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/* This file is autogenerated. DO NOT CHANGE. All changes will be lost */
#include "non-final-properties.qpb.h"
#include <QtProtobuf/qprotobufregistration.h>
#include <cmath>
class TestMessages_QtProtobufData : public QSharedData
{
public:
TestMessages_QtProtobufData()
: QSharedData(),
m_field1(0)
{
}
TestMessages_QtProtobufData(const TestMessages_QtProtobufData &other)
: QSharedData(other),
m_field1(other.m_field1),
m_field2(other.m_field2),
m_field3(other.m_field3),
m_field4(other.m_field4),
m_fieldOneOf(other.m_fieldOneOf)
{
}
QtProtobuf::int32 m_field1;
QtProtobuf::uint32List m_field2;
std::optional<QtProtobuf::sint32> m_field3;
TestMessages::Field4Entry m_field4;
QtProtobufPrivate::QProtobufOneof m_fieldOneOf;
};
TestMessages::~TestMessages() = default;
static constexpr struct {
QtProtobufPrivate::QProtobufPropertyOrdering::Data data;
const std::array<uint, 25> qt_protobuf_TestMessages_uint_data;
const char qt_protobuf_TestMessages_char_data[56];
} qt_protobuf_TestMessages_metadata {
// data
{
0, /* = version */
6, /* = num fields */
7, /* = field number offset */
13, /* = property index offset */
19, /* = field flags offset */
12, /* = message full name length */
},
// uint_data
{
// JSON name offsets:
13, /* = field1 */
20, /* = field2 */
27, /* = field3 */
34, /* = field4 */
41, /* = field5 */
48, /* = field6 */
55, /* = end-of-string-marker */
// Field numbers:
1, /* = field1 */
2, /* = field2 */
3, /* = field3 */
4, /* = field4 */
5, /* = field5 */
6, /* = field6 */
// Property indices:
0, /* = field1 */
1, /* = field2 */
2, /* = field3 */
4, /* = field4 */
5, /* = field5 */
7, /* = field6 */
// Field flags:
uint(QtProtobufPrivate::FieldFlag::NoFlags), /* = field1 */
uint(QtProtobufPrivate::FieldFlag::Repeated), /* = field2 */
uint(QtProtobufPrivate::FieldFlag::Optional | QtProtobufPrivate::FieldFlag::ExplicitPresence), /* = field3 */
uint(QtProtobufPrivate::FieldFlag::Map | QtProtobufPrivate::FieldFlag::Message), /* = field4 */
uint(QtProtobufPrivate::FieldFlag::Oneof | QtProtobufPrivate::FieldFlag::ExplicitPresence), /* = field5 */
uint(QtProtobufPrivate::FieldFlag::Oneof | QtProtobufPrivate::FieldFlag::ExplicitPresence), /* = field6 */
},
// char_data
/* metadata char_data: */
"TestMessages\0" /* = full message name */
/* field char_data: */
"field1\0field2\0field3\0field4\0field5\0"
"field6\0"
};
const QtProtobufPrivate::QProtobufPropertyOrdering TestMessages::staticPropertyOrdering = {
&qt_protobuf_TestMessages_metadata.data
};
void TestMessages::registerTypes()
{
qRegisterMetaType<TestMessages>();
qRegisterMetaType<QList<TestMessages>>();
qRegisterMetaType<TestMessages::Field4Entry>();
qRegisterProtobufMapType<QtProtobuf::sint64, QtProtobuf::uint32>();
}
TestMessages::TestMessages()
: QProtobufMessage(&TestMessages::staticMetaObject, &TestMessages::staticPropertyOrdering),
dptr(new TestMessages_QtProtobufData)
{
}
TestMessages::TestMessages(const TestMessages &other)
= default;
TestMessages &TestMessages::operator =(const TestMessages &other)
{
TestMessages temp(other);
swap(temp);
return *this;
}
TestMessages::TestMessages(TestMessages &&other) noexcept
= default;
TestMessages::operator QVariant() const
{
return QVariant::fromValue(*this);
}
bool comparesEqual(const TestMessages &lhs, const TestMessages &rhs) noexcept
{
return operator ==(static_cast<const QProtobufMessage&>(lhs),
static_cast<const QProtobufMessage&>(rhs))
&& lhs.dptr->m_field1 == rhs.dptr->m_field1
&& lhs.dptr->m_field2 == rhs.dptr->m_field2
&& lhs.dptr->m_field3 == rhs.dptr->m_field3
&& lhs.dptr->m_field4 == rhs.dptr->m_field4
&& lhs.dptr->m_fieldOneOf == rhs.dptr->m_fieldOneOf;
}
QtProtobuf::int32 TestMessages::field1() const
{
return dptr->m_field1;
}
const QtProtobuf::uint32List &TestMessages::field2() const &
{
return dptr->m_field2;
}
QtProtobuf::sint32 TestMessages::field3_p() const
{
return dptr->m_field3 ?
