public async Task SendRequest()
{
// Create the object we're going to test.
TestLogger logger = new TestLogger();
TestPort port = new TestPort(logger);
ScanToolDevice device = new ScanToolDevice(port, logger);
// Specify the sequence of bytes that we would expect to get back from the serial port.
// Note that the test passes, but the first sequence ends with ">\r\n" and the second ends with "\r\n>" - this seems suspicious.
port.EnqueueBytes(Encoding.ASCII.GetBytes("OK>\r\n"));
port.EnqueueBytes(Encoding.ASCII.GetBytes("6CF0107C01003147315959C3\r\n>"));
port.BytesToReceive.Position = 0;
// Send a message.
Message message = new Message(new byte[] { 0x6c, 0x10, 0xF0, 0x3C, 0x01 });
bool sendSuccess = await device.SendMessage(message);
// Confirm success.
Assert.IsTrue(sendSuccess, "Send success.");
// Confirm that the device sent the bytes we expect it to send.
Assert.AreEqual("AT SH 6C 10 F0 \r\n", System.Text.Encoding.ASCII.GetString(port.MessagesSent[0]), "Set-header command");
Assert.AreEqual("3C 01\r\n", Encoding.ASCII.GetString(port.MessagesSent[1]), "Read block 1 command");
// Confirm that the device interpreted the response as expected.
Message response = await device.ReceiveMessage();
Assert.IsNotNull(response, "Response should not be null.");
Assert.AreEqual("6C F0 10 7C 01 00 31 47 31 59 59", response.GetBytes().ToHex(), "Response message");
}
public async Task SendRequest()
{
// Create the object we're going to test.
TestLogger logger = new TestLogger();
TestPort port = new TestPort(logger);
AvtDevice device = new AvtDevice(port, logger);
// Specify the sequence of bytes that we would expect to get back from the serial port.
port.EnqueueBytes(new byte[] { 0x11, 0x0C, 0x00, 0x6c, 0xF0, 0x10, 0x7C, 0x01, 0x00, 0x31, 0x47, 0x31, 0x59, 0x59, 0xC3 });
port.BytesToReceive.Position = 0;
// Send a message.
Message message = new Message(new byte[] { 0x6c, 0x10, 0xF0, 0x3C, 0x01 });
bool sendSuccess = await device.SendMessage(message);
// Confirm success.
Assert.IsTrue(sendSuccess, "Send success");
// Confirm that the device sent the bytes we expect it to send.
// The 00 00 00 stuff is just placeholders for real data.
Assert.AreEqual("05", port.MessagesSent[0].ToHex(), "First command");
Assert.AreEqual(message.GetBytes().ToHex(), port.MessagesSent[1].ToHex(), "Second command");
// Confirm that the device interpreted the response as expected.
Message response = await device.ReceiveMessage();
Assert.IsNotNull(response, "Response should not be null.");
Assert.AreEqual("6C F0 10 7C 01 00 31 47 31 59 59", response.GetBytes().ToHex(), "Response message");
}
[Test] public void StringIsWrittenWithLengthPrefix()
{
var testSocket = new TestPort();
var socketStream = new MessageChannel(testSocket);
socketStream.Write("h\u2019llo", "{0}:");
Assert.AreEqual(new byte[] { 55, 58, 104, 226, 128, 153, 108, 108, 111 }, testSocket.GetBytes());
}
[Test] public void SimpleStringIsWritten()
{
var testSocket = new TestPort();
var socketStream = new MessageChannel(testSocket);
socketStream.Write("hello");
Assert.AreEqual(new byte[] { 104, 101, 108, 108, 111 }, testSocket.GetBytes());
}
[Test] public void EncodedStringIsRead()
{
var testSocket = new TestPort();
var socketStream = new MessageChannel(testSocket);
testSocket.PutBytes(new byte[] { 104, 226, 128, 153, 108, 108, 111 });
Assert.AreEqual("h\u2019llo", socketStream.Read(7));
}
[Test] public void SimpleStringIsRead()
{
var testSocket = new TestPort();
var socketStream = new MessageChannel(testSocket);
testSocket.PutBytes(new byte[] { 104, 101, 108, 108, 111 });
Assert.AreEqual("hello", socketStream.Read(5));
}
[Test] public void StringIsReadInMultipleParts()
{
var testSocket = new TestPort();
var socketStream = new MessageChannel(testSocket);
testSocket.PutBytes(new byte[] { 104, 101, 108, 108, 111 });
testSocket.PutBytes(new byte[] { 32, 119, 111, 114, 108, 100 });
Assert.AreEqual("hello world", socketStream.Read(11));
}
private void RunTest(CellProcessor service, string tables)
{
var port = new TestPort();
