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A collection of Immutable Tuple classes that represent sets of a fixed length where every element has a specific type.

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/**
 * 
 * Copyright (c) 2006-2019, Speedment, Inc. All Rights Reserved.
 * 
 * Licensed under the Apache License, Version 2.0 (the "License"); You may not
 * use this file except in compliance with the License. You may obtain a copy of
 * the License at: 
 * 
 * http://www.apache.org/licenses/LICENSE-2.0
 * 
 * Unless required by applicable law or agreed to in writing, software
 * distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
 * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
 * License for the specific language governing permissions and limitations under
 * the License.
 */
package com.speedment.common.tuple.mutable;

import com.speedment.common.tuple.MutableTuple;
import com.speedment.common.tuple.Tuple;
import com.speedment.common.tuple.TupleOfNullables;
import com.speedment.common.tuple.getter.TupleGetter0;
import com.speedment.common.tuple.getter.TupleGetter1;
import com.speedment.common.tuple.getter.TupleGetter2;
import com.speedment.common.tuple.getter.TupleGetter3;
import com.speedment.common.tuple.getter.TupleGetter4;
import com.speedment.common.tuple.getter.TupleGetter5;
import com.speedment.common.tuple.getter.TupleGetter;

import java.util.Optional;
import java.util.function.BiConsumer;

/**
 * This interface defines a generic {@link MutableTuple} of any order that can
 * hold null values. A MutableTuple is type safe but NOT thread safe.
 * For pure non-null value elements see {@link Tuple}
 * This {@link MutableTuple} has a degree of 6
 * 

