void DMTest::testTempVar()
{
// Test add temp variables
//! test bool
TEMP_VAR->set("test_bool", true);
CCASSERT(TEMP_VAR->getBool("test_bool"), "");
TEMP_VAR->set("test_bool", false);
CCASSERT(!TEMP_VAR->getBool("test_bool"), "");
CCASSERT(!TEMP_VAR->getBool("test_bool2"),"");
//! test int
CCASSERT(TEMP_VAR->getInt("int1")==0,"");
TEMP_VAR->set("int1", 100);
CCASSERT(TEMP_VAR->getInt("int1")==100,"");
TEMP_VAR->set("int1", -99);
CCASSERT(TEMP_VAR->getInt("int1")==-99,"");
//! test uint
unsigned int ui = 91900;
CCASSERT(TEMP_VAR->getUint("uint1")==0,"");
TEMP_VAR->set("uint1", ui);
CCASSERT(TEMP_VAR->getUint("uint1")==ui,"");
TEMP_VAR->set("uint1", ui+1);
CCASSERT(TEMP_VAR->getUint("uint1")==91901,"");
//!test int64
int64_t i64 = 288288;
CCASSERT(TEMP_VAR->getInt64("int64")==0,"");
TEMP_VAR->set("int64", i64);
CCASSERT(TEMP_VAR->getInt64("int64")==i64,"");
TEMP_VAR->set("int64", i64-8);
CCASSERT(TEMP_VAR->getInt64("int64")==288280,"");
//!test uint64
uint64_t ui64 = 9999999;
CCASSERT(TEMP_VAR->getUint64("uint64")==0,"");
TEMP_VAR->set("uint64", ui64);
CCASSERT(TEMP_VAR->getUint64("uint64")==ui64,"");
TEMP_VAR->set("uint64", ui64 + 1);
CCASSERT(TEMP_VAR->getUint64("uint64")==10000000,"");
//!test double
CCASSERT(TEMP_VAR->getDouble("double1")==0,"");
TEMP_VAR->set("double1", 10.01);
CCASSERT(TEMP_VAR->getDouble("double1")==10.01,"");
TEMP_VAR->set("double1", -1001.99);
CCASSERT(TEMP_VAR->getDouble("double1")==-1001.99, "");
//! test string
CCASSERT(TEMP_VAR->getCharArray("string1")==nullptr, "");
TEMP_VAR->set("string1", "i am a const char* !");
CCASSERT(strcmp(TEMP_VAR->getCharArray("string1"), "i am a const char* !") == 0 , "");
TEMP_VAR->set("string1", "i am not the same");
const char* string1 = TEMP_VAR->getCharArray("string1");
CCASSERT(strcmp(string1, "i am not the same") == 0, "");
TEMP_VAR->set("string2", std::string("hello"));
CCASSERT(TEMP_VAR->getString("string2").compare("hello") == 0, "");
std::string another("world");
TEMP_VAR->set("string2", another);
CCASSERT(TEMP_VAR->getString("string2").compare("world") == 0, "");
//! test map
std::unordered_map<std::string, int> testmap = {{"key1", 0}, {"key2", 1}, {"key3", 2}};
//! resetmap
TEMP_VAR->set("map1", testmap); //left value
TEMP_VAR->set("map2", std::unordered_map<std::string, double> ( { {"11",19.9}, {"22", 29.9}, {"33", 39.9} } )); //right value
//! add to map
for (int i = 0; i < 100; ++i) {
char buf[20];
sprintf(buf, "key_%d", i);
TEMP_VAR->addMemberToMap("map1", buf, i); //already exist
TEMP_VAR->addMemberToMap("map2", buf, 0.99+i); //already exist
}
for (int i = 0; i < 10; ++i) {
char buf[20];
sprintf(buf, "key_%d", i);
TEMP_VAR->addMemberToMap("map3", buf, i); //not exist
}
//! remove from map
for (int i = 0; i < 100; ++i) {
char buf[20];
sprintf(buf, "key_%d", i);
TEMP_VAR->removeFromMap("map1", buf);
TEMP_VAR->removeFromMap("map2", buf);
}
TEMP_VAR->removeFromMap("map3", "key_0");
TEMP_VAR->removeFromMap("map4", "n"); // not exist
//print all the map
//! map1
auto& map1 = TEMP_VAR->getObject("map1");
std::for_each(map1.MemberonBegin(), map1.MemberonEnd(), [](ValueType::Member& member){std::cout<<"["<<member.name.GetString() << ","<<member.value.GetInt() << "] ";});
