void BaseMindtest::test_sightOperation()
{
OpVector res;
Atlas::Objects::Operation::Sight op;
bm->operation(op, res);
op->setArgs1(Atlas::Objects::Entity::Anonymous());
bm->operation(op, res);
op->setArgs1(Atlas::Objects::Entity::RootEntity(0));
bm->operation(op, res);
op->setArgs1(Atlas::Objects::Operation::Get());
bm->operation(op, res);
}
void BaseMindtest::test_sightCreateOperation()
{
Atlas::Objects::Operation::Create sub_op;
Atlas::Objects::Operation::Sight op;
op->setArgs1(sub_op);
OpVector res;
bm->operation(op, res);
sub_op->setArgs1(Atlas::Objects::Entity::Anonymous());
bm->operation(op, res);
sub_op->setArgs1(Atlas::Objects::Entity::Anonymous(0));
bm->operation(op, res);
}
void BaseMindtest::test_sightSetOperation()
{
Atlas::Objects::Operation::Set sub_op;
Atlas::Objects::Operation::Sight op;
op->setArgs1(sub_op);
OpVector res;
bm->operation(op, res);
sub_op->setArgs1(Atlas::Objects::Entity::Anonymous());
bm->operation(op, res);
sub_op->setArgs1(Atlas::Objects::Entity::Anonymous(0));
bm->operation(op, res);
Atlas::Objects::Entity::Anonymous arg;
arg->setId("2");
sub_op->setArgs1(arg);
bm->operation(op, res);
}
int main(int argc, char** argv)
{
std::string atlas_xml_path;
char * srcdir_env = getenv("srcdir");
if (srcdir_env != 0) {
atlas_xml_path = srcdir_env;
atlas_xml_path += "/";
}
atlas_xml_path += "../../protocol/spec/atlas.xml";
try {
Atlas::Objects::loadDefaults(atlas_xml_path);
} catch(Atlas::Objects::DefaultLoadingException e) {
std::cout << "DefaultLoadingException: "
<< e.getDescription() << std::endl;
}
Root root = Atlas::Objects::objectDefinitions.find("root")->second;
Root root_inst;
root_inst->setAttr("id", std::string("root_instantiation"));
assert(root->getAttr("id").asString() == "root");
assert(root_inst->getAttr("id").asString() == "root_instantiation");
assert(root->getAttr("parents").asList().size() == 0);
assert(root_inst->getAttr("parents").asList().size() == 1);
assert((*root_inst->getAttr("parents").asList().begin()).asString() ==
"root");
Look look = smart_dynamic_cast<Look>(objectDefinitions.find("look")->second);
Look look_inst;
look_inst->setAttr("id", std::string("look_instantiation"));
assert(look->getAttr("id").asString() == "look");
assert(look_inst->getAttr("id").asString() == "look_instantiation");
assert(look->getAttr("parents").asList().size() == 1);
assert((*look->getAttr("parents").asList().begin()).asString() ==
"perceive");
assert(look_inst->getAttr("parents").asList().size() == 1);
assert((*look_inst->getAttr("parents").asList().begin()).asString() ==
"look");
Account acct = smart_dynamic_cast<Account>(objectDefinitions.find("account")->second);
Account acct_inst;
acct_inst->setAttr("id", std::string("account_instantiation"));
assert(acct->getAttr("id").asString() == "account");
assert(acct_inst->getAttr("id").asString() == "account_instantiation");
assert(acct->getAttr("parents").asList().size() == 1);
assert((*acct->getAttr("parents").asList().begin()).asString() ==
"admin_entity");
assert(acct_inst->getAttr("parents").asList().size() == 1);
assert((*acct_inst->getAttr("parents").asList().begin()).asString() ==
"account");
{
Atlas::Objects::Entity::Anonymous anon;
anon->setLoc("12345");
ListType velocity;
velocity.push_back(1.4);
velocity.push_back(2.4);
velocity.push_back(3.4);
anon->setVelocityAsList(velocity);
ListType bbox;
bbox.push_back(1.4);
bbox.push_back(2.4);
bbox.push_back(3.4);
bbox.push_back(2.4);
anon->setAttr("bbox", bbox);
Atlas::Objects::Operation::Move move;
move->setFrom("123456");
move->setTo("123456");
move->setSeconds(12345678);
move->setId("123456");
move->setArgs1(anon);
Atlas::Objects::Operation::Sight sight;
sight->setFrom("123456");
sight->setTo("123456");
sight->setSeconds(12345678);
sight->setId("123456");
sight->setArgs1(move);
Atlas::Message::MapType map;
sight->addToMessage(map);
std::cout << map.size() << std::flush;
assert(map.size() == 7);
assert(map["objtype"].String() == "op");
assert(map["from"].String() == "123456");
assert(map["to"].String() == "123456");
assert(map["seconds"].Float() == 12345678);
