org.immutables.fixture.with.ImmutableWithUnaryOperator Maven / Gradle / Ivy
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package org.immutables.fixture.with;
import com.google.common.base.MoreObjects;
import com.google.common.base.Optional;
import com.google.common.collect.ImmutableList;
import com.google.errorprone.annotations.CanIgnoreReturnValue;
import com.google.errorprone.annotations.Var;
import java.util.ArrayList;
import java.util.List;
import java.util.Objects;
import java.util.OptionalDouble;
import java.util.OptionalInt;
import java.util.function.UnaryOperator;
import java.util.stream.Collectors;
import javax.annotation.CheckReturnValue;
import javax.annotation.Nullable;
import javax.annotation.ParametersAreNonnullByDefault;
import javax.annotation.concurrent.Immutable;
import javax.annotation.concurrent.NotThreadSafe;
import org.immutables.value.Generated;
/**
* Immutable implementation of {@link WithUnaryOperator}.
*
* Use the builder to create immutable instances:
* {@code ImmutableWithUnaryOperator.builder()}.
*/
@Generated(from = "WithUnaryOperator", generator = "Immutables")
@SuppressWarnings({"all"})
@ParametersAreNonnullByDefault
@javax.annotation.processing.Generated("org.immutables.processor.ProxyProcessor")
@Immutable
@CheckReturnValue
final class ImmutableWithUnaryOperator implements WithUnaryOperator {
private final int a;
private final String b;
private final @Nullable String o;
private final ImmutableList l;
private final @Nullable Integer i;
private final @Nullable Double d;
private final Optional oi;
private ImmutableWithUnaryOperator(
int a,
String b,
@Nullable String o,
ImmutableList l,
@Nullable Integer i,
@Nullable Double d,
Optional oi) {
this.a = a;
this.b = b;
this.o = o;
this.l = l;
this.i = i;
this.d = d;
this.oi = oi;
}
/**
* @return The value of the {@code a} attribute
*/
@Override
public int a() {
return a;
}
/**
* @return The value of the {@code b} attribute
*/
@Override
public String b() {
return b;
}
/**
* @return The value of the {@code o} attribute
*/
@Override
public java.util.Optional o() {
return java.util.Optional.ofNullable(o);
}
/**
* @return The value of the {@code l} attribute
*/
@Override
public ImmutableList l() {
return l;
}
/**
* @return The value of the {@code i} attribute
*/
@Override
public OptionalInt i() {
return i != null
? OptionalInt.of(i)
: OptionalInt.empty();
}
/**
* @return The value of the {@code d} attribute
*/
@Override
public OptionalDouble d() {
return d != null
? OptionalDouble.of(d)
: OptionalDouble.empty();
}
/**
* @return The value of the {@code oi} attribute
*/
@Override
public Optional oi() {
return oi;
}
/**
* Copy the current immutable object by setting a value for the {@link WithUnaryOperator#a() a} attribute.
* A value equality check is used to prevent copying of the same value by returning {@code this}.
* @param value A new value for a
* @return A modified copy of the {@code this} object
*/
public final ImmutableWithUnaryOperator withA(int value) {
if (this.a == value) return this;
return new ImmutableWithUnaryOperator(value, this.b, this.o, this.l, this.i, this.d, this.oi);
}
/**
* Copy the current immutable object by transforming value of {@link WithUnaryOperator#a() a}
* using the provided {@code UnaryOperator}. It always returns a new copy.
* @param operator Unary operator to transform value of a
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator mapA(UnaryOperator operator) {
int value = operator.apply(this.a);
return new ImmutableWithUnaryOperator(value, this.b, this.o, this.l, this.i, this.d, this.oi);
}
/**
* Copy the current immutable object by setting a value for the {@link WithUnaryOperator#b() b} attribute.
* An equals check used to prevent copying of the same value by returning {@code this}.
* @param value A new value for b
* @return A modified copy of the {@code this} object
*/
public final ImmutableWithUnaryOperator withB(String value) {
String newValue = Objects.requireNonNull(value, "b");
if (this.b.equals(newValue)) return this;
return new ImmutableWithUnaryOperator(this.a, newValue, this.o, this.l, this.i, this.d, this.oi);
}
/**
* Copy the current immutable object by transforming value of {@link WithUnaryOperator#b() b}
* using the provided {@code UnaryOperator}. It always returns a new copy.
