- UBiConsumer<T,U> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT void $accept(T arg0, U arg1) throws Throwable
USING A LAMBDA; INVOKE void accept(T arg0, U arg1)
.
- UBiFunction<T,U,R> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT R $apply(T arg0, U arg1) throws Throwable
USING A LAMBDA; INVOKE R apply(T arg0, U arg1)
.
- UBinaryOperator<T> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT T $apply(T arg0, T arg1) throws Throwable
USING A LAMBDA; INVOKE T apply(T arg0, T arg1)
.
- UBiPredicate<T,U> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT boolean $test(T arg0, U arg1) throws Throwable
USING A LAMBDA; INVOKE boolean test(T arg0, U arg1)
.
- UBooleanSupplier - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT boolean $getAsBoolean() throws Throwable
USING A LAMBDA; INVOKE boolean getAsBoolean()
.
- UCloseableResource - Interface in uk.kludje.fn.lang
-
TLDR; IMPLEMENT void $close() throws Throwable
USING A LAMBDA; INVOKE void close()
.
- UComparator<T> - Interface in uk.kludje.fn.util
-
TLDR; IMPLEMENT int $compare(T arg0, T arg1) throws Throwable
USING A LAMBDA; INVOKE int compare(T arg0, T arg1)
.
- UConsumer<T> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT void $accept(T arg0) throws Throwable
USING A LAMBDA; INVOKE void accept(T arg0)
.
- UDoubleBinaryOperator - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT double $applyAsDouble(double arg0, double arg1) throws Throwable
USING A LAMBDA; INVOKE double applyAsDouble(double arg0, double arg1)
.
- UDoubleConsumer - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT void $accept(double arg0) throws Throwable
USING A LAMBDA; INVOKE void accept(double arg0)
.
- UDoubleFunction<R> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT R $apply(double arg0) throws Throwable
USING A LAMBDA; INVOKE R apply(double arg0)
.
- UDoublePredicate - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT boolean $test(double arg0) throws Throwable
USING A LAMBDA; INVOKE boolean test(double arg0)
.
- UDoubleSupplier - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT double $getAsDouble() throws Throwable
USING A LAMBDA; INVOKE double getAsDouble()
.
- UDoubleToIntFunction - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT int $applyAsInt(double arg0) throws Throwable
USING A LAMBDA; INVOKE int applyAsInt(double arg0)
.
- UDoubleToLongFunction - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT long $applyAsLong(double arg0) throws Throwable
USING A LAMBDA; INVOKE long applyAsLong(double arg0)
.
- UDoubleUnaryOperator - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT double $applyAsDouble(double arg0) throws Throwable
USING A LAMBDA; INVOKE double applyAsDouble(double arg0)
.
- UFunction<T,R> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT R $apply(T arg0) throws Throwable
USING A LAMBDA; INVOKE R apply(T arg0)
.
- UHexaConsumer<A,B,C,D,E,F> - Interface in uk.kludje.fn.nary
-
TLDR; IMPLEMENT void $accept(A a, B b, C c, D d, E e, F f) throws Throwable
USING A LAMBDA; INVOKE void accept(A a, B b, C c, D d, E e, F f)
.
- UHexaFunction<A,B,C,D,E,R> - Interface in uk.kludje.fn.nary
-
TLDR; IMPLEMENT R $apply(A a, B b, C c, D d, E e) throws Throwable
USING A LAMBDA; INVOKE R apply(A a, B b, C c, D d, E e)
.
- UIntBinaryOperator - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT int $applyAsInt(int arg0, int arg1) throws Throwable
USING A LAMBDA; INVOKE int applyAsInt(int arg0, int arg1)
.
- UIntConsumer - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT void $accept(int arg0) throws Throwable
USING A LAMBDA; INVOKE void accept(int arg0)
.
- UIntFunction<R> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT R $apply(int arg0) throws Throwable
USING A LAMBDA; INVOKE R apply(int arg0)
.
