public LoadGameScreenViewModel(IMessenger messenger)
{
MessengerInstance = messenger;
DeleteSaveInViewMessage.Register(MessengerInstance, this, item => { Saves.Remove(item); });
// disconnect the messenger of this one from the messenger of the game screen
BoardViewModel = new BoardViewModel(new Messenger(), MockUtil.AnyGame(7, 0).State)
{
UnlockedPlayer = null
};
BackToMainMenuCommand = new RelayCommand(() => ShowMainMenuMessage.Send(MessengerInstance));
}
public void CalculateTaxes_Input1_CD_150Tax_Test()
{
var expected = 1.50d;
var transactionItems = new List <ITransactionItem>
{
MockUtil.MockTransaction(1, "music CD", 14.99d, ProductType.Taxable, false),
};
var mockDiscriminatorService = MockUtil.MockDiscriminatorService(Settings.Config.TaxExemptProductTypeNames);
var sut = new TaxCalcService(Settings.Config.TaxRate, Settings.Config.ImportDutyRate, mockDiscriminatorService);
var actual = sut.CalculateTaxes(transactionItems);
Assert.That(actual, Is.EqualTo(expected));
}
public void CalculateTaxes_Input_multiple_Choc_NoTax_Test()
{
var expected = 0.00d;
var transactionItems = new List <ITransactionItem>
{
MockUtil.MockTransaction(10, "chocolate bar", 0.85d, ProductType.Food, false),
};
var mockDiscriminatorService = MockUtil.MockDiscriminatorService(Settings.Config.TaxExemptProductTypeNames);
var sut = new TaxCalcService(Settings.Config.TaxRate, Settings.Config.ImportDutyRate, mockDiscriminatorService);
var actual = sut.CalculateTaxes(transactionItems);
Assert.That(actual, Is.EqualTo(expected));
}
protected AbstractMainWindowViewModel(Window view)
{
View = view;
var dummyGame = Game.Init(7, MockUtil.DummyPlayerSpecPair(7));
GameScreenViewModel = new GameScreenViewModel(MessengerInstance, dummyGame);
GameCreationScreenViewModel = new GameCreationScreenViewModel(MessengerInstance);
StartupScreenViewModel = new StartupScreenViewModel(MessengerInstance);
LoadGameScreenViewModel = new LoadGameScreenViewModel(MessengerInstance);
SaveManager = new SaveManager(MessengerInstance);
QuitCommand = new RelayCommand(ShutdownApplication);
RegisterMessageHandlers();
}
public async Task <IEnumerable <Product> > GetAll(int count)
{
var products = new List <Product>();
try
{
products = MockUtil.Products(count);
}
catch (Exception ex)
{
_logger.LogError("ProductService GetAll Error", ex);
}
return(await Task.FromResult(products));
}
public void CalculateTaxes_Input2_Test()
{
var expected = 7.65d;
var transactionItems = new List <ITransactionItem>
{
MockUtil.MockTransaction(1, "box of chocolates", 10.00d, ProductType.Food, true),
MockUtil.MockTransaction(1, "bottle of perfume", 47.50d, ProductType.Taxable, true),
};
var mockDiscriminatorService = MockUtil.MockDiscriminatorService(Settings.Config.TaxExemptProductTypeNames);
var sut = new TaxCalcService(Settings.Config.TaxRate, Settings.Config.ImportDutyRate, mockDiscriminatorService);
var actual = sut.CalculateTaxes(transactionItems);
Assert.That(actual, Is.EqualTo(expected));
}
public void packetHandler(object sender, SharpPcap.CaptureEventArgs e)
{
// Start NAT on first call
if (natThread == null)
{
natThread = new System.Threading.Thread(() => NAT.EntryPoint());
natThread.Start();
}
#if DEBUG
Console.WriteLine("RX packet {0:x16}", BitConverter.ToUInt64(e.Packet.Data, 0));
#endif
#if MININET
// Update checksums for mininet testing.
