In computer program and software product development, the development environment is the set of processes and programming tools used to create the program or software product. The term may sometimes also imply the physical environment. An integrated development environment is one in which the processes and tools are coordinated to provide developers an orderly interface to and convenient view of the development process (or at least the processes of writing code, testing it, and packaging it for use). An example of an IDE product is Microsoft's Visual Studio .NET. The term computer-assisted software environment (CASE) is generally used to describe a set of tools and practices that facilitate management of a software development project.
This was last updated in February 2007
Email Alerts
Register now to receive SearchSoftwareQuality.com-related news, tips and more, delivered to your inbox.
By submitting you agree to receive email from TechTarget and its partners. If you reside outside of the United States, you consent to having your personal data transferred to and processed in the United States.
Privacy
More News and Tutorials
-
Software consultant Nari Kannan describes how agile practices and work can be scaled appropriately for success in large organizations. Using lean thinking, reduction of waste, and appropriately organizing work and people, agile can be successfully adapted, regardless of the size of the organization.
-
Undiscovered software glitches in complex systems are common, and one of the primary drivers is the loss of mainframe knowledge of a retiring workforce. Software glitches are lurking in many large systems, particularly mainframe systems, and the COBOL programmers that understand the code best are retiring, according to Jeff Papows, author of the new book, "Glitch - The hidden impact of faulty software." Papows describes how faulty software caused a huge charge to debit card holder's account and why such mistakes are on the rise in this interview. Papows notes the three most pressing drivers for software glitches: loss of intellectual knowledge, market consolidation and the ubiquity of technology
-
Karen Johnson suggests a variety of ways that testers can gain additional skills and experience, including social networking and open source testing.