Abstract: Various embodiments of systems and methods to provide a testing framework for testing code are described herein. In one aspect, a request to test at least a portion of code is received. A test model composed of model elements representing the portion of the code, code on which the portion of the code depends and one or more preexisting test doubles is generated. An option is provided to define one or more test double elements, in the test model, corresponding to the code on which the portion of the code depends. Further, an option is provided to alter dependencies between the model elements and the defined one or more test double elements in the test model. Furthermore, new one or more code artefacts are generated based on the test model and the generated new one or more code artefacts are executed to test logic of the portion of the code.

Abstract: A computer-implemented fraud detection system comprises a processor and memory storing computer-readable instructions for causing a computer to perform a method for determining potentially fraudulent records. The method performed by the computer comprises executing a trial fraud detection strategy routine on historic records in a database, the trial detection strategy comprising multiple rules including at least one weighting factor. The method further includes calculating an efficiency of the trial fraud detection strategy based on the multiple rules and executing an iterative routine to optimize adjusting the at least one weighting factor. An adjusted fraud detection strategy that incorporates the adjusted weighting factor is set.

Abstract: In one aspect, a method of generating a computer-based dialog process includes receiving, in a computer system, a process type for creating a process. The process type includes (i) step elements each corresponding to a user-interaction task in the process, and (ii) step groups each including one or more of the step elements, wherein the process type defines an order of the step groups. The method includes receiving executable code for the process in a configuration-time context. The executable code (i) specifies that each of the step groups is performed in one or more steps, thereby defining a granularity of the process, and (ii) assigns at least one of the step elements in each step group to each of the one or more steps, thereby defining an order of the step elements in each step group. The method includes generating a runtime implementation of the process using the executable code.

Abstract: A method of determining potentially fraudulent records in a database comprises defining a detection strategy. The detection strategy is targeted to detect existing records from the database and comprises multiple inputs. The detection strategy is executed on existing records and results are displayed for review by a user. The detection strategy is then dynamically calibrated as desired based on input received from the user, and any modified results are displayed. A calibrated detection strategy is set, and then it is executed on new records to detect potentially fraudulent records warranting investigation. A computer system having a processor and memory storing instructions for performing such methods is also described. A computer readable storage medium having computer-executable instructions for performing such methods is also described.

Abstract: In one aspect, a method of generating a computer-based dialog process includes receiving, in a computer system, a process type for creating a process. The process type includes (i) step elements each corresponding to a user-interaction task in the process, and (ii) step groups each including one or more of the step elements, wherein the process type defines an order of the step groups. The method includes receiving executable code for the process in a configuration-time context. The executable code (i) specifies that each of the step groups is performed in one or more steps, thereby defining a granularity of the process, and (ii) assigns at least one of the step elements in each step group to each of the one or more steps, thereby defining an order of the step elements in each step group. The method includes generating a runtime implementation of the process using the executable code.