void View::create(const RootEntity& gent)
{
std::string eid(gent->getId());
if (m_contents.count(eid))
{
// already known locally, just emit the signal
EntityCreated.emit( m_contents[eid] );
return;
}
bool alreadyAppeared = false;
PendingSightMap::iterator pending = m_pending.find(eid);
if (pending != m_pending.end())
{
// already being retrieved, but we have the data now
alreadyAppeared = (pending->second == SACTION_QUEUED) ||
(pending->second == SACTION_APPEAR);
pending->second = SACTION_DISCARD; // when the SIGHT turns up
}
Entity* ent = createEntity(gent);
m_contents[eid] = ent;
ent->init(gent, true);
if (gent->isDefaultLoc()) setTopLevelEntity(ent);
InitialSightEntity.emit(ent);
// depends on relative order that sight(create) and appear are received in
if (alreadyAppeared)
{
ent->setVisible(true);
EntityCreated.emit(ent);
}
}
/// \brief Copy attributes into an Atlas entity
///
/// @param ent Atlas entity this entity should be copied into
void Entity::addToEntity(const RootEntity & ent) const
{
// We need to have a list of keys to pull from attributes.
PropertyDict::const_iterator J;
PropertyDict::const_iterator Jend;
if (m_type != 0) {
J = m_type->defaults().begin();
Jend = m_type->defaults().end();
for (; J != Jend; ++J) {
J->second->add(J->first, ent);
}
}
J = m_properties.begin();
Jend = m_properties.end();
for (; J != Jend; ++J) {
J->second->add(J->first, ent);
}
ent->setStamp(m_seq);
if (m_type != 0) {
ent->setParents(std::list<std::string>(1, m_type->name()));
}
m_location.addToEntity(ent);
ent->setObjtype("obj");
}
void ClientConnection::createCharacter(const RootOperation& op)
{
static unsigned int charCounter = 0;
char charId[64];
::snprintf(charId, 64, "_customChar_%d", ++charCounter);
RootEntity ent = smart_dynamic_cast<RootEntity>(op->getArgs().front());
ent->setId(charId);
ent->setLoc("_world");
m_server->m_world[charId] = ent;
StringList children(m_server->m_world["_world"]->getContains());
children.push_back(charId);
m_server->m_world["_world"]->setContains(children);
Agent* ag = new Agent(this, charId);
ag->setEntityVisible(charId, true);
m_agents[charId] = ag;
Info info;
info->setArgs1(m_server->m_world[charId]);
info->setFrom(charId);
info->setTo(m_account); // I *think* this is right
info->setRefno(op->getSerialno());
send(info);
}
void Connection::handleServerInfo(const RootOperation& op)
{
RootEntity svr = smart_dynamic_cast<RootEntity>(op->getArgs().front());
if (!svr.isValid()) {
error() << "server INFO argument object is broken";
return;
}
m_info.processServer(svr);
GotServerInfo.emit();
}
void View::sight(const RootEntity& gent)
{
bool visible = true;
std::string eid = gent->getId();
PendingSightMap::iterator pending = m_pending.find(eid);
// examine the pending map, to see what we should do with this entity
if (pending != m_pending.end()) {
switch (pending->second)
{
case SACTION_APPEAR:
visible = true;
break;
case SACTION_DISCARD:
m_pending.erase(pending);
issueQueuedLook();
return;
case SACTION_HIDE:
visible = false;
break;
case SACTION_QUEUED:
error() << "got sight of queued entity " << eid << " somehow";
eraseFromLookQueue(eid);
break;
default:
throw InvalidOperation("got bad pending action for entity");
}
m_pending.erase(pending);
}
// if we got this far, go ahead and build / update it
Entity *ent = getEntity(eid);
if (ent) {
// existing entity, update in place
ent->sight(gent);
} else {
ent = initialSight(gent);
EntitySeen.emit(ent);
}
if (gent->isDefaultLoc()) { // new top level entity
setTopLevelEntity(ent);
}
ent->setVisible(visible);
issueQueuedLook();
}
void ClientConnection::processOOGLook(const Look& lk)
{
const std::vector<Root>& args = lk->getArgs();
std::string lookTarget;
if (args.empty()) {
lookTarget = "_lobby";
} else {
lookTarget = args.front()->getId();
}
RootEntity thing;
if (m_server->m_accounts.count(lookTarget))
{
thing = m_server->m_accounts[lookTarget];
if (lookTarget != lk->getFrom())
{
// prune
thing->removeAttr("characters");
thing->removeAttr("password");
}
}
else if (m_server->m_world.count(lookTarget))
{
// ensure it's owned by the account, i.e in characters
if (!entityIsCharacter(lookTarget))
{
sendError("not allowed to look at that entity", lk);
return;
}
thing = m_server->m_world[lookTarget];
}
else if (m_server->m_rooms.count(lookTarget))
{
// should check room view permissions?
