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Maintainability Predictors for Relational Database-Driven Software Applications: Extended Results from a Survey.

, , , and . International Journal of Software Engineering and Knowledge Engineering, 23 (4): 507-522 (2013)

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Towards Maintainability Prediction for Relational Database-Driven Software Applications: Evidence from Software Practitioners., , and . FGIT-ASEA, volume 117 of Communications in Computer and Information Science, page 110-119. Springer, (2010)Stability of Java interfaces: a preliminary investigation., and . WETSoM, page 38-44. ACM, (2011)From Java To UpgradeJ: An Empirical Study., , , and . HotSWUp, ACM, (2008)Subsuming Methods: Finding New Optimisation Opportunities in Object-Oriented Software., , , and . ICPE, page 175-186. ACM, (2015)Using CBR and CART to predict maintainability of relational database-driven software applications., , , and . EASE, page 132-143. ACM, (2013)Five Challenges in Teaching XP., , , and . XP, volume 2675 of Lecture Notes in Computer Science, page 406-409. Springer, (2003)Delegation Diagrams: Visual Support for the Development of Object-Oriented Designs., , and . AUIC, volume 28 of CRPIT, page 83-89. Australian Computer Society, (2004)Visualising Reusable Software Over The Web., , , , , and . InVis.au, volume 9 of CRPIT, page 103-111. Australian Computer Society, (2001)On measuring Java software.. ACSC, volume 74 of CRPIT, page 7. Australian Computer Society, (2008)A lightweight web-based case tool for sequence diagrams., , , , and . CHINZ, page 55-60. ACM, (2002)