port.Input = Protocol.FormatInteger(tables.Length);
port.Input = tables;
port.Input = Protocol.FormatInteger(0);
var server = new SocketServer(new FitSocket(new MessageChannel(port), new NullReporter()), service, new NullReporter(), false);
server.ProcessTestDocuments(new StoryTestStringWriter().ForTables(s => resultTables += s));
Assert.IsFalse(port.IsOpen);
}
private static void ConnectionDropedTest()
{
// INIT TEST
var a = new TestTerminal("A", new PhoneNumber("101"));
var b = new TestTerminal("B", new PhoneNumber("102"));
var c = new TestTerminal("C", new PhoneNumber("103"));
var aa = new TestPort("AA");
var bb = new TestPort("BB");
var cc = new TestPort("CC");
var station = new TestStation("AAA", new List<ITerminal> { a, b, c },
new List<IPort> { aa, bb, cc });
// START TEST
var t1 = station.GetPreparedTerminal() as TestTerminal;
var t2 = station.GetPreparedTerminal() as TestTerminal;
var t3 = station.GetPreparedTerminal() as TestTerminal;
if (t1 == null || t2 == null || t3 == null) return;
t1.Plug();
t2.Plug();
t3.Plug();
Console.WriteLine("\n");
t1.Connect(t2.PhoneNumber);
t1.SendMessage("Hi!");
t2.SendMessage("Hallo!");
t3.Connect(t2.PhoneNumber); // port not bind because target port busy
t1.SendMessage("How are you?!");
aa.Close(); // close port of t1 close
t2.SendMessage("I am ok"); // droped because aa closed
Console.WriteLine("\n");
aa.Open();
t3.Connect(t1.PhoneNumber);
t1.Unplug();
t3.SendMessage("Hi"); // droped because t1 unpluged
}
private static void BillingSystemTest()
{
// INIT TEST
var a = new TestTerminal("A", new PhoneNumber("101"));
var b = new TestTerminal("B", new PhoneNumber("102"));
var aa = new TestPort("AA");
var bb = new TestPort("BB");
var station = new TestStation("AAA", new List<ITerminal> { a, b },
new List<IPort> { aa, bb });
var billing = new TestBillingSystem();
ITariff tariffFirst = new TestTariff(connectCost: 1000, minCost: 300);
ITariff tariffSecond = new TestTariff(connectCost: 0, minCost: 500);
var provider = new TestProvider(station, billing);
// START TEST
var t1 = provider.SignContract(tariffFirst) as TestTerminal;
var t2 = provider.SignContract(tariffSecond) as TestTerminal;
if (t1 == null || t2 == null) return;
t1.Plug();
t2.Plug();
Console.WriteLine("------ FIRST MONTH ------");
Console.WriteLine("--- First call ---");
t1.Connect(t2.PhoneNumber);
t2.SendMessage("Ololololol");
t2.Disconnect();
Console.WriteLine(" --- Second call ---");
t2.Unplug();
t1.Connect(t2.PhoneNumber);
t2.Plug();
Console.WriteLine(" --- third call ---");
t2.Connect(t1.PhoneNumber);
t2.SendMessage("Ololol");
t1.Disconnect();
Console.WriteLine("--- statistic ---");
var calls = provider.GetStatisticForPeriod(t1.PhoneNumber);
foreach (var call in calls)
Console.WriteLine(call);
Console.WriteLine($"Debt of {t1.PhoneNumber} - {provider.GetDebt(t1.PhoneNumber)}");
Console.WriteLine($"Debt of {t2.PhoneNumber} - {provider.GetDebt(t2.PhoneNumber)}");
billing.StartNewPeriod();
Console.WriteLine("------ SECOND MONTH ------");
Console.WriteLine("--- statistic ---");
calls = provider.GetStatisticForPeriod(t1.PhoneNumber);
foreach (var call in calls)
Console.WriteLine(call);
Console.WriteLine($"Debt of {t1.PhoneNumber} - {provider.GetDebt(t1.PhoneNumber)}");
Console.WriteLine($"Debt of {t2.PhoneNumber} - {provider.GetDebt(t2.PhoneNumber)}");
Console.WriteLine($"--- {t1.PhoneNumber} changing tariff ---");
if (provider.TryChangeTariff(t1.PhoneNumber, tariffSecond))
Console.WriteLine("tariff changed successfully");
else
Console.WriteLine("tariff not changed");
Console.WriteLine($"--- {t1.PhoneNumber} changing tariff for the second time ---");
if (provider.TryChangeTariff(t1.PhoneNumber, tariffFirst))
Console.WriteLine("tariff changed successfully");
else
Console.WriteLine("tariff not changed");
}
public void SetUp()
{
port = new TestPort();
interpreter = new Interpreter(new Messenger(new MessageChannel(port)), string.Empty, Builder.Service());
}
public void SetUp()
{
port = new TestPort();
messenger = new Messenger(new MessageChannel(port));
}
