bool Config::Load(){
serverPort = 666;
isPublic = true;
memset(serverName,0,SERVERNAME_MAX); sprintf(serverName,"G Server");
enableLogging = true;
ignoreUnknownPackets = false;
spriteMaxX = 50;
spriteMaxY = 50;
usernameMax = 20;
ConfigFile file; file.Construct();
if(file.Load(CONFIG_FILE)){
file.Get("serverPort",&serverPort);
file.Get("isPublic",&isPublic);
file.Get("serverName",serverName,SERVERNAME_MAX);
file.Get("enableLogging",&enableLogging);
file.Get("ignoreUnknownPackets",&ignoreUnknownPackets);
file.Get("spriteMaxX",&spriteMaxX);
file.Get("spriteMaxY",&spriteMaxY);
file.Get("usernameMax",&usernameMax);
}else{
fprintf(stderr,"WARNING: %s not found. Generating with default settings.\n",CONFIG_FILE);
}
file.Clear();
file.Set("serverPort",serverPort);
file.Set("isPublic",isPublic);
file.Set("serverName",serverName);
file.Set("enableLogging",enableLogging);
file.Set("ignoreUnknownPackets",ignoreUnknownPackets);
file.Set("spriteMaxX",spriteMaxX);
file.Set("spriteMaxY",spriteMaxY);
file.Set("usernameMax",usernameMax);
if(file.Save(CONFIG_FILE)){
file.Destruct();
return true;
}else{
fprintf(stderr,"ERROR: Unable to save %s.\n",CONFIG_FILE);
file.Destruct();
return false;
}
}
bool AtlasResourceCompiler::Compile()
{
Platform* platform = Platform::Get();
// Load configuration if we haven't already.
if (m_config_file == NULL)
{
if (!Load_Config())
{
return false;
}
}
// Compile time.
DBG_LOG("Compiling atlas resource '%s'.", m_input_path.c_str());
// Create new atlas, and start adding rectangles.
Atlas* atlas = new Atlas(m_config_file);
atlas->Lock_Textures();
// Add each of the source-images.
std::vector<ConfigFileNode> images = m_config_file->Get<std::vector<ConfigFileNode>>("images/image");
for (std::vector<ConfigFileNode>::iterator iter = images.begin(); iter != images.end(); iter++)
{
ConfigFileNode node = *iter;
const char* type = m_config_file->Get<const char*>("type", node, true);
const char* file = m_config_file->Get<const char*>("file", node, true);
Point origin = Point(0, 0);
if (m_config_file->Contains("origin", node, true))
{
origin = m_config_file->Get<Point>("origin", node, true);
}
if (stricmp(type, "single") == 0)
{
const char* name = m_config_file->Get<const char*>("name", node, true);
Texture* texture = TextureFactory::Load_Without_Handle(file, TextureFlags::None);
DBG_ASSERT_STR(texture != NULL, "Could not load dependent texture '%s'.", file);
atlas->Add_Frame(name, texture, Rect(0, 0, texture->Get_Width(), texture->Get_Height()), origin);
}
else if (stricmp(type, "multiple") == 0)
{
const char* name = m_config_file->Get<const char*>("name", node, true);
// Grab all the file paths.
std::string name_str = name;
std::vector<std::string> files;
Expand_Multiple_Path(file, files);
// Grab hash mark.
int hash_mark = name_str.find('#');
DBG_ASSERT_STR(hash_mark != std::string::npos, "Image marked as type 'multiple' does not contain replacement hash mark.");
std::string split_left = name_str.substr(0, hash_mark);
std::string split_right = name_str.substr(hash_mark + 1);
// Add each file.
int counter = 0;
for (std::vector<std::string>::iterator subiter = files.begin(); subiter != files.end(); subiter++)
{
std::string sub_path = *subiter;
std::string sub_name = split_left + StringHelper::To_String(counter++) + split_right;
Texture* texture = TextureFactory::Load_Without_Handle(sub_path.c_str(), TextureFlags::None);
DBG_ASSERT_STR(texture != NULL, "Could not load dependent texture '%s'.", sub_path);
atlas->Add_Frame(sub_name.c_str(), texture, Rect(0, 0, texture->Get_Width(), texture->Get_Height()), origin);
}
}
else if (stricmp(type, "grid") == 0)
{
const char* name = m_config_file->Get<const char*>("name", node, true);
Texture* texture = TextureFactory::Load_Without_Handle(file, TextureFlags::None);
DBG_ASSERT_STR(texture != NULL, "Could not load dependent texture '%s'.", file);
// Grab hash mark.
