public void CombineWithSingleCriteriaReturnsThatCriteria()
{
var rangeCriteria = new RangeCriteria("field", memberInfo, RangeComparison.LessThan, 1);
var andCriteria = AndCriteria.Combine(rangeCriteria);
Assert.Same(rangeCriteria, andCriteria);
}
private JProperty Build(IFacet facet, ICriteria primaryFilter, long?defaultSize)
{
Argument.EnsureNotNull("facet", facet);
var specificBody = Build(facet);
if (facet is IOrderableFacet)
{
var facetSize = ((IOrderableFacet)facet).Size ?? defaultSize;
if (facetSize.HasValue)
{
specificBody["size"] = facetSize.Value.ToString(transportCulture);
}
}
var namedBody = new JObject(new JProperty(facet.Type, specificBody));
var combinedFilter = AndCriteria.Combine(primaryFilter, facet.Filter);
if (combinedFilter != null)
{
namedBody[facet is FilterFacet ? "filter" : "facet_filter"] = Build(combinedFilter);
}
return(new JProperty(facet.Name, namedBody));
}
void ApplyTypeSelectionCriteria()
{
var typeCriteria = Mapping.GetTypeSelectionCriteria(SourceType);
this.searchRequest.Filter = this.searchRequest.Filter == null || this.searchRequest.Filter == ConstantCriteria.True
? typeCriteria
: AndCriteria.Combine(typeCriteria, this.searchRequest.Filter);
}
void ApplyTypeSelectionCriteria()
{
var typeCriteria = Mapping.GetTypeSelectionCriteria(SourceType);
searchRequest.Query = searchRequest.Query == null || searchRequest.Query == ConstantCriteria.True
? typeCriteria
: AndCriteria.Combine(typeCriteria, searchRequest.Query);
}
private void ApplyTypeSelectionCriteria()
{
var typeCriteria = Mapping.GetTypeSelectionCriteria(sourceType);
searchRequest.Filter = searchRequest.Filter == null || searchRequest.Filter == ConstantCriteria.True
? typeCriteria
: AndCriteria.Combine(typeCriteria, searchRequest.Filter);
}
public void AndWithFalseOptimizesToFalse()
{
var exists1 = new ExistsCriteria("1");
var exists2 = new ExistsCriteria("2");
var criteria = AndCriteria.Combine(exists1, ConstantCriteria.False, exists2);
var actual = ConstantCriteriaFilterReducer.Reduce(criteria);
Assert.Same(ConstantCriteria.False, actual);
}
public void ToStringContainsSubfields()
{
var existsCriteria = new ExistsCriteria("thisIsAMissingField");
var termCriteria = TermsCriteria.Build("termField", memberInfo, "some value");
var andCriteria = AndCriteria.Combine(existsCriteria, termCriteria);
var result = andCriteria.ToString();
Assert.Contains(existsCriteria.ToString(), result);
Assert.Contains(termCriteria.ToString(), result);
}
Expression VisitQueryString(Expression source, Expression queryExpression, Expression fieldsExpression = null)
{
var constantQueryExpression = (ConstantExpression)queryExpression;
var constantFieldExpression = fieldsExpression as ConstantExpression;
var constantFields = constantFieldExpression == null ? null : (string[])constantFieldExpression.Value;
var criteriaExpression = new CriteriaExpression(new QueryStringCriteria(constantQueryExpression.Value.ToString(), constantFields));
searchRequest.Query = AndCriteria.Combine(searchRequest.Query, criteriaExpression.Criteria);
return(Visit(source));
}
public void CombineWithCriteriaCombinesIntoAndCriteria()
{
var criteria = AndCriteria.Combine(sampleCriteria1, sampleCriteria2);
Assert.IsType <AndCriteria>(criteria);
