public void TestIpIsInRange(string lowerInclusive, string upperInclusive, string address, bool expectedResult)
{
var ipAddressCalculator = new IpAddressCalculator(Logger);
var actualResult = ipAddressCalculator.IsInRange(lowerInclusive, upperInclusive, address);
if (expectedResult)
{
Assert.IsTrue(actualResult);
}
else
{
Assert.IsFalse(actualResult);
}
}
public void TestPublicIpV4()
{
var ipAddressCalculator = new IpAddressCalculator(Logger);
Assert.IsTrue(ipAddressCalculator.IsInRange(LowerPublicIpv4, UpperPublicIpv4, SomePublicIpv4));
}
public void TestIpV4F2()
{
var ipAddressCalculator = new IpAddressCalculator(Logger);
Assert.IsFalse(ipAddressCalculator.IsInRange(LowerLocalIpv4, UpperLocalIpv4, PublicIpv4));
}
public void TestLocalIpV4Upper()
{
var ipAddressCalculator = new IpAddressCalculator(Logger);
Assert.IsTrue(ipAddressCalculator.IsInRange(LowerLocalIpv4, UpperLocalIpv4, UpperLocalIpv4));
}
public void TestLinkLocalAndLocalIpV6()
{
var ipAddressCalculator = new IpAddressCalculator(Logger);
Assert.IsFalse(ipAddressCalculator.IsInRange(ShortLoopbackIpv6, ShortLoopbackIpv6, LinkLocalIpv6));
}
public void TestDifferentAddressFamilies()
{
var ipAddressCalculator = new IpAddressCalculator(Logger);
Assert.IsFalse(ipAddressCalculator.IsInRange(LowerLocalIpv4, LinkLocalIpv6, LowerLocalIpv4));
}
public void Test2LoopbackIpv6()
{
var ipAddressCalculator = new IpAddressCalculator(Logger);
Assert.IsTrue(ipAddressCalculator.IsInRange(LongLoopbackIpv6, ShortLoopbackIpv6, ShortLoopbackIpv6));
}
