This was my approach for my first few years of git. I always tried to approach git via its commands, and I horribly failed - until I finally took a little bit of effort to understand how git actually works under the hood, which really made it click for me.
For anyone who has ever spent a modicum of time (e.g. while getting a CS degree) trying to understand datastructures, it's probably really straight-forward to "get git". The datastructure underneath is really quite simple. A branch is a pointer to a commit, a commit is a pointer to a tree, a tree is a list of pointers to other trees and files. That's already pretty much all there is to it.
Once the datastructure of git is understood, the commands start to "make sense" on their own - at least most of them. They still have tons of obscure options that one doesn't realistically need in a daily work flow, but the general idea what the commands do (and how to recover from screwups) was, at least for me, pretty simple after understanding the datastructure.
This was my approach for my first few years of git. I always tried to approach git via its commands, and I horribly failed - until I finally took a little bit of effort to understand how git actually works under the hood, which really made it click for me.
For anyone who has ever spent a modicum of time (e.g. while getting a CS degree) trying to understand datastructures, it's probably really straight-forward to "get git". The datastructure underneath is really quite simple. A branch is a pointer to a commit, a commit is a pointer to a tree, a tree is a list of pointers to other trees and files. That's already pretty much all there is to it.
Once the datastructure of git is understood, the commands start to "make sense" on their own - at least most of them. They still have tons of obscure options that one doesn't realistically need in a daily work flow, but the general idea what the commands do (and how to recover from screwups) was, at least for me, pretty simple after understanding the datastructure.