public static List <DocumentReceiveLog> GetFilesForParsing(ISession session, params string[] filePaths)
{
var client = TestClient.Create(session);
var supplier = TestSupplier.Create(session);
var resultList = new List <uint>();
foreach (var filePath in filePaths)
{
var file = filePath;
if (!File.Exists(file))
{
file = Path.Combine(@"..\..\Data\Waybills\multifile", filePath);
}
var log = new TestDocumentLog(supplier, client, Path.GetFileName(filePath));
session.Save(log);
resultList.Add(log.Id);
var clientDir = Path.Combine(Settings.Default.DocumentPath, log.Address.Id.ToString().PadLeft(3, '0'));
var documentDir = Path.Combine(clientDir, DocumentType.Waybill + "s");
var name = String.Format("{0}_{1}({2}){3}",
log.Id,
supplier.Name,
Path.GetFileNameWithoutExtension(file),
Path.GetExtension(file));
Common.Tools.FileHelper.CreateDirectoryRecursive(documentDir);
File.Copy(file, Path.Combine(documentDir, name));
}
return(DocumentReceiveLog.LoadByIds(resultList.ToArray()));
}
protected IOktaClient GetClient(string scenarioName)
{
// scenarioName is reserved for future use, if we add
// mocked server responses to our testing strategy.
return(TestClient.Create());
}
public async Task Should_Wait_For_Collection()
{
var now = DateTimeOffset.UtcNow.ToUnixTimeSeconds();
var request = TestClient.Create(_logger).Net
.WaitForCollectionAsync(new ParamsOfWaitForCollection
{
Collection = "transactions",
Filter = new
{
now = new { gt = now }
}.ToJson(),
Result = "id now"
});
await Task.Delay(TimeSpan.FromSeconds(1));
var task = _client.GetGramsFromGiverAsync(TonClientNodeSe.GiverAddress);
var result = await request;
Assert.NotNull(result);
await task;
}
public void Hide_header()
{
var supplier1 = TestSupplier.Create(session);
supplier1.CreateSampleCore(session);
var supplier2 = TestSupplier.Create(session);
supplier2.CreateSampleCore(session);
var client = TestClient.Create(session);
Property("ReportType", 2);
Property("RegionEqual", new List <ulong> {
1
});
Property("ClientCode", client.Id);
Property("ReportIsFull", false);
Property("ReportSortedByPrice", false);
Property("ShowPercents", true);
Property("CalculateByCatalog", false);
Property("PriceCode", (int)supplier1.Prices[0].Id);
Property("ByWeightCosts", false);
Property("HideHeader", true);
TryInitReport <SpecReport>();
var sheet = ReadReport();
var text = ToText(sheet);
Assert.That(text, Does.Not.Contains("Специальный отчет по взвешенным ценам по данным на"));
Assert.That(text, Does.Not.Contains(supplier2.Name));
}
public void Hide_all_except4()
{
var supplier1 = TestSupplier.Create(session);
supplier1.CreateSampleCore(session);
var supplier2 = TestSupplier.Create(session);
supplier2.CreateSampleCore(session);
var client = TestClient.Create(session);
Property("ReportType", 3);
Property("RegionEqual", new List <ulong> {
1
});
Property("ClientCode", client.Id);
Property("ReportIsFull", false);
Property("ReportSortedByPrice", false);
Property("ShowPercents", false);
Property("CalculateByCatalog", false);
Property("PriceCode", (int)supplier1.Prices[0].Id);
Property("ByWeightCosts", false);
Property("HideHeader", false);
Property("HideAllExcept4", true);
TryInitReport <SpecReport>();
var sheet = ReadReport();
var text = ToText(sheet);
Assert.That(text, Does.Not.Contains("Макс. цена"));
}
public void SetUp()
{
TestHelper.RecreateDirectories();
var supplierFtpSources = TestWaybillSource.Queryable.Where(source =>
source.SourceType == TestWaybillSourceType.FtpSupplier);
foreach (var source in supplierFtpSources)
{
source.SourceType = TestWaybillSourceType.ForTesting;
source.Update();
}
handler = new WaybillFtpSourceHandler();
ftpHost = "127.0.0.1";
ftpPort = Generator.Random(Int16.MaxValue).First();
ftpWaybillDirectory = "Waybills";
ftpRejectDirectory = "Rejects";
user = "******";
password = "******";
supplierDeliveryId = 1234u;
supplier = CreateAndSetupSupplier(ftpHost, ftpPort, ftpWaybillDirectory, ftpRejectDirectory, user, password);
client = TestClient.Create(session);
session.Save(client);
address = client.Addresses[0];
CopyWaybillFiles();
}
public virtual async Task InitAsync(ILogger logger)
{
Client = TestClient.Create(logger);
Keys = await Client.Crypto.GenerateRandomSignKeysAsync();
(Abi, Tvc) = TestClient.Package(Name);
Address = await Client.DeployWithGiverAsync(new ParamsOfEncodeMessage
{
Abi = Abi,
DeploySet = new DeploySet
{
Tvc = Tvc
},
Signer = new Signer.Keys
{
KeysProperty = Keys
},
CallSet = new CallSet
{
FunctionName = "constructor",
Input = await GetConstructorParamsAsync()
}
});
await SetAbiAsync();
}
public void Setup()
{
client = TestClient.Create(2, 2);
address = client.Addresses[0];
source.SourceType = PriceSourceType.Email;
source.Save();
ImapHelper.ClearImapFolder(Settings.Default.TestIMAPUser, Settings.Default.TestIMAPPass, Settings.Default.IMAPSourceFolder);
}
public void SetUp()
{
orders = new List <OrderHead>();
client = TestClient.Create(session);
var testAddress = client.Addresses[0];
address = Address.Find(testAddress.Id);
var supplier = TestSupplier.Create(session);
price = supplier.Prices[0];
appSupplier = Supplier.Find(supplier.Id);
}
public void Setup()
{
client = TestClient.Create(session);
testAddress = client.Addresses[0];
address = Address.Find(testAddress.Id);
settings = WaybillSettings.Find(client.Id);
supplier = TestSupplier.CreateNaked(session);
price = supplier.Prices[0];
appSupplier = Supplier.Find(supplier.Id);
docRoot = Path.Combine(Settings.Default.DocumentPath, address.Id.ToString());
waybillsPath = Path.Combine(docRoot, "Waybills");
Directory.CreateDirectory(waybillsPath);
}
public void CheckExistsClient()
{
var client = TestClient.Create(session);
var recipient = MailRecipient.Parse(client.Id + "@client.docs.analit.net");
Assert.That(recipient, Is.Not.Null);
Assert.That(recipient.Email, Is.EqualTo(client.Id + "@client.docs.analit.net"));
Assert.That(recipient.Type, Is.EqualTo(RecipientType.Client));
Assert.That(recipient.Address, Is.Null);
Assert.That(recipient.Region, Is.Null);
Assert.That(recipient.Client, Is.Not.Null);
Assert.That(recipient.Client.Id, Is.EqualTo(client.Id));
Assert.That(recipient.Status, Is.EqualTo(RecipientStatus.Verified));
}
public void Build()
{
var supplier = TestSupplier.CreateNaked(session);
supplier.CreateSampleCore(session);
var client = TestClient.Create(session);
var report = new CombReport((MySqlConnection)session.Connection, properties);
report.ClientCode = (int)client.Id;
report.Configured = true;
var sheet = ReadReport(report);
Assert.That(ToText(sheet), Does.Contain("Комбинированный отчет без учета производителя"));
}
public async Task Should_Set_Endpoints()
{
var client = TestClient.Create();
await client.Net.SetEndpointsAsync(new EndpointsSet
{
Endpoints = new[] { "cinet.tonlabs.io", "cinet2.tonlabs.io/" }
});
var result = await client.Net.FetchEndpointsAsync();
Assert.NotNull(result);
Assert.Equal(2, result.Endpoints.Length);
Assert.Contains("https://cinet.tonlabs.io/", result.Endpoints);
Assert.Contains("https://cinet2.tonlabs.io/", result.Endpoints);
}
static void Main(string[] args)
{
List <BankAccount> accounts = new List <BankAccount>();
while (true)
{
var input = Console.ReadLine()
.Split(' ')
.ToArray();
var command = input[0];
if (command == "End")
{
break;
}
int[] commandArgs = input.Skip(1)
.Select(int.Parse)
.ToArray();
int id = commandArgs[0];
int amount = 0;
switch (command)
{
case "Create":
TestClient.Create(id, accounts);
break;
case "Deposit":
amount = commandArgs[1];
TestClient.Deposit(id, amount, accounts);
break;
case "Withdraw":
amount = commandArgs[1];
TestClient.Withdraw(id, amount, accounts);
break;
case "Print":
TestClient.Print(id, accounts);
break;
}
}
}
public void SetUp()
{
_testSupplier = TestSupplier.Create();
_realSupplier = session.Query <Supplier>().FirstOrDefault(s => s.Id == _testSupplier.Id);
var certificateSources = session.Query <CertificateSource>().Where(s => s.SourceClassName == typeof(RostaCertificateSource).Name).ToList();
