/* * The Mana World * Copyright (C) 2004 The Mana World Development Team * * This file is part of The Mana World. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ #include "net/ea/playerhandler.h" #include "net/ea/protocol.h" #include "net/messagein.h" #include "net/messageout.h" #include "engine.h" #include "localplayer.h" #include "log.h" #include "npc.h" #include "units.h" #include "gui/buy.h" #include "gui/buysell.h" #include "gui/gui.h" #include "gui/npc_text.h" #include "gui/npcintegerdialog.h" #include "gui/npclistdialog.h" #include "gui/npcstringdialog.h" #include "gui/ok_dialog.h" #include "gui/sell.h" #include "gui/skill.h" #include "gui/storagewindow.h" #include "gui/viewport.h" #include "gui/widgets/chattab.h" #include "utils/stringutils.h" #include "utils/gettext.h" // TODO Move somewhere else OkDialog *weightNotice = NULL; OkDialog *deathNotice = NULL; // Max. distance we are willing to scroll after a teleport; // everything beyond will reset the port hard. static const int MAP_TELEPORT_SCROLL_DISTANCE = 8; // TODO Move somewhere else namespace { /** * Listener used for handling the overweigth message. */ struct WeightListener : public gcn::ActionListener { void action(const gcn::ActionEvent &event) { weightNotice = NULL; } } weightListener; /** * Listener used for handling death message. */ struct DeathListener : public gcn::ActionListener { void action(const gcn::ActionEvent &event) { player_node->revive(); deathNotice = NULL; npcIntegerDialog->reset(); npcIntegerDialog->setVisible(false); npcListDialog->reset(); npcListDialog->setVisible(false); npcStringDialog->setValue(""); npcStringDialog->setVisible(false); npcTextDialog->clearText(); npcTextDialog->setVisible(false); buyDialog->setVisible(false); sellDialog->setVisible(false); buySellDialog->setVisible(false); if (storageWindow->isVisible()) storageWindow->close(); } } deathListener; } // anonymous namespace static const char *randomDeathMessage() { static char const *const deadMsg[] = { N_("You are dead."), N_("We regret to inform you that your character was killed in " "battle."), N_("You are not that alive anymore."), N_("The cold hands of the grim reaper are grabbing for your soul."), N_("Game Over!"), N_("Insert coin to continue"), N_("No, kids. Your character did not really die. It... " "err... went to a better place."), N_("Your plan of breaking your enemies weapon by " "bashing it with your throat failed."), N_("I guess this did not run too well."), // NetHack reference: N_("Do you want your possessions identified?"), // Secret of Mana reference: N_("Sadly, no trace of you was ever found..."), // Final Fantasy VI reference: N_("Annihilated."), // Earthbound reference: N_("Looks like you got your head handed to you."), // Leisure Suit Larry 1 reference: N_("You screwed up again, dump your body down the tubes " "and get you another one."), // Monty Python references (Dead Parrot sketch mostly): N_("You're not dead yet. You're just resting."), N_("You are no more."), N_("You have ceased to be."), N_("You've expired and gone to meet your maker."), N_("You're a stiff."), N_("Bereft of life, you rest in peace."), N_("If you weren't so animated, you'd be pushing up the daisies."), N_("Your metabolic processes are now history."), N_("You're off the twig."), N_("You've kicked the bucket."), N_("You've shuffled off your mortal coil, run down the " "curtain and joined the bleedin' choir invisibile."), N_("You are an ex-player."), N_("You're pining for the fjords.") }; const int random = rand() % (sizeof(deadMsg) / sizeof(deadMsg[0])); return gettext(deadMsg[random]); } Net::PlayerHandler *playerHandler; namespace EAthena { PlayerHandler::PlayerHandler() { static const Uint16 _messages[] = { SMSG_WALK_RESPONSE, SMSG_PLAYER_WARP, SMSG_PLAYER_STAT_UPDATE_1, SMSG_PLAYER_STAT_UPDATE_2, SMSG_PLAYER_STAT_UPDATE_3, SMSG_PLAYER_STAT_UPDATE_4, SMSG_PLAYER_STAT_UPDATE_5, SMSG_PLAYER_STAT_UPDATE_6, SMSG_PLAYER_ARROW_MESSAGE, 0 }; handledMessages = _messages; playerHandler = this; } void PlayerHandler::handleMessage(MessageIn &msg) { switch (msg.getId()) { case SMSG_WALK_RESPONSE: /* * This client