Abstract: In this paper, we aim at contributing to the body of knowledge on exception-handling. We take neither an analytical approach (we think exception handling is good because X and Y") nor an empirical approach (most developers do Z and T"). Our method is to compare analytical knowledge against empirical one. We first review the literature to find analytical knowledge on exception handling, we then set up a dataset of 32 Java software applications and an experimental protocol to statically characterize and measure the exception handling design. We eventually compare our measures against the claims on exception handling that authors have made over time. Our results show that some analytical principles for exception design do not support the empirical validation: 1) practitioners violate the principle and 2) upon analysis, there are indeed very good use cases going against this principle. This is in particular the case for Empty Catch Blocks are Bad" and Do not Catch Generic Exceptions".

Cite it:

Martin Monperrus, Maxence Germain de Montauzan, Benoit Cornu, Raphael Marvie and Romain Rouvoy, "Challenging Analytical Knowledge On Exception-Handling: An Empirical Study of 32 Java Software Packages", Technical report, Laboratoire d'Informatique Fondamentale de Lille hal-01093908, 2014.

\href{https://inria.hal.science/hal-01093908/file/empirical-study-exceptions-v20141211.pdf}{Challenging Analytical Knowledge On Exception-Handling: An Empirical Study of 32 Java Software Packages} % \cite{monperrus:hal-01093908}

Bibtex Entry:

@techreport{monperrus:hal-01093908,
 title = {Challenging Analytical Knowledge On Exception-Handling: An Empirical Study of 32 Java Software Packages},
 author = {Monperrus, Martin and Germain de Montauzan, Maxence and Cornu, Benoit and Marvie, Raphael and Rouvoy, Romain},
 url = {https://inria.hal.science/hal-01093908/file/empirical-study-exceptions-v20141211.pdf},
 type = {Technical Report},
 number = {hal-01093908},
 institution = {{Laboratoire d'Informatique Fondamentale de Lille}},
 year = {2014},
}