Uses of Class
org.eximeebpms.bpm.impl.juel.Scanner.ScanException

Packages that use Scanner.ScanException

Package	Description
org.eximeebpms.bpm.impl.juel

Uses of Scanner.ScanException in org.eximeebpms.bpm.impl.juel

Methods in org.eximeebpms.bpm.impl.juel that throw Scanner.ScanException

Modifier and Type	Method	Description
protected AstNode	Parser.add(boolean required)	add := add (<PLUS> mul | <MINUS> mul)*
protected AstNode	Parser.and(boolean required)	and := eq (<AND> eq)*
protected AstNode	Parser.cmp(boolean required)	cmp := add (<LT> add | <LE> add | <GE> add | <GT> add)*
protected final Scanner.Token	Parser.consumeToken()	consume current token (get next token).
protected final Scanner.Token	Parser.consumeToken(Scanner.Symbol expected)	consume current token (get next token); throw exception if the current token doesn't match the expected symbol.
protected AstNode	Parser.eq(boolean required)	eq := cmp (<EQ> cmp | <NE> cmp)*
protected AstEval	Parser.eval()	eval := dynamic | deferred
protected AstEval	Parser.eval(boolean required, boolean deferred)	dynmamic := <START_EVAL_DYNAMIC> expr <END_EVAL> deferred := <START_EVAL_DEFERRED> expr <END_EVAL>
protected AstNode	Parser.expr(boolean required)	expr := or (<QUESTION> expr <COLON> expr)?
protected AstNode	Parser.literal()	literal := <TRUE> | <FALSE> | <STRING> | <INTEGER> | <FLOAT> | <NULL>
protected final Scanner.Token	Parser.lookahead(int index)	get lookahead symbol.
protected AstNode	Parser.mul(boolean required)	mul := unary (<MUL> unary | <DIV> unary | <MOD> unary)*
Scanner.Token	Scanner.next()	Scan next token.
protected Scanner.Token	Scanner.nextEval()	token inside an eval expression
protected Scanner.Token	Scanner.nextNumber()	number token
protected Scanner.Token	Scanner.nextString()	string token
protected Scanner.Token	Scanner.nextText()	text token
protected Scanner.Token	Scanner.nextToken()
protected AstNode	Parser.nonliteral()	nonliteral := <IDENTIFIER> | function | <LPAREN> expr <RPAREN> function := (<IDENTIFIER> <COLON>)?
protected AstNode	Parser.or(boolean required)	or := and (<OR> and)*
protected AstParameters	Parser.params()	params := <LPAREN> (expr (<COMMA> expr)*)?
protected AstNode	Parser.text()	text := <TEXT>
Tree	Parser.tree()	tree := text?
protected AstNode	Parser.unary(boolean required)	unary := <NOT> unary | <MINUS> unary | <EMPTY> unary | value
protected AstNode	Parser.value()	value := (nonliteral | literal) (<DOT> <IDENTIFIER> | <LBRACK> expr <RBRACK>)*