Package org.apache.stanbol.rules.manager.atoms

Examples of org.apache.stanbol.rules.manager.atoms.NumericFunctionAtom

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                                         UnsupportedTypeForExportException,
                                         UnavailableRuleObjectException {

        org.apache.stanbol.rules.manager.atoms.DivisionAtom tmp = (org.apache.stanbol.rules.manager.atoms.DivisionAtom) ruleAtom;

        NumericFunctionAtom argument1 = tmp.getNumericFunctionAtom1();
        NumericFunctionAtom argument2 = tmp.getNumericFunctionAtom2();

        SPARQLObject sparqlArgument1 = adapter.adaptTo(argument1, SPARQLObject.class);
        SPARQLObject sparqlArgument2 = adapter.adaptTo(argument2, SPARQLObject.class);

        String sparqlFunction1 = sparqlArgument1.getObject();
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                                         UnavailableRuleObjectException,
                                         UnsupportedTypeForExportException {

        org.apache.stanbol.rules.manager.atoms.MultiplicationAtom tmp = (org.apache.stanbol.rules.manager.atoms.MultiplicationAtom) ruleAtom;

        NumericFunctionAtom argument1 = tmp.getNumericFunctionAtom1();
        NumericFunctionAtom argument2 = tmp.getNumericFunctionAtom2();

        SPARQLObject sparqlArgument1 = adapter.adaptTo(argument1, SPARQLObject.class);
        SPARQLObject sparqlArgument2 = adapter.adaptTo(argument2, SPARQLObject.class);

        String sparqlFunction1 = sparqlArgument1.getObject();
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    public <T> T adapt(RuleAtom ruleAtom) throws RuleAtomCallExeption {

        org.apache.stanbol.rules.manager.atoms.SubstringAtom tmp = (org.apache.stanbol.rules.manager.atoms.SubstringAtom) ruleAtom;

        StringFunctionAtom stringFunctionAtom = tmp.getStringFunctionAtom();
        NumericFunctionAtom startAtom = tmp.getStart();
        NumericFunctionAtom lengthAtom = tmp.getLength();

        try {
            SPARQLObject stringSparqlAtom = adapter.adaptTo(stringFunctionAtom, SPARQLObject.class);
            SPARQLObject startSparqlAtom = adapter.adaptTo(startAtom, SPARQLObject.class);
            SPARQLObject lengthSparqlAtom = adapter.adaptTo(lengthAtom, SPARQLObject.class);
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        String substring_result = "substrig_result" + System.currentTimeMillis();

        org.apache.stanbol.rules.manager.atoms.SubstringAtom tmp = (org.apache.stanbol.rules.manager.atoms.SubstringAtom) ruleAtom;

        StringFunctionAtom stringFunction = tmp.getStringFunctionAtom();
        NumericFunctionAtom start = tmp.getStart();
        NumericFunctionAtom length = tmp.getLength();

        OWLDataFactory factory = OWLManager.getOWLDataFactory();

        SWRLAtom stringFunctionAtom = (SWRLAtom) adapter.adaptTo(stringFunction, SWRLRule.class);
        SWRLAtom startAtom = (SWRLAtom) adapter.adaptTo(start, SWRLRule.class);
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    @Override
    public <T> T adapt(RuleAtom ruleAtom) throws RuleAtomCallExeption {

        org.apache.stanbol.rules.manager.atoms.SubtractionAtom tmp = (org.apache.stanbol.rules.manager.atoms.SubtractionAtom) ruleAtom;

        NumericFunctionAtom argument1 = tmp.getNumericFunctionAtom1();
        NumericFunctionAtom argument2 = tmp.getNumericFunctionAtom2();

        try {

            SPARQLObject sparqlArgument1 = adapter.adaptTo(argument1, SPARQLObject.class);
            SPARQLObject sparqlArgument2 = adapter.adaptTo(argument2, SPARQLObject.class);
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        Node arg2Node = null;
        Node arg3Node = Node_RuleVariable.createVariable(div_result);

        org.apache.stanbol.rules.manager.atoms.DivisionAtom tmp = (org.apache.stanbol.rules.manager.atoms.DivisionAtom) ruleAtom;

        NumericFunctionAtom numericFunctionAtom1 = tmp.getNumericFunctionAtom1();
        NumericFunctionAtom numericFunctionAtom2 = tmp.getNumericFunctionAtom2();

