bool cGrannyLoader::Load(std::string filename, std::string mulpath)
{
tick = 0;
XML::Parser parser;
XML::Node *granny=NULL, *document=NULL;
try
{
parser.loadData(filename);
document = parser.parseDocument();
granny = document->findNode( "GRANNY" );
if( !granny )
throw "Couldn't find granny node.";
}
catch( ... )
{
pDebug.Log ("Couldn't load Granny Definitions");
return false;
}
XML::Node value;
TiXmlNode *tgranny = granny->getTinyNode();
bool ext = false;
std::string texpath, smdpath;
if (value = tgranny->FirstChildElement("TEXTUREPATH"))
texpath = value.asString();
if (value = tgranny->FirstChildElement("SMDPATH"))
smdpath = value.asString();
if (smdpath==".")
{
CString strPath = CFileString::GetModuleDir()+"/";
strPath.Replace('\\','/');
mulpath = strPath;
}
else if (!smdpath.empty())
{
mulpath = smdpath;
}
this->mulpath = mulpath;
if (texpath.find(":/") != std::string::npos || texpath.find(":\\") != std::string::npos)
tex_basepath = texpath;
else
tex_basepath = mulpath + texpath;
assert(!pGrannyTextureLoader);
pGrannyTextureLoader = new cGrannyTextureLoader(tex_basepath);
TiXmlHandle hgranny(granny->getTinyNode());
#if 0
TiXmlElement *set_node = hgranny.FirstChild("ANIMSET_LIST").FirstChild("ANIMSET").Element();
while (set_node)
{
InsertAnimset(set_node);
set_node = set_node->NextSiblingElement(set_node->Value());
}
TiXmlElement *char_node = hgranny.FirstChild("CHARACTER_AOS_LIST").FirstChild("CHARACTER_AOS").Element();
while (char_node)
{
InsertCharacterAOS(char_node);
char_node = char_node->NextSiblingElement(char_node->Value());
}
char_node = hgranny.FirstChild("CHARACTER_LIST").FirstChild("CHARACTER").Element();
while (char_node)
{
InsertCharacter(char_node);
char_node = char_node->NextSiblingElement(char_node->Value());
}
#else
TiXmlElement *anim_node = tgranny->FirstChildElement("ANIMSET");
while (anim_node)
{
InsertAnimset(anim_node);
anim_node = anim_node->NextSiblingElement("ANIMSET");
}
TiXmlElement * char_node = tgranny->FirstChildElement();
while (char_node)
{
if (char_node->ValueStr()=="CHARACTER")
InsertCharacter(char_node);
else if (char_node->ValueStr()=="CHARACTER_AOS")
InsertCharacterAOS(char_node);
char_node = char_node->NextSiblingElement();
}
#endif
delete document;
return true;
}
MapInfoLoader::MapInfoLoader( std::string sFileName )
{
assert( m_sgMapInfoLoader == NULL );
m_sgMapInfoLoader = this;
XML::Parser parser;
XML::Node *mapentries, *document;
try
{
parser.loadData( sFileName );
document = parser.parseDocument();
mapentries = document->findNode( "MAPS" );
}
catch (...)
{
THROWEXCEPTION( "Couldn't find maps.xml" );
}
if ( !mapentries )
{
THROWEXCEPTION( "Couldn't find maps node." );
}
XML::Node *map_node, *value;
int idx = 0;
while ( ( map_node = mapentries->findNode( "MAP", idx ) ) )
{
int id = map_node->findInteger( "ID" );
if ( !id )
{
id = idx; // default value
}
int width = map_node->findInteger( "WIDTH" );;
int height = map_node->findInteger( "HEIGHT" );
std::string name = map_node->findString( "NAME" );
std::string skybox = map_node->findString( "SKYBOX" );
int base_id = -1;
if ( ( value = map_node->findNode( "BASE_ID" ) ) )
{
base_id = value->asInteger();
}
int r = 255, g = 255, b = 255;
if ( ( value = map_node->findNode( "FOG_COLOR" ) ) )
{
value->lookupAttribute( "red", r );
value->lookupAttribute( "blue", b );
value->lookupAttribute( "green", g );
}
cMapInfoEntry *map_entry = new cMapInfoEntry( id, width, height, name, skybox, base_id, r, g, b );
m_vMaps.insert( std::make_pair( id, map_entry ) );
idx++;
}
}
MacroLoader::MacroLoader()
{
XML::Parser parser;
XML::Node *macroentries, *document;
try
{
parser.loadData( "./xml/Macros.xml" );
document = parser.parseDocument();
macroentries = document->findNode( "MACROS" );
if ( !macroentries )
{
throw "Couldn't find macros node.";
}
}
catch( ... )
{
Logger::WriteLine( "\t| -> Couldn't load Macros.xml" );
return;
}
XML::Node *macro_node, *value;
int idx = 0, iMacroCount = 0;
