As size and complexity of software systems increase, preserving the design and specification of their implementation structure gains importance in order to maintain the evolvability of the system. However, due to constant changes, the implementation structure and its documentation tend to dilute over time. Building on the underlying models of intensional views and intensional relations, our IntensiVE tool-suite helps a developer in documenting structural source-code regularities, verifying them and offering fine-grained feedback when the code does not satisfy those regularities
Abstract—Software analysis tools and techniques often lever-age structural code coverage information...
112 p.Software Testing is the main technique to ensure the accuracy of software. Structural testing ...
International audienceGenerative software development has paved the way for the creation of multiple...
As size and complexity of software systems increase, pre-serving the design and specification of the...
As size and complexity of software systems increase, preserving the design and specification of thei...
The design and implementation of a software system is often governed by many different coding conven...
The design and implementation of a software system is often governed by many different coding conven...
AbstractThe design and implementation of a software system is often governed by a variety of coding ...
The design and implementation of a software system is often governed by a variety of coding conventi...
Like any software system, information systems suffer from structural inconsistencies that may arise ...
Developers often encode design knowledge through structural regularities such as API usage protocols...
Abstract. We present a framework for verifying that programs correctly preserve impor-tant data stru...
During software development, design rules and contracts in the source code are often encoded through...
Associated research group: Critical Systems Research GroupSoftware analysis tools and techniques oft...
The conceptual structure of existing software systems is often implicit or non-existing in the sourc...
Abstract—Software analysis tools and techniques often lever-age structural code coverage information...
112 p.Software Testing is the main technique to ensure the accuracy of software. Structural testing ...
International audienceGenerative software development has paved the way for the creation of multiple...
As size and complexity of software systems increase, pre-serving the design and specification of the...
As size and complexity of software systems increase, preserving the design and specification of thei...
The design and implementation of a software system is often governed by many different coding conven...
The design and implementation of a software system is often governed by many different coding conven...
AbstractThe design and implementation of a software system is often governed by a variety of coding ...
The design and implementation of a software system is often governed by a variety of coding conventi...
Like any software system, information systems suffer from structural inconsistencies that may arise ...
Developers often encode design knowledge through structural regularities such as API usage protocols...
Abstract. We present a framework for verifying that programs correctly preserve impor-tant data stru...
During software development, design rules and contracts in the source code are often encoded through...
Associated research group: Critical Systems Research GroupSoftware analysis tools and techniques oft...
The conceptual structure of existing software systems is often implicit or non-existing in the sourc...
Abstract—Software analysis tools and techniques often lever-age structural code coverage information...
112 p.Software Testing is the main technique to ensure the accuracy of software. Structural testing ...
International audienceGenerative software development has paved the way for the creation of multiple...