@FunctionalInterface public interface BytePredicate1 extends AbstractBytePredicate1<BytePredicate1>
byte-valued argument and produces a boolean-valued result.
This is the one-arity specialization for PredicateN.
This is the predicate specialization for ByteToBooleanFunction1.
This is the byte-consuming primitive specialization of Predicate1.
This is a functional interface whose functional method is AbstractBytePredicate1.test(byte).
PredicateN,
ByteToBooleanFunction1,
Predicate1| Modifier and Type | Method and Description |
|---|---|
default BytePredicate1 |
and(BytePredicate1 other)
Intersects this object with another object to produce a combined result.
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default Predicate1<java.lang.Byte> |
boxInput() |
default <V> Predicate1<V> |
compose(net.ashwork.functionality.Function1<? super V,? extends java.lang.Byte> before) |
default <V> Predicate1<V> |
composeUnchecked(net.ashwork.functionality.Function1<? super V,? extends java.lang.Byte> before) |
static BytePredicate1 |
fromFunctionVariant(net.ashwork.functionality.primitive.combined.ByteToBooleanFunction1 function)
Creates an instance of this object from its
ByteToBooleanFunction1 function variant. |
default BytePredicate1 |
nand(BytePredicate1 other)
Intersects this object with another object to produce the complement of a combined result.
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default BytePredicate1 |
nor(BytePredicate1 other)
Unions this object with another object to produce the complement of a combined result.
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default BytePredicate1 |
not()
Gets the complement of this object.
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default BytePredicate1 |
or(BytePredicate1 other)
Unions this object with another object to produce a combined result.
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default BytePredicate1 |
orNot(BytePredicate1 other)
Subtracts the other object from this object to produce the complement of a combined result.
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default BytePredicate1 |
sub(BytePredicate1 other)
Subtracts the other object from this object to produce a combined result.
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default BytePredicate1 |
xnor(BytePredicate1 other)
Disjunctively unions this object with another object to produce the complement of a combined result.
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default BytePredicate1 |
xor(BytePredicate1 other)
Disjunctively unions this object with another object to produce a combined result.
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andThen, andThenUnchecked, arity, test, testAllUnchecked, toFunctionVariantapplyAllAsBooleanUncheckedstatic BytePredicate1 fromFunctionVariant(net.ashwork.functionality.primitive.combined.ByteToBooleanFunction1 function)
ByteToBooleanFunction1 function variant.function - the function variant of this objectByteToBooleanFunction1default Predicate1<java.lang.Byte> boxInput()
boxInput in interface AbstractBytePredicate1<BytePredicate1>boxInput in interface net.ashwork.functionality.partial.UnboxedInput<AbstractPredicate1<java.lang.Byte,?>>Predicate1default <V> Predicate1<V> compose(net.ashwork.functionality.Function1<? super V,? extends java.lang.Byte> before)
compose in interface AbstractBytePredicate1<BytePredicate1>compose in interface net.ashwork.functionality.partial.InputChainable<java.lang.Byte>compose in interface net.ashwork.functionality.partial.InputChainableInput<java.lang.Byte>Predicate1default <V> Predicate1<V> composeUnchecked(net.ashwork.functionality.Function1<? super V,? extends java.lang.Byte> before)
composeUnchecked in interface AbstractBytePredicate1<BytePredicate1>composeUnchecked in interface net.ashwork.functionality.partial.InputChainable<java.lang.Byte>composeUnchecked in interface net.ashwork.functionality.partial.InputChainableInput<java.lang.Byte>Predicate1default BytePredicate1 not()
Not~A or a logical NOT.not in interface AbstractBytePredicate1<BytePredicate1>not in interface AbstractPredicateN<BytePredicate1>not in interface LogicalOperator<BytePredicate1>not in interface Nand<BytePredicate1>not in interface Nor<BytePredicate1>not in interface Notnot in interface OrNot<BytePredicate1>not in interface Sub<BytePredicate1>not in interface Xnor<BytePredicate1>not in interface Xor<BytePredicate1>default BytePredicate1 and(BytePredicate1 other)
AndA & B or a logical AND.and in interface AbstractBytePredicate1<BytePredicate1>and in interface AbstractPredicateN<BytePredicate1>and in interface And<BytePredicate1>and in interface LogicalOperator<BytePredicate1>and in interface Nand<BytePredicate1>and in interface Sub<BytePredicate1>and in interface Xnor<BytePredicate1>and in interface Xor<BytePredicate1>other - the intersected objectother objectdefault BytePredicate1 or(BytePredicate1 other)
OrA | B or a logical OR.or in interface AbstractBytePredicate1<BytePredicate1>or in interface AbstractPredicateN<BytePredicate1>or in interface LogicalOperator<BytePredicate1>or in interface Nor<BytePredicate1>or in interface Or<BytePredicate1>or in interface OrNot<BytePredicate1>or in interface Xnor<BytePredicate1>or in interface Xor<BytePredicate1>other - the unioned objectother objectdefault BytePredicate1 xor(BytePredicate1 other)
XorA ^ B or a logical XOR.xor in interface AbstractBytePredicate1<BytePredicate1>xor in interface AbstractPredicateN<BytePredicate1>xor in interface LogicalOperator<BytePredicate1>xor in interface Xnor<BytePredicate1>xor in interface Xor<BytePredicate1>other - the disjunctively unioned objectother objectdefault BytePredicate1 sub(BytePredicate1 other)
SubA - B or the relative complement.sub in interface AbstractBytePredicate1<BytePredicate1>sub in interface AbstractPredicateN<BytePredicate1>sub in interface LogicalOperator<BytePredicate1>sub in interface Sub<BytePredicate1>sub in interface Xnor<BytePredicate1>sub in interface Xor<BytePredicate1>other - the subtrahend objectother object being
subtracted from this objectdefault BytePredicate1 nand(BytePredicate1 other)
Nand~(A & B) or a logical NAND.nand in interface AbstractBytePredicate1<BytePredicate1>nand in interface AbstractPredicateN<BytePredicate1>nand in interface LogicalOperator<BytePredicate1>nand in interface Nand<BytePredicate1>other - the intersected objectother objectdefault BytePredicate1 nor(BytePredicate1 other)
Nor~(A | B) or a logical NOR.nor in interface AbstractBytePredicate1<BytePredicate1>nor in interface AbstractPredicateN<BytePredicate1>nor in interface LogicalOperator<BytePredicate1>nor in interface Nor<BytePredicate1>other - the unioned objectother objectdefault BytePredicate1 xnor(BytePredicate1 other)
Xnor~(A ^ B) or a logical XNOR.xnor in interface AbstractBytePredicate1<BytePredicate1>xnor in interface AbstractPredicateN<BytePredicate1>xnor in interface LogicalOperator<BytePredicate1>xnor in interface Xnor<BytePredicate1>other - the disjunctively unioned objectother objectdefault BytePredicate1 orNot(BytePredicate1 other)
OrNot~(A - B) or the complement of the relative complement.orNot in interface AbstractBytePredicate1<BytePredicate1>orNot in interface AbstractPredicateN<BytePredicate1>orNot in interface LogicalOperator<BytePredicate1>orNot in interface OrNot<BytePredicate1>other - the subtrahend objectother
object being subtracted from this object