static int CreatorClient_setattr(PyCreatorClient *self, char *name, PyObject *v)
{
if (self->m_mind == NULL) {
return -1;
}
if (self->CreatorClient_attr == NULL) {
self->CreatorClient_attr = PyDict_New();
if (self->CreatorClient_attr == NULL) {
return -1;
}
}
if (strcmp(name, "map") == 0) {
return -1;
}
LocatedEntity * thing = self->m_mind;
//std::string attr(name);
//if (v == NULL) {
//thing->attributes.erase(attr);
//return 0;
//}
Element obj;
if (PyObject_asMessageElement(v, obj) == 0 && !obj.isMap() && !obj.isList()) {
thing->setAttr(name, obj);
return 0;
}
// If we get here, then the attribute is not Atlas compatable, so we
// need to store it in a python dictionary
return PyDict_SetItemString(self->CreatorClient_attr, name, v);
}
void World::sendRelayToEntity(const LocatedEntity& to, const Operation& op, sigc::slot<void, const Operation&, const std::string&> callback)
{
//Make the op appear to come from the destination entity.
op->setFrom(to.getId());
long int serialNo = ++m_serialNumber;
Atlas::Objects::Operation::Relay relayOp;
relayOp->setTo(to.getId());
relayOp->setSerialno(serialNo);
relayOp->setArgs1(op);
Relay relay;
relay.entityId = to.getId();
relay.callback = std::move(callback);
m_relays.insert(std::make_pair(serialNo, relay));
sendWorld(relayOp);
//Also send a future Relay op to ourselves to make sure that the registered relay in m_relays
//is removed in the case that we don't get any response.
Atlas::Objects::Operation::Relay pruneOp;
pruneOp->setTo(getId());
pruneOp->setFrom(getId());
pruneOp->setRefno(serialNo);
pruneOp->setFutureSeconds(5);
sendWorld(pruneOp);
}
void DomainProperty::scheduleTick(LocatedEntity& entity, float timeForNextTick)
{
Atlas::Objects::Entity::Anonymous tick_arg;
tick_arg->setName("domain");
Atlas::Objects::Operation::Tick tickOp;
tickOp->setTo(entity.getId());
tickOp->setSeconds(timeForNextTick);
tickOp->setArgs1(tick_arg);
entity.sendWorld(tickOp);
}
void EntityTypeProvider::value(Atlas::Message::Element& value, const LocatedEntity& entity) const
{
if (!entity.getType()) {
return;
}
if (m_consumer) {
m_consumer->value(value, *entity.getType());
} else {
value = (void*)(entity.getType());
}
}
void LocatedEntitytest::test_removeAttr()
{
std::string test_property("test_property");
LocatedEntity* entity = new LocatedEntityTest("1", 1);
ASSERT_TRUE(!m_TestProperty_remove_called);
PropertyBase * tp = new TestProperty();
entity->setProperty(test_property, tp);
ASSERT_TRUE(!m_TestProperty_remove_called);
delete entity;
ASSERT_TRUE(m_TestProperty_remove_called);
}
void Accountintegration::test_LookOperation()
{
Anonymous new_char;
LocatedEntity * chr = m_ac->addNewCharacter("thing", new_char,
RootEntity());
Anonymous op_arg;
op_arg->setId("1");
op_arg->setId(chr->getId());
Look op;
op->setArgs1(op_arg);
OpVector res;
m_ac->operation(op, res);
// FIXME This doesn't test a lot
}
std::shared_ptr<Awareness> AwarenessStore::requestAwareness(const LocatedEntity& domainEntity)
{
//Check if there's already an awareness for the domain entity.
auto I = m_awarenesses.find(domainEntity.getIntId());
if (I != m_awarenesses.end()) {
//check if it's still valid
if (!I->second.expired()) {
return I->second.lock();
}
//else remove it
m_awarenesses.erase(I);
}
auto bbox = domainEntity.m_location.bBox();
auto awareness = std::make_shared < Awareness > (domainEntity, mAgentRadius, mAgentHeight, mHeightProvider, bbox, mTileSize);
m_awarenesses.insert(std::make_pair(domainEntity.getIntId(), std::weak_ptr < Awareness > (awareness)));
return awareness;
}
void StorageManager::restoreChildren(LocatedEntity * parent)
{
Database * db = Database::instance();
DatabaseResult res = db->selectEntities(parent->getId());
EntityBuilder * eb = EntityBuilder::instance();
// Iterate over res creating entities, and sorting out position, location
// and orientation. Restore children, but don't restore any properties yet.
