////////////////////////////// 3. FileReq Protocol //////////////////////////
bool ProtocolFileReq::encode_body(ByteBuffer *byte_buffer)
{
////fid
ENCODE_STRING(m_file_req.fid);
////index
ENCODE_INT(m_file_req.index);
////offset
ENCODE_INT(m_file_req.offset);
////size
ENCODE_INT(m_file_req.size);
return true;
}
////////////////////////////// 5. FileSaveResult Protocol //////////////////////////
bool ProtocolFileSaveResult::encode_body(ByteBuffer *byte_buffer)
{
int temp;
//status
temp = (int)m_save_result.status;
ENCODE_INT(temp);
////fid
ENCODE_STRING(m_save_result.fid);
////seg index
ENCODE_INT(m_save_result.index);
return true;
}
INT TSipBody::encode(CHAR* &buf)
{
ENCODE_INT( buf , content_length )
content.encode(buf);
return size();
}
INT TSipSubscriptionState::encode(CHAR* &buf)
{
state.encode(buf);
ENCODE_INT( buf , expires )
reason.encode(buf);
return size();
}
////编码协议体数据到io_buffer,成功返回true,失败返回false.
bool TemplateProtocol::encode_body(ByteBuffer *byte_buffer)
{
////m_value
ENCODE_INT(m_value);
////m_str
ENCODE_STRING(m_str);
return true;
}
////////////////////////////// 7. ChunkPingResp Protocol //////////////////////////
bool ProtocolChunkPingResp::encode_body(ByteBuffer *byte_buffer)
{
int temp;
////result
temp = (int)m_result;
ENCODE_INT(temp);
////chunk id
ENCODE_STRING(m_chunk_id);
return true;
}
////////////////////////////// 2. FileInfoSaveResult Protocol //////////////////////////
bool ProtocolFileInfoSaveResult::encode_body(ByteBuffer *byte_buffer)
{
int temp;
////result
temp = (int)m_save_result.result;
ENCODE_INT(temp);
////fid
ENCODE_STRING(m_save_result.fid);
return true;
}
void set_version(little_file *self) {
int dfd, fd;
version_t version = ENCODE_VERSION(self->version);
int nextfreeblock = ENCODE_INT(self->nextfreeblock);
dfd = open(self->name, O_RDONLY);
fd = openat(dfd, version_file, O_WRONLY | O_CREAT, 0666);
close(dfd);
write(fd, &version, sizeof(version_t));
write(fd, &nextfreeblock, sizeof(int));
close(fd);
}
////////////////////////////// 4. File Protocol //////////////////////////
bool ProtocolFile::encode_body(ByteBuffer *byte_buffer)
{
int temp;
////flag
temp = (int)m_file_seg.flag;
ENCODE_INT(temp);
////fid
ENCODE_STRING(m_file_seg.fid);
////name
ENCODE_STRING(m_file_seg.name);
////file size
ENCODE_INT(m_file_seg.filesize);
////seg offset
ENCODE_INT(m_file_seg.offset);
////seg index
ENCODE_INT(m_file_seg.index);
////seg size
ENCODE_INT(m_file_seg.size);
return true;
}
////////////////////// 回复数据 /////////////////////
//编码协议体数据到io_buffer.成功返回编码后协议体长度(大于0),失败返回-1;
bool RespondData::encode_body(ByteBuffer *byte_buffer)
{
int len = 0;
//file name
ENCODE_STRING(m_file_name);
//start pos
ENCODE_INT64(m_start_pos);
//size
ENCODE_INT(m_size);
return true;
}
////////////////////////////// 1. FileInfo Protocol //////////////////////////
bool ProtocolFileInfo::encode_body(ByteBuffer *byte_buffer)
{
int temp;
////result
temp = (int)m_fileinfo.result;
ENCODE_INT(temp);
////fid
ENCODE_STRING(m_fileinfo.fid);
////file name
ENCODE_STRING(m_fileinfo.name);
////file size
ENCODE_INT(m_fileinfo.size);
////chunk info
temp = m_fileinfo.get_chunkpath_count();
ENCODE_INT(temp);
while(temp > 0)
{
ChunkPath chunkpath = m_fileinfo.get_chunkpath(--temp);
//chunk id
ENCODE_STRING(chunkpath.id);
//chunk ip
ENCODE_STRING(chunkpath.ip);
//chunk port
ENCODE_INT(chunkpath.port);
//index
ENCODE_INT(chunkpath.index);
//chunk offset
ENCODE_INT(chunkpath.offset);
}
return true;
}
////////////////////////////// 6. ChunkPing Protocol //////////////////////////
bool ProtocolChunkPing::encode_body(ByteBuffer *byte_buffer)
{
////chunk id
ENCODE_STRING(m_chunk_info.id);
////chunk ip
ENCODE_STRING(m_chunk_info.ip);
////chunk port
ENCODE_INT(m_chunk_info.port);
//// disk space
ENCODE_INT64(m_chunk_info.disk_space);
////disk used
ENCODE_INT64(m_chunk_info.disk_used);
return true;
}
void RRGLevel::encodeWithEncoder(RRGCoding::Encoder* encoder)
{
ENCODE_OBJECT(_character1);
ENCODE_OBJECT(_character2);
ENCODE_OBJECT(_character3);
ENCODE_VECTOR_OBJECTS(_vectChara);
ENCODE_MAP_OBJECTS(_mapChara);
ENCODE_INT(_testInt);
ENCODE_FLOAT(_testFloat);
ENCODE_STRING(_testString);
ENCODE_ARRAY(_intArray, intArraySize);
ENCODE_VALUEVECTOR(_valueVector);
ENCODE_VALUEMAP(_valueMap);
ENCODE_VECTOR(_intVector);
ENCODE_VECTOR(_pointVector);
ENCODE_MAP(_doubleMap);
ENCODE_MAP(_rectMap);
}
