Uses of Class
jsonvalues.JsPrimitive

Packages that use JsPrimitive

Package	Description
jsonvalues	This package includes all the classes to represents, create and manipulate JSON

Uses of JsPrimitive in jsonvalues

Subclasses of JsPrimitive in jsonvalues

Modifier and Type	Class	Description
final class	JsBigDec	Represents an immutable JSON number of type BigDecimal.
final class	JsBigInt	Represents an immutable JSON number of type BigInteger.
final class	JsBinary	Represents an array of bytes.
final class	JsBool	Represents an immutable JSON boolean.
final class	JsDouble	Represents an immutable JSON number of type double.
final class	JsInstant	Represents an immutable instant.
final class	JsInt	Represents an immutable JSON number of type integer.
final class	JsLong	Represents an immutable JSON number of type long.
final class	JsNull	Represents null.
class	JsNumber	Represents an immutable JSON number.
final class	JsStr	Represents an immutable JSON string.

Methods in jsonvalues that return JsPrimitive

Modifier and Type	Method	Description
JsPrimitive	JsBinary.toJsPrimitive()
JsPrimitive	JsBool.toJsPrimitive()
JsPrimitive	JsInstant.toJsPrimitive()
JsPrimitive	JsNothing.toJsPrimitive()
JsPrimitive	JsNull.toJsPrimitive()
JsPrimitive	JsNumber.toJsPrimitive()
default JsPrimitive	Json.toJsPrimitive()
JsPrimitive	JsStr.toJsPrimitive()
JsPrimitive	JsValue.toJsPrimitive()

Method parameters in jsonvalues with type arguments of type JsPrimitive

Modifier and Type	Method	Description
JsArray	JsArray.filterValues(BiPredicate<? super JsPath,? super JsPrimitive> filter)
JsArray	JsArray.filterValues(Predicate<? super JsPrimitive> filter)
JsObj	JsObj.filterValues(BiPredicate<? super JsPath,? super JsPrimitive> filter)
JsObj	JsObj.filterValues(Predicate<? super JsPrimitive> filter)
T	Json.filterValues(BiPredicate<? super JsPath,? super JsPrimitive> filter)	Filters all the pairs of elements of this json, removing those that don't ifPredicateElse the predicate.
T	Json.filterValues(Predicate<? super JsPrimitive> filter)	Filters all the pairs of elements of this json, removing those that don't ifPredicateElse the predicate.
JsArray	JsArray.mapValues(BiFunction<? super JsPath,? super JsPrimitive,? extends JsValue> fn)
JsArray	JsArray.mapValues(Function<? super JsPrimitive,? extends JsValue> fn)
JsObj	JsObj.mapValues(BiFunction<? super JsPath,? super JsPrimitive,? extends JsValue> fn)
JsObj	JsObj.mapValues(Function<? super JsPrimitive,? extends JsValue> fn)
T	Json.mapValues(BiFunction<? super JsPath,? super JsPrimitive,? extends JsValue> fn)	Maps all the values of this json.
T	Json.mapValues(Function<? super JsPrimitive,? extends JsValue> fn)	Maps all the values of this json.
<R> Optional<R>	JsArray.reduce(BinaryOperator<R> op, BiFunction<? super JsPath,? super JsPrimitive,R> map, BiPredicate<? super JsPath,? super JsPrimitive> predicate)
<R> Optional<R>	JsArray.reduce(BinaryOperator<R> op, BiFunction<? super JsPath,? super JsPrimitive,R> map, BiPredicate<? super JsPath,? super JsPrimitive> predicate)
<R> Optional<R>	JsArray.reduce(BinaryOperator<R> op, Function<? super JsPrimitive,R> map, Predicate<? super JsPrimitive> predicate)
<R> Optional<R>	JsArray.reduce(BinaryOperator<R> op, Function<? super JsPrimitive,R> map, Predicate<? super JsPrimitive> predicate)
<R> Optional<R>	JsObj.reduce(BinaryOperator<R> op, BiFunction<? super JsPath,? super JsPrimitive,R> map, BiPredicate<? super JsPath,? super JsPrimitive> predicate)
<R> Optional<R>	JsObj.reduce(BinaryOperator<R> op, BiFunction<? super JsPath,? super JsPrimitive,R> map, BiPredicate<? super JsPath,? super JsPrimitive> predicate)
<R> Optional<R>	JsObj.reduce(BinaryOperator<R> op, Function<? super JsPrimitive,R> map, Predicate<? super JsPrimitive> predicate)
<R> Optional<R>	JsObj.reduce(BinaryOperator<R> op, Function<? super JsPrimitive,R> map, Predicate<? super JsPrimitive> predicate)
<R> Optional<R>	Json.reduce(BinaryOperator<R> op, BiFunction<? super JsPath,? super JsPrimitive,R> map, BiPredicate<? super JsPath,? super JsPrimitive> predicate)	Performs a reduction on the values of this json that satisfy the predicate.
<R> Optional<R>	Json.reduce(BinaryOperator<R> op, BiFunction<? super JsPath,? super JsPrimitive,R> map, BiPredicate<? super JsPath,? super JsPrimitive> predicate)	Performs a reduction on the values of this json that satisfy the predicate.
<R> Optional<R>	Json.reduce(BinaryOperator<R> op, Function<? super JsPrimitive,R> map, Predicate<? super JsPrimitive> predicate)	Performs a reduction on the values of this json that satisfy the predicate.
<R> Optional<R>	Json.reduce(BinaryOperator<R> op, Function<? super JsPrimitive,R> map, Predicate<? super JsPrimitive> predicate)	Performs a reduction on the values of this json that satisfy the predicate.