// Here we will switch based on the router
private void SetupAccessPoints()
{
bool bSameSSID = false;
APConfigs = new List <APConfig>();
APConfigs.Add(WlanAccessPointHelper.CreateWirelessAccessPoint(
m_AP1Config24GHz.Auth, m_AP1Config24GHz.Cipher, m_AP1Config24GHz.Phy, "TestPassphrase2",
m_AP1Config5GHz.Auth, m_AP1Config5GHz.Cipher, m_AP1Config5GHz.Phy, "TestPassphrase1"));
if (m_ScanTestOptions.HasFlag(SCAN_TEST_OPTIONS.DuplicateSSIDs))
{
// Both APs should have same SSID
APConfigs.Add(WlanAccessPointHelper.DuplicateAPForRoaming(APConfigs[0]));
bSameSSID = true;
}
else
{
APConfigs.Add(WlanAccessPointHelper.CreateWirelessAccessPoint(
m_AP2Config24GHz.Auth, m_AP2Config24GHz.Cipher, m_AP2Config24GHz.Phy, "TestPassphrase2",
m_AP2Config5GHz.Auth, m_AP2Config5GHz.Cipher, m_AP2Config5GHz.Phy, "TestPassphrase1"));
}
APConfigs[1].BSSID_24GHZ = WlanAccessPointHelper.GenerateBSSID();
APConfigs[1].BSSID_5GHZ = WlanAccessPointHelper.GenerateBSSID();
APConfigs[0].RadioChannel24Ghz = m_AP1Config24GHz.Channel;
APConfigs[0].RadioChannel5Ghz = m_AP1Config5GHz.Channel;
APConfigs[1].RadioChannel24Ghz = m_AP2Config24GHz.Channel;
APConfigs[1].RadioChannel5Ghz = m_AP2Config5GHz.Channel;
APConfigs[0].BeaconEnabled_24GHZ = !m_AP1Config24GHz.IsHidden;
APConfigs[0].BeaconEnabled_5GHZ = !m_AP1Config5GHz.IsHidden;
APConfigs[1].BeaconEnabled_24GHZ = !m_AP2Config24GHz.IsHidden;
APConfigs[1].BeaconEnabled_5GHZ = !m_AP2Config5GHz.IsHidden;
// For the same SSID case, we want the APs to be configured with the specific SSID
if (bSameSSID)
{
APConfigs[0].SmartCompare = false;
APConfigs[1].SmartCompare = false;
}
Guid[] routerList = new Guid[2];
routerList[0] = routers[0];
routerList[1] = routers[1];
Collection <ConfiguredSSIDs> configuredSSIDs = new Collection <ConfiguredSSIDs>();
LogMajor("Configuring Router0");
LogMajor("Configuring Router1");
APConfig[] apConfigArray = new APConfig[APConfigs.Count];
for (int index = 0; index < APConfigs.Count; index++)
{
apConfigArray[index] = APConfigs[index];
}
AC.ApplyConfigurationParallel(routerList, apConfigArray, out configuredSSIDs);
if (!bSameSSID)
{
APConfigs[0].SSID_24GHZ = configuredSSIDs[0].TwoPoint4GhzSSID;
APConfigs[0].SSID_5GHZ = configuredSSIDs[0].FiveghzSSID;
APConfigs[1].SSID_24GHZ = configuredSSIDs[1].TwoPoint4GhzSSID;
APConfigs[1].SSID_5GHZ = configuredSSIDs[1].FiveghzSSID;
}
LogMajor("Configured Router0 SSID:" + APConfigs[0].SSID_24GHZ + "/" + APConfigs[0].SSID_5GHZ);
LogMajor("Configured Router1 SSID:" + APConfigs[1].SSID_24GHZ + "/" + APConfigs[1].SSID_5GHZ);
Log("Reading the BSSIDs configured on router for validation when connected");
for (int i = 0; i < 2; i++)
{
APConfigs[i].BSSID_24GHZ = AC.GetAccessPointBSSID(routers[i], false);
LogMajor("BSSID(" + APConfigs[i].SSID_24GHZ + ") = " + APConfigs[i].BSSID_24GHZ);
LogMajor("Authentication(" + APConfigs[i].SSID_24GHZ + ") = " + APConfigs[i].Authentication_24GHZ.ProfileValue);
LogMajor("Encryption(" + APConfigs[i].SSID_24GHZ + ") = " + APConfigs[i].Encryption_24GHZ.ProfileValue);
