twproxy2/scripts.cpp

#include "scripts.h"

#include <boost/format.hpp>

#include "logging.h"

ScriptTerror::ScriptTerror(Director &d) : Dispatch(d) {
  BUGZ_LOG(warning) << "ScriptTerror()";
  init();
}

ScriptTerror::~ScriptTerror() { BUGZ_LOG(warning) << "~ScriptTerror()"; }

void ScriptTerror::init(void) {
  BUGZ_LOG(fatal) << "ScriptTerror::init()";

  move = std::make_shared<MoveDispatch>(director);
  md = static_cast<MoveDispatch *>(&(*move));
  // setup notify functions for results/completion.
  md->setNotify([this]() { this->move_notify(); });

  input = std::make_shared<InputDispatch>(director);
  id = static_cast<InputDispatch *>(&(*input));
  id->prompt = "Number of loops: ";
  id->max_length = 4;
  id->numeric = true;
  id->setNotify([this]() { this->input_notify(); });

  trader = std::make_shared<TraderDispatch>(director);
  td = static_cast<TraderDispatch *>(&(*trader));
  td->setNotify([this]() { this->trade_notify(); });
  BUGZ_LOG(fatal) << "ScriptTerror::init() completed.";
}

void ScriptTerror::activate(void) {
  BUGZ_LOG(warning) << "ScriptTerror::activate()";
  // Need: InputDispatch, MoveDispatch, ScriptTrader

  // Save the trade_end_empty setting, and set to Y
  if (director.galaxy.config.contains("trade_end_empty")) {
    old_trade_end_empty = director.galaxy.config["trade_end_empty"];
  } else {
    old_trade_end_empty = "Y";
  }
  director.galaxy.config["trade_end_empty"] = "Y";

  // Step 0:  Get ship information / # of holds
  max_loops = loops = -1;
  to_server("I");

  // Step 1:  Get number of loops of terror
  // director.chain = input;
  // input->activate();

  // Step 2:  Look for closest trades, try ScriptTrade until none < some
  // level. Step 3:  Move on, unless out of loops (or low on turns)

  // deactivate();
}

void ScriptTerror::deactivate(void) {
  BUGZ_LOG(warning) << "ScriptTerror::deactivate()";
  // restore the original value.
  director.galaxy.config["trade_end_empty"] = old_trade_end_empty;
  notify();
}

void ScriptTerror::input_notify(void) {
  if (id->input.empty()) {
    deactivate();
    return;
  }
  if (id->aborted) {
    deactivate();
    return;
  }

  max_loops = sstoi(id->input, -1);
  if (max_loops == -1) {
    deactivate();
    return;
  }
  id->input.clear();
  BUGZ_LOG(warning) << "Loops of terror: " << max_loops;
  loops = max_loops;

  // find nearest
  int stop_percent;
  if (director.galaxy.config.contains("stop_percent")) {
    stop_percent = director.galaxy.config["stop_percent"].get<int>();
  } else {
    stop_percent = 25;
    director.galaxy.config["stop_percent"] = stop_percent;
  }

  ppt = director.galaxy.find_closest_trade(director.current_sector, 3,
                                           stop_percent);
  if (ppt.type == 0) {
    to_client("No trades found!  You've burnt the galaxy!\n\r");
    deactivate();
    return;
  }
  // ok, step 2:  move!
  // md->setNotify([this]() { this->proxy_deactivate(); });

  if (director.current_sector != ppt.s1) {
    BUGZ_LOG(fatal) << "Moving to: " << ppt.s1;
    md->move_to = ppt.s1;
    director.chain = move;
    director.chain->activate();
    return;
  } else {
    // We're already there!
    to_client("Ok!  Get trading!\n\r");

    td->port[0] = ppt.s1;
    td->port[1] = ppt.s2;
    td->trades = ppt.trades;
    td->type = ppt.type;
    director.chain = trader;
    director.chain->activate();
    return;
  }
}

void ScriptTerror::move_notify(void) {
  BUGZ_LOG(fatal) << "move_notify()";
  if (md->aborted) {
    to_client("Move cancel.\n\r");
    deactivate();
    return;
  }