assumes that all walk messages succeed, * and that the server will send a correction notice * otherwise. */ break; case SMSG_PLAYER_WARP: { std::string mapPath = msg.readString(16); bool nearby; Uint16 x = msg.readInt16(); Uint16 y = msg.readInt16(); logger->log("Warping to %s (%d, %d)", mapPath.c_str(), x, y); /* * We must clear the local player's target *before* the call * to changeMap, as it deletes all beings. */ player_node->stopAttack(); nearby = (engine->getCurrentMapName() == mapPath); // Switch the actual map, deleting the previous one if necessary mapPath = mapPath.substr(0, mapPath.rfind(".")); engine->changeMap(mapPath); float scrollOffsetX = 0.0f; float scrollOffsetY = 0.0f; /* Scroll if neccessary */ if (!nearby || (abs(x - player_node->mX) > MAP_TELEPORT_SCROLL_DISTANCE) || (abs(y - player_node->mY) > MAP_TELEPORT_SCROLL_DISTANCE)) { scrollOffsetX = (x - player_node->mX) * 32; scrollOffsetY = (y - player_node->mY) * 32; } player_node->setAction(Being::STAND); player_node->mFrame = 0; player_node->mX = x; player_node->mY = y; logger->log("Adjust scrolling by %d:%d", (int) scrollOffsetX, (int) scrollOffsetY); viewport->scrollBy(scrollOffsetX, scrollOffsetY); } break; case SMSG_PLAYER_STAT_UPDATE_1: { int type = msg.readInt16(); int value = msg.readInt32(); switch (type) { //case 0x0000: // player_node->setWalkSpeed(msg.readInt32()); // break; case 0x0005: player_node->setHp(value); break; case 0x0006: player_node->setMaxHp(value); break; case 0x0007: player_node->mMp = value; break; case 0x0008: player_node->mMaxMp = value; break; case 0x0009: player_node->mStatsPointsToAttribute = value; break; case 0x000b: player_node->setLevel(value); break; case 0x000c: player_node->mSkillPoint = value; skillDialog->update(); break; case 0x0018: if (value >= player_node->getMaxWeight() / 2 && player_node->getTotalWeight() < player_node->getMaxWeight() / 2) { weightNotice = new OkDialog(_("Message"), _("You are carrying more than " "half your weight. You are " "unable to regain health.")); weightNotice->addActionListener( &weightListener); } player_node->setTotalWeight(value); break; case 0x0019: player_node->setMaxWeight(value); break; case 0x0029: player_node->ATK = value; break; case 0x002b: player_node->MATK = value; break; case 0x002d: player_node->DEF = value; break; case 0x002e: player_node->DEF_BONUS = value; break; case 0x002f: player_node->MDEF = value; break; case 0x0031: player_node->HIT = value; break; case 0x0032: player_node->FLEE = value; break; case 0x0035: player_node->mAttackSpeed = value; break; case 0x0037: player_node->mJobLevel = value; break; } if (player_node->getHp() == 0 && !deathNotice) { deathNotice = new OkDialog(_("Message"), randomDeathMessage()); deathNotice->addActionListener(&deathListener); player_node->setAction(Being::DEAD); } } break; case SMSG_PLAYER_STAT_UPDATE_2: switch (msg.readInt16()) { case 0x0001: player_node->setXp(msg.readInt32()); break; case 0x0002: player_node->mJobXp = msg.readInt32(); break; case 0x0014: { int curGp = player_node->getMoney(); player_node->setMoney(msg.readInt32()); if (player_node->getMoney() > curGp) localChatTab->chatLog(_("You picked up ") + Units::formatCurrency(player_node->getMoney() - curGp), BY_SERVER); } break; case 0x0016: player_node->mXpForNextLevel = msg.readInt32(); break; case 0x0017: player_node->mJobXpForNextLevel = msg.readInt32(); break; } break; case SMSG_PLAYER_STAT_UPDATE_3: { int type = msg.readInt32(); int base = msg.readInt32(); int bonus = msg.readInt32(); int total = base + bonus; switch (type) { case 0x000d: player_node->mAttr[LocalPlayer::STR] = total; break; case 0x000e: player_node->mAttr[LocalPlayer::AGI] = total; break; case 0x000f: player_node->mAttr[LocalPlayer::VIT] = total; break; case 0x0010: player_node->mAttr[LocalPlayer::INT] = total; break; case 0x0011: player_node->mAttr[LocalPlayer::DEX] = total; break; case 0x0012: player_node->mAttr[LocalPlayer::LUK] = total; break; } } break; case SMSG_PLAYER_STAT_UPDATE_4: { int type = msg.readInt16(); int fail = msg.readInt8(); int value = msg.readInt8(); if (fail != 1) break; switch (type) { case 0x000d: player_node->mAttr[LocalPlayer::STR] = value; break; case 0x000e: player_node->mAttr[LocalPlayer::AGI] = value; break; case 0x000f: player_node->mAttr[LocalPlayer::VIT] = value; break; case 0x0010: player_node->mAttr[LocalPlayer::INT] = value; break; case 0x0011: player_node->mAttr[LocalPlayer::DEX] = value; break; case 0x0012: player_node->mAttr[LocalPlayer::LUK] = value; break; } } break; // Updates stats and status points case SMSG_PLAYER_STAT_UPDATE_5: player_node->mStatsPointsToAttribute = msg.readInt16(); player_node->mAttr[LocalPlayer::STR] = msg.readInt8(); player_node->mAttrUp[LocalPlayer::STR] = msg.readInt8(); player_node->mAttr[LocalPlayer::AGI] = msg.readInt8(); player_node->mAttrUp[LocalPlayer::AGI] = msg.readInt8(); player_node->mAttr[LocalPlayer::VIT] = msg.readInt8(); player_node->mAttrUp[LocalPlayer::VIT] = msg.readInt8(); player_node->mAttr[LocalPlayer::INT] = msg.readInt8(); player_node->mAttrUp[LocalPlayer::INT] = msg.readInt8(); player_node->mAttr[LocalPlayer::DEX] = msg.readInt8(); player_node->mAttrUp[LocalPlayer::DEX] = msg.readInt8(); player_node->mAttr[LocalPlayer::LUK] = msg.readInt8(); player_node->mAttrUp[LocalPlayer::LUK] = msg.readInt8(); player_node->ATK = msg.readInt16(); // ATK player_node->ATK_BONUS = msg.readInt16(); // ATK bonus player_node->MATK = msg.readInt16(); // MATK max player_node->MATK_BONUS = msg.readInt16(); // MATK min player_node->DEF = msg.readInt16(); // DEF player_node->DEF_BONUS = msg.readInt16(); // DEF bonus player_node->MDEF = msg.readInt16(); // MDEF player_node->MDEF_BONUS = msg.readInt16(); // MDEF bonus player_node->HIT = msg.readInt16(); // HIT player_node->FLEE = msg.readInt16(); // FLEE player_node->FLEE_BONUS = msg.readInt16(); // FLEE bonus msg.readInt16(); // critical msg.readInt16(); // unknown break; case SMSG_PLAYER_STAT_UPDATE_6: switch (msg.readInt16()) { case 0x0020: player_node->mAttrUp[LocalPlayer::STR] = msg.readInt8(); break; case 0x0021: player_node->mAttrUp[LocalPlayer::AGI] = msg.readInt8(); break; case 0x0022: player_node->mAttrUp[LocalPlayer::VIT] = msg.readInt8(); break; case 0x0023: player_node->mAttrUp[LocalPlayer::INT] = msg.readInt8(); break; case 0x0024: player_node->mAttrUp[LocalPlayer::DEX] = msg.readInt8(); break; case 0x0025: player_node->mAttrUp[LocalPlayer::LUK] = msg.readInt8(); break; } break; case SMSG_PLAYER_ARROW_MESSAGE: { int type = msg.readInt16(); switch (type) { case 0: localChatTab->chatLog(_("Equip arrows first"), BY_SERVER); break; default: logger->log("0x013b: Unhandled message %i", type); break; } } break; } } void PlayerHandler::attack(Being *being) { MessageOut outMsg(0x0089); outMsg.writeInt32(being->getId()); outMsg.writeInt8(0); } void PlayerHandler::emote(int emoteId) { MessageOut outMsg(0x00bf); outMsg.writeInt8(emoteId); } void PlayerHandler::increaseStat(LocalPlayer::Attribute attr) { MessageOut outMsg(CMSG_STAT_UPDATE_REQUEST); switch (attr) { case LocalPlayer::STR: outMsg.writeInt16(0x000d); break; case LocalPlayer::AGI: outMsg.writeInt16(0x000e); break; case LocalPlayer::VIT: outMsg.writeInt16(0x000f); break; case LocalPlayer::INT: outMsg.writeInt16(0x0010); break; case LocalPlayer::DEX: outMsg.writeInt16(0x0011); break; case LocalPlayer::LUK: outMsg.writeInt16(0x0012); break; } outMsg.writeInt8(1); } void PlayerHandler::decreaseStat(LocalPlayer::Attribute attr) { // Supported by eA? } void PlayerHandler::pickUp(FloorItem *floorItem) { MessageOut outMsg(CMSG_ITEM_PICKUP); outMsg.writeInt32(floorItem->getId()); } void PlayerHandler::setDirection(char direction) { // TODO } void PlayerHandler::setDestination(int x, int y, int direction) { char temp[4] = ""; set_coordinates(temp, x, y, direction); MessageOut outMsg(0x0085); outMsg.writeString(temp, 3); } void PlayerHandler::changeAction(Being::Action action) { MessageOut outMsg(0x0089); outMsg.writeInt32(0); outMsg.writeInt8((action == Being::SIT) ? 2 : 3); } void PlayerHandler::respawn() { MessageOut outMsg(0x00b2); outMsg.writeInt8(0); } void PlayerHandler::ingorePlayer(const std::string &player, bool ignore) { // TODO } void PlayerHandler::ingoreAll(bool ignore) { // TODO } } // namespace EAthena