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VLAN on SSID

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This commit is contained in:
Mike Hansen
2020-08-26 17:49:45 -04:00
parent 01b5d7dd5e
commit 894d462d49
2 changed files with 302 additions and 198 deletions
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10
opensync-ext-cloud/src/main/java/com/telecominfraproject/wlan/opensync/external/integration/OpensyncExternalIntegrationCloud.java vendored
View File

@@ -1625,15 +1625,16 @@ public class OpensyncExternalIntegrationCloud implements OpensyncExternalIntegra
clientSessionDetails.setApFingerprint("fp " + clientInstance.getMacAddress().getAddressAsString());
clientSessionDetails.setHostname("hostName-" + clientInstance.getMacAddress().getAddressAsLong());
clientSessionDetails.setCpUsername("user-" + clientInstance.getMacAddress().getAddressAsLong());
clientSessionDetails.setRadioType(getRadioTypeFromOpensyncRadioBand(band));
clientSessionDetails.setRadioType(getRadioTypeFromOpensyncRadioBand(band));
clientSessionDetails.setSsid(ssid);
clientSessionDetails.setAssociationState(AssociationState._802_11_Associated);
clientSession.setDetails(clientSessionDetails);
clientSession = clientServiceInterface.updateSession(clientSession);
}
if (clientSession != null) {
ClientSessionDetails clientSessionDetails = clientSession.getDetails();
clientSessionDetails.setRadioType(getRadioTypeFromOpensyncRadioBand(band));
@@ -1641,7 +1642,8 @@ public class OpensyncExternalIntegrationCloud implements OpensyncExternalIntegra
clientSessionDetails.setAssocRssi(getNegativeSignedIntFromUnsigned(client.getStats().getRssi()));
if (client.getConnected()) {
if (clientSessionDetails.getAssociationState() != null && clientSessionDetails.getAssociationState().equals(AssociationState.Disconnected)) {
if (clientSessionDetails.getAssociationState() != null
&& clientSessionDetails.getAssociationState().equals(AssociationState.Disconnected)) {
clientSessionDetails.setIsReassociation(true);
}
if (client.hasConnectCount()) {
@@ -1752,7 +1754,7 @@ public class OpensyncExternalIntegrationCloud implements OpensyncExternalIntegra
LOG.info("handleClientSessionUpdate Updated clientSession {}", clientSession);
}
}
}

490
opensync-gateway/src/main/java/com/telecominfraproject/wlan/opensync/ovsdb/dao/OvsdbDao.java
View File

@@ -82,6 +82,7 @@ import com.vmware.ovsdb.service.OvsdbClient;
@Component
public class OvsdbDao {
private static final Logger LOG = LoggerFactory.getLogger(OvsdbDao.class);
public static final String wifiRouteStateDbTable = "Wifi_Route_State";
@@ -306,20 +307,20 @@ public class OvsdbDao {
String radioFrequencyBand = getSingleValueFromSet(row, "freq_band");
switch (radioFrequencyBand) {
case "2.4G":
radios.add(RadioType.is2dot4GHz);
break;
case "5G":
radios.add(RadioType.is5GHz);
break;
case "5GL":
radios.add(RadioType.is5GHzL);
break;
case "5GU":
radios.add(RadioType.is5GHzU);
break;
default:
LOG.debug("Unsupported or unrecognized radio band type {}", radioFrequencyBand);
case "2.4G":
radios.add(RadioType.is2dot4GHz);
break;
case "5G":
radios.add(RadioType.is5GHz);
break;
case "5GL":
radios.add(RadioType.is5GHzL);
break;
case "5GU":
radios.add(RadioType.is5GHzU);
break;
default:
LOG.debug("Unsupported or unrecognized radio band type {}", radioFrequencyBand);
}
@@ -652,7 +653,6 @@ public class OvsdbDao {
}
}
public void performRedirect(OvsdbClient ovsdbClient, String clientCn) {
@@ -1589,6 +1589,23 @@ public class OvsdbDao {
}
}
operations = new ArrayList<>();
conditions = new ArrayList<>();
conditions.add(new Condition("vlan_id", Function.GREATER_THAN, new Atom<>(1)));
operations.add(new Delete(wifiInetConfigDbTable, conditions));
fResult = ovsdbClient.transact(ovsdbName, operations);
