2013•Unpublished venueRequires access

A novel approach for interactive debugging of dynamic dataflow embedded applications

Kevin Pouget, Miguel Santana, Patricia López Cueva, Jean‐François Méhaut

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Abstract

In this paper, we propose a new approach for source-level dataflow debuggers. Going beyond their long-established ability to support sequential programming languages, we describe the functionalities a debugger should be able to provide to debug embedded and parallel dataflow applications. Then we demonstrate our solution to this problem with a proof-of-concept debugger targeting the dataflow framework used on an industrial MPSoC platform. We also explain the development challenges we faced during the implementation of this GDB-based debugger.

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What this paper is about

In this paper, we propose a new approach for source-level dataflow debuggers. Going beyond their long-established ability to support sequential programming languages, we describe the functionalities a debugger should be able to provide to debug embedded and parallel dataflow applications. Then we demonstrate our solution to this problem with a proof-of-concept debugger targeting the dataflow framework used on an industrial MPSoC platform. We also explain the development challenges we faced during the implementation of this GDB-based debugger.

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Available abstract

In this paper, we propose a new approach for source-level dataflow debuggers. Going beyond their long-established ability to support sequential programming languages, we describe the functionalities a debugger should be able to provide to debug embedded and parallel dataflow applications. Then we demonstrate our solution to this problem with a proof-of-concept debugger targeting the dataflow framework used on an industrial MPSoC platform. We also explain the development challenges we faced during the implementation of this GDB-based debugger.

Key concepts: Dataflow, Debugger, Debugging, Computer science, Dataflow architecture, Programming language, MPSoC, Computer architecture

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