Package io.objectbox.query

Class QueryBuilder<T>

java.lang.Object

io.objectbox.query.QueryBuilder<T>

Type Parameters:

T - Entity class for which the Query is built.

public class QueryBuilder<T>
extends Object

Builds a Query using conditions which can then be used to return a list of matching Objects.

A simple example:

 userBox.query()
     .equal(User_.firstName, "Joe", StringOrder.CASE_SENSITIVE)
     .order(User_.lastName)
     .build()
     .find()
 

To add a condition use the appropriate method, for example equal(Property, String, StringOrder) or isNull(Property). To order results use order(Property) and its related methods.

Use build() to create a Query object, which is used to actually get the results.

Note: by default Query returns full Objects. To return only values or an aggregate value for a single Property, use Query.property(Property).

See the Queries documentation for details.

Nested Class Summary

Nested Classes

Modifier and Type	Class	Description
static enum	QueryBuilder.StringOrder

Field Summary

Fields

Modifier and Type	Field	Description
static final int	CASE_SENSITIVE	Makes upper case letters (e.g.
static final int	DESCENDING	Reverts the order from ascending (default) to descending.
static final int	NULLS_LAST	null values will be put last.
static final int	NULLS_ZERO	null values should be treated equal to zero (scalars only).
static final int	UNSIGNED	For scalars only: changes the comparison to unsigned (default is signed).

Constructor Summary

Constructors

Constructor	Description
QueryBuilder(Box<T> box, long storeHandle, String entityName)

