HHH-17355 Add array functions for collection types to NodeBuilder

This commit is contained in:
Christian Beikov 2023-10-26 20:48:15 +02:00
parent c986f6adb6
commit eeca5300fa
2 changed files with 1368 additions and 0 deletions

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@ -641,6 +641,544 @@ public interface NodeBuilder extends HibernateCriteriaBuilder {
// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// Array functions for collection types // Array functions for collection types
/**
* Creates a basic collection literal with the {@code array} constructor function.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionLiteral(E... elements);
/**
* Determines the 1-based position of an element in a basic collection.
*
* @since 6.4
*/
<E> SqmExpression<Integer> collectionPosition(SqmExpression<? extends Collection<? extends E>> collectionExpression, E element);
/**
* Determines the 1-based position of an element in a basic collection.
*
* @since 6.4
*/
<E> SqmExpression<Integer> collectionPosition(SqmExpression<? extends Collection<? extends E>> collectionExpression, SqmExpression<E> elementExpression);
/**
* Determines the length of a basic collection.
*
* @since 6.4
*/
SqmExpression<Integer> collectionLength(SqmExpression<? extends Collection<?>> collectionExpression);
/**
* Concatenates basic collections with each other in order.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionConcat(SqmExpression<C> collectionExpression1, SqmExpression<? extends Collection<? extends E>> collectionExpression2);
/**
* Concatenates basic collections with each other in order.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionConcat(SqmExpression<C> collectionExpression1, Collection<? extends E> collection2);
/**
* Concatenates basic collections with each other in order.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionConcat(C collection1, SqmExpression<? extends Collection<? extends E>> collectionExpression2);
/**
* Concatenates basic collections with each other in order.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionConcat(C collection1, Collection<? extends E> collection2);
/**
* Appends element to basic collection.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionAppend(SqmExpression<C> collectionExpression, SqmExpression<? extends E> elementExpression);
/**
* Appends element to basic collection.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionAppend(SqmExpression<C> collectionExpression, E element);
/**
* Appends element to basic collection.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionAppend(C collection, SqmExpression<? extends E> elementExpression);
/**
* Appends element to basic collection.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionAppend(C collection, E element);
/**
* Prepends element to basic collection.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionPrepend(SqmExpression<? extends E> elementExpression, SqmExpression<C> collectionExpression);
/**
* Prepends element to basic collection.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionPrepend(E element, SqmExpression<C> collectionExpression);
/**
* Prepends element to basic collection.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionPrepend(SqmExpression<? extends E> elementExpression, C collection);
/**
* Prepends element to basic collection.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionPrepend(E element, C collection);
/**
* Whether a basic collection contains an element.
*
* @since 6.4
*/
<E> SqmPredicate collectionContains(SqmExpression<? extends Collection<? super E>> collectionExpression, SqmExpression<? extends E> elementExpression);
/**
* Whether a basic collection contains an element.
*
* @since 6.4
*/
<E> SqmPredicate collectionContains(SqmExpression<? extends Collection<? super E>> collectionExpression, E element);
/**
* Whether a basic collection contains an element.
*
* @since 6.4
*/
<E> SqmPredicate collectionContains(Collection<? super E> collection, SqmExpression<? extends E> elementExpression);
/**
* Whether a basic collection contains an element.
*
* @since 6.4
*/
<E> SqmPredicate collectionContains(Collection<? super E> collection, E element);
/**
* Whether a basic collection contains a nullable element.
*
* @since 6.4
*/
<E> SqmPredicate collectionContainsNullable(SqmExpression<? extends Collection<? super E>> collectionExpression, SqmExpression<? extends E> elementExpression);
/**
* Whether a basic collection contains a nullable element.
*
* @since 6.4
*/
<E> SqmPredicate collectionContainsNullable(SqmExpression<? extends Collection<? super E>> collectionExpression, E element);
/**
* Whether a basic collection contains a nullable element.
*
* @since 6.4
*/
<E> SqmPredicate collectionContainsNullable(Collection<? super E> collection, SqmExpression<? extends E> elementExpression);
/**
* Whether a basic collection contains a nullable element.
*
* @since 6.4
*/
<E> SqmPredicate collectionContainsNullable(Collection<? super E> collection, E element);
/**
* Whether a basic collection contains another basic collection.
*
* @since 6.4
*/
<E> SqmPredicate collectionContainsAll(SqmExpression<? extends Collection<? extends E>> collectionExpression, SqmExpression<? extends Collection<? extends E>> subCollectionExpression);
/**
* Whether a basic collection contains another basic collection.
