//--------------------------------------------------------------
//--------------------------------------------------------------
void AppDataStore::Save()
{
std::unique_lock<std::mutex> lock(m_mutex);
if(m_needsSynchonised == true)
{
// Convert to XML
XML::Document doc;
XML::Node* rootNode = doc.allocate_node(rapidxml::node_type::node_element);
doc.append_node(rootNode);
ParamDictionarySerialiser::ToXml(m_dictionary, rootNode);
// Encrypt
std::string strDocToBeEncrypted = XMLUtils::ToString(&doc);
AESEncrypt::Data encryptedData = AESEncrypt::EncryptString(strDocToBeEncrypted, k_privateKey);
// Write to disk
FileSystem* pFileSystem = Application::Get()->GetFileSystem();
FileStreamSPtr pFileStream = pFileSystem->CreateFileStream(StorageLocation::k_saveData, k_filename, FileMode::k_writeBinary);
if(pFileStream != nullptr)
{
pFileStream->Write(reinterpret_cast<const s8*>(encryptedData.m_data.get()), encryptedData.m_size);
pFileStream.reset();
}
m_needsSynchonised = false;
}
}
FileStreamSPtr StringToFile(StorageLocation ineStorageLocation, const std::string & instrPath, const std::string& instrFileOut)
{
FileStreamSPtr pFile = Application::Get()->GetFileSystem()->CreateFileStream(ineStorageLocation, instrPath, FileMode::k_write);
if(!pFile || pFile->IsOpen() == false)
{
CS_LOG_WARNING("Utils::StringToFile: Could not open file: " + instrPath);
return FileStreamSPtr();
}
pFile->Write(instrFileOut);
return pFile;
}
