public void EncryptV3_WithDateTimeOnly_ReturnsEncryptedTokenWithOnlyDate()
{
// Arrange
var generator = new TokenBuilder();
var expireTime = DateTime.Now.AddMilliseconds(300);
var key = Faker.Name.FullName();
// Act
var token = generator.EncryptV3(key, expireTime);
// Assert
Assert.NotNull(token);
var decryptdToken = generator.DecryptV3(key, token);
var expected = $"ec_expire={expireTime.FromEpoch()}";
Assert.Equal(expected, decryptdToken);
}
public void EncryptV3_WithDateTimeAndClientIP_ReturnsEcnryptedTokenWithBoth()
{
// Arrange
var generator = new TokenBuilder();
var expireTime = DateTime.Now.AddMilliseconds(300);
var clientIp = Faker.Internet.DomainName();
var key = Faker.Name.FullName();
// Act
var token = generator.EncryptV3(key, expireTime, clientIp);
// Assert
Assert.NotNull(token);
var decryptdToken = generator.DecryptV3(key, token);
var expected = $"ec_expire={expireTime.FromEpoch()}&ec_clientip={clientIp}";
Assert.Equal(expected, decryptdToken);
}
public string NewToken(string policyName)
{
var policy = _config.GetPolicyByName(policyName)
?? new MediaConfigPolicy();
var tokenBuilder = new TokenBuilder();
string clientIPAddress = null;
if (policy.RestrictIPAddress == RestrictIPAddressMode.Request &&
_currentContext != null)
{
clientIPAddress = _currentContext.Connection.RemoteIpAddress.ToString();
}
return(tokenBuilder.EncryptV3(_config.Key,
policy.ExpirationTimeSpan,
clientIPAddress, policy.AllowedCountries,
policy.DeniedCountries, policy.AllowedReferers,
policy.DeniedReferers, policy.AllowedProtocol,
policy.DeniedProtocol, policy.AllowedUrls));
}