  // Check for success, and start trading!
  if (md->success) {
    to_client("We're here, get trading!\n\r");

    td->port[0] = ppt.s1;
    td->port[1] = ppt.s2;
    td->trades = ppt.trades;
    td->type = ppt.type;
    director.chain = trader;
    director.chain->activate();
    return;
  } else {
    std::string message = "Move FAILED. " + md->why_failed + "\n\r";
    // to_client("Move FAILED.\n\r");
    to_client(message);
    deactivate();
  }
}

void ScriptTerror::server_prompt(const std::string &prompt) {
  if ((loops == -1) && (max_loops == -1)) {
    if (at_command_prompt(prompt)) {
      // Step 1:  Get number of loops of terror
      director.chain = input;
      input->activate();
      return;
    }
  }
}

void ScriptTerror::trade_notify(void) {
  // Done trading -- maybe! :P
  if (td->aborted) {
    to_client("Trade cancel.\n\r");
    deactivate();
    return;
  }

  if (td->success) {
    // success!

    // find nearest
    int stop_percent;
    if (director.galaxy.config.contains("stop_percent")) {
      stop_percent = director.galaxy.config["stop_percent"].get<int>();
    } else {
      stop_percent = 25;
      director.galaxy.config["stop_percent"] = stop_percent;
    }

    ppt = director.galaxy.find_closest_trade(director.current_sector, 3,
                                             stop_percent);
    if (ppt.type == 0) {
      to_client("No trades found!  You've burnt the galaxy!\n\r");
      deactivate();
      return;
    }
    if ((director.current_sector == ppt.s1) ||
        (director.current_sector == ppt.s2)) {
      // We're still here...
      BUGZ_LOG(fatal) << "Trade it again, Sam.";
      to_client("Keep trading.\n\r");
      td->port[0] = ppt.s1;
      td->port[1] = ppt.s2;
      td->trades = ppt.trades;
      td->type = ppt.type;
      director.chain = trader;
      director.chain->activate();
      return;
    }
    // Ok, this isn't a local trade.
    if (loops == 0) {
      to_client("We're done terrorizing, for now...\n\r");
      deactivate();
      return;
    }
    --loops;
    // Move to our next target
    BUGZ_LOG(fatal) << "Moving to: " << ppt.s1;
    md->move_to = ppt.s1;
    director.chain = move;
    director.chain->activate();
    return;
  } else {
    std::string message = "Trade done: " + td->why_failed + "\n\r";
    to_client(message);
  }
  // to_client("Ok, trade is done.\n\r");
  deactivate();
}

ScriptVoyager::ScriptVoyager(Director &d) : Dispatch(d) {
  BUGZ_LOG(warning) << "ScriptVoyager()";
  init();
}

ScriptVoyager::~ScriptVoyager() { BUGZ_LOG(warning) << "~ScriptVoyager()"; }

void ScriptVoyager::init(void) {
  move = std::make_shared<MoveDispatch>(director);
  md = static_cast<MoveDispatch *>(&(*move));
  md->setNotify([this]() { this->move_notify(); });

  input = std::make_shared<InputDispatch>(director);
  id = static_cast<InputDispatch *>(&(*input));
  id->prompt = "Number of loops/tries: ";
  id->max_length = 5;
  id->numeric = true;
  id->setNotify([this]() { this->input_notify(); });
}

void ScriptVoyager::activate(void) {
  director.chain = input;
  input->activate();
  return;
}

void ScriptVoyager::deactivate(void) {
  BUGZ_LOG(warning) << "ScriptVoyager::deactivate()";
  notify();
}

void ScriptVoyager::move_notify(void) {
  if (md->aborted) {
    deactivate();
    return;
  }
  if (md->success) {
    // Great!
    next();
    return;
  } else {
    std::string message = "No safe moves. " + md->why_failed + "\n\r";
    to_client(message);
    deactivate();
  }
}

void ScriptVoyager::input_notify(void) {
  if (id->input.empty() || id->aborted) {
    to_client("Ok, maybe later then.\n\r");
    deactivate();
    return;
  }
  loops = sstoi(id->input, -1);

  if (loops == -1) {
    to_client("I'm sorry, WHAT?\n\r");
    deactivate();
  }

  id->input.clear();
  BUGZ_LOG(warning) << "Voyager loops: " << loops;
  next();
}

void ScriptVoyager::next(void) {
  if (loops == 0) {
    // ok, stop here.
    to_client("The voyage ends here, for now.\n\r");
    deactivate();
    return;
  }

