Thingy::enum{
  @str=10 Value = 1,
  
}

Thing::union{
  union:{
  }
  struct:{
  }
  
}

Thing::struct{ 
  data: U32;
  
  inside_call :: (param: U32){
  }
  
}

call :: (param:U32) U32{
  inner_call :: (param2:U32){
    size_of_s64 = sizeof(:S64);
    size_of_val = sizeof(param);
    
    
    param2 + 10;
    return;
  }
  
  inner_call();
}

@stringify
Enumeration:enum{
  None,
  Thing = 1 << 10,
  Thing2,
  Thing3,
}

@sllqueue()
@sllqueue(prefix=thing_scope, next=next_scope)
Thing::struct{
  Inner_Struct :: {
    test_val : U32;
  }
  thing:Inner_Struct;
  next: Thing*;
  first: Thing*;
  last: Thing*;
  next_scope: Thing*;
  
  val: U32[16];
  str: String;
  embed: struct{
    thing: S32;
  }
}

@register(sllqueue, first, last, next)
sllqueue_push:(base:T1, child:T2) void {
  if(base.first == 0){
    base.first = base.last = child;
  }
  else{
    base.last = base.last.next = child;
  }
}

//-----------------------------------------------------------------------------
// 
//-----------------------------------------------------------------------------
/*
function void
thing_sllqueue_push(){
  
}

function void
thing_scope_sllqueue_push(){
  
}
*/

Builtin types:
B8,B16,B32,B64
S8,S16,S32,S64
U8,U16,U32,U64
SizeI, SizeU
F32, F64

Decls:
S32 *var;
S32 (*func)();
S32 *var[expr][expr];
S32 **var;

Global scope:
function S32 
do_thing(S32 a, U32 b){
  stmt_list
}

function S32 
do_thing(S32 a, S32 b);

typedef struct Thing Thing;
struct Thing{};
typedef struct Thing{} Thing;

typedef enum Thingy Thingy;
enum Thingy{};
typedef enum Thingy{} Thingy;

global S32 variable = expr | compound;

// typedef S32 NewName;
// typedef S32 BaseFunctionType(S32 thing);
// typedef S32 (*FunctionPointer)(S32 thing);

Local scope-(stmts):
S32 variable = expr;
variable = expr;
variable++;
return 0;
if(a){}elseif(b){}else{}