extensible abstraction system includes one or more plugin modules/provider relay plugin(s) that convert call(s) to the unified interface(s) and data stored according to the unified data model into provider-specific call(s) with data formatted according to a provider-specific schema.

Abstract: Described herein are various technologies pertaining to integrating account identifier (e.g., card provider(s)) into a digitization system, for example, without requiring changes to a client application on a user device (e.g., smart phone). An extensible account identifier abstraction system is provided that stores data according to a unified data model and is accessible to the user device via unified interface(s). The extensible abstraction system includes one or more plugin modules/provider relay plugin(s) that convert call(s) to the unified interface(s) and data stored according to the unified data model into provider-specific call(s) with data formatted according to a provider-specific schema.

Abstract: Described herein are various technologies pertaining to integrating account identifier (e.g., card provider(s)) into a digitization system, for example, without requiring changes to a client application on a user device (e.g., smart phone). An extensible account identifier abstraction system is provided that stores data according to a unified data model and is accessible to the user device via unified interface(s). The extensible abstraction system includes one or more plugin modules/provider relay plugin(s) that convert call(s) to the unified interface(s) and data stored according to the unified data model into provider-specific call(s) with data formatted according to a provider-specific schema.

Abstract: Embodiments of the present invention relate to the technical field of automatic testing of a graphical user interface in the technical field of software testing. Embodiments of the invention provide a method for automatically generating a test script for a graphical user interface. This method comprises defining information of each component in a tested graphical user interface, writing a test case file, and generating a file of combined values of components, and adding an operation type to each component in each file of combined values. The method further comprises determining a sequence of operations in each of the files of combined values, and generating a test script. This method reduces the tester's workload when manually programming test scripts and facilitates maintenance of test scripts.

Abstract: A method for compressing a CT-reconstructed image includes obtaining a reconstructed image to be compressed, wherein the reconstructed image includes an area within field of view and an area outside field of view. The method also includes determining, according to the preset CT value classification templates, which type of CT value classification template the CT value of each of the pixels in the area within field of view in the image belongs to, and compressing the pixel data that belong to the respective CT value classification templates according to the CT value classification templates and compression methods determined for the respective classification templates.