std::string toString() const
{
std::string res;
for (int i=0;i<4;++i) {
res+=anyToString(unsigned(((unsigned char *)(&(addr.sin_addr)))[i]));
res+=(i!=3) ? "." : ":";
}
res+=anyToString(unsigned(ntohs(addr.sin_port)));
return res;
}
Team *
Server::getWeakestTeam()
{
unsigned maxTeams=4;
DOPE_ASSERT(maxTeams>=4);
unsigned numTeams=m_game.numTeams();
unsigned maxPlayers=4;
const std::vector<Team> &teams(m_game.getTeams());
bool createTeam=false;
// try to fill the first two teams first
if (numTeams<2) createTeam=true;
else {
// hmm std::min did not work
unsigned p0=teams[0].playerIDs.size();
unsigned p1=teams[1].playerIDs.size();
unsigned minp=(p0<=p1) ? p0 : p1;
if (minp==maxPlayers)
// team 0 and 1 are full - if team 2 does not exist create it if it is full create team 3 (if possible)
if ((numTeams<3)||((numTeams==3)&&(teams[2].playerIDs.size()==maxPlayers)))
createTeam=true;
}
if (createTeam) {
// create team
std::string tname("Team");
tname+=anyToString(numTeams+1);
return m_game.addTeam(tname,numTeams);
}
// find team with fewest players
unsigned minp=~0U;
unsigned i=0;
for (;i<numTeams;++i) {
// std::min does not work minp=std::min(teams[i].playerIDs.size(),minp);
unsigned tp=teams[i].playerIDs.size();
minp=(tp<minp) ? tp : minp;
}
if (minp>=maxPlayers)
return NULL;
for (i=0;i<numTeams;++i)
if (teams[i].playerIDs.size()==minp)
break;
if (i>=numTeams)
return NULL;
return m_game.getTeam(i);
}
//Show the Id (x y coordinates) of this Vertex in a string
std::string getId() const
{
return anyToString(x) + "-" + anyToString(y);
}