Method Summary

Modifier and Type	Method	Description
QueryBuilder<T>	and()	And AND changes how conditions are combined using a following OR.
QueryBuilder<T>	apply(QueryCondition<T> queryCondition)	Applies the given query conditions and returns the builder for further customization, such as result order.
<TARGET> QueryBuilder<TARGET>	backlink(RelationInfo<TARGET,?> relationInfo)	Creates a backlink (reversed link) to another entity, for which you also can describe conditions using the returned builder.
QueryBuilder<T>	between(Property<T> property, double value1, double value2)	Note: New code should use the new query API.
QueryBuilder<T>	between(Property<T> property, long value1, long value2)	Note: New code should use the new query API.
QueryBuilder<T>	between(Property<T> property, Date value1, Date value2)	Note: New code should use the new query API.
Query<T>	build()	Builds the query and closes this QueryBuilder.
void	close()	Close this query builder and free used resources.
QueryBuilder<T>	contains(Property<T> property, String value, QueryBuilder.StringOrder order)	Note: New code should use the new query API.
QueryBuilder<T>	containsElement(Property<T> property, String value, QueryBuilder.StringOrder order)	Note: New code should use the new query API.
QueryBuilder<T>	containsKeyValue(Property<T> property, String key, String value, QueryBuilder.StringOrder order)	Deprecated. Use Property.equalKeyValue(String, String, StringOrder) with the new query API instead.
QueryBuilder<T>	eager(int limit, RelationInfo relationInfo, RelationInfo... more)	Like eager(RelationInfo, RelationInfo[]), but limits eager loading to the given count.
QueryBuilder<T>	eager(RelationInfo relationInfo, RelationInfo... more)	Specifies relations that should be resolved eagerly.
QueryBuilder<T>	endsWith(Property<T> property, String value, QueryBuilder.StringOrder order)	Note: New code should use the new query API.
QueryBuilder<T>	equal(Property<T> property, boolean value)	Note: New code should use the new query API.
QueryBuilder<T>	equal(Property<T> property, byte[] value)	Note: New code should use the new query API.
QueryBuilder<T>	equal(Property<T> property, double value, double tolerance)	Note: New code should use the new query API.
QueryBuilder<T>	equal(Property<T> property, long value)	Note: New code should use the new query API.
QueryBuilder<T>	equal(Property<T> property, String value, QueryBuilder.StringOrder order)	Note: New code should use the new query API.
QueryBuilder<T>	equal(Property<T> property, Date value)	Note: New code should use the new query API.
QueryBuilder<T>	equalKeyValue(Property<T> property, String key, double value)	Note: Use Property.equalKeyValue(String, double) with the new query API instead.
QueryBuilder<T>	equalKeyValue(Property<T> property, String key, long value)	Note: Use Property.equalKeyValue(String, long) with the new query API instead.
QueryBuilder<T>	equalKeyValue(Property<T> property, String key, String value, QueryBuilder.StringOrder order)	Note: Use Property.equalKeyValue(String, String, StringOrder) with the new query API instead.
QueryBuilder<T>	filter(QueryFilter<T> filter)	Sets a filter that executes on primary query results (returned from the db core) on a Java level.
protected void	finalize()	Typically build() is called on this which calls close() and avoids expensive finalization here.
QueryBuilder<T>	greater(Property<T> property, byte[] value)	Note: New code should use the new query API.
QueryBuilder<T>	greater(Property<T> property, double value)	Note: New code should use the new query API.
QueryBuilder<T>	greater(Property<T> property, long value)	Note: New code should use the new query API.
QueryBuilder<T>	greater(Property<T> property, String value, QueryBuilder.StringOrder order)	Note: New code should use the new query API.
QueryBuilder<T>	greater(Property<T> property, Date value)	Note: New code should use the new query API.
QueryBuilder<T>	greaterKeyValue(Property<T> property, String key, double value)	Note: Use Property.greaterKeyValue(String, double) with the new query API instead.
QueryBuilder<T>	greaterKeyValue(Property<T> property, String key, long value)	Note: Use Property.greaterOrEqualKeyValue(String, long) (String, String, StringOrder)} with the new query API instead.
QueryBuilder<T>	greaterKeyValue(Property<T> property, String key, String value, QueryBuilder.StringOrder order)	Note: Use Property.greaterKeyValue(String, String, StringOrder) with the new query API instead.
QueryBuilder<T>	greaterOrEqual(Property<T> property, byte[] value)	Note: New code should use the new query API.
QueryBuilder<T>	greaterOrEqual(Property<T> property, double value)	Note: New code should use the new query API.
QueryBuilder<T>	greaterOrEqual(Property<T> property, long value)	Note: New code should use the new query API.
QueryBuilder<T>	greaterOrEqual(Property<T> property, String value, QueryBuilder.StringOrder order)	Note: New code should use the new query API.
QueryBuilder<T>	greaterOrEqual(Property<T> property, Date value)	Note: New code should use the new query API.
