void
ThreadPoolWorker::run()
{
// This is hokey in the extreme. To compute the stack limit,
// subtract the size of the stack from the address of a local
// variable and give a 2k buffer. Is there a better way?
uintptr_t stackLimitOffset = WORKER_THREAD_STACK_SIZE - 2*1024;
uintptr_t stackLimit = (((uintptr_t)&stackLimitOffset) +
stackLimitOffset * JS_STACK_GROWTH_DIRECTION);
AutoLockMonitor lock(*this);
JS_ASSERT(state_ == ACTIVE);
for (;;) {
while (!worklist_.empty()) {
TaskExecutor *task = worklist_.popCopy();
{
AutoUnlockMonitor unlock(*this);
task->executeFromWorker(workerId_, stackLimit);
}
}
if (state_ == TERMINATING)
break;
lock.wait();
}
JS_ASSERT(worklist_.empty());
state_ = TERMINATED;
lock.notify();
}
void
ThreadPoolWorker::run()
{
// This is hokey in the extreme. To compute the stack limit,
// subtract the size of the stack from the address of a local
// variable and give a 10k buffer. Is there a better way?
// (Note: 2k proved to be fine on Mac, but too little on Linux)
uintptr_t stackLimitOffset = WORKER_THREAD_STACK_SIZE - 10*1024;
uintptr_t stackLimit = (((uintptr_t)&stackLimitOffset) +
stackLimitOffset * JS_STACK_GROWTH_DIRECTION);
AutoLockMonitor lock(*this);
for (;;) {
while (!worklist_.empty()) {
TaskExecutor *task = worklist_.popCopy();
{
// Unlock so that new things can be added to the
// worklist while we are processing the current item:
AutoUnlockMonitor unlock(*this);
task->executeFromWorker(workerId_, stackLimit);
}
}
if (state_ == TERMINATING)
break;
JS_ASSERT(state_ == ACTIVE);
lock.wait();
}
JS_ASSERT(worklist_.empty() && state_ == TERMINATING);
state_ = TERMINATED;
lock.notify();
}