void timer_handler (int signum)
{
if (!interruptsAreDisabled)
{
printf(" interrupting\n");
threadYield();
}
}
//this function will be called
//everytime that the timer fires
//...then I call yield.
void timer_handler (int signum)
{
if (!interruptsAreDisabled)
{
//printf("--------->$$$$ interrupting\n");
//printThreadIDs();
threadYield();
}
}
void objectUnlock(Object *obj) {
Thread *self = threadSelf();
uintptr_t lockword = LOCKWORD_READ(&obj->lock);
uintptr_t thin_locked = self->id<<TID_SHIFT;
TRACE("Thread %p unlock on obj %p...\n", self, obj);
if(lockword == thin_locked) {
/* This barrier is not needed for the thin-locking implementation;
it's a requirement of the Java memory model. */
JMM_UNLOCK_MBARRIER();
LOCKWORD_WRITE(&obj->lock, 0);
/* Required by thin-locking mechanism. */
MBARRIER();
retry:
if(testFlcBit(obj)) {
Monitor *mon = findMonitor(obj);
if(!monitorTryLock(mon, self)) {
threadYield(self);
goto retry;
}
if(testFlcBit(obj) && (mon->obj == obj))
monitorNotify(mon, self);
monitorUnlock(mon, self);
}
} else {
if((lockword & (TID_MASK|SHAPE_BIT)) == thin_locked)
LOCKWORD_WRITE(&obj->lock, lockword - (1<<COUNT_SHIFT));
else
if((lockword & SHAPE_BIT) != 0) {
Monitor *mon = (Monitor*) (lockword & ~SHAPE_BIT);
if((mon->count == 0) && (LOCKWORD_READ(&mon->entering) == 0) &&
(mon->in_wait == 0)) {
TRACE("Thread %p is deflating obj %p...\n", self, obj);
/* This barrier is not needed for the thin-locking
implementation; it's a requirement of the Java
memory model. */
JMM_UNLOCK_MBARRIER();
LOCKWORD_WRITE(&obj->lock, 0);
LOCKWORD_COMPARE_AND_SWAP(&mon->entering, 0, UN_USED);
}
monitorUnlock(mon, self);
}
}
}
void threadLockInternal(int lockNum) {
// Attempt to grab the lock
int gotlock = 0;
while (!gotlock) {
if (!locks[lockNum]) {
// Lock has been established
locks[lockNum] = 1;
gotlock = 1;
} else {
// Switch threads until it can be grabbed
threadYield();
}
}
}
extern void threadWait(int lockNum, int conditionNum) {
interruptDisable();
// Prevent erroroneous calls
if (!locks[lockNum]) {
printf("threadWait called with unlocked mutex\n");
exit(1);
}
threadUnlock(lockNum);
// Take the current thread out of the rotation
node_t *old = current;
remove_node(current);
// Wait for a condition variable signal
while (!conditions[lockNum][conditionNum]) {
threadYield();
}
// Put the thread back into the rotation
append_node(old);
threadLockInternal(lockNum);
interruptEnable();
}
void SeatShuffler::shuffleSeat () {
if (EnvTable::Instantiate()->GameMode == EnvTable::Server)
for (PlayerID i = 0; i < Players; ++i)
if (EnvTable::Instantiate()->PlayerDat[i].RemotePlayerFlag > 1)
mihajong_socket::listen(SOCK_CHAT - 1 + EnvTable::Instantiate()->PlayerDat[i].RemotePlayerFlag,
PORT_CHAT - 1 + EnvTable::Instantiate()->PlayerDat[i].RemotePlayerFlag);
// 退避
InfoByPlayer<EnvTable::PlayerLabel> TmpPlayerDat;
for (PlayerID i = 0; i < Players; i++) {
TmpPlayerDat[i].PlayerName = EnvTable::Instantiate()->PlayerDat[i].PlayerName;
TmpPlayerDat[i].RemotePlayerFlag = EnvTable::Instantiate()->PlayerDat[i].RemotePlayerFlag;
}
std::vector<PlayerID> TmpPosition;
for (PlayerID i = 0; i < ACTUAL_PLAYERS; i++) TmpPosition.push_back(i);
// 場決め
if (EnvTable::Instantiate()->GameMode != EnvTable::Client) {
// 場決め処理
std::random_shuffle(TmpPosition.begin(), TmpPosition.end(),
[] (unsigned max) {
return RndNum::rnd(max);
});
// サーバーであれば結果を送信
if (EnvTable::Instantiate()->GameMode == EnvTable::Server)
for (PlayerID i = 0; i < ACTUAL_PLAYERS; i++)
mihajong_socket::server::send(TmpPosition[i]);
} else {
// クライアントであれば受信する
for (PlayerID i = 0; i < ACTUAL_PLAYERS; i++) {
int receivedByte;
while ((receivedByte = mihajong_socket::getc(0)) == -1) // 受信待ち
threadYield();
TmpPosition[i] = receivedByte;
}
}
// シャッフル結果を書き込み
for (PlayerID i = 0; i < ACTUAL_PLAYERS; i++) {
EnvTable::Instantiate()->PlayerDat[TmpPosition[i]].PlayerName = TmpPlayerDat[i].PlayerName;
EnvTable::Instantiate()->PlayerDat[TmpPosition[i]].RemotePlayerFlag = TmpPlayerDat[i].RemotePlayerFlag;
posarry[i] = TmpPosition[i];
}
// リモートとしてマーク
/*PlayerID tmpPlayer = TmpPosition[ClientNumber];
if (EnvTable::Instantiate()->GameMode == EnvTable::Client)
for (PlayerID i = 0; i < ACTUAL_PLAYERS; i++)
EnvTable::Instantiate()->PlayerDat[TmpPosition[i]].RemotePlayerFlag =
(i != tmpPlayer) ? 1 : 0;*/
{
CodeConv::tostringstream o;
o << _T("ClientNumber [") << (int)ClientNumber << _T("]");
debug(o.str().c_str());
}
{
CodeConv::tostringstream o;
o << _T("TmpPosition ");
for (PlayerID i = 0; i < ACTUAL_PLAYERS; i++)
o << (i ? _T(" ") : _T("[")) << (int)TmpPosition[i];
o << _T("]");
debug(o.str().c_str());
}
{
CodeConv::tostringstream o;
o << _T("Remote? ");
for (PlayerID i = 0; i < ACTUAL_PLAYERS; i++)
o << (i ? _T(" ") : _T("[")) << (int)EnvTable::Instantiate()->PlayerDat[i].RemotePlayerFlag;
o << _T("]");
debug(o.str().c_str());
}
{
CodeConv::tostringstream o;
o << _T("Name ");
for (PlayerID i = 0; i < ACTUAL_PLAYERS; i++)
o << (i ? _T(" [") : _T("[")) << EnvTable::Instantiate()->PlayerDat[i].PlayerName << _T("]");
debug(o.str().c_str());
}
return;
}