QueryBuilder<T>	greaterOrEqualKeyValue(Property<T> property, String key, double value)	Note: Use Property.greaterOrEqualKeyValue(String, double) with the new query API instead.
QueryBuilder<T>	greaterOrEqualKeyValue(Property<T> property, String key, long value)	Note: Use Property.greaterOrEqualKeyValue(String, long) with the new query API instead.
QueryBuilder<T>	greaterOrEqualKeyValue(Property<T> property, String key, String value, QueryBuilder.StringOrder order)	Note: Use Property.greaterOrEqualKeyValue(String, String, StringOrder) with the new query API instead.
QueryBuilder<T>	in(Property<T> property, int[] values)	Note: New code should use the new query API.
QueryBuilder<T>	in(Property<T> property, long[] values)	Note: New code should use the new query API.
QueryBuilder<T>	in(Property<T> property, String[] values, QueryBuilder.StringOrder order)	Note: New code should use the new query API.
QueryBuilder<T>	isNull(Property<T> property)	Note: New code should use the new query API.
QueryBuilder<T>	less(Property<T> property, byte[] value)	Note: New code should use the new query API.
QueryBuilder<T>	less(Property<T> property, double value)	Note: New code should use the new query API.
QueryBuilder<T>	less(Property<T> property, long value)	Note: New code should use the new query API.
QueryBuilder<T>	less(Property<T> property, String value, QueryBuilder.StringOrder order)	Note: New code should use the new query API.
QueryBuilder<T>	less(Property<T> property, Date value)	Note: New code should use the new query API.
QueryBuilder<T>	lessKeyValue(Property<T> property, String key, double value)	Note: Use Property.lessKeyValue(String, double) with the new query API instead.
QueryBuilder<T>	lessKeyValue(Property<T> property, String key, long value)	Note: Use Property.lessKeyValue(String, long) with the new query API instead.
QueryBuilder<T>	lessKeyValue(Property<T> property, String key, String value, QueryBuilder.StringOrder order)	Note: Use Property.lessKeyValue(String, String, StringOrder) with the new query API instead.
QueryBuilder<T>	lessOrEqual(Property<T> property, byte[] value)	Note: New code should use the new query API.
QueryBuilder<T>	lessOrEqual(Property<T> property, double value)	Note: New code should use the new query API.
QueryBuilder<T>	lessOrEqual(Property<T> property, long value)	Note: New code should use the new query API.
QueryBuilder<T>	lessOrEqual(Property<T> property, String value, QueryBuilder.StringOrder order)	Note: New code should use the new query API.
QueryBuilder<T>	lessOrEqual(Property<T> property, Date value)	Note: New code should use the new query API.
QueryBuilder<T>	lessOrEqualKeyValue(Property<T> property, String key, double value)	Note: Use Property.lessOrEqualKeyValue(String, double) with the new query API instead.
QueryBuilder<T>	lessOrEqualKeyValue(Property<T> property, String key, long value)	Note: Use Property.lessOrEqualKeyValue(String, long) with the new query API instead.
QueryBuilder<T>	lessOrEqualKeyValue(Property<T> property, String key, String value, QueryBuilder.StringOrder order)	Note: Use Property.lessOrEqualKeyValue(String, String, StringOrder) with the new query API instead.
<TARGET> QueryBuilder<TARGET>	link(RelationInfo<?,TARGET> relationInfo)	Creates a link to another entity, for which you also can describe conditions using the returned builder.
QueryBuilder<T>	nearestNeighbors(Property<T> property, float[] queryVector, int maxResultCount)	Note: New code should use the new query API.
QueryBuilder<T>	notEqual(Property<T> property, boolean value)	Note: New code should use the new query API.
QueryBuilder<T>	notEqual(Property<T> property, long value)	Note: New code should use the new query API.
QueryBuilder<T>	notEqual(Property<T> property, String value, QueryBuilder.StringOrder order)	Note: New code should use the new query API.
QueryBuilder<T>	notEqual(Property<T> property, Date value)	Note: New code should use the new query API.
QueryBuilder<T>	notIn(Property<T> property, int[] values)	Note: New code should use the new query API.
QueryBuilder<T>	notIn(Property<T> property, long[] values)	Note: New code should use the new query API.
QueryBuilder<T>	notNull(Property<T> property)	Note: New code should use the new query API.
QueryBuilder<T>	or()	Combines the previous condition with the following condition with a logical OR.
QueryBuilder<T>	order(Property<T> property)	Specifies given property to be used for sorting.
QueryBuilder<T>	order(Property<T> property, int flags)	Defines the order with which the results are ordered (default: none).
QueryBuilder<T>	orderDesc(Property<T> property)	Specifies given property in descending order to be used for sorting.
QueryBuilder<T>	parameterAlias(String alias)	Note: New code should use the new query API.
QueryBuilder<T>	relationCount(RelationInfo<T,?> relationInfo, int relationCount)	Note: New code should use the new query API.
QueryBuilder<T>	sort(Comparator<T> comparator)
QueryBuilder<T>	startsWith(Property<T> property, String value, QueryBuilder.StringOrder order)	Note: New code should use the new query API.