while ( ( macro_node = macroentries->findNode( "MACRO", idx ) ) )
{
int id = idx;
SDLKey key = (SDLKey)0;
int keymod = 0x0000;
std::vector<m_Parameter*> parameters;
std::string script_function = "none";
//Logger::WriteLine( "MCR1" );
iMacroCount++;
value = macro_node->findNode( "ID" );
id = ( value != NULL ) ? value->asInteger() : idx;
if ( ( value = macro_node->findNode( "KEY" ) ) )
{
key = getkey_byname(value->asString());
}
if ( ( value = macro_node->findNode( "LEFT_SHIFT" ) ) )
{
if ( value->asInteger() == 1 )
{
keymod |= KMOD_LSHIFT;
}
}
if ( ( value = macro_node->findNode( "RIGHT_SHIFT" ) ) )
{
if ( value->asInteger() == 1 )
{
keymod |= KMOD_RSHIFT;
}
}
if ( ( value = macro_node->findNode( "RIGHT_ALT" ) ) )
{
if ( value->asInteger() == 1 )
{
keymod |= KMOD_RALT;
}
}
if ( ( value = macro_node->findNode( "LEFT_ALT" ) ) )
{
if ( value->asInteger() == 1 )
{
keymod |= KMOD_LALT;
}
}
if ( ( value = macro_node->findNode( "RIGHT_CONTROL" ) ) )
{
if ( value->asInteger() == 1 )
{
keymod |= KMOD_RCTRL;
}
}
if ( ( value = macro_node->findNode( "LEFT_CONTROL" ) ) )
{
if ( value->asInteger() == 1 )
{
keymod |= KMOD_LCTRL;
}
}
if ( ( value = macro_node->findNode( "SCRIPT_FUNCTION" ) ) )
{
script_function = value->asString();
}
std::string parameter_type;
int idx2 = 0;
while ( ( value = macro_node->findNode( "PARAMETER", idx2 ) ) )
{
m_Parameter * param = NULL;
if ( value->lookupAttribute( "TYPE", parameter_type ) )
{
// std::cout << "PARAMETER" << parameter_type << std::endl;
param = new m_Parameter();
if ( parameter_type == "string" )
{
param->type = PARAMETERTYPE_STRING;
param->str_value = value->asString();
param->int_value = 0;
}
else if ( parameter_type == "integer" )
{
param->type = PARAMETERTYPE_INTEGER;
param->str_value = "";
param->int_value = IRIS_SwapI32(value->asInteger());
}
else
{
Logger::WriteLine("Warning: Macros.xml: wrong parameter type, skipping...");
continue;
}
}
else
{
Logger::WriteLine("Warning: Macros.xml: no parameter type specified, skipping...");
continue;
}
if ( parameters.size() < 5 )
{
parameters.push_back(param);
}
idx2++;
}
MacroEntry * entry = new MacroEntry();
entry->id = IRIS_SwapI32(id);
entry->key = key;
entry->keymod = (SDLMod)keymod;
entry->script_function = script_function;
entry->parameters = parameters;
macros.insert( std::make_pair( (int)key, entry ) );
idx++;
}
char cMacros[2];
sprintf( cMacros, "%d", iMacroCount );
Logger::WriteLine( "\t| -> Sucessfuly loaded " + std::string( cMacros ) );
}
ZString api_gui_addform( ZCsl *aCsl )
{
clear_controlid_list();
int argCount = aCsl->get("argCount").asInt();
// int flags = GUMPFLAG_MOVABLE | GUMPFLAG_CLOSABLE | GUMPFLAG_FOCUSABLE;
int x = aCsl->get("x").asInt();
int y = aCsl->get("y").asInt();
std::string gfm_file = std::string (aCsl->get("gfm_file").buffer ());
bool is_container = (argCount > 3) ? ((int) aCsl->get("is_container").asInt()) : false;
Container* container = NULL;
std::string shape;
XML::Parser parser;
XML::Node* form=NULL,* document=NULL;
try
{
parser.loadData(gfm_file);
document = parser.parseDocument();
int width=640,height=480, alpha=0, flags=0, fade_alpha=0, fade_time=0;
std::string onclick, onclose, onmouseup, onmousedown, onkeypressed;
form = document->findNode("form");
if ( !form )
{
throw;
}
form->lookupAttribute("width", width);
form->lookupAttribute("height", height);
form->lookupAttribute("alpha", alpha);
form->lookupAttribute("flags", flags);
form->lookupAttribute("shape", shape);
XML::Node* fade_node = form->findNode("fade");
if (fade_node)
{
fade_node->lookupAttribute("alpha", fade_alpha);
fade_node->lookupAttribute("time", fade_time);
}
XML::Node* event_node = form->findNode("event");
if (event_node)
{
event_node->lookupAttribute("onclick", onclick);
event_node->lookupAttribute("onclose", onclose);
event_node->lookupAttribute("onmouseup", onmouseup);
event_node->lookupAttribute("onmousedown", onmousedown);
event_node->lookupAttribute("onkeypressed", onkeypressed);
