void CharacterCreationThread::update(float fDt)
{
if (mIsFinished)
return;
if (!mRequestManager.update(fDt))
{
GetGameManager().getNetworkManager()->removeClient(mClient);
mIsFinished = true;
}
}
PlayerCameraOgre::PlayerCameraOgre(Ogre::Camera *cam, Ogre::SceneNode *node, Player *player)
: CameraOgre(cam, node),
PlayerCamera(player)
{
mHudManager = GetGameManager().getHudManager();
mMouse = GetGameManager().getInputManager()->getMouse();
mPivotHeight = 2.0f * (float)mPlayer->character().body.size / 3.0f;
mPivotHeight /= 100.0f;
mCameraDistance = DEFAULT_CAMERA_DISTANCE;
setPosition(0, mPivotHeight, 0);
mInputEventManager.addMouseListener(MouseButtons::RIGHT, this, &PlayerCameraOgre::onRightButtonPressed);
mInputEventManager.addMouseListener(MouseButtons::SCROLLWHEELUP, this, &PlayerCameraOgre::onScrollWheelUp);
mInputEventManager.addMouseListener(MouseButtons::SCROLLWHEELDOWN, this, &PlayerCameraOgre::onScrollWheelDown);
mRightButtonPressedLastFrame = false;
mRealPosition = getPosition();
setPositionBehindPlayer();
}
void GameStateCharacterSelection::onCharactersResponse(const mp::ResponseCharacters *response)
{
for (int i = 0; i < MAX_CHARACTERS; i++)
mCharacters[i] = response->getCharacter(i);
if (!mCharacters[0].exists())
{
GetGameManager().setNextGameState(new GameStateCharacterCreation(true));
return;
}
}
void GameStateCharacterSelection::onStartPressed()
{
for (int i = 0; i < MAX_CHARACTERS; i++)
{
if (mCharacters[i].character().order == 0)
{
GetGameManager().setNextGameState(new GameStateIngame(mCharacters[i]));
break;
}
}
}
void TestAARHUD::ProcessMessage(const dtGame::Message& message)
{
if (message.GetMessageType() == dtGame::MessageType::TICK_LOCAL)
{
TickHUD();
}
else if (message.GetMessageType() == dtGame::MessageType::INFO_MAP_LOADED)
{
GetGameManager()->GetScene().AddDrawable(GetGUIDrawable());
}
}
virtual bool HandleKeyPressed(const dtCore::Keyboard* keyboard, int key)
{
switch (key)
{
case osgGA::GUIEventAdapter::KEY_Escape:
{
GetGameManager()->GetApplication().Quit();
return true;
}
case osgGA::GUIEventAdapter::KEY_Space:
{
// loop through all component game actors and
// get their text label components.
// Toggle flashing property on components
typedef std::vector<dtDAL::ActorProxy*> PLIST;
PLIST proxies;
GetGameManager()->FindActorsByType(*TestActorLibraryRegistry::COMPONENT_GAME_ACTOR_TYPE.get(), proxies);
// for each game actor
for(PLIST::iterator i = proxies.begin(); i != proxies.end(); ++i)
{
// get the game actor
ComponentGameActor* actor;
(*i)->GetActor(actor);
// get its text label component
TextLabelComponent* tcomp;
actor->GetComponent(tcomp);
// access text label component
tcomp->SetFlashing(!tcomp->IsFlashing());
tcomp->SetFlashInterval(0.2f);
}
return true;
}
}
return false;
}
bool RecvThread::initialize()
{
mTCPSock = NULL;
mUDPSock = NULL;
mNetworkManager = GetGameManager().getNetworkManager();
