func (p *Parser) args(argsSeparator, argsTerm token.Type) ([]ast.Expr, []token.Token, token.Token) {
	var args []ast.Expr
	var separators []token.Token
	if tkn, ok := p.match(argsTerm); ok {
		// 0 args case, see ahead for the argument terminator (usually a
		// right round bracket)
		return args, separators, tkn
	}
	var separator token.Token
	var count int
	// If next token is not right bracket, consume args
	for ok := true; ok; separator, ok = p.match(argsSeparator) {
		args = append(args, p.compoundExpr())
		if count > 0 {
			// Dont capture the 1st iterator as separator has yet to be defined yet
			separators = append(separators, separator)
		}
		count++
	}
	if len(args) >= funcArgsLimit {
		p.reportParseWarning("should not have more than %d arguments", funcArgsLimit)
	}
	tkn := p.consume(argsTerm, "expected token terminator '%s' for args", argsTerm)
	return args, separators, tkn
}
// args parses a compound expression list delimited by commas. If checks until
// it reaches a token type argsTerm.
// Returns the list of expressions, the corresponding list of separators, as well as the termination token
args parses a compound expression list delimited by commas. If checks until
it reaches a token type argsTerm.
Returns the list of expressions, the corresponding list of separators, as well as the termination token
// args parses a compound expression list delimited by commas . If checks until // it reaches a token type argsTerm . // Returns the list of expressions the corresponding list of separators as well as the termination token
func (p *Parser) args(argsSeparator, argsTerm token.Type) ([]ast.Expr, []token.Token, token.Token) {
	var args []ast.Expr
	var separators []token.Token
	if tkn, ok := p.match(argsTerm); ok {
		return args, separators, tkn
	}
	var separator token.Token
	var count int
	for ok := true; ok; separator, ok = p.match(argsSeparator) {
		args = append(args, p.compoundExpr())
		if count > 0 {
			separators = append(separators, separator)
		}
		count++
	}
	if len(args) >= funcArgsLimit {
		p.reportParseWarning("should not have more than %d arguments", funcArgsLimit)
	}
	tkn := p.consume(argsTerm, "expected token terminator '%s' for args", argsTerm)
	return args, separators, tkn
}
func ( p * Parser ) args ( argsSeparator , argsTerm token . Type ) ( [ ] ast . Expr , [ ] token . Token , token . Token ) { var args [ ] ast . Expr var separators [ ] token . Token if tkn , ok := p . match ( argsTerm ) ; ok { return args , separators , tkn } var separator token . Token var count int for ok := true ; ok ; separator , ok = p . match ( argsSeparator ) { args = append ( args , p . compoundExpr ( ) ) if count > 0 { separators = append ( separators , separator ) } count ++ } if len ( args ) >= funcArgsLimit { p . reportParseWarning ( " " , funcArgsLimit ) } tkn := p . consume ( argsTerm , " " , argsTerm ) return args , separators , tkn }
args parses a compound expression list delimited by commas.
args parses a compound expression list delimited by commas .
// 0 args case, see ahead for the argument terminator (usually a // right round bracket) // If next token is not right bracket, consume args // Dont capture the 1st iterator as separator has yet to be defined yet