public static QueryContainer CreateReturnQuery(Action <QueryContainer, BoolBaseQueryDescriptor> modify = null)
{
var returnQuery = new QueryContainer();
var returnBoolQuery = new BoolBaseQueryDescriptor()
{
};
((IQueryContainer)returnQuery).Bool = returnBoolQuery;
if (modify != null)
{
modify(returnQuery, returnBoolQuery);
}
return(returnQuery);
}
public static BaseQuery CreateReturnQuery(Action <BaseQuery, BoolBaseQueryDescriptor> modify = null)
{
var returnQuery = new BaseQuery();
var returnBoolQuery = new BoolBaseQueryDescriptor()
{
};
returnQuery.BoolQueryDescriptor = returnBoolQuery;
if (modify != null)
{
modify(returnQuery, returnBoolQuery);
}
return(returnQuery);
}
public static QueryContainer operator !(QueryContainer lbq)
{
if (lbq == null || ((IQueryContainer)lbq).IsConditionless)
{
var newConditionless = new QueryContainer();
((IQueryContainer)newConditionless).IsConditionless = true;
return(newConditionless);
}
var f = new QueryContainer();
var fq = new BoolBaseQueryDescriptor();
((IBoolQuery)fq).MustNot = new[] { lbq };
((IQueryContainer)f).Bool = fq;
return(f);
}
public static BaseQuery operator !(BaseQuery lbq)
{
if (lbq == null || lbq.IsConditionless)
{
return new BaseQuery {
IsConditionless = true
}
}
;
var q = new BaseQuery();
var bq = new BoolBaseQueryDescriptor();
bq._MustNotQueries = new[] { lbq };
q.BoolQueryDescriptor = bq;
return(q);
}
internal static bool CanJoinShould(this BoolBaseQueryDescriptor bq)
{
return(bq == null || (bq != null && bq._CanJoinShould()));
}
private static void JoinShouldOnSide(BaseQuery lbq, BaseQuery rbq, BoolBaseQueryDescriptor bq)
{
bq._ShouldQueries = lbq.MergeShouldQueries(rbq);
}
public static BaseQuery operator &(BaseQuery lbq, BaseQuery rbq)
{
if (lbq == null)
{
return(rbq);
}
if (rbq == null)
{
return(lbq);
}
if (lbq.IsConditionless && rbq.IsConditionless)
{
return new BaseQuery()
{
IsConditionless = true
}
}
;
else if (lbq.IsConditionless)
{
return(rbq);
}
else if (rbq.IsConditionless)
{
return(lbq);
}
var q = new BaseQuery();
var bq = new BoolBaseQueryDescriptor();
q.BoolQueryDescriptor = bq;
if (lbq.BoolQueryDescriptor == null && rbq.BoolQueryDescriptor == null)
{
bq._MustQueries = new[] { lbq, rbq };
return(q);
}
if (lbq.BoolQueryDescriptor != null && rbq.BoolQueryDescriptor != null)
{
if (lbq.BoolQueryDescriptor._HasOnlyMustNot() && rbq.BoolQueryDescriptor._HasOnlyMustNot())
{
bq._MustQueries = null;
bq._MustNotQueries = lbq.MergeMustNotQueries(rbq);
}
else if (lbq.BoolQueryDescriptor.CanJoinMust() && rbq.BoolQueryDescriptor.CanJoinMust())
{
bq._MustQueries = lbq.MergeMustQueries(rbq);
}
else
{
bq._MustQueries = new[] { lbq, rbq }
};
if (lbq.BoolQueryDescriptor.CanJoinMustNot() && rbq.BoolQueryDescriptor.CanJoinMustNot())
{
bq._MustNotQueries = lbq.MergeMustNotQueries(rbq);
}
return(q);
}
if (lbq.BoolQueryDescriptor != null)
{
if (lbq.BoolQueryDescriptor._HasOnlyMustNot())
{
bq._MustNotQueries = lbq.BoolQueryDescriptor._MustNotQueries;
bq._MustQueries = new[] { rbq };
return(q);
}
else if (lbq.BoolQueryDescriptor.CanJoinMust())
{
bq._MustQueries = lbq.MergeMustQueries(rbq);
}
else
{
bq._MustQueries = new[] { lbq, rbq }
};
if (lbq.BoolQueryDescriptor.CanJoinMustNot())
{
