public void OR_Operation()
{
var ip = new IPv4Value("253.21.161.14");
var mask = new IPv4Value("255.255.255.0");
var subnet = ip | mask;
Assert.Equal("255.255.255.14", subnet.ToString());
}
public void CanParseFromString(string input, byte[] excpectedBytes)
{
var octets = IPv4Value.Parse(input);
for (int index = 0; index < octets.Length; index++)
{
Assert.Equal(excpectedBytes[index], octets[index]);
}
}
public void IsComparable()
{
var ip = new IPv4Value("253.21.161.14");
var ip2 = new IPv4Value("253.21.161.14");
var ip3 = new IPv4Value("192.168.0.1");
Assert.Equal(ip, ip2);
Assert.NotEqual(ip, ip3);
}
public void LessThanOrEqual_Operation()
{
var value = new IPv4Value("253.21.161.14");
var same = new IPv4Value("253.21.161.14");
var smaller = new IPv4Value("253.21.161.2");
var bigger = new IPv4Value("253.21.162.16");
Assert.True(value <= same);
Assert.True(value <= bigger);
Assert.False(value <= smaller);
}
public void IsConstructedCorrectly(string address)
{
var ip = new IPv4Value(address);
Assert.Equal(address, ip.ToString());
}
public void IncreaseCorrectly(string input, int increaseBy, string excpected)
{
var address = new IPv4Address(input);
Assert.Equal(excpected, IPv4Value.Increase(address, increaseBy).ToString());
}
