Examples of ExpressionParser

AlgebraGUI.ExpressionParser
anvil.script.parser.ExpressionParser
class ExpressionParser @author : Jani Lehtim�ki
com.gentics.api.lib.expressionparser.ExpressionParser
com.google.template.soy.exprparse.ExpressionParser
com.googlecode.aviator.parser.ExpressionParser
Syntex parser for expression @author dennis
com.opengamma.financial.expression.deprecated.ExpressionParser
Parses a user expression into an AST. User expressions are a VB/Excel style function syntax to allow custom code to be executed within the Java stack. For example portolfio filtering and aggregation. @deprecated Use the EL based form instead
com.volantis.xml.expression.ExpressionParser
An expression parser is used to parse inputs to generate {@link Expression}s.
Warning: This is a facade provided for use by user code, not for implementation in user code. User implementations of this interface are highly likely to be incompatible with future releases of the product at both binary and source levels.
@volantis-api-include-in PublicAPI @volantis-api-include-in ProfessionalServicesAPI @volantis-api-include-in InternalAPI
jmathexpr.util.parser.ExpressionParser
ANTLR expression parser. @author Elemér Furka
jsynoptic.parser.ExpressionParser
net.sf.jxls.parser.ExpressionParser
net.sf.saxon.expr.ExpressionParser
Parser for XPath expressions and XSLT patterns. This code was originally inspired by James Clark's xt but has been totally rewritten (several times) @author Michael Kay
org.apache.cayenne.exp.parser.ExpressionParser
Parser of Cayenne Expressions. @since 1.1
org.apache.openjpa.kernel.exps.ExpressionParser
Parser for query languages that will be used by a {@link ExpressionQuery}. A QueryParser is responsible for translating from some string-based query language into {@link Expression}s. Parsers should be stateless. @author Marc Prud'hommeaux @nojavadoc
org.auraframework.impl.expression.parser.ExpressionParser
org.codehaus.aspectwerkz.definition.expression.ast.ExpressionParser
org.formulacompiler.compiler.internal.expressions.parser.ExpressionParser
org.jbpm.designer.expressioneditor.parser.ExpressionParser
org.jitterbit.integration.data.script.ExpressionParser
Parses a script expression and produces information about syntax errors and data elements.
A ScriptParser is not thread-safe. @author Torgil Zethson @since 3.0.0
org.openbp.server.engine.script.ExpressionParser
Standard OpenBP expression parser. Expressions are used in a variety of contexts within OpenBP. Expressions can consist of constants, object property access expressions and Java method calls. Usually, an expression operates on an expression context ( {@link ExpressionContext}). The expression context contains a list of named objects that can be accessed in the expression. Before parsing the expression, the expression context must be made known to the expression parser by calling the {@link #setContext} method.
However, an expression can be evaluated also without an expression context. In this case, the expression may contain only constants or calls to static methods. \bExpression syntax\b An expression specifies an object in the context, a member of the object, a constant or a call of a method of a context object or a static method. An object in the context is identified by the object's name. For access to the object in the context, a prefix may be specified using the {@link #setContextPrefix} method. This can be useful if the context contains objectswhose names are hierachically organized and the expression should refer to a particular hierachy level. For example, an token context contains node parameters whose names have the form "node.socket.parameter". Settings the context prefix to "node.socket" will make an expression that refers to a parameter name "parameter" access the context object "node.socket.parameter". The '.' character is used to delimit the object from its member specification.
Example: \cOrder.Buyer.Name\c
\cOrder\c would be the name of the object, \cBuyer\c designates a member (a \iproperty\i) of the object, and "Name" specifies a property of the "Buyer" object. Instead of an object specification, a constant can be specified.
The expression parser supports boolean constants (\ctrue\c or \cfalse\c), integer constants (e. g. \123\c) and string constants (e. g. \c"abc"\c) or the null constant (\cnull\c) denoting an empty object. Format syntax description: expression := object_expression [ "[" index_expression "]" ] object_expression := identifier [ "." object_member ] object_member := identifier [ "." object_member ] index_expr := identifier | number @author Heiko Erhardt
org.springframework.binding.expression.ExpressionParser
Parses expression strings into compiled expressions that can be evaluated. Supports parsing templates as well as standard expression strings. @author Keith Donald
org.springframework.expression.ExpressionParser
Parses expression strings into compiled expressions that can be evaluated. Supports parsing templates as well as standard expression strings. @author Keith Donald @author Andy Clement @since 3.0
tcg.common.util.ExpressionParser

