com.adgear.anoa.test.nested.Variant Maven / Gradle / Ivy
/**
* Autogenerated by Avro
*
* DO NOT EDIT DIRECTLY
*/
package com.adgear.anoa.test.nested;
public interface Variant
extends java.util.function.Supplier,
java.lang.Comparable>,
java.io.Serializable {
/** True if all fields are set to default values. */
default boolean isDefault() {
return
isDefaultIntVariant() &&
isDefaultLongVariant() &&
isDefaultFloatVariant() &&
isDefaultDoubleVariant() &&
isDefaultBooleanVariant() &&
isDefaultStringVariant() &&
isDefaultBytesVariant();
}
/** Returns underlying object. */
T get();
/** Creates a new builder based on this object. */
Builder newBuilder();
int getIntVariant();
boolean isDefaultIntVariant();
long getLongVariant();
boolean isDefaultLongVariant();
float getFloatVariant();
boolean isDefaultFloatVariant();
double getDoubleVariant();
boolean isDefaultDoubleVariant();
boolean getBooleanVariant();
boolean isDefaultBooleanVariant();
java.lang.String getStringVariant();
boolean isDefaultStringVariant();
java.util.function.Supplier getBytesVariant();
boolean isDefaultBytesVariant();
public interface Builder {
Variant build();
Builder setIntVariant(int value);
Builder clearIntVariant();
Builder setLongVariant(long value);
Builder clearLongVariant();
Builder setFloatVariant(float value);
Builder clearFloatVariant();
Builder setDoubleVariant(double value);
Builder clearDoubleVariant();
Builder setBooleanVariant(boolean value);
Builder clearBooleanVariant();
Builder setStringVariant(java.lang.String value);
Builder clearStringVariant();
Builder setBytesVariant(java.util.function.Supplier value);
Builder clearBytesVariant();
}
static class Comparator implements java.util.Comparator>, java.io.Serializable {
@Override public int compare(com.adgear.anoa.test.nested.Variant a, com.adgear.anoa.test.nested.Variant b) {
int _cmp;
if (0 != (_cmp = compareIntVariant(a, b))) return _cmp;
if (0 != (_cmp = compareLongVariant(a, b))) return _cmp;
if (0 != (_cmp = compareFloatVariant(a, b))) return _cmp;
if (0 != (_cmp = compareDoubleVariant(a, b))) return _cmp;
if (0 != (_cmp = compareBooleanVariant(a, b))) return _cmp;
if (0 != (_cmp = compareStringVariant(a, b))) return _cmp;
if (0 != (_cmp = compareBytesVariant(a, b))) return _cmp;
return 0;
}
static private int compareIntVariant (com.adgear.anoa.test.nested.Variant a, com.adgear.anoa.test.nested.Variant b) {
final java.lang.Integer fa = a.getIntVariant();
final java.lang.Integer fb = b.getIntVariant();
return java.lang.Integer.compareUnsigned(fa, fb);
}
static private int compareLongVariant (com.adgear.anoa.test.nested.Variant a, com.adgear.anoa.test.nested.Variant b) {
final java.lang.Long fa = a.getLongVariant();
final java.lang.Long fb = b.getLongVariant();
return java.lang.Long.compare(fa, fb);
}
static private int compareFloatVariant (com.adgear.anoa.test.nested.Variant a, com.adgear.anoa.test.nested.Variant b) {
final java.lang.Float fa = a.getFloatVariant();
final java.lang.Float fb = b.getFloatVariant();
return java.lang.Float.compare(fa, fb);
}
static private int compareDoubleVariant (com.adgear.anoa.test.nested.Variant a, com.adgear.anoa.test.nested.Variant b) {
final java.lang.Double fa = a.getDoubleVariant();
final java.lang.Double fb = b.getDoubleVariant();
return java.lang.Double.compare(fa, fb);
}
static private int compareBooleanVariant (com.adgear.anoa.test.nested.Variant a, com.adgear.anoa.test.nested.Variant b) {
final java.lang.Boolean fa = a.getBooleanVariant();
final java.lang.Boolean fb = b.getBooleanVariant();
return ((fa) ? 1 : 0) - ((fb) ? 1 : 0);
}
static private int compareStringVariant (com.adgear.anoa.test.nested.Variant a, com.adgear.anoa.test.nested.Variant b) {
final java.lang.String fa = a.getStringVariant();
final java.lang.String fb = b.getStringVariant();
return fa.compareTo(fb);
}
static private int compareBytesVariant (com.adgear.anoa.test.nested.Variant a, com.adgear.anoa.test.nested.Variant b) {
final java.util.function.Supplier fa = a.getBytesVariant();
final java.util.function.Supplier fb = b.getBytesVariant();
return java.nio.ByteBuffer.wrap(fa.get()).compareTo(java.nio.ByteBuffer.wrap(fb.get()));
}
static private final Comparator INSTANCE = new Comparator();
static public final long serialVersionUID = 70;
}
/** Returns comparator instance for Variant objects. */
static java.util.Comparator> getComparator() {
return Comparator.INSTANCE;
}
@Override default int compareTo(com.adgear.anoa.test.nested.Variant other) {
return getComparator().compare(this, other);
}
static class NativeImpl implements com.adgear.anoa.test.nested.Variant {
transient private java.lang.String json;
private int __int_variant;
transient private java.lang.Boolean is_default$int_variant;
private long __long_variant;
transient private java.lang.Boolean is_default$long_variant;
private float __float_variant;
transient private java.lang.Boolean is_default$float_variant;
private double __double_variant;
transient private java.lang.Boolean is_default$double_variant;
private boolean __boolean_variant;
transient private java.lang.Boolean is_default$boolean_variant;
private java.lang.String __string_variant;
