void cServer::sendChunkData(int playerId, int x, int y)
{
sf::Packet data;
if (!world.map[x][y].isLoaded)
{
world.loadChunk(vec2i(x, y));
}
game.access.lock();
world.access.lock();
data << MSG_BIG_WORLD_ONECHUNK;
for (int i = 0; i < game.unitCounter; i++)
{
if (game.unit[i].chunkPos == vec2i(x, y))
{
addUnitData(&data, &game.unit[i]);
}
}
server.sendPacket(playerId, data);
world.access.unlock();
game.access.unlock();
}
DATA::DATA(const char * filepath, WORLD * w, UI_DATA& ui_data) : dataOk(true), firstUnit(NULL), firstAnimation(NULL), world(w), ui_data(ui_data), num_units(0)
{
// temp. variables
UNIT_DATA * tmpUnitData = NULL;
ANIMATION_DATA * tmpAnimationData = NULL;
BUILDING_DATA * tmpBuildingData = NULL;
string path(filepath);
string file;
// load unit datafile
file = path + "units.dat";
CONFIG_FILE df(file.c_str());
CONFIG_BLOCK * block;
while (block = df.next()) {
tmpUnitData = new UNIT_DATA(block->get_name());
// load data
while (block->line_type()) {
switch (block->line_type()) {
case CONFIG_LINE::INTEGER :
tmpUnitData->setData(block->read_integer());
break;
case CONFIG_LINE::STRING :
tmpUnitData->setData(block->read_string());
break;
}
block->next();
}
// store
if (!tmpUnitData->is_building) unit_list.push_back(string(block->get_name()));
if (tmpUnitData) { // append new UNIT_DATA to the linked list
addUnitData(tmpUnitData);
tmpUnitData = NULL;
}
}
// load animation datafile
file = path + "animation.dat";
CONFIG_FILE af(file.c_str());
while (block = af.next()) {
tmpAnimationData = new ANIMATION_DATA(block->get_name());
// load data
while (block->line_type()) {
switch (block->line_type()) {
case CONFIG_LINE::INTEGER :
tmpAnimationData->setData(block->read_integer());
break;
case CONFIG_LINE::STRING :
tmpAnimationData->setData(block->read_string());
break;
}
block->next();
}
// store
if (tmpAnimationData) { // append new ANIMATION_DATA to the linked list
addAnimationData(tmpAnimationData);
tmpAnimationData = NULL;
}
}
// load building datafile
file = path + "buildings.dat";
CONFIG_FILE bf(file.c_str());
string tstr;
while (block = bf.next()) {
building_lib[block->get_name()] = BUILDING_DATA();
// set name
building_lib[block->get_name()].give_dataobj(this);
building_lib[block->get_name()].set_data(block->get_name());
// set generic buildplot types
building_lib[block->get_name()].is_generic = !strncmp(block->type.c_str(), "genericplot", 11) ? true : false;
building_lib[block->get_name()].is_buildsite = !strncmp(block->type.c_str(), "buildplot", 9) ? true : false;
// add to list
building_list.push_back(string(block->get_name()));
// load data
while (block->line_type()) {
switch (block->line_type()) {
case CONFIG_LINE::INTEGER :
building_lib[block->get_name()].set_data(block->read_integer());
break;
case CONFIG_LINE::STRING :
building_lib[block->get_name()].set_data(block->read_string());
break;
}
block->next();
}
}
// load civilizations
char buf[1024];
int i;
file = path + "civilizations.dat";
FILE* fciv = fopen(file.c_str(), "r");
if (!fciv) panic("missing civilizations.dat!");
printf("success: civilizations.dat loaded\n");
while (!feof(fciv)) {
while (fgetc(fciv) != '"') if (feof(fciv)) break;
if (feof(fciv)) break;
fgets(buf, 1024, fciv);
i = 0;
while (buf[i] != '"' && buf[i] != '\n' && i < 1023) i++;
if (buf[i] == '"') {
buf[i] = '\0';
civs.push_back(string(buf));
printf(" civ: '%s'\n", buf);
} else {
panic("unmatched \" in civilizations.dat");
}
}
if (!civs.size()) panic("civilizations.dat doesn't define any factions!");
fclose(fciv);
}