thing = m_server->m_rooms[lookTarget];
} else {
// didn't find any entity with the id
sendError("processed OOG look for unknown entity " + lookTarget, lk);
return;
}
Sight st;
st->setArgs1(thing);
st->setFrom(lookTarget);
st->setTo(lk->getFrom());
st->setRefno(lk->getSerialno());
send(st);
}
void Property<IdList>::add(const std::string & s, const RootEntity & ent) const
{
if (!m_data.empty()) {
ListType list;
idListasObject(m_data, list);
ent->setAttr(s, list);
}
}
void ClientConnection::processAnonymousGet(const Get& get)
{
const std::vector<Root>& args = get->getArgs();
if (args.empty())
{
Info serverInfo;
RootEntity svObj;
Atlas::Message::ListType prs;
prs.push_back("server");
svObj->setParentsAsList(prs);
svObj->setName("Bob's StubServer");
svObj->setAttr("server", "stubserver");
svObj->setAttr("ruleset", "stub-world");
svObj->setAttr("uptime", 666.0);
svObj->setAttr("clients", 42);
serverInfo->setArgs1(svObj);
send(serverInfo);
} else {
std::string typeName = args.front()->getId();
if (m_server->m_types.count(typeName))
{
Info typeInfo;
typeInfo->setArgs1(m_server->m_types[typeName]);
typeInfo->setRefno(get->getSerialno());
send(typeInfo);
} else
sendError("unknown type " + typeName, get);
}
}
void ServerInfo::processServer(const RootEntity &svr)
{
Atlas::Message::Element element;
if (!svr->copyAttr("ruleset", element) && element.isString()) {
_ruleset = element.String();
} else {
return;
}
_name = svr->getName();
if (!svr->copyAttr("clients", element) && element.isInt()) {
_clients = (int)element.Int();
} else {
return;
}
if (!svr->copyAttr("server", element) && element.isString()) {
_server = element.String();
} else {
return;
}
if (!svr->copyAttr("uptime", element) && element.isFloat()) {
_uptime = element.Float();
} else {
return;
}
m_status = VALID;
if (!svr->copyAttr("entities", element) && element.isInt()) {
_entities = element.Int();
}
if (!svr->copyAttr("version", element) && element.isString()) {
m_version = element.String();
}
if (!svr->copyAttr("builddate", element) && element.isString()) {
m_buildDate = element.String();
}
if (!svr->copyAttr("assets", element) && element.isList()) {
for (auto& url : element.List()) {
if (url.isString()) {
m_assets.emplace_back(url.String());
}
}
}
}
void ServerAccount::createObject(const std::string & type_str,
const Root & arg,
const Operation & op,
OpVector & res)
{
// Format of the Create ops that are received by this function should
// have the entity to be created as the first argument. If the entity
// being created is a character associated with an account, an additional
// argument should specify the possess key that will be used by the client
// to claim ownership of the entity being created.
if (arg->getObjtype() != "obj") {
// Return error to peer
error(op, "Only creation of entities by peer server is permitted",
res, getId());
return;
}
RootEntity ent = smart_dynamic_cast<RootEntity>(arg);
if(!ent.isValid()) {
log(ERROR, "Character creation arg is malformed");
return;
}
// If we have a possess key (entity has a mind)
TeleportAuthenticator * tele_auth = 0;
std::string possess_key;
const std::vector<Root> & args = op->getArgs();
if (args.size() == 2) {
const Root & arg2 = args.back();
Element key;
if(arg2->copyAttr("possess_key", key) == 0 && key.isString()) {
possess_key = key.String();
tele_auth = TeleportAuthenticator::instance();
} else {
log(ERROR, "Entity has mind but no possess key found");
return;
}
}
debug( std::cout << "ServerAccount creating a " << type_str << " object"
<< std::endl << std::flush; );
void EntityImporterBase::createEntity(const RootEntity & obj, OpVector & res)
{
++mStats.entitiesProcessedCount;
++mStats.entitiesCreateCount;
EventProgress.emit();
m_state = ENTITY_CREATING;
assert(mTreeStack.size() > 1);
std::deque<StackEntry>::reverse_iterator I = mTreeStack.rbegin();
++I;
assert(I != mTreeStack.rend());
const std::string & loc = I->restored_id;
RootEntity create_arg = obj.copy();
create_arg->removeAttrFlag(Atlas::Objects::Entity::CONTAINS_FLAG);
create_arg->removeAttrFlag(Atlas::Objects::Entity::VELOCITY_FLAG);
create_arg->removeAttrFlag(Atlas::Objects::ID_FLAG);
create_arg->setLoc(loc);
//Remove any attribute which references another entity from the Create op.
//This is because the attribute will at this time with certainty refer to the wrong or a non-existing entity.
//The attribute will later on be set through a Set op in sendResolvedEntityReferences().
