Represents an operation that accepts two input arguments and returns no result. This is the two-arity specialization of Consumer. Unlike most other functional interfaces, BiConsumer is expected to operate via side-effects.
This is a functional interface whose functional method is accept(Object, Object).
Represents an operation that accepts two input arguments and returns no result. This is the two-arity specialization of Consumer. Unlike most other functional interfaces, BiConsumer is expected to operate via side-effects. This is a functional interface whose functional method is accept(Object, Object).
Represents a function that accepts two arguments and produces a result. This is the two-arity specialization of Function.
This is a functional interface whose functional method is apply(Object, Object).
Represents a function that accepts two arguments and produces a result. This is the two-arity specialization of Function. This is a functional interface whose functional method is apply(Object, Object).
Represents an operation upon two operands of the same type, producing a result of the same type as the operands. This is a specialization of BiFunction for the case where the operands and the result are all of the same type.
This is a functional interface whose functional method is BiFunction.apply(Object, Object).
Represents an operation upon two operands of the same type, producing a result of the same type as the operands. This is a specialization of BiFunction for the case where the operands and the result are all of the same type. This is a functional interface whose functional method is BiFunction.apply(Object, Object).
Represents a predicate (boolean-valued function) of two arguments. This is the two-arity specialization of Predicate.
This is a functional interface whose functional method is test(Object, Object).
Represents a predicate (boolean-valued function) of two arguments. This is the two-arity specialization of Predicate. This is a functional interface whose functional method is test(Object, Object).
Represents a supplier of boolean-valued results. This is the boolean-producing primitive specialization of Supplier.
There is no requirement that a new or distinct result be returned each time the supplier is invoked.
This is a functional interface whose functional method is getAsBoolean().
Represents a supplier of boolean-valued results. This is the boolean-producing primitive specialization of Supplier. There is no requirement that a new or distinct result be returned each time the supplier is invoked. This is a functional interface whose functional method is getAsBoolean().
Represents an operation that accepts a single input argument and returns no result. Unlike most other functional interfaces, Consumer is expected to operate via side-effects.
This is a functional interface whose functional method is accept(Object).
Represents an operation that accepts a single input argument and returns no result. Unlike most other functional interfaces, Consumer is expected to operate via side-effects. This is a functional interface whose functional method is accept(Object).
No vars found in this namespace.
Represents an operation upon two double-valued operands and producing a double-valued result. This is the primitive type specialization of BinaryOperator for double.
This is a functional interface whose functional method is applyAsDouble(double, double).
Represents an operation upon two double-valued operands and producing a double-valued result. This is the primitive type specialization of BinaryOperator for double. This is a functional interface whose functional method is applyAsDouble(double, double).
Represents an operation that accepts a single double-valued argument and returns no result. This is the primitive type specialization of Consumer for double. Unlike most other functional interfaces, DoubleConsumer is expected to operate via side-effects.
This is a functional interface whose functional method is accept(double).
Represents an operation that accepts a single double-valued argument and returns no result. This is the primitive type specialization of Consumer for double. Unlike most other functional interfaces, DoubleConsumer is expected to operate via side-effects. This is a functional interface whose functional method is accept(double).
Represents a function that accepts a double-valued argument and produces a result. This is the double-consuming primitive specialization for Function.
This is a functional interface whose functional method is apply(double).
Represents a function that accepts a double-valued argument and produces a result. This is the double-consuming primitive specialization for Function. This is a functional interface whose functional method is apply(double).
Represents a predicate (boolean-valued function) of one double-valued argument. This is the double-consuming primitive type specialization of Predicate.
This is a functional interface whose functional method is test(double).
Represents a predicate (boolean-valued function) of one double-valued argument. This is the double-consuming primitive type specialization of Predicate. This is a functional interface whose functional method is test(double).
Represents a supplier of double-valued results. This is the double-producing primitive specialization of Supplier.
