Examples with DecimalType mondrian.olap.type.DecimalType used on opensource projects

Example 1 with DecimalType

use of mondrian.olap.type.DecimalType in project mondrian by pentaho.

the class SqlConstraintUtilsTest method testIsSupportedExpressionForCalculatedMember.

// ~ Test methods ----------------------------------------------------------
public void testIsSupportedExpressionForCalculatedMember() {
    Assert.assertEquals("null expression", false, SqlConstraintUtils.isSupportedExpressionForCalculatedMember(null));
    Exp memberExpr = new MemberExpr(Mockito.mock(Member.class));
    Assert.assertEquals("MemberExpr", true, SqlConstraintUtils.isSupportedExpressionForCalculatedMember(memberExpr));
    Exp nullFunDefExpr = new ResolvedFunCall(new NullFunDef(), new Exp[] {}, new NullType());
    Assert.assertEquals("ResolvedFunCall-NullFunDef", false, SqlConstraintUtils.isSupportedExpressionForCalculatedMember(nullFunDefExpr));
    // ResolvedFunCall arguments
    final Exp argUnsupported = new ResolvedFunCall(new NullFunDef(), new Exp[] {}, new NullType());
    final Exp argSupported = new MemberExpr(Mockito.mock(Member.class));
    Assert.assertEquals(false, SqlConstraintUtils.isSupportedExpressionForCalculatedMember(argUnsupported));
    Assert.assertEquals(true, SqlConstraintUtils.isSupportedExpressionForCalculatedMember(argSupported));
    final Exp[] noArgs = new Exp[] {};
    final Exp[] args1Unsupported = new Exp[] { argUnsupported };
    final Exp[] args1Supported = new Exp[] { argSupported };
    final Exp[] args2Different = new Exp[] { argUnsupported, argSupported };
    final ParenthesesFunDef parenthesesFunDef = new ParenthesesFunDef(Category.Member);
    Type parenthesesReturnType = new DecimalType(1, 1);
    Exp parenthesesExpr = new ResolvedFunCall(parenthesesFunDef, noArgs, parenthesesReturnType);
    Assert.assertEquals("ResolvedFunCall-Parentheses()", true, SqlConstraintUtils.isSupportedExpressionForCalculatedMember(parenthesesExpr));
    parenthesesExpr = new ResolvedFunCall(parenthesesFunDef, args1Unsupported, parenthesesReturnType);
    Assert.assertEquals("ResolvedFunCall-Parentheses(N)", false, SqlConstraintUtils.isSupportedExpressionForCalculatedMember(parenthesesExpr));
    parenthesesExpr = new ResolvedFunCall(parenthesesFunDef, args1Supported, parenthesesReturnType);
    Assert.assertEquals("ResolvedFunCall-Parentheses(Y)", true, SqlConstraintUtils.isSupportedExpressionForCalculatedMember(parenthesesExpr));
    parenthesesExpr = new ResolvedFunCall(parenthesesFunDef, args2Different, parenthesesReturnType);
    Assert.assertEquals("ResolvedFunCall-Parentheses(N,Y)", true, SqlConstraintUtils.isSupportedExpressionForCalculatedMember(parenthesesExpr));
    FunDef dummy = Mockito.mock(FunDef.class);
    Mockito.doReturn(Syntax.Function).when(dummy).getSyntax();
    Mockito.doReturn("dummy").when(dummy).getName();
    FunDef aggregateFunDef = new AggregateFunDef(dummy);
    Type aggregateReturnType = new DecimalType(1, 1);
    Exp aggregateExpr = new ResolvedFunCall(aggregateFunDef, noArgs, aggregateReturnType);
    Assert.assertEquals("ResolvedFunCall-Aggregate()", true, SqlConstraintUtils.isSupportedExpressionForCalculatedMember(aggregateExpr));
    aggregateExpr = new ResolvedFunCall(aggregateFunDef, args1Unsupported, aggregateReturnType);
    Assert.assertEquals("ResolvedFunCall-Aggregate(N)", true, SqlConstraintUtils.isSupportedExpressionForCalculatedMember(aggregateExpr));
    aggregateExpr = new ResolvedFunCall(aggregateFunDef, args1Supported, aggregateReturnType);
    Assert.assertEquals("ResolvedFunCall-Aggregate(Y)", true, SqlConstraintUtils.isSupportedExpressionForCalculatedMember(aggregateExpr));
    aggregateExpr = new ResolvedFunCall(aggregateFunDef, args2Different, aggregateReturnType);
    Assert.assertEquals("ResolvedFunCall-Aggregate(N,Y)", true, SqlConstraintUtils.isSupportedExpressionForCalculatedMember(aggregateExpr));
}

Example 2 with DecimalType

use of mondrian.olap.type.DecimalType in project mondrian by pentaho.

the class SqlConstraintUtilsTest method makeParenthesesExprMember.

private Member makeParenthesesExprMember(Evaluator evaluator, Member parenthesesInnerMember, String toString) {
    Member member = Mockito.mock(Member.class);
    Mockito.doReturn("mock[" + toString + "]").when(member).toString();
    Mockito.doReturn(true).when(member).isCalculated();
    Exp parenthesesArg = new MemberExpr(parenthesesInnerMember);
    FunDef funDef = new ParenthesesFunDef(Category.Member);
    Exp[] args = new Exp[] { parenthesesArg };
    Type returnType = new DecimalType(1, 1);
    Exp memberExp = new ResolvedFunCall(funDef, args, returnType);
    Mockito.doReturn(memberExp).when(member).getExpression();
    Assert.assertEquals(true, member.isCalculated());
    Assert.assertEquals(true, SqlConstraintUtils.isSupportedCalculatedMember(member));
    return member;
}

Example 3 with DecimalType

use of mondrian.olap.type.DecimalType in project mondrian by pentaho.

the class SqlConstraintUtilsTest method makeAggregateExprMember.

private Member makeAggregateExprMember(Evaluator mockEvaluator, List<Member> endMembers) {
    Member member = Mockito.mock(Member.class);
    Mockito.doReturn(true).when(member).isCalculated();
    Member aggregatedMember0 = Mockito.mock(Member.class);
    Exp aggregateArg0 = new MemberExpr(aggregatedMember0);
    FunDef dummy = Mockito.mock(FunDef.class);
    Mockito.doReturn(Syntax.Function).when(dummy).getSyntax();
    Mockito.doReturn("dummy").when(dummy).getName();
    FunDef funDef = new AggregateFunDef(dummy);
    Exp[] args = new Exp[] { aggregateArg0 };
    Type returnType = new DecimalType(1, 1);
    Exp memberExp = new ResolvedFunCall(funDef, args, returnType);
    Mockito.doReturn(memberExp).when(member).getExpression();
    SetEvaluator setEvaluator = Mockito.mock(SetEvaluator.class);
    Mockito.doReturn(setEvaluator).when(mockEvaluator).getSetEvaluator(aggregateArg0, true);
    Mockito.doReturn(new UnaryTupleList(endMembers)).when(setEvaluator).evaluateTupleIterable();
    Assert.assertEquals(true, member.isCalculated());
    Assert.assertEquals(true, SqlConstraintUtils.isSupportedCalculatedMember(member));
    return member;
}