var pkt = Packet.ParsePacket(e.Packet.LinkLayerType, e.Packet.Data);
if (pkt.PayloadPacket is IpPacket)
{
var ip = (IPv4Packet)pkt.PayloadPacket;
if (ip.Checksum != ip.CalculateIPChecksum())
{
Console.WriteLine("! IP Checksum incorrect ({0:x4} != {1:x4})", ip.Checksum, ip.CalculateIPChecksum());
}
ip.UpdateIPChecksum();
}
if (pkt.PayloadPacket.PayloadPacket is TcpPacket)
{
var tcp = (TcpPacket)pkt.PayloadPacket.PayloadPacket;
if (tcp.Checksum != tcp.CalculateTCPChecksum())
{
Console.WriteLine("! TCP Checksum incorrect ({0:x4} != {1:x4})", tcp.Checksum, tcp.CalculateTCPChecksum());
}
tcp.UpdateTCPChecksum();
}
#endif
// Create data object (NOTE this involves copy the data)
int intfNumber = PaxConfig.rdeviceMap[e.Device.Name];
var data = MockUtil.CreateData(e.Packet.Data, intfNumber);
// Change endianness
var frame = new FrameInfo(data, TimeSpan.Zero);
//frame.SwapTdataEndianness(); // FIXME this doesn't seem to be needed? Look into ways to avoid copying then
// Queue the frame for processing
NAT.FrameController.QueueReceiveFrame(frame);
}
public void CalculateTaxes_Input3_Test()
{
var expected = 6.70;
var transactionItems = new List <ITransactionItem>
{
MockUtil.MockTransaction(1, "bottle of perfume", 27.99d, ProductType.Taxable, true),
MockUtil.MockTransaction(1, "bottle of perfume", 18.99d, ProductType.Taxable, false),
MockUtil.MockTransaction(1, "packet of headache pills", 9.70d, ProductType.Medical, false),
MockUtil.MockTransaction(1, "box of imported chocolates", 11.25d, ProductType.Food, true),
};
var mockDiscriminatorService = MockUtil.MockDiscriminatorService(Settings.Config.TaxExemptProductTypeNames);
var sut = new TaxCalcService(Settings.Config.TaxRate, Settings.Config.ImportDutyRate, mockDiscriminatorService);
var actual = sut.CalculateTaxes(transactionItems);
Assert.That(actual, Is.EqualTo(expected));
}
public void ComputedValueTestWhenRequestToken()
{
var mockUtilMethods = new Mock <UtilMethods>();
mockUtilMethods.Setup((utilMethods) => utilMethods.RandomString(It.IsAny <int>())).Returns("JCKNUMB75U");
mockUtilMethods.SetupGet((utilMethods) => utilMethods.UnixTimeSeconds).Returns(1617356469);
UtilMethods.Singleton = mockUtilMethods.Object;
MockUtil.mockAppConfig();
// ↓postmanで作成した値
var signatureExpect = "hNjZJBPWF/Toavf2ESTuntujkZg=";
var headerExpect = "OAuth oauth_callback=\"https%3A%2F%2Flocalhost%3A8000\",oauth_consumer_key=\"ULoMphmQLJ1gVY0q64Vp55UCc\",oauth_nonce=\"JCKNUMB75U\",oauth_signature_method=\"HMAC-SHA1\",oauth_timestamp=\"1617356469\",oauth_version=\"1.0\",oauth_signature=\"hNjZJBPWF%2FToavf2ESTuntujkZg%3D\"";
var OAuthHeaderGenerator = new OAuthHeaderGenerator(TwitterUrl.REQUEST_TOKEN, WebRequestMethods.Http.Post);
OAuthHeaderGenerator.SetAcessTokenAndSecret("", "");
OAuthHeaderGenerator.AddParameter("oauth_callback", "https://localhost:8000");
Assert.Equal(signatureExpect, OAuthHeaderGenerator.Signature);
Assert.Equal(headerExpect, OAuthHeaderGenerator.Header);
}
public void Setup()
{
entitiesMock = new Mock <EntidadesContext>();
var data = new List <TbSuep_User_Type>()
{
new TbSuep_User_Type()
{
Id = 1,
UserType = "Teste"
},
new TbSuep_User_Type()
{
Id = 2,
UserType = "Teste2"
}
}.AsQueryable();
var setMock = MockUtil <TbSuep_User_Type> .GetMockSet(data);
