public async Task RegisterCharge_ValidCharge_ReturnsTrue(ChargeMessage charge)
{
// Arrange
IHttpConnector connector = HttpConnectorHelper.GetChargeConnector();
// Act
IApplicationResult <bool> result = await connector.PostAsync <ChargeMessage, bool>(string.Empty, charge);
// Assert
Assert.True(result.Data);
}
public async Task RegisterClient_ValidClient_ReturnsTrue(ClientMessage client)
{
// Arrange
IHttpConnector connector = HttpConnectorHelper.GetClientConnector();
// Act
IApplicationResult <bool> result = await connector.PostAsync <ClientMessage, bool>(string.Empty, client);
// Assert
Assert.True(result.Data);
}
public async Task GetCharge_InvalidSearchFilter_ReturnsFalse(ChargeSearchMessage search)
{
// Arrange
IHttpConnector connector = HttpConnectorHelper.GetChargeConnector();
string query = $"?cpf={search.Cpf}&referenceMonth={search.ReferenceMonth}";
// Act
IApplicationResult <List <ChargeMessage> > result = await connector.GetAsync <List <ChargeMessage> >(query);
// Assert
Assert.Equal(HttpStatusCode.BadRequest, result.StatusCode);
}
public async Task RegisterCharge_InvalidValueCharge_ReturnsFalse(ChargeMessage charge)
{
// Arrange
IHttpConnector connector = HttpConnectorHelper.GetChargeConnector();
// Act
IApplicationResult <bool?> result = await connector.PostAsync <ChargeMessage, bool?>(string.Empty, charge);
// Assert
Assert.Equal(HttpStatusCode.BadRequest, result.StatusCode);
Assert.Contains("value", result.Messages[0].ToLower());
}
public async Task RegisterClient_InvalidStateClient_ReturnsFalse(ClientMessage client)
{
// Arrange
IHttpConnector connector = HttpConnectorHelper.GetClientConnector();
// Act
IApplicationResult <bool?> result = await connector.PostAsync <ClientMessage, bool?>(string.Empty, client);
// Assert
Assert.Equal(HttpStatusCode.BadRequest, result.StatusCode);
Assert.Contains("state", result.Messages[0].ToLower());
}
public async Task GetCharge_SearchFilterByReferenceMonth_ReturnsTrue(ChargeSearchMessage search, ChargeMessage charge)
{
// Arrange
IHttpConnector connector = HttpConnectorHelper.GetChargeConnector();
await connector.PostAsync <ChargeMessage, bool>(string.Empty, charge);
// Act
IApplicationResult <List <ChargeMessage> > result = await connector.GetAsync <List <ChargeMessage> >(QueryStringHelper.GetChargeSearch(search));
// Assert
Assert.True(result.Data.Count > 0);
Assert.NotNull(result.Data.FirstOrDefault(it => it.Cpf == charge.Cpf));
}
public async Task RegisterClient_SearchClient_ReturnsFalse(ClientMessage client)
{
// Arrange
IHttpConnector connector = HttpConnectorHelper.GetClientConnector();
await connector.PostAsync <ClientMessage, bool>(string.Empty, client);
// Act
IApplicationResult <ClientMessage> result = await connector.GetAsync <ClientMessage>($"/{client.Cpf}");
// Assert
Assert.NotNull(result.Data);
Assert.Equal(client.Cpf, result.Data.Cpf);
}
public void Rate_CallRateService_ReturnsTrue(List <ClientMessage> clients)
{
// Arrange
IHttpConnector clientConnector = HttpConnectorHelper.GetClientConnector();
IHttpConnector rateConnector = HttpConnectorHelper.GetRateConnector();
string[] cpfs = clients.Select(it => it.Cpf).ToArray();
decimal[] values = clients.Select(it => ConvertCpfToValue(it.Cpf)).ToArray();
clients.ForEach(it => clientConnector.PostAsync <ClientMessage, bool?>(string.Empty, it));
Thread.Sleep(2000);
// Act
IApplicationResult <List <RateMessage> > result = rateConnector.GetAsync <List <RateMessage> >(string.Empty).Result;
// Assert
Assert.Equal(clients.Count, result.Data.Where(it => cpfs.Contains(it.Cpf)).Count());
Assert.Equal(clients.Count, result.Data.Where(it => values.Contains(it.Value)).Count());
}
