string CViewRenderer::renderFile(const IRenderingContext * context, const string & sourceFile, CDT & data, bool ret) throw (CException)
{
boost::filesystem::path sourcePath(sourceFile);
if (!boost::filesystem::exists(sourcePath)) {
throw CException("View file \"" + sourceFile + "\" does not exist.");
}
string viewFile = getViewFile(sourceFile);
boost::filesystem::path viewPath(viewFile);
if (!boost::filesystem::exists(viewPath) || boost::filesystem::last_write_time(sourcePath) > boost::filesystem::last_write_time(viewPath)) {
if (generateViewFile(sourceFile, viewFile)) {
chmod(viewFile.c_str(), filePermission);
} else {
throw CException("Can't generate view file \"" + viewFile + "\" from source file \"" + sourceFile + "\".");
}
}
if (context != 0) {
return context->renderInternal(viewFile, data, ret);
}
stringstream os;
StreamOutputCollector outputCollector(os);
TDynamicTemplateCacheMap::const_iterator found = _templateCache.find(viewFile);
VMLoader * oLoader = 0;
if (found == _templateCache.end()) {
oLoader = new VMFileLoader(viewFile.c_str());
_templateCache[viewFile.c_str()] = boost::shared_ptr<VMLoader>(oLoader);
} else {
oLoader = found->second.get();
}
PROFILE_BEGIN("CViewRenderer::rendering template bytecode of \"" + viewFile + "\"")
UINT_32 iIP = 0;
VM * vm = Cws::app()->getTemplateEngine()->getVM();
const VMMemoryCore * pVMMemoryCore = oLoader->GetCore();
vm->Init(pVMMemoryCore, &outputCollector, 0);
vm->Run(pVMMemoryCore, &outputCollector, iIP, data, 0);
PROFILE_END()
if (ret) {
return os.str();
} else {
Cws::app()->getOutputStack().top()->echo(os.str());
return "";
}
}
ReturnValue GraphicsService::Render()
{
PostEffect::Begin();
Render::SetOrthoMode();
Render::EnableOrthoMode();
Render::EnableAlphaBlend();
GL_CHECK( glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT) );
PROFILE_BEGIN("Batcher");
Batcher::FlushAll();
PROFILE_END();
PostEffect::End();
Debug::OpenGL::FlushErrors("GraphicsService::Render()");
return RETURN_VALUE_OK;
}
CDbDataReader CDbCommand::_queryInternal(const CCommandParameterMap & params) throw (CDbException)
{
mergeParametersWith(params);
string parametersDump = _makeParametersDump(_params);
#ifdef CWS_DEBUG
Cws::trace("Executing SQL: " + _text + parametersDump, "system.db.CDbCommand");
#endif
try {
SAConnection * connection = _connection->getConnection();
_saCommand = new SACommand(connection, _text.c_str(), SA_CmdSQLStmt);
if (connection->Client() == SA_MySQL_Client) {
_saCommand->setOption("UseStatement") = "TRUE";
}
for (CCommandParameterMap::const_iterator iter = _params.begin(); iter != _params.end(); ++iter) {
iter->second.get()->bind(_saCommand);
}
PROFILE_BEGIN("Executing SQL: " + _text + parametersDump);
_saCommand->Execute();
PROFILE_END();
return CDbDataReader(_saCommand);
} catch (const SAException & e) {
string message = e.ErrText().GetMultiByteChars();
stringstream ss;
ss << "CDbCommand::_queryInternal() failed: " << message
<< ". Code: " << (int)e.ErrNativeCode();
Cws::log(
"CDbCommand::_queryInternal() failed: " + ss.str()
+ ". The SQL statement executed was: " + _text + "."
