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// source.cpp case 0
if (pInfo(peer)->autofarm || pInfo(peer)->autofarm2) loop_cheat();
// source.cpp void loop_worlds üstü
long long int autofarm_delay = 0;
void loop_cheat() {
long long ms_time = duration_cast<milliseconds>(system_clock::now().time_since_epoch()).count();
try {
if (autofarm_delay - ms_time <= 0) {
autofarm_delay = ms_time + 300;
for (ENetPeer* currentPeer = server->peers; currentPeer < &server->peers[server->peerCount]; ++currentPeer) {
if (currentPeer->state != ENET_PEER_STATE_CONNECTED or currentPeer->data == NULL or pInfo(currentPeer)->world.empty() or pInfo(currentPeer)->tankIDName.empty()) continue;
if (pInfo(currentPeer)->autofarm || pInfo(currentPeer)->autofarm2) {
int playerx = pInfo(currentPeer)->x / 32 + (pInfo(currentPeer)->state == 16 ? -1 : 1);
int playery = pInfo(currentPeer)->y / 32 + (pInfo(currentPeer)->y / 32 < pInfo(currentPeer)->y / 32 ? -1 : 1);
int location = playerx / 32 + (playery / 32 * 100);
string name_ = pInfo(currentPeer)->world;
vector<World>::iterator p = find_if(worlds.begin(), worlds.end(), [name_](const World& a) { return a.name == name_; });
if (pInfo(currentPeer)->autofarm) {
edit_tile(currentPeer, pInfo(currentPeer)->x / 32 + (pInfo(currentPeer)->state == 16 ? -1 : 1), pInfo(currentPeer)->y / 32, 18);
int block = pInfo(currentPeer)->farmable;
int c_ = 0;
modify_inventory(currentPeer, block, c_);
if (p != worlds.end()) {
World* world_ = &worlds[p - worlds.begin()];
WorldBlock* block_ = &world_->blocks[location];
if (block != 5640) {
if (c_ <= 1) {
pInfo(currentPeer)->autofarm = 0, pInfo(currentPeer)->farmable = 0;
gamepacket_t ps;
ps.Insert("OnConsoleMessage");
ps.Insert("`4Autofarm Stopped! `oYou don't have enough block to farm!");
ps.CreatePacket(currentPeer);
}
if (block_->fg == 0 && block_->bg == 0) {
edit_tile(currentPeer, pInfo(currentPeer)->x / 32 + (pInfo(currentPeer)->state == 16 ? -1 : 1), pInfo(currentPeer)->y / 32, block);
}
else {
edit_tile(currentPeer, pInfo(currentPeer)->x / 32 + (pInfo(currentPeer)->state == 16 ? -1 : 1), pInfo(currentPeer)->y / 32, 18);
}
}
else {
for (int i_ = 0; i_ < world_->machines.size(); i_++) {
WorldMachines machine = world_->machines[i_];
if (machine.x == pInfo(currentPeer)->magnetron_x and machine.y == pInfo(currentPeer)->magnetron_y and machine.id == 5638) {
if (machine.enabled) {
WorldBlock* itemas = &world_->blocks[machine.x + (machine.y * 100)];
if (itemas->magnetron and itemas->id == pInfo(currentPeer)->magnetron_id) {
if (itemas->pr > 0) {
if (block_->fg == 0 && block_->bg == 0) {
edit_tile(currentPeer, pInfo(currentPeer)->x / 32 + (pInfo(currentPeer)->state == 16 ? -1 : 1), pInfo(currentPeer)->y / 32, itemas->id, true);
itemas->pr--;
if (itemas->pr <= 0) {
PlayerMoving data_{};
data_.packetType = 5, data_.punchX = machine.x, data_.punchY = machine.y, data_.characterState = 0x8;
BYTE* raw = packPlayerMoving(&data_, 112 + alloc_(world_, itemas));
BYTE* blc = raw + 56;
form_visual(blc, *itemas, *world_, NULL, false);