*
* @since 6.4
*/
<E> SqmPredicate collectionContainsAll(SqmExpression<? extends Collection<? extends E>> collectionExpression, Collection<? extends E> subCollection);
/**
* Whether a basic collection contains another basic collection.
*
* @since 6.4
*/
<E> SqmPredicate collectionContainsAll(Collection<? extends E> collection, SqmExpression<? extends Collection<? extends E>> subArrayExpression);
/**
* Whether a basic collection contains another basic collection.
*
* @since 6.4
*/
<E> SqmPredicate collectionContainsAll(Collection<? extends E> collection, Collection<? extends E> subCollection);
/**
* Whether a basic collection contains another basic collection with nullable elements.
*
* @since 6.4
*/
<E> SqmPredicate collectionContainsAllNullable(SqmExpression<? extends Collection<? extends E>> collectionExpression, SqmExpression<? extends Collection<? extends E>> subCollectionExpression);
/**
* Whether a basic collection contains another basic collection with nullable elements.
*
* @since 6.4
*/
<E> SqmPredicate collectionContainsAllNullable(SqmExpression<? extends Collection<? extends E>> collectionExpression, Collection<? extends E> subCollection);
/**
* Whether a basic collection contains another basic collection with nullable elements.
*
* @since 6.4
*/
<E> SqmPredicate collectionContainsAllNullable(Collection<? extends E> collection, SqmExpression<? extends Collection<? extends E>> subCollectionExpression);
/**
* Whether a basic collection contains another basic collection with nullable elements.
*
* @since 6.4
*/
<E> SqmPredicate collectionContainsAllNullable(Collection<? extends E> collection, Collection<? extends E> subCollection);
/**
* Whether one basic collection has any elements common with another basic collection.
*
* @since 6.4
*/
<E> SqmPredicate collectionOverlaps(SqmExpression<? extends Collection<? extends E>> collectionExpression1, SqmExpression<? extends Collection<? extends E>> collectionExpression2);
/**
* Whether one basic collection has any elements common with another basic collection.
*
* @since 6.4
*/
<E> SqmPredicate collectionOverlaps(SqmExpression<? extends Collection<? extends E>> collectionExpression1, Collection<? extends E> collection2);
/**
* Whether one basic collection has any elements common with another basic collection.
*
* @since 6.4
*/
<E> SqmPredicate collectionOverlaps(Collection<? extends E> collection1, SqmExpression<? extends Collection<? extends E>> collectionExpression2);
/**
* Whether one basic collection has any elements common with another basic collection.
*
* @since 6.4
*/
<E> SqmPredicate collectionOverlaps(Collection<? extends E> collection1, Collection<? extends E> collection2);
/**
* Whether one basic collection has any elements common with another basic collection, supporting {@code null} elements.
*
* @since 6.4
*/
<E> SqmPredicate collectionOverlapsNullable(SqmExpression<? extends Collection<? extends E>> collectionExpression1, SqmExpression<? extends Collection<? extends E>> collectionExpression2);
/**
* Whether one basic collection has any elements common with another basic collection, supporting {@code null} elements.
*
* @since 6.4
*/
<E> SqmPredicate collectionOverlapsNullable(SqmExpression<? extends Collection<? extends E>> collectionExpression1, Collection<? extends E> collection2);
/**
* Whether one basic collection has any elements common with another basic collection, supporting {@code null} elements.
*
* @since 6.4
*/
<E> SqmPredicate collectionOverlapsNullable(Collection<? extends E> collection1, SqmExpression<? extends Collection<? extends E>> collectionExpression2);
/**
* Whether one basic collection has any elements common with another basic collection, supporting {@code null} elements.
*
* @since 6.4
*/
<E> SqmPredicate collectionOverlapsNullable(Collection<? extends E> collection1, Collection<? extends E> collection2);
/**
* Accesses the element of the basic collection by 1-based index.
*
* @since 6.4
*/
<E> SqmExpression<E> collectionGet(SqmExpression<? extends Collection<E>> collectionExpression, SqmExpression<Integer> indexExpression);
/**
* Accesses the element of the basic collection by 1-based index.
*
* @since 6.4
*/
<E> SqmExpression<E> collectionGet(SqmExpression<? extends Collection<E>> collectionExpression, Integer index);
/**
* Accesses the element of the basic collection by 1-based index.
*
* @since 6.4
*/
<E> SqmExpression<E> collectionGet(Collection<E> collection, SqmExpression<Integer> indexExpression);
/**
* Accesses the element of the basic collection by 1-based index.