  --loops;

  sector_type s =
      director.galaxy.find_nearest_unexplored(director.current_sector);
  if (s == 0) {
    to_client("I don't see anything else to explorer.\n\r");
    BUGZ_LOG(warning) << "find_nearest_unexplored returned 0";
    deactivate();
  }

  BUGZ_LOG(warning) << "Next stop: " << s;
  md->move_to = s;
  director.chain = move;
  director.chain->activate();
}

// SL: [###### DANGER! You have marked sector 740 to be avoided!]
// SP: [Do you really want to warp there? (Y/N) ]

void ScriptVoyager::server_prompt(const std::string &prompt) {}

ScriptExplore::ScriptExplore(Director &d) : Dispatch(d) {
  BUGZ_LOG(warning) << "ScriptExplore()";
  init();
}

ScriptExplore::~ScriptExplore() { BUGZ_LOG(warning) << "~ScriptExplore()"; }

void ScriptExplore::init() {
  move = std::make_shared<MoveDispatch>(director);
  md = static_cast<MoveDispatch *>(&(*move));
  md->setNotify([this]() { this->move_notify(); });

  input = std::make_shared<InputDispatch>(director);
  id = static_cast<InputDispatch *>(&(*input));
  id->prompt = "Number of sectors to explore: ";
  id->max_length = 5;
  id->numeric = true;
  id->setNotify([this]() { this->input_notify(); });
  state = 0;
  target = 0;

  if (!director.galaxy.config.contains("prefer_ports")) {
    director.galaxy.config["prefer_ports"] = "Y";
    prefer_ports = true;
  } else {
    prefer_ports = json_str(director.galaxy.config["prefer_ports"]) == "Y";
  }
  if (!director.galaxy.meta["help"].contains("prefer_ports")) {
    director.galaxy.meta["help"]["prefer_ports"] =
        "Explorer prefers to find ports.";
  }
  BUGZ_LOG(warning) << "Prefer Ports: " + prefer_ports;
}

void ScriptExplore::activate() {
  us = director.chain;

  state = 1;
  to_server("I");
  /*
  director.chain = input;
  input->activate();
  if(director.galaxy.meta["ship"]) {
    if(!director.galaxy.meta["ship"]["scanner"]) {
      to_client("\n\rIt appears your ship doesn't have a long range
  scanner.\n\r"); deactivate();
    }
  }
  state = 1;
  return;
  */
}

void ScriptExplore::deactivate() {
  BUGZ_LOG(warning) << "ScriptExplore::deactivate()";
  us.reset();
  notify();
}

void ScriptExplore::move_notify() {
  director.chain = us;
  if (md->aborted) {
    deactivate();
    return;
  }
  if (md->success) {
    to_server("SD");
    state = 3;
    return;
  } else {
    if (unknown_warps.size() != 0) {
      BUGZ_LOG(warning) << "Seeking previous unexplored (Unsafe Dest.)";
      state = 4;
      next();
      target = unknown_warps.top();
      unknown_warps.pop();
      std::string message = "UNSAFE DESTINATION";
      std::string indenter = "    ";
      ANSIColor alert(COLOR::WHITE, COLOR::RED, ATTR::BOLD);
      to_client(indenter + alert() + message + reset() + "\n\r");
    } else {
      std::string message = "Move failed: " + md->why_failed + "\n\r";
      // to_client("No safe moves.\n\r");
      BUGZ_LOG(warning) << message;
      to_client(message);
      deactivate();
    }
  }
}

void ScriptExplore::input_notify() {
  director.chain = us;
  if (id->input.empty() || id->aborted) {
    to_client("Maybe next time.\n\r");
    deactivate();
    return;
  }
  loops = sstoi(id->input, -1);

  if (loops == -1) {
    to_client("I'm sorry, WHAT?\n\r");
    deactivate();
    return;
  }
  if (loops == 0) {
    infinite = true;
  } else {
    infinite = false;
  }

  id->input.clear();
  if (!infinite) {
    BUGZ_LOG(warning) << "Explore loops: " << loops;
  } else {
    to_client("Infinite Mode!\n\r");
    to_client("[ PRESS A KEY TO STOP ]\n\r");
    BUGZ_LOG(warning) << "Explore loops: INFINITE";
  }

  to_server("SD");
  state = 3;
}

void ScriptExplore::next() {
  if (loops <= 0 && !infinite) {
    to_client("The exploration ends, for now.\n\r");
    deactivate();
    return;
  }
  if (!infinite) --loops;