);
#ifdef CWS_DEBUG
message += ". The SQL statement executed was: " + _text + parametersDump;
#endif
throw CDbException(
"CDbCommand failed to execute the SQL statement: " + message,
(int)e.ErrNativeCode()
);
}
}
lua_State* GetDefaultLuaState()
{
// if the state has not already been opened then do it now.
if(!theLuaState)
{
PROFILE_BEGIN(CreateLUARegistry);
if(!g_pRegistry){
// store a pointer to the registry and avoid multiple callback registration
g_pRegistry = &ug::bridge::GetUGRegistry();
g_pRegistry->add_callback(UpdateScriptAfterRegistryChange);
}
// open a lua state
theLuaState = lua_open();
// open standard libs
luaL_openlibs(theLuaState);
// make metatables available in lua script
lua_register(theLuaState, "ug_get_metatable", UGGetMetatable );
// make base class check available in lua script
lua_register(theLuaState, "ug_is_base_class", UGIsBaseClass);
// make dim check available in lua script
lua_register(theLuaState, "ug_dim_compiled", UGDimCompiled);
// make algebra check available in lua script
lua_register(theLuaState, "ug_algebra_compiled", UGAlgebraCompiled);
// make class name available in lua script
lua_register(theLuaState, "ug_class_name", UGGetClassName);
lua_register(theLuaState, "ug_class_group", UGGetClassGroup);
// create lua bindings for registered functions and objects
ug::bridge::lua::CreateBindings_LUA(theLuaState, *g_pRegistry);
}
return theLuaState;
}
void RendererCommon::PostRenderBuckets() {
XTRACE_FUNCTION;
for (uint i = 0; i < m_OrderedBuckets.Size(); ++i) {
Bucket* pBucket = m_OrderedBuckets[i];
pBucket->m_Meshes.Clear(); // TODO: Later, only clear transient meshes,
// keep long-term ones around (as defined by a
// heuristic)
}
#if BUILD_DEV
PROFILE_BEGIN(RendererCommon_DeferredDeleteDebugMeshes);
const uint NumDeferredDeleteDebugMeshes = m_DeferredDeleteDebugMeshes.Size();
for (uint DebugMeshIndex = 0; DebugMeshIndex < NumDeferredDeleteDebugMeshes;
++DebugMeshIndex) {
Mesh* pDebugMesh = m_DeferredDeleteDebugMeshes[DebugMeshIndex];
ASSERT(pDebugMesh);
SafeDelete(pDebugMesh);
}
m_DeferredDeleteDebugMeshes.Clear();
PROFILE_END;
#endif
}
long unsigned int CDbCommand::execute(const CCommandParameterMap & params) throw (CDbException)
{
mergeParametersWith(params);
string parametersDump = _makeParametersDump(_params);
#ifdef CWS_DEBUG
Cws::trace("Executing SQL: " + _text + parametersDump, "system.db.CDbCommand");
#endif
try {
SAConnection * connection = _connection->getConnection();
_saCommand = new SACommand(connection);
_saCommand->setCommandText(_text.c_str());
for (CCommandParameterMap::const_iterator iter = _params.begin(); iter != _params.end(); ++iter) {
iter->second.get()->bind(_saCommand);
}
PROFILE_BEGIN("Executing SQL: " + _text + parametersDump);
_saCommand->Execute();
connection->Commit();
PROFILE_END();
return _saCommand->RowsAffected();
} catch (const SAException & e) {
string message = e.ErrText().GetMultiByteChars();
Cws::log(
"CDbCommand::execute() failed: " + message
+ ". The SQL statement executed was: " + _text + "."
);
#ifdef CWS_DEBUG
message += ". The SQL statement executed was: " + _text + parametersDump;
#endif
throw CDbException(
"CDbCommand failed to execute the SQL statement: " + message,
(int)e.ErrNativeCode()
);
}
return 0;
}
void SweeperStatisticsScene::update(float dt)
{
int count = CONSTANTS.TicksPerGeneration+1;
PROFILE_RESET_ALL();
for (int i=0; i<count; ++i)
{
// 满足条件，进入新时代;
if (m_generationCurrentTicks >= CONSTANTS.TicksPerGeneration)
{
// 进入新时代;
GeneticAlgorithm::instance()->epoch();
this->startGeneration();
// 绘制统计图;
this->drawStatistics();
PROFILE_PRINT_ALL();
return;
}
++m_generationCurrentTicks;
// 当前时代更新处理;
for (auto sweeper : m_sweepers)
{
// 获取最近地雷;
MineObject *pClosestMine = nullptr;
Fixed closestDistance2 = 9999*9999;
for (auto mine : m_mines)
{
const auto &minePos = mine->getFixedPosition();
const auto &fixedPosition = sweeper->getFixedPosition();
auto len2 = minePos.distanceSquared(fixedPosition);
if (len2 < closestDistance2)
{
closestDistance2 = len2;
pClosestMine = mine;
}
}
// 找不到地雷;
if (!pClosestMine)
{
// TODO: 该怎么做？;
return;
}
const auto &closestPos = pClosestMine->getFixedPosition();
PROFILE_BEGIN("update nn");
// 更新神经网络和位置;
bool ret = sweeper->update(closestPos);
if (!ret)
{
MessageBox("update sweeper error!", "error");
this->unscheduleAllSelectors();
return;
}
PROFILE_END("update nn");
// 检查碰撞;
bool bCollision = sweeper->checkCollision(closestPos);
if (bCollision)
{
// 更新适应值;
sweeper->increaseFitness();
// 销毁地雷，并在其他地方产生一个新的地雷;
pClosestMine->setFixedPosition(this->randomFixedPosition());
}
}
}
}
void GameManager::draw()
{
int window_width, window_height;
platform_get_size(&window_width, &window_height);
if (window_width <= 0 || window_height <= 0)
// for some reason, GLFW sets these properties to 0 when minimized.