LogMajor("Phy(" + APConfigs[i].SSID_24GHZ + ") = " + APConfigs[i].PhyType_24GHZ.ProfileValue);
LogMajor("Channel(" + APConfigs[i].SSID_24GHZ + ") = " + APConfigs[i].RadioChannel24Ghz);
LogMajor("Hidden(" + APConfigs[i].SSID_24GHZ + ") = " + ((APConfigs[i].BeaconEnabled_24GHZ == false) ? "Yes" : "No"));
APConfigs[i].BSSID_5GHZ = AC.GetAccessPointBSSID(routers[i], true);
LogMajor("BSSID(" + APConfigs[i].SSID_5GHZ + ")= " + APConfigs[i].BSSID_5GHZ);
LogMajor("AuthenticationMethod(" + APConfigs[i].SSID_5GHZ + ") = " + APConfigs[i].Authentication_5GHZ.ProfileValue);
LogMajor("Encryption(" + APConfigs[i].SSID_5GHZ + ") = " + APConfigs[i].Encryption_5GHZ.ProfileValue);
LogMajor("Phy(" + APConfigs[i].SSID_5GHZ + ") = " + APConfigs[i].PhyType_5GHZ.ProfileValue);
LogMajor("Channel(" + APConfigs[i].SSID_5GHZ + ") = " + APConfigs[i].RadioChannel5Ghz);
LogMajor("Hidden(" + APConfigs[i].SSID_5GHZ + ") = " + ((APConfigs[i].BeaconEnabled_5GHZ == false) ? "Yes" : "No"));
}
}
public void BasicAssociationTest()
{
string variationName = "Basic Association test";
string variationDescription = "Associate to first AP with manual profile - Turn Off Radio - Associate to second AP with manual profile";
Helpers.LogVariationStart(variationName, variationDescription);
Log("Deleting all wlan profiles");
DeleteProfiles();
Log("Starting Echo Services");
CreateEchoServer();
//Radios of all APs are turned on by the SetupRoutersIfNeeded();
Log("Setting up Routers");
SetupRoutersIfNeeded();
string Profile;
APConfig ap1Config = m_APConfigs[0];
APConfig ap2Config = m_APConfigs[1];
string ap1_ssid = ap1Config.SSID_24GHZ;
string ap2_ssid = (m_DeviceSupports5GHz) ? ap2Config.SSID_5GHZ : ap2Config.SSID_24GHZ;
//In general the typical usage pattern of radio states for APs should be that they are only turned on when needed
// as this best matches the scenario where the user moves from location A to location B.
//Turn off AP1 5 GHz (never used)
SetRadioState(0, false, true);
//Turn off AP2 (both 2.4 and 5, will be used later)
SetRadioState(1, false, false);
SetRadioState(1, false, true);
LogMajor("Associate with manual profile to " + ap1_ssid + " - Turn AP off - Associate with manual profile to " + ap2_ssid);
// Create a 2.4 GHz profile for first router.
Log("Creating a manual profile for SSID " + ap1_ssid);
Profile = CreateProfile(0, ConnectionMode.Manual, false);
LogMajor("Connecting to " + ap1_ssid);
if (!ConnectToAP(ap1_ssid))
{
return;
}
LogMajor("Validating association bssid");
if (!ValidateRadioAssociation(0, false))
{
return;
}
LogMajor("Validating connection by connecting to echo services and performing echo");
if (!PerformEcho(0, false))
{
return;
}
//Turn off AP1 2.4 GHz (not needed anymore)
SetRadioState(0, false, false);
m_WlanApi.DeleteProfile(m_TestInterface.Id, ap1_ssid);
//AP2 next
//Turn on AP2
SetRadioState(1, true, m_DeviceSupports5GHz);
// Create a profile for second router.