*
* @since 6.4
*/
<E> SqmExpression<E> collectionGet(Collection<E> collection, Integer index);
/**
* Creates basic collection copy with given element at given 1-based index.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionSet(SqmExpression<C> collectionExpression, SqmExpression<Integer> indexExpression, SqmExpression<? extends E> elementExpression);
/**
* Creates basic collection copy with given element at given 1-based index.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionSet(SqmExpression<C> collectionExpression, SqmExpression<Integer> indexExpression, E element);
/**
* Creates basic collection copy with given element at given 1-based index.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionSet(SqmExpression<C> collectionExpression, Integer index, SqmExpression<? extends E> elementExpression);
/**
* Creates basic collection copy with given element at given 1-based index.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionSet(SqmExpression<C> collectionExpression, Integer index, E element);
/**
* Creates basic collection copy with given element at given 1-based index.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionSet(C collection, SqmExpression<Integer> indexExpression, SqmExpression<? extends E> elementExpression);
/**
* Creates basic collection copy with given element at given 1-based index.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionSet(C collection, SqmExpression<Integer> indexExpression, E element);
/**
* Creates basic collection copy with given element at given 1-based index.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionSet(C collection, Integer index, SqmExpression<? extends E> elementExpression);
/**
* Creates basic collection copy with given element at given 1-based index.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionSet(C collection, Integer index, E element);
/**
* Creates basic collection copy with given element removed.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionRemove(SqmExpression<C> collectionExpression, SqmExpression<? extends E> elementExpression);
/**
* Creates basic collection copy with given element removed.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionRemove(SqmExpression<C> collectionExpression, E element);
/**
* Creates basic collection copy with given element removed.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionRemove(C collection, SqmExpression<? extends E> elementExpression);
/**
* Creates basic collection copy with given element removed.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionRemove(C collection, E element);
/**
* Creates basic collection copy with the element at the given 1-based index removed.
*
* @since 6.4
*/
<C extends Collection<?>> SqmExpression<C> collectionRemoveIndex(SqmExpression<C> collectionExpression, SqmExpression<Integer> indexExpression);
/**
* Creates basic collection copy with the element at the given 1-based index removed.
*
* @since 6.4
*/
<C extends Collection<?>> SqmExpression<C> collectionRemoveIndex(SqmExpression<C> collectionExpression, Integer index);
/**
* Creates basic collection copy with the element at the given 1-based index removed.
*
* @since 6.4
*/
<C extends Collection<?>> SqmExpression<C> collectionRemoveIndex(C collection, SqmExpression<Integer> indexExpression);
/**
* Creates basic collection copy with the element at the given 1-based index removed.
*
* @since 6.4
*/
<C extends Collection<?>> SqmExpression<C> collectionRemoveIndex(C collection, Integer index);
/**
* Creates a sub-collection of the based on 1-based lower and upper index.
* Both indexes are inclusive.
*
* @since 6.4
*/
<C extends Collection<?>> SqmExpression<C> collectionSlice(SqmExpression<C> collectionExpression, SqmExpression<Integer> lowerIndexExpression, SqmExpression<Integer> upperIndexExpression);
/**
* Creates a sub-collection of the based on 1-based lower and upper index.
* Both indexes are inclusive.
*
* @since 6.4
*/
<C extends Collection<?>> SqmExpression<C> collectionSlice(SqmExpression<C> collectionExpression, SqmExpression<Integer> lowerIndexExpression, Integer upperIndex);
/**
* Creates a sub-collection of the based on 1-based lower and upper index.
* Both indexes are inclusive.
*
* @since 6.4
*/
<C extends Collection<?>> SqmExpression<C> collectionSlice(SqmExpression<C> collectionExpression, Integer lowerIndex, SqmExpression<Integer> upperIndexExpression);
/**
* Creates a sub-collection of the based on 1-based lower and upper index.
* Both indexes are inclusive.
*
* @since 6.4
*/
<C extends Collection<?>> SqmExpression<C> collectionSlice(SqmExpression<C> collectionExpression, Integer lowerIndex, Integer upperIndex);
/**
* Creates a sub-collection of the based on 1-based lower and upper index.
* Both indexes are inclusive.
*
* @since 6.4
*/
<C extends Collection<?>> SqmExpression<C> collectionSlice(C collection, SqmExpression<Integer> lowerIndexExpression, SqmExpression<Integer> upperIndexExpression);
/**
* Creates a sub-collection of the based on 1-based lower and upper index.
* Both indexes are inclusive.