  // Calculate next best sector to goto
  density_scan &ds = director.galaxy.dscan;
  density best_sector;
  best_sector.sector = 0;
  if (target != 0) {
    BUGZ_LOG(info) << "Using: " << target;
    best_sector.sector = target;
    target = 0;
  } else {
    for (int x = 0; x < ds.pos; ++x) {
      if (best_sector.sector != 0)
        BUGZ_LOG(info) << "Comparing: " << ds.d[x].sector << " ("
                       << ds.d[x].density << ", " << ds.d[x].known << ") to "
                       << best_sector.sector << " (" << best_sector.density
                       << ", " << best_sector.known << ")";
      /* Is this sector prefered over others?
       * Warp Counts (Number of warps)
       * Density Check (Is this sector clear, does it contain a port)
       * NavHaz Check (Avoid sectors with navhaz above X%)
       */
      if (!ds.d[x].known) {
        BUGZ_LOG(info) << "Subject: " << ds.d[x].sector;
        // Compare, Warp counts
        if (best_sector.sector != 0) {
          if (prefer_ports) {
            if ((ds.d[x].density == 100 || ds.d[x].density == 101) ||
                (ds.d[x].warps >= best_sector.warps)) {
              if (density_clear(ds.d[x].sector, ds.d[x].density,
                                ds.d[x].navhaz)) {
                if (best_sector.sector != 0) {
                  BUGZ_LOG(info)
                      << "Storing previous best " << best_sector.sector;
                  unknown_warps.push(best_sector.sector);
                }
                best_sector = ds.d[x];
              }
            } else {
              if (density_clear(ds.d[x].sector, ds.d[x].density,
                                ds.d[x].navhaz)) {
                BUGZ_LOG(info)
                    << "Added " << ds.d[x].sector << " to unknown_warps ("
                    << unknown_warps.size() << ")";
                unknown_warps.push(ds.d[x].sector);
              }
            }
          } else {
            if ((ds.d[x].warps >= best_sector.warps)) {
              if (density_clear(ds.d[x].sector, ds.d[x].density,
                                ds.d[x].navhaz)) {
                if (best_sector.sector != 0) {
                  BUGZ_LOG(info)
                      << "Storing previous best " << best_sector.sector;
                  unknown_warps.push(best_sector.sector);
                }
                best_sector = ds.d[x];
              }
            } else {
              if (density_clear(ds.d[x].sector, ds.d[x].density,
                                ds.d[x].navhaz)) {
                BUGZ_LOG(info)
                    << "Added " << ds.d[x].sector << " to unknown_warps ("
                    << unknown_warps.size() << ")";
                unknown_warps.push(ds.d[x].sector);
              }
            }
          }
        } else {
          BUGZ_LOG(info) << "No-Op " << ds.d[x].sector << " is best.";
          best_sector = ds.d[x];
        }
        // Check density for possible port
      }
      // Check density for possible port
    }
  }
  BUGZ_LOG(warning) << "Unknown Warps: " << unknown_warps.size();
  if (best_sector.sector == 0) {
    if (unknown_warps.size() == 0) {
      to_client("No unknown warps.");
      deactivate();
      return;
    } else {
      BUGZ_LOG(warning) << "Seeking previous unexplored";
      best_sector.sector = unknown_warps.top();
      unknown_warps.pop();
      std::string message = "DEAD END";
      std::string indenter = "    ";
      ANSIColor alert(COLOR::WHITE, COLOR::RED, ATTR::BOLD);
      to_client(indenter + alert() + message + reset() + "\n\r");
    }
  }
  BUGZ_LOG(warning) << "Targeting sector: " << best_sector.sector;
  if (director.current_sector != best_sector.sector) {
    md->move_to = best_sector.sector;
    director.chain = move;
    director.chain->activate();
  } else {
    BUGZ_LOG(warning) << "Targeting current sector!";
    state = 3;
    to_server("SD");
  }
}