var andCriteria = (AndCriteria)criteria;
Assert.Contains(sampleCriteria1, andCriteria.Criteria);
Assert.Contains(sampleCriteria2, andCriteria.Criteria);
Assert.Equal(2, andCriteria.Criteria.Count);
}
public void AndWithNotsBecomesBoolWithMustNots()
{
var expectedMustNots = new[] { new RangeCriteria("field1", memberInfo, RangeComparison.LessThan, 2), new RangeCriteria("field2", memberInfo, RangeComparison.GreaterThan, 4) };
var actual = QueryCriteriaRewriter.Compensate(AndCriteria.Combine(expectedMustNots.Select(NotCriteria.Create).ToArray()));
var boolActual = Assert.IsType <BoolCriteria>(actual);
Assert.Equal(boolActual.MustNot.AsEnumerable(), expectedMustNots);
Assert.Empty(boolActual.Should);
Assert.Empty(boolActual.Must);
}
public void AndBecomesBoolWithMust()
{
ICriteria[] expected = { new RangeCriteria("fieldOne", memberInfo, RangeComparison.LessThan, 2), new RangeCriteria("fieldTwo", memberInfo, RangeComparison.GreaterThan, 4) };
var actual = QueryCriteriaRewriter.Compensate(AndCriteria.Combine(expected));
var boolActual = Assert.IsType <BoolCriteria>(actual);
Assert.Equal(boolActual.Must.AsEnumerable(), expected);
Assert.Empty(boolActual.Should);
Assert.Empty(boolActual.MustNot);
}
public void AndWithOrsBecomesBoolWithShould()
{
var expected1 = new[] { new RangeCriteria("field1", memberInfo, RangeComparison.LessThan, 2), new RangeCriteria("field2", memberInfo, RangeComparison.GreaterThan, 4) };
var expected2 = new[] { new RangeCriteria("field3", memberInfo, RangeComparison.LessThan, 2), new RangeCriteria("field4", memberInfo, RangeComparison.GreaterThan, 4) };
var actual = QueryCriteriaRewriter.Compensate(AndCriteria.Combine(OrCriteria.Combine(expected1), OrCriteria.Combine(expected2)));
var boolActual = Assert.IsType <BoolCriteria>(actual);
Assert.Equal(boolActual.Should.AsEnumerable(), expected1.Concat(expected2));
Assert.Empty(boolActual.Must);
Assert.Empty(boolActual.MustNot);
}
public void AndWithTrueRemovesTrue()
{
var exists1 = new ExistsCriteria("1");
var exists2 = new ExistsCriteria("2");
var criteria = AndCriteria.Combine(exists1, ConstantCriteria.True, exists2);
var actual = ConstantCriteriaFilterReducer.Reduce(criteria);
var andActual = Assert.IsType <AndCriteria>(actual);
Assert.DoesNotContain(andActual.Criteria, c => c == ConstantCriteria.True);
Assert.Single(andActual.Criteria, exists1);
Assert.Single(andActual.Criteria, exists2);
}
Expression VisitWhere(Expression source, Expression lambdaPredicate)
{
var lambda = lambdaPredicate.GetLambda();
var criteriaExpression = lambda.Body as CriteriaExpression ?? BooleanMemberAccessBecomesEquals(lambda.Body) as CriteriaExpression;
if (criteriaExpression == null)
{
throw new NotSupportedException($"Where expression '{lambda.Body}' could not be translated");
}
searchRequest.Criteria = AndCriteria.Combine(searchRequest.Criteria, criteriaExpression.Criteria);
return(Visit(source));
}
public void AndWithMixedContentBecomesBoolWithShouldMustAndMustNot()
{
ICriteria[] expectedShould = { new RangeCriteria("field1", memberInfo, RangeComparison.LessThan, 2), new RangeCriteria("field2", memberInfo, RangeComparison.GreaterThan, 4) };
var expectedMust = new RangeCriteria("field3", memberInfo, RangeComparison.LessThan, 2);
