Hi @astavonin,
Your Go optimization guide is an great resource for understanding how to write efficient Go applications.
I was hoping to seek your guidance on understanding some of Go's internal design decisions (like go-routines, concurrency etc...). While I’m familiar with Go and actively contribute to CNCF open-source projects, I’m still trying to grasp how Go differs from traditional OOP languages — particularly how it handles concepts like inheritance and abstraction under the hood, given its minimalistic approach to OOP.
Would really appreciate any insights or resources you could share!
BTW, here's the link to my GitHub profile, I've all my PRs here - https://github.com/yaten2302 :)
Thanks!
Hi @astavonin,
Your Go optimization guide is an great resource for understanding how to write efficient Go applications.
I was hoping to seek your guidance on understanding some of Go's internal design decisions (like go-routines, concurrency etc...). While I’m familiar with Go and actively contribute to CNCF open-source projects, I’m still trying to grasp how Go differs from traditional OOP languages — particularly how it handles concepts like inheritance and abstraction under the hood, given its minimalistic approach to OOP.
Would really appreciate any insights or resources you could share!
BTW, here's the link to my GitHub profile, I've all my PRs here - https://github.com/yaten2302 :)
Thanks!