There is no requirement that a distinct result be returned each time the supplier is invoked.
This is a functional interface whose functional method is getAsDouble().
Represents a supplier of double-valued results. This is the double-producing primitive specialization of Supplier. There is no requirement that a distinct result be returned each time the supplier is invoked. This is a functional interface whose functional method is getAsDouble().
Represents a function that accepts a double-valued argument and produces an int-valued result. This is the double-to-int primitive specialization for Function.
This is a functional interface whose functional method is applyAsInt(double).
Represents a function that accepts a double-valued argument and produces an int-valued result. This is the double-to-int primitive specialization for Function. This is a functional interface whose functional method is applyAsInt(double).
Represents a function that accepts a double-valued argument and produces a long-valued result. This is the double-to-long primitive specialization for Function.
This is a functional interface whose functional method is applyAsLong(double).
Represents a function that accepts a double-valued argument and produces a long-valued result. This is the double-to-long primitive specialization for Function. This is a functional interface whose functional method is applyAsLong(double).
Represents an operation on a single double-valued operand that produces a double-valued result. This is the primitive type specialization of UnaryOperator for double.
This is a functional interface whose functional method is applyAsDouble(double).
Represents an operation on a single double-valued operand that produces a double-valued result. This is the primitive type specialization of UnaryOperator for double. This is a functional interface whose functional method is applyAsDouble(double).
Represents a function that accepts one argument and produces a result.
This is a functional interface whose functional method is apply(Object).
Represents a function that accepts one argument and produces a result. This is a functional interface whose functional method is apply(Object).
Represents an operation upon two int-valued operands and producing an int-valued result. This is the primitive type specialization of BinaryOperator for int.
This is a functional interface whose functional method is applyAsInt(int, int).
Represents an operation upon two int-valued operands and producing an int-valued result. This is the primitive type specialization of BinaryOperator for int. This is a functional interface whose functional method is applyAsInt(int, int).
Represents an operation that accepts a single int-valued argument and returns no result. This is the primitive type specialization of Consumer for int. Unlike most other functional interfaces, IntConsumer is expected to operate via side-effects.
This is a functional interface whose functional method is accept(int).
Represents an operation that accepts a single int-valued argument and returns no result. This is the primitive type specialization of Consumer for int. Unlike most other functional interfaces, IntConsumer is expected to operate via side-effects. This is a functional interface whose functional method is accept(int).
Represents a function that accepts an int-valued argument and produces a result. This is the int-consuming primitive specialization for Function.
This is a functional interface whose functional method is apply(int).
Represents a function that accepts an int-valued argument and produces a result. This is the int-consuming primitive specialization for Function. This is a functional interface whose functional method is apply(int).
Represents a predicate (boolean-valued function) of one int-valued argument. This is the int-consuming primitive type specialization of Predicate.
This is a functional interface whose functional method is test(int).
Represents a predicate (boolean-valued function) of one int-valued argument. This is the int-consuming primitive type specialization of Predicate. This is a functional interface whose functional method is test(int).
Represents a supplier of int-valued results. This is the int-producing primitive specialization of Supplier.
There is no requirement that a distinct result be returned each time the supplier is invoked.
This is a functional interface whose functional method is getAsInt().
Represents a supplier of int-valued results. This is the int-producing primitive specialization of Supplier. There is no requirement that a distinct result be returned each time the supplier is invoked. This is a functional interface whose functional method is getAsInt().
Represents a function that accepts an int-valued argument and produces a double-valued result. This is the int-to-double primitive specialization for Function.
This is a functional interface whose functional method is applyAsDouble(int).
Represents a function that accepts an int-valued argument and produces a double-valued result. This is the int-to-double primitive specialization for Function. This is a functional interface whose functional method is applyAsDouble(int).
Represents a function that accepts an int-valued argument and produces a long-valued result. This is the int-to-long primitive specialization for Function.
This is a functional interface whose functional method is applyAsLong(int).