Methods inherited from class java.lang.Object

clone, equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Details

DESCENDING

public static final int DESCENDING

Reverts the order from ascending (default) to descending.

See Also:

• Constant Field Values

CASE_SENSITIVE

public static final int CASE_SENSITIVE

Makes upper case letters (e.g. "Z") be sorted before lower case letters (e.g. "a"). If not specified, the default is case insensitive for ASCII characters.

See Also:

• Constant Field Values

NULLS_LAST

public static final int NULLS_LAST

null values will be put last. If not specified, by default null values will be put first.

See Also:

• Constant Field Values

NULLS_ZERO

public static final int NULLS_ZERO

null values should be treated equal to zero (scalars only).

See Also:

• Constant Field Values

UNSIGNED

public static final int UNSIGNED

For scalars only: changes the comparison to unsigned (default is signed).

See Also:

• Constant Field Values

Constructor Details

QueryBuilder

@Internal
public QueryBuilder(Box<T> box,
 long storeHandle,
 String entityName)

Method Details

finalize

protected void finalize()
                 throws Throwable

Typically build() is called on this which calls close() and avoids expensive finalization here.

If build() is not called, make sure to explicitly call close().

Overrides:

finalize in class Object

Throws:

Throwable

close

public void close()

Close this query builder and free used resources.

This is not required when calling build().

build

public Query<T> build()

Builds the query and closes this QueryBuilder.

apply

public QueryBuilder<T> apply(QueryCondition<T> queryCondition)

Applies the given query conditions and returns the builder for further customization, such as result order. Build the condition using the properties from your entity underscore classes.

An example with a nested OR condition:

 # Java
 builder.apply(User_.name.equal("Jane")
         .and(User_.age.less(12)
                 .or(User_.status.equal("child"))));

 # Kotlin
 builder.apply(User_.name.equal("Jane")
         and (User_.age.less(12)
         or User_.status.equal("child")))
 

Use Box.query(QueryCondition) as a shortcut for this method.

order

public QueryBuilder<T> order(Property<T> property)

Specifies given property to be used for sorting. Shorthand for order(Property, int) with flags equal to 0.

See Also:

• order(Property, int)
• orderDesc(Property)

orderDesc

public QueryBuilder<T> orderDesc(Property<T> property)

Specifies given property in descending order to be used for sorting. Shorthand for order(Property, int) with flags equal to DESCENDING.

See Also:

• order(Property, int)
• order(Property)

order

public QueryBuilder<T> order(Property<T> property,
 int flags)

Defines the order with which the results are ordered (default: none). You can chain multiple order conditions. The first applied order condition will be the most relevant. Order conditions applied afterwards are only relevant if the preceding ones resulted in value equality.

Example:

queryBuilder.order(Name).orderDesc(YearOfBirth);

Here, "Name" defines the primary sort order. The secondary sort order "YearOfBirth" is only used to compare entries with the same "Name" values.

Parameters:

property - the property defining the order

flags - Bit flags that can be combined using the binary OR operator (|). Available flags are DESCENDING, CASE_SENSITIVE, NULLS_LAST, NULLS_ZERO, and UNSIGNED.

See Also:

• order(Property)
• orderDesc(Property)

sort

public QueryBuilder<T> sort(Comparator<T> comparator)

parameterAlias

public QueryBuilder<T> parameterAlias(String alias)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

Assigns the given alias to the previous condition.

Parameters:

alias - The string alias for use with setParameter(s) methods.

link

public <TARGET> QueryBuilder<TARGET> link(RelationInfo<?,TARGET> relationInfo)

Creates a link to another entity, for which you also can describe conditions using the returned builder.

Note: in relational databases you would use a "join" for this.

Type Parameters:

TARGET - The target entity. For parent/tree like relations, it can be the same type.

Parameters:

relationInfo - Relation meta info (generated)

Returns:

A builder to define query conditions at the target entity side.

backlink

public <TARGET> QueryBuilder<TARGET> backlink(RelationInfo<TARGET,?> relationInfo)

Creates a backlink (reversed link) to another entity, for which you also can describe conditions using the returned builder.

Note: only use this method over link(RelationInfo), if you did not define @Backlink in the entity already.

Note: in relational databases you would use a "join" for this.

Type Parameters:

TARGET - The target entity. For parent/tree like relations, it can be the same type.

Parameters:

relationInfo - Relation meta info (generated) of the original relation (reverse direction)

Returns:

A builder to define query conditions at the target entity side.

eager

public QueryBuilder<T> eager(RelationInfo relationInfo,
 RelationInfo... more)

Specifies relations that should be resolved eagerly. This prepares the given relation objects to be preloaded (cached) avoiding further get operations from the database.