}
if (is_container)
{
container = new Container();
container->SetPosition(x,y);
container->SetSize(width, height);
container->SetAlpha(alpha);
if (fade_time != 0)
container->FadeTo(fade_alpha, fade_time);
x = 0, y = 0;
api_addcontrol( container );
Control* control=container;
if (!onclose.empty()) {
control->OnClose(on_closehandler);
control->SetScriptFunction(FUNC_ONCLOSE, (char*)onclose.c_str());
}
if (!onmousedown.empty()) {
control->OnMouseDown(on_mousedownhandler);
control->SetScriptFunction(FUNC_ONMOUSEDOWN, (char*)onmousedown.c_str());
}
if (!onmouseup.empty()) {
control->OnMouseUp(on_mouseuphandler);
control->SetScriptFunction(FUNC_ONMOUSEUP, (char*)onmouseup.c_str());
}
act_container_id = container->GetID();
}
} catch (...) {
//delete document;
return "0";
}
int idx=0;
XML::Node* control_node = NULL;
while ((control_node = form->findNode("control", idx++))) {
Control* control=NULL;
XML::Node* event_node=NULL,* gump_node=NULL, * passwd_node=NULL;
XML::Node* check_node=NULL,* group_node=NULL,* text_node=NULL;
std::string type, name;
std::string onclick, onclose, onmouseup, onmousedown, onkeypressed;
int left=0,top=0,width=0,height=0,freezed=0,visible=1;
int alpha=0,flags=0;
if (!control_node->lookupAttribute("class", type)) continue;
control_node->lookupAttribute("name", name);
control_node->lookupAttribute("left", left);
control_node->lookupAttribute("top", top);
control_node->lookupAttribute("width", width);
control_node->lookupAttribute("height", height);
control_node->lookupAttribute("freezed", freezed);
control_node->lookupAttribute("visible", visible);
control_node->lookupAttribute("alpha", alpha);
control_node->lookupAttribute("flags", flags);
left+=x;
top+=y;
if ((event_node = control_node->findNode("event"))) {
event_node->lookupAttribute("onclick", onclick);
event_node->lookupAttribute("onclose", onclose);
event_node->lookupAttribute("onmouseup", onmouseup);
event_node->lookupAttribute("onmousedown", onmousedown);
event_node->lookupAttribute("onkeypressed", onkeypressed);
}
if (type=="picture" || type=="border" || type=="paperdoll") {
int gump=0;
if ((gump_node = control_node->findNode("gump")))
gump = gump_node->asInteger();
//int flags = GUMPFLAG_MOVABLE | GUMPFLAG_CLOSABLE | GUMPFLAG_FOCUSABLE;
if (type=="picture") {
control = new Image(left, top, gump, flags);
} else if (type=="border") {
control = new Border(left,top, gump, flags);
} else {
control = new Paperdoll(left, top, 0);
}
control->SetSize(width, height);
} else if (type=="button") {
int normal=-1, over=-1, pressed=-1;
if ((gump_node = control_node->findNode("gump"))) {
gump_node->lookupAttribute("normal", normal);
gump_node->lookupAttribute("over", over);
gump_node->lookupAttribute("pressed", pressed);
}
//Button *button = new Button(left,top);
/*if (normal >= 0) button->SetButton(BUTTONGUMP_NORMAL, normal);
if (over >= 0) button->SetButton(BUTTONGUMP_MOUSEOVER, over);
if (pressed >= 0) button->SetButton(BUTTONGUMP_PRESSED, pressed);*/
control = new Button( left, top );
if (normal >= 0)
((Button*)control)->SetButton(BUTTONGUMP_NORMAL, normal);
if (over >= 0)
((Button*)control)->SetButton(BUTTONGUMP_MOUSEOVER, over);
if (pressed >= 0)
((Button*)control)->SetButton(BUTTONGUMP_PRESSED, pressed);
if (!onclick.empty()) {
/*button->OnClick(on_clickhandler);
button->SetScriptFunction(FUNC_ONCLICK, (char*)onclick.c_str());*/
((Button*)control)->OnClick(on_clickhandler);
((Button*)control)->SetScriptFunction(FUNC_ONCLICK, (char*)onclick.c_str());
}
//control = button;
} else if (type=="checkbox" || type=="radio") {
int normal=-1, checked=-1, group=0, ischecked=0;
gump_node = control_node->findNode("gump");
if (gump_node) {
gump_node->lookupAttribute("normal", normal);
gump_node->lookupAttribute("checked", checked);
}
if ((check_node = control_node->findNode("checked"))) {
ischecked = check_node->asBool();
}
if ((group_node = control_node->findNode("group"))) {