mResponseManager.addResponseListener(mp::ResponseType::DISCONNECT, mNetworkManager, &NetworkManager::onDisconnect);
mResponseManager.addResponseListener(mp::ResponseType::LOGIN, mNetworkManager, &NetworkManager::onLoginResponse);
mResponseManager.addResponseListener(mp::ResponseType::CHARACTERS, mNetworkManager, &NetworkManager::onCharactersResponse);
mResponseManager.addResponseListener(mp::ResponseType::CHECK_NAME_AVAILABILITY, mNetworkManager, &NetworkManager::onCheckNameAvailabilityResponse);
mResponseManager.addResponseListener(mp::ResponseType::CREATE_CHARACTER, mNetworkManager, &NetworkManager::onCreateCharacterResponse);
mResponseManager.addResponseListener(mp::ResponseType::DELETE_CHARACTER, mNetworkManager, &NetworkManager::onDeleteCharacterResponse);
mResponseManager.addResponseListener(mp::ResponseType::POSITION_VELOCITY, mNetworkManager, &NetworkManager::onPositionVelocityResponse);
return true;
}
bool AuthenticationThread::initialize()
{
mp::Console::debugprintln("Running AuthenticationThread");
mSQLManager = GetGameManager().getSQLManager();
mSQLLink = mSQLManager->connect(ETHNOS_SQL_HOST, ETHNOS_SQL_USERNAME, ETHNOS_SQL_PASSWORD);
if (!mSQLLink)
return false;
mSQLManager->selectDatabase(ETHNOS_SQL_DATABASE, mSQLLink);
mRequestManager.initialize(mClient->tcpSocket(), mClient->udpSocket(), CLIENT_TIMEOUT);
mRequestManager.addRequestListener(mp::RequestType::LOGIN, this, &AuthenticationThread::onLoginRequest);
mRequestManager.addRequestListener(mp::RequestType::DISCONNECT, this, &AuthenticationThread::onDisconnectRequest);
return true;
}
bool CharacterCreationThread::initialize()
{
mp::Console::debugprintln("Running CharacterCreationThread");
mSQLManager = GetGameManager().getSQLManager();
mSQLLink = mSQLManager->connect(ETHNOS_SQL_HOST, ETHNOS_SQL_USERNAME, ETHNOS_SQL_PASSWORD);
if (!mSQLLink)
return false;
mSQLManager->selectDatabase(ETHNOS_SQL_DATABASE, mSQLLink);
mRequestManager.initialize(mClient->tcpSocket(), mClient->udpSocket(), CLIENT_TIMEOUT);
mRequestManager.addRequestListener(mp::RequestType::CHECK_NAME_AVAILABILITY, this, &CharacterCreationThread::onCheckNameAvailabilityRequest);
mRequestManager.addRequestListener(mp::RequestType::CREATE_CHARACTER, this, &CharacterCreationThread::onCreateCharacterRequest);
mRequestManager.addRequestListener(mp::RequestType::GO_LOGIN, this, &CharacterCreationThread::onGoLoginRequest);
mRequestManager.addRequestListener(mp::RequestType::GO_SELECTION, this, &CharacterCreationThread::onGoSelectionRequest);
mRequestManager.addRequestListener(mp::RequestType::DISCONNECT, this, &CharacterCreationThread::onDisconnectRequest);
return true;
}
void CharacterCreationThread::onDisconnectRequest(const mp::Request *request)
{
mp::Console::debugprintln("Received Disconnect request");
GetGameManager().getNetworkManager()->removeClient(mClient);
mIsFinished = true;
}
int PushConsoleManager::OnCommand(const HashedString& command, const strutil::strvec& parameter_vector) {