auto referenceMapEntryI = mEntitiesWithReferenceAttributes.find(obj->getId());
if (referenceMapEntryI != mEntitiesWithReferenceAttributes.end()) {
for (const auto& attributeName : referenceMapEntryI->second) {
create_arg->removeAttr(attributeName);
}
}
Create create;
create->setArgs1(create_arg);
create->setFrom(mAvatarId);
create->setSerialno(newSerialNumber());
mCreateEntityMapping.insert(std::make_pair(create->getSerialno(), obj->getId()));
res.push_back(create);
}
LocatedEntity * CreatorClient::handleMakeResponse(const RootOperation & op,
double create_time)
{
if (op->getArgs().empty()) {
std::cerr << "Arg of reply to make has no args"
<< std::endl << std::flush;
return NULL;
}
RootEntity created = smart_dynamic_cast<RootEntity>(op->getArgs().front());
if (!created.isValid()) {
std::cerr << "Created argument is not an entity"
<< std::endl << std::flush;
return NULL;
}
if (!created->hasAttrFlag(Atlas::Objects::ID_FLAG)) {
std::cerr << "Created entity has no id"
<< std::endl << std::flush;
return NULL;
}
const std::string & created_id = created->getId();
if (created->getParents().empty()) {
std::cerr << "Created entity " << created_id << " has no type"
<< std::endl << std::flush;
return NULL;
}
const std::string & created_type = created->getParents().front();
std::cout << "Created: " << created_type << "(" << created_id << ")"
<< std::endl << std::flush;
LocatedEntity * obj = m_map.updateAdd(created, create_time);
return obj;
}
void Interactive::disappearanceArrived(const Operation & op)
{
if (m_accountId.empty()) {
return;
}
if (m_accountId != op->getTo()) {
// This is an IG op we are monitoring
return;
}
if (op->getArgs().empty()) {
return;
}
RootEntity ent = smart_dynamic_cast<RootEntity>(op->getArgs().front());
if (!ent.isValid()) {
std::cerr << "Got Disappearance of non-entity" << std::endl << std::flush;
return;
}
if (!ent->hasAttrFlag(Atlas::Objects::ID_FLAG)) {
std::cerr << "Got Disappearance of non-string ID" << std::endl << std::flush;
return;
}
const std::string & id = ent->getId();
std::cout << "Disappearance(id: " << id << ")";
if (!ent->hasAttrFlag(Atlas::Objects::Entity::LOC_FLAG)) {
std::cout << std::endl << std::flush;
return;
}
const std::string & loc = ent->getLoc();
std::cout << " in " << loc << std::endl;
if (loc == "lobby") {
std::cout << id << " has logged out." << std::endl;
}
std::cout << std::flush;
}
void EntityImporterBase::sendResolvedEntityReferences()
{
if (!mEntitiesWithReferenceAttributes.empty()) {
for (auto entryI : mEntitiesWithReferenceAttributes) {
const auto& persistedEntityId = entryI.first;
const auto& referenceEntries = entryI.second;
auto createdEntityI = mEntityIdMap.find(persistedEntityId);
if (createdEntityI == mEntityIdMap.end()) {
S_LOG_WARNING("Could not find final server side entity id for persisted entity " << persistedEntityId << " when doing entity ref resolving.");
continue;
}
const auto& createdEntityId = createdEntityI->second;
//This should not fail at this phase, so we're not doing any checks.
auto& persistedEntity = mPersistedEntities.find(persistedEntityId)->second;
RootEntity entity;
for (const auto& referenceEntry : referenceEntries) {
Element element = persistedEntity->getAttr(referenceEntry.propertyName);
resolveEntityReferences(element);
entity->setAttr(referenceEntry.propertyName, element);
}
Set set;
set->setFrom(mAvatarId);
set->setSerialno(newSerialNumber());
set->setTo(createdEntityId);
set->setArgs1(entity);
mSetOpsInTransit++;
sigc::slot<void, const Operation&> slot = sigc::mem_fun(*this, &EntityImporterBase::operationSetResult);
sendAndAwaitResponse(set, slot);
}
} else {
sendMinds();
}
}
HandlerResult TerrainModProperty::move_handler(LocatedEntity * e,
const Operation & op,
OpVector & res)
{
// FIXME Force instantiation of a class property?
// Check the validity of the operation.
const std::vector<Root> & args = op->getArgs();
if (args.empty()) {
return OPERATION_IGNORED;
}
RootEntity ent = Atlas::Objects::smart_dynamic_cast<RootEntity>(args.front());
if (!ent.isValid()) {
return OPERATION_IGNORED;
}
if (e->getId() != ent->getId()) {
return OPERATION_IGNORED;
}
// Update the modifier
move(e);
return OPERATION_IGNORED;
}
void ServerInfo::processServer(const RootEntity &svr)
{
Atlas::Message::Element element;
if (!svr->copyAttr("ruleset", element) && element.isString()) {
_ruleset = element.asString();
} else {
return;
}
_name = svr->getName();
if (!svr->copyAttr("clients", element) && element.isInt()) {
_clients = element.asInt();
} else {
return;
}
if (!svr->copyAttr("server", element) && element.isString()) {
_server = element.asString();
} else {
return;
}
if (!svr->copyAttr("uptime", element) && element.isFloat()) {
_uptime = element.asFloat();
} else {
return;
}
m_status = VALID;
if (!svr->copyAttr("entities", element) && element.isInt()) {
_entities = element.asInt();
}
if (!svr->copyAttr("version", element) && element.isString()) {
m_version = element.asString();
}
if (!svr->copyAttr("builddate", element) && element.isString()) {
m_buildDate = element.asString();
}
}
Eris::EntityPtr WEFactory::instantiate(const RootEntity & ge,
Eris::TypeInfo * type,
Eris::View * v)
{
RenderableEntity * re = 0;
const std::string & id = ge->getId();
// Eris::TypeInfoPtr type = v->getConnection()->getTypeService()->getTypeForAtlas(ge);
sigc::slot<void> slot;
if (type->isA(autonomousType)) {
AutonomousEntity * ae = new AutonomousEntity(id, type, v);
slot = sigc::bind<AutonomousEntity *>(AutonomousEntityCreated.make_slot(), ae);
re = ae;
} else if (type->isA(terrainType)) {
TerrainEntity * te = new TerrainEntity(id, type, v);
slot = sigc::bind<TerrainEntity *>(TerrainEntityCreated.make_slot(), te);
re = te;
} else if (type->isA(treeType)) {
TreeEntity * te = new TreeEntity(id, type, v);
slot = sigc::bind<TreeEntity *>(TreeEntityCreated.make_slot(), te);
re = te;
} else {
re = new RenderableEntity(id, type, v);
slot = sigc::bind<RenderableEntity *>(RenderableEntityCreated.make_slot(), re);
}
if (re->m_drawer == 0) {
RendererMap::const_iterator I = m_renderFactories.find(type);
if (I != m_renderFactories.end()) {
re->m_drawer = I->second->newRenderer(m_renderer, *re);
} else {
// FIXME Ascend the type tree to try and find a rough match?