certificateSources.ForEach(c => session.Delete(c));
_source = new CertificateSource {
SourceClassName = typeof(RostaCertificateSource).Name
};
_source.Suppliers = new List <Supplier>();
_source.Suppliers.Add(_realSupplier);
session.Save(_source);
_testUser = TestClient.Create().Users[0];
}
public void CheckDisabledAddress()
{
var client = TestClient.Create(session);
var address = client.Addresses[0];
address.Enabled = false;
address.Save();
var recipient = MailRecipient.Parse(address.Id + "@docs.analit.net");
Assert.That(recipient, Is.Not.Null);
Assert.That(recipient.Email, Is.EqualTo(address.Id + "@docs.analit.net"));
Assert.That(recipient.Type, Is.EqualTo(RecipientType.Address));
Assert.That(recipient.Address, Is.Not.Null);
Assert.That(recipient.Region, Is.Null);
Assert.That(recipient.Client, Is.Null);
Assert.That(recipient.Address.Id, Is.EqualTo(address.Id));
Assert.That(recipient.Status, Is.EqualTo(RecipientStatus.Disabled));
}
public void Enable_price_for_client_with_supplier_client_id()
{
var trustedClient = TestClient.Create();
var normalClient = TestClient.Create();
var price = prices[1];
using (new SessionScope()) {
var trustedIntersection = TestIntersection.Queryable.Single(i => i.Price == price && i.Client == trustedClient);
trustedIntersection.SupplierClientId = "3273";
trustedIntersection.PriceMarkup = -1;
trustedIntersection.Save();
}
Formalize("FarmaimpeksSmallPrice.xml");
using (new SessionScope()) {
var regularIntersection = TestIntersection.Queryable.Single(i => i.Price == price && i.Client == normalClient);
Assert.That(regularIntersection.AvailableForClient, Is.False);
var trustedIntersection = TestIntersection.Queryable.Single(i => i.Price == price && i.Client == trustedClient);
Assert.That(trustedIntersection.AvailableForClient, Is.True);
}
}
public void OneTimeSetUp()
{
_server = new TestServer();
_client = TestClient.Create(_server.Port);
}
public ProcessingModuleTests(ITestOutputHelper outputHelper)
{
_client = TestClient.Create(new XUnitTestLogger(outputHelper));
}
public CryptoModuleTests(ITestOutputHelper outputHelper)
{
_client = TestClient.Create(new XUnitTestLogger(outputHelper));
}
public void Apply_settings()
{
xml = @"<PriceAndSettings>
<Settings>
<Group>
<ClientId>122221</ClientId>
<PayerId>21</PayerId>
<CostId>PRICE6</CostId>
<Markup>10</Markup>
<Available>1</Available>
<Address>
<AddressId>122224</AddressId>
<ControlMinReq>0</ControlMinReq>
<MinReq>3000</MinReq>
</Address>
</Group>
</Settings>
<Price>
<Item>
<Code>109054</Code>
<Product>Маска трехслойная на резинках медицинская Х3 Инд. уп. И/м</Product>
<Producer>Вухан Лифарма Кемикалз Ко</Producer>
<Volume>400</Volume>
<Quantity>296</Quantity>
<Period>01.01.2013</Period>
<VitallyImportant>0</VitallyImportant>
<NDS>10</NDS>
<RequestRatio>20</RequestRatio>
<Cost>
<Id>PRICE6</Id>
<Value>10.10</Value>
<MinOrderCount>20</MinOrderCount>
</Cost>
<Cost>
<Id>PRICE1</Id>
<Value>10.0</Value>
<MinOrderCount>20</MinOrderCount>
</Cost>
</Item>
</Price>
</PriceAndSettings>";
var client = TestClient.Create(session);
var intersections = TestIntersection.Queryable.Where(i => i.Client == client && i.Price == price).ToList();
Assert.That(intersections.Count, Is.EqualTo(1));
var intersection = intersections[0];
intersection.SupplierClientId = "122221";
intersection.SupplierPaymentId = "21";
intersection.AddressIntersections[0].SupplierDeliveryId = "122224";
Formalize();
session.Refresh(intersection);
Assert.That(intersection.Cost.Name, Is.EqualTo("PRICE6"));
Assert.That(intersection.AvailableForClient, Is.True);
Assert.That(intersection.PriceMarkup, Is.EqualTo(10));
var addressintersection = intersection.AddressIntersections[0];
session.Refresh(addressintersection);
Assert.That(addressintersection.MinReq, Is.EqualTo(3000));
}
public async Task Should_Suspend_Resume()
{
var keys = await _client.Crypto.GenerateRandomSignKeysAsync();
