public async void VerifyDataCertificateIsUpToDate(string originalData, string dataToVerify)
{
var service = new CertifiedElectronicSignatureService();
var data64 = TestHelper.EncodeTo64(originalData);
var cryptoResponse = await service.VerifyDataAttachAsync(dataToVerify);
Assert.True(cryptoResponse.Code == OperationCodes.SUCCESS);
Assert.True(cryptoResponse.Certificate.IsUpToDate);
}
public async Task <string> CanEncrypt(string data)
{
var service = new CertifiedElectronicSignatureService();
var data64 = TestHelper.EncodeTo64(data);
var cryptoResponse = await service.EncryptDataAsync(data64);
Assert.True(cryptoResponse.Code == OperationCodes.SUCCESS);
return(cryptoResponse.Data);
}
public async void CanDecrypt(string originalData, string data)
{
var service = new CertifiedElectronicSignatureService();
var data64 = TestHelper.EncodeTo64(originalData);
// incoming parameter data is hardcoded by encrypting original data with current certificate that ends by February 2019
// to avoid failing tests after that date, data reassigned by encrypting the data data now using existing CanEncrypt test
data = await CanEncrypt(originalData);
var cryptoResponse = await service.DecryptDataAsync(data);
Assert.True(cryptoResponse.Code == OperationCodes.SUCCESS);
Assert.Equal(data64, cryptoResponse.Data);
}
public async void CanVerifyDataSignedAttach(string originalData, string dataToVerify)
{
var service = new CertifiedElectronicSignatureService();
var data64 = TestHelper.EncodeTo64(originalData);
// incoming parameter dataToVerify is hardcoded by signing original data with current certificate that ends by February 2019
// to avoid failing tests after that date, dataToVerify reassigned by signing the data now using existing CanSignData test
dataToVerify = await CanSignData(originalData, true);
var cryptoResponse = await service.VerifyDataAttachAsync(dataToVerify);
Assert.True(cryptoResponse.Code == OperationCodes.SUCCESS);
Assert.Equal(data64, cryptoResponse.Data);
}