re->m_drawer = new BBoxRenderer(m_renderer, *re);
}
}
slot();
return re;
}
LocatedEntity * CharacterClient::sendLook(const Operation & op)
{
OpVector result;
if (sendAndWaitReply(op, result) != 0) {
std::cerr << "No reply to look" << std::endl << std::flush;
return NULL;
}
assert(!result.empty());
const Operation & res = result.front();
if (!res.isValid()) {
std::cerr << "NULL reply to look" << std::endl << std::flush;
return NULL;
}
const std::string & resparent = res->getParent();
if (resparent == "unseen") {
return NULL;
}
if (resparent != "sight") {
std::cerr << "Reply to look is " << resparent << " not sight" << std::endl << std::flush;
return NULL;
}
if (res->getArgs().empty()) {
std::cerr << "Reply to look has no args" << std::endl << std::flush;
return NULL;
}
RootEntity seen = smart_dynamic_cast<RootEntity>(res->getArgs().front());
if (!seen.isValid()) {
std::cerr << "Sight arg is not an entity" << std::endl << std::flush;
return NULL;
}
if (!seen->hasAttrFlag(Atlas::Objects::ID_FLAG)) {
std::cerr << "Looked at entity has no id" << std::endl << std::flush;
return NULL;
}
const std::string & sight_id = seen->getId();
if (seen->hasAttrFlag(Atlas::Objects::PARENT_FLAG)) {
std::cout << "Seen: " << seen->getParent()
<< "(" << sight_id << ")" << std::endl << std::flush;
} else {
std::cout << "Seen: " << sight_id << std::endl << std::flush;
}
LocatedEntity * obj = m_map.updateAdd(seen, res->getSeconds());
return obj;
}
void ServerRouting::addToEntity(const RootEntity & ent) const
{
ent->setObjtype("obj");
ent->setAttr("server", "cyphesis");
ent->setAttr("ruleset", m_svrRuleset);
ent->setName(m_svrName);
ent->setParents(std::list<std::string>(1, "server"));
ent->setAttr("clients", m_numClients);
ent->setAttr("uptime", m_world.upTime());
ent->setAttr("builddate", std::string(consts::buildTime)+", "+std::string(consts::buildDate));
ent->setAttr("buildid", consts::buildId);
ent->setAttr("version", std::string(consts::version));
if (restricted_flag) {
ent->setAttr("restricted", "true");
}
ent->setAttr("entities", (long)m_world.getEntities().size());
// We could add all sorts of stats here, but I don't know exactly what yet.
}
void EntityImporterBase::createEntity(const RootEntity & obj, OpVector & res)
{
++mStats.entitiesProcessedCount;
++mStats.entitiesCreateCount;
EventProgress.emit();
m_state = ENTITY_CREATING;
assert(mTreeStack.size() > 1);
auto I = mTreeStack.rbegin();
++I;
assert(I != mTreeStack.rend());
const std::string & loc = I->restored_id;
RootEntity create_arg = obj.copy();
create_arg->removeAttrFlag(Atlas::Objects::Entity::CONTAINS_FLAG);
create_arg->removeAttrFlag(Atlas::Objects::Entity::VELOCITY_FLAG);
create_arg->removeAttrFlag(Atlas::Objects::ID_FLAG);
create_arg->setLoc(loc);
//Remove any attribute which references another entity from the Create op.
//This is because the attribute will at this time with certainty refer to the wrong or a non-existing entity.
//The attribute will later on be set through a Set op in sendResolvedEntityReferences().
auto referenceMapEntryI = mEntitiesWithReferenceAttributes.find(obj->getId());
if (referenceMapEntryI != mEntitiesWithReferenceAttributes.end()) {
std::set<std::string> resolvedAttributes;
for (const auto& referenceEntry : referenceMapEntryI->second) {
size_t resolvedEntitiesCount = 0;
//Check if all the referenced entities perhaps already have been created.
for (const auto& entityId : referenceEntry.referencedEntities) {
auto resolvedI = mEntityIdMap.find(entityId);
if (resolvedI != mEntityIdMap.end()) {
resolvedEntitiesCount++;
}
}
//If all entities were resolved, we should resolve the property now.
if (resolvedEntitiesCount == referenceEntry.referencedEntities.size()) {
Element element = create_arg->getAttr(referenceEntry.propertyName);
resolveEntityReferences(element);
create_arg->setAttr(referenceEntry.propertyName, element);
resolvedAttributes.insert(referenceEntry.propertyName);
} else {
create_arg->removeAttr(referenceEntry.propertyName);
}
}
//Remove those attributes that were resolved
if (resolvedAttributes.size() == referenceMapEntryI->second.size()) {
//All attributes were resolved, remove the entry completely.
mEntitiesWithReferenceAttributes.erase(referenceMapEntryI);
} else {
//Only remove those entries that were destroyed.