var expectedMustNot = new PrefixCriteria("field5", "prefix");
var actual = QueryCriteriaRewriter.Compensate(AndCriteria.Combine(OrCriteria.Combine(expectedShould), expectedMust, NotCriteria.Create(expectedMustNot)));
var boolActual = Assert.IsType <BoolCriteria>(actual);
Assert.Equal(boolActual.Should.AsEnumerable(), expectedShould);
Assert.Single(boolActual.Must, expectedMust);
Assert.Single(boolActual.MustNot, expectedMustNot);
}
internal void CombineSameFieldRangeNotCombineIntoSingleRangeCriteriaIfConflictingComparisons(RangeComparison leftRangeComparison, RangeComparison rightRangeComparison)
{
var leftRangeCriteria = new RangeCriteria("a", memberInfo, leftRangeComparison, "leftValue");
var rightRangeCriteria = new RangeCriteria("a", memberInfo, rightRangeComparison, "rightValue");
var criteria = AndCriteria.Combine(leftRangeCriteria, rightRangeCriteria);
var rangeCriteria = Assert.IsType <AndCriteria>(criteria).Criteria.OfType <RangeCriteria>().ToList();
Assert.Equal(2, rangeCriteria.Count());
Assert.All(rangeCriteria, c => Assert.True(Assert.IsType <RangeCriteria>(c).Member == memberInfo));
Assert.Single(rangeCriteria, leftRangeCriteria);
Assert.Single(rangeCriteria, rightRangeCriteria);
}
public void CombineWithTwoSameFieldRangeCriteriaCombinesIntoSingleRangeCriteria()
{
var lowerRangeCriteria = new RangeCriteria("first", memberInfo, RangeComparison.GreaterThan, "lower");
var upperRangeCriteria = new RangeCriteria("first", memberInfo, RangeComparison.LessThanOrEqual, "upper");
var andCriteria = AndCriteria.Combine(lowerRangeCriteria, upperRangeCriteria);
Assert.IsType <RangeCriteria>(andCriteria);
var rangeCriteria = (RangeCriteria)andCriteria;
Assert.Equal(rangeCriteria.Field, lowerRangeCriteria.Field);
Assert.Same(memberInfo, lowerRangeCriteria.Member);
Assert.Single(rangeCriteria.Specifications, s => s.Comparison == lowerRangeCriteria.Specifications.First().Comparison);
Assert.Single(rangeCriteria.Specifications, s => s.Comparison == upperRangeCriteria.Specifications.First().Comparison);
}
public void NotWithAndBecomesBoolWithMustNotBool()
{
var expected = new[] { new RangeCriteria("fieldOne", memberInfo, RangeComparison.LessThan, 2), new RangeCriteria("fieldTwo", memberInfo, RangeComparison.GreaterThan, 4) };
var actual = QueryCriteriaRewriter.Compensate(NotCriteria.Create(AndCriteria.Combine(expected)));
var boolActual = Assert.IsType <BoolCriteria>(actual);
Assert.Empty(boolActual.Should);
Assert.Empty(boolActual.Must);
Assert.Single(boolActual.MustNot);
var subBoolActual = Assert.IsType <BoolCriteria>(boolActual.MustNot.First());
Assert.Equal(subBoolActual.Must.AsEnumerable(), expected);
Assert.Empty(subBoolActual.Should);
Assert.Empty(subBoolActual.MustNot);
}
Expression VisitQuery(Expression source, Expression predicate)
{
var lambda = predicate.GetLambda();
var wasWithin = within;
within = CriteriaWithin.Query;
var body = BooleanMemberAccessBecomesEquals(lambda.Body);
var criteriaExpression = body as CriteriaExpression;
if (criteriaExpression == null)
{
throw new NotSupportedException(string.Format("Query expression '{0}' could not be translated", body));
}
searchRequest.Query = AndCriteria.Combine(searchRequest.Query, criteriaExpression.Criteria);
