Examples of ExpressionNode

at.ssw.coco.lib.model.atgAst.nodeTypes.ExpressionNode
implements an ATG-AST-Node for Expression @author Martin Preinfalk
br.com.caelum.vraptor.panettone.parser.ast.ExpressionNode
cambridge.model.ExpressionNode
ExpressionNodes are nodes within the documents that are valid cambridge template expressions. Expression nodes
com.alvazan.orm.parser.antlr.ExpressionNode
com.bazaarvoice.jless.ast.node.ExpressionNode
com.foundationdb.sql.optimizer.plan.ExpressionNode
com.jengine.utils.commons.expression.ExpressionNode
it.eng.qbe.query.ExpressionNode
@author Andrea Gioia (andrea.gioia@eng.it)
jsynoptic.parser.ExpressionNode
This is the base class for all our nodes It has an evaluate() function, which evaluates the subtree under this node and return a Number value As a commodity to avoid duplicate code, it also has a function to return the list of variables used at any place in the tree
net.mitza.rel.parser.expression.ExpressionNode
An interface for expression nodes. Every concrete type of expression node has to implement this interface.
org.adjective.syntactic.parser.node.ExpressionNode
org.apache.camel.model.ExpressionNode
A base class for nodes which contain an expression and a number of outputs @version
org.apache.hadoop.hbase.security.visibility.expression.ExpressionNode
org.apache.xpath.ExpressionNode
A class that implements this interface can construct expressions, give information about child and parent expressions, and give the originating source information. A class that implements this interface does not lay any claim to being directly executable.
Note: This interface should not be considered stable. Only exprSetParent and exprGetParent can be counted on to work reliably. Work in progress.
org.ff4j.strategy.el.ExpressionNode
Storage of an node in expression tree. @author clunven
org.formulacompiler.compiler.internal.expressions.ExpressionNode
org.jitterbit.logic.expressiontree.ExpressionNode
@author Torgil Zethson @author Henrik Nordberg
org.pirkaengine.core.template.ExpressionNode
式ノード.
評価式のみで構成されるノード。評価式は${<式>}または、$_{<式>}で表現され、次のような形でテンプレートに記述される。 ${some_value} このように記述されたテンプレートは、viewModelからsome_valueの値を評価してレンダリングする．

${}で記述された場合はHTMLのエスケープを行い、$_{}の場合はエスケープを行わない。
@author shuji.w6e @since 0.1.0
org.springframework.data.mongodb.core.spel.ExpressionNode
A value object for nodes in an expression. Allows iterating ove potentially available child {@link ExpressionNode}s. @author Oliver Gierke

Examples of net.mitza.rel.parser.expression.ExpressionNode

      } else {
        disjunction = new OrExpressionNode(expression);
      }


      nextToken();
      ExpressionNode term = orTerm();
      disjunction.add(term);


      return orOperation(disjunction);
    }

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Examples of net.mitza.rel.parser.expression.ExpressionNode

  }


  // or_term -> and_term and_op
  private ExpressionNode orTerm() {
    // or_term -> and_term and_op
    ExpressionNode term = andTerm();
    return andOperation(term);
  }

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Examples of net.mitza.rel.parser.expression.ExpressionNode

      } else {
        conjunction = new AndExpressionNode(expression);
      }


      nextToken();
      ExpressionNode term = andTerm();
      conjunction.add(term);


      return andOperation(conjunction);
    }

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Examples of net.mitza.rel.parser.expression.ExpressionNode

  // and_term -> NOT not_term
  private ExpressionNode andTerm() {
    // and_term -> NOT not_term
    if (lookahead.tokenType == TokenTypes.NOT) {
      nextToken();
      ExpressionNode term = notTerm();
      return new NotExpressionNode(term);
    }


    // and_term -> not_term
    return notTerm();

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Examples of net.mitza.rel.parser.expression.ExpressionNode

  // not_term -> proposition
  private ExpressionNode notTerm() {
    // not_term -> OPEN_PARENTHESIS logical CLOSE_PARENTHESIS
    if (lookahead.tokenType == TokenTypes.OPEN_PARENTHESIS) {
      nextToken();
      ExpressionNode logicalExpression = logicalExpression();
      if (lookahead.tokenType != TokenTypes.CLOSE_PARENTHESIS) {
        throw new ParserException("Closing parenthesis expected", lookahead);
      }
      nextToken();
      return logicalExpression;

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Examples of net.mitza.rel.parser.expression.ExpressionNode

  }


  // proposition -> expression comp_op
  private ExpressionNode logicalProposition() {
    // proposition -> expression comp_op
    ExpressionNode expression = mathematicalExpression();
    expression = comparisonOperation(expression);
    return expression;
  }

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Examples of net.mitza.rel.parser.expression.ExpressionNode

  private ExpressionNode comparisonOperation(ExpressionNode leftHand) {
    // comp_op -> COMPARATOR expression comp_op
    if (lookahead.tokenType == TokenTypes.COMPARATOR) {
      String operator = lookahead.sequence;
      nextToken();
      ExpressionNode rightHand = mathematicalExpression();
      return new ComparatorExpressionNode(leftHand, rightHand, operator);
    }


    // comp_op -> EPSILON
    return leftHand;

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Examples of net.mitza.rel.parser.expression.ExpressionNode


  // expression -> signed_term sum_op
  private ExpressionNode mathematicalExpression() {
    // only one rule
    // expression -> signed_term sum_op
    ExpressionNode signedTerm = signedTerm();
    signedTerm = sumOperation(signedTerm);
    return signedTerm;
  }

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Examples of net.mitza.rel.parser.expression.ExpressionNode

      }


      // reduce the input and recursively call sum_op
      boolean positive = lookahead.sequence.equals("+");
      nextToken();
      ExpressionNode term = term();
      sum.add(term, positive);


      return sumOperation(sum);
    }

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Examples of net.mitza.rel.parser.expression.ExpressionNode

  private ExpressionNode signedTerm() {
    // signed_term -> PLUSMINUS term
    if (lookahead.tokenType == TokenTypes.ADDITION) {
      boolean positive = lookahead.sequence.equals("+");
      nextToken();
      ExpressionNode term = term();
      if (positive) {
        return term;
      } else {
        return new AdditionExpressionNode(term, false);
      }

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