Log("Creating a manual profile for SSID " + ap2_ssid);
Profile = CreateProfile(1, ConnectionMode.Manual, m_DeviceSupports5GHz);
LogMajor("Connecting to " + ap2_ssid);
if (!ConnectToAP(ap2_ssid))
{
return;
}
LogMajor("Validating association bssid");
if (!ValidateRadioAssociation(1, m_DeviceSupports5GHz))
{
return;
}
LogMajor("Validating connection by connecting to echo services and performing echo");
if (!PerformEcho(1, m_DeviceSupports5GHz))
{
return;
}
m_WlanApi.DeleteProfile(m_TestInterface.Id, ap2_ssid);
Helpers.LogVariationStop(variationName);
}
private void AssociateDifferentAP(int firstRouterIndex, int secondRouterIndex, bool b5GhzFirstRouter, bool b5GhzSecondRouter, bool bHibernate)
{
Log("Deleting all wlan profiles");
DeleteProfiles();
Log("Starting Echo Services");
CreateEchoServer();
//Radios of all APs are turned on by the SetupRoutersIfNeeded();
Log("Setting up Routers");
SetupRoutersIfNeeded();
string Profile;
APConfig ap1Config = m_APConfigs[firstRouterIndex];
APConfig ap2Config = m_APConfigs[secondRouterIndex];
string ap1_ssid = (b5GhzFirstRouter) ? ap1Config.SSID_5GHZ : ap1Config.SSID_24GHZ;
string ap2_ssid = (b5GhzSecondRouter) ? ap2Config.SSID_5GHZ : ap2Config.SSID_24GHZ;
string ap2_bssid = (b5GhzSecondRouter) ? ap2Config.BSSID_5GHZ : ap2Config.BSSID_24GHZ;
//Turn off all APs
SetRadioState(0, false, false);
SetRadioState(0, false, true);
SetRadioState(1, false, false);
SetRadioState(1, false, true);
//Turn on AP used for this run
SetRadioState(firstRouterIndex, true, b5GhzFirstRouter);
LogMajor("Associate with manual profile to " + ap1_ssid + " - Enter lower powerstate turn off first AP and turn on second AP - Wake - Connect with manual profile to " + ap2_ssid);
Log("Creating a manual profile for SSID " + ap1_ssid);
Profile = CreateProfile(firstRouterIndex, ConnectionMode.Manual, b5GhzFirstRouter);
LogMajor("Connecting to " + ap1_ssid);
if (!ConnectToAP(ap1_ssid))
{
return;
}
LogMajor("Validating association bssid");
if (!ValidateRadioAssociation(firstRouterIndex, b5GhzFirstRouter))
{
return;
}
LogMajor("Validating connection by connecting to echo services and performing echo");
if (!PerformEcho(firstRouterIndex, b5GhzFirstRouter))
{
return;
}
int delayInSeconds = 30;
int ScenarioToRun = 1;
//switch
LogMajor("Putting machine into lower power state for 2 minutes. " + ap1_ssid + " will turn off and " + ap2_ssid + "will turn on");
m_ApConfigClient.StartApScenarioAssoc(m_Routers[secondRouterIndex], m_Routers[firstRouterIndex], ScenarioToRun, delayInSeconds, b5GhzSecondRouter, b5GhzFirstRouter);
m_ApConfigClient.Disconnect(); //must disconnect from ap controller before going to sleep
if (bHibernate)
{
LogMajor("Entering hibernate");
m_PowerManager.Sleep(120 * 1000, SleepState.S4);
}
else
{
LogMajor("Entering deepest supported sleep");
m_PowerManager.DeepestSleep(120 * 1000);
}
LogMajor("Sleeping for 30 seconds after wake up");
Wlan.Sleep(30 * 1000); // 30s
m_ApConfigClient.Connect(); //must reconnect to ap controller after waking up
//scan for new AP
Helpers.IssueScanWaitForSSIDToAppearInScanList(m_WlanApi, m_TestInterface, ap2_ssid, ap2_bssid, 60, 500);
//connect to next AP.