- UIntPredicate - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT boolean $test(int arg0) throws Throwable
USING A LAMBDA; INVOKE boolean test(int arg0)
.
- UIntSupplier - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT int $getAsInt() throws Throwable
USING A LAMBDA; INVOKE int getAsInt()
.
- UIntToDoubleFunction - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT double $applyAsDouble(int arg0) throws Throwable
USING A LAMBDA; INVOKE double applyAsDouble(int arg0)
.
- UIntToLongFunction - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT long $applyAsLong(int arg0) throws Throwable
USING A LAMBDA; INVOKE long applyAsLong(int arg0)
.
- UIntUnaryOperator - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT int $applyAsInt(int arg0) throws Throwable
USING A LAMBDA; INVOKE int applyAsInt(int arg0)
.
- UIterable<T> - Interface in uk.kludje.fn.lang
-
TLDR; IMPLEMENT java.util.Iterator<T> $iterator() throws Throwable
USING A LAMBDA; INVOKE java.util.Iterator<T> iterator()
.
- uk.kludje - package uk.kludje
-
- uk.kludje.fn.function - package uk.kludje.fn.function
-
Checked exception handling functional interfaces in java.util.function
.
- uk.kludje.fn.lang - package uk.kludje.fn.lang
-
Checked exception handling functional interfaces in java.lang
.
- uk.kludje.fn.nary - package uk.kludje.fn.nary
-
N-ary functional interfaces.
- uk.kludje.fn.util - package uk.kludje.fn.util
-
Checked exception handling functional interfaces in java.util
.
- uk.kludje.property - package uk.kludje.property
-
- ULongBinaryOperator - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT long $applyAsLong(long arg0, long arg1) throws Throwable
USING A LAMBDA; INVOKE long applyAsLong(long arg0, long arg1)
.
- ULongConsumer - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT void $accept(long arg0) throws Throwable
USING A LAMBDA; INVOKE void accept(long arg0)
.
- ULongFunction<R> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT R $apply(long arg0) throws Throwable
USING A LAMBDA; INVOKE R apply(long arg0)
.
- ULongPredicate - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT boolean $test(long arg0) throws Throwable
USING A LAMBDA; INVOKE boolean test(long arg0)
.
- ULongSupplier - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT long $getAsLong() throws Throwable
USING A LAMBDA; INVOKE long getAsLong()
.
- ULongToDoubleFunction - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT double $applyAsDouble(long arg0) throws Throwable
USING A LAMBDA; INVOKE double applyAsDouble(long arg0)
.
- ULongToIntFunction - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT int $applyAsInt(long arg0) throws Throwable
USING A LAMBDA; INVOKE int applyAsInt(long arg0)
.
- ULongUnaryOperator - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT long $applyAsLong(long arg0) throws Throwable
USING A LAMBDA; INVOKE long applyAsLong(long arg0)
.
- unchecked(boolean, String, Function<String, T>) - Static method in class uk.kludje.Ensure
-
- Unsupported - Class in uk.kludje
-
A source of UnsupportedOperationException
method references.
- unwrap() - Method in class uk.kludje.Res
-
- UObjDoubleConsumer<T> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT void $accept(T arg0, double arg1) throws Throwable
USING A LAMBDA; INVOKE void accept(T arg0, double arg1)
.
- UObjIntConsumer<T> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT void $accept(T arg0, int arg1) throws Throwable
USING A LAMBDA; INVOKE void accept(T arg0, int arg1)
.
- UObjLongConsumer<T> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT void $accept(T arg0, long arg1) throws Throwable
USING A LAMBDA; INVOKE void accept(T arg0, long arg1)
.
- UPentaConsumer<A,B,C,D,E> - Interface in uk.kludje.fn.nary
-
TLDR; IMPLEMENT void $accept(A a, B b, C c, D d, E e) throws Throwable
USING A LAMBDA; INVOKE void accept(A a, B b, C c, D d, E e)
.
