Manager::Manager() :
env( SDL_putenv(const_cast<char*>("SDL_VIDEO_CENTERED=center")) ),
jgdata( JSONGamedata::getInstance() ),
io( IOManager::getInstance() ),
clock( Clock::getInstance() ),
screen( io.getScreen() ),
worlds(),
viewport( Viewport::getInstance() ),
explosions(),
sprites(),
player(jgdata.getStr("player.name")),
currentSprite(0),
TICK_INTERVAL(jgdata.getInt("fpsController.tickInterval")),
nextTime(clock.getTicks()+TICK_INTERVAL)
{
clock.pause();
if (SDL_Init(SDL_INIT_VIDEO) != 0) {
throw string("Unable to initialize SDL: ");
}
atexit(SDL_Quit);
JSONValue* backs = jgdata.getValue("backgrounds");
unsigned int numbacks = backs->CountChildren();
std::cout << "Loading " << numbacks << " backgrounds" << std::endl;
for(unsigned i = 0; i < numbacks; i++){
std::string name = backs->Child(i)->Child("name")->AsString();
int fact = 1;
if (backs->Child(i)->HasChild("fact"))
fact = backs->Child(i)->Child("fact")->AsNumber();
worlds.push_back( World(FrameFactory::getInstance().getFrame(name), fact) );
}
unsigned int n = jgdata.getInt("triForce.num");
float smin = jgdata.getFloat("triForce.scale.min");
float smax = jgdata.getFloat("triForce.scale.max");
sprites.reserve(n+2);
for(unsigned i = 0; i < n; i++){
sprites.push_back(new Sprite("triForce",smin,smax));
}
explosions.push_back(new TwowayMultiframeSprite("Etank"));
sort(sprites.begin(), sprites.end());
viewport.setObjectToTrack(player.getSprite());
}
int LevelManager::loadFile(const std::string& file) {
JSONValue *fileData = JSON::Parse(file);
int retval = 0;
if(fileData && fileData->HasChild("levels")){
for(JSONValue* val : fileData->Child("levels")->AsArray()){
++retval;
levelNames.push_back(val->Child("name")->AsString());
levelList.push_back(val);
planetDataList.push_back(fileData->Child("Planets"));
}
}
delete fileData;
return retval;
}
void addChildFromJSON(
JSONValue* jv,
UIComponent* curParent,
bool isFloating = false
) {
int i;
int j;
int curIcon = 0;
JSONValue* curTempl = NULL;
if (
jv->HasChild("template")
) {
if (
jvTemplates->HasChild(jv->Child("template")->string_value)
) {
curTempl = jvTemplates->Child(jv->Child("template")->string_value);
}
else {
cout << "invalid template \n";// << jv->Child("template")->string_value << "\n";
}
}
for (i = 0; i < E_GST_LENGTH; i++) {
guiStringValues[i] = "";
}
for (i = 0; i < E_GFT_LENGTH; i++) {
guiFloatValues[i] = 0.0f;
}
guiFloatValues[E_GFT_HASBACKGROUND] = 1.0;
guiFloatValues[E_GFT_SINGLELINE] = 1.0;
guiStringValues[E_GST_SS] = "defaultSS";
for (j = 0; j < 2; j++) {
if (curTempl != NULL) {
for (i = 0; i < E_GST_LENGTH; i++) {
if (
curTempl->HasChild(guiStringTypes[i])
) {
guiStringValues[i] = curTempl->Child(guiStringTypes[i])->string_value;
}
}
for (i = 0; i < E_GFT_LENGTH; i++) {
if (
curTempl->HasChild(guiFloatTypes[i])
) {
guiFloatValues[i] = curTempl->Child(guiFloatTypes[i])->number_value;
}
}
}
curTempl = jv;
}
guiFloatValues[E_GFT_LAYER] = max(guiFloatValues[E_GFT_LAYER],(float)(curParent->layer));
UIComponent* newParent = curParent->addChild(
curParent->nodeId,
nodeCount,
guiStringValues,
guiFloatValues,
isFloating,
jv
);
nodeCount++;
int numChildren = 0;
int numFloatingChildren = 0;
int numDataChildren = 0;
int numFilters = 0;
JSONValue* jvChildren = NULL;
JSONValue* jvFloatingChildren = NULL;
JSONValue* jvChildTemplate = NULL;
JSONValue* jvFilter = NULL;
JSONValue* curFilter = NULL;
JSONValue* jvData = NULL;
JSONValue* jvDataRoot = NULL;
JSONValue* curData = NULL;
if (jv->HasChild("children")) {
jvChildren = jv->Child("children");
numChildren = jvChildren->CountChildren();
}
for (i = 0; i < numChildren; i++) {
addChildFromJSON(jvChildren->Child(i),newParent, false);