for (ENetPeer* currentPeer = server->peers; currentPeer < &server->peers[server->peerCount]; ++currentPeer) {
if (currentPeer->state != ENET_PEER_STATE_CONNECTED or currentPeer->data == NULL) continue;
if (pInfo(currentPeer)->world == world_->name) {
send_raw(currentPeer, 4, raw, 112 + alloc_(world_, itemas), ENET_PACKET_FLAG_RELIABLE);
}
}
delete[] raw, blc;
}
break;
}
else {
edit_tile(currentPeer, pInfo(currentPeer)->x / 32 + (pInfo(currentPeer)->state == 16 ? -1 : 1), pInfo(currentPeer)->y / 32, 18);
}
}
else {
pInfo(currentPeer)->autofarm = 0, pInfo(currentPeer)->farmable = 0;
gamepacket_t ps;
ps.Insert("OnConsoleMessage");
ps.Insert("`4Autofarm Stopped! `oYou don't have enough block to farm!");
ps.CreatePacket(currentPeer);
}
}
}
}
}
}
}
}
}
else {
continue;
}
}
}
}
catch (out_of_range) {
return;
}
}
// source.cpp autofarm buton
if (cch.find("action|dialog_return\ndialog_name|cheats_1_1\nauto_farming_item|") != std::string::npos) {
vector<string> t_ = explode("|", cch);
if (t_.size() < 4) break;
int anan = atoi(explode("\n", t_[3])[0].c_str());
if (items[anan].blockType != FOREGROUND && anan != 5640) {
gamepacket_t k;
k.Insert("OnConsoleMessage");
k.Insert("`4Error! You can farm only blocks!");
break;
}
else {
pInfo(peer)->farmable = atoi(explode("\n", t_[3])[0].c_str());
autodialog(peer);
}
break;
}
if (cch.find("action|dialog_return\ndialog_name|cheats_1_1\nbuttonClicked|closeauto") != std::string::npos) {
pInfo(peer)->autofarm = 0, pInfo(peer)->autofarm2 = 0;
break;
}
else if (cch.find("action|dialog_return\ndialog_name|cheats_1_1") != string::npos) {
pInfo(peer)->autofarm = atoi(explode("\n", explode("nocip_1_1|", cch)[1])[0].c_str()); //Auto Farm
if (pInfo(peer)->autofarm2 && pInfo(peer)->autofarm) {
gamepacket_t p;
p.Insert("OnDialogRequest");
p.Insert("`4Error!`o You can only choose one thing!");
p.CreatePacket(peer);
pInfo(peer)->autofarm = 0, pInfo(peer)->autofarm2 = 0;
break;
}
}
// world.h
void autodialog(ENetPeer* p_) {
gamepacket_t p;
p.Insert("OnDialogRequest");
p.Insert("set_default_color|`o\nadd_label_with_icon|big|`wAutofarm Menu|left|7064|\n"
"add_spacer|small|\n"
"add_label_with_icon|small|`2Current Block: `w" + items[pInfo(p_)->farmable].name + "|left|" + to_string(pInfo(p_)->farmable) + "|\n"
"add_spacer|small|\n"
"add_item_picker|auto_farming_item|`wChoose Autofarm Block``|Choose an item you want to auto farm!|\n"
"add_spacer|small|\n"
"add_checkbox|nocip_1_1|Start Autofarming|" + (string(pInfo(p_)->autofarm ? "1" : "0")) + "\n"
"add_button|closeauto|Restore defaults|noflags|0|0|\n"
"add_smalltext|`oSelect Remote as block for doing autofarm with magplant!|\n"
"add_spacer|small|\n"
"end_dialog|cheats_1_1|Cancel|Apply|");
p.CreatePacket(p_);
}
//world.h ctrl + f else if (a_[i_] == "popup")
else if (a_.size() == 8 and a_[5] == "autofarm") {
autodialog(p_);
} // autofarmi wrenchselfteki yere bagladik boyle yaparak, wrenchself dialoguna autofarm isimli buton ekle
// PlayerInfo (int auth, save_player ve player.h tanımla)
int autofarm
int autofarm2
int farmable