void ScriptExplore::server_prompt(const std::string &prompt) {
  BUGZ_LOG(info) << "Explorer State: SP " << state;
  // next();
  if (state == 1) {
    if (at_command_prompt(prompt)) {
      if (director.galaxy.meta.contains("ship")) {
        if (!director.galaxy.meta["ship"].contains("scanner")) {
          to_client(
              "\n\rIt appears your ship doesn't have a long range "
              "scanner.\n\r");
          deactivate();
          return;
        }
      }
      state = 2;
      BUGZ_LOG(info) << "state = 1, prompting for user input";
      director.chain = input;
      input->activate();
      return;
    }
  }
  if (state == 3) {
    if (at_command_prompt(prompt)) {
      state = 4;
      BUGZ_LOG(info) << "state = 3, calculating next sector";
      next();
    }
  }
}

ScriptPlanet::ScriptPlanet(Director &d) : Dispatch(d) {
  BUGZ_LOG(warning) << "ScriptPlanet()";
  init();
}

ScriptPlanet::~ScriptPlanet() { BUGZ_LOG(warning) << "~ScriptPlanet()"; }

void ScriptPlanet::init() {
  move = std::make_shared<MoveDispatch>(director);
  md = static_cast<MoveDispatch *>(&(*move));
  md->setNotify([this]() { this->move_notify(); });
  trader = std::make_shared<TraderDispatch>(director);
  td = static_cast<TraderDispatch *>(&(*trader));
  td->setNotify([this]() { this->trade_notify(); });
  input = std::make_shared<InputDispatch>(director);
  id = static_cast<InputDispatch *>(&(*input));
  id->prompt = "Which planet would you like to upgrade => ";
  id->max_length = 3;
  id->numeric = true;
  id->setNotify([this]() { this->input_notify(); });
  state = 0;
}

void ScriptPlanet::activate() {
  us = director.chain;
  aborted = false;

  // FUTURE:  handle special case here, where we activate at planet/citadel
  // prompt

  /*
    States:
    1 = Team List Planets
    2 = List Planets
    3 = Input Which planet to upgrade?
    4 = Move to Planet
    5 = Land, get planet information
    6 = CU Citadel build/upgrade
    7 = Parse Citadel needs
    8 = Construct/upgrade ?
    9 = to terra!
    10 = back to the planet!
    11 = unloading...
    12 = resources ... TODO
  */

  state = 1;

  // clear out the planets list -- we're refreshing.
  director.galaxy.planets.clear();
  // get planet lists
  to_server("TLQ");
}

void ScriptPlanet::deactivate() {
  BUGZ_LOG(warning) << "ScriptPlanet::deactivate()";
  us.reset();
  notify();
}

void ScriptPlanet::clear_amounts(void) {
  // clear amounts
  for (int x = 0; x < 3; x++) {
    population[x] = 0;
    amount[x] = 0;
    needs[x] = 0;
    ship[x] = 0;
    to_make_one[x] = 0;
  }
  total_population = 0;
  support_construction = 0;
  days = 0;
}

/**
 * @brief Best place to put colonists
 *
 * Where is the best place to put colonists?
 *
 * That would be in production where they produce the most product.
 * Where the number to make one is the least.
 *
 * @return int
 */
int ScriptPlanet::place_colonists(void) {
  int best = 1000;
  int pos = 0;
  for (int x = 0; x < 3; x++) {
    if (to_make_one[x] != 0) {
      if (to_make_one[x] < best) {
        best = to_make_one[x];
        pos = x;
      }
    }
  }
  return pos;
}

void ScriptPlanet::input_notify() {
  // deactivate();
  director.chain = us;
  if (id->input.empty()) {
    deactivate();
    return;
  }

  int selected = sstoi(id->input);
  if (selected == 0) {
    deactivate();
    return;
  }

  // find the planet in our list
  auto pos = director.galaxy.planets.find(selected);
  if (pos == director.galaxy.planets.end()) {
    to_client("Sorry, I can't find that planet #.\n\r");
    deactivate();
    return;
  }

  // Check planet level, if already max, don't bother!