std::vector<ReferencedEntry> copy;
for (auto& referenceEntry : referenceMapEntryI->second) {
if (resolvedAttributes.find(referenceEntry.propertyName) == resolvedAttributes.end()) {
copy.push_back(std::move(referenceEntry));
}
}
referenceMapEntryI->second = std::move(copy);
}
}
Create create;
create->setArgs1(create_arg);
create->setFrom(mAvatarId);
create->setSerialno(newSerialNumber());
mCreateEntityMapping.insert(std::make_pair(create->getSerialno(), obj->getId()));
res.push_back(create);
}
LocatedEntity * CreatorClient::make(const RootEntity & entity)
{
Create op;
op->setArgs1(entity);
op->setFrom(getId());
op->setTo(getId());
OpVector result;
if (sendAndWaitReply(op, result) != 0) {
std::cerr << "No reply to make" << std::endl << std::flush;
return NULL;
}
assert(!result.empty());
const Operation & res = result.front();
if (!res.isValid()) {
std::cerr << "NULL reply to make" << std::endl << std::flush;
return NULL;
}
if (res->getClassNo() != Atlas::Objects::Operation::SIGHT_NO) {
std::cerr << "Reply to make isn't sight" << std::endl << std::flush;
return NULL;
}
if (res->getArgs().empty()) {
std::cerr << "Reply to make has no args" << std::endl << std::flush;
return NULL;
}
RootOperation arg = smart_dynamic_cast<RootOperation>(res->getArgs().front());
if (!arg.isValid()) {
std::cerr << "Arg of reply to make is not an operation"
<< std::endl << std::flush;
return NULL;
}
if (arg->getClassNo() != Atlas::Objects::Operation::CREATE_NO) {
std::cerr << "Reply to make isn't sight of create"
<< std::endl << std::flush;
return NULL;
}
if (arg->getArgs().empty()) {
std::cerr << "Arg of reply to make has no args"
<< std::endl << std::flush;
return NULL;
}
RootEntity created = smart_dynamic_cast<RootEntity>(arg->getArgs().front());
if (!created.isValid()) {
std::cerr << "Created argument is not an entity"
<< std::endl << std::flush;
return NULL;
}
if (!created->hasAttrFlag(Atlas::Objects::ID_FLAG)) {
std::cerr << "Created entity has no id"
<< std::endl << std::flush;
return NULL;
}
const std::string & created_id = created->getId();
if (created->getParents().empty()) {
std::cerr << "Created entity " << created_id << " has no type"
<< std::endl << std::flush;
return NULL;
}
const std::string & created_type = created->getParents().front();
std::cout << "Created: " << created_type << "(" << created_id << ")"
<< std::endl << std::flush;
LocatedEntity * obj = m_map.updateAdd(created, res->getSeconds());
return obj;
}
void test()
{
const double x1 = 3.5;
const double y1 = -4.6;
const double z1 = 2.0;
const double x2 = 42.0;
const double y2 = 7.0;
std::vector<RootEntity> ent_vec(10);
for(int i=0; i<10; i++) {
DEBUG_PRINT(std::cout<<std::endl<<"round:"<<i<<std::endl);
RootEntity human;
//check for empty default:
DEBUG_PRINT(std::cout<<"empty ok?"<<std::endl);
Atlas::Message::ListType empty = human->getVelocityAsList();
if(i==0) check_float_list3(empty, 0.0, 0.0, 0.0);
else check_float_list3(empty, 0.0, y2, 0.0);
//check after setting it
DEBUG_PRINT(std::cout<<"setting ok?"<<std::endl);
Atlas::Message::ListType velocity;
velocity.push_back(x1);
velocity.push_back(y1);
velocity.push_back(z1);
check_float_list3(velocity, x1, y1, z1);
human->setVelocityAsList(velocity);
Atlas::Message::ListType foo = human->getVelocityAsList();
check_float_list3(foo, x1, y1, z1);
DEBUG_PRINT(std::cout<<"changing it?"<<std::endl);
std::vector<double> &foo2 = human->modifyVelocity();
*foo2.begin() = x2;
check_float_list3(human->getVelocityAsList(), x2, y1, z1);
DEBUG_PRINT(std::cout<<"check change result?"<<std::endl);
foo = human->getVelocityAsList();
check_float_list3(foo, x2, y1, z1);
DEBUG_PRINT(std::cout<<"std::vector of entities?"<<std::endl);
const Atlas::Message::ListType &ent_velocity = ent_vec[i]->getVelocityAsList();
if(i==0) check_float_list3(ent_velocity, 0.0, 0.0, 0.0);
else check_float_list3(ent_velocity, 0.0, y2, 0.0);
DEBUG_PRINT(std::cout<<"base?"<<std::endl);
RootEntity base_entity = Atlas::Objects::Entity::RootEntityData::allocator.getDefaultObjectInstance();
std::vector<double> &base = base_entity->modifyVelocity();
base[1] = y2;
check_float_list3(base_entity->getVelocityAsList(), 0.0, y2, 0.0);
RootOperation move_op;
std::vector<Root> move_args(1);
move_args[0] = human;
move_op->setArgs(move_args);
RootOperation sight_op;
//sight_op->setFrom(humanent.asObjectPtr());
std::vector<Root> sight_args(1);
sight_args[0] = move_op;
sight_op->setArgs(sight_args);
//test
DEBUG_PRINT(std::cout<<"get move_op?"<<std::endl);
const std::vector<Root>& test_args = sight_op->getArgs();
assert(test_args.size() == 1);
RootOperation test_op =
(RootOperation&)test_args[0];
DEBUG_PRINT(std::cout<<"get human_ent?"<<std::endl);
const std::vector<Root>& test_args2 = test_op->getArgs();
assert(test_args2.size() == 1);
RootEntity test_ent =
(RootEntity&)test_args2[0];
Atlas::Message::ListType foo3 = test_ent->getVelocityAsList();
check_float_list3(foo3, x2, y1, z1);
std::vector<double> coords(3, 0.0);
