Enum glsl_lang_pp::lexer::Token

#[repr(u16)]
pub enum Token {
    IDENT_KW = 1,
    DEFINED = 2,
    DIGITS = 3,
    PERIOD = 4,
    PLUS = 5,
    DASH = 6,
    SLASH = 7,
    ASTERISK = 8,
    PERCENT = 9,
    LANGLE = 10,
    RANGLE = 11,
    LBRACKET = 12,
    RBRACKET = 13,
    LPAREN = 14,
    RPAREN = 15,
    LBRACE = 16,
    RBRACE = 17,
    CARET = 18,
    BAR = 19,
    AMPERSAND = 20,
    TILDE = 21,
    EQUAL = 22,
    BANG = 23,
    COLON = 24,
    SEMICOLON = 25,
    COMMA = 26,
    QUESTION = 27,
    HASH = 28,
    QUOTE_STRING = 29,
    ANGLE_STRING = 30,
    BACKSLASH = 31,
    WS = 32,
    NEWLINE = 33,
    COMMENT = 34,
    LINECONT = 35,
    ERROR = 36,
    LEFT_OP = 37,
    RIGHT_OP = 38,
    INC_OP = 39,
    DEC_OP = 40,
    LE_OP = 41,
    GE_OP = 42,
    EQ_OP = 43,
    NE_OP = 44,
    AND_OP = 45,
    OR_OP = 46,
    XOR_OP = 47,
    MUL_ASSIGN = 48,
    DIV_ASSIGN = 49,
    ADD_ASSIGN = 50,
    MOD_ASSIGN = 51,
    LEFT_ASSIGN = 52,
    RIGHT_ASSIGN = 53,
    AND_ASSIGN = 54,
    XOR_ASSIGN = 55,
    OR_ASSIGN = 56,
    SUB_ASSIGN = 57,
    PP_CONCAT = 58,
}

Variants

IDENT_KW = 1

Identifier or keyword

DEFINED = 2

defined preprocessor keyword

DIGITS = 3

Digit sequence

PERIOD = 4

.

PLUS = 5

DASH = 6

SLASH = 7

/

ASTERISK = 8

PERCENT = 9

%

LANGLE = 10

<

RANGLE = 11

LBRACKET = 12

[

RBRACKET = 13

]

LPAREN = 14

(

RPAREN = 15

)

LBRACE = 16

{

RBRACE = 17

}

CARET = 18

^

BAR = 19

|

AMPERSAND = 20

&

TILDE = 21

~

EQUAL = 22

=

BANG = 23

!

COLON = 24

:

SEMICOLON = 25

;

COMMA = 26

,

QUESTION = 27

?

HASH = 28

QUOTE_STRING = 29

“string”

ANGLE_STRING = 30

BACKSLASH = 31

\

WS = 32

Whitespace

NEWLINE = 33

Newline

COMMENT = 34

Comment (single-line or multi-line)

LINECONT = 35

Line continuation (required for tracking exact offsets)

ERROR = 36

Invalid token

LEFT_OP = 37

<<

RIGHT_OP = 38

INC_OP = 39

++

DEC_OP = 40

–

LE_OP = 41

<=

GE_OP = 42

=

EQ_OP = 43

==

NE_OP = 44

!=

AND_OP = 45

&&

OR_OP = 46

||

XOR_OP = 47

^^

MUL_ASSIGN = 48

*=

DIV_ASSIGN = 49

/=

ADD_ASSIGN = 50

+=

MOD_ASSIGN = 51

%=

LEFT_ASSIGN = 52

<<=

RIGHT_ASSIGN = 53

=

AND_ASSIGN = 54

&=

XOR_ASSIGN = 55

^=

OR_ASSIGN = 56

|=

SUB_ASSIGN = 57

-=

PP_CONCAT = 58

Implementations

impl Token

pub fn is_trivia(&self) -> bool

Trait Implementations

impl Clone for Token

fn clone(&self) -> Token

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for Token

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl From<Token> for SyntaxKind

fn from(s: Token) -> Self

Converts to this type from the input type.

impl From<Token> for Token

fn from(pre: Token) -> Self

Converts to this type from the input type.

impl PartialEq for Token

fn eq(&self, other: &Token) -> bool

This method tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

This method tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Copy for Token

impl Eq for Token

impl StructuralPartialEq for Token