A dataflow approach to event‐based debugging

Publisher Website
Google Scholar
Abstract
This paper describes a novel approach to event‐based debugging. The approach is based on a (coarsegrained) dataflow view of events: a high‐level event is recognized when an appropriate combination of lower‐level events on which it depends has occurred. Event recognition is controlled using familiar programming language constructs. This approach is more flexible and powerful than current ones. It allows arbitrary debugger language commands to be executed when attempting to form higher‐level events. It also allows users to specify event recognition in much the same way that they write programs.This paper also describes a prototype, Dalek, that employs the dataflow approach for debugging sequential programs. Dalek demonstrates the feasibility and attractiveness of the dataflow approach. One important motivation for this work is that current sequential debugging tools are inadequate. Dalek contributes toward remedying such inadequacies by providing events and a powerful debugging language. Generalizing the dataflow approach so that it can aid in the debugging of concurrent programs is under investigation.

This publication has 16 references indexed in Scilit: