Struct sqlparser::dialect::AnsiDialect

pub struct AnsiDialect {}

Trait Implementations

impl Debug for AnsiDialect

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

Formats the value using the given formatter.

impl Dialect for AnsiDialect

fn is_identifier_start(&self, ch: char) -> bool

Determine if a character is a valid start character for an unquoted identifier

fn is_identifier_part(&self, ch: char) -> bool

Determine if a character is a valid unquoted identifier character

fn is_delimited_identifier_start(&self, ch: char) -> bool

Determine if a character starts a quoted identifier. The default implementation, accepting “double quoted” ids is both ANSI-compliant and appropriate for most dialects (with the notable exception of MySQL, MS SQL, and sqlite). You can accept one of characters listed in Word::matching_end_quote here

fn is_proper_identifier_inside_quotes(&self, _chars: Peekable<Chars<'_>>) -> bool

Determine if quoted characters are proper for identifier

fn supports_filter_during_aggregation(&self) -> bool

Does the dialect support FILTER (WHERE expr) for aggregate queries?

fn parse_prefix(
    &self,
    _parser: &mut Parser<'_>
) -> Option<Result<Expr, ParserError>>

Dialect-specific prefix parser override

fn parse_infix(
    &self,
    _parser: &mut Parser<'_>,
    _expr: &Expr,
    _precendence: u8
) -> Option<Result<Expr, ParserError>>

Dialect-specific infix parser override

fn get_next_precedence(
    &self,
    _parser: &Parser<'_>
) -> Option<Result<u8, ParserError>>

Dialect-specific precedence override

fn parse_statement(
    &self,
    _parser: &mut Parser<'_>
) -> Option<Result<Statement, ParserError>>

Dialect-specific statement parser override