std::string name_str = name;
int hash_mark = name_str.find('#');
DBG_ASSERT_STR(hash_mark != std::string::npos, "Image marked as type 'grid' does not contain replacement hash mark.");
std::string split_left = name_str.substr(0, hash_mark);
std::string split_right = name_str.substr(hash_mark + 1);
// Iterate over each sub-image.
int frame_width = m_config_file->Get<int>("width", node, true);
int frame_height = m_config_file->Get<int>("height", node, true);
int frame_hspace = m_config_file->Get<int>("hspace", node, true);
int frame_vspace = m_config_file->Get<int>("vspace", node, true);
float texture_width = (float)texture->Get_Width();
float texture_height = (float)texture->Get_Height();
int cell_count_u = texture_width / (frame_width + frame_hspace);
int cell_count_v = texture_height / (frame_height + frame_vspace);
int cell_count = cell_count_u * cell_count_v;
for (int i = 0; i < cell_count; i++)
{
int u = i % cell_count_u;
int v = i / cell_count_u;
int u_offset = floor(u * (frame_width + frame_hspace));
int v_offset = floor(v * (frame_height + frame_vspace));
std::string sub_name = split_left + StringHelper::To_String(i) + split_right;
atlas->Add_Frame(sub_name.c_str(), texture, Rect(u_offset, v_offset, frame_width, frame_height), origin);
}
}
else if (stricmp(type, "atlas") == 0)
{
Texture* texture = TextureFactory::Load_Without_Handle(file, TextureFlags::None);
DBG_ASSERT_STR(texture != NULL, "Could not load dependent texture '%s'.", file);
// Calculate frame positions for atlas.
int frame_width = m_config_file->Get<int>("width", node, true);
int frame_height = m_config_file->Get<int>("height", node, true);
int frame_hspace = m_config_file->Get<int>("hspace", node, true);
int frame_vspace = m_config_file->Get<int>("vspace", node, true);
float texture_width = (float)texture->Get_Width();
float texture_height = (float)texture->Get_Height();
int cell_count_u = texture_width / (frame_width + frame_hspace);
int cell_count_v = texture_height / (frame_height + frame_vspace);
int cell_count = cell_count_u * cell_count_v;
// Iterate over each sub-image.
std::vector<ConfigFileNode> sub_images = m_config_file->Get<std::vector<ConfigFileNode>>("subimage", node);
for (std::vector<ConfigFileNode>::iterator subiter = sub_images.begin(); subiter != sub_images.end(); subiter++)
{
ConfigFileNode sub_node = *subiter;
const char* sub_type = m_config_file->Get<const char*>("type", sub_node, true);
const char* sub_name = m_config_file->Get<const char*>("name", sub_node, true);
if (stricmp(sub_type, "single") == 0)
{
int frame = m_config_file->Get<int>("frame", sub_node, true);
int u = frame % cell_count_u;
int v = frame / cell_count_u;
int u_offset = floor(u * (frame_width + frame_hspace));
int v_offset = floor(v * (frame_height + frame_vspace));
atlas->Add_Frame(sub_name, texture, Rect(u_offset, v_offset, frame_width, frame_height), origin);
}
else if (stricmp(sub_type, "strip") == 0)
{
int to_frame = m_config_file->Get<int>("to_frame", sub_node, true);
int from_frame = m_config_file->Get<int>("from_frame", sub_node, true);
DBG_ASSERT_STR(to_frame >= from_frame, "Invalid strip range %i to %i.", from_frame, to_frame);
std::string sub_name_str = sub_name;
int hash_mark = sub_name_str.find('#');
DBG_ASSERT_STR(hash_mark != std::string::npos, "Sub-image marked as type 'strip' does not contain replacement hash mark.");
std::string split_left = sub_name_str.substr(0, hash_mark);
std::string split_right = sub_name_str.substr(hash_mark + 1);
for(int frame = from_frame; frame <= to_frame; frame++)
{
int u = frame % cell_count_u;
int v = frame / cell_count_u;
int u_offset = floor(u * (frame_width + frame_hspace));
int v_offset = floor(v * (frame_height + frame_vspace));
std::string sub_sub_name = split_left + StringHelper::To_String(frame) + split_right;
atlas->Add_Frame(sub_sub_name.c_str(), texture, Rect(u_offset, v_offset, frame_width, frame_height), origin);
}
}
else
{
DBG_ASSERT_STR(false, "Unknown or invalid sub-image type '%s'", sub_type);
}
}
}
else
{
DBG_ASSERT_STR(false, "Unknown or invalid source-image type '%s'", type);
}
}
// Add each of the animations.
std::vector<ConfigFileNode> animations = m_config_file->Get<std::vector<ConfigFileNode>>("animations/animation");
for (std::vector<ConfigFileNode>::iterator iter = animations.begin(); iter != animations.end(); iter++)
{
ConfigFileNode node = *iter;
const char* name = m_config_file->Get<const char*>("name", node, true);
const char* mode = m_config_file->Get<const char*>("mode", node, true);
float speed = m_config_file->Get<float>("speed", node, true);
std::vector<AtlasFrame*> out_frames;
// Decode the animation mode.
