In feature-oriented software product lines, two complementary approaches to implement
features exist: compositional and annotative ones. To combine the respective advantages, a …

Compositional and annotative approaches are two competing yet complementary
candidates for implementing feature-oriented software product lines. While the former …

Software product lines are commonly used in software engineering to mass-produce custom
software. Over time, software product lines can become very large and complex and, thus …

Building software product lines (SPLs) with features is a challenging task. Many SPL
implementations support features with coarse granularity-eg, the ability to add and wrap …

Software product lines can be implemented with different techniques. Those techniques can
be grouped into annotation-based and composition-based approaches, with complementary …

Software product line engineering provides efficient means to develop variable software. To
support program comprehension of software product lines (SPLs), we developed View …

Implementing software product lines is a challenging task. Depending on the
implementation technique the code that realizes a feature is often scattered across multiple …

Software product lines enable developers to derive similar products from a common code
base. Existing implementation techniques can be categorized as composition‐based and …

Abstract Software Product Lines (SPL) exploits reuse by identifying, modeling, and
systemically reusing software features to develop different but related software systems …

FeatureIDE is a popular open-source tool for modeling, implementing, configuring, and
analyzing software product lines. However, FeatureIDE's initial design was lacking …