//[Trait("Category", "Unit")]
public async Task ReceiveKeyWhisperJS()
{
AccountSynchronizerApplicant applicant = new AccountSynchronizerApplicant(new SystemWebSocketProvider(NodeUrl));
string pin = TestPIN.ToUpper();
using (var cts = new System.Threading.CancellationTokenSource(new System.TimeSpan(0, 0, 45)))
{
try
{
await applicant.Initialize(TestPIN.ToUpper(), cts.Token);
await applicant.SendPublicKey(cts.Token);
string confirmationHash = await applicant.AcquireConfirmationHash(cts.Token);
string keystore = await applicant.AcquireKeystoreData(cts.Token);
await applicant.Shutdown(cts.Token);
}
catch (Exception)
{
Assert.True(false);
}
}
}
public async Task TransferKey()
{
AccountSynchronizerKeeper keeper = new AccountSynchronizerKeeper(new SystemWebSocketProvider(NodeUrl));
AccountSynchronizerApplicant applicant = new AccountSynchronizerApplicant(new SystemWebSocketProvider(NodeUrl));
string pin = keeper.PublicKey.ToHex(false).Substring(0, 8);
using (var cts = new System.Threading.CancellationTokenSource(new System.TimeSpan(0, 0, 45)))
{
try
{
await keeper.Initialize(pin, cts.Token); //subscribe
await applicant.Initialize(pin, cts.Token); //subscribe
//1. applicant sends its public key Pa
await applicant.SendPublicKey(cts.Token);
//2. keeper sends its public key Pk
await keeper.SendPublicKey(cts.Token);
//3. wait for confirmations
string hashKeeper = await keeper.AcquireConfirmationHash(cts.Token);
string hashApplicant = await applicant.AcquireConfirmationHash(cts.Token);
Assert.Equal(hashApplicant, hashKeeper);
//4. keeper sends keystore file
string keyStoreData = "{'crypto':{'cipher':'aes-128-ctr','ciphertext':'8fe0507d2858178a8832c3b921f994ddb43d3ba727786841d3499b94fdcaaf90','cipherparams':{'iv':'fad9089caee2003792ce6fec6d74f399'},'kdf':'scrypt','mac':'0da29fcf2ccfa9327cd5bb2a5f7e2a4b4a01ab6ba61954b174fdeeae46b228ab','kdfparams':{'n':262144,'r':1,'p':8,'dklen':32,'salt':'472c9a8bb1898a8abacca45ebb560427621004914edb78dfed4f82163d7fd2a2'}},'id':'1543aac7-c474-4819-98ee-af104528a91f','address':'0x167ba0a6918321b69d5792022ccb99dbeeb0f49a','version':3}";
string retMsg = await keeper.EncryptAndTransferKeystore(Encoding.UTF8.GetBytes(keyStoreData), cts.Token);
//5. applicant receives keystore
string data = await applicant.AcquireKeystoreData(cts.Token);
Assert.Equal(keyStoreData, data);
await keeper.Shutdown(cts.Token);
await applicant.Shutdown(cts.Token);
}
catch (Exception)
{
Assert.True(false);
}
}
}