int result = Parent::OnCommand(command, parameter_vector);
if (result < 0) {
result = 0;
CommandClient _command = (CommandClient)TranslateCommand(command);
switch ((int)_command) {
case kCommandSetAvatar: {
if (parameter_vector.size() == 1) {
((PushManager*)GetGameManager())->SelectAvatar(parameter_vector[0]);
} else {
log_.Warningf("usage: %s <avatar>", command.c_str());
result = 1;
}
} break;
case kCommandSetAvatarEnginePower: {
if (parameter_vector.size() == 2) {
log_debug("Setting avatar engine power.");
int aspect = 0;
strutil::StringToInt(parameter_vector[0], aspect);
double power;
strutil::StringToDouble(parameter_vector[1], power);
if (!((PushManager*)GetGameManager())->SetAvatarEnginePower(aspect, (float)power)) {
log_.Error("Could not set avatar engine power!");
result = 1;
}
} else {
log_.Warningf("usage: %s <aspect> <power>", command.c_str());
result = 1;
}
} break;
#if defined(LEPRA_DEBUG) && defined(LEPRA_WINDOWS)
case kCommandBuildData: {
const cure::GameObjectId avatar_id = ((PushManager*)GetGameManager())->GetAvatarInstanceId();
if (!avatar_id) {
break;
}
const str avatar_type = GetGameManager()->GetContext()->GetObject(avatar_id)->GetClassId();
((PushManager*)GetGameManager())->Logout();
Thread::Sleep(0.5);
GetResourceManager()->ForceFreeCache();
const str current_dir = SystemManager::GetCurrentDirectory();
::SetCurrentDirectoryA(astrutil::Encode(Path::GetParentDirectory(current_dir)).c_str());
::system("c:/Program/Python31/python.exe -B Tools/build/rgo.py builddata");
::SetCurrentDirectoryA(astrutil::Encode(current_dir).c_str());
const str user_name = v_slowget(GetVariableScope(), kRtvarLoginUsername, EmptyString);
const str server = v_slowget(GetVariableScope(), kRtvarNetworkServeraddress, EmptyString);
wstr pw(L"CarPassword");
const cure::LoginId login_id(wstrutil::Encode(user_name), cure::MangledPassword(pw));
((PushManager*)GetGameManager())->RequestLogin(server, login_id);
((PushManager*)GetGameManager())->ToggleConsole();
ExecuteCommand("wait-login");
((PushManager*)GetGameManager())->SelectAvatar(avatar_type);
} break;
#endif // Debug & Windows
default: {
result = -1;
} break;
}
}
return (result);
}
void GameStateCharacterSelection::onCreatePressed()
{
GetGameManager().setNextGameState(new GameStateCharacterCreation());
}
void GameStateCharacterSelection::onReloginPressed()
{
GetGameManager().setNextGameState(new GameStateLogin());
}
Player::Player()
{
mSQLManager = GetGameManager().getSQLManager();
mSQLLink = NULL;
mSpeed = 1;
}
void TestAARHUD::UpdateHighDetailData(int baseWidth, float& curYPos)
{
if (*mHUDState == HUDState::MAXIMUM)
{
char clin[HUDCONTROLMAXTEXTSIZE]; // general buffer to print
char lastTagStr[HUDCONTROLMAXTEXTSIZE];
char numTagsStr[HUDCONTROLMAXTEXTSIZE];
char lastFrameStr[HUDCONTROLMAXTEXTSIZE];
char numFramesStr[HUDCONTROLMAXTEXTSIZE];
// Determine num tags, num frames, etc...
