public void Return_No_Consumption_If_Switch_Does_Not_Match()
{
// arrange
var switch0 = new TestSwitch(new Parser("a"), 't', "test", (o, strings) => { });
var info = new IterationInfo("-x a b c d e d f g".Split(' '));
// act
var result = switch0.CanConsume("", info);
// assert
result.NumConsumed.Should().Be(0);
}
public void Return_No_Consumption_If_Minimum_Number_Of_Values_Are_Not_Met()
{
// arrange
var switch0 = new TestSwitch(new Parser("a"), 't', "test", (o, strings) => { })
{
MinRequired = 50
};
var info = new IterationInfo("-t a b c d e d f g".Split(' '));
// act
var result = switch0.CanConsume("", info);
// assert
result.NumConsumed.Should().Be(0);
}
public void Indicate_It_Can_Consume_The_Max_Allowed_When_Current_Arg_Is_A_Match()
{
// arrange
var switch0 = new TestSwitch(new Parser("a"), 't', "test", (o, strings) => { })
{
MaxAllowed = 3
};
var info = new IterationInfo("-t a b c d e d f g".Split(' '));
// act
// assert
var result = switch0.CanConsume("", info);
result.NumConsumed.Should().Be(3);
result.Info.Current.Should().Be("c");
}