  // Ok, we're off to planet # selected!
  planet = selected;
  sector = pos->second.sector;
  current_level = pos->second.level;

  if (director.current_sector == sector) {
    // We're already there!
    state = 5;
    // clear out numbers
    clear_amounts();

    // Landing ...
    to_server("L");
    return;
  } else {
    // Let's get to the planet
    state = 4;
    md->move_to = sector;
    director.chain = move;
    move->activate();
    return;
  }
}

void ScriptPlanet::move_notify() {
  director.chain = us;
  if (md->success) {
    // Ok, we're here
    if (state == 4) {
      state = 5;
      // clear out numbers
      clear_amounts();

      to_server("L");
      return;
    } else if (state == 9) {
      // Ok, we're at terra
      to_server("LT\r");
      return;
    } else if (state == 10) {
      // Back at the planet - Land and unload
      to_server("L");
      return;
    }
    return;
  } else {
    std::string message = "MOVE FAILED: ";
    message.append(md->why_failed);
    message.append("\n\r");
    to_client(message);
    deactivate();
    return;
  }
}
void ScriptPlanet::trade_notify() {}

void ScriptPlanet::server_prompt(const std::string &prompt) {
  if (state == 1) {
    if (at_command_prompt(prompt)) {
      state = 2;
      to_server("CYQ");
      return;
    }
  } else if (state == 2) {
    if (at_command_prompt(prompt)) {
      state = 3;
      if (director.galaxy.planets.empty()) {
        to_client("Sorry, I don't see that you have any planets!\n\r");
        deactivate();
        return;
      }
      for (auto const &planet : director.galaxy.planets) {
        std::string text = str(
            boost::format("%1$3d <%2$5d> Class %3% Level %4% Name %5%\n\r") %
            planet.first % planet.second.sector % planet.second.c %
            planet.second.level % planet.second.name);
        to_client(text);
      }
      director.chain = input;
      director.chain->activate();
      return;
    }
  } else if (state == 5) {
    // Are they prompting us for which planet to land on?
    // SP: [Land on which planet <Q to abort> ? ]
    if (prompt == "Land on which planet <Q to abort> ? ") {
      std::string text = std::to_string(planet) + "\r";
      to_server(text);
      return;
    }

    // SP: [Planet command (?=help) [D] ]
    if (prompt == "Planet command (?=help) [D] ") {
      // Ok, we're here on the planet.  (Did we capture the planet info on
      // landing?)

      BUGZ_LOG(fatal) << "Total population: " << total_population;

      // citadel, upgrade
      // what is the message when you don't have a citadel yet?
      state = 6;
      to_server("CU");
      return;
    }
  } else if (state == 8) {
    // SP: [Do you wish to construct one? ]
    if (startswith(prompt, "Do you wish to construct ") &&
        endswith(prompt, "? ")) {
      // Do we have what we need?
      bool ready = true;
      if (total_population < support_construction) {
        ready = false;
        state = 9;
        BUGZ_LOG(fatal) << "Need people ["
                        << support_construction - total_population << "]";
      }

      for (int x = 0; x < 3; ++x) {
        if (needs[x] > amount[x]) {
          if (ready) {
            ready = false;
            state = 12;
          }
          BUGZ_LOG(fatal) << "Need " << x << " :" << needs[x] - amount[x];
        }
      }

      if (ready) {
        to_server("Y");
        deactivate();
        return;
      }

      // NNY!
      if (current_level > 0) {
        to_server("NQQ");
      } else
        to_server("NQ");

      // Ok, time to start moving!
      if (state == 9) {
        md->move_to = 1;
        director.chain = move;
        md->activate();
        return;
      }

      if (state == 12) {
        // Need resources
        deactivate();
        return;
      }

    }
  } else if (state == 9) {
    if (at_command_prompt(prompt)) {
      // Ok! We have colonists ... back to the planet!
      state = 10;
      md->move_to = sector;
      director.chain = move;
      md->activate();
      return;
    }
  } else if (state == 10) {
    if (prompt == "Land on which planet <Q to abort> ? ") {
      std::string text = std::to_string(planet) + "\r";
      to_server(text);
      return;
    }
    if (prompt == "Planet command (?=help) [D] ") {
      // Ok, on the planet.
      state = 11;
      int place = place_colonists();
      std::string unload = "SNL";
      unload.append(std::to_string(place + 1));
      unload.append("\r");
      to_server(unload);
      return;
    }
  } else if (state == 11) {
    if (prompt == "Planet command (?=help) [D] ") {
      if (total_population < support_construction) {
        // Need More - we're not in citadel.
        to_server("Q");
        state = 9;
        md->move_to = 1;
        director.chain = move;
        md->activate();
        return;
      }
      // Ok, we're ready for the next step:
      // checking the resources.