}
if (jv->HasChild("floatingChildren")) {
jvFloatingChildren = jv->Child("floatingChildren");
numFloatingChildren = jvFloatingChildren->CountChildren();
}
for (i = 0; i < numFloatingChildren; i++) {
addChildFromJSON(jvFloatingChildren->Child(i),newParent,true);
}
bool doProc = false;
bool isInternal = false;
int totCount = 0;
E_GUI_CHILD_TYPES curCT = E_GCT_LENGTH;;
if (jv->HasChild("childType")) {
tempStrings[E_GDS_CHILD_TYPE] = jv->Child("childType")->string_value;
if (jv->HasChild("isInternal")) {
if (jv->Child("isInternal")->number_value != 0 ) {
// use an internally generated JSON node
isInternal = true;
}
else {
// todo: load JSON file
}
}
if (jv->HasChild("whereAllEqual")) {
jvFilter = jv->Child("whereAllEqual");
numFilters = jvFilter->CountChildren();
}
else {
jvFilter = NULL;
numFilters = 0;
}
if (jv->HasChild("dataSource")) {
tempStrings[E_GDS_DATA_SOURCE] = jv->Child("dataSource")->string_value;
if (isInternal) {
if (jv->HasChild("dataFile")) {
tempStrings[E_GDS_DATA_FILE] = jv->Child("dataFile")->string_value;
jvDataRoot = (singleton->internalJSON[tempStrings[E_GDS_DATA_FILE]]).jv;
}
}
else {
jvDataRoot = jvRoot;
}
if (jvDataRoot != NULL) {
getJVNodeByString(jvDataRoot, &jvData, tempStrings[E_GDS_DATA_SOURCE]);
numDataChildren = jvData->CountChildren();
if (jv->HasChild("childTemplate")) {
jvChildTemplate = jv->Child("childTemplate");
}
}
}
if ((jvData != NULL)&&(jvChildTemplate != NULL)) {
if (compChildStr("inventoryItem")) {
curCT = E_GCT_INV_ITEM;
}
if (compChildStr("shaderParams")) {
curCT = E_GCT_SHADER_PARAM;
}
//////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////////
for (i = 0; i < numDataChildren; i++) {
curData = jvData->Child(i);
doProc = true;
if (jvFilter != NULL) {
for (j = 0; j < numFilters; j++) {
curFilter = jvFilter->Child(j);
if ( curData->Child(curFilter->Child(0)->string_value)->IsNumber() ) {
if (
curData->Child(curFilter->Child(0)->string_value)->number_value !=
curFilter->Child(1)->number_value
) {
doProc = false;
}
}
else {
// todo: string support
}
}
}
if (doProc) {
switch (curCT) {
case E_GCT_INV_ITEM:
tempStrings[E_GDS_CHILD_NAME] = curData->Child("name")->string_value;
curIcon = jvRoot->
Child("itemDefs")->
Child(tempStrings[E_GDS_CHILD_NAME])->
Child("iconNum")->
number_value;
jvChildTemplate->
Child("floatingChildren")->
Child(0)->
Child("children")->
Child(0)->
Child("label")->
string_value =
jvRoot->
Child("itemDefs")->
Child(tempStrings[E_GDS_CHILD_NAME])->
Child("class")->
string_value;
tempStrings[E_GDS_MATERIAL] = curData->Child("mat")->string_value;
if (tempStrings[E_GDS_MATERIAL].compare("none") == 0) {
tempStrings[E_GDS_MATERIAL] = "";
}
jvChildTemplate->Child("label")->string_value =
i__s(curIcon) +
"& " +
tempStrings[E_GDS_MATERIAL] +
" " +
tempStrings[E_GDS_CHILD_NAME];
break;
case E_GCT_SHADER_PARAM:
jvChildTemplate->Child("label")->string_value =
curData->Child("shaderName")->string_value +
"." +
curData->Child("paramName")->string_value;
jvChildTemplate->Child("uid")->string_value = curData->Child("uid")->string_value;
jvChildTemplate->Child("callbackData")->Child("shaderName")->string_value =
curData->Child("shaderName")->string_value;
jvChildTemplate->Child("callbackData")->Child("paramName")->string_value =
curData->Child("paramName")->string_value;
break;
case E_GCT_LENGTH:
break;
}
// copy template to new child
jv->Child("children")->array_value.push_back(
JSON::Parse(jvChildTemplate->Stringify().c_str())
);
//PROBLEM
addChildFromJSON(jv->Child("children")->Child(totCount),newParent,false); //jvChildTemplate //jv->Child("children")->Child(i)
totCount++;
}
}
}
}
}