fn check_justification(&self) -> Result<()> {
        let mut jp = JustificationPage::Other;
        let mut jl = JustificationLine::Other;
        let mut ln = 0;
        for span in &self.spans {
            let just_page = span.state.just_page;
            let just_line = span.state.just_line;
            let line_number = span.state.line_number;
            if just_page < jp
                || (just_page == jp && line_number == ln && just_line < jl)
            {
                return Err(SyntaxError::TagConflict);
            }
            jp = just_page;
            jl = just_line;
            ln = line_number;
        }
        Ok(())
    }
/// Check page and line justification ordering.
Check page and line justification ordering.
Check page and line justification ordering .
fn check_justification(&self) -> Result<()> {
        let mut jp = JustificationPage::Other;
        let mut jl = JustificationLine::Other;
        let mut ln = 0;
        for span in &self.spans {
            let just_page = span.state.just_page;
            let just_line = span.state.just_line;
            let line_number = span.state.line_number;
            if just_page < jp
                || (just_page == jp && line_number == ln && just_line < jl)
            {
                return Err(SyntaxError::TagConflict);
            }
            jp = just_page;
            jl = just_line;
            ln = line_number;
        }
        Ok(())
    }
fn check_justification ( & self ) -> Result < ( ) > { let mut jp = JustificationPage :: Other ; let mut jl = JustificationLine :: Other ; let mut ln = 0 ; for span in & self . spans { let just_page = span . state . just_page ; let just_line = span . state . just_line ; let line_number = span . state . line_number ; if just_page < jp || ( just_page == jp && line_number == ln && just_line < jl ) { return Err ( SyntaxError :: TagConflict ) ; } jp = just_page ; jl = just_line ; ln = line_number ; } Ok ( ( ) ) }
Check page and line justification ordering.
Check page and line justification ordering .
&self