public void HashedUserTest()
{
IOpenPgpKeySearch pgpKeys = new OpenPgpKeySearch();
var hu = pgpKeys.GetHashedUserId("me");
Assert.Equal("s8y7oh5xrdpu9psba3i5ntk64ohouhga", hu);
}
public async Task SearchHttpKeyserverProtocol()
{
IOpenPgpKeySearch pgpKeys = new OpenPgpKeySearch();
var email = "*****@*****.**";
var key = await pgpKeys.SearchHttpKeyServer(email);
Assert.NotNull(key);
Utils.CheckFingerprint(key, "4805b5106ca0eab809e16b798bfc4819e62f4977");
}
public async Task SearchErrorTest()
{
IOpenPgpKeySearch pgpKeys = new OpenPgpKeySearch();
await Assert.ThrowsAsync <FormatException>(() => pgpKeys.SearchWebKeyDirectory("notanaddress"));
var inexistantEmail = "*****@*****.**";
var inexistantKey = await pgpKeys.SearchWebKeyDirectory(inexistantEmail);
Assert.Null(inexistantKey);
inexistantKey = await pgpKeys.SearchHttpKeyServer(inexistantEmail);
Assert.Null(inexistantKey);
}
private static WkdSavedKeys LoadPublicKeys(IEnumerable <PgpPublicKey> publicKeys, OpenPgpKeyManagement?keyManagement = null)
{
var context = new WkdSavedKeys();
var keySearch = new OpenPgpKeySearch();
if (keyManagement == null)
{
keyManagement = new OpenPgpKeyManagement();
}
foreach (var key in publicKeys)
{
foreach (string userId in key.GetUserIds())
{
MailAddress mailAddress;
try
{
mailAddress = new MailAddress(userId);
}
catch (FormatException)
{
// UserId is not a mail adress, we don't save it
continue;
}
var host = mailAddress.Host;
Dictionary <string, string> hostDic;
if (!context.PublicKeys.TryGetValue(host, out hostDic))
{
hostDic = new Dictionary <string, string>();
context.PublicKeys.Add(host, hostDic);
}
var user = keySearch.GetHashedUserId(mailAddress.User);
if (hostDic.ContainsKey(user))
{
// we already have a public key for this e-mail address
continue;
}
var keyString = keyManagement.Export(key);
hostDic.Add(user, keyString);
}
}
return(context);
}