result = fResult.get(ovsdbTimeoutSec, TimeUnit.SECONDS);
if (LOG.isDebugEnabled()) {
LOG.debug("Removed all existing vlan interfaces configs from {}:", wifiInetConfigDbTable);
for (OperationResult res : result) {
LOG.debug("Op Result {}", res);
}
}
LOG.info("Removed all ssids");
} catch (OvsdbClientException | TimeoutException | ExecutionException | InterruptedException e) {
@@ -1616,23 +1633,23 @@ public class OvsdbDao {
ChannelBandwidth bandwidth = elementRadioConfig.getChannelBandwidth();
String ht_mode = null;
switch (bandwidth) {
case is20MHz:
ht_mode = "HT20";
break;
case is40MHz:
ht_mode = "HT40";
break;
case is80MHz:
ht_mode = "HT80";
break;
case is160MHz:
ht_mode = "HT160";
break;
case auto:
ht_mode = "0";
break;
default:
ht_mode = null;
case is20MHz:
ht_mode = "HT20";
break;
case is40MHz:
ht_mode = "HT40";
break;
case is80MHz:
ht_mode = "HT80";
break;
case is160MHz:
ht_mode = "HT160";
break;
case auto:
ht_mode = "0";
break;
default:
ht_mode = null;
}
elementRadioConfig.getAutoChannelSelection();
@@ -1647,72 +1664,75 @@ public class OvsdbDao {
String hwMode = null;
switch (radioConfig.getRadioMode()) {
case modeA:
hwMode = "11a";
break;
case modeAB:
hwMode = "11ab";
break;
case modeAC:
hwMode = "11ac";
break;
case modeB:
hwMode = "11b";
break;
case modeG:
hwMode = "11g";
break;
case modeX:
hwMode = "11ax";
break;
case modeN:
hwMode = "11n";
break;
default:
case modeA:
hwMode = "11a";
break;
case modeAB:
hwMode = "11ab";
break;
case modeAC:
hwMode = "11ac";
break;
case modeB:
hwMode = "11b";
break;
case modeG:
hwMode = "11g";
break;
case modeX:
hwMode = "11ax";
break;
case modeN:
hwMode = "11n";
break;
default:
}
String freqBand = null;
switch (radioType) {
case is2dot4GHz:
freqBand = "2.4G";
break;
case is5GHz:
// 802.11h dfs (Dynamic Frequency Selection) aka military and
// weather radar
// avoidance protocol
// Must not be disabled (by law)
// NA for 2.4GHz
hwConfig.put("dfs_enable", "1");
hwConfig.put("dfs_ignorecac", "0");
hwConfig.put("dfs_usenol", "1");
freqBand = "5G";
case is2dot4GHz:
freqBand = "2.4G";
break;
case is5GHz:
// 802.11h dfs (Dynamic Frequency Selection) aka military
// and
// weather radar
// avoidance protocol
// Must not be disabled (by law)
// NA for 2.4GHz
hwConfig.put("dfs_enable", "1");
hwConfig.put("dfs_ignorecac", "0");
hwConfig.put("dfs_usenol", "1");
freqBand = "5G";
break;
case is5GHzL:
// 802.11h dfs (Dynamic Frequency Selection) aka military and
// weather radar
// avoidance protocol
// Must not be disabled (by law)
// NA for 2.4GHz
hwConfig.put("dfs_enable", "1");
hwConfig.put("dfs_ignorecac", "0");
hwConfig.put("dfs_usenol", "1");
freqBand = "5GL";
break;
case is5GHzL:
// 802.11h dfs (Dynamic Frequency Selection) aka military
// and
// weather radar
// avoidance protocol
// Must not be disabled (by law)
// NA for 2.4GHz
hwConfig.put("dfs_enable", "1");
hwConfig.put("dfs_ignorecac", "0");
hwConfig.put("dfs_usenol", "1");
freqBand = "5GL";
break;
case is5GHzU:
// 802.11h dfs (Dynamic Frequency Selection) aka military and
// weather radar
// avoidance protocol
// Must not be disabled (by law)
// NA for 2.4GHz
hwConfig.put("dfs_enable", "1");
hwConfig.put("dfs_ignorecac", "0");
hwConfig.put("dfs_usenol", "1");
freqBand = "5GU";
break;
case is5GHzU:
// 802.11h dfs (Dynamic Frequency Selection) aka military
// and
// weather radar
// avoidance protocol
// Must not be disabled (by law)
// NA for 2.4GHz
hwConfig.put("dfs_enable", "1");
hwConfig.put("dfs_ignorecac", "0");
hwConfig.put("dfs_usenol", "1");
freqBand = "5GU";
break;
default: // don't know this interface
continue;
break;
default: // don't know this interface
continue;
}
@@ -1776,20 +1796,20 @@ public class OvsdbDao {
.equals(com.vmware.ovsdb.protocol.operation.notation.Atom.class)) {
