private string Header(Type t)
{
var header = CsvFunctions.ToHeader(t, defaultConfig);
Console.WriteLine(header);
return(header);
}
public void NewlineCollectionStrategyShouldHavePropertiesOfCollectionTypeInHeader()
{
var _case = new CollectionTestCase();
var t = _case.GetType();
var header = CsvFunctions.ToHeader(t, new CsvConfig(';', CollectionStrategy.Newline));
Console.WriteLine(header);
var expected = "x;y;z";
Assert.AreEqual(expected, header);
}
public void InlineCollectionStrategyShouldHaveCollectionNameInHeader()
{
var _case = new CollectionTestCase();
var t = _case.GetType();
var header = CsvFunctions.ToHeader(t, new CsvConfig(';', CollectionStrategy.Inline));
Console.WriteLine(header);
var expected = nameof(_case.ints);
Assert.AreEqual(expected, header);
}
public void Test()
{
var emf = new EMFPackage(1, 2, 3, 4, 5, 6, 7, 8, 9);
var imu = new IMUPackage(10, 11, 12, 13, 14, 15);
var package = new EMF_IMU_MetaPackage(emf, imu, 0, 0, 0, 1, 34);
var config = new CsvConfig(';');
Console.WriteLine(
CsvFunctions
.ToHeader(
type: typeof(EMF_IMU_MetaPackage),
config: config
)
);;
Console.WriteLine(
CsvFunctions
.ToLine(
baseObject: package,
config: new CsvConfig(';')
)
);
}
public void TestNestedClasses()
{
var c = new TestNestedClassAndStruct()
{
PublicClassProperty = new NestedClass
{
nestedPublicClassField = 1,
NestedPublicClassProperty = 2
},
PublicStructProperty = new NestedStruct
{
publicNestedStructField = 3,
PublicNestedStructProperty = 4
}
};
var line = Line(c);
var header = CsvFunctions.ToHeader(c.GetType(), defaultConfig);
Console.WriteLine(header);
var lineTerms = line.Split(defaultConfig.delimiter);
var d = defaultConfig.delimiter;
Assert.AreEqual($"2{d}1{d}4{d}3", line);
}