Go from Zero to Hero: Learn Golang in 15 minutes!

[@GlarityHD]

Good explanations and very good editing! Maybe make an advanced Go video going into templates, Go routines and channels? Another idea might be an intro to vim and vim motions

[@FloWoelki]

Thank you for the feedback, always appreciate any feedback! Yes, I've actually got some sort of advanced go (including a go video about concurrency) in the pipeline as well :) But thank you for the ideas about vim and vim motions! If you also have more ideas, always feel free to share them :) Thanks again!

[@higiniofuentes2551]

More than zero to hero, is a refresher video if you know already GO!

[@PedroCarvalho-qf4bw]

Really enjoying your videos, learning a lot about go

[@FloWoelki]

So awesome to hear! :)

[@codingcrashkurse6429]

Nice editing skills you developed Florian. Are you using premiere pro?

[@FloWoelki]

Danke dir :) No I am using Davinci Resolve for all of the motion graphics + editing.

[@sarangs722]

Explanations for Interface section were hard to follow and honestly I didn't understand anything in that. Everything else was pretty good!

[@FloWoelki]

Thank you for the feedback! I'll do an extra video where I go into more detail about the differences between structs and interfaces. But, if you come from a different OOP language, it's basically the same thing. So interfaces define just some sort of contracts without the logic. That means, that interfaces separate "what" a type should do from "how" it does it. Hope that helps :)

[@neneodonkor]

@@FloWoelki Yea it was too short. Need more clarification.

[@higiniofuentes2551]

Thank you for this very useful video!

[@FloWoelki]

Glad it was helpful! :)

[@pavloburyanov5842]

so.. x = append(x, 6) is O(n), correct?

[@pavloburyanov5842]

oh. I think I get: it just creates new pointer to same mem address but larger offset

[@FloWoelki]

It's not always O(n). Whenever `n` gets bigger, it is more unlikely that reallocations (O(n)) happen. So the average amortized time complexity is O(1) whereas the worst case time complexity is O(n).

[@lutfiikbalmajid]

Best explanation ever

[@FloWoelki]

Thank you so much :)

[@LeviElekes]

thanks for the video

[@FloWoelki]

I am glad you've liked it :)

[@AbdulWahab-ev2ct]

That looks great. Is it Dank Mono?

[@FloWoelki]

What do you specifically mean?

[@AbdulWahab-ev2ct]

@@FloWoelki Font you are using on terminal?

[@FloWoelki]

@@AbdulWahab-ev2ct Got it! I use the Monaspace font. Hope that helps :)

[@TechDoctorMalayalam]

Great video

[@FloWoelki]

Glad you enjoyed it!

[@ktappdev]

Thank you sir

[@FloWoelki]

Sure thing :)

[@alHailHale]

This is so good, can you do one for Rust?

[@FloWoelki]

Thank you! :) I think this one could be really hard, especially because there is so much to explain for Rust :D But let's see, maybe I can break down the most important concepts in Rust into 15 minutes.

[@alHailHale]

@FloWoelki That would be amazing. This video was perfect because it didn't try to summarise everything but rather focused on the core concepts and patterns. But yeah, I understand you, idiomatic rust can be very different from other languages.

[@simonkalu]

@@FloWoelki i literally fell on the fell when I read "I think this one could really hard because there is so much to explain in RUST"... Rust is not for the weak. Well, said

[@KimberlyWilliamsch]

can i subscribe your channel?

[@FloWoelki]

Feel free to do so :) I always appreciate it!