AtlasAnimationMode::Type anim_mode;
if (stricmp(mode, "once") == 0)
{
anim_mode = AtlasAnimationMode::Once;
}
else if (stricmp(mode, "loop") == 0)
{
anim_mode = AtlasAnimationMode::Loop;
}
else
{
DBG_ASSERT_STR(false, "Unknown or invalid animation mode '%s'", mode);
}
// Work out the names of each of the frames.
std::vector<ConfigFileNode> frames = m_config_file->Get<std::vector<ConfigFileNode>>("frame", node);
for (std::vector<ConfigFileNode>::iterator frameiter = frames.begin(); frameiter != frames.end(); frameiter++)
{
ConfigFileNode frame_node = *frameiter;
const char* frame_type = m_config_file->Get<const char*>("type", frame_node, true);
const char* frame_name = m_config_file->Get<const char*>("name", frame_node, true);
if (stricmp(frame_type, "single") == 0)
{
AtlasFrame* frame = atlas->Get_Frame(frame_name);
DBG_ASSERT(frame != NULL, "Invalid frame name '%s' in animation '%s'.", frame_name, name);
out_frames.push_back(frame);
}
else if (stricmp(frame_type, "multiple") == 0)
{
LinkedList<AtlasFrame*>& frames = atlas->Get_Frames_List();
std::string name_str = frame_name;
int hash_mark = name_str.find('#');
DBG_ASSERT_STR(hash_mark != std::string::npos, "Animation marked as type 'multiple' does not contain replacement hash mark.");
std::string split_left = name_str.substr(0, hash_mark);
std::string split_right = name_str.substr(hash_mark + 1);
for (LinkedList<AtlasFrame*>::Iterator animiter = frames.Begin(); animiter != frames.End(); animiter++)
{
AtlasFrame* anim = *animiter;
if (anim->Name.size() > split_left.size() + split_right.size())
{
if (anim->Name.substr(0, split_left.size()) == split_left &&
anim->Name.substr((anim->Name.size() - split_right.size()), split_right.size()) == split_right)
{
AtlasFrame* frame = atlas->Get_Frame(anim->Name.c_str());
DBG_ASSERT(frame != NULL, "Invalid frame name '%s' in animation '%s'.", anim->Name, name);
out_frames.push_back(frame);
}
}
}
}
else
{
DBG_ASSERT_STR(false, "Unknown or invalid frame type '%s'", frame_type);
}
}
// Add the animation.
atlas->Add_Animation(name, speed, anim_mode, out_frames);
}
// Save compiled file.
atlas->Unlock_Textures();
// Configuration settings.
ConfigFile config;
// Store configuration settings.
config.Set<const char*>("settings/texture-size", m_config_file->Get<const char*>("settings/texture-size"));
config.Set<const char*>("settings/max-textures", m_config_file->Get<const char*>("settings/max-textures"));
// Save pngs.
int texture_count = 0;
AtlasTexture** textures = atlas->Get_Textures(texture_count);
for (int i = 0; i < texture_count; i++)
{
AtlasTexture* texture = textures[i];
std::string output_path = (m_output_path + "." + StringHelper::To_String(i) + ".png");
// Save texture file.
TextureFactory::Save(output_path.c_str(), texture->Texture, TextureFlags::None);
// Store texture spec in xml.
ConfigFileNode node = config.New_Node("textures/texture");
config.Set(NULL, output_path.c_str(), node, false);
}
// Save frame configuration.
config.New_Node("frames");
HashTable<AtlasFrame*, unsigned int>& frames = atlas->Get_Frames();
for (HashTable<AtlasFrame*, unsigned int>::Iterator iter = frames.Begin(); iter != frames.End(); iter++)
{
AtlasFrame* frame = iter.Get_Value();
// Store character spec in xml.
ConfigFileNode node = config.New_Node("frames/frame");
config.Set("name", frame->Name.c_str(), node, true);
config.Set("namehash", frame->NameHash, node, true);
config.Set("texture", frame->TextureIndex, node, true);
config.Set("rectangle", frame->Rectangle, node, true);
config.Set("uv", frame->UV, node, true);
config.Set("origin", frame->Origin, node, true);
}
// Save animation configuration.
config.New_Node("animations");
HashTable<AtlasAnimation*, unsigned int>& anims = atlas->Get_Animations();
for (HashTable<AtlasAnimation*, unsigned int>::Iterator iter = anims.Begin(); iter != anims.End(); iter++)
{
AtlasAnimation* frame = iter.Get_Value();
// Store character spec in xml.