transient private java.lang.Boolean is_default$string_variant;
private byte[] __bytes_variant;
transient private java.lang.Boolean is_default$bytes_variant;
transient private java.util.function.Supplier _bytes_variant;
private NativeImpl() {
__int_variant = 1;
is_default$int_variant = java.lang.Boolean.TRUE;
__long_variant = -1L;
is_default$long_variant = java.lang.Boolean.TRUE;
__float_variant = -0x1.0p0f;
is_default$float_variant = java.lang.Boolean.TRUE;
__double_variant = -0x1.0p0;
is_default$double_variant = java.lang.Boolean.TRUE;
__boolean_variant = true;
is_default$boolean_variant = java.lang.Boolean.TRUE;
__string_variant = "foo";
is_default$string_variant = java.lang.Boolean.TRUE;
__bytes_variant = "\1\2\3".getBytes();
is_default$bytes_variant = java.lang.Boolean.TRUE;
json = "{}";
}
private NativeImpl(NativeImpl other) {
setIntVariant(other.getIntVariant());
setLongVariant(other.getLongVariant());
setFloatVariant(other.getFloatVariant());
setDoubleVariant(other.getDoubleVariant());
setBooleanVariant(other.getBooleanVariant());
setStringVariant(other.getStringVariant());
setBytesVariant(other.getBytesVariant());
json = other.json;
}
@Override public NativeImpl get() {
return this;
}
@Override public Builder newBuilder() {
return newNativeImplBuilder(this);
}
private java.lang.String buildJson() {
java.lang.StringBuilder sb = new StringBuilder();
if (!isDefaultIntVariant()) {
sb.append((0 == sb.length()) ? "{\"int_variant\": " : ", \"int_variant\": ")
.append(__int_variant);
}
if (!isDefaultLongVariant()) {
sb.append((0 == sb.length()) ? "{\"long_variant\": " : ", \"long_variant\": ")
.append(__long_variant);
}
if (!isDefaultFloatVariant()) {
sb.append((0 == sb.length()) ? "{\"float_variant\": " : ", \"float_variant\": ")
.append(__float_variant);
}
if (!isDefaultDoubleVariant()) {
sb.append((0 == sb.length()) ? "{\"double_variant\": " : ", \"double_variant\": ")
.append(__double_variant);
}
if (!isDefaultBooleanVariant()) {
sb.append((0 == sb.length()) ? "{\"boolean_variant\": " : ", \"boolean_variant\": ")
.append(__boolean_variant);
}
if (!isDefaultStringVariant()) {
sb.append((0 == sb.length()) ? "{\"string_variant\": " : ", \"string_variant\": ")
.append("\"" + __string_variant.replace("\"","\\\"") + '\"');
}
if (!isDefaultBytesVariant()) {
sb.append((0 == sb.length()) ? "{\"bytes_variant\": " : ", \"bytes_variant\": ")
.append("\"" + java.util.Base64.getEncoder().encodeToString(__bytes_variant) + '\"');
}
return (0 == sb.length()) ? "{}" : sb.append('}').toString();
}
@Override public String toString() {
if (null == json) {
json = buildJson();
}
return json;
}
@Override public int hashCode() {
return toString().hashCode();
}
@Override public boolean equals(Object other) {
if (other == this) return true;
if (other == null || !(other instanceof NativeImpl)) return false;
return toString().equals(other.toString());
}
@Override public int getIntVariant() {
return __int_variant;
}
@Override public boolean isDefaultIntVariant() {
if (null == is_default$int_variant) {
is_default$int_variant = 1 == getIntVariant();
}
return is_default$int_variant;
}
private void setIntVariant(int value) {
this.__int_variant = value;
this.is_default$int_variant = null;
this.json = null;
}
@Override public long getLongVariant() {
return __long_variant;
}
@Override public boolean isDefaultLongVariant() {
if (null == is_default$long_variant) {
is_default$long_variant = -1 == getLongVariant();
}
return is_default$long_variant;
}
private void setLongVariant(long value) {
this.__long_variant = value;
this.is_default$long_variant = null;
this.json = null;
}
@Override public float getFloatVariant() {
return __float_variant;
}
@Override public boolean isDefaultFloatVariant() {
if (null == is_default$float_variant) {
is_default$float_variant = -0x1.0p0 == getFloatVariant();
}
return is_default$float_variant;
}
private void setFloatVariant(float value) {
this.__float_variant = value;
this.is_default$float_variant = null;
this.json = null;
}
@Override public double getDoubleVariant() {
return __double_variant;
}
@Override public boolean isDefaultDoubleVariant() {
if (null == is_default$double_variant) {
is_default$double_variant = -0x1.0p0 == getDoubleVariant();
}
return is_default$double_variant;
}
private void setDoubleVariant(double value) {
this.__double_variant = value;
this.is_default$double_variant = null;
this.json = null;
}
@Override public boolean getBooleanVariant() {
return __boolean_variant;
}
@Override public boolean isDefaultBooleanVariant() {
if (null == is_default$boolean_variant) {
is_default$boolean_variant = getBooleanVariant();
}
return is_default$boolean_variant;
}
private void setBooleanVariant(boolean value) {
this.__boolean_variant = value;
this.is_default$boolean_variant = null;
this.json = null;
}
@Override public java.lang.String getStringVariant() {
return __string_variant;
}
@Override public boolean isDefaultStringVariant() {
if (null == is_default$string_variant) {
is_default$string_variant = "foo".equals(getStringVariant().toString());
}
return is_default$string_variant;
}
private void setStringVariant(java.lang.String value) {
this.__string_variant = value;