group = group_node->asInteger();
}
} else if (type=="label" || type=="edit") {
std::string text, align;
int font=-1,hue=-1,password=0, label_align=-1;
if ((text_node = control_node->findNode("text"))) {
text = text_node->asString();
text_node->lookupAttribute("font", font);
text_node->lookupAttribute("hue", hue);
text_node->lookupAttribute("align", align);
}
if ((passwd_node = control_node->findNode("password"))) {
password = passwd_node->asBool();
}
if (type == "label") {
if (align=="center") {
label_align=1;
left += width / 2;
//top += height / 2;
} else if (align=="right") {
label_align=2;
left += width;
//top += height;
}
Label* label = new Label(left, top, text.c_str(), hue, font);
/*SiENcE:
if (font >= 0) label->setFont(font);
if (hue >= 0) label->setHue(hue);
*/
if (label_align >= 0) label->setAlign(label_align);
control = label;
}
else
{
font = font < 0 ? 3 : font;
hue = hue < 0 ? 0 : hue;
InputField *input = new InputField(left,top,width,height, text.c_str(), hue, font, password ? 42 : 0);
input->OnKeyPress(on_keypressedhandler);
if (!onkeypressed.empty())
input->SetScriptFunction(FUNC_ONKEYPRESSED, (char*)onkeypressed.c_str());
control = input;
}
}
if ( !control )
{
continue;
}
api_addcontrol(control);
add_controlid(name,control->GetID());
if (!onclose.empty()) {
control->OnClose(on_closehandler);
control->SetScriptFunction(FUNC_ONCLOSE, (char*)onclose.c_str());
}
if (!onmousedown.empty()) {
control->OnMouseDown(on_mousedownhandler);
control->SetScriptFunction(FUNC_ONMOUSEDOWN, (char*)onmousedown.c_str());
}
if (!onmouseup.empty()) {
control->OnMouseUp(on_mouseuphandler);
control->SetScriptFunction(FUNC_ONMOUSEUP, (char*)onmouseup.c_str());
}
}
document = NULL;
if ( container )
{
if ( !shape.empty() )
{
container->SetShape( get_controlid( shape ) );
}
act_container_id = 0;
return ZString( container->GetID() );
}
return "0";
}
BOOL CGumpEditorDoc::OnOpenDocument(LPCTSTR lpszPathName)
{
XML::Parser parser;
XML::Node* form=NULL,* document=NULL;
XML::Node* section = NULL,* value = NULL;
CSize sizeForm(m_iDefWidth,m_iDefHeight);
try {
parser.loadData(lpszPathName);
document = parser.parseDocument();
form = document->findNode("form");
if(!form ) throw;
form->lookupAttribute("width", (int&)sizeForm.cx);
form->lookupAttribute("height", (int&)sizeForm.cy);
int alpha=0,flags=0;
std::string shape;
form->lookupAttribute("alpha", alpha);
form->lookupAttribute("flags", flags);
form->lookupAttribute("shape", shape);
m_objs.Clear();
m_objs.SetVirtualSize(sizeForm);
SetAlpha(alpha);
SetFlags(flags);
SetShapeName(shape.c_str());
} catch (...) {
return FALSE;
}
int alpha=0,time=0;
std::string onclick, onclose, onmouseup, onmousedown, onkeypressed;
XML::Node* fade_node = form->findNode("fade");
if (fade_node) {
fade_node->lookupAttribute("alpha", alpha);
fade_node->lookupAttribute("time", time);
}
XML::Node* event_node = form->findNode("event");
if (event_node) {
event_node->lookupAttribute("onclick", onclick);
event_node->lookupAttribute("onclose", onclose);
event_node->lookupAttribute("onmouseup", onmouseup);
event_node->lookupAttribute("onmousedown", onmousedown);
event_node->lookupAttribute("onkeypressed", onkeypressed);
}
SetFade(alpha, time);
SetEventHandler(onclick.c_str(), onclose.c_str(), onmouseup.c_str(), onmousedown.c_str(), onkeypressed.c_str());
int idx=0;
XML::Node* control = NULL;
while (control = form->findNode("control", idx++)) {
CDiagramEntity* obj = CDiagramControlFactory::CreateFromString(control);
if (obj) m_objs.Add(obj);
}
m_objs.SetModified( FALSE );
delete document; document=NULL;
return TRUE;
}
cGrannyLoader::cGrannyLoader( string filename, string mulpath )
{
this->mulpath = mulpath;
tick = 0;
XML::Parser parser;
XML::Node *granny, *document;
try
{
parser.loadData( filename );
document = parser.parseDocument();
granny = document->findNode( "GRANNY" );
if ( !granny )
{
throw "Couldn't find granny node.";
}
}
catch (...)