within = wasWithin;
return(Visit(source));
}
public void CombineWithDifferentFieldRangeCriteriaCombinesRangesIntoAndCriteria()
{
var firstMemberInfo = typeof(string).GetProperty("Length");
var secondMemberInfo = typeof(string).GetMethod("Clone");
var lowerFirstRange = new RangeCriteria("first", firstMemberInfo, RangeComparison.GreaterThan, "lower");
var upperFirstRange = new RangeCriteria("first", firstMemberInfo, RangeComparison.LessThanOrEqual, "upper");
var secondRange = new RangeCriteria("second", secondMemberInfo, RangeComparison.GreaterThanOrEqual, "lower2");
var criteria = AndCriteria.Combine(lowerFirstRange, secondRange, upperFirstRange);
Assert.IsType <AndCriteria>(criteria);
var andCriteria = (AndCriteria)criteria;
Assert.Equal(2, andCriteria.Criteria.Count);
Assert.Contains(secondRange, andCriteria.Criteria);
var combinedRange = andCriteria.Criteria.OfType <RangeCriteria>().FirstOrDefault(r => r.Specifications.Count == 2);
Assert.NotNull(combinedRange);
Assert.Equal(lowerFirstRange.Field, combinedRange.Field);
Assert.Same(firstMemberInfo, combinedRange.Member);
Assert.Single(combinedRange.Specifications, s => s.Comparison == lowerFirstRange.Specifications.First().Comparison);
Assert.Single(combinedRange.Specifications, s => s.Comparison == upperFirstRange.Specifications.First().Comparison);
}
public void AndWithNestedOrsBecomesBoolWithMustAndNestedShould()
{
ICriteria[] expected1 = { new RangeCriteria("field1", memberInfo, RangeComparison.LessThan, 2), new RangeCriteria("field2", memberInfo, RangeComparison.GreaterThan, 4) };
ICriteria[] expected2 = { new RangeCriteria("field3", memberInfo, RangeComparison.LessThan, 2), new RangeCriteria("field4", memberInfo, RangeComparison.GreaterThan, 4) };
var actual = QueryCriteriaRewriter.Compensate(AndCriteria.Combine(OrCriteria.Combine(expected1), OrCriteria.Combine(expected2)));
var boolActual = Assert.IsType <BoolCriteria>(actual);
Assert.Empty(boolActual.Should);
Assert.Empty(boolActual.MustNot);
Assert.Equal(2, boolActual.Must.Count);
Assert.All(boolActual.Must, c =>
{
var boolSub = Assert.IsType <BoolCriteria>(c);
Assert.Empty(boolSub.Must);
Assert.Empty(boolSub.MustNot);
Assert.Equal(2, boolSub.Should.Count);
Assert.All(boolSub.Should, s =>
{
Assert.IsType <RangeCriteria>(s);
});
});
}
private Expression VisitAndAlso(BinaryExpression b)
{
var criteria = AssertExpressionsOfType <CriteriaExpression>(b.Left, b.Right).Select(f => f.Criteria).ToArray();
return(new CriteriaExpression(AndCriteria.Combine(criteria)));
}
private static ICriteria ApplyCriteria(ICriteria currentRoot, ICriteria newCriteria)
{
return(currentRoot == null
? newCriteria
: AndCriteria.Combine(currentRoot, newCriteria));
}
Expression VisitAndAlso(BinaryExpression b)
{
return(new CriteriaExpression(
AndCriteria.Combine(CombineExpressions <CriteriaExpression>(b.Left, b.Right).Select(f => f.Criteria).ToArray())));
}
[ExcludeFromCodeCoverage] // Expression isn't "executed"
public void CombineThrowArgumentNullExceptionWhenCriteriaIsNull()
{
Assert.Throws <ArgumentNullException>(() => AndCriteria.Combine(null));
}
public void CombineWithEmptyListReturnsNull()
{
var criteria = AndCriteria.Combine(new ICriteria[] { });
Assert.Null(criteria);
}
