ArrayData*
EmptyArray::SetStr(ArrayData*, StringData* k, Cell v) {
tvIncRefGen(v);
// TODO(#3888164): we should make it so we don't need KindOfUninit checks
if (v.m_type == KindOfUninit) v.m_type = KindOfNull;
return EmptyArray::MakeMixed(k, v).arr;
}
Cell APCLocalArray::NvGetKey(const ArrayData* ad, ssize_t pos) {
auto a = asApcArray(ad);
Variant k = a->m_arr->getKey(pos);
auto const tv = k.asTypedValue();
tvIncRefGen(tv);
return *tv;
}
ArrayData* EmptyArray::SetInt(ArrayData*, int64_t k, Cell v) {
// TODO(#3888164): we should make it so we don't need KindOfUninit checks
if (v.m_type == KindOfUninit) v.m_type = KindOfNull;
tvIncRefGen(v);
auto const lval = k == 0 ? EmptyArray::MakePacked(v)
: EmptyArray::MakeMixed(k, v);
return lval.arr;
}
Cell incDecBodySlow(IncDecOp op, Cell* fr) {
assert(cellIsPlausible(*fr));
assert(fr->m_type != KindOfUninit);
auto dup = [&]() { tvIncRefGen(fr); return *fr; };
switch (op) {
case IncDecOp::PreInc:
cellInc(*fr);
return dup();
case IncDecOp::PostInc: {
auto const tmp = dup();
cellInc(*fr);
return tmp;
}
case IncDecOp::PreDec:
cellDec(*fr);
return dup();
case IncDecOp::PostDec: {
auto const tmp = dup();
cellDec(*fr);
return tmp;
}
default: break;
}
switch (op) {
case IncDecOp::PreIncO:
cellIncO(*fr);
return dup();
case IncDecOp::PostIncO: {
auto const tmp = dup();
cellIncO(*fr);
return tmp;
}
case IncDecOp::PreDecO:
cellDecO(*fr);
return dup();
case IncDecOp::PostDecO: {
auto const tmp = dup();
cellDecO(*fr);
return tmp;
}
default: break;
}
not_reached();
}
ArrayData* EmptyArray::Prepend(ArrayData*, Cell v) {
tvIncRefGen(v);
return EmptyArray::MakePacked(v).arr;
}