      // ending here for now. (not in citadel)
      to_server("Q");
      deactivate();
      return;
    }
  }
}

void ScriptPlanet::server_line(const std::string &line,
                               const std::string &raw_line) {
  // because I'm not sending this to the client, this is all hidden from them.

  if (state == 5) {
    // Save the planet information
    /*
SL: [ -------  ---------  ---------  ---------  ---------  ---------
---------] SL: [Fuel Ore      4,950          2      2,475     28,135 0
200,000] SL: [Organics          0          5          0        100          0
200,000] SL: [Equipment       128         20          6        120          0
100,000] SL: [Fighters        N/A         24        206      2,395        200
1,000,000]
    */
    std::string work = line;
    replace(work, "Fuel Ore", "Fuel");
    replace(work, ",", "");
    auto parts = split(work);
    if (parts.size() == 7) {
      int pos = -1;

      if (parts[0] == "Fuel") {
        pos = 0;
      } else if (parts[0] == "Organics") {
        pos = 1;
      } else if (parts[0] == "Equipment") {
        pos = 2;
      }
      // To save:
      if (pos >= 0) {
        population[pos] = sstoi(parts[1]);
        to_make_one[pos] = sstoi(parts[2]);
        total_population += population[pos];
        amount[pos] = sstoi(parts[3]);
        // What do we have on-board the ship?
        ship[pos] = sstoi(parts[5]);
      }
    }
  } else if (state == 6) {
    if (startswith(line, "You may not upgrade while")) {
      // We're already upgrading!
      std::string work = raw_line;
      work += "\n\r";
      to_client(work);

      if (current_level > 0) {
        to_server("QQ");  // exit citadel, exit planet
      } else {
        to_server("Q");  // exit planet
      };

      deactivate();
      return;
    }

    // Citadel upgrade information (possibly)
    /*
    SL: [Citadel construction on this type of planet requires the following:]
    SL: [               400,000 Colonists to support the construction,]
    SL: [                   150 units of Fuel Ore,]
    SL: [                   100 units of Organics,]
    SL: [                   150 units of Equipment and]
    SL: [                     2 days to construct.]
    */
    if (line ==
        "Citadel construction on this type of planet requires the "
        "following:") {
      state = 7;
    }
  } else if (state == 7) {
    if (line.empty()) {
      state = 8;
    } else {
      // Display the upgrade information to the client
      std::string work = raw_line;
      work += "\n\r";
      to_client(work);

      work = line;
      replace(work, ",", "");
      trim(work);
      auto pos = work.find(" Colonists to support");
      if (pos != std::string::npos) {
        support_construction = sstoi(work) / 1000;
        return;
      }
      pos = work.find(" units of Fuel");
      if (pos != std::string::npos) {
        needs[0] = sstoi(work);
        return;
      }
      pos = work.find(" units of Organics");
      if (pos != std::string::npos) {
        needs[1] = sstoi(work);
        return;
      }
      pos = work.find(" units of Equipment");
      if (pos != std::string::npos) {
        needs[2] = sstoi(work);
        return;
      }
      pos = work.find(" days to construct");
      if (pos != std::string::npos) {
        days = sstoi(work);
        return;
      }
    }
  } else if (state == 11) {
    // SL: [How many groups of Colonists do you want to leave ([125] on board)
    // ? ]
    if (startswith(line, "How many groups of Colonists do you want to leave")) {
      std::string work = line.substr(line.find('[') + 1);
      int amount = sstoi(work);
      total_population += amount;
      BUGZ_LOG(fatal) << "Population now: " << total_population;
    }
  }
}

void ScriptPlanet::client_input(const std::string &input) { deactivate(); }