Parameters:

relationInfo - The relation as found in the generated meta info class ("EntityName_") of class T.

more - Supply further relations to be eagerly loaded.

eager

public QueryBuilder<T> eager(int limit,
 RelationInfo relationInfo,
 @Nullable
 RelationInfo... more)

Like eager(RelationInfo, RelationInfo[]), but limits eager loading to the given count.

Parameters:

limit - Count of entities to be eager loaded.

relationInfo - The relation as found in the generated meta info class ("EntityName_") of class T.

more - Supply further relations to be eagerly loaded.

filter

public QueryBuilder<T> filter(QueryFilter<T> filter)

Sets a filter that executes on primary query results (returned from the db core) on a Java level. For efficiency reasons, you should always prefer primary criteria like equal(Property, long) if possible. A filter requires to instantiate full Java objects beforehand, which is less efficient.

The upside of filters is that they allow any complex operation including traversing object graphs, and that filtering is executed along with the query (preferably in a background thread). Use filtering wisely ;-).

Also note, that a filter may only be used along with Query.find() and Query.forEach(QueryConsumer) at this point. Other find methods will throw a exception and aggregate functions will silently ignore the filter.

or

public QueryBuilder<T> or()

Combines the previous condition with the following condition with a logical OR.

Example (querying t-shirts):

 queryBuilder.equal(color, "blue").or().less(price, 30).build() // color is blue OR price < 30
 

and

public QueryBuilder<T> and()

And AND changes how conditions are combined using a following OR. By default, all query conditions are already combined using AND. Do not use this method if all your query conditions must match (AND for all, this is the default).

However, this method change the precedence with other combinations such as or(). This is best explained by example.

Example (querying t-shirts):

 // Case (1): OR has precedence
 queryBuilder.equal(color, "blue").equal(size, "XL").or().less(price, 30).build()

 // Case (2): AND has precedence
 queryBuilder.equal(color, "blue").and().equal(size, "XL").or().less(price, 30).build()
 

Rule: Explicit AND / OR combination have precedence.

That's why (1) is evaluated like "must be blue and is either of size XL or costs less than 30", or more formally: blue AND (size XL OR price less than 30).

Rule: Conditions are applied from left to right (in the order they are called).

That's why in (2) the AND is evaluated before the OR. Thus, (2) evaluates to "either must be blue and of size XL, or costs less than 30", or, more formally: (blue AND size XL) OR price less than 30.

isNull

public QueryBuilder<T> isNull(Property<T> property)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

notNull

public QueryBuilder<T> notNull(Property<T> property)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

relationCount

public QueryBuilder<T> relationCount(RelationInfo<T,?> relationInfo,
 int relationCount)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

equal

public QueryBuilder<T> equal(Property<T> property,
 long value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

notEqual

public QueryBuilder<T> notEqual(Property<T> property,
 long value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

less

public QueryBuilder<T> less(Property<T> property,
 long value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

lessOrEqual

public QueryBuilder<T> lessOrEqual(Property<T> property,
 long value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

greater

public QueryBuilder<T> greater(Property<T> property,
 long value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

greaterOrEqual

public QueryBuilder<T> greaterOrEqual(Property<T> property,
 long value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

between

public QueryBuilder<T> between(Property<T> property,
 long value1,
 long value2)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

Finds objects with property value between and including the first and second value.

in

public QueryBuilder<T> in(Property<T> property,
 long[] values)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

notIn

public QueryBuilder<T> notIn(Property<T> property,
 long[] values)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

in

public QueryBuilder<T> in(Property<T> property,
 int[] values)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

notIn

public QueryBuilder<T> notIn(Property<T> property,
 int[] values)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

equal

public QueryBuilder<T> equal(Property<T> property,
 boolean value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

notEqual

public QueryBuilder<T> notEqual(Property<T> property,
 boolean value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

equal

public QueryBuilder<T> equal(Property<T> property,
 Date value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

