public static void Equals_ReturnsFalse_ForDistinctValues(string value1, string value2)
{
var bic1 = Bic.Parse(value1).Value;
var bic2 = Bic.Parse(value2).Value;
Assert.False(bic1.Equals(bic2));
}
public static void Equals_ReturnsTrue_ForIdenticalValues_AfterBoxing(string value1, string value2)
{
var bic1 = Bic.Parse(value1).Value;
object bic2 = Bic.Parse(value2).Value;
Assert.True(bic1.Equals(bic2));
}
public static void Inequality_ReturnsFalse_ForIdenticalValues(string value1, string value2)
{
var bic1 = Bic.Parse(value1).Value;
var bic2 = Bic.Parse(value2).Value;
Assert.False(bic1 != bic2);
}
public static void Inequality_ReturnsTrue_ForDistinctValues(string value1, string value2)
{
var bic1 = Bic.Parse(value1).Value;
var bic2 = Bic.Parse(value2).Value;
Assert.True(bic1 != bic2);
}
public static void Equality_ReturnsTrue_ForIdenticalValues(string value1, string value2)
{
var bic1 = Bic.Parse(value1).Value;
var bic2 = Bic.Parse(value2).Value;
Assert.True(bic1 == bic2);
}
public static void Equals_IsAbelian(string value1, string value2)
{
var bic1a = Bic.Parse(value1).Value;
var bic1b = Bic.Parse(value1).Value;
var bic2 = Bic.Parse(value2).Value;
Assert.Equal(bic1a.Equals(bic1b), bic1b.Equals(bic1a));
Assert.Equal(bic1a.Equals(bic2), bic2.Equals(bic1a));
}
public static void Equals_ReturnsFalse_ForOtherTypes(string value)
{
var bic = Bic.Parse(value).Value;
Assert.False(bic.Equals(null));
Assert.False(bic.Equals(1));
Assert.False(bic.Equals(value));
Assert.False(bic.Equals(new Object()));
Assert.False(bic.Equals(new My.Val(1)));
Assert.False(bic.Equals(new My.Obj()));
}
public static void Parse_SetBusinessPartyCorrectly(string value, string expectedValue)
{
var bic = Bic.Parse(value);
Assert.Equal(expectedValue, bic.Value.BusinessParty);
}
public static void ToString_ReturnsValue(string value)
{
var bic = Bic.Parse(value).Value;
Assert.Equal(value, bic.ToString());
}
public static void Parse_ReturnsNull_ForInvalidSwiftValue(string value) => Assert.False(Bic.Parse(value, BicVersion.Swift).HasValue);
public static void GetHashCode_ReturnsHashCodeValue(string value)
{
var bic = Bic.Parse(value).Value;
Assert.Equal(value.GetHashCode(), bic.GetHashCode());
}
public static void Equals_IsReflexive(string value)
{
var bic = Bic.Parse(value).Value;
Assert.True(bic.Equals(bic));
}
public static void Parse_ReturnsTrue_ForValidISOInput(string value)
{
var bic = Bic.Parse(value, BicVersion.ISO);
Assert.True(bic.HasValue);
}
public static void Parse_SetLocationCodeCorrectly(string value, string expectedValue)
{
var bic = Bic.Parse(value);
Assert.Equal(expectedValue, bic.Value.LocationCode);
}
public static void Parse_ReturnsNull_ForInvalidLength(string value) => Assert.False(Bic.Parse(value).HasValue);
public static void Parse_ReturnsNull_ForNull() => Assert.False(Bic.Parse(null).HasValue);
public static void Parse_ReturnsFalse_ForInvalidSwiftInput(string value)
{
var bic = Bic.Parse(value, BicVersion.Swift);
Assert.False(bic.HasValue);
}
public static void Parse_Succeeds_ForValidSwiftValue(string value) => Assert.True(Bic.Parse(value, BicVersion.Swift).HasValue);
public static void Parse_SetIsSwiftConnectedCorrectly(string value, bool expectedValue)
{
var bic = Bic.Parse(value);
Assert.Equal(expectedValue, bic.Value.IsSwiftConnected);
}
public static void Parse_SetIsPrimaryOfficeCorrectly(string value, bool expectedValue)
{
var bic = Bic.Parse(value);
Assert.Equal(expectedValue, bic.Value.IsPrimaryOffice);
}