- UPentaFunction<A,B,C,D,E,R> - Interface in uk.kludje.fn.nary
-
TLDR; IMPLEMENT R $apply(A a, B b, C c, D d, E e) throws Throwable
USING A LAMBDA; INVOKE R apply(A a, B b, C c, D d, E e)
.
- UPredicate<T> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT boolean $test(T arg0) throws Throwable
USING A LAMBDA; INVOKE boolean test(T arg0)
.
- URunnable - Interface in uk.kludje.fn.lang
-
TLDR; IMPLEMENT void $run() throws Throwable
USING A LAMBDA; INVOKE void run()
.
- USeptaConsumer<A,B,C,D,E,F> - Interface in uk.kludje.fn.nary
-
TLDR; IMPLEMENT void $accept(A a, B b, C c, D d, E e, F f) throws Throwable
USING A LAMBDA; INVOKE void accept(A a, B b, C c, D d, E e, F f)
.
- USeptaFunction<A,B,C,D,E,F,G,R> - Interface in uk.kludje.fn.nary
-
TLDR; IMPLEMENT R $apply(A a, B b, C c, D d, E e, F f, G g) throws Throwable
USING A LAMBDA; INVOKE R apply(A a, B b, C c, D d, E e, F f, G g)
.
- USupplier<T> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT T $get() throws Throwable
USING A LAMBDA; INVOKE T get()
.
- UTetraConsumer<A,B,C,D> - Interface in uk.kludje.fn.nary
-
TLDR; IMPLEMENT void $accept(A a, B b, C c, D d) throws Throwable
USING A LAMBDA; INVOKE void accept(A a, B b, C c, D d)
.
- UTetraFunction<A,B,C,D,R> - Interface in uk.kludje.fn.nary
-
TLDR; IMPLEMENT R $apply(A a, B b, C c, D d) throws Throwable
USING A LAMBDA; INVOKE R apply(A a, B b, C c, D d)
.
- UToDoubleBiFunction<T,U> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT double $applyAsDouble(T arg0, U arg1) throws Throwable
USING A LAMBDA; INVOKE double applyAsDouble(T arg0, U arg1)
.
- UToDoubleFunction<T> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT double $applyAsDouble(T arg0) throws Throwable
USING A LAMBDA; INVOKE double applyAsDouble(T arg0)
.
- UToIntBiFunction<T,U> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT int $applyAsInt(T arg0, U arg1) throws Throwable
USING A LAMBDA; INVOKE int applyAsInt(T arg0, U arg1)
.
- UToIntFunction<T> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT int $applyAsInt(T arg0) throws Throwable
USING A LAMBDA; INVOKE int applyAsInt(T arg0)
.
- UToLongBiFunction<T,U> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT long $applyAsLong(T arg0, U arg1) throws Throwable
USING A LAMBDA; INVOKE long applyAsLong(T arg0, U arg1)
.
- UToLongFunction<T> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT long $applyAsLong(T arg0) throws Throwable
USING A LAMBDA; INVOKE long applyAsLong(T arg0)
.
- UTriConsumer<A,B,C> - Interface in uk.kludje.fn.nary
-
TLDR; IMPLEMENT void $accept(A a, B b, C c) throws Throwable
USING A LAMBDA; INVOKE void accept(A a, B b, C c)
.
- UTriFunction<A,B,C,R> - Interface in uk.kludje.fn.nary
-
TLDR; IMPLEMENT R $apply(A a, B b, C c) throws Throwable
USING A LAMBDA; INVOKE R apply(A a, B b, C c)
.
- UUnaryOperator<T> - Interface in uk.kludje.fn.function
-
TLDR; IMPLEMENT T $apply(T arg0) throws Throwable
USING A LAMBDA; INVOKE T apply(T arg0)
.