Register be an enum, maybe? 
Register be an enum, maybe? 
ddnet 3.0 in VR written in rust
is it crazy that i now spend most of my time making assets anyway, coding is not really what I do dalily now
1
#[derive(Copy)]. the impl Register don't have to take &self but can take self then
Genkernel should only be considered by users that have a required need that only Genkernel can meet, otherwise it is recommended to use the Distribution kernel or manually compile your own as it will make maintaining a Gentoo system a lot more simple.Genkernel should only be considered by users that have a required need that only Genkernel can meet, otherwise it is recommended to use the Distribution kernel or manually compile your own as it will make maintaining a Gentoo system a lot more simple. 
https://codeberg.org/Scrumplex/flake
OH NO 
From impl is not good. it should probably be a TryFromFrom impl is not good. it should probably be a TryFrom From 
From From From trait is intended for perfect conversions. If the conversion can fail or is not perfect, use TryFrom.From:] The conversion is infallible: if the conversion can fail, use TryFrom instead; don’t provide a From impl that panics.From:] The conversion is infallible: if the conversion can fail, use TryFrom instead; don’t provide a From impl that panics. it didn't show these errors because of others xd it didn't show these errors because of others xd fn from that is not the trait no_panic, you can basically walk up from panic! and color until you hit any function manually annotated no_panic where the user has guaranteed that it won't panicno_panic, you can basically walk up from panic! and color until you hit any function manually annotated no_panic where the user has guaranteed that it won't panic assert! checks, etc.?
assert!s getting optimized out if x < v.len() return v[x] but anything more complicated and there is a loot of peeking into functions required which is not easy (perhaps impossible without some manual annotations)Languages that support exception handling typically provide a throw operation to initiate the exception process. Internally, a throw operation breaks down into two steps.
A request is made to allocate exception space for an exception structure. This structure needs to survive beyond the current activation. This structure will contain the type and value of the object being thrown.
A call is made to the runtime to raise the exception, passing the exception structure as an argument.
In C++, the allocation of the exception structure is done by the __cxa_allocate_exception runtime function. The exception raising is handled by __cxa_throw. The type of the exception is represented using a C++ RTTI structure. 
let mut guard = self.guarded_stuff.lock();
guard.some_vec.push(val);
drop(guard);
if true {
self.some_async_func().await;
}
compile error (mutex guard cannot be hold accross async calls)
vs.
{
let mut guard = self.guarded_stuff.lock();
guard.some_vec.push(val);
}
if true {
self.some_async_func().await;
}
works let mut guard = self.guarded_stuff.lock();
guard.some_vec.push(val);
drop(guard);
if true {
self.some_async_func().await;
}
compile error (mutex guard cannot be hold accross async calls)
vs.
{
let mut guard = self.guarded_stuff.lock();
guard.some_vec.push(val);
}
if true {
self.some_async_func().await;
}
works let mut guard = self.guarded_stuff.lock();
guard.some_vec.push(val);
drop(guard);
if true {
self.some_async_func().await;
}
compile error (mutex guard cannot be hold accross async calls)
vs.
{
let mut guard = self.guarded_stuff.lock();
guard.some_vec.push(val);
}
if true {
self.some_async_func().await;
}
works ) ) 1 new mention
==
%d new mentions
==
9+ new mentions
==
Why? Because we have multiple grammatical numbers:
1 mention = 1 згадка
2~4 mentions = 2~4 згадки
5~20 mentions = 5~20 згадок
After 20 the cycle repeats
21 mentions = 21 згадка
22~24 mentions = 22~24 згадки
25~30 mentions = 25~30 згадок
31 mentions = 31 згадка
32~34 mentions = 32~34 згадки
35~40 mentions = 35~40 згадок
And so on and so forth... 
%d out of %d servers and %d out of 1 server (not the real case), what do you propose these become? GetTileIndex and GetFTileIndex?GetTileIndex and GetFTileIndex? GetTile
1
1
1
