Wouldn't it be better if you knew about all the current registers first then learn about older types? I learned like most people X32 first and I feel like I still read X64 relative to X32.
I suppose it depends how you learn! For some it is likely better to do what you suggested and start with what's current and then work backwards - but for me I needed to know why certain limitations were in place, and that required me to start at the beginning and work forwards.
As a newer developer this is a problem I've had with computing in general - a lot of newer languages, web frameworks, etc. are solving problems that I only understand through seeing what came before me. For example - why should I care about memory ownership if I've never tried to write a large-scale C program?
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Wouldn't it be better if you knew about all the current registers first then learn about older types? I learned like most people X32 first and I feel like I still read X64 relative to X32.
I suppose it depends how you learn! For some it is likely better to do what you suggested and start with what's current and then work backwards - but for me I needed to know why certain limitations were in place, and that required me to start at the beginning and work forwards.
As a newer developer this is a problem I've had with computing in general - a lot of newer languages, web frameworks, etc. are solving problems that I only understand through seeing what came before me. For example - why should I care about memory ownership if I've never tried to write a large-scale C program?