* @param operator Unary operator to transform value of b
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator mapB(UnaryOperator operator) {
String value = operator.apply(this.b);
return new ImmutableWithUnaryOperator(this.a, value, this.o, this.l, this.i, this.d, this.oi);
}
/**
* Copy the current immutable object by setting a present value for the optional {@link WithUnaryOperator#o() o} attribute.
* @param value The value for o
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator withO(String value) {
String newValue = Objects.requireNonNull(value, "o");
if (Objects.equals(this.o, newValue)) return this;
return new ImmutableWithUnaryOperator(this.a, this.b, newValue, this.l, this.i, this.d, this.oi);
}
/**
* Copy the current immutable object by setting an optional value for the {@link WithUnaryOperator#o() o} attribute.
* An equality check is used on inner nullable value to prevent copying of the same value by returning {@code this}.
* @param optional A value for o
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator withO(java.util.Optional optional) {
@Nullable String value = optional.orElse(null);
if (Objects.equals(this.o, value)) return this;
return new ImmutableWithUnaryOperator(this.a, this.b, value, this.l, this.i, this.d, this.oi);
}
/**
* Copy the current immutable object by transforming optional value of {@link WithUnaryOperator#o() o}
* using the provided {@code UnaryOperator}.
* It always returns a new copy if optional is present, otherwise {@code this} is returned.
* @param operator Unary operator to transform optional value of o
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator mapO(UnaryOperator operator) {
if (this.o == null) return this;
@Nullable String value = operator.apply(this.o);
return new ImmutableWithUnaryOperator(this.a, this.b, value, this.l, this.i, this.d, this.oi);
}
/**
* Copy the current immutable object with elements that replace the content of {@link WithUnaryOperator#l() l}.
* @param elements The elements to set
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator withL(String... elements) {
ImmutableList newValue = ImmutableList.copyOf(elements);
return new ImmutableWithUnaryOperator(this.a, this.b, this.o, newValue, this.i, this.d, this.oi);
}
/**
* Copy the current immutable object with elements that replace the content of {@link WithUnaryOperator#l() l}.
* A shallow reference equality check is used to prevent copying of the same value by returning {@code this}.
* @param elements An iterable of l elements to set
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator withL(Iterable elements) {
if (this.l == elements) return this;
ImmutableList newValue = ImmutableList.copyOf(elements);
return new ImmutableWithUnaryOperator(this.a, this.b, this.o, newValue, this.i, this.d, this.oi);
}
/**
* Copy the current immutable object with elements that replace the content of {@link WithUnaryOperator#l() l},
* transformed by passing each element to the provided {@code UnaryOperator}.
* It always returns a new copy unless collection is empty.
* @param operator Unary operator to transform each element of l
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator mapL(UnaryOperator operator) {
if (this.l.isEmpty()) return this;
List elements = this.l.stream().map(operator)
.collect(Collectors.toList());
ImmutableList newValue = ImmutableList.copyOf(elements);
return new ImmutableWithUnaryOperator(this.a, this.b, this.o, newValue, this.i, this.d, this.oi);
}
/**
* Copy the current immutable object by setting a present value for the optional {@link WithUnaryOperator#i() i} attribute.
* @param value The value for i
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator withI(int value) {
@Nullable Integer newValue = value;
if (Objects.equals(this.i, newValue)) return this;
return new ImmutableWithUnaryOperator(this.a, this.b, this.o, this.l, newValue, this.d, this.oi);
}
/**
* Copy the current immutable object by setting an optional value for the {@link WithUnaryOperator#i() i} attribute.
* An equality check is used on inner nullable value to prevent copying of the same value by returning {@code this}.
* @param optional A value for i
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator withI(OptionalInt optional) {
@Nullable Integer value = optional.isPresent() ? optional.getAsInt() : null;
if (Objects.equals(this.i, value)) return this;
return new ImmutableWithUnaryOperator(this.a, this.b, this.o, this.l, value, this.d, this.oi);
}
/**
* Copy the current immutable object by transforming optional value of {@link WithUnaryOperator#i() i}
* using the provided {@code UnaryOperator}.
* It always returns a new copy if optional is present, otherwise {@code this} is returned.
* @param operator Unary operator to transform optional value of i
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator mapI(UnaryOperator operator) {
if (this.i == null) return this;
@Nullable Integer value = operator.apply(this.i);
return new ImmutableWithUnaryOperator(this.a, this.b, this.o, this.l, value, this.d, this.oi);
}
/**
* Copy the current immutable object by setting a present value for the optional {@link WithUnaryOperator#d() d} attribute.
* @param value The value for d
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator withD(double value) {
@Nullable Double newValue = value;
if (Objects.equals(this.d, newValue)) return this;
return new ImmutableWithUnaryOperator(this.a, this.b, this.o, this.l, this.i, newValue, this.oi);
}
/**
* Copy the current immutable object by setting an optional value for the {@link WithUnaryOperator#d() d} attribute.
* An equality check is used on inner nullable value to prevent copying of the same value by returning {@code this}.
* @param optional A value for d
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator withD(OptionalDouble optional) {
@Nullable Double value = optional.isPresent() ? optional.getAsDouble() : null;
if (Objects.equals(this.d, value)) return this;
return new ImmutableWithUnaryOperator(this.a, this.b, this.o, this.l, this.i, value, this.oi);
}
/**
* Copy the current immutable object by transforming optional value of {@link WithUnaryOperator#d() d}
* using the provided {@code UnaryOperator}.
* It always returns a new copy if optional is present, otherwise {@code this} is returned.
* @param operator Unary operator to transform optional value of d
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator mapD(UnaryOperator operator) {
if (this.d == null) return this;
@Nullable Double value = operator.apply(this.d);
return new ImmutableWithUnaryOperator(this.a, this.b, this.o, this.l, this.i, value, this.oi);
}
/**
* Copy the current immutable object by setting a present value for the optional {@link WithUnaryOperator#oi() oi} attribute.
* @param value The value for oi
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator withOi(int value) {
Optional newValue = Optional.of(value);
if (this.oi.equals(newValue)) return this;
return new ImmutableWithUnaryOperator(this.a, this.b, this.o, this.l, this.i, this.d, newValue);
}
/**
* Copy the current immutable object by setting an optional value for the {@link WithUnaryOperator#oi() oi} attribute.
* An equality check is used to prevent copying of the same value by returning {@code this}.
* @param optional A value for oi
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator withOi(Optional optional) {
Optional value = optional;
if (this.oi.equals(value)) return this;
return new ImmutableWithUnaryOperator(this.a, this.b, this.o, this.l, this.i, this.d, value);
}
/**
* Copy the current immutable object by transforming optional value of {@link WithUnaryOperator#oi() oi}
* using the provided {@code UnaryOperator}.
* It always returns a new copy if optional is present, otherwise {@code this} is returned.
* @param operator Unary operator to transform optional value of oi
* @return A modified copy of {@code this} object
*/
public final ImmutableWithUnaryOperator mapOi(UnaryOperator operator) {
if (!this.oi.isPresent()) return this;
Optional value = Optional.of(operator.apply(this.oi.get()));
return new ImmutableWithUnaryOperator(this.a, this.b, this.o, this.l, this.i, this.d, value);
}
/**
* This instance is equal to all instances of {@code ImmutableWithUnaryOperator} that have equal attribute values.
* @return {@code true} if {@code this} is equal to {@code another} instance
*/
@Override
public boolean equals(@Nullable Object another) {
if (this == another) return true;
return another instanceof ImmutableWithUnaryOperator
&& equalTo(0, (ImmutableWithUnaryOperator) another);
}
private boolean equalTo(int synthetic, ImmutableWithUnaryOperator another) {
return a == another.a
&& b.equals(another.b)
&& Objects.equals(o, another.o)
&& l.equals(another.l)
&& Objects.equals(i, another.i)
&& Objects.equals(d, another.d)
&& oi.equals(another.oi);
}
/**
* Computes a hash code from attributes: {@code a}, {@code b}, {@code o}, {@code l}, {@code i}, {@code d}, {@code oi}.
* @return hashCode value
*/
@Override
public int hashCode() {
@Var int h = 5381;
h += (h << 5) + a;
h += (h << 5) + b.hashCode();
h += (h << 5) + Objects.hashCode(o);
h += (h << 5) + l.hashCode();
h += (h << 5) + Objects.hashCode(i);
h += (h << 5) + Objects.hashCode(d);
h += (h << 5) + oi.hashCode();
return h;
}
/**
* Prints the immutable value {@code WithUnaryOperator} with attribute values.
