public void Can_Get_Right_Xml_With_Note_Content_Contains_Invalid_Char_To_DataSource()
{
// Arrange - note with null content
var xmlDoc = XDocument.Parse($"<?xml version=\"1.0\" encoding=\"utf-16\" ?><Note xmlns=\"{XmlNamespace}\"><Content><Automobile><Maker>Subaru</Maker><Brand><Outback></Brand><Year>2017</Year><Color>Blue</Color><Pin>135</Pin><Plate>BCTT208</Plate><MeterReading>1234535</MeterReading></Automobile></Content></Note>");
// Note: Outback is surrounding by bracket to test escape special character in class
var auto = new AutomobileInfo
{
Maker = "Subaru",
Brand = "<Outback>",
Year = "2017",
Color = "Blue",
Pin = "135",
Plate = "BCTT208",
MeterReading = 1234535
};
// Act
var note = _noteSerializer.GetNote(auto);
// Assert
Assert.True(_noteSerializer.ProcessResult.Success);
Assert.NotNull(note);
Assert.Equal(note.Content, xmlDoc.ToString(SaveOptions.DisableFormatting));
Assert.Contains("<", note.Content);
Assert.Contains(">", note.Content);
}
public void Can_Parse_Automobile_String_Content(string contentText)
{
// Arrange
var xmlDoc = XDocument.Parse(string.Format(NoteXmlTextBase, XmlNamespace, contentText));
var auto = new AutomobileInfo
{
Maker = "Subaru",
Brand = "Outback",
Year = "2017",
Color = "Blue",
Pin = "135",
Plate = "BCTT208",
MeterReading = 1234535
};
// Act
var note = _noteSerializer.GetNote(auto);
// Assert
Assert.True(_noteSerializer.ProcessResult.Success);
Assert.NotNull(note);
Assert.Equal(AutomobileConstant.AutoMobileRecordSubject, note.Subject);
Assert.Equal(note.Content, xmlDoc.ToString(SaveOptions.DisableFormatting));
}
private IEnumerable <AutomobileInfo> SetupEnvironment()
{
var author = AuthorRepository.GetEntities().FirstOrDefault();
var car = new AutomobileInfo
{
Brand = "AutoBack",
Maker = "Subaru",
MeterReading = 100,
Year = "2018",
Pin = "1234",
Plate = "BCTT208",
Color = "Blue"
};
Assert.NotNull(author);
_manager.Create(car);
return(_manager.GetEntities(new ResourceCollectionParameters()).ToList());
}
public void Can_Get_Automobile_By_Parse_Valid_Note_Xml()
{
// Arrange
var xmlDoc = XDocument.Parse($"<?xml version=\"1.0\" encoding=\"utf-16\" ?><Note xmlns=\"{XmlNamespace}\"><Content><Automobile><Maker>Subaru</Maker><Brand>Outback</Brand><Year>2017</Year><Color>Blue</Color><Pin>135</Pin><Plate>BCTT208</Plate><MeterReading>1234535</MeterReading></Automobile></Content></Note>");
var note = new HmmNote
{
Id = 1,
Author = _author,
Subject = AutomobileConstant.AutoMobileRecordSubject,
Content = xmlDoc.ToString(SaveOptions.DisableFormatting),
CreateDate = DateTime.Now,
LastModifiedDate = DateTime.Now
};
var autoExpected = new AutomobileInfo
{
Id = 1,
Maker = "Subaru",
Brand = "Outback",
Year = "2017",
Color = "Blue",
Pin = "135",
Plate = "BCTT208",
MeterReading = 1234535,
};
// Act
var auto = _noteSerializer.GetEntity(note);
// Assert
Assert.True(_noteSerializer.ProcessResult.Success);
Assert.NotNull(auto);
Assert.Equal(autoExpected.Id, auto.Id);
Assert.Equal(autoExpected.Maker, auto.Maker);
Assert.Equal(autoExpected.Brand, auto.Brand);
Assert.Equal(autoExpected.Year, auto.Year);
Assert.Equal(autoExpected.Color, auto.Color);
Assert.Equal(autoExpected.Pin, auto.Pin);
Assert.Equal(autoExpected.Plate, auto.Plate);
Assert.Equal(_author.Id.ToString(), auto.AuthorId.ToString());
}
public void CanCreateAutoMobile()
{
// Arrange
var car = new AutomobileInfo
{
Brand = "AutoBack",
Maker = "Subaru",
MeterReading = 100,
