#include "Ack.hpp" #include "Common.hpp" namespace SRT { bool ACKPacket::loadFromData(uint8_t *buf, size_t len) { if(len < ACK_CIF_SIZE + ControlPacket::HEADER_SIZE){ return false; } _data = BufferRaw::create(); _data->assign((char *)(buf), len); ControlPacket::loadHeader(); ack_number = loadUint32(type_specific_info); uint8_t* ptr = (uint8_t*)_data->data()+ControlPacket::HEADER_SIZE; last_ack_pkt_seq_number = loadUint32(ptr); ptr += 4; rtt = loadUint32(ptr); ptr += 4; rtt_variance = loadUint32(ptr); ptr += 4; available_buf_size = loadUint32(ptr); ptr += 4; pkt_recv_rate = loadUint32(ptr); ptr += 4; estimated_link_capacity = loadUint32(ptr); ptr += 4; recv_rate = loadUint32(ptr); ptr += 4; return true; } bool ACKPacket::storeToData() { _data = BufferRaw::create(); _data->setCapacity(HEADER_SIZE + ACK_CIF_SIZE); _data->setSize(HEADER_SIZE + ACK_CIF_SIZE); control_type = ControlPacket::ACK; sub_type = 0; storeUint32(type_specific_info,ack_number); storeToHeader(); uint8_t* ptr = (uint8_t*)_data->data()+ControlPacket::HEADER_SIZE; storeUint32(ptr,last_ack_pkt_seq_number); ptr += 4; storeUint32(ptr,rtt); ptr += 4; storeUint32(ptr,rtt_variance); ptr += 4; storeUint32(ptr,pkt_recv_rate); ptr += 4; storeUint32(ptr,available_buf_size); ptr += 4; storeUint32(ptr,estimated_link_capacity); ptr += 4; storeUint32(ptr,recv_rate); ptr += 4; return true; } std::string ACKPacket::dump(){ _StrPrinter printer; printer << "last_ack_pkt_seq_number="<