void SchematicMap::loadSchematicGroups() {
TemplateManager* templateManager = TemplateManager::instance();
IffStream* iffStream = templateManager->openIffFile(
"datatables/crafting/schematic_group.iff");
if (iffStream == NULL) {
info("schematic_group.iff could not be found.", true);
return;
}
DataTableIff dtiff;
dtiff.readObject(iffStream);
String groupId, schematicName;
for (int i = 0; i < dtiff.getTotalRows(); ++i) {
DataTableRow* row = dtiff.getRow(i);
row->getCell(0)->getValue(groupId);
row->getCell(1)->getValue(schematicName);
iffGroupMap.put(schematicName.hashCode(), groupId);
}
delete iffStream;
buildSchematicGroups();
}
void PlanetManagerImplementation::loadTravelFares() {
TemplateManager* templateManager = TemplateManager::instance();
IffStream* iffStream = templateManager->openIffFile("datatables/travel/travel.iff");
if (iffStream == NULL) {
warning("Travel fares could not be found.");
return;
}
DataTableIff dtiff;
dtiff.readObject(iffStream);
delete iffStream;
//Initialize the rows so we can do a symmetric insert
for(int i = 0; i < dtiff.getTotalRows(); i++) {
VectorMap<String, int> planetFares;
DataTableRow* row = dtiff.getRow(i);
String departurePlanet = "";
row->getCell(0)->getValue(departurePlanet);
travelFares.put(departurePlanet, planetFares);
}
//Insert values
for(int i = 0; i < dtiff.getTotalRows(); i++) {
DataTableRow* row = dtiff.getRow(i);
String departurePlanet = "";
row->getCell(0)->getValue(departurePlanet);
for(int j=i+1; j<dtiff.getTotalColumns(); j++) {
String arrivalPlanet = dtiff.getColumnNameByIndex(j);
int fare = 0;
row->getCell(j)->getValue(fare);
travelFares.get(departurePlanet).put(arrivalPlanet, fare);
if(arrivalPlanet != departurePlanet)
travelFares.get(arrivalPlanet).put(departurePlanet, fare);
}
}
info("Loaded travel fares to " + String::valueOf(travelFares.size()) + " planets.");
}
Vector<DataTableRow*> DataTableIff::getRowsByColumn(int columnIdx, const String& columnValue) {
Vector<DataTableRow*> retRows;
for (int i = 0; i < rows.size(); ++i) {
DataTableRow* row = rows.get(i);
if (row->getCell(columnIdx)->toString() == columnValue)
retRows.add(row);
}
return retRows;
}
void ImageDesignManager::loadCustomizationData() {
TemplateManager* templateManager = TemplateManager::instance();
IffStream* iffStream = templateManager->openIffFile("datatables/customization/customization_data.iff");
if (iffStream == NULL)
return;
//Get the datatable, and parse it into a datatable object.
DataTableIff dataTable;
dataTable.readObject(iffStream);
for (int i = 0; i < dataTable.getTotalRows(); i++) {
DataTableRow* dataRow = dataTable.getRow(i);
if (dataRow == NULL)
continue;
//Get the species gender
String speciesGender = dataRow->getCell(0)->toString();
uint32 templateCRC = String::hashCode("object/creature/player/" + speciesGender + ".iff");
PlayerCreatureTemplate* tmpl = dynamic_cast<PlayerCreatureTemplate*>(templateManager->getTemplate(templateCRC));
if (tmpl == NULL)
continue;
CustomizationDataMap* dataMap = tmpl->getCustomizationDataMap();
if (dataMap == NULL)
continue;
CustomizationData customizationData;
customizationData.parseRow(dataRow);
customizationData.setMinScale(tmpl->getMinScale());
customizationData.setMaxScale(tmpl->getMaxScale());
dataMap->put(customizationData.getCustomizationName(), customizationData);
}
//Done with the stream, so delete it.
if (iffStream != NULL) {
delete iffStream;
iffStream = NULL;
}
}
void ChatManagerImplementation::loadSocialTypes() {
IffStream* iffStream = TemplateManager::instance()->openIffFile("datatables/chat/social_types.iff");
if (iffStream == NULL) {
error("Could not load social types.");
return;
}
DataTableIff dtiff;
dtiff.readObject(iffStream);
delete iffStream;
for (int i = 0; i < dtiff.getTotalRows(); ++i) {
DataTableRow* row = dtiff.getRow(i);
String key;
row->getCell(0)->getValue(key);
socialTypes.put(i + 1, key);
}
info("Loaded " + String::valueOf(socialTypes.size()) + " social types.", true);
}
bool ResourceTree::buildTreeFromClient() {
TemplateManager* templateManager = TemplateManager::instance();
IffStream* iffStream = templateManager->openIffFile("datatables/resource/resource_tree.iff");
if (iffStream == NULL) {
info("The Resource Tree could not be found.", true);
return false;
}
DataTableIff dtiff;
dtiff.readObject(iffStream);
Vector<String> currentClasses;
Vector<String> currentStfClasses;
baseNode = new ResourceTreeNode("resource", "Resources", 0);
String stringvalue, randomname, resourcecontainer;
int intvalue;
bool boolValue;
for (int i = 1; i < dtiff.getTotalRows(); ++i) {
DataTableRow* row = dtiff.getRow(i);
row->getValue(1, stringvalue);
ResourceTreeEntry* entry = new ResourceTreeEntry(stringvalue);
for (int j = 3; j <= 9; ++j) {
String resourceclass;
row->getValue(j, resourceclass);
if (resourceclass.isEmpty())
continue;
while (currentStfClasses.size() > j - 3) {
currentStfClasses.removeElementAt(j - 3);
currentClasses.removeElementAt(j - 3);
}
currentStfClasses.add(stringvalue);
currentClasses.add(resourceclass);
}
for (int j = 0; j < currentStfClasses.size(); ++j) {
entry->addClass(currentClasses.get(j));
entry->addStfClass(currentStfClasses.get(j));
}
row->getValue(10, intvalue);
entry->setMaxtype(intvalue);
row->getValue(11, intvalue);
entry->setMintype(intvalue);
row->getValue(12, intvalue);
entry->setMinpool(intvalue);
row->getValue(13, intvalue);
entry->setMaxpool(intvalue);
row->getValue(14, boolValue);
entry->setRecycled(boolValue);
for (int j = 16; j <= 26; ++j) {
row->getValue(j, stringvalue);
if (stringvalue == "")
break;
int min;
row->getCell(j + 11 + (j - 16))->getValue(min);
int max;
row->getCell(j + 12 + (j - 16))->getValue(max);
entry->addAttribute(new ResourceAttribute(stringvalue, min, max));
}
row->getCell(49)->getValue(stringvalue);
if(stringvalue != "")
resourcecontainer = stringvalue;
entry->setResourceContainerType(resourcecontainer);
row->getCell(50)->getValue(stringvalue);
if(stringvalue != "")
randomname = stringvalue;
entry->setRandomNameClass(randomname);
setZoneRestriction(entry);
setJtl(entry);
setSurveyToolType(entry);
setRecycleToolType(entry);
/// Add entry to the tree
baseNode->add(entry);
}
/// Update the Stf Entries now that the tree is built
//baseNode->updateEntries();
return true;
}