public void should_configure_interface_with_all_the_present_dns_servers()
{
ExecutableProcessQueue.AssertWasCalled(
x => x.Enqueue("netsh", "interface ip add dns name=\"Lan1\" addr=192.168.1.3 index=1"));
ExecutableProcessQueue.AssertWasCalled(
x => x.Enqueue("netsh", "interface ip add dns name=\"Lan1\" addr=192.168.1.4 index=2"));
}
public void should_configure_the_interface_correctly_with_the_gateway()
{
ExecutableProcessQueue.AssertWasCalled(
x =>
x.Enqueue("netsh",
"interface ip add address name=\"Lan1\" addr=192.168.1.110 mask=255.255.255.0 gateway=192.168.1.1 gwmetric=2"));
}
public void should_set_interface_name()
{
SetNetworkInterface.Execute(new List <NetworkInterface> {
NetworkInterface
});
ExecutableProcessQueue.AssertWasCalled(
x => x.Enqueue("netsh", "interface set interface name=\"Lan1\" newname=\"Front End0\""));
}
public void should_configure_interface_with_the_dns_servers_as_dhcp()
{
SetNetworkInterface.Execute(new List <NetworkInterface> {
NetworkInterface
});
ExecutableProcessQueue.AssertWasCalled(
x => x.Enqueue("netsh", "interface ip set dns name=\"Lan1\" source=dhcp", new[] { "0", "1" }));
}
public void should_set_the_interface_for_dhcp_first_before_configuring_it()
{
SetNetworkInterface.Execute(new List <NetworkInterface> {
NetworkInterface
});
ExecutableProcessQueue.AssertWasCalled(
x => x.Enqueue("netsh", "interface ip set address name=\"Lan1\" source=dhcp", new[] { "0", "1" }));
}
public void should_call_enable_on_disabled_interfaces_whose_macs_are_absent()
{
SetNetworkInterface.Execute(new List <NetworkInterface> {
NetworkInterface
});
ExecutableProcessQueue.AssertWasCalled(
x => x.Enqueue("netsh", "interface set interface name=\"Lan2\" admin=ENABLED"));
}
public void should_try_to_diff_name_if_set_interface_name_fails()
{
ExecutableProcessQueue.Expect(x => x.Go()).Throw(new UnsuccessfulCommandExecutionException("something", new ExecutableResult()));
SetNetworkInterface.Execute(new List <NetworkInterface> {
NetworkInterface
});
ExecutableProcessQueue.AssertWasCalled(
x => x.Enqueue("netsh", "interface set interface name=\"Lan1\" newname=\"Front End1\""));
}
public void should_have_called_executable_process_when_firewall_rule_is_available_with_metadata()
{
Setup();
NetshFirewallRuleNameAvailable.Stub(x => x.IsRuleAvailable(Constants.SoftwareFirewallRuleName)).Return(true);
UserMetadata.Add("build_config");
SetProviderData.Execute(ProviderData, UserMetadata);
ExecutableProcessQueue.AssertWasCalled(
queue => queue.Enqueue("netsh", "advfirewall firewall set rule name=\"RS_FIREWALL_RULE\" new enable=yes remoteip=10.177.212.96,10.181.136.241,10.176.89.224,10.177.212.79"));
}
public void should_configure_the_interface_correctly_for_both_ips_without_the_gateway()
{
NetworkInterface.gateway = null;
SetNetworkInterface.Execute(new List <NetworkInterface> {
NetworkInterface
});
ExecutableProcessQueue.AssertWasCalled(
x => x.Enqueue("netsh", "interface ip add address name=\"Lan1\" addr=192.168.1.110 mask=255.255.255.0"));
ExecutableProcessQueue.AssertWasCalled(
x => x.Enqueue("netsh", "interface ip add address name=\"Lan1\" addr=1.2.2.2 mask=255.255.0.0"));
}