* Generated by com.speedment.sources.pattern.tuple.TuplePattern * * @param type of element 0 * @param type of element 1 * @param type of element 2 * @param type of element 3 * @param type of element 4 * @param type of element 5 * * @author Per Minborg * * @see Tuple * @see TupleOfNullables * @see MutableTuple */ public interface MutableTuple6 extends MutableTuple { /** * Returns the 0th element from this tuple. * * @return the 0th element from this tuple. */ Optional get0(); /** * Returns the 1st element from this tuple. * * @return the 1st element from this tuple. */ Optional get1(); /** * Returns the 2nd element from this tuple. * * @return the 2nd element from this tuple. */ Optional get2(); /** * Returns the 3rd element from this tuple. * * @return the 3rd element from this tuple. */ Optional get3(); /** * Returns the 4th element from this tuple. * * @return the 4th element from this tuple. */ Optional get4(); /** * Returns the 5th element from this tuple. * * @return the 5th element from this tuple. */ Optional get5(); /** * Sets the 0th element in this tuple. * * @param t0 the new value for the 0th element */ void set0(T0 t0); /** * Sets the 1st element in this tuple. * * @param t1 the new value for the 1st element */ void set1(T1 t1); /** * Sets the 2nd element in this tuple. * * @param t2 the new value for the 2nd element */ void set2(T2 t2); /** * Sets the 3rd element in this tuple. * * @param t3 the new value for the 3rd element */ void set3(T3 t3); /** * Sets the 4th element in this tuple. * * @param t4 the new value for the 4th element */ void set4(T4 t4); /** * Sets the 5th element in this tuple. * * @param t5 the new value for the 5th element */ void set5(T5 t5); @Override default int degree() { return 6; } @SuppressWarnings("unchecked") default Optional get(int index) { switch (index) { case 0 : return (Optional)get0(); case 1 : return (Optional)get1(); case 2 : return (Optional)get2(); case 3 : return (Optional)get3(); case 4 : return (Optional)get4(); case 5 : return (Optional)get5(); default : throw new IllegalArgumentException(String.format("Index %d is outside bounds of tuple of degree %s", index, degree() )); } } /** * Returns a {@link TupleGetter getter} for the 0th element in the {@code * Tuple}. * * @return the element at the 0th position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static TupleGetter0, Optional> getter0() { return MutableTuple6::get0; } /** * Returns the 0th element from this tuple or {@code null} if no such * element is present. * * @return the 0th element from this tuple or {@code null} if no such * element is present. */ default T0 getOrNull0() { return get0().orElse(null); } /** * Returns a {@link TupleGetter getter} for the 0th element in the {@code * Tuple}. * * @return the element at the 0th position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static TupleGetter0, T0> getterOrNull0() { return MutableTuple6::getOrNull0; } /** * Returns a setter for the 0th element in the {@code MutableTuple}. * * @return the element at the 0th position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static BiConsumer, T0> setter0() { return MutableTuple6::set0; } /** * Returns a {@link TupleGetter getter} for the 1st element in the {@code * Tuple}. * * @return the element at the 1st position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static TupleGetter1, Optional> getter1() { return MutableTuple6::get1; } /** * Returns the 1st element from this tuple or {@code null} if no such * element is present. * * @return the 1st element from this tuple or {@code null} if no such * element is present. */ default T1 getOrNull1() { return get1().orElse(null); } /** * Returns a {@link TupleGetter getter} for the 1st element in the {@code * Tuple}. * * @return the element at the 1st position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static TupleGetter1, T1> getterOrNull1() { return MutableTuple6::getOrNull1; } /** * Returns a setter for the 1st element in the {@code MutableTuple}. * * @return the element at the 1st position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static BiConsumer, T1> setter1() { return MutableTuple6::set1; } /** * Returns a {@link TupleGetter getter} for the 2nd element in the {@code * Tuple}. * * @return the element at the 2nd position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static TupleGetter2, Optional> getter2() { return MutableTuple6::get2; } /** * Returns the 2nd element from this tuple or {@code null} if no such * element is present. * * @return the 2nd element from this tuple or {@code null} if no such * element is present. */ default T2 getOrNull2() { return get2().orElse(null); } /** * Returns a {@link TupleGetter getter} for the 2nd element in the {@code * Tuple}. * * @return the element at the 2nd position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static TupleGetter2, T2> getterOrNull2() { return MutableTuple6::getOrNull2; } /** * Returns a setter for the 2nd element in the {@code MutableTuple}. * * @return the element at the 2nd position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static BiConsumer, T2> setter2() { return MutableTuple6::set2; } /** * Returns a {@link TupleGetter getter} for the 3rd element in the {@code * Tuple}. * * @return the element at the 3rd position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static TupleGetter3, Optional> getter3() { return MutableTuple6::get3; } /** * Returns the 3rd element from this tuple or {@code null} if no such * element is present. * * @return the 3rd element from this tuple or {@code null} if no such * element is present. */ default T3 getOrNull3() { return get3().orElse(null); } /** * Returns a {@link TupleGetter getter} for the 3rd element in the {@code * Tuple}. * * @return the element at the 3rd position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static TupleGetter3, T3> getterOrNull3() { return MutableTuple6::getOrNull3; } /** * Returns a setter for the 3rd element in the {@code MutableTuple}. * * @return the element at the 3rd position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static BiConsumer, T3> setter3() { return MutableTuple6::set3; } /** * Returns a {@link TupleGetter getter} for the 4th element in the {@code * Tuple}. * * @return the element at the 4th position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static TupleGetter4, Optional> getter4() { return MutableTuple6::get4; } /** * Returns the 4th element from this tuple or {@code null} if no such * element is present. * * @return the 4th element from this tuple or {@code null} if no such * element is present. */ default T4 getOrNull4() { return get4().orElse(null); } /** * Returns a {@link TupleGetter getter} for the 4th element in the {@code * Tuple}. * * @return the element at the 4th position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static TupleGetter4, T4> getterOrNull4() { return MutableTuple6::getOrNull4; } /** * Returns a setter for the 4th element in the {@code MutableTuple}. * * @return the element at the 4th position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static BiConsumer, T4> setter4() { return MutableTuple6::set4; } /** * Returns a {@link TupleGetter getter} for the 5th element in the {@code * Tuple}. * * @return the element at the 5th position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static TupleGetter5, Optional> getter5() { return MutableTuple6::get5; } /** * Returns the 5th element from this tuple or {@code null} if no such * element is present. * * @return the 5th element from this tuple or {@code null} if no such * element is present. */ default T5 getOrNull5() { return get5().orElse(null); } /** * Returns a {@link TupleGetter getter} for the 5th element in the {@code * Tuple}. * * @return the element at the 5th position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static TupleGetter5, T5> getterOrNull5() { return MutableTuple6::getOrNull5; } /** * Returns a setter for the 5th element in the {@code MutableTuple}. * * @return the element at the 5th position * @param the 0th element type * @param the 1st element type * @param the 2nd element type * @param the 3rd element type * @param the 4th element type * @param the 5th element type */ static BiConsumer, T5> setter5() { return MutableTuple6::set5; } }