/// <summary>
/// Updates the content of the model object with all the storage related information
/// </summary>
private void ModelizeStorageInfo(BaseAuditingPolicyModel model, string accountName, string primary, string secondary)
{
model.StorageAccountName = accountName;
if (!String.IsNullOrEmpty(secondary))
{
model.StorageKeyType = StorageKeyKind.Secondary;
}
else
{
model.StorageKeyType = StorageKeyKind.Primary;
}
}
/// <summary>
/// Updates the content of the model object with all the retention information
/// </summary>
private void ModelizeRetentionInfo(BaseAuditingPolicyModel model, string retentionDays, string auditLogsTableName, string fullAuditLogsTableName)
{
model.TableIdentifier = auditLogsTableName;
model.FullAuditLogsTableName = fullAuditLogsTableName;
uint retentionDaysForModel;
if (!(UInt32.TryParse(retentionDays, out retentionDaysForModel)))
{
retentionDaysForModel = 0;
}
model.RetentionInDays = retentionDaysForModel;
}
/// <summary>
/// Extracts the storage account requested key
/// </summary>
private string ExtractStorageAccountKey(string storageName, BaseAuditingPolicyModel model, string storageAccountResourceGroup, StorageKeyKind keyType)
{
if (IgnoreStorage)
{
return(null);
}
if (model.StorageKeyType == keyType)
{
return(AzureCommunicator.GetStorageKeys(storageAccountResourceGroup, storageName)[keyType]);
}
return(null);
}
/// <summary>
/// Updates the given model with all the event types information
/// </summary>
private void ModelizeEventTypesInfo(BaseAuditingPolicyModel model, string eventTypesToAudit)
{
HashSet<AuditEventType> events = new HashSet<AuditEventType>();
if (eventTypesToAudit.IndexOf(SecurityConstants.PlainSQL_Success) != -1) events.Add(AuditEventType.PlainSQL_Success);
if (eventTypesToAudit.IndexOf(SecurityConstants.PlainSQL_Failure) != -1) events.Add(AuditEventType.PlainSQL_Failure);
if (eventTypesToAudit.IndexOf(SecurityConstants.ParameterizedSQL_Success) != -1) events.Add(AuditEventType.ParameterizedSQL_Success);
if (eventTypesToAudit.IndexOf(SecurityConstants.ParameterizedSQL_Failure) != -1) events.Add(AuditEventType.ParameterizedSQL_Failure);
if (eventTypesToAudit.IndexOf(SecurityConstants.StoredProcedure_Success) != -1) events.Add(AuditEventType.StoredProcedure_Success);
if (eventTypesToAudit.IndexOf(SecurityConstants.StoredProcedure_Failure) != -1) events.Add(AuditEventType.StoredProcedure_Failure);
if (eventTypesToAudit.IndexOf(SecurityConstants.Login_Success) != -1) events.Add(AuditEventType.Login_Success);
if (eventTypesToAudit.IndexOf(SecurityConstants.Login_Failure) != -1) events.Add(AuditEventType.Login_Failure);
if (eventTypesToAudit.IndexOf(SecurityConstants.TransactionManagement_Success) != -1) events.Add(AuditEventType.TransactionManagement_Success);
if (eventTypesToAudit.IndexOf(SecurityConstants.TransactionManagement_Failure) != -1) events.Add(AuditEventType.TransactionManagement_Failure);
model.EventType = events.ToArray();
}
/// <summary>
/// Extracts the storage account name from the given model
/// </summary>
private string ExtractStorageAccountName(BaseAuditingPolicyModel model)
{
string storageAccountName = null;
if (model.StorageAccountName == FetchedStorageAccountName) // the user provided the same storage account that was given before
{
storageAccountName = FetchedStorageAccountName;
}
else if (model.StorageAccountName == null) // the user did not provided storage account for a policy for which such account is already defined
{
storageAccountName = FetchedStorageAccountName;
}
else // the user updates the name of the storage account
{
storageAccountName = model.StorageAccountName;
}
if (string.IsNullOrEmpty(storageAccountName) && (!IgnoreStorage)) // can happen if the user didn't provide account name for a policy that lacked it
{
throw new Exception(string.Format(Resources.NoStorageAccountWhenConfiguringAuditingPolicy));
}
return(storageAccountName);
}
/// <summary>
/// Extracts the event types from the given model
/// </summary>
private string ExtractEventTypes(BaseAuditingPolicyModel model)
{
if (model.EventType == null)
{
return(null);
}
StringBuilder events = new StringBuilder();
if (IsEventTypeOn(AuditEventType.DataAccess, model.EventType))
{
events.Append(SecurityConstants.AuditingEndpoint.DataAccess).Append(",");
}
if (IsEventTypeOn(AuditEventType.DataChanges, model.EventType))
{
events.Append(SecurityConstants.AuditingEndpoint.DataChanges).Append(",");
}
if (IsEventTypeOn(AuditEventType.RevokePermissions, model.EventType))