{
Logger::WriteLine( "Couldn't load Granny Definitions" );
return;
}
XML::Node *char_node, *set_node, *value;
if ( (value = granny->findNode( "TEXTUREPATH" ) ) )
{
tex_basepath = mulpath + value->asString();
}
assert( !pGrannyTextureLoader );
pGrannyTextureLoader = new cGrannyTextureLoader( tex_basepath );
std::map<int, cAnimSet *> animsets;
std::map<int, cAnimSet *>::iterator iter;
std::map<int, string>::iterator name_iter;
int idx = 0;
while ( (set_node = granny->findNode("ANIMSET", idx)) )
{
cAnimSet *animset = new cAnimSet();
value = set_node->findNode( "ID" );
animset->id = (value != NULL) ? value->asInteger() : 0;
if ( ( value = set_node->findNode( "DEFAULTANIM" )) )
{
animset->defaultanim = mulpath + to_lower( value->asString() );
}
int idx2 = 0;
XML::Node *anim_node;
while ( (anim_node = set_node->findNode( "ANIMATION", idx2 )) )
{
std::string animtype = "", filename = "";
if ( (value = anim_node->findNode( "TYPE" )) )
{
animtype = value->asString();
}
if ( (value = anim_node->findNode ("FILE")) )
{
filename = mulpath + to_lower( value->asString() );
}
int anim_typeid = -1;
for ( int i = 0; TypeInfo[i].blockid != -1; i++ )
{
const TypeData &Data = TypeInfo[i];
if ( Data.name == animtype )
{
anim_typeid = Data.blockid;
}
}
if ( anim_typeid != -1 )
{
animset->anim_names.insert( std::make_pair( anim_typeid, filename ) );
}
idx2++;
}
//animsets.erase(animset->id);
animsets.insert( std::make_pair( animset->id, animset ) );
idx++;
}
idx = 0;
while ((char_node = granny->findNode ("CHARACTER", idx)))
{
std::string filename = "", default_anim = "", prefix = "";
int left_hand_bone = -1;
int right_hand_bone = -1;
int animset = -1;
int hand = HAND_NONE;
value = char_node->findNode ("ID");
Uint32 id = (value != NULL) ? value->asInteger () : 0;
if ((value = char_node->findNode ("FILE")))
filename = mulpath + to_lower (value->asString ());
if ((value = char_node->findNode ("ANIMSET")))
animset = value->asInteger ();
if ((value = char_node->findNode ("PREFIX")))
prefix = to_lower (value->asString ());
if ((value = char_node->findNode ("LEFT_HAND_BONE")))
{
left_hand_bone = value->asInteger ();
hand = HAND_OWNER;
}
if ((value = char_node->findNode ("RIGHT_HAND_BONE")))
{
right_hand_bone = value->asInteger ();
hand = HAND_OWNER;
}
if ((value = char_node->findNode ("HAND")))
{
if (value->asString () == "left")
hand = HAND_LEFT;
if (value->asString () == "right")
hand = HAND_RIGHT;
}
Uint16 assign = 0;
if ((value = char_node->findNode ("ASSIGN")))
assign = value->asInteger ();
//SiENcE: if female id-1000, to show female clothes
// (i dont know why it needs a subtract of 1000!, ids are correct)
//if (assign == 401) id=id-1000;
//HARKON: recevied clothes id is equals male/female(runuo 1.0). but weapon isn't equals.