* @return A string representation of the value
*/
@Override
public String toString() {
return MoreObjects.toStringHelper("WithUnaryOperator")
.omitNullValues()
.add("a", a)
.add("b", b)
.add("o", o)
.add("l", l)
.add("i", i)
.add("d", d)
.add("oi", oi.orNull())
.toString();
}
/**
* Creates an immutable copy of a {@link WithUnaryOperator} value.
* Uses accessors to get values to initialize the new immutable instance.
* If an instance is already immutable, it is returned as is.
* @param instance The instance to copy
* @return A copied immutable WithUnaryOperator instance
*/
public static ImmutableWithUnaryOperator copyOf(WithUnaryOperator instance) {
if (instance instanceof ImmutableWithUnaryOperator) {
return (ImmutableWithUnaryOperator) instance;
}
return ImmutableWithUnaryOperator.builder()
.from(instance)
.build();
}
/**
* Creates a builder for {@link ImmutableWithUnaryOperator ImmutableWithUnaryOperator}.
*
* ImmutableWithUnaryOperator.builder()
* .a(int) // required {@link WithUnaryOperator#a() a}
* .b(String) // required {@link WithUnaryOperator#b() b}
* .o(String) // optional {@link WithUnaryOperator#o() o}
* .addL|addAllL(String) // {@link WithUnaryOperator#l() l} elements
* .i(int) // optional {@link WithUnaryOperator#i() i}
* .d(double) // optional {@link WithUnaryOperator#d() d}
* .oi(Integer) // optional {@link WithUnaryOperator#oi() oi}
* .build();
*
* @return A new ImmutableWithUnaryOperator builder
*/
public static ImmutableWithUnaryOperator.Builder builder() {
return new ImmutableWithUnaryOperator.Builder();
}
/**
* Builds instances of type {@link ImmutableWithUnaryOperator ImmutableWithUnaryOperator}.
* Initialize attributes and then invoke the {@link #build()} method to create an
* immutable instance.
* {@code Builder} is not thread-safe and generally should not be stored in a field or collection,
* but instead used immediately to create instances.
*/
@Generated(from = "WithUnaryOperator", generator = "Immutables")
@NotThreadSafe
public static final class Builder {
private static final long INIT_BIT_A = 0x1L;
private static final long INIT_BIT_B = 0x2L;
private long initBits = 0x3L;
private int a;
private @Nullable String b;
private @Nullable String o;
private ImmutableList.Builder l = ImmutableList.builder();
private @Nullable Integer i;
private @Nullable Double d;
private Optional oi = Optional.absent();
private Builder() {
}
/**
* Fill a builder with attribute values from the provided {@code WithUnaryOperator} instance.
* Regular attribute values will be replaced with those from the given instance.
* Absent optional values will not replace present values.
* Collection elements and entries will be added, not replaced.
* @param instance The instance from which to copy values
* @return {@code this} builder for use in a chained invocation
*/
@CanIgnoreReturnValue
public final Builder from(WithUnaryOperator instance) {
Objects.requireNonNull(instance, "instance");
a(instance.a());
b(instance.b());
java.util.Optional oOptional = instance.o();
if (oOptional.isPresent()) {
o(oOptional);
}
addAllL(instance.l());
OptionalInt iOptional = instance.i();
if (iOptional.isPresent()) {
i(iOptional);
}
OptionalDouble dOptional = instance.d();
if (dOptional.isPresent()) {
d(dOptional);
}
Optional oiOptional = instance.oi();
if (oiOptional.isPresent()) {
oi(oiOptional);
}
return this;
}
/**
* Initializes the value for the {@link WithUnaryOperator#a() a} attribute.
* @param a The value for a
* @return {@code this} builder for use in a chained invocation
*/
@CanIgnoreReturnValue
public final Builder a(int a) {
this.a = a;
initBits &= ~INIT_BIT_A;
return this;
}
/**
* Initializes the value for the {@link WithUnaryOperator#b() b} attribute.
* @param b The value for b
* @return {@code this} builder for use in a chained invocation
*/
@CanIgnoreReturnValue
public final Builder b(String b) {
this.b = Objects.requireNonNull(b, "b");
initBits &= ~INIT_BIT_B;
return this;
}
/**
* Initializes the optional value {@link WithUnaryOperator#o() o} to o.