*
* @since 6.4
*/
<C extends Collection<?>> SqmExpression<C> collectionSlice(C collection, SqmExpression<Integer> lowerIndexExpression, Integer upperIndex);
/**
* Creates a sub-collection of the based on 1-based lower and upper index.
* Both indexes are inclusive.
*
* @since 6.4
*/
<C extends Collection<?>> SqmExpression<C> collectionSlice(C collection, Integer lowerIndex, SqmExpression<Integer> upperIndexExpression);
/**
* Creates a sub-collection of the based on 1-based lower and upper index.
* Both indexes are inclusive.
*
* @since 6.4
*/
<C extends Collection<?>> SqmExpression<C> collectionSlice(C collection, Integer lowerIndex, Integer upperIndex);
/**
* Creates basic collection copy replacing a given element with another.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionReplace(SqmExpression<C> collectionExpression, SqmExpression<? extends E> oldElementExpression, SqmExpression<? extends E> newElementExpression);
/**
* Creates basic collection copy replacing a given element with another.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionReplace(SqmExpression<C> collectionExpression, SqmExpression<? extends E> oldElementExpression, E newElement);
/**
* Creates basic collection copy replacing a given element with another.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionReplace(SqmExpression<C> collectionExpression, E oldElement, SqmExpression<? extends E> newElementExpression);
/**
* Creates basic collection copy replacing a given element with another.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionReplace(SqmExpression<C> collectionExpression, E oldElement, E newElement);
/**
* Creates basic collection copy replacing a given element with another.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionReplace(C collection, SqmExpression<? extends E> oldElementExpression, SqmExpression<? extends E> newElementExpression);
/**
* Creates basic collection copy replacing a given element with another.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionReplace(C collection, SqmExpression<? extends E> oldElementExpression, E newElement);
/**
* Creates basic collection copy replacing a given element with another.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionReplace(C collection, E oldElement, SqmExpression<? extends E> newElementExpression);
/**
* Creates basic collection copy replacing a given element with another.
*
* @since 6.4
*/
<E, C extends Collection<? super E>> SqmExpression<C> collectionReplace(C collection, E oldElement, E newElement);
// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// Covariant overrides // Covariant overrides

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@ -4374,4 +4374,834 @@ public class SqmCriteriaNodeBuilder implements NodeBuilder, SqmCreationContext,
queryEngine queryEngine
); );
} }
// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// Array functions for collection types
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionLiteral(E... elements) {
return getFunctionDescriptor( "array" ).generateSqmExpression(
literals( elements ),
null,
queryEngine
);
}
@Override
public <E> SqmExpression<Integer> collectionPosition(
SqmExpression<? extends Collection<? extends E>> collectionExpression,
E element) {
return getFunctionDescriptor( "array_position" ).generateSqmExpression(
asList( collectionExpression, value( element ) ),
null,
queryEngine
);
}
@Override
public <E> SqmExpression<Integer> collectionPosition(
SqmExpression<? extends Collection<? extends E>> collectionExpression,
SqmExpression<E> elementExpression) {
return getFunctionDescriptor( "array_position" ).generateSqmExpression(
asList( collectionExpression, elementExpression ),
null,
queryEngine
);
}
@Override
public SqmExpression<Integer> collectionLength(SqmExpression<? extends Collection<?>> collectionExpression) {
return getFunctionDescriptor( "array_length" ).generateSqmExpression(
asList( collectionExpression ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionConcat(
SqmExpression<C> collectionExpression1,
SqmExpression<? extends Collection<? extends E>> collectionExpression2) {
return getFunctionDescriptor( "array_concat" ).generateSqmExpression(
asList( collectionExpression1, collectionExpression2 ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionConcat(
SqmExpression<C> collectionExpression1,
Collection<? extends E> collection2) {
return getFunctionDescriptor( "array_concat" ).generateSqmExpression(
asList( collectionExpression1, value( collection2, collectionExpression1 ) ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionConcat(
C collection1,
SqmExpression<? extends Collection<? extends E>> collectionExpression2) {
return getFunctionDescriptor( "array_concat" ).generateSqmExpression(
asList( value( collection1, collectionExpression2 ), collectionExpression2 ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionConcat(
C collection1,
Collection<? extends E> collection2) {
return getFunctionDescriptor( "array_concat" ).generateSqmExpression(