this.is_default$string_variant = null;
this.json = null;
}
@Override public java.util.function.Supplier getBytesVariant() {
if (null == _bytes_variant) {
_bytes_variant = (java.util.function.Supplier) __bytes_variant::clone;
}
return _bytes_variant;
}
@Override public boolean isDefaultBytesVariant() {
if (null == is_default$bytes_variant) {
is_default$bytes_variant = java.util.Arrays.equals(getBytesVariant().get(), "\1\2\3".getBytes());
}
return is_default$bytes_variant;
}
private void setBytesVariant(java.util.function.Supplier value) {
this.__bytes_variant = value.get().clone();
this.is_default$bytes_variant = null;
this.json = null;
this._bytes_variant = null;
}
static class NativeImplBuilder implements Builder {
private NativeImpl wrapped = new NativeImpl();
@Override public com.adgear.anoa.test.nested.Variant build() {
return new NativeImpl(wrapped);
}
@Override public Builder setIntVariant(int value) {
if (1 == value) {
return clearIntVariant();
}
wrapped.setIntVariant(value);
return this;
}
@Override public Builder clearIntVariant() {
wrapped.__int_variant = _DEFAULT.get().__int_variant;
wrapped.is_default$int_variant = true;
return this;
}
@Override public Builder setLongVariant(long value) {
if (-1 == value) {
return clearLongVariant();
}
wrapped.setLongVariant(value);
return this;
}
@Override public Builder clearLongVariant() {
wrapped.__long_variant = _DEFAULT.get().__long_variant;
wrapped.is_default$long_variant = true;
return this;
}
@Override public Builder setFloatVariant(float value) {
if (-0x1.0p0 == value) {
return clearFloatVariant();
}
wrapped.setFloatVariant(value);
return this;
}
@Override public Builder clearFloatVariant() {
wrapped.__float_variant = _DEFAULT.get().__float_variant;
wrapped.is_default$float_variant = true;
return this;
}
@Override public Builder setDoubleVariant(double value) {
if (-0x1.0p0 == value) {
return clearDoubleVariant();
}
wrapped.setDoubleVariant(value);
return this;
}
@Override public Builder clearDoubleVariant() {
wrapped.__double_variant = _DEFAULT.get().__double_variant;
wrapped.is_default$double_variant = true;
return this;
}
@Override public Builder setBooleanVariant(boolean value) {
if (value) {
return clearBooleanVariant();
}
wrapped.setBooleanVariant(value);
return this;
}
@Override public Builder clearBooleanVariant() {
wrapped.__boolean_variant = _DEFAULT.get().__boolean_variant;
wrapped.is_default$boolean_variant = true;
return this;
}
@Override public Builder setStringVariant(java.lang.String value) {
if ("foo".equals(value.toString())) {
return clearStringVariant();
}
wrapped.setStringVariant(value);
return this;
}
@Override public Builder clearStringVariant() {
wrapped.__string_variant = _DEFAULT.get().__string_variant;
wrapped.is_default$string_variant = true;
return this;
}
@Override public Builder setBytesVariant(java.util.function.Supplier value) {
if (java.util.Arrays.equals(value.get(), "\1\2\3".getBytes())) {
return clearBytesVariant();
}
wrapped.setBytesVariant(value);
return this;
}
@Override public Builder clearBytesVariant() {
wrapped.__bytes_variant = _DEFAULT.get().__bytes_variant;
wrapped.is_default$bytes_variant = true;
wrapped._bytes_variant = _DEFAULT.get()._bytes_variant;
return this;
}
}
static private java.lang.ThreadLocal _DEFAULT = new java.lang.ThreadLocal() {
@Override protected NativeImpl initialValue() {
NativeImpl instance = new NativeImpl();
assert instance.isDefault();
return instance;
}
};
static public final long serialVersionUID = 70;
}
/** Returns a POJO builder instance with default values. */
static Builder newNativeImplBuilder() { return new NativeImpl.NativeImplBuilder(); }
/** Returns a POJO builder instance based on existing prototype Variant. */
static Builder newNativeImplBuilder(com.adgear.anoa.test.nested.Variant other) {
return newNativeImplBuilder()
.setIntVariant(other.getIntVariant())
.setLongVariant(other.getLongVariant())
.setFloatVariant(other.getFloatVariant())
.setDoubleVariant(other.getDoubleVariant())
.setBooleanVariant(other.getBooleanVariant())
.setStringVariant(other.getStringVariant())
.setBytesVariant(other.getBytesVariant());
}
/** Returns a POJO based on an instance of Variant. */
static NativeImpl nativeImpl(com.adgear.anoa.test.nested.Variant instance) {
if (instance instanceof NativeImpl) {
return (NativeImpl) instance;
} else {
return (NativeImpl) newNativeImplBuilder(instance).build();
}
}
static class Avro implements com.adgear.anoa.test.nested.Variant {
private byte[] binaryEncoding;
transient private com.adgear.anoa.test.nested.VariantAvro wrapped;
transient private java.lang.Boolean is_default$int_variant;
transient private java.lang.Boolean is_default$long_variant;
transient private java.lang.Boolean is_default$float_variant;
transient private java.lang.Boolean is_default$double_variant;
transient private java.lang.Boolean is_default$boolean_variant;
transient private java.lang.Boolean is_default$string_variant;
transient private java.lang.String _string_variant;
transient private java.lang.Boolean is_default$bytes_variant;
transient private java.util.function.Supplier _bytes_variant;
