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|
X :: 5;
Y: u8 : X;
Z :: Y;
ZZ :: 127;
my_global: i8 = ZZ;
no_init: u128;
another_global := 123'456'789;
uninit :: () {
x: int = …;
y: u32 = ...;
}
pub main :: () {
no_init: u128;
x := no_init;
no_init_undef: int = …;
}
pub bar :: () int {
hello_world_this_is_my_var := 126;
hello_world_this_is_my_var′ := 127;
hello_world_this_is_my_var″ := 128;
return hello_world_this_is_my_var′;
}
foo :: () int {
baz :: () int {
X :: X;
return X;
}
y := 5;
x := y;
return x;
}
rune :: () {
ch: rune = 8224; /* U+2020 DAGGER */
}
float_test :: () {
π :: 3.14159265358979323846264338327950288419716939937510582097494459;
a: f16 = π;
b: f32 = π;
c: f64 = π;
d: f128 = π;
f := 3.14;
}
/* Yes we have comments in this language,
/* You can even nest them! */ */
/* There are no line-comments, because why have 2 styles when you can have 1? */
neg_test :: () int {
x := 420;
return -x;
}
/* This method should return 1337, because it’s not an increment but
actually parsed as (+ (+ x)), which is equivalant to ‘x’. */
some_math :: () int {
x := 1337;
return ++x;
}
complex_math :: () uint {
x: uint = 42;
y: uint = 123;
z := (x + y) / x;
return x + y / x;
}
div :: () f64 {
return 5 / 2;
}
remainder :: () int {
x := 5;
y := 2;
z := 5 % 2;
return x % y;
}
xor :: () int {
x := 42;
y := 123;
z := ~y;
return x + z ~ y;
}
shl_kinda_sus :: () u8 {
x: u8 = 1;
y: u16 : 1<<8 - 1;
return x<<y;
}
shr :: () u8 {
x: u8 = 255;
y: u8 = 3;
return x >> 256;
}
bit_fidling :: () int {
x := 122;
y := x | 1;
return y;
}
assignment :: () int {
x := 5;
y := 4;
x = x + y;
y = 69;
return x + y;
}
some_global: int;
mutate_global :: () {
some_global = 42;
}
float_div :: () f64 {
x := 5.0;
y := 2.0;
return x / y;
}
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