Gathering all data in single iteration vs using functions for readable code
Say I have an array of runners with which I need to find the tallest runner, the fastest runner, and the lightest runner. It seems like the most readable solution would be:
Can we reduce confusion in line-based diff tools by annotating the code with some unique tokens?
Let’s say I have
Can we reduce confusion in line-based diff tools by annotating the code with some unique tokens?
Let’s say I have
Can we reduce confusion in line-based diff tools by annotating the code with some unique tokens?
Let’s say I have
Can we reduce confusion in line-based diff tools by annotating the code with some unique tokens?
Let’s say I have
Can we reduce confusion in line-based diff tools by annotating the code with some unique tokens?
Let’s say I have
Where to load and store settings from a file?
I think this question should apply to most programs that load settings from a file. My question is from a programming point of view, and it is really how to deal with the loading of settings from a file in terms of different classes and accessibility. For instance:
Where to load and store settings from a file?
I think this question should apply to most programs that load settings from a file. My question is from a programming point of view, and it is really how to deal with the loading of settings from a file in terms of different classes and accessibility. For instance:
Where to load and store settings from a file?
I think this question should apply to most programs that load settings from a file. My question is from a programming point of view, and it is really how to deal with the loading of settings from a file in terms of different classes and accessibility. For instance:
Where to load and store settings from a file?
I think this question should apply to most programs that load settings from a file. My question is from a programming point of view, and it is really how to deal with the loading of settings from a file in terms of different classes and accessibility. For instance: