Parser/parser/src/gen/parse.rs at main · RustPython/Parser · GitHub

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// File automatically generated by ast/asdl_rs.py.

impl Parse for ast::StmtFunctionDef {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::FunctionDef(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtAsyncFunctionDef {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::AsyncFunctionDef(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtClassDef {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::ClassDef(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtReturn {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::Return(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtDelete {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::Delete(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtAssign {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::Assign(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtTypeAlias {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::TypeAlias(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtAugAssign {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::AugAssign(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtAnnAssign {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::AnnAssign(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtFor {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::For(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtAsyncFor {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::AsyncFor(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtWhile {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::While(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtIf {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::If(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtWith {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::With(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtAsyncWith {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::AsyncWith(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtMatch {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::Match(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtRaise {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::Raise(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtTry {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::Try(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtTryStar {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::TryStar(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtAssert {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::Assert(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtImport {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::Import(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtImportFrom {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::ImportFrom(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtGlobal {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::Global(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtNonlocal {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::Nonlocal(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtExpr {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::Expr(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtPass {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::Pass(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtBreak {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::Break(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::StmtContinue {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Stmt::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Stmt::parse_tokens(lxr, source_path)?;

match node {

ast::Stmt::Continue(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::ExprBoolOp {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Expr::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Expr::parse_tokens(lxr, source_path)?;

match node {

ast::Expr::BoolOp(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::ExprNamedExpr {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Expr::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Expr::parse_tokens(lxr, source_path)?;

match node {

ast::Expr::NamedExpr(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::ExprBinOp {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Expr::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Expr::parse_tokens(lxr, source_path)?;

match node {

ast::Expr::BinOp(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::ExprUnaryOp {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Expr::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Expr::parse_tokens(lxr, source_path)?;

match node {

ast::Expr::UnaryOp(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::ExprLambda {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Expr::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Expr::parse_tokens(lxr, source_path)?;

match node {

ast::Expr::Lambda(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::ExprIfExp {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Expr::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Expr::parse_tokens(lxr, source_path)?;

match node {

ast::Expr::IfExp(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::ExprDict {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Expr::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Expr::parse_tokens(lxr, source_path)?;

match node {

ast::Expr::Dict(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::ExprSet {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Expr::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Expr::parse_tokens(lxr, source_path)?;

match node {

ast::Expr::Set(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::ExprListComp {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Expr::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Expr::parse_tokens(lxr, source_path)?;

match node {

ast::Expr::ListComp(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::ExprSetComp {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Expr::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Expr::parse_tokens(lxr, source_path)?;

match node {

ast::Expr::SetComp(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::ExprDictComp {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Expr::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Expr::parse_tokens(lxr, source_path)?;

match node {

ast::Expr::DictComp(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::ExprGeneratorExp {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Expr::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Expr::parse_tokens(lxr, source_path)?;

match node {

ast::Expr::GeneratorExp(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::ExprAwait {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Expr::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Expr::parse_tokens(lxr, source_path)?;

match node {

ast::Expr::Await(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::ExprYield {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Expr::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Expr::parse_tokens(lxr, source_path)?;

match node {

ast::Expr::Yield(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::ExprYieldFrom {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Expr::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

source_path: &str,

) -> Result<Self, ParseError> {

let node = ast::Expr::parse_tokens(lxr, source_path)?;

match node {

ast::Expr::YieldFrom(node) => Ok(node),

node => Err(ParseError {

error: ParseErrorType::InvalidToken,

offset: node.range().start(),

source_path: source_path.to_owned(),

}),

}

impl Parse for ast::ExprCompare {

fn lex_starts_at(

source: &str,

offset: TextSize,

) -> SoftKeywordTransformer<Lexer<std::str::Chars>> {

ast::Expr::lex_starts_at(source, offset)

}

fn parse_tokens(

lxr: impl IntoIterator<Item = LexResult>,

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Parser/parser/src/gen/parse.rs at main · RustPython/Parser · GitHub

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