Represents a function that accepts an int-valued argument and produces a long-valued result. This is the int-to-long primitive specialization for Function. This is a functional interface whose functional method is applyAsLong(int).
Represents an operation on a single int-valued operand that produces an int-valued result. This is the primitive type specialization of UnaryOperator for int.
This is a functional interface whose functional method is applyAsInt(int).
Represents an operation on a single int-valued operand that produces an int-valued result. This is the primitive type specialization of UnaryOperator for int. This is a functional interface whose functional method is applyAsInt(int).
Represents an operation upon two long-valued operands and producing a long-valued result. This is the primitive type specialization of BinaryOperator for long.
This is a functional interface whose functional method is applyAsLong(long, long).
Represents an operation upon two long-valued operands and producing a long-valued result. This is the primitive type specialization of BinaryOperator for long. This is a functional interface whose functional method is applyAsLong(long, long).
Represents an operation that accepts a single long-valued argument and returns no result. This is the primitive type specialization of Consumer for long. Unlike most other functional interfaces, LongConsumer is expected to operate via side-effects.
This is a functional interface whose functional method is accept(long).
Represents an operation that accepts a single long-valued argument and returns no result. This is the primitive type specialization of Consumer for long. Unlike most other functional interfaces, LongConsumer is expected to operate via side-effects. This is a functional interface whose functional method is accept(long).
Represents a function that accepts a long-valued argument and produces a result. This is the long-consuming primitive specialization for Function.
This is a functional interface whose functional method is apply(long).
Represents a function that accepts a long-valued argument and produces a result. This is the long-consuming primitive specialization for Function. This is a functional interface whose functional method is apply(long).
Represents a predicate (boolean-valued function) of one long-valued argument. This is the long-consuming primitive type specialization of Predicate.
This is a functional interface whose functional method is test(long).
Represents a predicate (boolean-valued function) of one long-valued argument. This is the long-consuming primitive type specialization of Predicate. This is a functional interface whose functional method is test(long).
Represents a supplier of long-valued results. This is the long-producing primitive specialization of Supplier.
There is no requirement that a distinct result be returned each time the supplier is invoked.
This is a functional interface whose functional method is getAsLong().
Represents a supplier of long-valued results. This is the long-producing primitive specialization of Supplier. There is no requirement that a distinct result be returned each time the supplier is invoked. This is a functional interface whose functional method is getAsLong().
Represents a function that accepts a long-valued argument and produces a double-valued result. This is the long-to-double primitive specialization for Function.
This is a functional interface whose functional method is applyAsDouble(long).
Represents a function that accepts a long-valued argument and produces a double-valued result. This is the long-to-double primitive specialization for Function. This is a functional interface whose functional method is applyAsDouble(long).
Represents a function that accepts a long-valued argument and produces an int-valued result. This is the long-to-int primitive specialization for Function.
This is a functional interface whose functional method is applyAsInt(long).
Represents a function that accepts a long-valued argument and produces an int-valued result. This is the long-to-int primitive specialization for Function. This is a functional interface whose functional method is applyAsInt(long).
Represents an operation on a single long-valued operand that produces a long-valued result. This is the primitive type specialization of UnaryOperator for long.
This is a functional interface whose functional method is applyAsLong(long).
Represents an operation on a single long-valued operand that produces a long-valued result. This is the primitive type specialization of UnaryOperator for long. This is a functional interface whose functional method is applyAsLong(long).
Represents an operation that accepts an object-valued and a double-valued argument, and returns no result. This is the (reference, double) specialization of BiConsumer. Unlike most other functional interfaces, ObjDoubleConsumer is expected to operate via side-effects.
This is a functional interface whose functional method is accept(Object, double).
Represents an operation that accepts an object-valued and a double-valued argument, and returns no result. This is the (reference, double) specialization of BiConsumer. Unlike most other functional interfaces, ObjDoubleConsumer is expected to operate via side-effects. This is a functional interface whose functional method is accept(Object, double).
