Optimizing mindmaps by finding the least amount of redundancy
When using mindmaps, you order them based on how you think it fits best.
Optimizing mindmaps by finding the least amount of redundancy
When using mindmaps, you order them based on how you think it fits best.
Optimizing mindmaps by finding the least amount of redundancy
When using mindmaps, you order them based on how you think it fits best.
Optimizing mindmaps by finding the least amount of redundancy
When using mindmaps, you order them based on how you think it fits best.
Loose Coupling Presenter to View in MVP
We work in a Java shop here and our web application uses an implementation of the MVP architectural pattern. Our manager comes from a .NET world, where he has been exposed to the MVVM design pattern. Our manager is advocating changes in our MVP implementation, including that the Presenters should be decoupled from (or loosely coupled to, depending on your interpretation) its Views via the Observer design pattern, in tradition with MVVM. I am more of the opinion that the Presenter and the View work together to achieve a common goal, and as such should be coupled.
How to remove redundant code that enables button. Or “if” statement
I got probably “micro optimization” problem.
How to remove redundant code that enables button. Or “if” statement
I got probably “micro optimization” problem.
How to remove redundant code that enables button. Or “if” statement
I got probably “micro optimization” problem.
Why doesn’t Haskell have a ‘format’ function for string interpolation?
I’m trying to use Shake and I stumbled upon the following problem: there’s no easy and convenient way to interpolate a string. I know about Text.Printf — it’s not what I’m looking for. The interpolation syntax I’m talking about is like this:
Why doesn’t Haskell have a ‘format’ function for string interpolation?
I’m trying to use Shake and I stumbled upon the following problem: there’s no easy and convenient way to interpolate a string. I know about Text.Printf — it’s not what I’m looking for. The interpolation syntax I’m talking about is like this: