int UserTurn(MessageType *m, int incomeSd, int userID)
{
printf("\n\nHandling the turn\n");
fflush(stdout);
int result_val;
int gameID = userGame[userID];
char turn_str[MAX_MES_LEN];
char error[MAX_MES_LEN];
strcpy(turn_str, (char *)m->data);
if(userGame[userID] == -1)
{
result_val = 2;
printf("The game of %s is over, he will be disconnected", users[userID].name);
fflush(stdout);
MessageType mes = composeMessage(result, sizeof(int), &result_val);
sendMessage(incomeSd, &mes);
clearMessage(&mes);
}
else
if (HandleTurn(turn_str, error, &games[gameID]))
{
result_val = 1;
printf("Making turn\n");
MakeTurn(turn_str, gameID);
printf("Color before: %d\n", games[gameID].current);
games[gameID].current = (games[gameID].current + 1) % 2;
printf("Color after: %d\n", games[gameID].current);
fflush(stdout);
MessageType mes = composeMessage(result, sizeof(int), &result_val);
sendMessage(incomeSd, &mes);
clearMessage(&mes);
}
else
{
result_val = 0;
MessageType mes = composeMessage(result, sizeof(int), &result_val);
sendMessage(incomeSd, &mes);
mes = composeMessage(text, sizeof(error), error);
sendMessage(incomeSd, &mes);
clearMessage(&mes);
}
printf("Handling turn is finished\n");
fflush(stdout);
return 1;
}
void WarlordState::Update(shared_ptr<Player> &player, shared_ptr<Game> &game)
{
Render(player, "Warlord");
ResetChoices(player, game);
_endTurn = false;
int choice = -1;
while (!_endTurn) {
do {
RenderChoices(player);
choice = HandleChoice(player, game, GetNumberOfChoices() - 1);
} while (choice == -1);
HandleTurn(player, game, choice);
}
}
void HearthstoneLogTracker::HandleLogLine( const QString& line ) {
if( line.trimmed().isEmpty() || line.startsWith( "(Filename:" ) ) {
return;
}
// CardPlayed / CardReturned / PlayerDied
static QRegExp regex( "ProcessChanges.*\\[.*id=(\\d+).*cardId=(\\w+|).*\\].*zone from (.*) ->\\s?(.*)" );
if( regex.indexIn(line) != -1 ) {
QStringList captures = regex.capturedTexts();
int id = captures[1].toInt();
QString cardId = captures[2];
QString from = captures[3];
QString to = captures[4];
bool draw = from.contains( "DECK" ) && to.contains( "HAND" );
bool mulligan = from.contains( "HAND" ) && to.contains( "DECK" );
// Discarded cards by playing Soulfire, Doomguard etc.
bool discard = from.contains( "HAND" ) && to.contains( "GRAVEYARD" );
if( !draw && !mulligan && !discard ) {
if( from.contains( "FRIENDLY HAND" ) ) {
CardPlayed( PLAYER_SELF, cardId.toStdString(), id );
} else if( from.contains( "OPPOSING HAND" ) ) {
CardPlayed( PLAYER_OPPONENT, cardId.toStdString(), id );
} else if( from.contains( "OPPOSING SECRET" ) && to.contains( "OPPOSING GRAVEYARD" ) ) {
SecretResolved( PLAYER_OPPONENT, cardId.toStdString(), id );
}
}
if( from.contains( "FRIENDLY PLAY" ) && to.contains( "FRIENDLY HAND" ) ) {
CardReturned( PLAYER_SELF, cardId.toStdString() );
}
DBG( "Card %s from %s -> %s. (draw: %d, mulligan %d, discard %d) [%d]", qt2cstr( cardId ), qt2cstr( from ), qt2cstr( to ), draw, mulligan, discard, id );
}
// Outcome
static QRegExp regexOutcome( "name=(victory|defeat)_screen_start" );
if( regexOutcome.indexIn(line) != -1 ) {
QStringList captures = regexOutcome.capturedTexts();
QString outcome = captures[1];
if( outcome == "victory" ) {
emit HandleOutcome( OUTCOME_VICTORY );
} else if( outcome == "defeat" ) {
emit HandleOutcome( OUTCOME_DEFEAT );
}
emit HandleMatchEnd( mCardHistoryList );
Reset();
}
// Coin
static QRegExp regexCoin( "ProcessChanges.*zonePos=5.*zone from -> (.*)" ); // unique because from is nothing -> " "
if( regexCoin.indexIn(line) != -1 ) {
QStringList captures = regexCoin.capturedTexts();
QString to = captures[1];
if( to.contains( "FRIENDLY HAND" ) ) {
// I go second because I get the coin
emit HandleOrder( ORDER_SECOND );
} else if( to.contains( "OPPOSING HAND" ) ) {
// Opponent got coin, so I go first
emit HandleOrder( ORDER_FIRST );
}
}
// Turn Info
static QRegExp regexTurn( "change=powerTask.*tag=NEXT_STEP value=MAIN_ACTION" );
if( regexTurn.indexIn(line) != -1 ) {
