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Has Software Development Improved?

earnest_deyoung asks: "Twenty-five years ago Frederick Brooks laid out a vision of the future of software engineering in "No Silver Bullet." At the time he thought improvements in the process of software creation were most likely to come from object-oriented programming, of-the-shelf components, rapid prototyping, and cultivation of truly great designers. I've found postings on /. where people tout all sorts of design tools, from languages like Java, Perl, Python, Ruby, and Smalltalk to design aids and processes like UML and eXtreme Programming. I'm in a Computer Science degree program, and I keep wondering what "improvements" over the last quarter century have actually brought progress to the key issue: more quickly and more inexpensively developing software that's more reliable?"

2 of 759 comments (clear)

  1. You're not going to like this by kin_korn_karn · · Score: 1, Flamebait

    from what I can tell programmers (or if you are self-important, Software Engineers) haven't improved at all, but management has. Languages like Java and stuff like UML and pure OO development aren't really aids to programming, they're aids to communicating your design to management. Management is thus more clueful and will allow the good shit to go and the slop to go back to the drawing board.

  2. It's gotten much worse!!! by jamesk · · Score: 2, Flamebait

    Actually I think programming has gotten *MUCH* worse with GUI based programming environments like Delphi, VB and even Visual Studio. These tools strongly encourage painting the program and responding to events rather then concentrating on abstractions, infrastructure and good design. In making things easier, they fail to allow programmers to understand what goes on under the hood and most younger programmers (who never really had to understand what goes on) are programming via wizards that assumes a certain architectures and approach. Outside in (GUI based) programming methodologies usually collapse after programs reach a certain size and complexity.