DENSITY_FORCE_INLINE density_buffer_processing_result density_buffer_return_processing_result(density_stream* stream, DENSITY_BUFFER_STATE state) {
density_buffer_processing_result result;
result.state = state;
DENSITY_MEMCPY(&result.bytesRead, stream->totalBytesRead, sizeof(uint64_t));
DENSITY_MEMCPY(&result.bytesWritten, stream->totalBytesWritten, sizeof(uint64_t));
density_stream_destroy(stream);
return result;
}
DENSITY_INLINE void
dictionary_generic(location_t *in, location_t *out,
uint16_t *const hash, uint32_t *const chunk)
{ DENSITY_MEMCPY(out->pointer, chunk, sizeof(*chunk));
out->pointer += sizeof(*chunk);
lion_dictionary_t::prediction_t *p = &(dictionary.predictions[last_hash]);
update_predictions_model(p, *chunk); }
DENSITY_INLINE void
prediction_generic(location_t *out, uint16_t *const hash,
uint32_t *const chunk)
{ *hash = hash_algorithm(*chunk);
DENSITY_MEMCPY(out->pointer, chunk, sizeof(*chunk));
out->pointer += sizeof(*chunk); }
DENSITY_INLINE void
read_hash(location_t *in, uint16_t *const hash)
{ DENSITY_MEMCPY(hash, in->pointer, sizeof(uint16_t));
in->pointer += sizeof(uint16_t); }
DENSITY_INLINE void read_signature_from_memory(location_t *in)
{ DENSITY_MEMCPY(&signature, in->pointer, sizeof(signature));
in->pointer += sizeof(signature); }