Log("Creating a manual profile for SSID " + ap2_ssid);
Profile = CreateProfile(secondRouterIndex, ConnectionMode.Manual, b5GhzSecondRouter);
LogMajor("Connecting to " + ap2_ssid);
if (!ConnectToAP(ap2_ssid))
{
return;
}
LogMajor("Validating association bssid");
if (!ValidateRadioAssociation(secondRouterIndex, b5GhzSecondRouter))
{
return;
}
LogMajor("Validating connection by connecting to echo services and performing echo");
if (!PerformEcho(secondRouterIndex, b5GhzSecondRouter))
{
return;
}
m_WlanApi.DeleteAllProfiles(m_TestInterface.Id);
}
private void AssociateSameAP(int routerIndex, bool b5Ghz, bool bHibernate)
{
Log("Deleting all wlan profiles");
DeleteProfiles();
Log("Starting Echo Services");
CreateEchoServer();
//Radios of all APs are turned on by the SetupRoutersIfNeeded();
Log("Setting up Routers");
SetupRoutersIfNeeded();
string Profile;
APConfig apConfig = m_APConfigs[routerIndex];
string ap_ssid = (b5Ghz) ? apConfig.SSID_5GHZ : apConfig.SSID_24GHZ;
//Turn off all APs
SetRadioState(0, false, false);
SetRadioState(0, false, true);
SetRadioState(1, false, false);
SetRadioState(1, false, true);
//Turn on AP used for this run
SetRadioState(routerIndex, true, b5Ghz);
LogMajor("Associate with manual profile to " + ap_ssid + " - Enter lower powerstate - Wake - Verify connectivity to same AP");
Log("Creating a manual profile for SSID " + ap_ssid);
Profile = CreateProfile(routerIndex, ConnectionMode.Manual, b5Ghz);
LogMajor("Connecting to " + ap_ssid);
if (!ConnectToAP(ap_ssid))
{
return;
}
LogMajor("Validating association bssid");
if (!ValidateRadioAssociation(routerIndex, b5Ghz))
{
return;
}
LogMajor("Validating connection by connecting to echo services and performing echo");
if (!PerformEcho(routerIndex, b5Ghz))
{
return;
}
m_ApConfigClient.Disconnect(); //must disconnect from ap controller before going to sleep
if (bHibernate)
{
LogMajor("Entering hibernate");
m_PowerManager.Sleep(120 * 1000, SleepState.S4);
}
else
{
LogMajor("Entering deepest supported sleep");
m_PowerManager.DeepestSleep(120 * 1000);
}
LogMajor("Sleeping for 30 seconds after wake up");
Wlan.Sleep(30 * 1000); // 30s
m_ApConfigClient.Connect(); //must reconnect to ap controller after waking up
if (!Helpers.IsConnected(m_WlanApi, m_TestInterface))
{
LogError("After resuming system not connected to " + ap_ssid);
return;
}
LogMajor("Validating association bssid");
if (!ValidateRadioAssociation(routerIndex, b5Ghz))
{
return;
}
LogMajor("Validating connection by connecting to echo services and performing echo");
if (!PerformEcho(routerIndex, b5Ghz))
{
return;
}
m_WlanApi.DeleteAllProfiles(m_TestInterface.Id);
}
private void SetupAccessPoints()
{
Log(String.Format(CultureInfo.InvariantCulture, "ASSOCIATION_VARIATION: Setup {0}", m_AssocTestOptions.ToString()));
m_APConfigs = new Collection <APConfig>();
// FIPS mode only phys
if (m_AssociationConfiguration.FIPSMode)
{
if (m_AssociationConfiguration.TestNFIPS)
{
//If TestNFIPS is set then use n phy regardless of what it was before
m_AP1Config24GHz.Phy = PhyType.n;
m_AP1Config5GHz.Phy = PhyType.n;
m_AP2Config24GHz.Phy = PhyType.n;
m_AP2Config24GHz.Phy = PhyType.n;
}
else
{
//If TestNFIPS not set then need to downgrade any n phy.
if (m_AP1Config24GHz.Phy == PhyType.n)
{
m_AP1Config24GHz.Phy = PhyType.g;
}
if (m_AP1Config5GHz.Phy == PhyType.n)
{
m_AP1Config5GHz.Phy = PhyType.a;
}
if (m_AP2Config24GHz.Phy == PhyType.n)
{
m_AP2Config24GHz.Phy = PhyType.g;
}
if (m_AP2Config5GHz.Phy == PhyType.n)
{
m_AP2Config5GHz.Phy = PhyType.a;
}
}
}
m_APConfigs.Add(WlanAccessPointHelper.CreateWirelessAccessPoint(
m_AP1Config24GHz.Auth, m_AP1Config24GHz.Cipher, m_AP1Config24GHz.Phy, "1234567890",
m_AP1Config5GHz.Auth, m_AP1Config5GHz.Cipher, m_AP1Config5GHz.Phy, "1234567890"));
m_APConfigs[0].RadioChannel24Ghz = m_AP1Config24GHz.Channel;
m_APConfigs[0].RadioChannel5Ghz = m_AP1Config5GHz.Channel;
m_APConfigs.Add(WlanAccessPointHelper.CreateWirelessAccessPoint(
m_AP2Config24GHz.Auth, m_AP2Config24GHz.Cipher, m_AP2Config24GHz.Phy, "1234567890",
m_AP2Config5GHz.Auth, m_AP2Config5GHz.Cipher, m_AP2Config5GHz.Phy, "1234567890"));
m_APConfigs[1].RadioChannel24Ghz = m_AP2Config24GHz.Channel;
m_APConfigs[1].RadioChannel5Ghz = m_AP2Config5GHz.Channel;
//set hidden.