Examples of com.google.template.soy.exprparse.ExpressionParser

  /**
   * Private helper to check the rewrite of one expression.
   */
  private void assertRewrite(String origSrc, String expectedRewrittenSrc) throws Exception {


    ExprNode expr = (new ExpressionParser(origSrc)).parseExpression();
    (new RewriteNullCoalescingOpInExprVisitor()).exec(expr);
    String rewrittenSrc = expr.toSourceString();
    assertEquals(expectedRewrittenSrc, rewrittenSrc);
  }

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Examples of com.googlecode.aviator.parser.ExpressionParser




    private static Expression innerCompile(final String expression) {
        ExpressionLexer lexer = new ExpressionLexer(expression);
        CodeGenerator codeGenerator = newCodeGenerator();
        ExpressionParser parser = new ExpressionParser(lexer, codeGenerator);
        return parser.parse();
    }

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Examples of com.opengamma.financial.expression.deprecated.ExpressionParser

   * @param expression string expression
   * @deprecated Use the alternative constructor so that the parsing dialect is explicit
   */
  @Deprecated
  public ExpressionPortfolioFilter(final String expression) {
    this(new ExpressionParser().parse(expression));
  }

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Examples of com.volantis.xml.expression.ExpressionParser

        if (expr == null) {
            forwardError(dynamicProcess,
                    "'expr' attribute must be specified on " + element);
        } else {
            ExpressionFactory factory = ExpressionFactory.getDefaultInstance();
            ExpressionParser parser = factory.createExpressionParser();
            try {
                // Parse, and evaluate the expression.
                Expression expression = parser.parse(expr);
                Value value = expression.evaluate(context);


                // Stream the value's contents into the process following the
                // dynamic process. Don't do it into the dynamic process as
                // that will cause any markup to get reevaluated.

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Examples of com.volantis.xml.expression.ExpressionParser

        // initalize the parser that will be use to parse XPath expressions
        XMLPipelineFactory pipelineFactory =
                getPipelineContext().getPipelineFactory();
        ExpressionFactory expressionFactory =
                pipelineFactory.getExpressionFactory();
        ExpressionParser parser = expressionFactory.createExpressionParser();


        // create a process that can evaluate expressions
        ExpressionProcess expressionProcess = createExpressionProcess(parser);


        DISelectConditionalProcess diSelectProcess = new DISelectConditionalProcess(parser);

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Examples of com.volantis.xml.expression.ExpressionParser

     * Tests the createParser() method 
     * @throws Exception if an  error is encountered
     */ 
    public void testCreateParser() throws Exception {
        // ensure the correct object is created        
        ExpressionParser parser = factory.createExpressionParser();
        assertTrue("JXPathExpressionFactory createParser() should create " +
                   "JXPathExpressionParser instance", 
                   (parser instanceof JXPathExpressionParser));
    }

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Examples of com.volantis.xml.expression.ExpressionParser

    private Sequence evaluateExpression(
            final ExpressionContext expressionContext,
            String expressionAsString)
            throws ExtendedSAXException {
        ExpressionFactory factory = expressionContext.getFactory();
        ExpressionParser parser = factory.createExpressionParser();
        Sequence sequence;
        try {
            Expression expression = parser.parse(expressionAsString);
            Value value = expression.evaluate(expressionContext);
            sequence = value.getSequence();
        } catch (ExpressionException e) {
            throw new ExtendedSAXException(e);
        }

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Examples of com.volantis.xml.expression.ExpressionParser

                "invalid-num-of-args",
                new Object[]{NAME, 1, arguments.length}));
        }


