public void shouldNotGetInclusionStates()
{
GetInclusionStatesResponse res = iotaApi.GetInclusionStates(new[] { TEST_ADDRESS_WITH_CHECKSUM },
new[] { "DNSBRJWNOVUCQPILOQIFDKBFJMVOTGHLIMLLRXOHFTJZGRHJUEDAOWXQRYGDI9KHYFGYDWQJZKX999999" });
Assert.IsNotNull(res.States);
}
public void shouldGetInclusionStates()
{
GetInclusionStatesResponse res =
iotaApi.GetInclusionStates(
new[] { "DBPECSH9YLSSTQDGERUHJBBJTKVUDBMTJLG9WPHBINGHIFOSJMDJLARTVOXXWEFQJLLBINOHCZGYFSMUEXWPPMTOFW" },
new[] { iotaApi.GetNodeInfo().LatestSolidSubtangleMilestone });
Assert.IsNotNull(res.States);
}
public void shouldGetLastInclusionState()
{
GetInclusionStatesResponse res = iotaClient.GetLatestInclusion(new string[]
{
TEST_HASH
});
Assert.IsNotNull(res.States);
}
public void ShouldGetLastInclusionState()
{
var iotaApi = new IotaAPI
{
IotaClient = new IotaClient(Provider)
};
GetInclusionStatesResponse res = iotaApi.GetLatestInclusion(new[]
{
TEST_HASH
});
Assert.IsNotNull(res.States, "States should be an array of booleans");
Assert.IsTrue(res.States[0], "Hash should have been seen as confirmed");
}
private Bundle[] BundlesFromAddresses(string[] addresses, bool inclusionStates)
{
var trxs = FindTransactionObjects(addresses);
// set of tail transactions
var tailTransactions = new List <string>();
var nonTailBundleHashes = new List <string>();
foreach (var trx in trxs)
{
// Sort tail and nonTails
if (trx.CurrentIndex == 0)
{
tailTransactions.Add(trx.Hash);
}
else
{
if (nonTailBundleHashes.IndexOf(trx.Bundle) == -1)
{
nonTailBundleHashes.Add(trx.Bundle);
}
}
}
var bundleObjects = FindTransactionObjectsByBundle(nonTailBundleHashes.ToArray());
foreach (var trx in bundleObjects)
{
// Sort tail and nonTails
if (trx.CurrentIndex == 0)
{
if (tailTransactions.IndexOf(trx.Hash) == -1)
{
tailTransactions.Add(trx.Hash);
}
}
}
var finalBundles = new List <Bundle>();
var tailTxArray = tailTransactions.ToArray();
// If inclusionStates, get the confirmation status
// of the tail transactions, and thus the bundles
GetInclusionStatesResponse gisr = null;
if (inclusionStates)
{
try
{
gisr = GetLatestInclusion(tailTxArray);
}
catch (IllegalAccessError)
{
// suppress exception (the check is done below)
}
if (gisr == null || gisr.States == null || gisr.States.Count == 0)
{
throw new ArgumentException("Inclusion states not found");
}
}
var finalInclusionStates = gisr;
Parallel.ForEach(tailTransactions, param =>
{
try
{
var b = GetBundle(param);
if (inclusionStates)
{
var thisInclusion = finalInclusionStates != null &&
finalInclusionStates.States[tailTxArray.ToList().IndexOf(param)];
foreach (var t in b.Transactions)
{
t.Persistance = thisInclusion;
}
}
finalBundles.Add(b);
}
catch (System.Exception ex)
{
Console.WriteLine("Bundle error: " + ex.Message);
}
});
finalBundles.Sort();
var returnValue = new Bundle[finalBundles.Count];
for (var i = 0; i < finalBundles.Count; i++)
{
returnValue[i] = new Bundle(finalBundles[i].Transactions, finalBundles[i].Transactions.Count);
}
return(returnValue);
}
/// <summary>
///
/// </summary>
/// <param name="inclusionStates"></param>
/// <param name="addresses"></param>
/// <returns></returns>
public Bundle[] BundlesFromAddresses(bool inclusionStates, params string[] addresses)
{
List <Transaction> trxs = FindTransactionObjectsByAddresses(addresses);
// set of tail transactions
List <string> tailTransactions = new List <string>();
List <string> nonTailBundleHashes = new List <string>();
foreach (var trx in trxs)
{
// Sort tail and nonTails
if (trx.CurrentIndex == 0)
{
tailTransactions.Add(trx.CurlHash());
}
else
{
if (nonTailBundleHashes.IndexOf(trx.Bundle) == -1)
{
nonTailBundleHashes.Add(trx.Bundle);
}
}
}
List <Transaction> bundleObjects =
FindTransactionObjectsByBundle(nonTailBundleHashes.ToArray());
foreach (var trx in bundleObjects)
{
// Sort tail and nonTails
if (trx.CurrentIndex == 0)
{
var hash = trx.CurlHash();
if (tailTransactions.IndexOf(hash) == -1)
{
tailTransactions.Add(hash);
}
}
}
List <Bundle> finalBundles = new List <Bundle>();
var tailTxArray = tailTransactions.ToArray();
// If inclusionStates, get the confirmation status
// of the tail transactions, and thus the bundles
GetInclusionStatesResponse gisr = null;
if (tailTxArray.Length != 0 && inclusionStates)
{
gisr = GetLatestInclusion(tailTxArray);
if (gisr?.States == null || gisr.States.Count == 0)
{
throw new IllegalStateException(Constants.GET_INCLUSION_STATE_RESPONSE_ERROR);
}
}
GetInclusionStatesResponse finalInclusionStates = gisr;
try
{
Parallel.ForEach(tailTxArray, tailTx =>
{
try
{
GetBundleResponse bundleResponse = GetBundle(tailTx);
Bundle gbr = new Bundle(bundleResponse.Transactions,
bundleResponse.Transactions.Count);
if (gbr.Transactions != null)
{
if (inclusionStates)
{
bool thisInclusion = false;
if (finalInclusionStates != null)
{
thisInclusion = finalInclusionStates.States[tailTxArray.ToList().IndexOf(tailTx)];
}
foreach (var t in gbr.Transactions)
{
t.Persistence = thisInclusion;
}
}
finalBundles.Add(gbr);
}
// If error returned from getBundle, simply ignore it because the bundle was most likely incorrect
}
catch (ArgumentException)
{
Log.Warn(Constants.GET_BUNDLE_RESPONSE_ERROR);
}
});
}
catch (AggregateException)
{
return(null);
}
finalBundles.Sort();
Bundle[] returnValue = new Bundle[finalBundles.Count];
for (int i = 0; i < finalBundles.Count; i++)
{
returnValue[i] = new Bundle(finalBundles[i].Transactions,
finalBundles[i].Transactions.Count);
}
return(returnValue);
}
