void Imperative_NegExpression(out DesignScript.Parser.Imperative.UnaryExpressionNode node)
{
node = new Imperative.UnaryExpressionNode() ;
DesignScript.Parser.Imperative.IDEHelpNode op = node.Operator;
Node exprNode = null;
Imperative_negop(out op);
if (la.kind == 1 || la.kind == 9 || la.kind == 50) {
Imperative_identifierList(out exprNode);
} else if (la.kind == 9) {
Get();
Imperative_expr(out exprNode);
Expect(10);
} else SynErr(120);
DesignScript.Parser.Imperative.UnaryExpressionNode unary = new DesignScript.Parser.Imperative.UnaryExpressionNode();
unary.Operator = op;
unary.Expression = exprNode;
node = unary;
}
void Imperative_unaryexpr(out Node node)
{
DesignScript.Parser.Imperative.UnaryExpressionNode an = new DesignScript.Parser.Imperative.UnaryExpressionNode();
node = null;
if (StartOf(15)) {
Imperative_NegExpression(out an);
} else if (StartOf(16)) {
Imperative_BitUnaryExpression(out an);
} else SynErr(119);
node = an;
}
void Imperative_BitUnaryExpression(out DesignScript.Parser.Imperative.UnaryExpressionNode node)
{
DesignScript.Parser.Imperative.UnaryExpressionNode unary = new DesignScript.Parser.Imperative.UnaryExpressionNode();
DesignScript.Parser.Imperative.IDEHelpNode IDEop = unary.Operator;
Imperative_unaryop(out IDEop);
Node exprNode = null;
Imperative_factor(out exprNode);
unary.Expression = exprNode;
unary.Operator = IDEop;
node = unary;
}