return;
#ifdef CHOWDREN_FORCE_REMOTE
platform_set_remote_value(CHOWDREN_REMOTE_TARGET);
#endif
PROFILE_FUNC();
PROFILE_BEGIN(platform_begin_draw);
platform_begin_draw();
PROFILE_END();
#ifdef CHOWDREN_USE_SUBAPP
Frame * render_frame;
if (SubApplication::current != NULL &&
SubApplication::current->flags & VISIBLE) {
render_frame = &SubApplication::current->subapp_frame;
} else
render_frame = frame;
#else
Frame * render_frame = frame;
#endif
PROFILE_BEGIN(frame_draw);
#ifdef CHOWDREN_IS_WIIU
int remote_setting = platform_get_remote_value();
if (remote_setting == CHOWDREN_HYBRID_TARGET) {
platform_set_display_target(CHOWDREN_REMOTE_TARGET);
render_frame->draw(CHOWDREN_REMOTE_TARGET);
draw_fade();
platform_set_display_target(CHOWDREN_TV_TARGET);
render_frame->draw(CHOWDREN_TV_TARGET);
draw_fade();
} else {
platform_set_display_target(CHOWDREN_TV_TARGET);
render_frame->draw(CHOWDREN_HYBRID_TARGET);
draw_fade();
if (remote_setting == CHOWDREN_REMOTE_TARGET) {
platform_clone_buffers();
platform_set_display_target(CHOWDREN_REMOTE_TARGET);
render_frame->draw(CHOWDREN_REMOTE_ONLY);
}
}
#elif CHOWDREN_IS_3DS
platform_set_display_target(CHOWDREN_TV_TARGET);
render_frame->draw(CHOWDREN_TV_TARGET);
draw_fade();
// only draw 30 fps on bottom screen
static int draw_interval = 0;
if (draw_interval == 0) {
platform_set_display_target(CHOWDREN_REMOTE_TARGET);
render_frame->draw(CHOWDREN_REMOTE_TARGET);
draw_fade();
}
draw_interval = (draw_interval + 1) % 3;
#else
render_frame->draw(CHOWDREN_HYBRID_TARGET);
draw_fade();
#endif
PROFILE_END();
Render::set_offset(0, 0);
#ifdef CHOWDREN_IS_DEMO
if (show_build_timer > 0.0) {
std::string date(__DATE__);
std::string tim(__TIME__);
std::string val = date + " " + tim;
glPushMatrix();
glTranslatef(50, 50, 0);
glScalef(5, -5, 5);
glColor4f(1.0f, 1.0f, 1.0f, 1.0f);
get_font(24)->Render(val.c_str(), val.size(), FTPoint(),
FTPoint());
glPopMatrix();
}
#endif
PROFILE_BEGIN(platform_swap_buffers);
platform_swap_buffers();
PROFILE_END();
}
void CTemplateView::run() throw (CException)
{
PROFILE_BEGIN("CTemplateView::run(). View file: " + _viewFile);
Cws::app()->getViewRenderer()->renderFile(0, _viewFile, _data, false);
PROFILE_END();
}