assert(map["id"].String() == "123456");
assert(map["args"].List().size() == 1);
}
}
int main()
{
TestWorld world;
{
Entity e("2", 2);
ExternalMind em(e);
}
{
Entity e("2", 2);
TestExternalMind em(e);
em.test_deleteEntity("3");
}
// Purge with empty contains
{
Entity e("2", 2);
e.m_contains = new LocatedEntitySet;
TestExternalMind em(e);
em.test_purgeEntity(e);
}
// Purge with populated contains
{
Entity e("2", 2);
e.m_contains = new LocatedEntitySet;
e.m_contains->insert(new Entity("3", 3));
TestExternalMind em(e);
em.test_purgeEntity(e);
}
// Connect to nothing
{
Entity e("2", 2);
ExternalMind em(e);
em.linkUp(0);
}
// Connect to something
{
Entity e("2", 2);
ExternalMind em(e);
em.linkUp(new Connection(*(CommSocket*)0,
*(ServerRouting*)0,
"addr", "4", 4));
}
// Connect to something, then disconnect
{
Entity e("2", 2);
ExternalMind em(e);
em.linkUp(new Connection(*(CommSocket*)0,
*(ServerRouting*)0,
"addr", "4", 4));
em.linkUp(0);
}
// Connect to something, then check connection ID
{
Entity e("2", 2);
ExternalMind em(e);
em.linkUp(new Connection(*(CommSocket*)0,
*(ServerRouting*)0,
"addr", "4", 4));
const std::string & id = em.connectionId();
assert(id == "4");
}
// Send a random operation
{
Entity e("2", 2);
TestExternalMind em(e);
em.test_setLossTime(BaseWorld::instance().getTime());
stub_baseworld_receieved_op = -1;
OpVector res;
em.operation(Atlas::Objects::Operation::RootOperation(), res);
assert(stub_baseworld_receieved_op == -1);
}
// Send a Delete operation
{
Entity e("2", 2);
TestExternalMind em(e);
em.test_setLossTime(BaseWorld::instance().getTime());
stub_baseworld_receieved_op = -1;
OpVector res;
em.operation(Atlas::Objects::Operation::Delete(), res);
assert(stub_baseworld_receieved_op == -1);
}
// Send a Delete operation to an ephemeral entity
{
Entity e("2", 2);
e.setFlags(entity_ephem);
TestExternalMind em(e);
em.test_setLossTime(BaseWorld::instance().getTime());
stub_baseworld_receieved_op = -1;
OpVector res;
em.operation(Atlas::Objects::Operation::Delete(), res);
assert(stub_baseworld_receieved_op == -1);
}
// Send a non Delete operation to an ephemeral entity
{
Entity e("2", 2);
e.setFlags(entity_ephem);
TestExternalMind em(e);
em.test_setLossTime(BaseWorld::instance().getTime());
stub_baseworld_receieved_op = -1;
OpVector res;
em.operation(Atlas::Objects::Operation::RootOperation(), res);
assert(stub_baseworld_receieved_op == Atlas::Objects::Operation::DELETE_NO);
}
// Send a random operation to something that has been recorded as
// disconnected for a while
{
Entity e("2", 2);
// FIXME hard code the expiry time here.
TestExternalMind em(e);
em.test_setLossTime(BaseWorld::instance().getTime() - 60*60 - 5);
stub_baseworld_receieved_op = -1;
OpVector res;
em.operation(Atlas::Objects::Operation::RootOperation(), res);
assert(stub_baseworld_receieved_op == Atlas::Objects::Operation::DELETE_NO);
}
// Send a random operation to a connected mind
{
Entity e("2", 2);
TestExternalMind em(e);
em.linkUp(new Connection(*(CommSocket*)0,
*(ServerRouting*)0,
"addr", "4", 4));
stub_link_send_op = -1;
stub_link_send_count = 0;
OpVector res;
em.operation(Atlas::Objects::Operation::RootOperation(), res);
assert(stub_link_send_op == Atlas::Objects::Operation::ROOT_OPERATION_NO);
assert(stub_link_send_count == 1);
}
// Send a Sight operation to a connected mind
{
Entity e("2", 2);
TestExternalMind em(e);
em.linkUp(new Connection(*(CommSocket*)0,
*(ServerRouting*)0,
"addr", "4", 4));
stub_link_send_op = -1;
stub_link_send_count = 0;
OpVector res;
em.operation(Atlas::Objects::Operation::Sight(), res);
assert(stub_link_send_op == Atlas::Objects::Operation::SIGHT_NO);
assert(stub_link_send_count == 1);
}
// Send a Sight(Set) of hungry operation to a connected mind
{
Entity e("2", 2);
TestExternalMind em(e);
em.linkUp(new Connection(*(CommSocket*)0,
*(ServerRouting*)0,
"addr", "4", 4));
stub_link_send_op = -1;
stub_link_send_count = 0;
// A sight(set) of a starving entity
Atlas::Objects::Root arg;
arg->setAttr("status", 0.05);
arg->setId(e.getId());
Atlas::Objects::Operation::Set set;
set->setArgs1(arg);
