Keywords

Keywords are reserved identifiers that have special meanings to the compiler. They can't be used as identifiers in your program

this article lists keywords.

Built-in Types

All keywords that can be used as a type.

Keyword	short Description
int	an alias to int32
byte	an alias to uint8
bool	the true or false type
uintptr	a unsigned int thats the size of a pointer.
sintptr	a signed int thats the size of a pointer.
float	An 32 bit floating point number.
float32	An 32 bit floating point number.
float64	An 64 bit floating point number.
char	an ASCII character type.
utf8	an utf8 character type.
utf16	an utf16 character type.
utf32	an utf32 character type.
uint8	an one byte unsigned int.
uint16	an two byte unsigned int.
uint32	an four byte unsigned int.
uint64	an eight bytes unsigned int.
int8	an one byte signed int.
int16	an two byte signed int.
int32	an four byte signed int.
int64	an eight bytes signed int.
typeinfo	represents compile type information.

All keywords that can be used to make a type.

Keyword	short Description
enum	a group of constants
trait	shareing behavior between types
tag	add information about functions and classes
dynamic	dynamically dispatched traits
functor	Funcion Pointer/Lambda Object

All keywords that can that deals with memory.

Keyword	short Description
new	allocate memory
drop	free memory.
unsafe	lets you do unsafe operations.
bitcast	reinterpret the bytes of a type.
shr	make a shared pointer.
unq	make a unique pointer.

All keywords that can that deals changes how a varable works.

Keyword	short Description
static	global variables
thread	global variables but one per thread.
eval	compile time constant expression.

All keywords that can that lets you do stuff at compile time.

Keyword	short Description
compiler	read compiler settings
invaild	throw a compile time error
type	get TypeInfo from an Type
typeof	get TypeInfo from an expression
bind	use TypeInfo as a type.
valid	check a statement has errors.

All keywords that dont fit in the other categories.