asList( value( collection1 ), value( collection2 ) ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionAppend(
SqmExpression<C> collectionExpression,
SqmExpression<? extends E> elementExpression) {
return getFunctionDescriptor( "array_append" ).generateSqmExpression(
asList( collectionExpression, elementExpression ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionAppend(
SqmExpression<C> collectionExpression,
E element) {
return getFunctionDescriptor( "array_append" ).generateSqmExpression(
asList( collectionExpression, value( element ) ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionAppend(
C collection,
SqmExpression<? extends E> elementExpression) {
return getFunctionDescriptor( "array_append" ).generateSqmExpression(
asList( value( collection ), elementExpression ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionAppend(C collection, E element) {
return getFunctionDescriptor( "array_append" ).generateSqmExpression(
asList( value( collection ), value( element ) ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionPrepend(
SqmExpression<? extends E> elementExpression,
SqmExpression<C> collectionExpression) {
return getFunctionDescriptor( "array_prepend" ).generateSqmExpression(
asList( elementExpression, collectionExpression ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionPrepend(
E element,
SqmExpression<C> collectionExpression) {
return getFunctionDescriptor( "array_prepend" ).generateSqmExpression(
asList( value( element ), collectionExpression ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionPrepend(
SqmExpression<? extends E> elementExpression,
C collection) {
return getFunctionDescriptor( "array_prepend" ).generateSqmExpression(
asList( elementExpression, value( collection ) ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionPrepend(E element, C collection) {
return getFunctionDescriptor( "array_prepend" ).generateSqmExpression(
asList( value( element ), value( collection ) ),
null,
queryEngine
);
}
@Override
public <E> SqmPredicate collectionContains(
SqmExpression<? extends Collection<? super E>> collectionExpression,
SqmExpression<? extends E> elementExpression) {
return isTrue( getFunctionDescriptor( "array_contains" ).generateSqmExpression(
asList( collectionExpression, elementExpression ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionContains(
SqmExpression<? extends Collection<? super E>> collectionExpression,
E element) {
return isTrue( getFunctionDescriptor( "array_contains" ).generateSqmExpression(
asList( collectionExpression, value( element ) ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionContains(
Collection<? super E> collection,
SqmExpression<? extends E> elementExpression) {
return isTrue( getFunctionDescriptor( "array_contains" ).generateSqmExpression(
asList( value( collection ), elementExpression ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionContains(Collection<? super E> collection, E element) {
return isTrue( getFunctionDescriptor( "array_contains" ).generateSqmExpression(
asList( value( collection ), value( element ) ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionContainsNullable(
SqmExpression<? extends Collection<? super E>> collectionExpression,
SqmExpression<? extends E> elementExpression) {
return isTrue( getFunctionDescriptor( "array_contains_nullable" ).generateSqmExpression(
asList( collectionExpression, elementExpression ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionContainsNullable(
SqmExpression<? extends Collection<? super E>> collectionExpression,
E element) {
return isTrue( getFunctionDescriptor( "array_contains_nullable" ).generateSqmExpression(
asList( collectionExpression, value( element ) ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionContainsNullable(
Collection<? super E> collection,
SqmExpression<? extends E> elementExpression) {
return isTrue( getFunctionDescriptor( "array_contains_nullable" ).generateSqmExpression(
asList( value( collection ), elementExpression ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionContainsNullable(Collection<? super E> collection, E element) {
return isTrue( getFunctionDescriptor( "array_contains_nullable" ).generateSqmExpression(
asList( value( collection ), value( element ) ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionContainsAll(
SqmExpression<? extends Collection<? extends E>> collectionExpression,
SqmExpression<? extends Collection<? extends E>> subCollectionExpression) {
return isTrue( getFunctionDescriptor( "array_contains" ).generateSqmExpression(
asList( collectionExpression, subCollectionExpression ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionContainsAll(
SqmExpression<? extends Collection<? extends E>> collectionExpression,
Collection<? extends E> subCollection) {
return isTrue( getFunctionDescriptor( "array_contains" ).generateSqmExpression(
asList( collectionExpression, value( subCollection, collectionExpression ) ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionContainsAll(
Collection<? extends E> collection,
