adplus-dvertising
frame-decoration

Question

What does the second law of software evolution tell us?

a.

To never refactor software

b.

To refactor software only when it's broken

c.

To refactor software as it becomes more complex over time

d.

To never touch the software after the evolution stage

Answer: (c).To refactor software as it becomes more complex over time Explanation:The second law of software evolution states that software becomes increasingly complex over time, so we are forced to apply refactoring to keep the software maintainable.

Engage with the Community - Add Your Comment

Confused About the Answer? Ask for Details Here.

Know the Explanation? Add it Here.

Q. What does the second law of software evolution tell us?

Similar Questions

Discover Related MCQs

Q. When is refactoring not a viable option?

Q. What are the "Bad Smells" in software development?

Q. What is the categorization of "Bad Smells" in software development according to Mantyla et al. (2003)?

Q. What is the purpose of the "Bloaters" category in the categorization of "Bad Smells"?

Q. What is the purpose of the "Change Preventers" category in the categorization of "Bad Smells"?

Q. What is the purpose of the "Dispensables" category in the categorization of "Bad Smells"?

Q. What is the purpose of the "Encapsulators" category in the categorization of "Bad Smells"?

Q. What is the purpose of the "Couplers" category in the categorization of "Bad Smells"?

Q. What is the main purpose of studying the process of maintenance activities during reverse engineering?

Q. What do results of the study into maintenance activities confirm about the time spent by maintenance programmers?

Q. What is the main challenge in reverse engineering activities?

Q. What is a programming plan according to the theories of software comprehension process?

Q. What is a beacon according to the theories of software comprehension process?

Q. What is required for a successful software comprehension process?

Q. How does the reader's existing knowledge affect the software comprehension process?

Q. How does the structure of a program impact the understanding of the program text?

Q. Which strategy is typically used by inexperienced programmers for studying program text?

Q. What does the systematic strategy offer in comparison to the as-needed strategy for studying program text?

Q. What are delocalized plans in the context of program text?

Q. What is the effect of excessive use of inheritance on the comprehension process of a program text?