String frequencyBand = row.getStringColumn("freq_band");
switch (frequencyBand) {
case "2.4G":
tableState.setFreqBand(RadioType.is2dot4GHz);
break;
case "5G":
tableState.setFreqBand(RadioType.is5GHz);
break;
case "5GL":
tableState.setFreqBand(RadioType.is5GHzL);
break;
case "5GU":
tableState.setFreqBand(RadioType.is5GHzU);
break;
default:
tableState.setFreqBand(RadioType.UNSUPPORTED);
case "2.4G":
tableState.setFreqBand(RadioType.is2dot4GHz);
break;
case "5G":
tableState.setFreqBand(RadioType.is5GHz);
break;
case "5GL":
tableState.setFreqBand(RadioType.is5GHzL);
break;
case "5GU":
tableState.setFreqBand(RadioType.is5GHzU);
break;
default:
tableState.setFreqBand(RadioType.UNSUPPORTED);
}
}
if ((map.get("if_name") != null) && map.get("if_name").getClass()
@@ -1848,6 +1868,7 @@ public class OvsdbDao {
}
ret.stream().forEach(new Consumer<OpensyncAPRadioState>() {
@Override
public void accept(OpensyncAPRadioState wrs) {
LOG.debug("Wifi_Radio_State row {}", wrs);
@@ -1863,7 +1884,7 @@ public class OvsdbDao {
return ret;
}
public List<OpensyncAPInetState> getOpensyncApInetStateForRowUpdate(RowUpdate rowUpdate, String apId,
OvsdbClient ovsdbClient) {
List<OpensyncAPInetState> ret = new ArrayList<>();
@@ -1981,6 +2002,7 @@ public class OvsdbDao {
ret.add(tableState);
ret.stream().forEach(new Consumer<OpensyncWifiAssociatedClients>() {
@Override
public void accept(OpensyncWifiAssociatedClients wrs) {
LOG.debug("Wifi_Associated_Clients row {}", wrs);
@@ -2118,8 +2140,9 @@ public class OvsdbDao {
}
private void configureWifiRadios(OvsdbClient ovsdbClient, String freqBand, int channel, Map<String, String> hwConfig,
String country, int beaconInterval, boolean enabled, String hwMode, String ht_mode, int txPower)
private void configureWifiRadios(OvsdbClient ovsdbClient, String freqBand, int channel,
Map<String, String> hwConfig, String country, int beaconInterval, boolean enabled, String hwMode,
String ht_mode, int txPower)
throws OvsdbClientException, TimeoutException, ExecutionException, InterruptedException {
List<Operation> operations = new ArrayList<>();
@@ -2173,12 +2196,41 @@ public class OvsdbDao {
Map<String, Value> updateColumns = new HashMap<>();
try {
// If we are doing a NAT SSID, no bridge, else yes
String bridge = null;
if (networkForwardMode == NetworkForwardMode.NAT) {
updateColumns.put("bridge", new Atom<>(defaultLanInterfaceName));
bridge = defaultLanInterfaceName;
} else {
updateColumns.put("bridge", new Atom<>(defaultWanInterfaceName));
bridge = defaultWanInterfaceName;
}
if (vlanId > 1) {
// vlan config, check to see if we already have the vlan in
// question
Map<String, WifiInetConfigInfo> wifiInetConfigInfoMap = getProvisionedWifiInetConfigs(ovsdbClient);
String vlanIfName = bridge + vlanId;
if (!wifiInetConfigInfoMap.containsKey(vlanIfName)) {
// we need to make a VLAN, before we do anything else
createInetConfigForVlan(ovsdbClient, bridge, (networkForwardMode == NetworkForwardMode.NAT),
vlanIfName, vlanId, gateway, inet, ipAssignScheme);
}
bridge = vlanIfName;
updateColumns.put("vlan_id", new Atom<>(vlanId));
updateColumns.put("mode", new Atom<>("ap_vlan"));
} else {
updateColumns.put("mode", new Atom<>("ap"));
updateColumns.put("vlan_id", new com.vmware.ovsdb.protocol.operation.notation.Set());
}
updateColumns.put("bridge", new Atom<>(bridge));
if (enable80211v) {
updateColumns.put("btm", new Atom<>(1));
} else {
@@ -2193,21 +2245,13 @@ public class OvsdbDao {
updateColumns.put("ft_mobility_domain", new com.vmware.ovsdb.protocol.operation.notation.Set());
}
updateColumns.put("if_name", new Atom<>(ifName));
updateColumns.put("mode", new Atom<>("ap"));
updateColumns.put("rrm", new Atom<>(rrmEnabled ? 1 : 0));
updateColumns.put("ssid", new Atom<>(ssid));
