public BidirectionalStepTest()
{
_step = new BidirectionalStep(
ValueRangeTable.Create(Prohibited.C8),
ValueRangeTable.Create(BidirectionalTables.D1),
ValueRangeTable.Create(BidirectionalTables.D2));
}
public void WillThrowForMixedRALAndLCharacters()
{
var input = "" + Convert.ToChar(0x05BE) + Convert.ToChar(0x0041);
var step = new BidirectionalStep(
ValueRangeTable.Create(Prohibited.C_8),
ValueRangeTable.Create(Bidirectional.D_1),
ValueRangeTable.Create(Bidirectional.D_2));
Assert.Throws <BidirectionalFormatException>(() => step.Run(input));
}
public void WillThrowForRALStringNotEndingWithRALCharacter()
{
var input = "" + Convert.ToChar(0x0627) + "1";
var step = new BidirectionalStep(
ValueRangeTable.Create(Prohibited.C_8),
ValueRangeTable.Create(Bidirectional.D_1),
ValueRangeTable.Create(Bidirectional.D_2));
Assert.Throws <BidirectionalFormatException>(() => step.Run(input));
}
public void WillThrowForProhibitValues()
{
var input = Convert.ToChar(0x0340).ToString();
var step = new BidirectionalStep(
ValueRangeTable.Create(Prohibited.C_8),
ValueRangeTable.Create(Bidirectional.D_1),
ValueRangeTable.Create(Bidirectional.D_2));
Assert.Throws <ProhibitedValueException>(() => step.Run(input));
}
public void WillPassForRALStringEndingWithRALCharacter()
{
var input = "" + Convert.ToChar(0x0627) + "1" + Convert.ToChar(0x0628);
var step = new BidirectionalStep(
ValueRangeTable.Create(Prohibited.C_8),
ValueRangeTable.Create(Bidirectional.D_1),
ValueRangeTable.Create(Bidirectional.D_2));
var output = step.Run(input);
Assert.Equal(input, output);
}