m_APConfigs[0].BeaconEnabled_24GHZ = !m_AP1Config24GHz.IsHidden;
m_APConfigs[0].BeaconEnabled_5GHZ = !m_AP1Config5GHz.IsHidden;
m_APConfigs[1].BeaconEnabled_24GHZ = !m_AP2Config24GHz.IsHidden;
m_APConfigs[1].BeaconEnabled_5GHZ = !m_AP2Config5GHz.IsHidden;
// We only use Enterprise on second router. Setting both
m_Phase1Auth[0] = m_AP2Config24GHz.EapPhase1Type;
m_Phase2Auth[0] = m_AP2Config24GHz.EapPhase2Type;
m_Phase1Auth[1] = m_AP2Config24GHz.EapPhase1Type;
m_Phase2Auth[1] = m_AP2Config24GHz.EapPhase2Type;
m_APConfigs[0].RadiusIPAddress_24GHZ = m_AssociationConfiguration.ServiceAPChannelAddress;
m_APConfigs[1].RadiusIPAddress_24GHZ = m_AssociationConfiguration.ServiceAPChannelAddress;
m_APConfigs[0].RadiusIPAddress_5GHZ = m_AssociationConfiguration.ServiceAPChannelAddress;
m_APConfigs[1].RadiusIPAddress_5GHZ = m_AssociationConfiguration.ServiceAPChannelAddress;
m_APConfigs[0].RadiusSecretKey_24GHZ = m_EnterpriseRadiusSecret;
m_APConfigs[1].RadiusSecretKey_24GHZ = m_EnterpriseRadiusSecret;
m_APConfigs[0].RadiusSecretKey_5GHZ = m_EnterpriseRadiusSecret;
m_APConfigs[1].RadiusSecretKey_5GHZ = m_EnterpriseRadiusSecret;
Guid[] routerList = new Guid[2];
routerList[0] = m_Routers[0];
routerList[1] = m_Routers[1];
Collection <ConfiguredSSIDs> configuredSSIDs = new Collection <ConfiguredSSIDs>();
LogMajor("Configuring Router0");
LogMajor("Configuring Router1");
APConfig[] apConfigArray = new APConfig[m_APConfigs.Count];
for (int index = 0; index < m_APConfigs.Count; index++)
{
apConfigArray[index] = m_APConfigs[index];
}
m_ApConfigClient.ApplyConfigurationParallel(routerList, apConfigArray, out configuredSSIDs);
m_APConfigs[0].SSID_24GHZ = configuredSSIDs[0].TwoPoint4GhzSSID;
m_APConfigs[0].SSID_5GHZ = configuredSSIDs[0].FiveghzSSID;
m_APConfigs[1].SSID_24GHZ = configuredSSIDs[1].TwoPoint4GhzSSID;
m_APConfigs[1].SSID_5GHZ = configuredSSIDs[1].FiveghzSSID;
LogMajor("Configured Router0 SSID:" + m_APConfigs[0].SSID_24GHZ + "/" + m_APConfigs[0].SSID_5GHZ);
LogMajor("Configured Router1 SSID:" + m_APConfigs[1].SSID_24GHZ + "/" + m_APConfigs[1].SSID_5GHZ);
LogMajor("Taking the LAN ports down on both routers");
m_ApConfigClient.SetLanPortsState(routerList[0], true);
m_ApConfigClient.SetLanPortsState(routerList[1], true);
Log("Reading the BSSIDs configured on router for validation when connected");
for (int i = 0; i < 2; i++)
{
m_APConfigs[i].BSSID_24GHZ = m_ApConfigClient.GetAccessPointBSSID(m_Routers[i], false);
LogMajor("BSSID(" + m_APConfigs[i].SSID_24GHZ + ")=" + m_APConfigs[i].BSSID_24GHZ);
LogMajor("Authentication(" + m_APConfigs[i].SSID_24GHZ + ")=" + m_APConfigs[i].Authentication_24GHZ.ProfileValue);
LogMajor("Encryption(" + m_APConfigs[i].SSID_24GHZ + ")=" + m_APConfigs[i].Encryption_24GHZ.ProfileValue);