// examples, ganny_aos.xml male kilt id is 455, female kilt id is 1455. server only sends 455.
if (assign == 401 && hand == HAND_NONE) id -= 1000;
id |= assign << 16;
iter = animsets.find (animset);
if (id && (iter != animsets.end ()))
{
assert (iter->second);
cGrannyModel *model = new cGrannyModelTD( filename, tex_basepath, iter->second->defaultanim, prefix );
model->SetHandBones( left_hand_bone, right_hand_bone );
model->SetHand( hand );
model->SetAnimset( animset );
for ( name_iter=iter->second->anim_names.begin(); name_iter != iter->second->anim_names.end(); name_iter++ )
{
model->AddAnimation( name_iter->first, name_iter->second );
}
//models.erase(id);
if ( models.find( id ) != models.end() )
{
//Logger::WriteLine("Warning: duplicated model id : %d", id);
SAFE_DELETE( models.find( id )->second );
models.erase( id );
}
models.insert( make_pair( id, model ) );
}
else
{
Logger::WriteLine ("Warning: Invalid Granny Definition");
}
idx++;
}
idx = 0;
while ((char_node = granny->findNode ("CHARACTER_AOS", idx)))
{
std::string filename = "", default_anim = "";
int animset = -1;
int left_hand_bone = -1;
int right_hand_bone = -1;
int hand = HAND_NONE;
value = char_node->findNode ("ID");
Uint32 id = (value != NULL) ? value->asInteger () : 0;
if ((value = char_node->findNode ("ANIMSET")))
animset = value->asInteger ();
if ((value = char_node->findNode ("LEFT_HAND_BONE")))
{
left_hand_bone = value->asInteger ();
hand = HAND_OWNER;
}
if ((value = char_node->findNode ("RIGHT_HAND_BONE")))
{
right_hand_bone = value->asInteger ();
hand = HAND_OWNER;
}
Uint16 assign = 0;
if ((value = char_node->findNode ("ASSIGN")))
assign = value->asInteger ();
id |= assign << 16;
iter = animsets.find (animset);
if ( id && ( iter != animsets.end() ) )
{
assert (iter->second);
cGrannyModelAOS *model = new cGrannyModelAOS (tex_basepath, iter->second->defaultanim);
model->SetHandBones (left_hand_bone, right_hand_bone);
model->SetHand (hand);
model->SetAnimset (animset);
for (int i = 0; AOSBodyInfo[i].id != 0; i++)
{
const AOSBodyData &Data = AOSBodyInfo[i];
XML::Node *submodel = char_node->findNode (Data.name);
if ( submodel )
{
model->AddModel( i, mulpath + to_lower( submodel->asString() ) );
}
}
for ( name_iter = iter->second->anim_names.begin(); name_iter != iter->second->anim_names.end(); name_iter++ )
{
model->AddAnimation( name_iter->first, name_iter->second );
}
//models.erase(id);
if ( models.find( id ) != models.end() )
{
//Logger::WriteLine("Warning: duplicated model id : %d\n", id);
SAFE_DELETE( models.find( id )->second );
models.erase( id );
}
models.insert( std::make_pair( id, model ) );
}
else
{
Logger::WriteLine ("Warning: Invalid Granny AOS Definition");
}
idx++;
}
for ( iter = animsets.begin(); iter != animsets.end(); iter++ )
{
SAFE_DELETE( iter->second );
}
animsets.clear();
//delete document;
}
bool Config::Init()
{
// Default values, if they are not set under config.xml those will be used.