SqmExpression<? extends Collection<? extends E>> subArrayExpression) {
return isTrue( getFunctionDescriptor( "array_contains" ).generateSqmExpression(
asList( value( collection, subArrayExpression ), subArrayExpression ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionContainsAll(Collection<? extends E> collection, Collection<? extends E> subCollection) {
return isTrue( getFunctionDescriptor( "array_contains" ).generateSqmExpression(
asList( value( collection ), value( subCollection ) ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionContainsAllNullable(
SqmExpression<? extends Collection<? extends E>> collectionExpression,
SqmExpression<? extends Collection<? extends E>> subCollectionExpression) {
return isTrue( getFunctionDescriptor( "array_contains_nullable" ).generateSqmExpression(
asList( collectionExpression, subCollectionExpression ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionContainsAllNullable(
SqmExpression<? extends Collection<? extends E>> collectionExpression,
Collection<? extends E> subCollection) {
return isTrue( getFunctionDescriptor( "array_contains_nullable" ).generateSqmExpression(
asList( collectionExpression, value( subCollection, collectionExpression ) ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionContainsAllNullable(
Collection<? extends E> collection,
SqmExpression<? extends Collection<? extends E>> subCollectionExpression) {
return isTrue( getFunctionDescriptor( "array_contains_nullable" ).generateSqmExpression(
asList( value( collection, subCollectionExpression ), subCollectionExpression ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionContainsAllNullable(
Collection<? extends E> collection,
Collection<? extends E> subCollection) {
return isTrue( getFunctionDescriptor( "array_contains_nullable" ).generateSqmExpression(
asList( value( collection ), value( subCollection ) ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionOverlaps(
SqmExpression<? extends Collection<? extends E>> collectionExpression1,
SqmExpression<? extends Collection<? extends E>> collectionExpression2) {
return isTrue( getFunctionDescriptor( "array_overlaps" ).generateSqmExpression(
asList( collectionExpression1, collectionExpression2 ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionOverlaps(
SqmExpression<? extends Collection<? extends E>> collectionExpression1,
Collection<? extends E> collection2) {
return isTrue( getFunctionDescriptor( "array_overlaps" ).generateSqmExpression(
asList( collectionExpression1, value( collection2, collectionExpression1 ) ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionOverlaps(
Collection<? extends E> collection1,
SqmExpression<? extends Collection<? extends E>> collectionExpression2) {
return isTrue( getFunctionDescriptor( "array_overlaps" ).generateSqmExpression(
asList( value( collection1, collectionExpression2 ), collectionExpression2 ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionOverlaps(Collection<? extends E> collection1, Collection<? extends E> collection2) {
return isTrue( getFunctionDescriptor( "array_overlaps" ).generateSqmExpression(
asList( value( collection1 ), value( collection2 ) ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionOverlapsNullable(
SqmExpression<? extends Collection<? extends E>> collectionExpression1,
SqmExpression<? extends Collection<? extends E>> collectionExpression2) {
return isTrue( getFunctionDescriptor( "array_overlaps_nullable" ).generateSqmExpression(
asList( collectionExpression1, collectionExpression2 ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionOverlapsNullable(
SqmExpression<? extends Collection<? extends E>> collectionExpression1,
Collection<? extends E> collection2) {
return isTrue( getFunctionDescriptor( "array_overlaps_nullable" ).generateSqmExpression(
asList( collectionExpression1, value( collection2, collectionExpression1 ) ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionOverlapsNullable(
Collection<? extends E> collection1,
SqmExpression<? extends Collection<? extends E>> collectionExpression2) {
return isTrue( getFunctionDescriptor( "array_overlaps_nullable" ).generateSqmExpression(
asList( value( collection1, collectionExpression2 ), collectionExpression2 ),
null,
queryEngine
) );
}
@Override
public <E> SqmPredicate collectionOverlapsNullable(Collection<? extends E> collection1, Collection<? extends E> collection2) {
return isTrue( getFunctionDescriptor( "array_overlaps_nullable" ).generateSqmExpression(
asList( value( collection1 ), value( collection2 ) ),
null,
queryEngine
) );
}
@Override
public <E> SqmExpression<E> collectionGet(
SqmExpression<? extends Collection<E>> collectionExpression,
SqmExpression<Integer> indexExpression) {
return getFunctionDescriptor( "array_get" ).generateSqmExpression(
asList( collectionExpression, indexExpression ),
null,
queryEngine
);
}
@Override
public <E> SqmExpression<E> collectionGet(SqmExpression<? extends Collection<E>> collectionExpression, Integer index) {
return getFunctionDescriptor( "array_get" ).generateSqmExpression(