Throws:

NullPointerException - if given value is null. Use isNull(Property) instead.

notEqual

public QueryBuilder<T> notEqual(Property<T> property,
 Date value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

Throws:

NullPointerException - if given value is null. Use isNull(Property) instead.

less

public QueryBuilder<T> less(Property<T> property,
 Date value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

Throws:

NullPointerException - if given value is null. Use isNull(Property) instead.

lessOrEqual

public QueryBuilder<T> lessOrEqual(Property<T> property,
 Date value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

Throws:

NullPointerException - if given value is null. Use isNull(Property) instead.

greater

public QueryBuilder<T> greater(Property<T> property,
 Date value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

Throws:

NullPointerException - if given value is null. Use isNull(Property) instead.

greaterOrEqual

public QueryBuilder<T> greaterOrEqual(Property<T> property,
 Date value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

Throws:

NullPointerException - if given value is null. Use isNull(Property) instead.

between

public QueryBuilder<T> between(Property<T> property,
 Date value1,
 Date value2)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

Finds objects with property value between and including the first and second value.

Throws:

NullPointerException - if one of the given values is null.

equal

public QueryBuilder<T> equal(Property<T> property,
 String value,
 QueryBuilder.StringOrder order)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

Creates an "equal ('=')" condition for this property.

notEqual

public QueryBuilder<T> notEqual(Property<T> property,
 String value,
 QueryBuilder.StringOrder order)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

Creates a "not equal ('<>')" condition for this property.

contains

public QueryBuilder<T> contains(Property<T> property,
 String value,
 QueryBuilder.StringOrder order)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

Creates a contains condition.

Note: for a String array property, use containsElement(io.objectbox.Property<T>, java.lang.String, io.objectbox.query.QueryBuilder.StringOrder) instead.

containsElement

public QueryBuilder<T> containsElement(Property<T> property,
 String value,
 QueryBuilder.StringOrder order)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

For a String array, list or String-key map property, matches if at least one element equals the given value.

containsKeyValue

@Deprecated
public QueryBuilder<T> containsKeyValue(Property<T> property,
 String key,
 String value,
 QueryBuilder.StringOrder order)

Deprecated.

Use Property.equalKeyValue(String, String, StringOrder) with the new query API instead.

equalKeyValue

public QueryBuilder<T> equalKeyValue(Property<T> property,
 String key,
 String value,
 QueryBuilder.StringOrder order)

Note: Use Property.equalKeyValue(String, String, StringOrder) with the new query API instead.

lessKeyValue

public QueryBuilder<T> lessKeyValue(Property<T> property,
 String key,
 String value,
 QueryBuilder.StringOrder order)

Note: Use Property.lessKeyValue(String, String, StringOrder) with the new query API instead.

lessOrEqualKeyValue

public QueryBuilder<T> lessOrEqualKeyValue(Property<T> property,
 String key,
 String value,
 QueryBuilder.StringOrder order)

Note: Use Property.lessOrEqualKeyValue(String, String, StringOrder) with the new query API instead.

greaterKeyValue

public QueryBuilder<T> greaterKeyValue(Property<T> property,
 String key,
 String value,
 QueryBuilder.StringOrder order)

Note: Use Property.greaterKeyValue(String, String, StringOrder) with the new query API instead.

greaterOrEqualKeyValue

public QueryBuilder<T> greaterOrEqualKeyValue(Property<T> property,
 String key,
 String value,
 QueryBuilder.StringOrder order)

Note: Use Property.greaterOrEqualKeyValue(String, String, StringOrder) with the new query API instead.

equalKeyValue

public QueryBuilder<T> equalKeyValue(Property<T> property,
 String key,
 long value)

Note: Use Property.equalKeyValue(String, long) with the new query API instead.

lessKeyValue

public QueryBuilder<T> lessKeyValue(Property<T> property,
 String key,
 long value)

Note: Use Property.lessKeyValue(String, long) with the new query API instead.

lessOrEqualKeyValue

public QueryBuilder<T> lessOrEqualKeyValue(Property<T> property,
 String key,
 long value)