private Avro(com.adgear.anoa.test.nested.VariantAvro wrapped, byte[] binaryEncoding) {
this.wrapped = wrapped;
this.binaryEncoding = binaryEncoding;
}
/** Constructs a new Avro instance based on a message's binary encoding. Only use this if you know what you're doing. */
public Avro(byte[] binaryEncoding) { this(null, binaryEncoding); }
@Override public com.adgear.anoa.test.nested.VariantAvro get() {
if (wrapped == null) {
try {
wrapped = decode(binaryEncoding);
} catch (java.io.IOException e) {
throw new java.io.UncheckedIOException(e);
}
}
return wrapped;
}
@Override public Builder newBuilder() {
return newAvroBuilder(get());
}
/** Returns an Avro binary encoding of this record. */
public byte[] toByteArray() {
return (byte[]) encoded().binaryEncoding.clone();
}
/** Returns the Avro binary encoding of this record wrapped in a read-only buffer. */
public java.nio.ByteBuffer toByteBuffer() {
return java.nio.ByteBuffer.wrap(encoded().binaryEncoding).asReadOnlyBuffer();
}
@Override public int getIntVariant() {
return get().int_variant;
}
@Override public boolean isDefaultIntVariant() {
if (is_default$int_variant == null) {
is_default$int_variant = 1 == getIntVariant();
}
return is_default$int_variant;
}
@Override public long getLongVariant() {
return get().long_variant;
}
@Override public boolean isDefaultLongVariant() {
if (is_default$long_variant == null) {
is_default$long_variant = -1 == getLongVariant();
}
return is_default$long_variant;
}
@Override public float getFloatVariant() {
return get().float_variant;
}
@Override public boolean isDefaultFloatVariant() {
if (is_default$float_variant == null) {
is_default$float_variant = -0x1.0p0 == getFloatVariant();
}
return is_default$float_variant;
}
@Override public double getDoubleVariant() {
return get().double_variant;
}
@Override public boolean isDefaultDoubleVariant() {
if (is_default$double_variant == null) {
is_default$double_variant = -0x1.0p0 == getDoubleVariant();
}
return is_default$double_variant;
}
@Override public boolean getBooleanVariant() {
return get().boolean_variant;
}
@Override public boolean isDefaultBooleanVariant() {
if (is_default$boolean_variant == null) {
is_default$boolean_variant = getBooleanVariant();
}
return is_default$boolean_variant;
}
@Override public java.lang.String getStringVariant() {
if (_string_variant == null) {
_string_variant = java.util.Optional.of(get().string_variant).map(java.lang.Object::toString).orElse("");
}
return _string_variant;
}
@Override public boolean isDefaultStringVariant() {
if (is_default$string_variant == null) {
is_default$string_variant = "foo".equals(getStringVariant().toString());
}
return is_default$string_variant;
}
@Override public java.util.function.Supplier getBytesVariant() {
if (_bytes_variant == null) {
_bytes_variant = java.util.Optional.of(get().bytes_variant).map(bb -> {byte[] b = new byte[bb.remaining()]; bb.asReadOnlyBuffer().get(b); return (java.util.function.Supplier)(b::clone);}).get();
}
return _bytes_variant;
}
@Override public boolean isDefaultBytesVariant() {
if (is_default$bytes_variant == null) {
is_default$bytes_variant = java.util.Arrays.equals(getBytesVariant().get(), "\1\2\3".getBytes());
}
return is_default$bytes_variant;
}
@Override public boolean equals(Object other) {
if (other == this) return true;
if (other == null && !(other instanceof Avro)) return false;
return get().equals(((Avro) other).get());
}
@Override public int hashCode() { return get().hashCode(); }
@Override public String toString() { return get().toString(); }
private void writeObject(java.io.ObjectOutputStream out) throws java.io.IOException {
if (binaryEncoding == null) { encode(); }
out.defaultWriteObject();
}
public Avro encoded() {
if (binaryEncoding != null) {
try {
encode();
} catch (java.io.IOException e) {
throw new java.io.UncheckedIOException(e);
}
}
return this;
}
private void encode() throws java.io.IOException {
java.io.ByteArrayOutputStream stream = _ENCODER_STREAM.get();
org.apache.avro.io.BinaryEncoder encoder = _ENCODER.get();
stream.reset();
wrapped.encode(encoder);
encoder.flush();
binaryEncoding = stream.toByteArray();
}
static private com.adgear.anoa.test.nested.VariantAvro decode(byte[] binaryEncoding) throws java.io.IOException {
com.adgear.anoa.test.nested.VariantAvro instance = new com.adgear.anoa.test.nested.VariantAvro();
org.apache.avro.io.BinaryDecoder decoder = org.apache.avro.io.DecoderFactory.get().binaryDecoder(binaryEncoding, _DECODER.get());
return instance.decode(decoder);
}
/** Decodes a Avro record. */
static public com.adgear.anoa.test.nested.Variant from(byte[] binaryEncoding) throws java.io.IOException {
return new Avro(decode(binaryEncoding), binaryEncoding);
}
static private java.lang.ThreadLocal _DECODER = new java.lang.ThreadLocal() {
@Override protected org.apache.avro.io.BinaryDecoder initialValue() { return org.apache.avro.io.DecoderFactory.get().binaryDecoder(new byte[0], null); }
};
static private java.lang.ThreadLocal _ENCODER_STREAM = new java.lang.ThreadLocal() {
@Override protected java.io.ByteArrayOutputStream initialValue() { return new java.io.ByteArrayOutputStream(); }
};