{
events.Append(SecurityConstants.AuditingEndpoint.RevokePermissions).Append(",");
}
if (IsEventTypeOn(AuditEventType.SchemaChanges, model.EventType))
{
events.Append(SecurityConstants.AuditingEndpoint.SchemaChanges).Append(",");
}
if (IsEventTypeOn(AuditEventType.SecurityExceptions, model.EventType))
{
events.Append(SecurityConstants.AuditingEndpoint.SecurityExceptions).Append(",");
}
if (IsEventTypeOn(AuditEventType.PlainSQL_Success, model.EventType))
{
events.Append(SecurityConstants.AuditingEndpoint.PlainSQL_Success).Append(",");
}
if (IsEventTypeOn(AuditEventType.PlainSQL_Failure, model.EventType))
{
events.Append(SecurityConstants.AuditingEndpoint.PlainSQL_Failure).Append(",");
}
if (IsEventTypeOn(AuditEventType.ParameterizedSQL_Success, model.EventType))
{
events.Append(SecurityConstants.AuditingEndpoint.ParameterizedSQL_Success).Append(",");
}
if (IsEventTypeOn(AuditEventType.ParameterizedSQL_Failure, model.EventType))
{
events.Append(SecurityConstants.AuditingEndpoint.ParameterizedSQL_Failure).Append(",");
}
if (IsEventTypeOn(AuditEventType.StoredProcedure_Success, model.EventType))
{
events.Append(SecurityConstants.AuditingEndpoint.StoredProcedure_Success).Append(",");
}
if (IsEventTypeOn(AuditEventType.StoredProcedure_Failure, model.EventType))
{
events.Append(SecurityConstants.AuditingEndpoint.StoredProcedure_Failure).Append(",");
}
if (IsEventTypeOn(AuditEventType.Login_Success, model.EventType))
{
events.Append(SecurityConstants.AuditingEndpoint.Login_Success).Append(",");
}
if (IsEventTypeOn(AuditEventType.Login_Failure, model.EventType))
{
events.Append(SecurityConstants.AuditingEndpoint.Login_Failure).Append(",");
}
if (IsEventTypeOn(AuditEventType.TransactionManagement_Success, model.EventType))
{
events.Append(SecurityConstants.AuditingEndpoint.TransactionManagement_Success).Append(",");
}
if (IsEventTypeOn(AuditEventType.TransactionManagement_Failure, model.EventType))
{
events.Append(SecurityConstants.AuditingEndpoint.TransactionManagement_Failure).Append(",");
}
if (events.Length != 0)
{
events.Remove(events.Length - 1, 1); // remove trailing comma
}
return(events.ToString());
}
/// <summary>
/// Updates the given model with all the event types information
/// </summary>
private void ModelizeEventTypesInfo(BaseAuditingPolicyModel model, string eventTypesToAudit)
{
HashSet <AuditEventType> events = new HashSet <AuditEventType>();
if (eventTypesToAudit.IndexOf(SecurityConstants.DeprecatedAuditEvents.DataAccess) != -1)
{
events.Add(AuditEventType.DataAccess);
}
if (eventTypesToAudit.IndexOf(SecurityConstants.DeprecatedAuditEvents.DataChanges) != -1)
{
events.Add(AuditEventType.DataChanges);
}
if (eventTypesToAudit.IndexOf(SecurityConstants.DeprecatedAuditEvents.RevokePermissions) != -1)
{
events.Add(AuditEventType.RevokePermissions);
}
if (eventTypesToAudit.IndexOf(SecurityConstants.DeprecatedAuditEvents.SchemaChanges) != -1)
{
events.Add(AuditEventType.SchemaChanges);
}
if (eventTypesToAudit.IndexOf(SecurityConstants.DeprecatedAuditEvents.SecurityExceptions) != -1)
{
events.Add(AuditEventType.SecurityExceptions);
}
if (eventTypesToAudit.IndexOf(SecurityConstants.PlainSQL_Success) != -1)
{
events.Add(AuditEventType.PlainSQL_Success);
}
if (eventTypesToAudit.IndexOf(SecurityConstants.PlainSQL_Failure) != -1)
{
events.Add(AuditEventType.PlainSQL_Failure);
}
if (eventTypesToAudit.IndexOf(SecurityConstants.ParameterizedSQL_Success) != -1)
{
events.Add(AuditEventType.ParameterizedSQL_Success);
}
if (eventTypesToAudit.IndexOf(SecurityConstants.ParameterizedSQL_Failure) != -1)
{
events.Add(AuditEventType.ParameterizedSQL_Failure);
}
if (eventTypesToAudit.IndexOf(SecurityConstants.StoredProcedure_Success) != -1)
{
events.Add(AuditEventType.StoredProcedure_Success);
}
if (eventTypesToAudit.IndexOf(SecurityConstants.StoredProcedure_Failure) != -1)
{
events.Add(AuditEventType.StoredProcedure_Failure);
}
if (eventTypesToAudit.IndexOf(SecurityConstants.Login_Success) != -1)
{
events.Add(AuditEventType.Login_Success);
}
if (eventTypesToAudit.IndexOf(SecurityConstants.Login_Failure) != -1)
{
events.Add(AuditEventType.Login_Failure);
}
if (eventTypesToAudit.IndexOf(SecurityConstants.TransactionManagement_Success) != -1)
{
events.Add(AuditEventType.TransactionManagement_Success);
}
if (eventTypesToAudit.IndexOf(SecurityConstants.TransactionManagement_Failure) != -1)
{
events.Add(AuditEventType.TransactionManagement_Failure);
}
model.EventType = events.ToArray();
}