void RValue::extractElements(SmallVectorImpl<RValue> &elements) && {
assert(isComplete() && "rvalue is not complete");
CanTupleType tupleTy = dyn_cast<TupleType>(type);
if (!tupleTy) {
unsigned to = getRValueSize(type);
assert(to == values.size());
// We use push_back instead of emplace_back since emplace_back can not
// invoke the private constructor we are attempting to invoke.
elements.push_back({nullptr, llvm::makeArrayRef(values).slice(0, to), type});
makeUsed();
return;
}
unsigned from = 0;
for (auto eltType : tupleTy.getElementTypes()) {
unsigned to = from + getRValueSize(eltType);
// We use push_back instead of emplace_back since emplace_back can not
// invoke the private constructor we are attempting to invoke.
elements.push_back({nullptr, llvm::makeArrayRef(values).slice(from, to - from),
eltType});
from = to;
}
assert(from == values.size());
makeUsed();
}
void RValue::extractElements(SmallVectorImpl<RValue> &elements) && {
assert(isComplete() && "rvalue is not complete");
CanTupleType tupleTy = dyn_cast<TupleType>(type);
if (!tupleTy) {
unsigned to = getRValueSize(type);
assert(to == values.size());
elements.push_back({llvm::makeArrayRef(values).slice(0, to), type});
makeUsed();
return;
}
unsigned from = 0;
for (auto eltType : tupleTy.getElementTypes()) {
unsigned to = from + getRValueSize(eltType);
elements.push_back({llvm::makeArrayRef(values).slice(from, to - from),
eltType});
from = to;
}
assert(from == values.size());
makeUsed();
}