LogMajor("Phy(" + m_APConfigs[i].SSID_24GHZ + ")=" + m_APConfigs[i].PhyType_24GHZ.ProfileValue);
LogMajor("Channel(" + m_APConfigs[i].SSID_24GHZ + ")=" + m_APConfigs[i].RadioChannel24Ghz);
m_APConfigs[i].BSSID_5GHZ = m_ApConfigClient.GetAccessPointBSSID(m_Routers[i], true);
LogMajor("BSSID(" + m_APConfigs[i].SSID_5GHZ + ")=" + m_APConfigs[i].BSSID_5GHZ);
LogMajor("AuthenticationMethod(" + m_APConfigs[i].SSID_5GHZ + ")=" + m_APConfigs[i].Authentication_5GHZ.ProfileValue);
LogMajor("Encryption(" + m_APConfigs[i].SSID_5GHZ + ")=" + m_APConfigs[i].Encryption_5GHZ.ProfileValue);
LogMajor("Phy(" + m_APConfigs[i].SSID_5GHZ + ")=" + m_APConfigs[i].PhyType_5GHZ.ProfileValue);
LogMajor("Channel(" + m_APConfigs[i].SSID_5GHZ + ")=" + m_APConfigs[i].RadioChannel5Ghz);
}
}
// Here we will switch based on the router
private void SetupAccessPoints()
{
bool bSetupRadius = false;
APConfigs = new List <APConfig>();
APConfigs.Add(WlanAccessPointHelper.CreateWirelessAccessPoint(
m_AP1Config24GHz.Auth, m_AP1Config24GHz.Cipher, m_AP1Config24GHz.Phy, "TestPassphrase2",
m_AP1Config5GHz.Auth, m_AP1Config5GHz.Cipher, m_AP1Config5GHz.Phy, "TestPassphrase1"));
APConfigs[0].RadioChannel24Ghz = m_AP1Config24GHz.Channel;
APConfigs[0].RadioChannel5Ghz = m_AP1Config5GHz.Channel;
// TODO: Make this nicer
if (m_AP1Config24GHz.Auth == AuthenticationMethod.WPA2Enterprise)
{
phase1Auth = m_AP1Config24GHz.EapPhase1Type;
phase2Auth = m_AP1Config24GHz.EapPhase2Type;
bSetupRadius = true;
}
else if (m_AP1Config5GHz.Auth == AuthenticationMethod.WPA2Enterprise)
{
phase1Auth = m_AP1Config5GHz.EapPhase1Type;
phase2Auth = m_AP1Config5GHz.EapPhase2Type;
bSetupRadius = true;
}
else if (m_AP2Config24GHz.Auth == AuthenticationMethod.WPA2Enterprise)
{
phase1Auth = m_AP2Config24GHz.EapPhase1Type;
phase2Auth = m_AP2Config24GHz.EapPhase2Type;
bSetupRadius = true;
}
else if (m_AP2Config5GHz.Auth == AuthenticationMethod.WPA2Enterprise)
{
phase1Auth = m_AP2Config5GHz.EapPhase1Type;
phase2Auth = m_AP2Config5GHz.EapPhase2Type;
bSetupRadius = true;
}
if (bSetupRadius)
{
APConfigs[0].RadiusIPAddress_24GHZ = RoamingConfiguration.ServiceAPChannelAddress;
APConfigs[0].RadiusIPAddress_5GHZ = RoamingConfiguration.ServiceAPChannelAddress;
APConfigs[0].RadiusSecretKey_24GHZ = EnterpriseRadiusSecret;
APConfigs[0].RadiusSecretKey_5GHZ = EnterpriseRadiusSecret;
}
// Both APs should have same SSID
APConfigs.Add(WlanAccessPointHelper.DuplicateAPForRoaming(APConfigs[0]));
// Update stuff for second AP
APConfigs[1].BSSID_24GHZ = WlanAccessPointHelper.GenerateBSSID();
APConfigs[1].BSSID_5GHZ = WlanAccessPointHelper.GenerateBSSID();
APConfigs[1].RadioChannel24Ghz = m_AP2Config24GHz.Channel;
APConfigs[1].RadioChannel5Ghz = m_AP2Config5GHz.Channel;