if (dtGame::LogStateEnumeration::LOGGER_STATE_IDLE == mLogController->GetLastKnownStatus().GetStateEnum())
{
snprintf(numTagsStr, HUDCONTROLMAXTEXTSIZE, "Num Tags: NA");
snprintf(lastTagStr, HUDCONTROLMAXTEXTSIZE, " (Last: NA)");
snprintf(numFramesStr, HUDCONTROLMAXTEXTSIZE, "Num Frames: NA");
snprintf(lastFrameStr, HUDCONTROLMAXTEXTSIZE, " (Last: NA)");
}
else // compute data needed for both LOGGER_STATE_PLAYBACK or LOGGER_STATE_RECORD
{
// TAGS - num tags and last tag
const std::vector<dtGame::LogTag> tags = mLogController->GetLastKnownTagList();
snprintf(numTagsStr, HUDCONTROLMAXTEXTSIZE, "Num Tags: %u", unsigned(tags.size()));
if (tags.size() > 0)
{
snprintf(lastTagStr, HUDCONTROLMAXTEXTSIZE, " (Last: None)");
for (unsigned int i = 0; i < tags.size(); i ++)
{
const dtGame::LogTag tag = tags[i];
//double tagTime = tags[i].GetSimTimeStamp();
//double simTime = mClientGM->GetSimulationTime();
if (tags[i].GetSimTimeStamp() <= GetGameManager()->GetSimulationTime())
{
std::string temp = (tags[i]).GetName();
snprintf(lastTagStr, HUDCONTROLMAXTEXTSIZE, " (%s)", temp.c_str());//(tags[tags.size()-1]).GetName());
}
}
}
else
{
snprintf(lastTagStr, HUDCONTROLMAXTEXTSIZE, " (----)");
}
// FRAMES - num frames and last frame
const std::vector<dtGame::LogKeyframe> frames = mLogController->GetLastKnownKeyframeList();
snprintf(numFramesStr, HUDCONTROLMAXTEXTSIZE, "Num Frames: %u", unsigned(frames.size()));
if (frames.size() > 0)
{
snprintf(lastFrameStr, HUDCONTROLMAXTEXTSIZE, " (Last: None)");
for (unsigned int i = 0; i < frames.size(); i ++)
{
if (frames[i].GetSimTimeStamp() <= GetGameManager()->GetSimulationTime())
{
std::string temp = (frames[i]).GetName();
snprintf(lastFrameStr, HUDCONTROLMAXTEXTSIZE, " (%s)", temp.c_str());
}
}
}
else
{
snprintf(lastFrameStr, HUDCONTROLMAXTEXTSIZE, " (----)");
}
}
// Num Messages
snprintf(clin, HUDCONTROLMAXTEXTSIZE, "Num Msgs: %lu", mLogController->GetLastKnownStatus().GetNumMessages());
curYPos += (mTextHeight + 2) * 2;
UpdateStaticText(mNumMessagesText, clin, -1.0f, -1.0f, -1.0f, baseWidth, curYPos);
// Record Duration
snprintf(clin, HUDCONTROLMAXTEXTSIZE, "Duration: %.2f", mLogController->GetLastKnownStatus().GetCurrentRecordDuration());
curYPos += mTextHeight + 2;
UpdateStaticText(mRecordDurationText, clin, -1.0f, -1.0f, -1.0f, baseWidth, curYPos);
// Number of Tags
curYPos += mTextHeight + 2;
UpdateStaticText(mNumTagsText, numTagsStr, -1.0f, -1.0f, -1.0f, baseWidth, curYPos);
// Last Tag
curYPos += mTextHeight + 2;
UpdateStaticText(mLastTagText, lastTagStr, -1.0f, -1.0f, -1.0f, baseWidth, curYPos);
// Num Frames
curYPos += mTextHeight + 2;
UpdateStaticText(mNumFramesText, numFramesStr, -1.0f, -1.0f, -1.0f, baseWidth, curYPos);
// Num Frames
curYPos += mTextHeight + 2;
UpdateStaticText(mLastFrameText, lastFrameStr, -1.0f, -1.0f, -1.0f, baseWidth, curYPos);
// Current Log
snprintf(clin, HUDCONTROLMAXTEXTSIZE, "LogFile: %s", mLogController->GetLastKnownStatus().GetLogFile().c_str());
curYPos += mTextHeight + 2;
UpdateStaticText(mCurLogText, clin, -1.0f, -1.0f, -1.0f, baseWidth, curYPos);
// Current Map
snprintf(clin, HUDCONTROLMAXTEXTSIZE, "CurMap: %s", mLogController->GetLastKnownStatus().GetActiveMaps()[0].c_str());
curYPos += mTextHeight + 2;
UpdateStaticText(mCurMapText, clin, -1.0f, -1.0f, -1.0f, baseWidth, curYPos);
}
}