        ExpressionFactory expressionFactory = context.getFactory();
        ExpressionParser parser = expressionFactory.createExpressionParser();


        Expression expression = parser.parse(arguments[0].stringValue().asJavaString());
        return expression.evaluate(context);
    }

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Examples of jmathexpr.util.parser.ExpressionParser

    public ParserTest() {
    }
    
    @Test
    public void testPolynomials() {
        ExpressionParser parser = new ExpressionParser();
        
        Expression expression = parser.parse("let x in R");
        
        Logger.dump(expression);
    }

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Examples of jsynoptic.parser.ExpressionParser

                    JOptionPane.showMessageDialog(JSynoptic.gui.getOwner(),resources.getString("PleaseEnterAMathematicalExpression"),resources.getString("Error"),JOptionPane.ERROR_MESSAGE);
                    return;
                }
                ExpressionNode node = null;
                try {
                    ExpressionParser ep = new ExpressionParser(exp);
                    // Add the data sources as variables
                    // start by looping through collections
                    Set collections = DataSourcePool.global.dataSourceCollections();
                    for (Iterator it = collections.iterator(); it.hasNext(); ) {
                        Collection c = (Collection)it.next();
                        for (Iterator it2 = c.iterator(); it2.hasNext();) addVariable(ep, it2.next());
                    }
                    // also add sources
                    Set sources = DataSourcePool.global.dataSources();
                    for (Iterator it = sources.iterator(); it.hasNext();) addVariable(ep, it.next());
                    // Add known plugins => may bring in more mathematical functions
                    for (Iterator it = Run.plugins.iterator(); it.hasNext();) ep.addClass(it.next().getClass()); 
                    node = ep.parse();
                } catch (ParseException pe) {
                    // Also catches duplicate variable names
                    JOptionPane.showMessageDialog(JSynoptic.gui.getOwner(),pe.getLocalizedMessage(),resources.getString("InvalidExpression"),JOptionPane.ERROR_MESSAGE);
                    return;
                } catch (Error err) {
                    JOptionPane.showMessageDialog(JSynoptic.gui.getOwner(),err.getLocalizedMessage(),resources.getString("InvalidExpression"),JOptionPane.ERROR_MESSAGE);
                    return;
                }
                // Now we have a correct node, ready to evaluate()
                // Create a data source
                boolean newSource = true;
                // Check if the source exists, and in this case change the expression on the fly
                for (Iterator it = DataSourcePool.global.dataSources().iterator(); it.hasNext(); ) {
                    Object o = it.next();
                    if (!(o instanceof ExpressionDataSource)) continue;
                    ExpressionDataSource ds = (ExpressionDataSource)o;
                    if (name.equals(DataInfo.getLabel(ds)) || name.equals(DataInfo.getAlias(ds))) {
                        ds.changeExpression(exp, node);
                        newSource = false;
                        ExpressionPanel.this.sourceTree.setSelectedValue(ds);
                        TreeNode tn = (TreeNode)(ExpressionPanel.this.sourceTree.getSelectionPath().getLastPathComponent());
                        ((DefaultTreeModel)(ExpressionPanel.this.sourceTree.getModel())).nodeChanged(tn);
                        break;
                    }
                }
                if (newSource) {
                    ExpressionDataSource eds = new ExpressionDataSource(new DataInfo(name, name, exp), node);
                    DataSourcePool.global.addDataSource(eds);
                    ExpressionPanel.this.sourceTree.setSelectedValue(eds);
                }
            }


            private void addVariable(ExpressionParser ep, Object object) {
                if (object==null) return;
                if (!(object instanceof DataSource)) return;
                String alias = DataInfo.getAlias(object);
                if (alias!=null) ep.addVariable(new VariableAssociation((DataSource)object, alias));
                else ep.addVariable(new VariableAssociation((DataSource)object, DataInfo.getLabel(object)));
            }
        });


/*        delExp.addActionListener(new ActionListener() {
            public void actionPerformed(ActionEvent e) {

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