Generator& Generator::operator=(const Generator& other) {
auto const fp = other.actRec();
const size_t numSlots = fp->func()->numSlotsInFrame();
const size_t frameSz = Resumable::getFrameSize(numSlots);
const size_t genSz = genSize(sizeof(Generator), frameSz);
resumable()->initialize<true>(fp,
other.resumable()->resumeAddr(),
other.resumable()->resumeOffset(),
frameSz,
genSz);
copyVars(fp);
setState(other.getState());
m_index = other.m_index;
cellSet(other.m_key, m_key);
cellSet(other.m_value, m_value);
return *this;
}
ObjectData*
AsyncGenerator::Create(const ActRec* fp, size_t numSlots,
jit::TCA resumeAddr, Offset resumeOffset) {
assert(fp);
assert(!fp->resumed());
assert(fp->func()->isAsyncGenerator());
const size_t frameSz = Resumable::getFrameSize(numSlots);
const size_t genSz = genSize(sizeof(AsyncGenerator), frameSz);
auto const obj = BaseGenerator::Alloc<AsyncGenerator>(s_class, genSz);
auto const genData = new (Native::data<AsyncGenerator>(obj)) AsyncGenerator();
genData->resumable()->initialize<false>(fp,
resumeAddr,
resumeOffset,
frameSz,
genSz);
genData->setState(State::Created);
return obj;
}