DatabaseResult::const_iterator I = res.begin();
DatabaseResult::const_iterator Iend = res.end();
for (; I != Iend; ++I) {
const std::string id = I.column("id");
const int int_id = forceIntegerId(id);
const std::string type = I.column("type");
//By sending an empty attributes pointer we're telling the builder not to apply any default
//attributes. We will instead apply all attributes ourselves when we later on restore attributes.
Atlas::Objects::SmartPtr<Atlas::Objects::Entity::RootEntityData> attrs(nullptr);
LocatedEntity * child = eb->newEntity(id, int_id, type, attrs, BaseWorld::instance());
if (!child) {
log(ERROR, compose("Could not restore entity with id %1 of type %2"
", most likely caused by this type missing.",
id, type));
continue;
}
const std::string location_string = I.column("location");
MapType loc_data;
db->decodeMessage(location_string, loc_data);
child->m_location.readFromMessage(loc_data);
if (!child->m_location.pos().isValid()) {
std::cout << "No pos data" << std::endl << std::flush;
log(ERROR, compose("Entity %1 restored from database has no "
"POS data. Ignored.", child->getId()));
delete child;
continue;
}
child->m_location.m_loc = parent;
child->setFlags(entity_clean | entity_pos_clean | entity_orient_clean);
BaseWorld::instance().addEntity(child);
restoreChildren(child);
}
}
void LocatedEntitytest::test_setProperty()
{
std::string test_property("test_property");
ASSERT_TRUE(m_entity->m_properties.find(test_property) ==
m_entity->m_properties.end());
PropertyBase * tp = new SoftProperty;
m_entity->setProperty(test_property, tp);
ASSERT_TRUE(m_entity->m_properties.find(test_property) !=
m_entity->m_properties.end());
}
void SoftPropertyProvider::value(Atlas::Message::Element& value, const LocatedEntity& entity) const
{
auto prop = entity.getProperty(m_attribute_name);
if (!prop) {
return;
}
if (m_consumer) {
Atlas::Message::Element propElem;
prop->get(propElem);
m_consumer->value(value, propElem);
} else {
prop->get(value);
}
}
void LocatedEntity::changeContainer(LocatedEntity * new_loc)
{
assert(m_location.m_loc != 0);
assert(m_location.m_loc->m_contains != 0);
m_location.m_loc->m_contains->erase(this);
if (m_location.m_loc->m_contains->empty()) {
m_location.m_loc->onUpdated();
}
new_loc->makeContainer();
bool was_empty = new_loc->m_contains->empty();
new_loc->m_contains->insert(this);
if (was_empty) {
new_loc->onUpdated();
}
assert(m_location.m_loc->checkRef() > 0);
LocatedEntity* oldLoc = m_location.m_loc;
m_location.m_loc = new_loc;
m_location.m_loc->incRef();
assert(m_location.m_loc->checkRef() > 0);
onContainered(oldLoc);
oldLoc->decRef();
}
void Accountintegration::test_SetOperation()
{
Anonymous new_char;
LocatedEntity * chr = m_ac->addNewCharacter("thing", new_char,
RootEntity());
BBox newBox(WFMath::Point<3>(-0.5, -0.5, 0.0),
WFMath::Point<3>(-0.5, -0.5, 2.0));
chr->m_location.setBBox(newBox);
Anonymous op_arg;
op_arg->setId(chr->getId());
op_arg->setAttr("guise", "foo");
op_arg->setAttr("height", 3.0);
op_arg->setAttr("tasks", ListType());
Set op;
op->setArgs1(op_arg);
OpVector res;
m_ac->operation(op, res);
// FIXME Ensure character has been modified
}
/// \brief Add an operation to the ordered op queue.
///
/// Any time adjustment required is made to the operation, and it
/// is added to the apropriate place in the chronologically ordered
/// queue. The From attribute of the operation is set to the id of
/// the entity that is responsible for adding the operation to the
/// queue.