dptr->m_field3.value() : QtProtobuf::sint32();
}
bool TestMessages::hasField3() const
{
return dptr->m_field3.has_value();
}
QtProtobuf::sint32 TestMessages::field3() const
{
Q_ASSERT(dptr->m_field3.has_value());
return dptr->m_field3.value();
}
const TestMessages::Field4Entry &TestMessages::field4() const &
{
return dptr->m_field4;
}
QtProtobuf::uint64 TestMessages::field5_p() const
{
return dptr->m_fieldOneOf.holdsField(5) ?
dptr->m_fieldOneOf.value<QtProtobuf::uint64>() : QtProtobuf::uint64(0);
}
bool TestMessages::hasField5() const
{
return dptr->m_fieldOneOf.holdsField(5);
}
QtProtobuf::uint64 TestMessages::field5() const
{
Q_ASSERT(dptr->m_fieldOneOf.holdsField(5));
return dptr->m_fieldOneOf.value<QtProtobuf::uint64>();
}
float TestMessages::field6_p() const
{
return dptr->m_fieldOneOf.holdsField(6) ?
dptr->m_fieldOneOf.value<float>() : float(0.0);
}
bool TestMessages::hasField6() const
{
return dptr->m_fieldOneOf.holdsField(6);
}
float TestMessages::field6() const
{
Q_ASSERT(dptr->m_fieldOneOf.holdsField(6));
return dptr->m_fieldOneOf.value<float>();
}
void TestMessages::setField1(QtProtobuf::int32 field1)
{
if (dptr->m_field1 != field1) {
dptr.detach();
dptr->m_field1 = field1;
}
}
void TestMessages::setField2(const QtProtobuf::uint32List &field2)
{
if (dptr->m_field2 != field2) {
dptr.detach();
dptr->m_field2 = field2;
}
}
void TestMessages::setField2(QtProtobuf::uint32List &&field2)
{
if (dptr->m_field2 != field2) {
dptr.detach();
dptr->m_field2 = std::move(field2);
}
}
void TestMessages::setField3(QtProtobuf::sint32 field3)
{
if (!dptr->m_field3 || dptr->m_field3.value() != field3) {
dptr.detach();
dptr->m_field3 = field3;
}
}
void TestMessages::setField3_p(QtProtobuf::sint32 field3)
{
if (!dptr->m_field3 || dptr->m_field3 != field3) {
dptr.detach();
dptr->m_field3 = field3;
}
}
void TestMessages::clearField3()
{
if (dptr->m_field3.has_value()) {
dptr.detach();
dptr->m_field3.reset();
}
}
void TestMessages::setField4(const TestMessages::Field4Entry &field4)
{
if (dptr->m_field4 != field4) {
dptr.detach();
dptr->m_field4 = field4;
}
}
void TestMessages::setField4(TestMessages::Field4Entry &&field4)
{
if (dptr->m_field4 != field4) {
dptr.detach();
dptr->m_field4 = std::move(field4);
}
}
void TestMessages::setField5(QtProtobuf::uint64 field5)
{
if (!dptr->m_fieldOneOf.isEqual(field5, 5)) {
dptr.detach();
dptr->m_fieldOneOf.setValue(field5, 5);
}
}
void TestMessages::setField5_p(QtProtobuf::uint64 field5)
{
if (!dptr->m_fieldOneOf.isEqual(field5, 5)) {
dptr.detach();
dptr->m_fieldOneOf.setValue(field5, 5);
}
}
void TestMessages::setField6(float field6)
{
if (!dptr->m_fieldOneOf.isEqual(field6, 6)) {
dptr.detach();
dptr->m_fieldOneOf.setValue(field6, 6);
}
}
void TestMessages::setField6_p(float field6)
{
if (!dptr->m_fieldOneOf.isEqual(field6, 6)) {
dptr.detach();
dptr->m_fieldOneOf.setValue(field6, 6);
}
}
TestMessages::FieldOneOfFields TestMessages::fieldOneOfField() const
{
return static_cast<FieldOneOfFields>(dptr->m_fieldOneOf.fieldNumber());
}
void TestMessages::clearFieldOneOf()
{
if (dptr->m_fieldOneOf.fieldNumber() != QtProtobuf::InvalidFieldNumber) {
dptr.detach();
dptr->m_fieldOneOf = QtProtobufPrivate::QProtobufOneof();
}
}
#include "moc_non-final-properties.qpb.cpp"