cppreflect/test_cppreflect.cpp at master · tapika/cppreflect · GitHub

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#include"cppreflect/cppreflect.h"
#include<chrono>
#defineCATCH_CONFIG_MAIN
#include<catch2/catch.hpp>

usingnamespacestd;

DECLARE_ENUM( EGender, "gender_",
 gender_male,
 gender_female
);

classPerson: publicReflectClassT<Person>
{
public:
REFLECTABLE(Person,
 (wstring) name,
 (EGender) gender,
 (int) age,
 (bool) isAdult,
 (std::vector<int>) childrenAges,
 (std::vector<string>) hobbies
 )
};

classPeople : publicReflectClassT<People>
{
public:
REFLECTABLE(People,
 (string) groupName,
 (vector<Person>) people
 )
};

classRecord : publicReflectClassT<Record>
{
public:
REFLECTABLE(Record,
 (std::vector<int64_t>) ids,
 (std::vector<std::string>) strings
 );
};

#defineTEST_SET1
#defineTEST_SET2

TEST_CASE("doCppReflectionTest")
{
 People ppl;
 ppl.groupName = "Group1";

 Person p;
 p.name = L"Roger";
 p.age = 37;
 p.gender = gender_male;
 p.isAdult = true;
 p.hobbies.push_back("fishing");
 p.hobbies.push_back("reading books");
 ppl.people.push_back(p);

 p = Person();
 p.name = L"Alice";
 p.gender = gender_female;
 p.age = 27;
 p.isAdult = true;
 p.childrenAges.push_back(1);
 p.childrenAges.push_back(3);
 p.childrenAges.push_back(5);
 p.hobbies.push_back("reading books");
 ppl.people.push_back(p);

 p = Person();
 p.name = L"Cindy";
 p.gender = gender_female;
 p.age = 17;
 p.isAdult = false;
 ppl.people.push_back(p);

 ClassTypeInfo& PeopleType = People::GetType();

 wstring xml1 = as_xml(&ppl, PeopleType);

#ifdef TEST_SET1
 wstring err;
REQUIRE(SaveToXmlFile(L"peopleInfo.xml", &ppl, PeopleType, err));

wprintf(L"Serialized:\n%ls\n", xml1.c_str() );

 People ppl2;
REQUIRE(LoadFromXmlFile(L"peopleInfo.xml", &ppl2, PeopleType, err));

 wstring xml2 = as_xml(&ppl2, PeopleType);
REQUIRE(xml1 == xml2);

 string pplbuf;
serialize_to_buffer(pplbuf, &ppl2, PeopleType);
 People ppl3;
parse_from_buffer(&pplbuf[0], pplbuf.size(), &ppl3, PeopleType);

 wstring xml3 = as_xml(&ppl3, PeopleType);
REQUIRE(xml2 == xml3);

#endif//TEST_SET1

 Record r1, r2;

 r1.ids.push_back(1);
 r1.ids.push_back(2);
 r1.ids.push_back(3);

const std::string kStringValue
 = "shgfkghsdfjhgsfjhfgjhfgjsffghgsfdhgsfdfkdjhfioukjhkfdljgdfkgvjafdhasgdfwurtjkghfsdjkfg";
 r1.strings.push_back(kStringValue);

 ClassTypeInfo& RecordType = Record::GetType();
 string s;

#ifdef TEST_SET2

serialize_to_buffer(s, &r1, RecordType);
parse_from_buffer(&s[0], s.size(), &r2, RecordType);

 wstring xr1 = as_xml(&r1, RecordType);
 wstring xr2 = as_xml(&r2, RecordType);

REQUIRE(xr1 == xr2);
#endif

}

#defineTEST_SET1
#defineTEST_SET2
/*
int main(void)
{

 auto start = std::chrono::high_resolution_clock::now();
 const int iterations = 10000;

 for (size_t i = 0; i < iterations; i++) {

 serialize_to_buffer(s, &r1, RecordType);
 parse_from_buffer(&s[0], s.size(), &r2, RecordType);
 }

 auto finish = std::chrono::high_resolution_clock::now();
 auto duration = std::chrono::duration_cast<std::chrono::milliseconds>(finish - start).count();


 return 0;
}

*/