Enum Token 

pub enum Token {
    Global,
    Device,
    Host,
    Shared,
    Constant,
    Extern,
    Void,
    Int,
    Unsigned,
    Float,
    Double,
    Char,
    Short,
    Long,
    Bool,
    Const,
    Volatile,
    Restrict,
    RestrictC,
    If,
    Else,
    For,
    While,
    Do,
    Return,
    Break,
    Continue,
    Struct,
    Typedef,
    Sizeof,
    Register,
    Static,
    Inline,
    InlineAlt,
    ForceInline,
    ThreadIdx,
    BlockIdx,
    BlockDim,
    GridDim,
    SyncThreads,
    Float2,
    Float3,
    Float4,
    Int2,
    Int3,
    Int4,
    Double2,
    Double3,
    Double4,
    Dim3,
    HexLiteral(String),
    FloatLiteral(String),
    FloatLiteralDot(String),
    FloatLiteralExp(String),
    FloatLiteralSuffix(String),
    IntLiteral(String),
    StringLiteral(String),
    CharLiteral(String),
    Ident(String),
    PlusAssign,
    MinusAssign,
    StarAssign,
    SlashAssign,
    PercentAssign,
    AmpAssign,
    PipeAssign,
    CaretAssign,
    ShlAssign,
    ShrAssign,
    PlusPlus,
    MinusMinus,
    AmpAmp,
    PipePipe,
    EqEq,
    BangEq,
    LtEq,
    GtEq,
    Shl,
    Shr,
    Arrow,
    Plus,
    Minus,
    Star,
    Slash,
    Percent,
    Amp,
    Pipe,
    Caret,
    Tilde,
    Bang,
    Eq,
    Lt,
    Gt,
    Question,
    Colon,
    LParen,
    RParen,
    LBrace,
    RBrace,
    LBracket,
    RBracket,
    Semi,
    Comma,
    Dot,
    Include(String),
    Define(String),
    Preprocessor(String),
    LineComment,
    BlockComment,
}

Token types for CUDA source code

Variants

Global

Device

Host

Shared

Constant

Extern

Void

Int

Unsigned

Float

Double

Char

Short

Long

Bool

Const

Volatile

Restrict

RestrictC

If

Else

For

While

Do

Return

Break

Continue

Struct

Typedef

Sizeof

Register

Static

Inline

InlineAlt

ForceInline

ThreadIdx

BlockIdx

BlockDim

GridDim

SyncThreads

Float2

Float3

Float4

Int2

Int3

Int4

Double2

Double3

Double4

Dim3

HexLiteral(String)

FloatLiteral(String)

FloatLiteralDot(String)

FloatLiteralExp(String)

FloatLiteralSuffix(String)

IntLiteral(String)

StringLiteral(String)

CharLiteral(String)

Ident(String)

PlusAssign

MinusAssign

StarAssign

SlashAssign

PercentAssign

AmpAssign

PipeAssign

CaretAssign

ShlAssign

ShrAssign

PlusPlus

MinusMinus

AmpAmp

PipePipe

EqEq

BangEq

LtEq

GtEq

Shl

Shr

Arrow

Plus

Minus

Star

Slash

Percent

Amp

Pipe

Caret

Tilde

Bang

Eq

Lt

Gt

Question

Colon

LParen

RParen

LBrace

RBrace

LBracket

RBracket

Semi

Comma

Dot

Include(String)

Define(String)

Preprocessor(String)

LineComment

BlockComment

Trait Implementations

impl Clone for Token

fn clone(&self) -> Token

Returns a duplicate 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<'s> Logos<'s> for Token

type Error = ()

Error type returned by the lexer. This can be set using #[logos(error = MyError)]. Defaults to () if not set.

type Extras = ()

Associated type Extras for the particular lexer. This can be set using #[logos(extras = MyExtras)] and accessed inside callbacks.

type Source = str

Source type this token can be lexed from. This will default to str, unless one of the defined patterns explicitly uses non-unicode byte values or byte slices, in which case that implementation will use [u8].

fn lex(lex: &mut Lexer<'s, Self>)

The heart of Logos. Called by the Lexer. The implementation for this function is generated by the logos-derive crate.

fn lexer(source: &'source Self::Source) -> Lexer<'source, Self>

where Self::Extras: Default,

Create a new instance of a Lexer that will produce tokens implementing this Logos.

fn lexer_with_extras( source: &'source Self::Source, extras: Self::Extras, ) -> Lexer<'source, Self>

Create a new instance of a Lexer with the provided Extras that will produce tokens implementing this Logos.

impl PartialEq for Token

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

Tests for self and other values to be equal, and is used by ==.

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

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

impl StructuralPartialEq for Token