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//
// Created by dheide on 12.05.25.
//
#include "messages.h"
#include <iostream>
#include <fstream>
#include <libintl.h>
#include "helper.h"
int main(int argc, char *argv[]){
int error_counter = 0;
char *arg = nullptr;
if (argc > 1) arg = argv[1];
// MsgOoSimpleBase
{
auto msg = MsgOOSimpleBase();
msg.print(0); printf("\n");
auto fn_name = "val_oosimple_default.cpp.dat";
error_counter += write_or_test(fn_name, msg, arg);
}
{
auto msg = MsgOOSimpleBase{
.id = MsgOOSimpleBase::Id_T(53),
.value = MsgOOSimpleBase::Value_T().set_oo<MsgOOSimpleBase::Value_T::OO_Number>(
MsgOOSimpleBase::Value_T::OO_Number::OOType(1.23))
};
msg.print(0); printf("\n");
auto fn_name = "val_oosimple_val1.cpp.dat";
error_counter += write_or_test(fn_name, msg, arg);
}
{
auto msg = MsgOOSimpleBase{
.id = MsgOOSimpleBase::Id_T(54),
.value = MsgOOSimpleBase::Value_T().set_oo<MsgOOSimpleBase::Value_T::OO_Int>(
OO_MsgOoSimpleBase_Value::OO_Int::OOType(3))
};
msg.print(0); printf("\n");
auto fn_name = "val_oosimple_val2.cpp.dat";
error_counter += write_or_test(fn_name, msg, arg);
}
{
auto msg = MsgOOSimpleBase{
.id = MsgOOSimpleBase::Id_T(55),
.value = MsgOOSimpleBase::Value_T().set_oo<MsgOOSimpleBase::Value_T::OO_TrueFalse>(
OO_MsgOoSimpleBase_Value::OO_TrueFalse::OOType(true))
};
msg.print(0); printf("\n");
auto fn_name = "val_oosimple_val3.cpp.dat";
error_counter += write_or_test(fn_name, msg, arg);
}
// MsgOONestedBase
{
auto msg = MsgOONestedBase();
msg.print(0); printf("\n");
auto fn_name = "val_oonested_default.cpp.dat";
error_counter += write_or_test(fn_name, msg, arg);
}
{
auto msg = MsgOONestedBase{
.id = MsgOONestedBase::Id_T(2),
.value = MsgOONestedBase::Value_T().set_oo<MsgOONestedBase::Value_T::OO_Inner>(
MsgSimpleBaseOneInt{.param_1 = MsgSimpleBaseOneInt::Param1_T(1111)})
};
msg.print(0); printf("\n");
auto fn_name = "val_oonested_val1.cpp.dat";
error_counter += write_or_test(fn_name, msg, arg);
}
{
auto msg = MsgOONestedBase{
.id = MsgOONestedBase::Id_T(3),
.value = MsgOONestedBase::Value_T().set_oo<MsgOONestedBase::Value_T::OO_Number>(
MsgOONestedBase::Value_T::OO_Number::OOType(123.456))
};
msg.print(0); printf("\n");
auto fn_name = "val_oonested_val2.cpp.dat";
error_counter += write_or_test(fn_name, msg, arg);
}
// ********************************************************************************
// The following messages are not allowed as these can (currently) not be implemented
// in python --> Combining oneofs with modifiers is not allowed to ensure python compability
//
// // MsgOONestedArray
// {
// auto msg = MsgOONestedArray();
// msg.print(0); printf("\n");
//
// auto fn_name = "val_oonestedarray_default.cpp.dat";
// error_counter += write_or_test(fn_name, msg, arg);
// }
// {
// auto msg = MsgOONestedArray();
// msg.values.values.emplace_back(MsgOONestedBase{
// .id = MsgOONestedBase::Id_T(2),
// .value = MsgOONestedBase::Value_T().set_oo<MsgOONestedBase::Value_T::OO_Inner>(
// MsgSimpleBaseOneInt{.param_1 = MsgSimpleBaseOneInt::Param1_T(1111)})
// });
// msg.values.values.emplace_back();
// msg.values.values.emplace_back();
// msg.print(0); printf("\n");
//
// auto fn_name = "val_oonestedarray_val1.cpp.dat";
// error_counter += write_or_test(fn_name, msg, arg);
// }
//
// // MsgRepeatedFixedOOBase
// {
// auto msg = MsgRepeatedFixedOOBase();
// msg.print(0); printf("\n");
//
// auto fn_name = "val_repeatedoo_default.cpp.dat";
// error_counter += write_or_test(fn_name, msg, arg);
// }
// {
// auto msg = MsgRepeatedFixedOOBase{
// .id = MsgRepeatedFixedOOBase::Id_T(1),
// .value = MsgRepeatedFixedOOBase::Value_T({
// MsgRepeatedFixedOOBase::Value_T::ValT(), MsgRepeatedFixedOOBase::Value_T::ValT(),
// MsgRepeatedFixedOOBase::Value_T::ValT().set_oo<MsgRepeatedFixedOOBase::Value_T::ValT::OO_TrueFalse>(
// true)
// })
// };
// msg.print(0); printf("\n");
//
// auto fn_name = "val_repeatedoo_val1.cpp.dat";
// error_counter += write_or_test(fn_name, msg, arg);
// }
//
// // MsgRepeatedFixedOOBase
// {
// auto msg = MsgRepeatedDynOOBase();
// msg.print(0); printf("\n");
//
// auto fn_name = "val_repeateddynoo_default.cpp.dat";
// error_counter += write_or_test(fn_name, msg, arg);
// }
// {
// auto msg = MsgRepeatedDynOOBase();
// msg.id = MsgRepeatedDynOOBase::Id_T(65);
// msg.value.values.emplace_back(MsgRepeatedDynOOBase::Value_T::ValT()
// .set_oo<OO_MsgRepeatedDynOoBase_Value::OO_TrueFalse>(true));
// msg.value.values.emplace_back(MsgRepeatedDynOOBase::Value_T::ValT()
// .set_oo<OO_MsgRepeatedDynOoBase_Value::OO_Int>(
// OO_MsgRepeatedDynOoBase_Value::OO_Int::OOType(34)));
// msg.print(0); printf("\n");
//
// auto fn_name = "val_repeateddynoo_val1.cpp.dat";
// error_counter += write_or_test(fn_name, msg, arg);
// }
//
// // MsgRepeatedFixedOOBase
// {
// auto msg = MsgOptionalOOBase();
// msg.print(0); printf("\n");
//
// auto fn_name = "val_optionaloo_default.cpp.dat";
// error_counter += write_or_test(fn_name, msg, arg);
// }
// {
// auto msg = MsgOptionalOOBase{
// .id = MsgOptionalOOBase::Id_T(83),
// .value = MsgOptionalOOBase::Value_T::create_val(MsgOptionalOOBase::Value_T::ValT()
// .set_oo<MsgOptionalOOBase::Value_T::ValT::OO_TrueFalse>(true))
// };
// msg.print(0); printf("\n");
//
// auto fn_name = "val_optionaloo_val1.cpp.dat";
// error_counter += write_or_test(fn_name, msg, arg);
// }
printf("\nTotal_errors: %d\n", error_counter);
return error_counter;
}