<li><a href="/players/Knuski/">Kicker</a></li><li><a href="/players/Knuski/">Kicker</a></li> 
SDL_OpenAudioDevice returns the specs that were actually applied but we ignore most of them FormatOut. And we do have a resampling algo that resamples from default 48k to FormatOut for CSamples.
would it be possible that the resample code never runs on desktop (bcs modern audio driver does resampling themselves and allows application to provide 48k audio even if the device does not support it and mappers somehow figured only 48k audio does not sound bad so they just thought they have to use 48k audio) and the algo is just fucked up. cuz the resampling code looks very crude, forget about fft, it does not even interpolate 
FormatOut. And we do have a resampling algo that resamples from default 48k to FormatOut for CSamples.
would it be possible that the resample code never runs on desktop (bcs modern audio driver does resampling themselves and allows application to provide 48k audio even if the device does not support it and mappers somehow figured only 48k audio does not sound bad so they just thought they have to use 48k audio) and the algo is just fucked up. cuz the resampling code looks very crude, forget about fft, it does not even interpolate 
ESP for 32bit and RSP for 64bit can't be used as Index
offset keyword for moving a pointer instead of using lea 
LAM for intel, UAI for amd, TBI for aarch64
() in if, for statements? 
fn if_stmt(&mut self) -> Result<Stmt, ParserError> {
self.expect(&Token::If)?;
let condition = self.expr(Precedence::default())?;
let consequence = self.compound_statement(None)?;
let alternative = if self.cur_token_is(&Token::Else) {
self.expect(&Token::Else)?;
Some(self.compound_statement(None)?)
} else {
None
};
Ok(Stmt::If(StmtIf {
condition,
consequence,
alternative,
}))
}
it wasn't that hard to parse xd fn if_stmt(&mut self) -> Result<Stmt, ParserError> {
self.expect(&Token::If)?;
let condition = self.expr(Precedence::default())?;
let consequence = self.compound_statement(None)?;
let alternative = if self.cur_token_is(&Token::Else) {
self.expect(&Token::Else)?;
Some(self.compound_statement(None)?)
} else {
None
};
Ok(Stmt::If(StmtIf {
condition,
consequence,
alternative,
}))
}
it wasn't that hard to parse xd LAM for intel, UAI for amd, TBI for aarch64 
u8* a, b both of them will be of a pointer type 
2
i have access to so many clients - i'm just interested >:c i have access to so many clients - i'm just interested >:c 
1
tune_zone 0 unused? like, does the ddnet server ignore that.
i dont ask if that is a valid config, i just wonder if you have to use tune for the "global" tuning.
i read this
https://discord.com/channels/252358080522747904/757720336274948198/1273613887232802868
if it is unused -> it can be dropped
if it is somehow actually used -> i am doomed tune_zone 0 would be considered identical to the global tune zone with tune but I was never sure enough if this was actually the case everywhere.
.section .text
.global main
main:
push rbp
mov rbp, rsp
sub rsp, 16
mov dword ptr [rbp - 4], 5
mov dword ptr [rbp - 8], 10
mov dword ptr [rbp - 12], 1
lea r15, [rbp - 4]
mov r14d, dword ptr [r15]
mov dword ptr [rbp - 13], r14d
cmp byte ptr [rbp - 13], 0
sete byte ptr [rbp - 13]
je .L2
lea r15, [rbp - 8]
mov r14d, dword ptr [r15]
mov dword ptr [rbp - 13], r14d
cmp byte ptr [rbp - 13], 0
sete byte ptr [rbp - 13]
je .L2
mov byte ptr [rbp - 13], 1
jmp .L3
.L2:
mov byte ptr [rbp - 13], 0
.L3:
cmp byte ptr [rbp - 13], 0
sete byte ptr [rbp - 13]
je .L0
lea r15, [rbp - 12]
mov r14d, dword ptr [r15]
mov dword ptr [rbp - 13], r14d
cmp byte ptr [rbp - 13], 0
sete byte ptr [rbp - 13]
jne .L4
lea r15, [rbp - 4]
mov r14d, dword ptr [r15]
mov dword ptr [rbp - 13], r14d
cmp byte ptr [rbp - 13], 0
sete byte ptr [rbp - 13]
jne .L4
mov byte ptr [rbp - 13], 0
jmp .L5
.L4:
mov byte ptr [rbp - 13], 1
.L5:
cmp byte ptr [rbp - 13], 0
sete byte ptr [rbp - 13]
je .L0
mov byte ptr [rbp - 13], 1
jmp .L1
.L0:
mov byte ptr [rbp - 13], 0
.L1:
main_ret:
add rsp, 16
leave
ret .section .text
.global main
main:
push rbp
mov rbp, rsp
sub rsp, 16
mov dword ptr [rbp - 4], 5
mov dword ptr [rbp - 8], 10
mov dword ptr [rbp - 12], 1
lea r15, [rbp - 4]
mov r14d, dword ptr [r15]
mov dword ptr [rbp - 13], r14d
cmp byte ptr [rbp - 13], 0
sete byte ptr [rbp - 13]
je .L2
lea r15, [rbp - 8]
mov r14d, dword ptr [r15]
mov dword ptr [rbp - 13], r14d
cmp byte ptr [rbp - 13], 0
sete byte ptr [rbp - 13]
je .L2
mov byte ptr [rbp - 13], 1
jmp .L3
.L2:
mov byte ptr [rbp - 13], 0
.L3:
cmp byte ptr [rbp - 13], 0
sete byte ptr [rbp - 13]
je .L0
lea r15, [rbp - 12]
mov r14d, dword ptr [r15]
mov dword ptr [rbp - 13], r14d
cmp byte ptr [rbp - 13], 0
sete byte ptr [rbp - 13]
jne .L4
lea r15, [rbp - 4]
mov r14d, dword ptr [r15]
mov dword ptr [rbp - 13], r14d
cmp byte ptr [rbp - 13], 0
sete byte ptr [rbp - 13]
jne .L4
mov byte ptr [rbp - 13], 0
jmp .L5
.L4:
mov byte ptr [rbp - 13], 1
.L5:
cmp byte ptr [rbp - 13], 0
sete byte ptr [rbp - 13]
je .L0
mov byte ptr [rbp - 13], 1
jmp .L1
.L0:
mov byte ptr [rbp - 13], 0
.L1:
main_ret:
add rsp, 16
leave
ret .L2 
connect [::1]. 