static private java.lang.ThreadLocal _ENCODER = new java.lang.ThreadLocal() {
@Override protected org.apache.avro.io.BinaryEncoder initialValue() { return org.apache.avro.io.EncoderFactory.get().binaryEncoder(_ENCODER_STREAM.get(), null); }
};
static private java.lang.ThreadLocal _DEFAULT = new java.lang.ThreadLocal() {
@Override protected Avro initialValue() { return new Avro(com.adgear.anoa.test.nested.VariantAvro.newBuilder().build(), null); }
};
static public final long serialVersionUID = 70;
}
static class AvroBuilder implements Builder {
final private com.adgear.anoa.test.nested.VariantAvro.Builder builder;
/** Only use this if you know what you are doing. */
public AvroBuilder(com.adgear.anoa.test.nested.VariantAvro.Builder builder) { this.builder = builder; }
@Override public com.adgear.anoa.test.nested.Variant build() {
return new Avro(builder.build(), null);
}
@Override public Builder setIntVariant(int value) {
builder.setIntVariant(value);
return this;
}
@Override public Builder clearIntVariant() {
builder.clearIntVariant();
return this;
}
@Override public Builder setLongVariant(long value) {
builder.setLongVariant(value);
return this;
}
@Override public Builder clearLongVariant() {
builder.clearLongVariant();
return this;
}
@Override public Builder setFloatVariant(float value) {
builder.setFloatVariant(value);
return this;
}
@Override public Builder clearFloatVariant() {
builder.clearFloatVariant();
return this;
}
@Override public Builder setDoubleVariant(double value) {
builder.setDoubleVariant(value);
return this;
}
@Override public Builder clearDoubleVariant() {
builder.clearDoubleVariant();
return this;
}
@Override public Builder setBooleanVariant(boolean value) {
builder.setBooleanVariant(value);
return this;
}
@Override public Builder clearBooleanVariant() {
builder.clearBooleanVariant();
return this;
}
@Override public Builder setStringVariant(java.lang.String value) {
builder.setStringVariant(new org.apache.avro.util.Utf8(value));
return this;
}
@Override public Builder clearStringVariant() {
builder.clearStringVariant();
return this;
}
@Override public Builder setBytesVariant(java.util.function.Supplier value) {
builder.setBytesVariant(java.nio.ByteBuffer.wrap(value.get().clone()));
return this;
}
@Override public Builder clearBytesVariant() {
builder.clearBytesVariant();
return this;
}
}
/** Returns new Avro builder instance with default values. */
static Builder newAvroBuilder() {
return new AvroBuilder(com.adgear.anoa.test.nested.VariantAvro.newBuilder());
}
/** Returns new Avro builder instance based on existing prototype. */
static Builder newAvroBuilder(com.adgear.anoa.test.nested.VariantAvro other) {
return new AvroBuilder(com.adgear.anoa.test.nested.VariantAvro.newBuilder(other));
}
/** Returns new Avro builder instance based on existing prototype builder. */
static Builder newAvroBuilder(com.adgear.anoa.test.nested.VariantAvro.Builder other) {
return new AvroBuilder(com.adgear.anoa.test.nested.VariantAvro.newBuilder(other));
}
/** Returns new Avro builder instance based on existing prototype Variant. */
static Builder newAvroBuilder(com.adgear.anoa.test.nested.Variant other) {
return newAvroBuilder()
.setIntVariant(other.getIntVariant())
.setLongVariant(other.getLongVariant())
.setFloatVariant(other.getFloatVariant())
.setDoubleVariant(other.getDoubleVariant())
.setBooleanVariant(other.getBooleanVariant())
.setStringVariant(other.getStringVariant())
.setBytesVariant(other.getBytesVariant());
}
/** Returns a wrapped Avro record based on an instance of Variant. */
static Avro avro(com.adgear.anoa.test.nested.Variant instance) {
if (instance instanceof Avro) {
return (Avro) instance;
} else {
return (Avro) newAvroBuilder(instance).build();
}
}
/** Wraps an existing Avro record. */
static Avro avro(com.adgear.anoa.test.nested.VariantAvro wrapped) {
assert wrapped != null;
return new Avro(wrapped.freeze(), null);
}
/** Returns Avro record class. */
static java.lang.Class getAvroClass() {
return com.adgear.anoa.test.nested.VariantAvro.class;
}
/** Returns Avro record schema. */
static org.apache.avro.Schema getAvroSchema() {
return com.adgear.anoa.test.nested.VariantAvro.SCHEMA$;
}
static class Protobuf implements com.adgear.anoa.test.nested.Variant {
private byte[] binaryEncoding;
transient private com.adgear.anoa.test.nested.NestedProtobuf.Variant wrapped;
transient private java.lang.Boolean is_default$int_variant;
transient private java.lang.Boolean is_default$long_variant;
transient private java.lang.Boolean is_default$float_variant;
transient private java.lang.Boolean is_default$double_variant;
transient private java.lang.Boolean is_default$boolean_variant;
transient private java.lang.Boolean is_default$string_variant;
transient private java.lang.Boolean is_default$bytes_variant;
transient private java.util.function.Supplier _bytes_variant;
private Protobuf(com.adgear.anoa.test.nested.NestedProtobuf.Variant wrapped, byte[] binaryEncoding) {
this.wrapped = wrapped;
this.binaryEncoding = binaryEncoding;
}
/** Constructs a new Protobuf instance based on a message's binary encoding. Only use this if you know what you're doing. */