Year = "2018",
Pin = "1234",
Color = "Blue",
Plate = "BCTT208"
};
// Act
var savedCar = _manager.Create(car);
// Assert
Assert.True(_manager.ProcessResult.Success);
Assert.NotNull(savedCar);
Assert.True(savedCar.Id >= 1, "car.Id >= 1");
}
public void AutoMustHaveValid_Author()
{
// Arrange
var auto = new AutomobileInfo
{
Brand = "Outback",
Maker = "Subaru",
MeterReading = 100,
Year = "2018",
Pin = "1234",
Plate = "BCTT208",
Color = "Blue"
};
// Act
var processResult = new ProcessingResult();
var result = _validator.IsValidEntity(auto, processResult);
// Assert
Assert.False(result);
Assert.Single(processResult.MessageList);
}
public void Can_Get_Right_Xml_With_Null_Note_Content_To_DataSource()
{
// Arrange - note with null content
var auto = new AutomobileInfo
{
Maker = "Subaru",
Brand = "Outback",
Year = "2017",
Color = "Blue",
Pin = "135",
MeterReading = 1234535
};
var xmlDoc = XDocument.Parse(
$"<?xml version=\"1.0\" encoding=\"utf-16\" ?><Note xmlns=\"{XmlNamespace}\"><Content><Automobile><Maker>Subaru</Maker><Brand>Outback</Brand><Year>2017</Year><Color>Blue</Color><Pin>135</Pin><Plate /><MeterReading>1234535</MeterReading></Automobile></Content></Note>");
// Act
var note = _noteSerializer.GetNote(auto);
// Assert
Assert.True(_noteSerializer.ProcessResult.Success);
Assert.Equal(note.Content, xmlDoc.ToString(SaveOptions.DisableFormatting));
Assert.NotNull(note);
}
public void ValidAutomobileInfo_CanPassValidation()
{
// Arrange
var auto = new AutomobileInfo
{
AuthorId = _authorId,
Brand = "Outback",
Maker = "Subaru",
MeterReading = 100,
Year = "2018",
Pin = "1234",
Plate = "BCTT208",
Color = "Blue"
};
// Act
var processResult = new ProcessingResult();
var result = _validator.IsValidEntity(auto, processResult);
// Assert
Assert.True(result);
Assert.Empty(processResult.MessageList);
}
public void ValidGasLogCanPassValidation()
{
// Arrange
var log = new GasLog
{
AuthorId = _authorId,
Date = DateProvider.UtcNow,
Car = new AutomobileInfo(),
CurrentMeterReading = 30000.GetKilometer(),
Distance = 340.GetKilometer(),
Gas = 40d.GetLiter(),
Price = 1.34m.GetCad(),
Station = "Costco",
CreateDate = DateProvider.UtcNow,
Discounts = new List <GasDiscountInfo>
{
new()
{
Program = new GasDiscount {
Amount = 0.8m.GetCad(), Program = "Petro-Canada membership", DiscountType = GasDiscountType.PerLiter, AuthorId = _authorId
},
Amount = 0.8m.GetCad()
}
},
private static (bool isValid, string validationError) MeterReadingValid(GasLog log, AutomobileInfo auto)
{
if (log == null)
{
throw new ArgumentNullException(nameof(log));
}
if (auto == null)
{
throw new ArgumentNullException(nameof(auto));
}
if (auto.MeterReading <= 0)
{
return(false, "The automobile's meter reading is invalid");
}
// automobile's meter reading should less then new meter reading
if (auto.MeterReading > log.CurrentMeterReading.TotalKilometre)
{
return(false, "The automobile's meter reading is larger then gas log");
}
// the difference between current automobile meter reading and new meter reading should greater then log distance
if (log.CurrentMeterReading - Dimension.FromKilometer(auto.MeterReading) < log.Distance)
{
return(false, "The logging distance is invalid");
}
return(log.CurrentMeterReading - Dimension.FromKilometer(auto.MeterReading) != log.Distance
? (true, "Current log distance plus automobile's current meter reading does not match log's current meter reading")
: (true, string.Empty));
}
