void pokemon_box_gcnimpl::set_pokemon(
int index,
const pkmn::pokemon::sptr& new_pokemon
)
{
int max_index = get_capacity();
pkmn::enforce_bounds("Box index", index, 0, max_index);
if(_pokemon_list.at(index)->get_native_pc_data() == new_pokemon->get_native_pc_data())
{
throw std::invalid_argument("Cannot set a Pokémon to itself.");
}
boost::lock_guard<pokemon_box_gcnimpl> lock(*this);
// If the given Pokémon isn't from this box's game, convert it if we can.
pkmn::pokemon::sptr actual_new_pokemon;
if(_game_id == new_pokemon->get_database_entry().get_game_id())
{
actual_new_pokemon = new_pokemon;
}
else
{
actual_new_pokemon = new_pokemon->to_game(get_game());
}
// Make sure no one else is using the new Pokémon variable.
pokemon_gcnimpl* p_new_pokemon = dynamic_cast<pokemon_gcnimpl*>(
actual_new_pokemon.get()
);
BOOST_ASSERT(p_new_pokemon != nullptr);
boost::lock_guard<pokemon_gcnimpl> new_pokemon_lock(*p_new_pokemon);
// Copy the underlying memory to the party. At the end of this process,
// all existing variables will correspond to the same Pokémon, even if
// their underlying memory has changed.
//
// Note: as we control the implementation, we know the PC data points
// to the whole Pokémon data structure.
delete _libpkmgc_box_uptr->pkm[index];
_libpkmgc_box_uptr->pkm[index] =
static_cast<LibPkmGC::GC::Pokemon*>(
actual_new_pokemon->get_native_pc_data()
)->clone();
_pokemon_list[index] = std::make_shared<pokemon_gcnimpl>(
dynamic_cast<LibPkmGC::GC::Pokemon*>(
_libpkmgc_box_uptr->pkm[index]
),
_game_id
);
}
void pokemon_equality_check(pkmn::pokemon::sptr pkmn1, pkmn::pokemon::sptr pkmn2)
{
BOOST_CHECK_EQUAL(pkmn1->get_species_id(), pkmn2->get_species_id());
BOOST_CHECK_EQUAL(pkmn1->get_game_id(), pkmn2->get_game_id());
if(pkmn1->get_species_id() == pkmn::Species::NONE)
return;
else if(pkmn1->get_species_id() == pkmn::Species::INVALID)
{
BOOST_CHECK(!memcmp(pkmn1->get_native(), pkmn2->get_native(), native_sizes[pkmn1->get_generation()]));
return;
}
BOOST_CHECK_EQUAL(pkmn1->get_original_game_id(), pkmn2->get_original_game_id());
BOOST_CHECK_EQUAL(pkmn1->get_pokemon_id(), pkmn2->get_pokemon_id());
BOOST_CHECK_EQUAL(pkmn1->get_ability_id(), pkmn2->get_ability_id());
BOOST_CHECK_EQUAL(pkmn1->get_item_id(), pkmn2->get_item_id());
BOOST_CHECK_EQUAL(pkmn1->get_nature_id(), pkmn2->get_nature_id());
BOOST_CHECK_EQUAL(pkmn1->get_form_id(), pkmn2->get_form_id());
BOOST_CHECK(pkmn1->get_markings() == pkmn2->get_markings());
BOOST_CHECK(pkmn1->get_ribbons().hoenn == pkmn2->get_ribbons().hoenn);
BOOST_CHECK(pkmn1->get_ribbons().sinnoh.ribbons1 == pkmn2->get_ribbons().sinnoh.ribbons1);
BOOST_CHECK(pkmn1->get_ribbons().sinnoh.ribbons2 == pkmn2->get_ribbons().sinnoh.ribbons2);
