public void ConvertBallotToSelections()
{
var selections = _electionMapper.ConvertToSelections(_ballot);
TestContext.Write(string.Join(",", selections));
Assert.AreEqual(18, selections.Length);
Assert.AreEqual(5, selections.Count(selected => selected));
}
public ActionResult <EncryptBallotResponse> EncryptBallot(EncryptBallotRequest request)
{
// TODO: cache encrypted ballot id's in memory and disallow encrypting an existing ballot id
try
{
var exportPath = request.ExportPath ?? _exportPath;
var exportFileName = request.ExportFileName ?? _encryptedBallotsExportFileName;
var electionMap = request.ElectionMap ?? GetElectionMap(request.Election);
var electionGuardConfig = request.ElectionGuardConfig ?? _electionGuardConfig;
if (electionMap == null || electionGuardConfig == null)
{
return(BadRequest(EncryptionSetupRequiredMessage));
}
if (String.IsNullOrWhiteSpace(request.Ballot.BallotId))
{
return(BadRequest(EncryptMissingIdentifierMessage));
}
var selections = _electionMapper.ConvertToSelections(request.Ballot, electionMap);
var numberOfExpected = electionMap.BallotStyleMaps[request.Ballot.BallotStyle.Id].ExpectedNumberOfSelected;
var encryptedBallot = ElectionGuardApi.EncryptBallot(
selections,
numberOfExpected,
electionGuardConfig,
request.Ballot.BallotId,
exportPath,
exportFileName);
_currentBallotCount++;
var response = new EncryptBallotResponse()
{
Id = encryptedBallot.ExternalIdentifier,
EncryptedBallotMessage = encryptedBallot.EncryptedBallotMessage,
Tracker = encryptedBallot.Tracker,
OutputFileName = encryptedBallot.OutputFileName,
CurrentNumberOfBallots = _currentBallotCount
};
return(CreatedAtAction(nameof(EncryptBallot), response));
}
catch (Exception ex)
{
_logger.LogError("EncryptBallot: ", ex);
return(StatusCode(500));
}
}