void OperationsDispatcher::addOperationToQueue(const Operation & op, LocatedEntity & ent)
{
assert(op.isValid());
assert(op->getFrom() != "cheat");
m_operation_queues_dirty = true;
op->setFrom(ent.getId());
if (!op->hasAttrFlag(Atlas::Objects::Operation::FUTURE_SECONDS_FLAG)) {
op->setSeconds(getTime());
m_immediateQueue.push(OpQueEntry(op, ent));
return;
}
double t = getTime() + (op->getFutureSeconds() * consts::time_multiplier);
op->setSeconds(t);
op->setFutureSeconds(0.);
m_operationQueue.push(OpQueEntry(op, ent));
if (debug_flag) {
std::cout << "WorldRouter::addOperationToQueue {" << std::endl;
debug_dump(op, std::cout);
std::cout << "}" << std::endl << std::flush;
}
}
inline OpQueEntry::OpQueEntry(const OpQueEntry & o) : op(o.op), from(o.from)
{
from->incRef();
}
void EntityIdProvider::value(Atlas::Message::Element& value,
const LocatedEntity& entity) const
{
value = Atlas::Message::Element(entity.getIntId());
}
static PyObject * CreatorClient_getattr(PyCreatorClient *self, char *name)
{
// Fairly major re-write of this to use operator[] of CreatorClient base class
#ifndef NDEBUG
if (self->m_mind == NULL) {
PyErr_SetString(PyExc_AssertionError, "NULL CreatorClient in CreatorClient.getattr");
return NULL;
}
#endif // NDEBUG
// If operation search gets to here, it goes no further
if (strstr(name, "_operation") != NULL) {
PyErr_SetString(PyExc_AttributeError, name);
return NULL;
}
if (strcmp(name, "type") == 0) {
PyObject * list = PyList_New(0);
if (list == NULL) {
return NULL;
}
PyList_Append(list, PyString_FromString(self->m_mind->getType()->name().c_str()));
return list;
}
if (strcmp(name, "map") == 0) {
PyMap * map = newPyMap();
if (map != NULL) {
map->m_map = self->m_mind->getMap();
}
return (PyObject *)map;
}
if (strcmp(name, "location") == 0) {
PyLocation * loc = newPyLocation();
if (loc != NULL) {
loc->location = &self->m_mind->m_location;
loc->owner = self->m_mind;
}
return (PyObject *)loc;
}
if (strcmp(name, "time") == 0) {
PyWorldTime * worldtime = newPyWorldTime();
if (worldtime != NULL) {
worldtime->time = self->m_mind->getTime();
}
return (PyObject *)worldtime;
}
if (self->CreatorClient_attr != NULL) {
PyObject *v = PyDict_GetItemString(self->CreatorClient_attr, name);
if (v != NULL) {
Py_INCREF(v);
return v;
}
}
LocatedEntity * thing = self->m_mind;
Element attr;
if (!thing->getAttr(name, attr)) {
return Py_FindMethod(CreatorClient_methods, (PyObject *)self, name);
}
PyObject * ret = MessageElement_asPyObject(attr);
if (ret == NULL) {
return Py_FindMethod(CreatorClient_methods, (PyObject *)self, name);
}
return ret;
}
void LocatedEntitytest::test_coverage()
{
m_entity->setScript(new Script());
// Installing a second one should delete the first.
m_entity->setScript(new Script());
m_entity->onContainered(nullptr);
m_entity->onUpdated();
EntityExerciser ee(*m_entity);
// Throw an op of every type at the entity
ee.runOperations();
// Subscribe the entity to every class of op
std::set<std::string> opNames;
ee.addAllOperations(opNames);
std::set<std::string> attrNames;
attrNames.insert("id");
// Make sure we have all the default attributes
assert(ee.checkAttributes(attrNames));
attrNames.insert("test_int");
attrNames.insert("test_float");
attrNames.insert("test_list_string");
attrNames.insert("test_list_int");
attrNames.insert("test_list_float");
attrNames.insert("test_map_string");
attrNames.insert("test_map_int");
attrNames.insert("test_map_float");
// Make sure we don't have the test attributes yet
assert(!ee.checkAttributes(attrNames));
// Add the test attributes
m_entity->setAttr("test_int", 1);
m_entity->setAttr("test_float", 1.f);
m_entity->setAttr("test_list_string", "test_value");
m_entity->setAttr("test_list_int", ListType(1, 1));
m_entity->setAttr("test_list_float", ListType(1, 1.f));
m_entity->setAttr("test_map_string", ListType(1, "test_value"));
MapType test_map;
test_map["test_key"] = 1;
m_entity->setAttr("test_map_int", test_map);
test_map["test_key"] = 1.f;
m_entity->setAttr("test_map_float", test_map);
test_map["test_key"] = "test_value";
m_entity->setAttr("test_map_string", test_map);
// Make sure we have the test attributes now
assert(ee.checkAttributes(attrNames));
MapType entityAsAtlas;
m_entity->merge(entityAsAtlas);
// Throw an op of every type at the entity again now it is subscribed,
// and full of data.
ee.runOperations();
}
InventoryDomain::InventoryDomain(LocatedEntity& entity) :
Domain(entity)
{
entity.makeContainer();
}
inline OpQueEntry::OpQueEntry(const Operation & o, LocatedEntity & f) : op(o),
from(&f)
{
from->incRef();
}
ExternalMind::ExternalMind(LocatedEntity & e) : Router(e.getId(), e.getIntId()),
m_external(0), m_entity(e)
{
}
inline OpQueEntry::~OpQueEntry()
{
from->decRef();
}