Atlas::Objects::Operation::Sight op;
op->setArgs1(set);
// It should trigger an extra Sight(Imaginary)
OpVector res;
em.operation(op, res);
assert(stub_link_send_op == Atlas::Objects::Operation::SIGHT_NO);
assert(stub_link_send_count > 1);
}
// Send a Sight(Set) of starving operation to a connected mind
{
Entity e("2", 2);
TestExternalMind em(e);
em.linkUp(new Connection(*(CommSocket*)0,
*(ServerRouting*)0,
"addr", "4", 4));
stub_link_send_op = -1;
stub_link_send_count = 0;
// A sight(set) of a starving entity
Atlas::Objects::Root arg;
arg->setAttr("status", 0.005);
arg->setId(e.getId());
Atlas::Objects::Operation::Set set;
set->setArgs1(arg);
Atlas::Objects::Operation::Sight op;
op->setArgs1(set);
// It should trigger an extra Sight(Imaginary)
OpVector res;
em.operation(op, res);
assert(stub_link_send_op == Atlas::Objects::Operation::SIGHT_NO);
assert(stub_link_send_count > 1);
}
return 0;
}
void StorageManager::restorePropertiesRecursively(LocatedEntity * ent)
{
Database * db = Database::instance();
PropertyManager * pm = PropertyManager::instance();
DatabaseResult res = db->selectProperties(ent->getId());
//Keep track of those properties that have been set on the instance, so we'll know what
//type properties we should ignore.
std::unordered_set<std::string> instanceProperties;
DatabaseResult::const_iterator I = res.begin();
DatabaseResult::const_iterator Iend = res.end();
for (; I != Iend; ++I) {
const std::string name = I.column("name");
if (name.empty()) {
log(ERROR, compose("No name column in property row for %1",
ent->getId()));
continue;
}
const std::string val_string = I.column("value");
if (name.empty()) {
log(ERROR, compose("No value column in property row for %1,%2",
ent->getId(), name));
continue;
}
MapType prop_data;
db->decodeMessage(val_string, prop_data);
MapType::const_iterator J = prop_data.find("val");
if (J == prop_data.end()) {
log(ERROR, compose("No property value data for %1:%2",
ent->getId(), name));
continue;
}
assert(ent->getType() != 0);
const Element & val = J->second;
Element existingVal;
if (ent->getAttr(name, existingVal) == 0) {
if (existingVal == val) {
//If the existing property, either on the instance or the type, is equal to the persisted one just skip it.
continue;
}
}
PropertyBase * prop = ent->modProperty(name);
if (prop == nullptr) {
prop = pm->addProperty(name, val.getType());
prop->install(ent, name);
//This transfers ownership of the property to the entity.
ent->setProperty(name, prop);
}
//If we get to here the property either doesn't exists, or have a different value than the default or existing property.
prop->set(val);
prop->setFlags(per_clean | per_seen);
prop->apply(ent);
instanceProperties.insert(name);
}
if (ent->getType()) {
for (auto& propIter : ent->getType()->defaults()) {
if (!instanceProperties.count(propIter.first)) {
PropertyBase * prop = propIter.second;
// If a property is in the class it won't have been installed
// as setAttr() checks
prop->install(ent, propIter.first);
// The property will have been applied if it has an overriden
// value, so we only apply it the value is still default.
prop->apply(ent);
}
}
}
//Now restore all properties of the child entities.
if (ent->m_contains) {
for (auto& childEntity : *ent->m_contains) {
restorePropertiesRecursively(childEntity);
}
}
//We must send a sight op to the entity informing it of itself before we send any thoughts.
//Else the mind won't have any information about itself.
{
Atlas::Objects::Operation::Sight sight;
sight->setTo(ent->getId());
Atlas::Objects::Entity::Anonymous args;
ent->addToEntity(args);
sight->setArgs1(args);
ent->sendWorld(sight);
}
//We should also send a sight op to the parent entity which owns the entity.
//TODO: should this really be necessary or should we rely on other Sight functionality?
if (ent->m_location.m_loc) {
Atlas::Objects::Operation::Sight sight;
sight->setTo(ent->m_location.m_loc->getId());
Atlas::Objects::Entity::Anonymous args;
ent->addToEntity(args);
sight->setArgs1(args);
ent->m_location.m_loc->sendWorld(sight);
}
restoreThoughts(ent);
}