public void should_try_set_to_diff_name_if_set_interface_name_fails_for_no_of_retry_attempts()
{
const int noOfRetries = SetNetworkInterface.NO_OF_RETRIES_FOR_SETTING_INTERFACE_NAME;
ExecutableProcessQueue.Expect(x => x.Go()).Throw(new UnsuccessfulCommandExecutionException("something", new ExecutableResult())).Repeat.Times(noOfRetries);
SetNetworkInterface.Execute(new List <NetworkInterface> {
NetworkInterface
});
ExecutableProcessQueue.AssertWasCalled(
x => x.Enqueue("netsh", string.Format("interface set interface name=\"Lan1\" newname=\"Front End{0}\"", noOfRetries)));
}
public void should_have_called_executable_process_when_firewall_rule_is_not_available()
{
Setup();
NetshFirewallRuleNameAvailable.Stub(x => x.IsRuleAvailable(Constants.SoftwareFirewallRuleName)).Return(false);
ProviderData.roles = new List <string>()
{
"rax_managed", "rack_connect"
};
SetProviderData.Execute(ProviderData);
ExecutableProcessQueue.AssertWasCalled(
queue => queue.Enqueue("netsh", "advfirewall firewall add rule name=\"RS_FIREWALL_RULE\" enable=yes dir=in profile=public,private,domain localip=any remoteip=10.177.212.96,10.181.136.241,10.176.89.224,10.177.212.79 protocol=tcp localport=445 remoteport=any edge=no action=allow"));
}
public void should_have_called_executable_process_when_firewall_rule_is_available()
{
Setup();
NetshFirewallRuleNameAvailable.Stub(x => x.IsRuleAvailable(Constants.SoftwareFirewallRuleName)).Return(true);
ProviderData.roles = new List <string>()
{
"rax_managed", "rack_connect"
};
SetProviderData.Execute(ProviderData);
ExecutableProcessQueue.AssertWasCalled(
queue => queue.Enqueue("netsh", "advfirewall firewall set rule name=\"RS_FIREWALL_RULE\" new enable=yes remoteip=10.177.212.96,10.181.136.241,10.176.89.224,10.177.212.79"));
}
public void should_set_ipv6_addresses()
{
SetNetworkInterface.Execute(new List <NetworkInterface> {
NetworkInterface
});
ExecutableProcessQueue.AssertWasCalled(
x =>
x.Enqueue("netsh",
"interface ipv6 add address interface=\"Lan1\" address=2001:4801:787F:202:278E:89D8:FF06:B476/96"));
ExecutableProcessQueue.AssertWasCalled(
x =>
x.Enqueue("netsh",
"interface ipv6 add route prefix=::/0 interface=\"Lan1\" nexthop=fe80::def publish=Yes"));
}
public void should_reset_ipv6_address_and_route_before_setting_ipv6_addresses()
{
_mockIPFinder.findIpv6Addresses("Lan1").Add(IPAddress.Parse("2001:4801:787F:202:278E:89D8:FF06:B476"));
SetNetworkInterface.Execute(new List <NetworkInterface> {
NetworkInterface
});
ExecutableProcessQueue.AssertWasCalled(
x =>
x.Enqueue("netsh",
"interface ipv6 delete address interface=\"Lan1\" address=2001:4801:787F:202:278E:89D8:FF06:B476"));
ExecutableProcessQueue.AssertWasCalled(
x => x.Enqueue("netsh", "interface ipv6 delete route ::/0 \"Lan1\"", new[] { "0", "1" }));
}
public void should_set_interface_name()
{
ExecutableProcessQueue.AssertWasCalled(
x => x.Enqueue("netsh", "interface set interface name=\"Lan1\" newname=\"Front End\""));
}
public void should_call_enable_on_disabled_interfaces_whose_macs_are_absent()
{
ExecutableProcessQueue.AssertWasCalled(
x => x.Enqueue("netsh", "interface set interface name=\"Lan2\" admin=ENABLED"));
// ExecutableProcessQueue.AssertWasCalled(x => x.Go());
}