void Payload_Reject::deserialize(uint8_t* dataptr, size_t len)
{
uint64_t typeLen;
auto remaining = len;
auto varintlen = get_varint(typeLen, dataptr, len);
auto ptr = dataptr + varintlen;
remaining -= (varintlen + typeLen + 1);
string msgtype((char*)ptr, typeLen);
auto typeIter = BitcoinP2P::strToPayload_.find(msgtype);
if (typeIter == BitcoinP2P::strToPayload_.end())
throw BitcoinMessageDeserError("unknown reject type");
rejectType_ = typeIter->second;
ptr += typeLen;
code_ = (char)*ptr;
ptr++;
uint64_t reasonLen;
varintlen = get_varint(reasonLen, ptr, len);
ptr += varintlen;
remaining -= (reasonLen + varintlen);
reasonStr_ = move(string((char*)ptr, reasonLen));
ptr += reasonLen;
if (remaining == 32)
extra_.resize(32);
memcpy(&extra_[0], ptr, 32);
}
bool CSmartFactory<FunctionIdEnum, MessageTypeEnum, StructIdEnum>::attachSchema(NsSmartDeviceLink::NsSmartObjects::SmartObject &object)
{
if(false == object.keyExists(strings::S_PARAMS)) return false;
if(false == object[strings::S_PARAMS].keyExists(strings::S_MESSAGE_TYPE)) return false;
if(false == object[strings::S_PARAMS].keyExists(strings::S_FUNCTION_ID)) return false;
MessageTypeEnum msgtype((MessageTypeEnum)(int)object[strings::S_PARAMS][strings::S_MESSAGE_TYPE]);
FunctionIdEnum fid((FunctionIdEnum)(int)object[strings::S_PARAMS][strings::S_FUNCTION_ID]);
SmartSchemaKey<FunctionIdEnum, MessageTypeEnum> key(fid, msgtype);
typename FuncionsSchemesMap::iterator schemaIterator = functions_schemes_.find(key);
if(schemaIterator == functions_schemes_.end())
{
// Schema was not found
return false;
}
object.setSchema(schemaIterator->second);
schemaIterator->second.applySchema(object);
return true;
}