* @param o The value for o
* @return {@code this} builder for chained invocation
*/
@CanIgnoreReturnValue
public final Builder o(String o) {
this.o = Objects.requireNonNull(o, "o");
return this;
}
/**
* Initializes the optional value {@link WithUnaryOperator#o() o} to o.
* @param o The value for o
* @return {@code this} builder for use in a chained invocation
*/
@CanIgnoreReturnValue
public final Builder o(java.util.Optional o) {
this.o = o.orElse(null);
return this;
}
/**
* Adds one element to {@link WithUnaryOperator#l() l} list.
* @param element A l element
* @return {@code this} builder for use in a chained invocation
*/
@CanIgnoreReturnValue
public final Builder addL(String element) {
this.l.add(element);
return this;
}
/**
* Adds elements to {@link WithUnaryOperator#l() l} list.
* @param elements An array of l elements
* @return {@code this} builder for use in a chained invocation
*/
@CanIgnoreReturnValue
public final Builder addL(String... elements) {
this.l.add(elements);
return this;
}
/**
* Sets or replaces all elements for {@link WithUnaryOperator#l() l} list.
* @param elements An iterable of l elements
* @return {@code this} builder for use in a chained invocation
*/
@CanIgnoreReturnValue
public final Builder l(Iterable elements) {
this.l = ImmutableList.builder();
return addAllL(elements);
}
/**
* Adds elements to {@link WithUnaryOperator#l() l} list.
* @param elements An iterable of l elements
* @return {@code this} builder for use in a chained invocation
*/
@CanIgnoreReturnValue
public final Builder addAllL(Iterable elements) {
this.l.addAll(elements);
return this;
}
/**
* Initializes the optional value {@link WithUnaryOperator#i() i} to i.
* @param i The value for i
* @return {@code this} builder for chained invocation
*/
@CanIgnoreReturnValue
public final Builder i(int i) {
this.i = i;
return this;
}
/**
* Initializes the optional value {@link WithUnaryOperator#i() i} to i.
* @param i The value for i
* @return {@code this} builder for use in a chained invocation
*/
@CanIgnoreReturnValue
public final Builder i(OptionalInt i) {
this.i = i.isPresent() ? i.getAsInt() : null;
return this;
}
/**
* Initializes the optional value {@link WithUnaryOperator#d() d} to d.
* @param d The value for d
* @return {@code this} builder for chained invocation
*/
@CanIgnoreReturnValue
public final Builder d(double d) {
this.d = d;
return this;
}
/**
* Initializes the optional value {@link WithUnaryOperator#d() d} to d.
* @param d The value for d
* @return {@code this} builder for use in a chained invocation
*/
@CanIgnoreReturnValue
public final Builder d(OptionalDouble d) {
this.d = d.isPresent() ? d.getAsDouble() : null;
return this;
}
/**
* Initializes the optional value {@link WithUnaryOperator#oi() oi} to oi.
* @param oi The value for oi
* @return {@code this} builder for chained invocation
*/
@CanIgnoreReturnValue
public final Builder oi(int oi) {
this.oi = Optional.of(oi);
return this;
}
/**
* Initializes the optional value {@link WithUnaryOperator#oi() oi} to oi.
* @param oi The value for oi
* @return {@code this} builder for use in a chained invocation
*/
@CanIgnoreReturnValue
public final Builder oi(Optional oi) {
this.oi = oi;
return this;
}
/**
* Builds a new {@link ImmutableWithUnaryOperator ImmutableWithUnaryOperator}.
* @return An immutable instance of WithUnaryOperator
* @throws java.lang.IllegalStateException if any required attributes are missing
*/
public ImmutableWithUnaryOperator build() {
if (initBits != 0) {
throw new IllegalStateException(formatRequiredAttributesMessage());
}
return new ImmutableWithUnaryOperator(a, b, o, l.build(), i, d, oi);
}
private String formatRequiredAttributesMessage() {
List attributes = new ArrayList<>();
if ((initBits & INIT_BIT_A) != 0) attributes.add("a");
if ((initBits & INIT_BIT_B) != 0) attributes.add("b");
return "Cannot build WithUnaryOperator, some of required attributes are not set " + attributes;
}
}
}