Represents an operation that accepts an object-valued and a int-valued argument, and returns no result. This is the (reference, int) specialization of BiConsumer. Unlike most other functional interfaces, ObjIntConsumer is expected to operate via side-effects.
This is a functional interface whose functional method is accept(Object, int).
Represents an operation that accepts an object-valued and a int-valued argument, and returns no result. This is the (reference, int) specialization of BiConsumer. Unlike most other functional interfaces, ObjIntConsumer is expected to operate via side-effects. This is a functional interface whose functional method is accept(Object, int).
Represents an operation that accepts an object-valued and a long-valued argument, and returns no result. This is the (reference, long) specialization of BiConsumer. Unlike most other functional interfaces, ObjLongConsumer is expected to operate via side-effects.
This is a functional interface whose functional method is accept(Object, long).
Represents an operation that accepts an object-valued and a long-valued argument, and returns no result. This is the (reference, long) specialization of BiConsumer. Unlike most other functional interfaces, ObjLongConsumer is expected to operate via side-effects. This is a functional interface whose functional method is accept(Object, long).
Represents a predicate (boolean-valued function) of one argument.
This is a functional interface whose functional method is test(Object).
Represents a predicate (boolean-valued function) of one argument. This is a functional interface whose functional method is test(Object).
Represents a supplier of results.
There is no requirement that a new or distinct result be returned each time the supplier is invoked.
This is a functional interface whose functional method is get().
Represents a supplier of results. There is no requirement that a new or distinct result be returned each time the supplier is invoked. This is a functional interface whose functional method is get().
Represents a function that accepts two arguments and produces a double-valued result. This is the double-producing primitive specialization for BiFunction.
This is a functional interface whose functional method is applyAsDouble(Object, Object).
Represents a function that accepts two arguments and produces a double-valued result. This is the double-producing primitive specialization for BiFunction. This is a functional interface whose functional method is applyAsDouble(Object, Object).
Represents a function that produces a double-valued result. This is the double-producing primitive specialization for Function.
This is a functional interface whose functional method is applyAsDouble(Object).
Represents a function that produces a double-valued result. This is the double-producing primitive specialization for Function. This is a functional interface whose functional method is applyAsDouble(Object).
Represents a function that accepts two arguments and produces an int-valued result. This is the int-producing primitive specialization for BiFunction.
This is a functional interface whose functional method is applyAsInt(Object, Object).
Represents a function that accepts two arguments and produces an int-valued result. This is the int-producing primitive specialization for BiFunction. This is a functional interface whose functional method is applyAsInt(Object, Object).
Represents a function that produces an int-valued result. This is the int-producing primitive specialization for Function.
This is a functional interface whose functional method is applyAsInt(Object).
Represents a function that produces an int-valued result. This is the int-producing primitive specialization for Function. This is a functional interface whose functional method is applyAsInt(Object).
Represents a function that accepts two arguments and produces a long-valued result. This is the long-producing primitive specialization for BiFunction.
This is a functional interface whose functional method is applyAsLong(Object, Object).
Represents a function that accepts two arguments and produces a long-valued result. This is the long-producing primitive specialization for BiFunction. This is a functional interface whose functional method is applyAsLong(Object, Object).
Represents a function that produces a long-valued result. This is the long-producing primitive specialization for Function.
This is a functional interface whose functional method is applyAsLong(Object).
Represents a function that produces a long-valued result. This is the long-producing primitive specialization for Function. This is a functional interface whose functional method is applyAsLong(Object).
Represents an operation on a single operand that produces a result of the same type as its operand. This is a specialization of Function for the case where the operand and result are of the same type.
This is a functional interface whose functional method is Function.apply(Object).
Represents an operation on a single operand that produces a result of the same type as its operand. This is a specialization of Function for the case where the operand and result are of the same type. This is a functional interface whose functional method is Function.apply(Object).
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