human->setPos(coords);
human->setVelocity(coords);
human->modifyVelocity()[0] = 1.0;
check_float_list3(human->getPosAsList(), 0.0, 0.0, 0.0);
check_float_list3(human->getVelocityAsList(), 1.0, 0.0, 0.0);
}
}
void Juncture::addToEntity(const RootEntity & ent) const
{
ent->setObjtype("obj");
ent->setId(getId());
ent->setParents(std::list<std::string>(1,"juncture"));
}
void Commander::dispatch(const RootOperation& op)
{
Appearance appear = smart_dynamic_cast<Appearance>(op);
if (appear.isValid()) {
assert(op->hasAttr("for"));
Agent* ag = m_server->findAgentForEntity(op->getAttr("for").asString());
if (ag) {
ag->setEntityVisible(op->getTo(), true);
} else {
// doesn't exist yet, mark as visible if / when the agent is created
Agent::setEntityVisibleForFutureAgent(op->getTo(), op->getAttr("for").asString());
}
}
Disappearance disap = smart_dynamic_cast<Disappearance>(op);
if (disap.isValid()) {
assert(op->hasAttr("for"));
Agent* ag = m_server->findAgentForEntity(op->getAttr("for").asString());
if (ag) ag->setEntityVisible(op->getTo(), false);
}
Create cr = smart_dynamic_cast<Create>(op);
if (cr.isValid()) {
std::vector<Root> args(op->getArgs());
assert(!args.empty());
RootEntity ent = smart_dynamic_cast<RootEntity>(args.front());
assert(ent.isValid());
static int idCounter = 900;
char buf[32];
snprintf(buf, 32, "_created_%d", ++idCounter);
std::string id(buf);
ent->setId(id);
std::string loc = ent->getLoc();
assert(m_server->m_world.count(loc));
StringList children(m_server->m_world[loc]->getContains());
children.push_back(id);
m_server->m_world[loc]->setContains(children);
m_server->m_world[id] = ent;
Create bcr(cr);
bcr->setArgs1(ent);
Agent::broadcastSight(bcr);
}
Delete del = smart_dynamic_cast<Delete>(op);
if (del.isValid()) {
std::vector<Root> args(op->getArgs());
assert(!args.empty());
std::string id = args.front()->getId();
assert(m_server->m_world.count(id));
m_server->m_world.erase(id);
Agent::broadcastSight(op);
}
Move mv = smart_dynamic_cast<Move>(op);
if (mv.isValid()) {
RootEntity ent = m_server->getEntity(op->getTo());
std::vector<Root> args(op->getArgs());
if (args.front()->hasAttr("loc")) {
std::string newLocId = args.front()->getAttr("loc").asString();
RootEntity oldLoc = m_server->getEntity(ent->getLoc()),
newLoc = m_server->getEntity(newLocId);
ent->setLoc(newLocId);
// modify stamps?
oldLoc->modifyContains().remove(ent->getId());
newLoc->modifyContains().push_back(ent->getId());
}
if (args.front()->hasAttr("pos"))
ent->setPosAsList(args.front()->getAttr("pos").asList());
// handle velocity changes
Agent::broadcastSight(op);
return;
}
Sound snd = smart_dynamic_cast<Sound>(op);
if (snd.isValid()) {
std::vector<Root> args(op->getArgs());
assert(!args.empty());
if (snd->hasAttr("broadcast")) {
Agent::broadcastSound(smart_dynamic_cast<RootOperation>(args.front()));
}
}
Sight st = smart_dynamic_cast<Sight>(op);
if (st.isValid()) {
if (st->hasAttr("broadcast")) {
std::vector<Root> args(op->getArgs());
assert(!args.empty());
Agent::broadcastSight(smart_dynamic_cast<RootOperation>(args.front()));
}
}
Set s = smart_dynamic_cast<Set>(op);
if (s.isValid()) {
std::vector<Root> args(op->getArgs());
for (unsigned int A=0; A < args.size(); ++A) {
std::string eid = args[A]->getId();
RootEntity entity = m_server->getEntity(eid);
Root::const_iterator I = args[A]->begin();
for (; I != args[A]->end(); ++I) {
if ((I->first == "id") || (I->first == "parents") || (I->first == "objtype")) {
continue;
}
assert(I->first != "loc");
entity->setAttr(I->first, I->second);
}
}
Agent::broadcastSight(s);
}
Action act = smart_dynamic_cast<Action>(op);
if (act.isValid()) {
std::vector<Root> args(op->getArgs());
if (act->getParents().front() == "command") {
std::string cid = args[0]->getAttr("cid").asString();
if (cid == "socket-shutdown") {
std::string acc = args[0]->getAttr("acc").asString();
ClientConnection* cc = m_server->getConnectionForAccount(acc);
assert(cc);
cc->shutdown();
} else if (cid == "add-many-objects") {
m_server->addManyObjects(args[0]->getAttr("acc").asString());
} else if (cid == "set-world-time") {
/* double t = */ args[0]->getAttr("seconds").asFloat();
} else {
std::cerr << "unknown command " << cid << std::endl;
}
} // of command action case
} // of action case
}
void AccountConnectionintegration::test_account_creation()
{
// Basic player account creation
{
ASSERT_NOT_NULL(m_connection);
ASSERT_TRUE(m_connection->objects().empty());
Create op;
Anonymous create_arg;
create_arg->setParent("player");
create_arg->setAttr("username", "39d409ec");
create_arg->setAttr("password", "6a6e71bab281");
op->setArgs1(create_arg);
ASSERT_TRUE(test_sent_ops.empty());
// Send the operation to create the account
m_connection->externalOperation(op, *m_connection);
// There should be a response op
ASSERT_TRUE(!test_sent_ops.empty());
ASSERT_EQUAL(test_sent_ops.size(), 1u);
// and the account creation should have created an object bound
// to this connection.