var(abi, tvc) = TestClient.Package("Hello");
var deployParams = new ParamsOfEncodeMessage
{
Abi = abi,
DeploySet = new DeploySet
{
Tvc = tvc
},
Signer = new Signer.Keys
{
KeysProperty = keys
},
CallSet = new CallSet
{
FunctionName = "constructor"
}
};
var msg = await _client.Abi.EncodeMessageAsync(deployParams);
var address = msg.Address;
var transactionIds = new List <string>();
var notifications = new List <ClientError>();
var subscriptionClient = TestClient.Create(_logger);
var handle = await subscriptionClient.Net.SubscribeCollectionAsync(new ParamsOfSubscribeCollection
{
Collection = "transactions",
Filter = new
{
account_addr = new { eq = address },
status = new { eq = 3 } // Finalized
}.ToJson(),
Result = "id account_addr"
}, (json, result) =>
{
switch (result)
{
case 100: // OK
transactionIds.Add((string)json.SelectToken("result.id"));
break;
case 101: // Error
var clientError = new TonSerializer(_logger).Deserialize <ClientError>(json);
notifications.Add(clientError);
break;
default:
throw new NotSupportedException($"Response code ${result} not supported");
}
return(Task.CompletedTask);
});
// send grams to create first transaction
await _client.GetGramsFromGiverAsync(msg.Address);
await Task.Delay(TimeSpan.FromSeconds(1));
// check that transaction is received
Assert.Single(transactionIds);
// and no error notifications
Assert.Empty(notifications);
// suspend subscription
await subscriptionClient.Net.SuspendAsync();
// deploy to create second transaction
await _client.Processing.ProcessMessageAsync(new ParamsOfProcessMessage
{
MessageEncodeParams = deployParams,
SendEvents = false
});
// create second subscription while network is suspended
var handle2 = await subscriptionClient.Net.SubscribeCollectionAsync(new ParamsOfSubscribeCollection
{
Collection = "transactions",
Filter = new
{
account_addr = new { eq = msg.Address },
status = new { eq = 3 } // Finalized
}.ToJson(),
Result = "id account_addr"
}, (json, result) =>
{
switch (result)
{
case 100: // OK
transactionIds.Add((string)json.SelectToken("result.id"));
break;
case 101: // Error
var clientError = new TonSerializer(_logger).Deserialize <ClientError>(json);
notifications.Add(clientError);
break;
default:
throw new NotSupportedException($"Response code ${result} not supported");
}
return(Task.CompletedTask);
});
await Task.Delay(TimeSpan.FromMilliseconds(500));
// check that second transaction is not received when subscription suspended
Assert.Single(transactionIds);
Assert.Equal(2, notifications.Count);
Assert.All(notifications, n =>
Assert.Equal((uint)NetErrorCode.NetworkModuleSuspended, n.Code));
// resume subscription
await subscriptionClient.Net.ResumeAsync();
// run contract function to create new transaction
await subscriptionClient.Processing.ProcessMessageAsync(new ParamsOfProcessMessage
{
MessageEncodeParams = new ParamsOfEncodeMessage
{
Abi = abi,
Signer = new Signer.Keys
{
KeysProperty = keys
},
Address = msg.Address,
CallSet = new CallSet
{
FunctionName = "touch"
}
},
SendEvents = false
});
// give some time for subscription to receive all data
await Task.Delay(TimeSpan.FromSeconds(10));
// check that third transaction is now received after resume
Assert.Equal(3, transactionIds.Count);
Assert.Equal(2, transactionIds.Distinct().Count());
// and both subscriptions received notification about resume
Assert.Equal(4, notifications.Count);
Assert.Equal(2, notifications.Count(n => n.Code == (uint)NetErrorCode.NetworkModuleSuspended));
Assert.Equal(2, notifications.Count(n => n.Code == (uint)NetErrorCode.NetworkModuleResumed));
await subscriptionClient.Net.UnsubscribeAsync(handle);
await subscriptionClient.Net.UnsubscribeAsync(handle2);
}
public NetModuleTests(ITestOutputHelper outputHelper)
{
_logger = new XUnitTestLogger(outputHelper);
_client = TestClient.Create(_logger);
}
public void Setup()
{
testSupplier = TestSupplier.Create();
testUser = TestClient.Create().Users[0];
supplier = Supplier.Find(testSupplier.Id);
}