bq._MustNotQueries = lbq.MergeMustNotQueries(rbq);
}
return(q);
}
if (rbq.BoolQueryDescriptor._HasOnlyMustNot())
{
bq._MustNotQueries = rbq.BoolQueryDescriptor._MustNotQueries;
bq._MustQueries = new[] { lbq };
return(q);
}
if (rbq.BoolQueryDescriptor.CanJoinMust())
{
bq._MustQueries = rbq.MergeMustQueries(lbq);
}
else
{
bq._MustQueries = new[] { rbq, lbq }
};
if (rbq.BoolQueryDescriptor.CanJoinMustNot())
{
bq._MustNotQueries = rbq.MergeMustNotQueries(lbq);
}
return(q);
}
public static BaseQuery operator |(BaseQuery lbq, BaseQuery rbq)
{
if (lbq == null)
{
return(rbq);
}
if (rbq == null)
{
return(lbq);
}
if (lbq.IsConditionless && rbq.IsConditionless)
{
return new BaseQuery()
{
IsConditionless = true
}
}
;
else if (lbq.IsConditionless)
{
return(rbq);
}
else if (rbq.IsConditionless)
{
return(lbq);
}
var q = new BaseQuery();
var bq = new BoolBaseQueryDescriptor();
bq._ShouldQueries = new[] { lbq, rbq };
q.BoolQueryDescriptor = bq;
if (lbq.BoolQueryDescriptor == null && rbq.BoolQueryDescriptor == null)
{
bq._ShouldQueries = lbq.MergeShouldQueries(rbq);
return(q);
}
else if (lbq.BoolQueryDescriptor != null && rbq.BoolQueryDescriptor == null)
{
JoinShouldOnSide(lbq, rbq, bq);
}
else if (rbq.BoolQueryDescriptor != null && lbq.BoolQueryDescriptor == null)
{
JoinShouldOnSide(rbq, lbq, bq);
}
else
{
if (lbq.BoolQueryDescriptor.CanJoinShould() && rbq.BoolQueryDescriptor.CanJoinShould())
{
bq._ShouldQueries = lbq.MergeShouldQueries(rbq);
}
else
{
bq._ShouldQueries = new[] { lbq, rbq }
};
}
return(q);
}
internal static bool CanMergeMustAndMustNots(this BoolBaseQueryDescriptor bq)
{
return(bq == null || !bq._ShouldQueries.HasAny());
}
private static void JoinShouldOnSide(QueryContainer lbq, QueryContainer rbq, BoolBaseQueryDescriptor bq)
{
((IBoolQuery)bq).Should = lbq.MergeShouldQueries(rbq);
}
public static QueryContainer operator |(QueryContainer leftQuery, QueryContainer rightQuery)
{
var defaultQuery = new QueryContainer();
((IQueryContainer)defaultQuery).IsConditionless = true;
leftQuery = leftQuery ?? defaultQuery;
rightQuery = rightQuery ?? defaultQuery;
var combined = new[] { leftQuery, rightQuery };
if (combined.Any(bf => ((IQueryContainer)bf).IsConditionless))
{
return(combined.FirstOrDefault(bf => !((IQueryContainer)bf).IsConditionless) ?? defaultQuery);
}
var leftBoolQuery = ((IQueryContainer)leftQuery).Bool;
var rightBoolQuery = ((IQueryContainer)rightQuery).Bool;
var f = new QueryContainer();
var fq = new BoolBaseQueryDescriptor();
((IBoolQuery)fq).Should = new[] { leftQuery, rightQuery };
((IQueryContainer)f).Bool = fq;
var mergeLeft = !((IQueryContainer)leftQuery).IsStrict && (leftBoolQuery == null || ((IBoolQuery)leftBoolQuery).MinimumShouldMatch == null);
var mergeRight = !((IQueryContainer)rightQuery).IsStrict && (rightBoolQuery == null || ((IBoolQuery)rightBoolQuery).MinimumShouldMatch == null);
//if neither the left nor the right side represent a bool query join them
if (((IQueryContainer)leftQuery).Bool == null && ((IQueryContainer)rightQuery).Bool == null)
{
((IBoolQuery)fq).Should = leftQuery.MergeShouldQueries(rightQuery);
return(f);
}
//if the left or right sight already is a bool query join the non bool query side of the
//of the operation onto the other.
