Object::operator const Poco::DynamicStruct& () const
{
if (!_pStruct)
{
ValueMap::const_iterator it = _values.begin();
ValueMap::const_iterator end = _values.end();
_pStruct = new Poco::DynamicStruct;
for (; it != end; ++it)
{
if (isObject(it))
{
_pStruct->insert(it->first, makeStruct(getObject(it->first)));
}
else if (isArray(it))
{
_pStruct->insert(it->first, Poco::JSON::Array::makeArray(getArray(it->first)));
}
else
{
_pStruct->insert(it->first, it->second);
}
}
}
return *_pStruct;
}
Poco::DynamicStruct Object::makeStruct(const Object::Ptr& obj)
{
Poco::DynamicStruct ds;
ConstIterator it = obj->begin();
ConstIterator end = obj->end();
for (; it != end; ++it)
{
if (obj->isObject(it))
{
Object::Ptr pObj = obj->getObject(it->first);
DynamicStruct str = makeStruct(pObj);
ds.insert(it->first, str);
}
else if (obj->isArray(it))
{
Array::Ptr pArr = obj->getArray(it->first);
std::vector<Poco::Dynamic::Var> v = Poco::JSON::Array::makeArray(pArr);
ds.insert(it->first, v);
}
else
ds.insert(it->first, it->second);
}
return ds;
}
void makeVisit() { //각 사람별로 모든 영화에 대해 관객수에 따라 영화를 볼것인지 아닌지 선택
srand(time(NULL));
int percent = 0;
movie* temp;
temp = chart;
for (int i = 0; i < 1; i++) {
for (int j = 0; j < MOVIE_NUM; j++) {
percent = temp->audience / POPULATION; // 관객수를 POPULATION으로 나누어 확률(0~100사이)를 구함
test_aud[i]->visit[j] = 1;
if (test_aud[i]->visit[j]) {
test_aud[i]->view_count++;
makeStruct(temp);
}
temp = temp->nextmovie;
}
}
}
void BuiltIns::defineBuiltIns()
{
auto factory = SymbolFactory{ };
auto makeRef = [](auto&& type, bool is_const) { return VariableType(TypeFactory::getReference(type.get()), is_const); };
auto global_scope = std::make_shared<GlobalScope>();
auto int_ = factory.makeStruct("int", new StructScope("int", global_scope.get()));
auto ref_int = makeRef(int_, false);
auto const_ref_int = makeRef(int_, true);
auto char_ = factory.makeStruct("char", new StructScope("char", global_scope.get()));
auto ref_char = makeRef(char_, false);
auto const_ref_char = makeRef(char_, true);
auto str = factory.makeStruct("string", new StructScope("string", global_scope.get()));
auto ref_str = makeRef(str, false);
auto const_ref_str = makeRef(str, true);
auto int_builtin = VariableType(new BuiltInTypeSymbol("~~int", Comp::config().int_size), false);
auto char_builtin = VariableType(new BuiltInTypeSymbol("~~char", Comp::config().int_size), false);
auto simple_traits = FunctionTraits::simple();
auto op_traits = FunctionTraits::methodOper();
auto meth_traits = FunctionTraits::method();
auto constr_traits = FunctionTraits::constructor();
auto tp = FunctionType(int_.get(), {ref_int, int_.get()});
auto void_type = std::make_unique<BuiltInTypeSymbol>("void", 0);
global_scope -> define(factory.makeFunction("putchar", FunctionType(void_type.get(), {char_.get()}), simple_traits, false));
global_scope -> define(factory.makeFunction("getchar", FunctionType(int_.get(), { }), simple_traits, false));
auto string_builtin = VariableType(new BuiltInTypeSymbol("~~string", 256), false);
str -> defineMember(factory.makeVariable("~~impl", string_builtin, VariableSymbolType::FIELD));
auto str_tp = FunctionType(ref_str, {ref_str, const_ref_str});
int_ -> defineMember(factory.makeVariable("~~impl", int_builtin, VariableSymbolType::FIELD));
int_ -> defineMethod(factory.makeFunction("int", FunctionType(ref_int, {ref_int}), constr_traits, false));
int_ -> defineMethod(factory.makeFunction("int", FunctionType(ref_int, {ref_int, const_ref_int}), constr_traits, false));
int_ -> defineMethod(factory.makeFunction("operator=", FunctionType(ref_int, {ref_int, const_ref_int}), op_traits, false));
int_ -> defineMethod(factory.makeFunction("operator+", tp, op_traits, false));
int_ -> defineMethod(factory.makeFunction("operator-", tp, op_traits, false));
int_ -> defineMethod(factory.makeFunction("operator*", tp, op_traits, false));
int_ -> defineMethod(factory.makeFunction("operator/", tp, op_traits, false));
int_ -> defineMethod(factory.makeFunction("operator%", tp, op_traits, false));
int_ -> defineMethod(factory.makeFunction("operator==", tp, op_traits, false));
int_ -> defineMethod(factory.makeFunction("operator!=", tp, op_traits, false));
int_ -> defineMethod(factory.makeFunction("operator&&", tp, op_traits, false));
int_ -> defineMethod(factory.makeFunction("operator||", tp, op_traits, false));
int_ -> defineMethod(factory.makeFunction("int", FunctionType(ref_int, {ref_int, char_.get()}), constr_traits, false));
char_ -> defineMember(factory.makeVariable("~~impl", char_builtin, VariableSymbolType::FIELD));
char_ -> defineMethod(factory.makeFunction("char", FunctionType(ref_char, {ref_char}), constr_traits, false));
char_ -> defineMethod(factory.makeFunction("char", FunctionType(ref_char, {ref_char, const_ref_char}), constr_traits, false));
char_ -> defineMethod(factory.makeFunction("char", FunctionType(ref_char, {ref_char, const_ref_int}), constr_traits, false));
char_ -> defineMethod(factory.makeFunction("operator=", FunctionType(ref_char, {ref_char, const_ref_char}), constr_traits, false));
str -> defineMethod(factory.makeFunction("string", str_tp, constr_traits, false));
str -> defineMethod(factory.makeFunction("length", FunctionType(int_.get(), {ref_str}), meth_traits, false));
str -> defineMethod(factory.makeFunction("operator[]", FunctionType(ref_char, {ref_str, int_.get()}), op_traits, false));
str -> defineMethod(factory.makeFunction("operator+", FunctionType(str.get(), {ref_str, const_ref_str}), op_traits, false));
str -> defineMethod(factory.makeFunction("operator=", str_tp, op_traits, false));
global_scope -> define(factory.makeFunction("print", FunctionType(void_type.get(), {const_ref_str}), simple_traits, false));
BuiltIns::int_type = int_.get();
BuiltIns::char_type = char_.get();
BuiltIns::ASCII_string_type = str.get();
BuiltIns::void_type = void_type.get();
global_scope -> define(std::move(void_type));
global_scope -> define(std::move(int_));
global_scope -> define(std::move(str));
global_scope -> define(std::move(char_));
BuiltIns::global_scope = global_scope;
}