mTurnCounter++;
emit HandleTurn( mTurnCounter );
// reset hero power usage on turn change
mHeroPowerUsed = false;
}
// Hero Power
static QRegExp regexHeroPowerEquip( "player=(\\d+).*-> FRIENDLY PLAY \\(Hero Power\\)" );
if( regexHeroPowerEquip.indexIn(line) != -1 ) {
QStringList captures = regexHeroPowerEquip.capturedTexts();
QString playerId = captures[1];
mHeroPlayerId = playerId.toInt();
DBG( "Hero Power Equip -> My Player Id: %d", mHeroPlayerId );
}
static QRegExp regexHeroPower( "PowerProcessor\\.DoTaskListForCard.*cardId=(\\w+).*player=(\\d+)" );
if( regexHeroPower.indexIn(line) != -1 ) {
QStringList captures = regexHeroPower.capturedTexts();
QString cardId = captures[1];
int playerId = captures[2].toInt();
Player player = ( playerId == mHeroPlayerId ) ? PLAYER_SELF : PLAYER_OPPONENT;
bool isHeroPower = false;
for( int i = 0; i < NUM_HERO_POWER_CARDS; i++ ) {
if( cardId == HERO_POWER_CARD_IDS[ i ] ) {
isHeroPower = true;
break;
}
}
// Power log line is emitted multiple times
// Make sure we only account for first occurrence
// Plus line is emitted when match starts, so ignore turn 0
if( isHeroPower && !mHeroPowerUsed && CurrentTurn() > 0 ) {
CardPlayed( player, cardId.toStdString() );
mHeroPowerUsed = true;
}
}
// Hero Equip
static QRegExp regexHeroEquip( "cardId=(\\w+).*-> (\\w+) PLAY \\(Hero\\)" );
if( regexHeroEquip.indexIn(line) != -1 ) {
QStringList captures = regexHeroEquip.capturedTexts();
QString cardId = captures[1];
QString type = captures[2];
// This log line can be emitted when hero swaps (Lord Jaraxxus)
// So make sure we only account for the "initial" playable heroes
Class hero = CLASS_UNKNOWN;
for( int i = 0; i < NUM_HEROES; i++ ) {
// startsWith instead of exact match to support
// the new reasonably priced hero skins
// (e.g. HERO_01a instead of HERO_01)
if( cardId.startsWith( HERO_IDS[ i ] ) ) {
hero = ( Class )i;
}
}
// Set solo mode when encountering naxxramas/blackrock mountain heroes
if( hero == CLASS_UNKNOWN ) {
if( cardId.startsWith("NAX") || cardId.startsWith("BRM") ) {
HandleGameMode( MODE_SOLO_ADVENTURES );
}
}
if( hero != CLASS_UNKNOWN ) {
if( type == "FRIENDLY" ) {
emit HandleMatchStart();
emit HandleOwnClass( hero );
} else {
emit HandleOpponentClass( hero );
}
}
}
// Game Mode
// Practice, Casual/Ranked, ScreenForge
static QRegExp regexMode( "---(\\w+)---" );
if( regexMode.indexIn(line) != -1 ) {
QStringList captures = regexMode.capturedTexts();
QString screen = captures[1];
if( screen == "RegisterScreenPractice" ) {
HandleGameMode( MODE_SOLO_ADVENTURES );
} else if( screen == "RegisterScreenTourneys") {
HandleGameMode( MODE_CASUAL ); // or ranked resp.
} else if( screen == "RegisterScreenForge" ) {
HandleGameMode( MODE_ARENA );
} else if( screen == "RegisterScreenFriendly" ) {
HandleGameMode( MODE_FRIENDLY );
}
}
// Tavern Brawl
static QRegExp regexTavernBrawl( "SAVE --> NetCacheTavernBrawlRecord" );
if( regexTavernBrawl.indexIn(line) != -1 ) {
HandleGameMode( MODE_TAVERN_BRAWL );
}
// Rank
// Rank events via log are unreliable
// Legend
// Emitted at the end of the game twice, make sure we capture only the first time
static QRegExp regexLegend( "legend rank (\\d+)" );
if( !mLegendTracked && regexLegend.indexIn(line) != -1 ) {
QStringList captures = regexLegend.capturedTexts();
int legend = captures[1].toInt();
if( legend > 0 ) {
mLegendTracked = true;
HandleLegend( legend );
}
}
// Casual/Ranked distinction
static QRegExp regexRanked( "name=rank_window" );
if( regexRanked.indexIn(line) != -1 ) {
HandleGameMode( MODE_RANKED );
}
// flag current GAME as spectated
static QRegExp regexBeginSpectating( "Start Spectator Game" );
if( regexBeginSpectating.indexIn(line) != -1 ) {
DBG( "Begin spectator game" );
emit HandleSpectating( true );
}
// disable spectating flag if we leave the spectator MODE
static QRegExp regexEndSpectating( "End Spectator Mode" );
if( regexEndSpectating.indexIn(line) != -1 ) {
DBG( "End spectator mode" );
emit HandleSpectating( false );
}
}