APConfigs[0].DHCPServerEnabled = false;
APConfigs[0].LocalIPAddress = Helpers.RouterAlternateLocalIPAddress;
APConfigs[0].NATEnabled = false; // Need this with Static route configured on AP controller machine
APConfigs[0].SmartCompare = false; //Since the ap's NEED the same SSID this must be false
APConfigs[1].DHCPServerEnabled = true;
APConfigs[1].DHCPGateway = Helpers.RouterAlternateLocalIPAddress;
APConfigs[1].NATEnabled = false; // Need this with Static route configured on AP controller machine
APConfigs[1].SmartCompare = false; //Since the ap's NEED the same SSID this must be false
Guid[] routerList = new Guid[2];
routerList[0] = routers[0];
routerList[1] = routers[1];
Collection <ConfiguredSSIDs> configuredSSIDs = new Collection <ConfiguredSSIDs>();
LogMajor("Configuring Router0");
LogMajor("Configuring Router1");
APConfig[] apConfigArray = new APConfig[APConfigs.Count];
for (int index = 0; index < APConfigs.Count; index++)
{
apConfigArray[index] = APConfigs[index];
}
AC.ApplyConfigurationParallel(routerList, apConfigArray, out configuredSSIDs);
LogMajor("Configured Router0 SSID:" + APConfigs[0].SSID_24GHZ + "/" + APConfigs[0].SSID_5GHZ);
LogMajor("Configured Router1 SSID:" + APConfigs[1].SSID_24GHZ + "/" + APConfigs[1].SSID_5GHZ);
LogMajor("Bringing up the Lan ports on both the routers");
AC.SetLanPortsState(routerList[0], false);
AC.SetLanPortsState(routerList[1], false);
LogMajor("Setting up static routes from AP server to router");
AC.SetStaticRoute(routers[1]);
Log("Reading the BSSIDs configured on router for validation when connected");
for (int i = 0; i < 2; i++)
{
APConfigs[i].BSSID_24GHZ = AC.GetAccessPointBSSID(routers[i], false);
LogMajor("BSSID(" + APConfigs[i].SSID_24GHZ + ")=" + APConfigs[i].BSSID_24GHZ);
LogMajor("Authentication(" + APConfigs[i].SSID_24GHZ + ")=" + APConfigs[i].Authentication_24GHZ.ProfileValue);
LogMajor("Encryption(" + APConfigs[i].SSID_24GHZ + ")=" + APConfigs[i].Encryption_24GHZ.ProfileValue);
LogMajor("Phy(" + APConfigs[i].SSID_24GHZ + ")=" + APConfigs[i].PhyType_24GHZ.ProfileValue);
LogMajor("Channel(" + APConfigs[i].SSID_24GHZ + ")=" + APConfigs[i].RadioChannel24Ghz);
APConfigs[i].BSSID_5GHZ = AC.GetAccessPointBSSID(routers[i], true);
LogMajor("BSSID(" + APConfigs[i].SSID_5GHZ + ")=" + APConfigs[i].BSSID_5GHZ);
LogMajor("AuthenticationMethod(" + APConfigs[i].SSID_5GHZ + ")=" + APConfigs[i].Authentication_5GHZ.ProfileValue);
LogMajor("Encryption(" + APConfigs[i].SSID_5GHZ + ")=" + APConfigs[i].Encryption_5GHZ.ProfileValue);
LogMajor("Phy(" + APConfigs[i].SSID_5GHZ + ")=" + APConfigs[i].PhyType_5GHZ.ProfileValue);
LogMajor("Channel(" + APConfigs[i].SSID_5GHZ + ")=" + APConfigs[i].RadioChannel5Ghz);
}
}