public void Map_ShouldMapThePriceCorrectyWithMultiplyByWeightAndCalibration()
{
//Arrange
var mapper = new Mapper <INV_DIAMONDS_INVENTORY>(Igal.ConversionDictionary);
mapper.SetPricePolicy(PricePolicy.MultiplyByWeightAndCalibrate);
mapper.OurPriceCalibration((decimal)1.17);
var igalDiamond = new Igal()
{
Clarity = "SI2",
Culet = "",
Color = "H",
Cut = "VG",
DepthPresentage = (decimal)4.25,
InventoryCode = "12345",
Fluorescence = "MB",
Girdle = "",
Length = (decimal)3.5,
Polish = "G",
Price = 9999,
Report = "EGL IL",
ReportURL = "",
Shape = "BR",
Symmetry = "EX",
Table = (decimal)54.5,
Weight = (decimal)2.41,
Width = (decimal)6.35
};
//Act
var inv_entry = mapper.Map(igalDiamond);
//Assert
inv_entry.totalprice.Should().Be((decimal)28194.1803);
}
public void Map_ShouldMapReportNumber()
{
//Arrange
var mapper = new Mapper <INV_DIAMONDS_INVENTORY>(Igal.ConversionDictionary);
var igalDiamond = new Igal()
{
Clarity = "SI2",
Culet = "",
Color = "H",
Cut = "VG",
DepthPresentage = (decimal)4.25,
InventoryCode = "12345",
Fluorescence = "MB",
Girdle = "",
Length = (decimal)3.5,
Polish = "G",
Price = 9999,
Report = "EGL IL",
ReportURL = "",
Shape = "BR",
Symmetry = "EX",
Table = (decimal)54.5,
Weight = (decimal)2.41,
Width = (decimal)6.35,
ReportNumber = "123"
};
//Act
var inv_entry = mapper.Map(igalDiamond);
//Assert
inv_entry.report_number.Should().Be("123");
}
public void Map_ShouldMapDefaultCorrecty()
{
//Arrange
var mapper = new Mapper <INV_DIAMONDS_INVENTORY>(Igal.ConversionDictionary);
var igalDiamond = new Igal()
{
Clarity = "mSI2",
Culet = "",
Color = "mH",
Cut = "mVG",
DepthPresentage = (decimal)4.25,
InventoryCode = "12345",
Fluorescence = "mMB",
Girdle = "",
Length = (decimal)3.5,
Polish = "mG",
Price = 9999,
Report = "mEGL IL",
ReportURL = "",
Shape = "mBR",
Symmetry = "mEX",
Table = (decimal)54.5,
Weight = (decimal)2.41,
Width = (decimal)6.35
};
//Act
var inv_entry = mapper.Map(igalDiamond);
//Assert
inv_entry.clarity.Should().Be(1);
inv_entry.color.Should().Be(1);
inv_entry.cut.Should().Be(1);
inv_entry.fluorescence.Should().Be(1);
inv_entry.polish.Should().Be(1);
inv_entry.report.Should().Be(1);
inv_entry.shape.Should().Be(1);
inv_entry.symmetrical.Should().Be(1);
}