ASSERT_TRUE(!m_connection->objects().empty());
// Check the response is an info indicating successful account
// creation.
const Operation & reply = test_sent_ops.front();
ASSERT_EQUAL(reply->getClassNo(), Atlas::Objects::Operation::INFO_NO);
// The Info response should have an argument describing the created
// account
const std::vector<Root> & reply_args = reply->getArgs();
ASSERT_TRUE(!reply_args.empty());
RootEntity account = smart_dynamic_cast<RootEntity>(reply_args.front());
ASSERT_TRUE(account.isValid());
// The account ID should be provided
ASSERT_TRUE(!account->isDefaultId());
const std::string account_id = account->getId();
ASSERT_TRUE(!account_id.empty());
// Check the account has been registered in the server object
Router * account_router_ptr = m_server->getObject(account_id);
ASSERT_NOT_NULL(account_router_ptr);
// Check the account has been logged into the lobby
const auto & lobby_dict = m_server->m_lobby.getAccounts();
auto I = lobby_dict.find(account_id);
ASSERT_TRUE(I != lobby_dict.end());
auto account_ptr = I->second;
ASSERT_EQUAL(account_router_ptr, account_ptr);
// Basic login as now been established by account creation
// Set up some other account details
create_arg->setAttr("username", "89cae312");
create_arg->setAttr("password", "d730b8bd2d6c");
// and try an additional account creation, which should fail.
// Multiple logins are ok, but there is no reason to allow multiple
// account creations.
test_sent_ops.clear();
m_connection->externalOperation(op, *m_connection);
ASSERT_TRUE(!test_sent_ops.empty());
ASSERT_EQUAL(test_sent_ops.size(), 1u);
const Operation & error_reply = test_sent_ops.front();
ASSERT_EQUAL(error_reply->getClassNo(),
Atlas::Objects::Operation::ERROR_NO);
// TODO Character creation etc?
// TODO Lobby interaction?
// TODO Logout ?
}
}
void ServerRouting::addToEntity(const RootEntity & ent) const
{
ent->setObjtype("obj");
ent->setAttr("server", "cyphesis");
ent->setAttr("ruleset", m_svrRuleset);
ent->setName(m_svrName);
ent->setParent("server");
ent->setAttr("clients", m_numClients);
ent->setAttr("uptime", m_world.upTime());
ent->setAttr("buildid", consts::buildId);
ent->setAttr("version", std::string(consts::version));
if (restricted_flag) {
ent->setAttr("restricted", "true");
}
ent->setAttr("entities", (long)m_world.getEntities().size());
ent->setAttr("assets", Atlas::Message::ListType{"file://" + assets_directory});
// We could add all sorts of stats here, but I don't know exactly what yet.
}
void AccountConnectionintegration::test_account_creation()
{
// Basic player account creation
{
ASSERT_NOT_NULL(m_connection);
ASSERT_TRUE(m_connection->objects().empty());
Create op;
Anonymous create_arg;
create_arg->setParents(std::list<std::string>(1, "player"));
create_arg->setAttr("username", "39d409ec");
create_arg->setAttr("password", "6a6e71bab281");
op->setArgs1(create_arg);
ASSERT_TRUE(test_sent_ops.empty());
// Send the operation to create the account
m_connection->externalOperation(op, *m_connection);
// There should be a response op
ASSERT_TRUE(!test_sent_ops.empty());
ASSERT_EQUAL(test_sent_ops.size(), 1u);
// and the account creation should have created an object bound
// to this connection.
ASSERT_TRUE(!m_connection->objects().empty());
// Check the response is an info indicating successful account
// creation.
const Operation & reply = test_sent_ops.front();
ASSERT_EQUAL(reply->getClassNo(), Atlas::Objects::Operation::INFO_NO);
// The Info response should have an argument describing the created
// account
const std::vector<Root> & reply_args = reply->getArgs();
ASSERT_TRUE(!reply_args.empty());
RootEntity account = smart_dynamic_cast<RootEntity>(reply_args.front());
ASSERT_TRUE(account.isValid());
// The account ID should be provided
ASSERT_TRUE(!account->isDefaultId());
const std::string account_id = account->getId();
ASSERT_TRUE(!account_id.empty());
// Check the account has been registered in the server object
Router * account_router_ptr = m_server->getObject(account_id);
ASSERT_NOT_NULL(account_router_ptr);
// Check the account has been logged into the lobby
const AccountDict & lobby_dict = m_server->m_lobby.getAccounts();
AccountDict::const_iterator I = lobby_dict.find(account_id);
ASSERT_TRUE(I != lobby_dict.end());
Account * account_ptr = I->second;
ASSERT_EQUAL(account_router_ptr, account_ptr);
// Basic login as now been established by account creation
// Set up some other account details
create_arg->setAttr("username", "89cae312");
create_arg->setAttr("password", "d730b8bd2d6c");
// and try an additional account creation, which should fail.