BOOST_CHECK(pkmn1->get_ribbons().sinnoh.ribbons3 == pkmn2->get_ribbons().sinnoh.ribbons3);
BOOST_CHECK(pkmn1->get_ribbons().unova == pkmn2->get_ribbons().unova);
BOOST_CHECK(pkmn1->get_ribbons().kalos == pkmn2->get_ribbons().kalos);
BOOST_CHECK(pkmn1->get_super_training_medals() == pkmn2->get_super_training_medals());
BOOST_CHECK(pkmn1->get_pokerus() == pkmn2->get_pokerus());
BOOST_CHECK(pkmn1->get_nickname() == pkmn2->get_nickname());
BOOST_CHECK(pkmn1->get_trainer_name() == pkmn2->get_trainer_name());
BOOST_CHECK(pkmn1->get_trainer_gender() == pkmn2->get_trainer_gender());
BOOST_CHECK_EQUAL(pkmn1->get_trainer_id(), pkmn2->get_trainer_id());
BOOST_CHECK(pkmn1->get_ball() == pkmn2->get_ball());
BOOST_CHECK_EQUAL(pkmn1->get_met_level(), pkmn2->get_met_level());
BOOST_CHECK_EQUAL(pkmn1->get_personality(), pkmn2->get_personality());
BOOST_CHECK_EQUAL(pkmn1->get_friendship(), pkmn2->get_friendship());
BOOST_CHECK_EQUAL(pkmn1->get_level(), pkmn2->get_level());
BOOST_CHECK_EQUAL(pkmn1->get_experience(), pkmn2->get_experience());
BOOST_CHECK(pkmn1->get_gender() == pkmn2->get_gender());
BOOST_CHECK_EQUAL(pkmn1->is_shiny(), pkmn2->is_shiny());
pkmn::dict<pkmn::pkstring, int> pkmn1_stats = pkmn1->get_stats();
pkmn::dict<pkmn::pkstring, int> pkmn2_stats = pkmn2->get_stats();
BOOST_CHECK_EQUAL(pkmn1_stats.at("HP"), pkmn2_stats.at("HP"));
BOOST_CHECK_EQUAL(pkmn1_stats.at("Attack"), pkmn2_stats.at("Attack"));
BOOST_CHECK_EQUAL(pkmn1_stats.at("Defense"), pkmn2_stats.at("Defense"));
BOOST_CHECK_EQUAL(pkmn1_stats.at("Speed"), pkmn2_stats.at("Speed"));
if(pkmn1->get_generation() == 1)
BOOST_CHECK_EQUAL(pkmn1_stats.at("Special"), pkmn2_stats.at("Special"));
else
{
BOOST_CHECK_EQUAL(pkmn1_stats.at("Special Attack"), pkmn2_stats.at("Special Attack"));
BOOST_CHECK_EQUAL(pkmn1_stats.at("Special Defense"), pkmn2_stats.at("Special Defense"));
}
pkmn::dict<pkmn::pkstring, int> pkmn1_EVs = pkmn1->get_EVs();
pkmn::dict<pkmn::pkstring, int> pkmn2_EVs = pkmn2->get_EVs();
BOOST_CHECK_EQUAL(pkmn1_EVs.at("HP"), pkmn2_EVs.at("HP"));
BOOST_CHECK_EQUAL(pkmn1_EVs.at("Attack"), pkmn2_EVs.at("Attack"));
BOOST_CHECK_EQUAL(pkmn1_EVs.at("Defense"), pkmn2_EVs.at("Defense"));
BOOST_CHECK_EQUAL(pkmn1_EVs.at("Speed"), pkmn2_EVs.at("Speed"));
if(pkmn1->get_generation() < 3)
BOOST_CHECK_EQUAL(pkmn1_EVs.at("Special"), pkmn2_EVs.at("Special"));
else
{
BOOST_CHECK_EQUAL(pkmn1_EVs.at("Special Attack"), pkmn2_EVs.at("Special Attack"));
BOOST_CHECK_EQUAL(pkmn1_EVs.at("Special Defense"), pkmn2_EVs.at("Special Defense"));
}
pkmn::dict<pkmn::pkstring, int> pkmn1_IVs = pkmn1->get_IVs();
pkmn::dict<pkmn::pkstring, int> pkmn2_IVs = pkmn2->get_IVs();
BOOST_CHECK_EQUAL(pkmn1_IVs.at("HP"), pkmn2_IVs.at("HP"));
BOOST_CHECK_EQUAL(pkmn1_IVs.at("Attack"), pkmn2_IVs.at("Attack"));
