Egoless_programming Knowpia

Egoless programming is a style of computer programming in which personal factors are minimized so that quality may be improved. The cooperative methods suggested are similar to those used by other collective ventures such as Wikipedia.

History edit

The concept was first propounded by Gerald M. Weinberg in his seminal book of 1971, The Psychology of Computer Programming.^[1]

Peer reviews of code edit

To ensure quality, reviews of code by other programmers are made. The concept of egoless programming emphasises that such reviews should be made in a friendly, collegial way in which personal feelings are put aside. Structured walkthroughs are one way of making such a formal review.^[2]

Strengths edit

Works best for complex tasks.
Open communication channels allow information to flow freely to team members
Greater conformity that helps in consistent documentation
Team members have greater job satisfaction.^[3]

Weaknesses edit

Projects take longer to complete.^[3]
Projects experience a higher failure rate due to the decentralized nature of and volume of communication between members of the team.^[3]
Risky shift phenomenon – Programmers attempt riskier solutions to solve a software problem.^[3]
Simple tasks are made more difficult by open communication channels.^{[clarification needed]}^{[citation needed]}

Rival concepts edit

Egoless programming explicitly minimizes constraints of hierarchy and status so as to enable the free exchange of ideas and improvements. It may be contrasted with the chief programmer team concept which emphasises specialisation and leadership in teams so that they work in a more disciplined way.^[4]

References edit

^ Weinberg, Gerald M. (1971). The Psychology of Computer Programming. Van Nostrand Reinhold. ISBN 9780442207649.
^ Wiegers, Karl Eugene (2001). Peer Reviews in Software: A Practical Guide. Addison-Wesley. p. 14. ISBN 978-0-201-73485-0.
^ ^a ^b ^c ^d Mantei, Marilyn (March 1981). "The Effect of Programming Team Structures on Programming Tasks" (PDF). Communications of the ACM. 24 (3): 106–113. doi:10.1145/358568.358571. S2CID 207907944.
^ Grubb, Penny; Takang, Armstrong A. (2003), Software maintenance: concepts and practice, World Scientific, ISBN 978-981-238-426-3