A Notebook Format for the Holistic Design of Embedded Systems (Tool Paper)

• DOI: 10.4204/eptcs.284.7
• Publication Date: 2018-11-30T10:26:26Z
• Authors: Spencer Park; Emil Sekerinski
• Keywords: FOS: Computer and information sciences; Computer Science - Programming Languages; QA75.5-76.95; 02 engineering and technology; Software Engineering (cs.SE); Computer Science - Software Engineering; Electronic computers. Computer science; QA1-939; 0202 electrical engineering, electronic engineering, information engineering; Mathematics; Programming Languages (cs.PL)

In Proceedings F-IDE 2018, arXiv:1811.09014<br/>This paper proposes the use of notebooks for the design documentation and tool interaction in the rigorous design of embedded systems. Conventionally, a notebook is a sequence of cells alternating between (textual) code and prose to form a document that is meant to be read from top to bottom, in the spirit of literate programming. We extend the use of notebooks to embedded systems specified by pCharts. The charts are visually edited in cells inline. Other cells can contain statements that generate code and analyze the charts qualitatively and quantitatively; in addition, notebook cells can contain other instructions to build the product from the generated code. This allows a notebook to be replayed to re-analyze the design and re-build the product, like a script, but also allows the notebook to be used for presentations, as for this paper, and for the inspection of the design. The interaction with the notebook is done through a web browser that connects to a local or remote server, thus allowing a computationally intensive analysis to run remotely if needed. The pState notebooks are implemented as an extension to Jupyter. The underlying software architecture is described and the issue of proper placement of transition labels in charts embedded in notebooks is discussed.<br/>