// Section GFX
m_vParserInfo.push_back( ParserData( "GFX", IS_SECTION, NULL ) );
m_vParserInfo.push_back( ParserData( "WIDTH", IS_INTEGER, &m_iWidth ) );
m_vParserInfo.push_back( ParserData( "HEIGHT", IS_INTEGER, &m_iHeight ) );
m_vParserInfo.push_back( ParserData( "BPP", IS_INTEGER, &m_iBPP ) );
m_vParserInfo.push_back( ParserData( "CURSOR", IS_INTEGER, &m_iCursor ) );
m_vParserInfo.push_back( ParserData( "PERSPECTIVE", IS_INTEGER, &m_iPerspective ) );
m_vParserInfo.push_back( ParserData( "FULLSCREEN", IS_INTEGER, &m_iStartFullScreen ) );
m_vParserInfo.push_back( ParserData( "ROOF_FADE_TIME", IS_INTEGER, &m_iRoofFadeTime ) );
m_vParserInfo.push_back( ParserData( "ROOF_FADE_ALPHA", IS_INTEGER, &m_iRoofFadeAlpha ) );
m_vParserInfo.push_back( ParserData( "ZBUFFER_SIZE", IS_INTEGER, &m_iDepthBuffer ) );
m_vParserInfo.push_back( ParserData( "MAXZOOM", IS_INTEGER, &m_iMaxZoom ) );
m_vParserInfo.push_back( ParserData( "MAXANGLE", IS_INTEGER, &m_iMaxAngle ) );
m_vParserInfo.push_back( ParserData( "VIEWDISTANCE", IS_INTEGER, &m_iViewDistance ) );
m_vParserInfo.push_back( ParserData( "BRIGHTNESS", IS_INTEGER, &m_iBrightness ) );
// Section UO
m_vParserInfo.push_back( ParserData( "UO", IS_SECTION, NULL ) );
m_vParserInfo.push_back( ParserData( "STARTX", IS_INTEGER, &m_iStartX ) );
m_vParserInfo.push_back( ParserData( "STARTY", IS_INTEGER, &m_iStartY ) );
m_vParserInfo.push_back( ParserData( "STARTZ", IS_INTEGER, &m_iStartZ ) );
m_vParserInfo.push_back( ParserData( "MULPATH", IS_STRING, &m_sMulPath ) );
// m_vParserInfo.push_back( ParserData( "COMPRESSED_MAP", IS_STRING, &m_sCompressedMap ) );
m_vParserInfo.push_back( ParserData( "POPUP_MENU", IS_INTEGER, &m_iPopup ) );
m_vParserInfo.push_back( ParserData( "AOS", IS_INTEGER, &m_iAOSToolTips ) );
m_vParserInfo.push_back( ParserData( "CLIENT_IDENTIFICATION", IS_STRING, &m_sClientVersion ) );
m_vParserInfo.push_back( ParserData( "USE_CLILOCS", IS_INTEGER, &m_iClilocs ) );
m_vParserInfo.push_back( ParserData( "CLILOC_LANGUAGE", IS_STRING, &m_sClilocLang ) );
m_vParserInfo.push_back( ParserData( "SPEECH_HUE", IS_INTEGER, &m_iSpeechHue ) );
m_vParserInfo.push_back( ParserData( "AOSTOOLTIPS", IS_INTEGER, &m_iAOSToolTips ) );
//Artix added speech.mul config option
m_vParserInfo.push_back( ParserData( "USE_SPEECH", IS_INTEGER, &m_iSpeech ) );
// Section NET
m_vParserInfo.push_back( ParserData( "NET", IS_SECTION, NULL ) );
m_vParserInfo.push_back( ParserData( "PORT", IS_INTEGER, &m_iServerPort ) );
m_vParserInfo.push_back( ParserData( "SERVER", IS_STRING, &m_sServer ) );
m_vParserInfo.push_back( ParserData( "LOGIN", IS_STRING, &m_sLogin ) );
m_vParserInfo.push_back( ParserData( "PASSWORD", IS_STRING, &m_sPassword ) );
m_vParserInfo.push_back( ParserData( "IS_SPHERE", IS_INTEGER, &m_iIsSphere ) );
m_vParserInfo.push_back( ParserData( "IS_SPHERE55R", IS_INTEGER, &m_iIsSphere55R ) );
m_vParserInfo.push_back( ParserData( "IS_POL", IS_INTEGER, &m_iIsPol ) );
m_vParserInfo.push_back( ParserData( "IS_RUNUO", IS_INTEGER, &m_iIsRunUO ) );
m_vParserInfo.push_back( ParserData( "IS_UOX3", IS_INTEGER, &m_iIsUox3 ) );
m_vParserInfo.push_back( ParserData( "CLIENT_KEY", IS_INTEGER, &m_iClientKey ) );
// Section Sound
m_vParserInfo.push_back( ParserData( "SOUND", IS_SECTION, NULL ) );
m_vParserInfo.push_back( ParserData( "MUSIC", IS_INTEGER, &m_iMusic ) );
