Abstract: User-generated input is received via a graphical user interface specifying a plurality of interconnected business actions. Based on such input, a business logic tree is generated which has a plurality of hierarchical nodes each having a unique identifier. Thereafter, the business logic tree is converted into programming language code including embedded references to the unique identifiers. The programming language code is later executed and results of such execution are logged in relation to the embedded references. Related apparatus, systems, techniques and articles are also described.

Abstract: Data is received by an omniscient debugger that comprises a plurality of execution traces of a sample data set and a corresponding logic tree. The logic tree includes a hierarchical representation of a plurality of instructions for an application and the execution traces comprise results of the logic tree being applied to the sample data set. Thereafter, a repository is polled to obtain a baseline corresponding to the sample data set. Differences are then identified between each of the execution traces and the baseline. Later, debugging requests are received and information relating to same can be provided based on the identified differences. Related apparatus, systems, techniques and articles are also described.