BOOST_CHECK_EQUAL(pkmn1_IVs.at("Defense"), pkmn2_IVs.at("Defense"));
BOOST_CHECK_EQUAL(pkmn1_IVs.at("Speed"), pkmn2_IVs.at("Speed"));
if(pkmn1->get_generation() < 3)
BOOST_CHECK_EQUAL(pkmn1_IVs.at("Special"), pkmn2_IVs.at("Special"));
else
{
BOOST_CHECK_EQUAL(pkmn1_IVs.at("Special Attack"), pkmn2_IVs.at("Special Attack"));
BOOST_CHECK_EQUAL(pkmn1_IVs.at("Special Defense"), pkmn2_IVs.at("Special Defense"));
}
pkmn::moveset_t moves1, moves2;
pkmn1->get_moves(moves1);
pkmn2->get_moves(moves2);
BOOST_CHECK(moves1[0].name == moves2[0].name);
BOOST_CHECK(moves1[1].name == moves2[1].name);
BOOST_CHECK(moves1[2].name == moves2[2].name);
BOOST_CHECK(moves1[3].name == moves2[3].name);
pkmn::dict<pkmn::pkstring, int> pkmn1_attributes = pkmn1->get_attributes();
pkmn::dict<pkmn::pkstring, int> pkmn2_attributes = pkmn2->get_attributes();
BOOST_CHECK_EQUAL(pkmn1_attributes.size(), pkmn2_attributes.size());
BOOST_FOREACH(const pkmn::pkstring &key, pkmn1_attributes.keys())
{
BOOST_CHECK_EQUAL(pkmn1_attributes.at(key), pkmn1_attributes.at(key,(pkmn1_attributes.at(key)-1)));
}
}
// Make sure parsing doesn't crash.
void read_all_pokemon_fields(const pkmn::pokemon::sptr& pokemon)
{
std::string game = pokemon->get_game();
int generation = game_generations.at(game);
(void)generation;
(void)pokemon->get_species();
(void)pokemon->get_form();
(void)pokemon->get_condition();
(void)pokemon->get_nickname();
(void)pokemon->get_original_trainer_name();
(void)pokemon->get_experience();
(void)pokemon->get_level();
(void)pokemon->get_moves();
(void)pokemon->get_EVs();
(void)pokemon->get_IVs();
(void)pokemon->get_current_hp();
(void)pokemon->get_stats();
(void)pokemon->get_icon_filepath();
(void)pokemon->get_sprite_filepath();
for(const std::string& attribute: pokemon->get_numeric_attribute_names())
{
(void)pokemon->get_numeric_attribute(attribute);
}
for(const std::string& attribute: pokemon->get_string_attribute_names())
{
(void)pokemon->get_string_attribute(attribute);
}
for(const std::string& attribute: pokemon->get_boolean_attribute_names())
{
(void)pokemon->get_boolean_attribute(attribute);
}
if(generation >= 2)
{
(void)pokemon->is_egg();
(void)pokemon->get_gender();
(void)pokemon->is_shiny();
(void)pokemon->get_held_item();
(void)pokemon->get_pokerus_duration();
(void)pokemon->get_original_trainer_gender();
(void)pokemon->get_current_trainer_friendship();
(void)pokemon->get_level_met();
(void)pokemon->get_location_met(false);
}
if(generation >= 3)
{
(void)pokemon->get_ability();
(void)pokemon->get_ball();
(void)pokemon->get_personality();
(void)pokemon->get_markings();
(void)pokemon->get_ribbons();
(void)pokemon->get_contest_stats();
}
if(generation >= 4)
{
(void)pokemon->get_location_met(true);
}
}
