Common header file for C++ and JavaScipt
I have an app that runs a C++ server backend and Javascript on the client. I would like to define certain strings once only, for both pieces of code. For example, I might have a CSS class “row-hover” – I want to define this class name in one place only in case I change it later.
Common header file for C++ and JavaScipt
I have an app that runs a C++ server backend and Javascript on the client. I would like to define certain strings once only, for both pieces of code. For example, I might have a CSS class “row-hover” – I want to define this class name in one place only in case I change it later.
Does software rot refer primarily to performance, or to messy code?
Wikipedia’s definition of software rot focuses on the performance of the software. This is a different usage than I am used to; I had thought of it much more in terms of the cleanliness and design of the code—in terms of the code’s having all the standard quality characteristics: readability, maintainability, etc. Now, performance is likely to go down when the code becomes unreadable, because no one knows what is going on. But does the term software rot have special reference to performance? or am I right in thinking it refers to the cleanliness of the code? or is this perhaps a case of multiple senses of the term being in common usage—from the user’s perspective, it has do with performance; but for the software craftsman, it has to do more specifically with how the code reads?
Problem Understanding the IEEE definition of Software Engineering
Background
Is the term ‘Front-End’ synonymous with ‘Client-Side’? If so, is this always the case?
As a relatively new (self-taught) web developer, I’ve heard the terms front-end, client-side, back-end, and server-side quite often. To me, front-end and back-end were always synonymous with client-side and server-side, respectively.
A simple definition of client-server [duplicate]
… That “thing/information” that you need to remember is called “state”.
If the sleep time of a function at first time differs from the second time, but the output is the same, is it still a idempotent function?
For example, if the sleep time of a function would change after first execution but the output remains unchanged, e.g.:
What exactly is “computer systems”? [closed]
Closed 8 years ago.
What exactly is “computer systems”? [closed]
Closed 8 years ago.
What exactly is “computer systems”? [closed]
Closed 8 years ago.