        ClauseEntry clauseEntry1 = adapter.adaptTo(numericFunctionAtom1, Rule.class);
        ClauseEntry clauseEntry2 = adapter.adaptTo(numericFunctionAtom2, Rule.class);

        List<ClauseEntry> clauseEntries = new ArrayList<ClauseEntry>();
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        Node arg2Node = null;
        Node arg3Node = Node_RuleVariable.createVariable(div_result);

        org.apache.stanbol.rules.manager.atoms.MultiplicationAtom tmp = (org.apache.stanbol.rules.manager.atoms.MultiplicationAtom) ruleAtom;

        NumericFunctionAtom numericFunctionAtom1 = tmp.getNumericFunctionAtom1();
        NumericFunctionAtom numericFunctionAtom2 = tmp.getNumericFunctionAtom2();

        ClauseEntry clauseEntry1 = adapter.adaptTo(numericFunctionAtom1, Rule.class);
        ClauseEntry clauseEntry2 = adapter.adaptTo(numericFunctionAtom2, Rule.class);

        List<ClauseEntry> clauseEntries = new ArrayList<ClauseEntry>();
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                                         UnavailableRuleObjectException,
                                         UnsupportedTypeForExportException {

        org.apache.stanbol.rules.manager.atoms.SumAtom tmp = (org.apache.stanbol.rules.manager.atoms.SumAtom) ruleAtom;

        NumericFunctionAtom numericFunctionAtom1 = tmp.getNumericFunctionAtom1();
        NumericFunctionAtom numericFunctionAtom2 = tmp.getNumericFunctionAtom2();

        ClerezzaSparqlObject argument1 = (ClerezzaSparqlObject) adapter.adaptTo(numericFunctionAtom1,
            ConstructQuery.class);
        ClerezzaSparqlObject argument2 = (ClerezzaSparqlObject) adapter.adaptTo(numericFunctionAtom2,
            ConstructQuery.class);
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                                         UnavailableRuleObjectException,
                                         UnsupportedTypeForExportException {

        org.apache.stanbol.rules.manager.atoms.SubtractionAtom tmp = (org.apache.stanbol.rules.manager.atoms.SubtractionAtom) ruleAtom;

        NumericFunctionAtom numericFunctionAtom1 = tmp.getNumericFunctionAtom1();
        NumericFunctionAtom numericFunctionAtom2 = tmp.getNumericFunctionAtom2();

        ClerezzaSparqlObject argument1 = (ClerezzaSparqlObject) adapter.adaptTo(numericFunctionAtom1,
            ConstructQuery.class);
        ClerezzaSparqlObject argument2 = (ClerezzaSparqlObject) adapter.adaptTo(numericFunctionAtom2,
            ConstructQuery.class);
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          {if (true) return new LowerCaseAtom(arg);}
    throw new Error("Missing return statement in function");
  }

  final public SubstringAtom substringAtom() throws ParseException {
StringFunctionAtom arg; NumericFunctionAtom start; NumericFunctionAtom length;
    jj_consume_token(SUBSTRING);
    jj_consume_token(LPAR);
    arg = stringFunctionAtom();
    jj_consume_token(COMMA);
    start = numericFunctionAtom();
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Related Classes of org.apache.stanbol.rules.manager.atoms.NumericFunctionAtom

  • org.apache.stanbol.rules.adapters.clerezza.atoms.DivisionAtom
  • org.apache.stanbol.rules.adapters.clerezza.atoms.MultiplicationAtom
  • org.apache.stanbol.rules.adapters.clerezza.atoms.SubstringAtom
  • org.apache.stanbol.rules.adapters.clerezza.atoms.SubtractionAtom
  • org.apache.stanbol.rules.adapters.clerezza.atoms.SumAtom
  • org.apache.stanbol.rules.adapters.jena.atoms.DivisionAtom
  • org.apache.stanbol.rules.adapters.jena.atoms.MultiplicationAtom
  • org.apache.stanbol.rules.adapters.jena.atoms.SubtractionAtom
  • org.apache.stanbol.rules.adapters.jena.atoms.SumAtom
  • org.apache.stanbol.rules.adapters.sparql.atoms.DivisionAtom
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