238 # define move_from_unaligned_int(v, intp)  ((v) = *(bb__aliased_int*)(intp))  argument
239 # define move_from_unaligned_long(v, longp) ((v) = *(bb__aliased_long*)(longp))  argument
240 # define move_from_unaligned16(v, u16p) ((v) = *(bb__aliased_uint16_t*)(u16p))  argument
241 # define move_from_unaligned32(v, u32p) ((v) = *(bb__aliased_uint32_t*)(u32p))  argument
242 # define move_from_unaligned64(v, u64p) ((v) = *(bb__aliased_uint64_t*)(u64p))  argument
243 # define move_to_unaligned16(u16p, v)   (*(bb__aliased_uint16_t*)(u16p) = (v))  argument
244 # define move_to_unaligned32(u32p, v)   (*(bb__aliased_uint32_t*)(u32p) = (v))  argument
245 # define move_to_unaligned64(u64p, v)   (*(bb__aliased_uint64_t*)(u64p) = (v))  argument
250 # define move_from_unaligned_int(v, intp) (memcpy(&(v), (intp), sizeof(int)))  argument
251 # define move_from_unaligned_long(v, longp) (memcpy(&(v), (longp), sizeof(long)))  argument
252 # define move_from_unaligned16(v, u16p) (memcpy(&(v), (u16p), 2))  argument
253 # define move_from_unaligned32(v, u32p) (memcpy(&(v), (u32p), 4))  argument
254 # define move_from_unaligned64(v, u64p) (memcpy(&(v), (u64p), 8))  argument
255 # define move_to_unaligned16(u16p, v) do { \  argument
259 # define move_to_unaligned32(u32p, v) do { \  argument
263 # define move_to_unaligned64(u64p, v) do { \  argument