Automatic generation of test specifications for coverage of system state transitions

Testability Quantification Framework of Object Oriented Software: A New Perspective

“…Testability has been identified as a distinct characteristic of software quality. Building programs and components with high level testability always simplifies test process, reduces total test cost and hence increases software quality [3,5]. Researchers proposed different characteristics of software quality ; many of them consider testability as an important part of their quality characteristics [19,20,21,22] .In ISO 1926 quality model (ISO 1991);testability holds a prominent place as part of the reusability characteristic of software quality [4].…”

Evaluating Effectiveness Factor of Object Oriented Design: A Testability Perspective

“…It is one of the most important concepts in design for testing of software programs and components [3].According to ISO-DIS 14598 the term Effectiveness factor is defined as the capacity of the software product to enable users/developers to achieve specified goals with accuracy and completeness in a specified environment. Software design is a process in software engineering that produces a tangible model of the system and allows developers /researchers to turn your computational model into a workable algorithm to solve the problems by the help of verification and evaluation.…”

Generation and Optimization of Test cases for Object-Oriented Software Using State Chart Diagram

“…The complexity of system testing can possibly be attributed to the fact that it involves testing a fully integrated system that may be large and complex. Therefore, with continually increasing system sizes, the issue of automatic design of system test cases is assuming prime importance [26]. A properly generated test suite may not only locate the errors in a software system, but also help in reducing the high cost associated with software testing [16].…”

“…The state model of an actual system is usually extremely complex and comprises of a large number of states and transitions. Possibly for this reason, state models of complete systems are rarely constructed by system developers [26].…”