public Protobuf(byte[] binaryEncoding) { this(null, binaryEncoding); }
@Override public com.adgear.anoa.test.nested.NestedProtobuf.Variant get() {
if (wrapped == null) {
try {
wrapped = com.adgear.anoa.test.nested.NestedProtobuf.Variant.parseFrom(binaryEncoding);
} catch (java.io.IOException e) {
throw new java.io.UncheckedIOException(e);
}
}
return wrapped;
}
@Override public Builder newBuilder() {
return newProtobufBuilder(get());
}
@Override public int getIntVariant() {
return get().getIntVariant();
}
@Override public boolean isDefaultIntVariant() {
if (is_default$int_variant == null) {
is_default$int_variant = 1 == getIntVariant();
}
return is_default$int_variant;
}
@Override public long getLongVariant() {
return get().getLongVariant();
}
@Override public boolean isDefaultLongVariant() {
if (is_default$long_variant == null) {
is_default$long_variant = -1 == getLongVariant();
}
return is_default$long_variant;
}
@Override public float getFloatVariant() {
return get().getFloatVariant();
}
@Override public boolean isDefaultFloatVariant() {
if (is_default$float_variant == null) {
is_default$float_variant = -0x1.0p0 == getFloatVariant();
}
return is_default$float_variant;
}
@Override public double getDoubleVariant() {
return get().getDoubleVariant();
}
@Override public boolean isDefaultDoubleVariant() {
if (is_default$double_variant == null) {
is_default$double_variant = -0x1.0p0 == getDoubleVariant();
}
return is_default$double_variant;
}
@Override public boolean getBooleanVariant() {
return get().getBooleanVariant();
}
@Override public boolean isDefaultBooleanVariant() {
if (is_default$boolean_variant == null) {
is_default$boolean_variant = getBooleanVariant();
}
return is_default$boolean_variant;
}
@Override public java.lang.String getStringVariant() {
return get().getStringVariant();
}
@Override public boolean isDefaultStringVariant() {
if (is_default$string_variant == null) {
is_default$string_variant = "foo".equals(getStringVariant().toString());
}
return is_default$string_variant;
}
@Override public java.util.function.Supplier getBytesVariant() {
if (_bytes_variant == null) {
_bytes_variant = () -> get().getBytesVariant().toByteArray();
}
return _bytes_variant;
}
@Override public boolean isDefaultBytesVariant() {
if (is_default$bytes_variant == null) {
is_default$bytes_variant = java.util.Arrays.equals(getBytesVariant().get(), "\1\2\3".getBytes());
}
return is_default$bytes_variant;
}
@Override public boolean equals(Object other) {
if (other == this) return true;
if (other == null && !(other instanceof Protobuf)) return false;
return get().equals(((Protobuf) other).get());
}
@Override public int hashCode() { return get().hashCode(); }
@Override public String toString() { return get().toString(); }
private void writeObject(java.io.ObjectOutputStream out) throws java.io.IOException {
if (binaryEncoding == null) {
binaryEncoding = wrapped.toByteArray();
}
out.defaultWriteObject();
}
/** Decodes a Protobuf message. */
static public com.adgear.anoa.test.nested.Variant from(byte[] binaryEncoding) throws java.io.IOException {
return new Protobuf(com.adgear.anoa.test.nested.NestedProtobuf.Variant.parseFrom(binaryEncoding), binaryEncoding);
}
static private java.lang.ThreadLocal _DEFAULT = new java.lang.ThreadLocal() {
@Override protected Protobuf initialValue() { return new Protobuf(com.adgear.anoa.test.nested.NestedProtobuf.Variant.getDefaultInstance() , null); }
};
static public final long serialVersionUID = 70;
}
static class ProtobufBuilder implements Builder {
final private com.adgear.anoa.test.nested.NestedProtobuf.Variant.Builder builder;
/** Only use this if you know what you are doing. */
public ProtobufBuilder(com.adgear.anoa.test.nested.NestedProtobuf.Variant.Builder builder) { this.builder = builder; }
@Override public com.adgear.anoa.test.nested.Variant build() {
return new Protobuf(builder.build(), null);
}
@Override public Builder setIntVariant(int value) {
if (!(1 == value)) {
builder.setIntVariant(value);
}
return this;
}
@Override public Builder clearIntVariant() {
builder.clearIntVariant();
return this;
}
@Override public Builder setLongVariant(long value) {
if (!(-1 == value)) {
builder.setLongVariant(value);
}
return this;
}
@Override public Builder clearLongVariant() {
builder.clearLongVariant();
return this;
}
@Override public Builder setFloatVariant(float value) {
if (!(-0x1.0p0 == value)) {
builder.setFloatVariant(value);
}
return this;
}
@Override public Builder clearFloatVariant() {
builder.clearFloatVariant();
return this;
}
@Override public Builder setDoubleVariant(double value) {
if (!(-0x1.0p0 == value)) {
builder.setDoubleVariant(value);
}
return this;
}
@Override public Builder clearDoubleVariant() {
builder.clearDoubleVariant();
return this;
}
@Override public Builder setBooleanVariant(boolean value) {
if (!(value)) {
builder.setBooleanVariant(value);
}
return this;
}
@Override public Builder clearBooleanVariant() {
builder.clearBooleanVariant();
return this;
}
@Override public Builder setStringVariant(java.lang.String value) {
if (!("foo".equals(value.toString()))) {
builder.setStringVariant(value);
}
return this;
}
@Override public Builder clearStringVariant() {
