public void CanParseEveryRomanYear()
{
var classNames = new[] { "Ia", "IIa", "IIIa", "IVa", "Va", "VIa", "VIIa", "VIIIa", "IXa", "Xa", "XIa", "XIIa" };
var parser = new Infrastructure.ClassesParser.ClassesParser();
var expectedClasses = new[]
{
new Class(1, "a"),
new Class(2, "a"),
new Class(3, "a"),
new Class(4, "a"),
new Class(5, "a"),
new Class(6, "a"),
new Class(7, "a"),
new Class(8, "a"),
new Class(9, "a"),
new Class(10, "a"),
new Class(11, "a"),
new Class(12, "a")
};
var result = parser.Parse(classNames);
result.Should().BeEquivalentTo(expectedClasses);
}
public void CanParseEveryDigitYear()
{
var classNames = new[] { "1a", "2a", "3a", "4a", "5a", "6a", "7a", "8a", "9a", "10a", "11a", "12a" };
var parser = new Infrastructure.ClassesParser.ClassesParser();
var expectedClasses = new[]
{
new Class(1, "a"),
new Class(2, "a"),
new Class(3, "a"),
new Class(4, "a"),
new Class(5, "a"),
new Class(6, "a"),
new Class(7, "a"),
new Class(8, "a"),
new Class(9, "a"),
new Class(10, "a"),
new Class(11, "a"),
new Class(12, "a")
};
var result = parser.Parse(classNames);
result.Should().BeEquivalentTo(expectedClasses);
}
public void CanParseEveryClassFormat()
{
var classNames = new[] { "1a", "2A", "3 a", "4 A", "Ia", "IA", "I b", "I B", "Ib1", "IB1" };
var parser = new Infrastructure.ClassesParser.ClassesParser();
var expectedClasses = new[]
{
new Class(1, "a"),
new Class(2, "a"),
new Class(3, "a"),
new Class(4, "a"),
new Class(1, "a"),
new Class(1, "a"),
new Class(1, "b"),
new Class(1, "b"),
new Class(1, "b1"),
new Class(1, "b1")
};
var classes = parser.Parse(classNames);
classes.Should().BeEquivalentTo(expectedClasses);
}
