Examples with TupleList mondrian.calc.TupleList used on opensource projects

Example 21 with TupleList

use of mondrian.calc.TupleList in project mondrian by pentaho.

the class AggregationOnDistinctCountMeasuresTest method testOptimizeChildrenForTuplesWithLength1.

public void testOptimizeChildrenForTuplesWithLength1() {
    TupleList memberList = productMembersPotScrubbersPotsAndPans(salesCubeSchemaReader);
    TupleList tuples = optimizeChildren(memberList);
    assertTrue(tuppleListContains(tuples, member(Id.Segment.toList("Product", "All Products", "Non-Consumable", "Household", "Kitchen Products", "Pot Scrubbers", "Cormorant"), salesCubeSchemaReader)));
    assertFalse(tuppleListContains(tuples, member(Id.Segment.toList("Product", "All Products", "Non-Consumable", "Household", "Kitchen Products", "Pot Scrubbers"), salesCubeSchemaReader)));
    assertFalse(tuppleListContains(tuples, member(Id.Segment.toList("Product", "All Products", "Non-Consumable", "Household", "Kitchen Products", "Pots and Pans", "Cormorant"), salesCubeSchemaReader)));
    assertTrue(tuppleListContains(tuples, member(Id.Segment.toList("Product", "All Products", "Non-Consumable", "Household", "Kitchen Products", "Pots and Pans"), salesCubeSchemaReader)));
    assertEquals(4, tuples.size());
}

Example 22 with TupleList

use of mondrian.calc.TupleList in project mondrian by pentaho.

the class ModulosTest method testTwo.

public void testTwo() {
    Axis[] axes = new Axis[2];
    TupleList positions = newPositionList(23);
    axes[0] = new RolapAxis(positions);
    positions = newPositionList(13);
    axes[1] = new RolapAxis(positions);
    Modulos modulosMany = Modulos.Generator.createMany(axes);
    Modulos modulos = Modulos.Generator.create(axes);
    int ordinal = 23;
    int[] posMany = modulosMany.getCellPos(ordinal);
    int[] pos = modulos.getCellPos(ordinal);
    assertTrue("Pos are not equal", Arrays.equals(posMany, pos));
    ordinal = 11;
    posMany = modulosMany.getCellPos(ordinal);
    pos = modulos.getCellPos(ordinal);
    assertTrue("Pos are not equal", Arrays.equals(posMany, pos));
    ordinal = 7;
    posMany = modulosMany.getCellPos(ordinal);
    pos = modulos.getCellPos(ordinal);
    assertTrue("Pos are not equal", Arrays.equals(posMany, pos));
    pos[0] = 3;
    pos[1] = 2;
    int oMany = modulosMany.getCellOrdinal(pos);
    int o = modulos.getCellOrdinal(pos);
    assertTrue("Ordinals are not equal", oMany == o);
    pos[0] = 2;
    oMany = modulosMany.getCellOrdinal(pos);
    o = modulos.getCellOrdinal(pos);
    assertTrue("Ordinals are not equal", oMany == o);
    pos[0] = 1;
    oMany = modulosMany.getCellOrdinal(pos);
    o = modulos.getCellOrdinal(pos);
    assertTrue("Ordinals are not equal", oMany == o);
}

Example 23 with TupleList

use of mondrian.calc.TupleList in project mondrian by pentaho.

the class ModulosTest method testMany.

public void testMany() {
    Axis[] axes = new Axis[3];
    TupleList positions = newPositionList(4);
    axes[0] = new RolapAxis(positions);
    positions = newPositionList(3);
    axes[1] = new RolapAxis(positions);
    positions = newPositionList(3);
    axes[2] = new RolapAxis(positions);
    Modulos modulos = Modulos.Generator.createMany(axes);
    int ordinal = 23;
    int[] pos = modulos.getCellPos(ordinal);
    assertTrue("Pos length equals 3", pos.length == 3);
    assertTrue("Pos[0] length equals 3", pos[0] == 3);
    assertTrue("Pos[1] length equals 2", pos[1] == 2);
    assertTrue("Pos[2] length equals 1", pos[2] == 1);
}

Example 24 with TupleList

use of mondrian.calc.TupleList in project mondrian by pentaho.

the class ModulosTest method testOne.

public void testOne() {
    Axis[] axes = new Axis[1];
    TupleList positions = newPositionList(53);
    axes[0] = new RolapAxis(positions);
    Modulos modulosMany = Modulos.Generator.createMany(axes);
    Modulos modulos = Modulos.Generator.create(axes);
    int ordinal = 43;
    int[] posMany = modulosMany.getCellPos(ordinal);
    int[] pos = modulos.getCellPos(ordinal);
    assertTrue("Pos are not equal", Arrays.equals(posMany, pos));
    ordinal = 23;
    posMany = modulosMany.getCellPos(ordinal);
    pos = modulos.getCellPos(ordinal);
    assertTrue("Pos are not equal", Arrays.equals(posMany, pos));
    ordinal = 7;
    posMany = modulosMany.getCellPos(ordinal);
    pos = modulos.getCellPos(ordinal);
    assertTrue("Pos are not equal", Arrays.equals(posMany, pos));
    pos[0] = 23;
    int oMany = modulosMany.getCellOrdinal(pos);
    int o = modulos.getCellOrdinal(pos);
    assertTrue("Ordinals are not equal", oMany == o);
    pos[0] = 11;
    oMany = modulosMany.getCellOrdinal(pos);
    o = modulos.getCellOrdinal(pos);
    assertTrue("Ordinals are not equal", oMany == o);
    pos[0] = 7;
    oMany = modulosMany.getCellOrdinal(pos);
    o = modulos.getCellOrdinal(pos);
    assertTrue("Ordinals are not equal", oMany == o);
}

Example 25 with TupleList

use of mondrian.calc.TupleList in project mondrian by pentaho.

the class ExistingFunDef method compileCall.

public Calc compileCall(ResolvedFunCall call, ExpCompiler compiler) {
    final IterCalc setArg = compiler.compileIter(call.getArg(0));
    final Type myType = call.getArg(0).getType();
    return new AbstractListCalc(call, new Calc[] { setArg }) {

        public boolean dependsOn(Hierarchy hierarchy) {
            return myType.usesHierarchy(hierarchy, false);
        }

        public TupleList evaluateList(Evaluator evaluator) {
            TupleIterable setTuples = setArg.evaluateIterable(evaluator);
            TupleList result = TupleCollections.createList(setTuples.getArity());
            List<Member> contextMembers = Arrays.asList(evaluator.getMembers());
            List<Hierarchy> argDims = null;
            List<Hierarchy> contextDims = getHierarchies(contextMembers);
            for (List<Member> tuple : setTuples) {
                if (argDims == null) {
                    argDims = getHierarchies(tuple);
                }
                if (existsInTuple(tuple, contextMembers, argDims, contextDims, evaluator)) {
                    result.add(tuple);
                }
            }
            return result;
        }
    };
}