builder.clearStringVariant();
return this;
}
@Override public Builder setBytesVariant(java.util.function.Supplier value) {
if (!(java.util.Arrays.equals(value.get(), "\1\2\3".getBytes()))) {
builder.setBytesVariant(com.google.protobuf.ByteString.copyFrom(value.get()));
}
return this;
}
@Override public Builder clearBytesVariant() {
builder.clearBytesVariant();
return this;
}
}
/** Returns new Protobuf builder instance with default values. */
static Builder newProtobufBuilder() {
return new ProtobufBuilder(com.adgear.anoa.test.nested.NestedProtobuf.Variant.newBuilder());
}
/** Returns new Protobuf builder instance based on existing prototype. */
static Builder newProtobufBuilder(com.adgear.anoa.test.nested.NestedProtobuf.Variant other) {
return new ProtobufBuilder(com.adgear.anoa.test.nested.NestedProtobuf.Variant.newBuilder(other));
}
/** Returns new Protobuf builder instance based on existing prototype Variant. */
static Builder newProtobufBuilder(com.adgear.anoa.test.nested.Variant other) {
return newProtobufBuilder()
.setIntVariant(other.getIntVariant())
.setLongVariant(other.getLongVariant())
.setFloatVariant(other.getFloatVariant())
.setDoubleVariant(other.getDoubleVariant())
.setBooleanVariant(other.getBooleanVariant())
.setStringVariant(other.getStringVariant())
.setBytesVariant(other.getBytesVariant());
}
/** Returns a wrapped Protobuf message based on an instance of Variant. */
static Protobuf protobuf(com.adgear.anoa.test.nested.Variant instance) {
if (instance instanceof Protobuf) {
return (Protobuf) instance;
}
return (Protobuf) newProtobufBuilder(instance).build();
}
/** Wraps an existing Protobuf message. */
static Protobuf protobuf(com.adgear.anoa.test.nested.NestedProtobuf.Variant wrapped) {
assert wrapped != null;
return new Protobuf(wrapped, null);
}
/** Returns Protobuf class for this struct. */
static java.lang.Class getProtobufClass() {
return com.adgear.anoa.test.nested.NestedProtobuf.Variant.class;
}
/** Returns Protobuf protocol class for this struct. */
static java.lang.Class getProtobufProtocolClass() {
return com.adgear.anoa.test.nested.NestedProtobuf.class;
}
/** Returns Protobuf descriptor for this struct. */
static com.google.protobuf.Descriptors.Descriptor getProtobufDescriptor() {
return com.adgear.anoa.test.nested.NestedProtobuf.Variant.getDescriptor();
}
/** Returns Protobuf protocol descriptor for this struct. */
static com.google.protobuf.Descriptors.FileDescriptor getProtobufProtocolDescriptor() {
return com.adgear.anoa.test.nested.NestedProtobuf.getDescriptor();
}
static class Thrift implements com.adgear.anoa.test.nested.Variant {
private com.adgear.anoa.test.nested.VariantThrift wrapped;
transient private java.lang.Boolean is_default$int_variant;
transient private java.lang.Boolean is_default$long_variant;
transient private java.lang.Boolean is_default$float_variant;
transient private java.lang.Boolean is_default$double_variant;
transient private java.lang.Boolean is_default$boolean_variant;
transient private java.lang.Boolean is_default$string_variant;
transient private java.lang.String _string_variant;
transient private java.lang.Boolean is_default$bytes_variant;
transient private java.util.function.Supplier _bytes_variant;
/** Wraps an existing instance. Only use this if you know what you are doing. */
public Thrift(com.adgear.anoa.test.nested.VariantThrift wrapped) { this.wrapped = wrapped; }
/** Create a new wrapper. */
public Thrift() { this(new com.adgear.anoa.test.nested.VariantThrift()); }
@Override public com.adgear.anoa.test.nested.VariantThrift get() { return wrapped; }
@Override public Builder newBuilder() {
return newThriftBuilder(get());
}
@Override public int getIntVariant() {
return wrapped.getInt_variant();
}
@Override public boolean isDefaultIntVariant() {
if (is_default$int_variant == null) {
is_default$int_variant = 1 == getIntVariant();
}
return is_default$int_variant;
}
@Override public long getLongVariant() {
return wrapped.getLong_variant();
}
@Override public boolean isDefaultLongVariant() {
if (is_default$long_variant == null) {
is_default$long_variant = -1 == getLongVariant();
}
return is_default$long_variant;
}
@Override public float getFloatVariant() {
return (float) wrapped.getFloat_variant();
}
@Override public boolean isDefaultFloatVariant() {
if (is_default$float_variant == null) {
is_default$float_variant = -0x1.0p0 == getFloatVariant();
}
return is_default$float_variant;
}
@Override public double getDoubleVariant() {
return wrapped.getDouble_variant();
}
@Override public boolean isDefaultDoubleVariant() {
if (is_default$double_variant == null) {
is_default$double_variant = -0x1.0p0 == getDoubleVariant();
}
return is_default$double_variant;
}
@Override public boolean getBooleanVariant() {
return wrapped.isBoolean_variant();
}
@Override public boolean isDefaultBooleanVariant() {
if (is_default$boolean_variant == null) {
is_default$boolean_variant = getBooleanVariant();
}
return is_default$boolean_variant;
}
@Override public java.lang.String getStringVariant() {
if (_string_variant == null) {
_string_variant = java.util.Optional.ofNullable(wrapped.getString_variant()).orElse("");
