void Player::play(){ //play the game
// Player would increase step every time one makes a movement,
// And modify it depthlimit every 5 steps
gameOver = 0; // nobody wins the game
step = 0;
depthLimit_ = 7;
sab.setDepthLimit(depthLimit_);
if (role == MIN) {
takeIn();
curState.print();
}
move(); putOut();
curState.print();
takeIn();
curState.print();
while (gameOver == 0) {
move(); putOut();
curState.print();
if (gameOver == 0) {
takeIn();
curState.print();
}
}
checkGame();
}
bool NetworkWorker::connect(const std::string& host, int port, const std::string& nick)
{
{
Glib::Threads::Mutex::Lock lock(m_mutex);
if (!m_network.disconnected || network_connect(&m_network, host.c_str(), port) == RET_FAILURE)
return false;
this->start();
}
putOut("NICK %s\r\nUSER %s %s %s :myirc of Raphy & Bart\r\n",
nick.c_str(), nick.c_str(), nick.c_str(), host.c_str());
return true;
}
Item* Crafter::craft(Item_t it){
Item_t miss = IT_NONE;
printf("craft()\n");
recipe rec = getRecipe(it);
if(!craftable(it, &miss)){
printf("not enought ressources...\n");
return NULL;
}
printf("youp\n");
_nbIron -= rec.nbIron;
_nbGold -= rec.nbGold;
_nbRuby -= rec.nbRuby;
return putOut(it);
}
void phase2(char* outputFileName, int numberOfFiles)
{
int bufferSize = 15000000; /* size of the input buffers*/
char * recordStart; /* start position of the record */
char * recordEnd; /* end position of the record */
recType rec;
int index; /* identify the run we are dealing with */
std::string tempName = "temp";
PhaseTwoInfo * info;
/* initialize struct info */
info = new PhaseTwoInfo;
info->numberOfFiles = numberOfFiles;
info->inputFile = new std::ifstream *[numberOfFiles];
info->inputBufferArray = new Buffer*[numberOfFiles];
info->parRec = new partialRecord*[numberOfFiles];
info->currentRecord = new int[numberOfFiles];
info->endOfBuffer = new bool[numberOfFiles];
info->eof = new bool[numberOfFiles];
info->outputFile = new std::ofstream;
info->outputFile->open(outputFileName,std::ios::binary);
if (!info->outputFile->is_open())
{
std::cout<<"error opening output file"<<std::endl;
exit(-1);
}
info->outputBuffer = new Buffer;
info->outputBuffer->buffer = new char[bufferSize+MAX_LENGTH];
info->outputBuffer->bufferSize = bufferSize+MAX_LENGTH;
info->outputBuffer->bufferLength = 0;
info->bufferSize = bufferSize;
for (int i = 0; i < numberOfFiles; i++)
{
//info->eof[i] = new bool;
//info->endOfBuffer[i] = new bool;
//info->currentRecord[i] = new int;
info->parRec[i] = new partialRecord;
info->parRec[i]->partial = false;
info->inputBufferArray[i] = new Buffer;
info->inputBufferArray[i]->buffer = new char[bufferSize];
info->inputBufferArray[i]->bufferSize = bufferSize;
info->inputFile[i] = new std::ifstream;
info->inputFile[i]->open(tempName+std::to_string(i),std::ios::binary);
info->inputFile[i]->read(info->inputBufferArray[i]->buffer, bufferSize);
info->eof[i] = false;
info->endOfBuffer[i] = false;
/* initialize the RecordList*/
recordStart = info->inputBufferArray[i]->buffer;
recordEnd = (char*) std::memchr(recordStart,'\n', info->inputBufferArray[i]->buffer+10000-recordStart);
rec.size = recordEnd-recordStart+1;
rec.data = recordStart;
info->currentRecord[i] = rec.size;
info->recordList.push_back(rec);
}
/* our main loop */
while ((index = getLeast(info)) != -1)
{
//std::cout<<"index "<<index<<std::endl;
putOut(info, index);
getNext(info,index);
}
/* write the records of the last buffer to the output file */
if (info->outputBuffer->bufferLength != 0)
{
info->outputFile->write(info->outputBuffer->buffer,info->outputBuffer->bufferLength);
}
}