asList( collectionExpression, value( index ) ),
null,
queryEngine
);
}
@Override
public <E> SqmExpression<E> collectionGet(Collection<E> collection, SqmExpression<Integer> indexExpression) {
return getFunctionDescriptor( "array_get" ).generateSqmExpression(
asList( value( collection ), indexExpression ),
null,
queryEngine
);
}
@Override
public <E> SqmExpression<E> collectionGet(Collection<E> collection, Integer index) {
return getFunctionDescriptor( "array_get" ).generateSqmExpression(
asList( value( collection ), value( index ) ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionSet(
SqmExpression<C> collectionExpression,
SqmExpression<Integer> indexExpression,
SqmExpression<? extends E> elementExpression) {
return getFunctionDescriptor( "array_set" ).generateSqmExpression(
asList( collectionExpression, indexExpression, elementExpression ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionSet(
SqmExpression<C> collectionExpression,
SqmExpression<Integer> indexExpression,
E element) {
return getFunctionDescriptor( "array_set" ).generateSqmExpression(
asList( collectionExpression, indexExpression, value( element ) ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionSet(
SqmExpression<C> collectionExpression,
Integer index,
SqmExpression<? extends E> elementExpression) {
return getFunctionDescriptor( "array_set" ).generateSqmExpression(
asList( collectionExpression, value( index ), elementExpression ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionSet(
SqmExpression<C> collectionExpression,
Integer index,
E element) {
return getFunctionDescriptor( "array_set" ).generateSqmExpression(
asList( collectionExpression, value( index ), value( element ) ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionSet(
C collection,
SqmExpression<Integer> indexExpression,
SqmExpression<? extends E> elementExpression) {
return getFunctionDescriptor( "array_set" ).generateSqmExpression(
asList( value( collection ), indexExpression, elementExpression ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionSet(
C collection,
SqmExpression<Integer> indexExpression,
E element) {
return getFunctionDescriptor( "array_set" ).generateSqmExpression(
asList( value( collection ), indexExpression, value( element ) ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionSet(
C collection,
Integer index,
SqmExpression<? extends E> elementExpression) {
return getFunctionDescriptor( "array_set" ).generateSqmExpression(
asList( value( collection ), value( index ), elementExpression ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionSet(C collection, Integer index, E element) {
return getFunctionDescriptor( "array_set" ).generateSqmExpression(
asList( value( collection ), value( index ), value( element ) ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionRemove(
SqmExpression<C> collectionExpression,
SqmExpression<? extends E> elementExpression) {
return getFunctionDescriptor( "array_remove" ).generateSqmExpression(
asList( collectionExpression, elementExpression ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionRemove(
SqmExpression<C> collectionExpression,
E element) {
return getFunctionDescriptor( "array_remove" ).generateSqmExpression(
asList( collectionExpression, value( element ) ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionRemove(
C collection,
SqmExpression<? extends E> elementExpression) {
return getFunctionDescriptor( "array_remove" ).generateSqmExpression(
asList( value( collection ), elementExpression ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionRemove(C collection, E element) {
return getFunctionDescriptor( "array_remove" ).generateSqmExpression(
asList( value( collection ), value( element ) ),
null,
queryEngine
);
}
@Override
public <C extends Collection<?>> SqmExpression<C> collectionRemoveIndex(
SqmExpression<C> collectionExpression,
SqmExpression<Integer> indexExpression) {
return getFunctionDescriptor( "array_remove_index" ).generateSqmExpression(
asList( collectionExpression, indexExpression ),
null,
queryEngine
);
}
@Override
public <C extends Collection<?>> SqmExpression<C> collectionRemoveIndex(
SqmExpression<C> collectionExpression,
Integer index) {
return getFunctionDescriptor( "array_remove_index" ).generateSqmExpression(
asList( collectionExpression, value( index ) ),
null,
queryEngine
);
}
@Override
public <C extends Collection<?>> SqmExpression<C> collectionRemoveIndex(
C collection,
SqmExpression<Integer> indexExpression) {
return getFunctionDescriptor( "array_remove_index" ).generateSqmExpression(
asList( value( collection ), indexExpression ),
null,
queryEngine
);
}
@Override
public <C extends Collection<?>> SqmExpression<C> collectionRemoveIndex(C collection, Integer index) {
return getFunctionDescriptor( "array_remove_index" ).generateSqmExpression(
asList( value( collection ), value( index ) ),
null,
queryEngine
);
}
@Override
public <C extends Collection<?>> SqmExpression<C> collectionSlice(
SqmExpression<C> collectionExpression,
