// This method checks if the encryptation was enabled or disabled
// So it can migrate files
private int MigrationNeeded(BaseConfigImplementation implementation)
{
string cryptoPath = Path.Combine(mManager.Path, $"{implementation.Name}{GlobalSettings.DEFAULT_CRYPTO_EXTENSION}");
string normalPath = Path.Combine(mManager.Path, $"{implementation.Name}{GlobalSettings.DEFAULT_EXTENSION}");
// Check for migration
if (File.Exists(cryptoPath) && mManager.Encryptation) // If there are encrypted files and encryptation is enabled, return 0
{
return(0);
}
else if (File.Exists(cryptoPath) && !mManager.Encryptation) // If there are encrypted files but encryptation is disabled, return 1
{
return(1);
}
else if (File.Exists(normalPath) && !mManager.Encryptation) // If there are normal files and encryptation is disabled, return 0
{
return(0);
}
else if (File.Exists(normalPath) && mManager.Encryptation) // If there are normal files and encryptation is enabled, return 2
{
return(2);
}
else if (File.Exists(normalPath) && File.Exists(cryptoPath) && mManager.Encryptation) // If there are normal and encrypted files and encryptation is enabled, return -1
{
return(-1);
}
else if (File.Exists(normalPath) && File.Exists(cryptoPath) && !mManager.Encryptation) // If there are normal and encrypted files and encryptation is disabled, return -2
{
return(-2);
}
else // If there are another case, return 1
{
return(3);
}
}
private void DeserializeContentFromFile(BaseConfigImplementation implementation)
{
object deserialized = null;
// If the file exists and contains data...
if (implementation.File != null & implementation.File.Exists && File.ReadAllText(implementation.File.FullName).Length > 0)
{
// Get serializer mode
var saveMode = mManager.SaveMode;
string fileContent; // Store file content
// Decrypt the file if encryptation is enabled
if (mManager.Encryptation)
{
fileContent = implementation.File.Decrypt();
}
else
{
fileContent = File.ReadAllText(implementation.File.FullName); // Otherwise, read the whole file
}
switch (saveMode)
{
case SaveModes.Json:
deserialized = JsonConvert.DeserializeObject(fileContent, implementation.Type);
break;
case SaveModes.Xml:
deserialized = XmlSerializer.Deserialize(fileContent, implementation.Type);
break;
case SaveModes.Binary:
deserialized = BinarySerializer.Deserialize(fileContent);
break;
}
implementation.RuntimeInstance = deserialized;
}
else
{
implementation.RuntimeInstance = Activator.CreateInstance(implementation.Type);
// Create the file
if (!File.Exists(implementation.File.FullName))
{
using (var fs = File.Create(implementation.File.FullName)) { }
}
}
}
// Migrate files
private void MigrateFiles(int migrationCheck, BaseConfigImplementation implementation)
{
string cryptoPath = Path.Combine(mManager.Path, $"{implementation.Name}{GlobalSettings.DEFAULT_CRYPTO_EXTENSION}");
string normalPath = Path.Combine(mManager.Path, $"{implementation.Name}{GlobalSettings.DEFAULT_EXTENSION}");
// Migrate from encrypted to normal
if (migrationCheck == 1)
{
implementation.File = new ConfigFile(cryptoPath);
implementation.File.Decrypt(); // Decrypt the file
// Change the extension
//File.Move(implementation.File.FullName, Path.ChangeExtension(implementation.File.FullName, GlobalSettings.DEFAULT_EXTENSION));
}
// Migrate from normal to encrypted
else if (migrationCheck == 2)
{
implementation.File = new ConfigFile(normalPath);
implementation.File.Encrypt(); // Encrypt the file
// Change the extension
//File.Move(implementation.File.FullName, Path.ChangeExtension(implementation.File.FullName, GlobalSettings.DEFAULT_CRYPTO_EXTENSION));
}
// Delete normal files
else if (migrationCheck == -1)
{
implementation.File = new ConfigFile(cryptoPath);
File.Delete(normalPath);
}
// Delete encrypted files
else if (migrationCheck == -2)
{
implementation.File = new ConfigFile(normalPath);
File.Delete(cryptoPath);
}
// Otherwise, just create the config file
else
{
implementation.File = new ConfigFile(normalPath);
}
}