Note: Use Property.lessOrEqualKeyValue(String, long) with the new query API instead.

greaterKeyValue

public QueryBuilder<T> greaterKeyValue(Property<T> property,
 String key,
 long value)

Note: Use Property.greaterOrEqualKeyValue(String, long) (String, String, StringOrder)} with the new query API instead.

greaterOrEqualKeyValue

public QueryBuilder<T> greaterOrEqualKeyValue(Property<T> property,
 String key,
 long value)

Note: Use Property.greaterOrEqualKeyValue(String, long) with the new query API instead.

equalKeyValue

public QueryBuilder<T> equalKeyValue(Property<T> property,
 String key,
 double value)

Note: Use Property.equalKeyValue(String, double) with the new query API instead.

lessKeyValue

public QueryBuilder<T> lessKeyValue(Property<T> property,
 String key,
 double value)

Note: Use Property.lessKeyValue(String, double) with the new query API instead.

lessOrEqualKeyValue

public QueryBuilder<T> lessOrEqualKeyValue(Property<T> property,
 String key,
 double value)

Note: Use Property.lessOrEqualKeyValue(String, double) with the new query API instead.

greaterKeyValue

public QueryBuilder<T> greaterKeyValue(Property<T> property,
 String key,
 double value)

Note: Use Property.greaterKeyValue(String, double) with the new query API instead.

greaterOrEqualKeyValue

public QueryBuilder<T> greaterOrEqualKeyValue(Property<T> property,
 String key,
 double value)

Note: Use Property.greaterOrEqualKeyValue(String, double) with the new query API instead.

startsWith

public QueryBuilder<T> startsWith(Property<T> property,
 String value,
 QueryBuilder.StringOrder order)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

endsWith

public QueryBuilder<T> endsWith(Property<T> property,
 String value,
 QueryBuilder.StringOrder order)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

less

public QueryBuilder<T> less(Property<T> property,
 String value,
 QueryBuilder.StringOrder order)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

lessOrEqual

public QueryBuilder<T> lessOrEqual(Property<T> property,
 String value,
 QueryBuilder.StringOrder order)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

greater

public QueryBuilder<T> greater(Property<T> property,
 String value,
 QueryBuilder.StringOrder order)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

greaterOrEqual

public QueryBuilder<T> greaterOrEqual(Property<T> property,
 String value,
 QueryBuilder.StringOrder order)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

in

public QueryBuilder<T> in(Property<T> property,
 String[] values,
 QueryBuilder.StringOrder order)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

equal

public QueryBuilder<T> equal(Property<T> property,
 double value,
 double tolerance)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

Floating point equality is non-trivial; this is just a convenience for between(Property, double, double) with parameters(property, value - tolerance, value + tolerance). When using Query.setParameters(Property, double, double), consider that the params are the lower and upper bounds.

less

public QueryBuilder<T> less(Property<T> property,
 double value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

lessOrEqual

public QueryBuilder<T> lessOrEqual(Property<T> property,
 double value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

greater

public QueryBuilder<T> greater(Property<T> property,
 double value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

greaterOrEqual

public QueryBuilder<T> greaterOrEqual(Property<T> property,
 double value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

between

public QueryBuilder<T> between(Property<T> property,
 double value1,
 double value2)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

Finds objects with property value between and including the first and second value.

nearestNeighbors

public QueryBuilder<T> nearestNeighbors(Property<T> property,
 float[] queryVector,
 int maxResultCount)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

equal

public QueryBuilder<T> equal(Property<T> property,
 byte[] value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

less

public QueryBuilder<T> less(Property<T> property,
 byte[] value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

lessOrEqual

public QueryBuilder<T> lessOrEqual(Property<T> property,
 byte[] value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

greater

public QueryBuilder<T> greater(Property<T> property,
 byte[] value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.

greaterOrEqual

public QueryBuilder<T> greaterOrEqual(Property<T> property,
 byte[] value)

Note: New code should use the new query API. Existing code can continue to use this, there are currently no plans to remove the old query API.