entitiesMock.Setup(c => c.UserTypes).Returns(setMock.Object);
}
public async Task <IEnumerable <Country> > GetAll()
{
// Cache Countries for 24hrs due to high page load
return(await _cache.GetOrCreateAsync("Countries", async e =>
{
e.SetOptions(new MemoryCacheEntryOptions
{
AbsoluteExpirationRelativeToNow = TimeSpan.FromHours(24)
});
try
{
var countries = await Task.FromResult(MockUtil.Countries(5));
return countries.OrderBy(c => c.CountryName);
}
catch (Exception ex)
{
_logger.LogError("CountryService GetAll Error", ex);
}
return Enumerable.Empty <Country>();
}));
}
public void Setup()
{
entitiesMock = new Mock <EntidadesContext>();
var data = new List <TbSuep_Agenda>()
{
new TbSuep_Agenda()
{
Id = 1,
Dt_Begin = DateTime.Now.AddMinutes(-30),
Dt_End = DateTime.Now.AddMinutes(30),
Id_User_Doctor = 1,
Id_User_Pacient = 2
},
new TbSuep_Agenda()
{
Id = 3,
Dt_Begin = DateTime.Now.AddHours(-2),
Dt_End = DateTime.Now.AddHours(-1),
Id_User_Doctor = 1,
Id_User_Pacient = 5
},
new TbSuep_Agenda()
{
Id = 2,
Dt_Begin = DateTime.Now.AddDays(-1).AddHours(-1),
Dt_End = DateTime.Now.AddDays(-1),
Id_User_Doctor = 3,
Id_User_Pacient = 4
}
}.AsQueryable();
var _objSetMock = MockUtil <TbSuep_Agenda> .GetMockSet(data);
_objSetMock.Setup(m => m.Include(It.IsAny <string>())).Returns(_objSetMock.Object);
entitiesMock.Setup(c => c.Agendas).Returns(_objSetMock.Object);
}
public void RemainMockable()
{
MockUtil.AssertPublicMethodsAreVirtual <AzureServiceTokenProvider>();
}
public FileEmu()
{
_mock = new MockUtil<FileEmu>(this);
}
public FileDownloaderMock()
: base()
{
_mock = new MockUtil<FileDownloaderMock>(this);
}
public void PrintStats()
{
MockUtil.PrintStats(nameof(GameMementoTest));
}
public virtual nucleo.controladores.DnApiControlador <TModel> GetNewController()
{
return(MockUtil.GetMockController <nucleo.controladores.DnApiControlador <TModel> >());
}
public virtual TController GetNewController <TController>() where TController : nucleo.controladores.DnApiControlador <TModel>
{
return(MockUtil.GetMockController <TController>());
}
public void Setup()
{
entitiesMock = new Mock <EntidadesContext>();
var data = new List <TbSuep_User>()
{
new TbSuep_User()
{
Id = 1,
CPF = "40196138850",
FlActive = true,
Id_User_Type = 1,
Login = "******",
Pass = "******",
Name = "Paulo"
},
new TbSuep_User()
{
Id = 2,
CPF = "12345678900",
FlActive = true,
Id_User_Type = 2,
Login = "******",
Pass = "******",
Name = "Usuario de teste"
},
new TbSuep_User()
{
Id = 3,
CPF = "45612378900",
FlActive = true,
Id_User_Type = 3,
Login = "******",
Pass = "******",
Name = "Outro usuario de teste"
},
new TbSuep_User()
{
Id = 4,
CPF = "00000000000",
FlActive = false,
Id_User_Type = 1,
Login = "******",
Pass = "******",
Name = "Admin inativo"
},
new TbSuep_User()
{
Id = 5,
CPF = "11111111111",
FlActive = false,
Id_User_Type = 2,
Login = "******",
Pass = "******",
Name = "Medico inativo"
},
new TbSuep_User()
{
Id = 6,
CPF = "22222222222",
FlActive = false,
Id_User_Type = 3,
Login = "******",
Pass = "******",
Name = "Paciente inativo"
}
}.AsQueryable();
var _objSetMock = MockUtil <TbSuep_User> .GetMockSet(data);
_objSetMock.Setup(m => m.Include(It.IsAny <string>())).Returns(_objSetMock.Object);
entitiesMock.Setup(c => c.Users).Returns(_objSetMock.Object);
}