std::cout<<std::endl;
auto& map2 = TEMP_VAR->getObject("map2");
std::for_each(map2.MemberonBegin(), map2.MemberonEnd(), [](ValueType::Member& member){std::cout<<"["<<member.name.GetString() << ","<<member.value.GetDouble() << "] ";});
std::cout<<std::endl;
auto& map3 = TEMP_VAR->getObject("map3");
std::for_each(map3.MemberonBegin(), map3.MemberonEnd(), [](ValueType::Member& member){std::cout<<"["<<member.name.GetString() << ","<<member.value.GetInt() << "] ";});
std::cout<<std::endl;
CCASSERT(TEMP_VAR->getValueFromMap("map1", "key1").GetInt() == 0, "");
CCASSERT(TEMP_VAR->getValueFromMap("map2", "11").GetDouble() == 19.9, "");
CCASSERT(TEMP_VAR->getValueFromMap("map3", "key_1").GetInt() == 1, "");
CCASSERT(TEMP_VAR->getValueFromMap("map3", "key_0").IsNull(), ""); //not exist
CCASSERT(TEMP_VAR->getValueFromMap("map4", "oo").IsNull(), "");//not exist
CCASSERT(TEMP_VAR->getValueFromMap("map5", "hh").IsNull(), "");//not exist
//! test array
std::vector<int> array = {10,20,30,40,50};
TEMP_VAR->set("arr1", array);
TEMP_VAR->set("arr2", std::vector<double>{1.0,2.0,3.0,4.0,5.0,6.0} ) ;
TEMP_VAR->addValueToArray("arr1", 60);
TEMP_VAR->addValueToArray("arr2", 7.0);
TEMP_VAR->addValueToArray("arr3", 100); // not exist
CCASSERT(TEMP_VAR->getSize("arr1") == 6, "");
CCASSERT(TEMP_VAR->getSize("arr2") == 7, "");
CCASSERT(TEMP_VAR->getSize("arr3") == 1, "");
CCASSERT(TEMP_VAR->getSize("arr100") == 0, "");
CCASSERT(TEMP_VAR->isArrayEmpty("arr100"), "");
CCASSERT(TEMP_VAR->isArrayEmpty("arr101"), "");
TEMP_VAR->popFromArray("arr1");
TEMP_VAR->popFromArray("arr1");
TEMP_VAR->popFromArray("arr2");
TEMP_VAR->popFromArray("arr2");
TEMP_VAR->popFromArray("arr3");
// TEMP_VAR->popFromArray("arr3"); //not allowed
CCASSERT(TEMP_VAR->isArrayEmpty("arr3"), "");
auto& v1 = TEMP_VAR->getValueFromArray("arr1", 0);
CCASSERT(v1.GetInt() == 10, "");
auto& v2 = TEMP_VAR->getValueFromArray("arr2", 2);
CCASSERT(v2.GetDouble() == 3.0, "");
TEMP_VAR->addValueToArray("arr3", 200);
CCASSERT(TEMP_VAR->getValueFromArray("arr3", 0).GetInt() == 200, "");
//! test Serializable object
{
Dependent dep("Lua YIP", 3, new Education("Happy Kindergarten", 3.5));
TEMP_VAR->setSerializable("p1", dep);
Dependent dep1("Luo Zhouqiong", 3, nullptr);
TEMP_VAR->setSerializable("p2", dep1);
Dependent dep2 = dep;
TEMP_VAR->setSerializable("p3", dep2);
dep = dep1;
TEMP_VAR->setSerializable("p1", dep);
}
{
Dependent dep1, dep2, dep3;
TEMP_VAR->getSerializable("p1", dep1);
TEMP_VAR->getSerializable("p2", dep2);
TEMP_VAR->getSerializable("p3", dep3);
std::cout<< dep1 <<std::endl;
std::cout<< dep2 <<std::endl;
std::cout<< dep3 <<std::endl;
}
//dump the memory
TEMP_VAR->dumpMemory(std::cout);
// Test remove temp variables
TEMP_VAR->remove("string1");
TEMP_VAR->remove("arr3");
TEMP_VAR->remove("map1");
//dump the memory
TEMP_VAR->dumpMemory(std::cout);
// Then add temp variables
TEMP_VAR->set("++++++", true);
TEMP_VAR->set("+++++++", 999.999);
//dump the memory
TEMP_VAR->dumpMemory(std::cout);
// Then add temp variables
TEMP_VAR->set("++++++++", "I love you!");
TEMP_VAR->set("+++++++++", "I love you too!");
TEMP_VAR->dumpMemory(std::cout);
}
int
main (void)
{
return dep1 () != 42;
}
