Package com.hp.hpl.jena.sparql.path

Examples of com.hp.hpl.jena.sparql.path.P_FixedLength

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        // P_Mod(path, count, count)
        // One step.
        Iterator<Node> iter = eval(pathStep, node) ;
        // Build a path for all remaining steps.
        long count2 = dec(fixedLength) ;
        P_FixedLength nextPath = new P_FixedLength(pathStep, count2) ;
        // For each element in the first step, do remaining step
        // Accumulate across everything from first step.
        for (; iter.hasNext();) {
            Node n2 = iter.next() ;
            Iterator<Node> iter2 = eval(nextPath, n2) ;
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        // P_Mod(path, count, count)
        // One step.
        Iterator<Node> iter = eval(pathStep, node) ;
        // Build a path for all remaining steps.
        long count2 = dec(fixedLength) ;
        P_FixedLength nextPath = new P_FixedLength(pathStep, count2) ;
        // For each element in the first step, do remaining step
        // Accumulate across everything from first step.
        for (; iter.hasNext();) {
            Node n2 = iter.next() ;
            Iterator<Node> iter2 = eval(nextPath, n2) ;
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        // P_Mod(path, count, count)
        // One step.
        Iterator<Node> iter = eval(graph, pathStep, node) ;
        // Build a path for all remaining steps.
        long count2 = dec(fixedLength) ;
        P_FixedLength nextPath = new P_FixedLength(pathStep, count2) ;
        // For each element in the first step, do remaining step
        // Accumulate across everything from first step. 
        for ( ; iter.hasNext() ; )
        {
            Node n2 = iter.next() ;
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        // P_Mod(path, count, count)
        // One step.
        Iterator<Node> iter = eval(graph, pathStep, node) ;
        // Build a path for all remaining steps.
        long count2 = dec(fixedLength) ;
        P_FixedLength nextPath = new P_FixedLength(pathStep, count2) ;
        // For each element in the first step, do remaining step
        // Accumulate across everything from first step. 
        for ( ; iter.hasNext() ; )
        {
            Node n2 = iter.next() ;
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        // P_Mod(path, count, count)
        // One step.
        Iterator<Node> iter = eval(pathStep, node) ;
        // Build a path for all remaining steps.
        long count2 = dec(fixedLength) ;
        P_FixedLength nextPath = new P_FixedLength(pathStep, count2) ;
        // For each element in the first step, do remaining step
        // Accumulate across everything from first step.
        for (; iter.hasNext();) {
            Node n2 = iter.next() ;
            Iterator<Node> iter2 = eval(nextPath, n2) ;
View Full Code Here
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        // P_Mod(path, count, count)
        // One step.
        Iterator<Node> iter = eval(pathStep, node) ;
        // Build a path for all remaining steps.
        long count2 = dec(fixedLength) ;
        P_FixedLength nextPath = new P_FixedLength(pathStep, count2) ;
        // For each element in the first step, do remaining step
        // Accumulate across everything from first step.
        for (; iter.hasNext();) {
            Node n2 = iter.next() ;
            Iterator<Node> iter2 = eval(nextPath, n2) ;
View Full Code Here
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        // P_Mod(path, count, count)
        // One step.
        Iterator<Node> iter = eval(graph, pathStep, node) ;
        // Build a path for all remaining steps.
        long count2 = dec(fixedLength) ;
        P_FixedLength nextPath = new P_FixedLength(pathStep, count2) ;
        // For each element in the first step, do remaining step
        // Accumulate across everything from first step. 
        for ( ; iter.hasNext() ; )
        {
            Node n2 = iter.next() ;
View Full Code Here
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        // P_Mod(path, count, count)
        // One step.
        Iterator<Node> iter = eval(graph, pathStep, node) ;
        // Build a path for all remaining steps.
        long count2 = dec(fixedLength) ;
        P_FixedLength nextPath = new P_FixedLength(pathStep, count2) ;
        // For each element in the first step, do remaining step
        // Accumulate across everything from first step. 
        for ( ; iter.hasNext() ; )
        {
            Node n2 = iter.next() ;
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Related Classes of com.hp.hpl.jena.sparql.path.P_FixedLength

  • com.hp.hpl.jena.sparql.path.eval.PathEngineN
  • com.hp.hpl.jena.sparql.path.eval.PathEngineSPARQL
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