}
return _string_variant;
}
@Override public boolean isDefaultStringVariant() {
if (is_default$string_variant == null) {
is_default$string_variant = "foo".equals(getStringVariant().toString());
}
return is_default$string_variant;
}
@Override public java.util.function.Supplier getBytesVariant() {
if (_bytes_variant == null) {
_bytes_variant = java.util.Optional.ofNullable(wrapped.getBytes_variant()).orElseGet(() -> new byte[0])::clone;
}
return _bytes_variant;
}
@Override public boolean isDefaultBytesVariant() {
if (is_default$bytes_variant == null) {
is_default$bytes_variant = java.util.Arrays.equals(getBytesVariant().get(), "\1\2\3".getBytes());
}
return is_default$bytes_variant;
}
@Override public boolean equals(Object other) {
if (other == this) return true;
if (other == null || !(other instanceof Thrift)) return false;
return wrapped.equals(((Thrift) other).wrapped);
}
@Override public int hashCode() { return wrapped.hashCode(); }
@Override public String toString() { return wrapped.toString(); }
static private java.lang.ThreadLocal _DEFAULT = new java.lang.ThreadLocal() {
@Override protected Thrift initialValue() { return new Thrift(); }
};
static public final long serialVersionUID = 70;
}
static class ThriftBuilder implements Builder {
final private com.adgear.anoa.test.nested.VariantThrift builder;
/** Only use this if you know what you are doing. */
public ThriftBuilder(com.adgear.anoa.test.nested.VariantThrift builder) { this.builder = builder; }
@Override public com.adgear.anoa.test.nested.Variant build() {
return new Thrift((com.adgear.anoa.test.nested.VariantThrift) builder.deepCopy());
}
@Override public Builder setIntVariant(int value) {
if (!(1 == value)) {
builder.setInt_variant((int) value);
}
return this;
}
@Override public Builder clearIntVariant() {
builder.unsetInt_variant();
return this;
}
@Override public Builder setLongVariant(long value) {
if (!(-1 == value)) {
builder.setLong_variant((long) value);
}
return this;
}
@Override public Builder clearLongVariant() {
builder.unsetLong_variant();
return this;
}
@Override public Builder setFloatVariant(float value) {
if (!(-0x1.0p0 == value)) {
builder.setFloat_variant((double) value);
}
return this;
}
@Override public Builder clearFloatVariant() {
builder.unsetFloat_variant();
return this;
}
@Override public Builder setDoubleVariant(double value) {
if (!(-0x1.0p0 == value)) {
builder.setDouble_variant(value);
}
return this;
}
@Override public Builder clearDoubleVariant() {
builder.unsetDouble_variant();
return this;
}
@Override public Builder setBooleanVariant(boolean value) {
if (!(value)) {
builder.setBoolean_variant(value);
}
return this;
}
@Override public Builder clearBooleanVariant() {
builder.unsetBoolean_variant();
return this;
}
@Override public Builder setStringVariant(java.lang.String value) {
if (!("foo".equals(value.toString()))) {
builder.setString_variant(value);
}
return this;
}
@Override public Builder clearStringVariant() {
builder.unsetString_variant();
return this;
}
@Override public Builder setBytesVariant(java.util.function.Supplier value) {
if (!(java.util.Arrays.equals(value.get(), "\1\2\3".getBytes()))) {
builder.setBytes_variant(java.nio.ByteBuffer.wrap(value.get().clone()));
}
return this;
}
@Override public Builder clearBytesVariant() {
builder.unsetBytes_variant();
return this;
}
}
/** Returns new Thrift builder instance with default values. */
static Builder newThriftBuilder() {
return new ThriftBuilder(new com.adgear.anoa.test.nested.VariantThrift());
}
/** Returns new Thrift builder instance based on existing prototype. */
static Builder newThriftBuilder(com.adgear.anoa.test.nested.VariantThrift other) {
return new ThriftBuilder((com.adgear.anoa.test.nested.VariantThrift) other.deepCopy());
}
/** Returns new Thrift builder instance based on existing prototype Variant. */
static Builder newThriftBuilder(com.adgear.anoa.test.nested.Variant other) {
return newThriftBuilder()
.setIntVariant(other.getIntVariant())
.setLongVariant(other.getLongVariant())
.setFloatVariant(other.getFloatVariant())
.setDoubleVariant(other.getDoubleVariant())
.setBooleanVariant(other.getBooleanVariant())
.setStringVariant(other.getStringVariant())
.setBytesVariant(other.getBytesVariant());
}
/** Returns a wrapped Thrift struct based on an instance of Variant. */
static Thrift thrift(com.adgear.anoa.test.nested.Variant instance) {
if (instance instanceof Thrift) {
return (Thrift) instance;
}
return (Thrift) newThriftBuilder(instance).build();
}
/** Creates a new wrapped Thrift struct copied from an existing instance. */
@SuppressWarnings("all")
static Thrift thrift(com.adgear.anoa.test.nested.VariantThrift instance) {
return new Thrift((com.adgear.anoa.test.nested.VariantThrift) instance.deepCopy());
}
/** Returns Thrift class for this struct. */
static java.lang.Class getThriftClass() {
return com.adgear.anoa.test.nested.VariantThrift.class;
}
/** Returns Thrift metadata map for this struct. */
static java.util.Map getThriftMetadataMap() {
return com.adgear.anoa.test.nested.VariantThrift.metaDataMap;
}
}
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