// Multiple logins are ok, but there is no reason to allow multiple
// account creations.
test_sent_ops.clear();
m_connection->externalOperation(op, *m_connection);
ASSERT_TRUE(!test_sent_ops.empty());
ASSERT_EQUAL(test_sent_ops.size(), 1u);
const Operation & error_reply = test_sent_ops.front();
ASSERT_EQUAL(error_reply->getClassNo(),
Atlas::Objects::Operation::ERROR_NO);
Player::playableTypes.insert(test_valid_character_type);
Anonymous character_arg;
character_arg->setParents(std::list<std::string>(1, test_valid_character_type));
character_arg->setName("938862f2-4db2-4e8e-b944-7b0935e569db");
Create character_op;
character_op->setArgs1(character_arg);
character_op->setFrom(account_id);
test_sent_ops.clear();
m_connection->externalOperation(character_op, *m_connection);
// FIXME the above went through Account::externalOperation, so there
// is no reply in res. The reply has gone directly to the Link::send
// method. Add a way of checking, once there are better stubs.
ASSERT_TRUE(!test_sent_ops.empty());
ASSERT_EQUAL(test_sent_ops.size(), 2u);
const Operation & create_reply = test_sent_ops.front();
ASSERT_EQUAL(create_reply->getClassNo(),
Atlas::Objects::Operation::INFO_NO);
// TODO Character creation etc?
// TODO Lobby interaction?
// TODO Logout ?
}
}
void testXML()
{
RootEntity human;
human->setId("foo");
Move move_op;
move_op->setFrom(std::string("bar"));
std::vector<Root> move_args(1);
move_args[0] = human;
move_op->setArgs(move_args);
Atlas::Message::ListType velocity;
velocity.push_back(2.0);
velocity.push_back(1.0);
velocity.push_back(0.0);
human->setVelocityAsList(velocity);
// typedef BaseObjectData *(*alloc_func)();
// alloc_func alloc_entity = &Entity::RootEntityDataInstance::alloc;
// BaseObjectData *bod = alloc_entity();
//Root human2(bod);
Root human2 = Atlas::Objects::factory<Atlas::Objects::Entity::RootEntityData>("root_enitty", Atlas::Objects::Entity::RootEntity()->getClassNo());
std::cout<<"human.id="<<human->getId()<<std::endl;
std::cout<<"human2.id="<<human2->getId()<<std::endl;
#if 0
typedef std::list<Atlas::Factory<Atlas::Codec >*> FactoryCodecs;
FactoryCodecs *myCodecs = &Factory<Codec >::factories();
FactoryCodecs::iterator i;
std::cout<<"myCodecs: "<<myCodecs->size();
for (i = myCodecs->begin(); i != myCodecs->end(); ++i)
std::cout<<":"<<(*i)->getName();
std::cout<<std::endl;
#endif
//DebugBridge bridge;
TestDecoder bridge;
#if USE_FILE
fstream stream;
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";
stream.open(atlas_xml_path, std::ios::in);
assert(!!stream);
#else
std::stringstream stream;
#endif
// typedef std::list<Atlas::Factory<Atlas::Codec >*> FactoryCodecs;
// FactoryCodecs *myCodecs = &Factory<Codec >::factories();
// FactoryCodecs::iterator codec_i;
// Atlas::Codec *codec = NULL;
// for(codec_i = myCodecs->begin(); codec_i != myCodecs->end(); ++codec_i)
// {
// std::cout<<(*codec_i)->getName()<<std::endl;
// if ((*codec_i)->getName() == "XML") {
// codec = (*codec_i)->New(Codec::Parameters(stream, &bridge));
// }
// }
// assert(codec);
Account account;
Login l;
account->setAttr("id", std::string("al"));
account->setAttr("password", std::string("ping"));
//list<Message::Object> args(1,account->asObject());
//l->setArgsAsList(args);
std::vector<Root> args(1);
args[0] = account;
l->setArgs(args);
//coder->streamObjectsMessage((Root&)l);
//<map><list name="args"><map><std::string name="id">al</strin
//g></map></list><list name="parents"><std::string>root</std::string></list><std::string name="ob
//jtype">op_definition</std::string></map>
Atlas::Codec *codec;
#if USE_XML
codec = new Atlas::Codecs::XML((std::iostream&)stream, bridge);
#else
codec = new Atlas::Codecs::Packed(stream, bridge);
#endif
assert(codec);
#if USE_FILE
while(stream) {
codec->poll();
//std::cout<<"--------"<<std::endl;
}
#else
codec->streamBegin();
Atlas::Objects::ObjectsEncoder eno(*codec);
// eno.streamObjectsMessage(move_op);
eno.streamObjectsMessage(l);
Anonymous e;
eno.streamObjectsMessage(e);
e->setId("foo");
eno.streamObjectsMessage(e);
// Atlas::Message::Encoder en(codec);
// en.streamObjectsMessage(human->asObject());
codec->streamEnd();
std::cout<<std::endl<<stream.str()<<std::endl;
//[$from=bar(args=[$id=foo])][$id=foo]
//<atlas><map><std::string name="from">bar</std::string><list name="args"><map><std::string name="id">foo</std::string></map></list></map><map><std::string name="id">foo</std::string></map></atlas>
#endif
delete codec;
}