ConfigFileNode node = config.New_Node("animations/animation");
config.Set("name", frame->Name.c_str(), node, true);
config.Set("namehash", frame->NameHash, node, true);
switch (frame->Mode)
{
case AtlasAnimationMode::Loop: config.Set("mode", "loop", node, true); break;
case AtlasAnimationMode::Once: config.Set("mode", "once", node, true); break;
default: DBG_ASSERT_STR(false, "Invalid animation mode.");
}
config.Set("speed", frame->Speed, node, true);
for (std::vector<AtlasFrame*>::iterator iter = frame->Frames.begin(); iter != frame->Frames.end(); iter++)
{
AtlasFrame* frame = (*iter);
ConfigFileNode subnode = config.New_Node("frame", node);
config.Set("name", frame->Name.c_str(), subnode, true);
config.Set("namehash", frame->NameHash, subnode, true);
}
}
// Save font xml configuration.
config.Save(m_output_path.c_str());
// Update timestamps.
Update_File_Timestamp(m_input_path);
// Update timestamps on dependent files.
for (std::vector<std::string>::iterator iter = m_dependent_files.begin(); iter != m_dependent_files.end(); iter++)
{
std::string path = (*iter);
DBG_ASSERT_STR(Platform::Get()->Is_File(path.c_str()), "Could not find dependent file '%s'.", path.c_str());
Update_File_Timestamp(path.c_str());
}
DBG_LOG("Finished compiling to '%s'.", m_output_path.c_str());
return true;
}
void ConfigManager::SaveSettingsMap(Urho3D::String section, SettingsMap& map, ConfigFile& configFile)
{
// Save out parameters
for (auto itr = map.Begin(); itr != map.End(); itr++)
{
// Skip over sub-sections
if (itr->second_.GetType() == Urho3D::VAR_VOIDPTR)
{
continue;
}
auto value = itr->first_;
// Set parameter
if (itr->second_.GetType() == Urho3D::VAR_STRING)
configFile.Set(section, value, itr->second_.GetString());
if (itr->second_.GetType() == Urho3D::VAR_INT)
configFile.Set(section, value, Urho3D::String(itr->second_.GetInt()));
if (itr->second_.GetType() == Urho3D::VAR_BOOL)
configFile.Set(section, value, Urho3D::String(itr->second_.GetBool()));
if (itr->second_.GetType() == Urho3D::VAR_FLOAT)
configFile.Set(section, value, Urho3D::String(itr->second_.GetFloat()));
if (itr->second_.GetType() == Urho3D::VAR_VECTOR2)
configFile.Set(section, value, Urho3D::String(itr->second_.GetVector2()));
if (itr->second_.GetType() == Urho3D::VAR_VECTOR3)
configFile.Set(section, value, Urho3D::String(itr->second_.GetVector3()));
if (itr->second_.GetType() == Urho3D::VAR_VECTOR4)
configFile.Set(section, value, Urho3D::String(itr->second_.GetVector4()));
if (itr->second_.GetType() == Urho3D::VAR_QUATERNION)
configFile.Set(section, value, Urho3D::String(itr->second_.GetQuaternion()));
if (itr->second_.GetType() == Urho3D::VAR_COLOR)
configFile.Set(section, value, Urho3D::String(itr->second_.GetColor()));
if (itr->second_.GetType() == Urho3D::VAR_INTRECT)
configFile.Set(section, value, Urho3D::String(itr->second_.GetIntRect()));
if (itr->second_.GetType() == Urho3D::VAR_INTVECTOR2)
configFile.Set(section, value, Urho3D::String(itr->second_.GetIntVector2()));
if (itr->second_.GetType() == Urho3D::VAR_MATRIX3)
configFile.Set(section, value, Urho3D::String(itr->second_.GetMatrix3()));
if (itr->second_.GetType() == Urho3D::VAR_MATRIX3X4)
configFile.Set(section, value, Urho3D::String(itr->second_.GetMatrix3x4()));
if (itr->second_.GetType() == Urho3D::VAR_MATRIX4)
configFile.Set(section, value, Urho3D::String(itr->second_.GetMatrix4()));
}
// Save out sub-sections
for (auto itr = map.Begin(); itr != map.End(); itr++)
{
// Skip over parameter
if (itr->second_.GetType() != Urho3D::VAR_VOIDPTR)
{
continue;
}
Urho3D::String path = section;
path.Append(itr->first_);
auto fsdf = map[section];
auto value = static_cast<SettingsMap*>(itr->second_.GetVoidPtr());
if (value)
{
// Save sub-section
SaveSettingsMap(path, *value, configFile);
}
}
}