SqmExpression<Integer> lowerIndexExpression,
SqmExpression<Integer> upperIndexExpression) {
return getFunctionDescriptor( "array_slice" ).generateSqmExpression(
asList( collectionExpression, lowerIndexExpression, upperIndexExpression ),
null,
queryEngine
);
}
@Override
public <C extends Collection<?>> SqmExpression<C> collectionSlice(
SqmExpression<C> collectionExpression,
SqmExpression<Integer> lowerIndexExpression,
Integer upperIndex) {
return getFunctionDescriptor( "array_slice" ).generateSqmExpression(
asList( collectionExpression, lowerIndexExpression, value( upperIndex ) ),
null,
queryEngine
);
}
@Override
public <C extends Collection<?>> SqmExpression<C> collectionSlice(
SqmExpression<C> collectionExpression,
Integer lowerIndex,
SqmExpression<Integer> upperIndexExpression) {
return getFunctionDescriptor( "array_slice" ).generateSqmExpression(
asList( collectionExpression, value( lowerIndex ), upperIndexExpression ),
null,
queryEngine
);
}
@Override
public <C extends Collection<?>> SqmExpression<C> collectionSlice(
SqmExpression<C> collectionExpression,
Integer lowerIndex,
Integer upperIndex) {
return getFunctionDescriptor( "array_slice" ).generateSqmExpression(
asList( collectionExpression, value( lowerIndex ), value( upperIndex ) ),
null,
queryEngine
);
}
@Override
public <C extends Collection<?>> SqmExpression<C> collectionSlice(
C collection,
SqmExpression<Integer> lowerIndexExpression,
SqmExpression<Integer> upperIndexExpression) {
return getFunctionDescriptor( "array_slice" ).generateSqmExpression(
asList( value( collection ), lowerIndexExpression, upperIndexExpression ),
null,
queryEngine
);
}
@Override
public <C extends Collection<?>> SqmExpression<C> collectionSlice(
C collection,
SqmExpression<Integer> lowerIndexExpression,
Integer upperIndex) {
return getFunctionDescriptor( "array_slice" ).generateSqmExpression(
asList( value( collection ), lowerIndexExpression, value( upperIndex ) ),
null,
queryEngine
);
}
@Override
public <C extends Collection<?>> SqmExpression<C> collectionSlice(
C collection,
Integer lowerIndex,
SqmExpression<Integer> upperIndexExpression) {
return getFunctionDescriptor( "array_slice" ).generateSqmExpression(
asList( value( collection ), value( lowerIndex ), upperIndexExpression ),
null,
queryEngine
);
}
@Override
public <C extends Collection<?>> SqmExpression<C> collectionSlice(C collection, Integer lowerIndex, Integer upperIndex) {
return getFunctionDescriptor( "array_slice" ).generateSqmExpression(
asList( value( collection ), value( lowerIndex ), value( upperIndex ) ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionReplace(
SqmExpression<C> collectionExpression,
SqmExpression<? extends E> oldElementExpression,
SqmExpression<? extends E> newElementExpression) {
return getFunctionDescriptor( "array_replace" ).generateSqmExpression(
asList( collectionExpression, oldElementExpression, newElementExpression ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionReplace(
SqmExpression<C> collectionExpression,
SqmExpression<? extends E> oldElementExpression,
E newElement) {
return getFunctionDescriptor( "array_replace" ).generateSqmExpression(
asList( collectionExpression, oldElementExpression, value( newElement ) ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionReplace(
SqmExpression<C> collectionExpression,
E oldElement,
SqmExpression<? extends E> newElementExpression) {
return getFunctionDescriptor( "array_replace" ).generateSqmExpression(
asList( collectionExpression, value( oldElement ), newElementExpression ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionReplace(
SqmExpression<C> collectionExpression,
E oldElement,
E newElement) {
return getFunctionDescriptor( "array_replace" ).generateSqmExpression(
asList( collectionExpression, value( oldElement ), value( newElement ) ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionReplace(
C collection,
SqmExpression<? extends E> oldElementExpression,
SqmExpression<? extends E> newElementExpression) {
return getFunctionDescriptor( "array_replace" ).generateSqmExpression(
asList( value( collection ), oldElementExpression, newElementExpression ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionReplace(
C collection,
SqmExpression<? extends E> oldElementExpression,
E newElement) {
return getFunctionDescriptor( "array_replace" ).generateSqmExpression(
asList( value( collection ), oldElementExpression, value( newElement ) ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionReplace(
C collection,
E oldElement,
SqmExpression<? extends E> newElementExpression) {
return getFunctionDescriptor( "array_replace" ).generateSqmExpression(
asList( value( collection ), value( oldElement ), newElementExpression ),
null,
queryEngine
);
}
@Override
public <E, C extends Collection<? super E>> SqmExpression<C> collectionReplace(
C collection,
E oldElement,
E newElement) {
return getFunctionDescriptor( "array_replace" ).generateSqmExpression(
asList( value( collection ), value( oldElement ), value( newElement ) ),
null,
queryEngine
);
}
} }