m_vParserInfo.push_back( ParserData( "SOUND", IS_INTEGER, &m_iSound ) );
m_vParserInfo.push_back( ParserData( "FREQUENCY", IS_INTEGER, &m_iFrequency ) );
m_vParserInfo.push_back( ParserData( "STEREO", IS_INTEGER, &m_iStereo ) );
m_vParserInfo.push_back( ParserData( "CHUNKSIZE", IS_INTEGER, &m_iChunkSize ) );
m_vParserInfo.push_back( ParserData( "MUSICVOLUME", IS_INTEGER, &m_iMusicVolume ) );
m_vParserInfo.push_back( ParserData( "SOUNDVOLUME", IS_INTEGER, &m_iSoundVolume ) );
m_vParserInfo.push_back( ParserData( "MP3", IS_INTEGER, &m_iMP3 ) );
m_vParserInfo.push_back( ParserData( "FOOTSTEPS", IS_INTEGER, &m_iFootSteps ) );
// Section Iris Client
m_vParserInfo.push_back( ParserData( "IRIS", IS_SECTION, NULL ) );
m_vParserInfo.push_back( ParserData( "SCRIPTS_PATH", IS_STRING, &m_sScriptPath ) );
m_vParserInfo.push_back( ParserData( "MOUSEOVER_TIMER", IS_INTEGER, &m_iMouseMotionTimer ) );
m_vParserInfo.push_back( ParserData( "", IS_END, NULL ) );
// After adding to the vector our struct start filling it with actual values
XML::Parser kParser;
kParser.loadData( "./xml/config.xml" );
XML::Node *kDocument = kParser.parseDocument();
XML::Node *kConfig = kDocument->findNode( "CONFIG" );
if ( !kConfig )
{
THROWEXCEPTION( "Could not find configuration node." );
return false;
}
XML::Node *kValue = NULL, *kSection = NULL;
// Read all values from config.xml
for ( int i = 0; m_vParserInfo[i].iType != IS_END; i++ )
{
const ParserData &Data = m_vParserInfo[i];
if ( Data.iType == IS_SECTION )
{
kSection = kConfig->findNode( Data.sName );
}
else
{
// If no section is loaded get from <config>
kValue = kSection != NULL ? kSection->findNode( Data.sName ) : kConfig->findNode( Data.sName );
if ( kValue != NULL )
{
if ( Data.iType == IS_BOOL )
{
*reinterpret_cast<bool *>( Data.pData ) = kValue->asBool();
}
else if ( Data.iType == IS_INTEGER )
{
*reinterpret_cast<int *>( Data.pData ) = kValue->asInteger();
}
else if ( Data.iType == IS_STRING )
{
*reinterpret_cast<std::string *>( Data.pData ) = kValue->asString();
}
}
}
}
// Read Fonts bit of the file
XML::Node *kFontSet = kConfig->findNode( "FONTSET" );
if ( kFontSet )
{
int idx = 0;
XML::Node *kFontNode = NULL;
FontInfo kFontInfo;
while ( ( kFontNode = kFontSet->findNode( "FONT", idx++ ) ) )
{
if ( !kFontNode->lookupAttribute( "ID", kFontInfo.iId ) )
{
continue;
}
if ( !kFontNode->lookupAttribute( "FILE", kFontInfo.sFileName ) )
{
continue;
}
if ( !kFontNode->lookupAttribute( "NAME", kFontInfo.sFontName ) )
{
continue;
}
if ( !kFontNode->lookupAttribute( "SIZE", kFontInfo.iSize ) )
{
continue;
}
if ( !kFontNode->lookupAttribute( "HUE", kFontInfo.iHue ) )
{
continue;
}
FontManager::GetInstance()->AddTTFFont( kFontInfo.iId, kFontInfo.sFileName, kFontInfo.sFontName, kFontInfo.iSize, kFontInfo.iHue );
}
}
// Depth Buffer
if ( m_iDepthBuffer <= 0 )
{
m_iDepthBuffer = 16;
}
// View Distance
if ( m_iViewDistance < 3 )
{
m_iViewDistance = 3;
}
// Max Zoom
if ( m_iMaxZoom <= 0 )
{
m_iMaxZoom = 0;
}
// Max Angle
if ( m_iMaxAngle < 10 )
{
m_iMaxAngle = 10;
}
// Max Angle
if ( m_iMaxAngle > 90 )
{
m_iMaxAngle = 90;
}
// Fix Mul path if no / at the end
if ( m_sMulPath.size() )
{
char cLastChar = m_sMulPath[m_sMulPath.length() - 1];
if ( ( cLastChar != '/' ) && ( cLastChar != '\\' ) )
{
m_sMulPath += "/";
}
}
return true;
}