if (((IQueryContainer)leftQuery).Bool != null &&
((IQueryContainer)rightQuery).Bool == null &&
mergeLeft)
{
JoinShouldOnSide(leftQuery, rightQuery, fq);
}
else if (((IQueryContainer)rightQuery).Bool != null &&
((IQueryContainer)leftQuery).Bool == null &&
mergeRight)
{
JoinShouldOnSide(rightQuery, leftQuery, fq);
}
//both sides already represent a bool query
else
{
//both sides report that we may merge the shoulds
if (mergeLeft && mergeRight &&
leftBoolQuery.CanJoinShould() &&
rightBoolQuery.CanJoinShould())
{
((IBoolQuery)fq).Should = leftQuery.MergeShouldQueries(rightQuery);
}
else
{
//create a new nested bool with two separate should bool sections
((IBoolQuery)fq).Should = new[] { leftQuery, rightQuery }
};
}
return(f);
}
public static BaseQuery operator |(BaseQuery leftQuery, BaseQuery rightQuery)
{
var defaultQuery = new BaseQuery()
{
IsConditionless = true
};
leftQuery = leftQuery ?? defaultQuery;
rightQuery = rightQuery ?? defaultQuery;
var combined = new[] { leftQuery, rightQuery };
if (combined.Any(bf => bf.IsConditionless))
{
return(combined.FirstOrDefault(bf => !bf.IsConditionless) ?? defaultQuery);
}
var leftBoolQuery = leftQuery.BoolQueryDescriptor;
var rightBoolQuery = rightQuery.BoolQueryDescriptor;
var f = new BaseQuery();
var fq = new BoolBaseQueryDescriptor();
fq._ShouldQueries = new[] { leftQuery, rightQuery };
f.BoolQueryDescriptor = fq;
var mergeLeft = !leftQuery.IsStrict && (leftBoolQuery == null || leftBoolQuery._MinimumNumberShouldMatches == null);
var mergeRight = !rightQuery.IsStrict && (rightBoolQuery == null || rightBoolQuery._MinimumNumberShouldMatches == null);
//if neither the left nor the right side represent a bool query join them
if (leftQuery.BoolQueryDescriptor == null && rightQuery.BoolQueryDescriptor == null)
{
fq._ShouldQueries = leftQuery.MergeShouldQueries(rightQuery);
return(f);
}
//if the left or right sight already is a bool query join the non bool query side of the
//of the operation onto the other.
if (leftQuery.BoolQueryDescriptor != null &&
rightQuery.BoolQueryDescriptor == null &&
mergeLeft)
{
JoinShouldOnSide(leftQuery, rightQuery, fq);
}
else if (rightQuery.BoolQueryDescriptor != null &&
leftQuery.BoolQueryDescriptor == null &&
mergeRight)
{
JoinShouldOnSide(rightQuery, leftQuery, fq);
}
//both sides already represent a bool query
else
{
//both sides report that we may merge the shoulds
if (mergeLeft && mergeRight &&
leftBoolQuery.CanJoinShould() &&
rightBoolQuery.CanJoinShould())
{
fq._ShouldQueries = leftQuery.MergeShouldQueries(rightQuery);
}
else
{
//create a new nested bool with two separate should bool sections
fq._ShouldQueries = new[] { leftQuery, rightQuery }
};
}
return(f);
}