updateColumns.put("ssid_broadcast", new Atom<>(ssidBroadcast ? "enabled" : "disabled"));
updateColumns.put("uapsd_enable", new Atom<>(uapsdEnabled));
updateColumns.put("min_hw_mode", new Atom<>(minHwMode));
if (vlanId > 0) {
updateColumns.put("vlan_id", new Atom<>(vlanId));
if (vlanId > 1) {
updateColumns.put("bridge", new Atom<>("vlan" + vlanId));
}
} else {
updateColumns.put("vlan_id", new com.vmware.ovsdb.protocol.operation.notation.Set());
}
updateColumns.put("group_rekey", new Atom<>(keyRefresh));
updateColumns.put("uapsd_enable", new Atom<>(uapsdEnabled));
updateColumns.put("ap_bridge", new Atom<>(apBridge));
@@ -2326,47 +2370,50 @@ public class OvsdbDao {
private void updateVifConfigsSetForRadio(OvsdbClient ovsdbClient, String ssid, String radioFreqBand,
List<Operation> operations, Map<String, Value> updateColumns, Uuid vifConfigUuid)
throws OvsdbClientException, InterruptedException, ExecutionException, TimeoutException {
// Row row;
// CompletableFuture<OperationResult[]> fResult;
// OperationResult[] result;
// Row row;
// CompletableFuture<OperationResult[]> fResult;
// OperationResult[] result;
List<Condition> conditions = new ArrayList<>();
conditions.add(new Condition("freq_band", Function.EQUALS, new Atom<>(radioFreqBand)));
// List<String> columns = new ArrayList<>();
// columns.add("vif_configs");
// operations.add(new Select(wifiRadioConfigDbTable, conditions, columns));
// fResult = ovsdbClient.transact(ovsdbName, operations);
// result = fResult.get(ovsdbTimeoutSec, TimeUnit.SECONDS);
//
// Set<Uuid> vifConfigsSet = new HashSet<>();
//
// if ((result != null) && (result.length > 0) && !((SelectResult) result[0]).getRows().isEmpty()) {
// row = ((SelectResult) result[0]).getRows().iterator().next();
// if (row != null) {
// vifConfigsSet = row.getSetColumn("vif_configs");
// if (vifConfigsSet == null) {
// vifConfigsSet = new HashSet<>();
// }
// }
// }
//
// if (vifConfigUuid != null) {
// vifConfigsSet.add(vifConfigUuid);
// }
//
// com.vmware.ovsdb.protocol.operation.notation.Set vifConfigs = com.vmware.ovsdb.protocol.operation.notation.Set
// .of(vifConfigsSet);
//
// updateColumns.put("vif_configs", vifConfigs);
//
// row = new Row(updateColumns);
// List<String> columns = new ArrayList<>();
// columns.add("vif_configs");
// operations.add(new Select(wifiRadioConfigDbTable, conditions,
// columns));
// fResult = ovsdbClient.transact(ovsdbName, operations);
// result = fResult.get(ovsdbTimeoutSec, TimeUnit.SECONDS);
//
// Set<Uuid> vifConfigsSet = new HashSet<>();
//
// if ((result != null) && (result.length > 0) && !((SelectResult)
// result[0]).getRows().isEmpty()) {
// row = ((SelectResult) result[0]).getRows().iterator().next();
// if (row != null) {
// vifConfigsSet = row.getSetColumn("vif_configs");
// if (vifConfigsSet == null) {
// vifConfigsSet = new HashSet<>();
// }
// }
// }
//
// if (vifConfigUuid != null) {
// vifConfigsSet.add(vifConfigUuid);
// }
//
// com.vmware.ovsdb.protocol.operation.notation.Set vifConfigs =
// com.vmware.ovsdb.protocol.operation.notation.Set
// .of(vifConfigsSet);
//
// updateColumns.put("vif_configs", vifConfigs);
//
// row = new Row(updateColumns);
List<Mutation> mutations = new ArrayList<>();
Mutation mutation = new Mutation("vif_configs", Mutator.INSERT, new Atom<>(vifConfigUuid));
mutations.add(mutation);
operations.add(new Mutate(wifiRadioConfigDbTable, conditions, mutations));
// operations.add(new Update(wifiRadioConfigDbTable, conditions, row));
// operations.add(new Update(wifiRadioConfigDbTable, conditions, row));
LOG.debug("Sending batch of operations : {} ", operations);
@@ -2603,8 +2650,8 @@ public class OvsdbDao {
throw new IllegalStateException(
"Cannot provision more than " + maxInterfacesPerRadio + " interfaces per Wifi Radio");
}
if (numberOfInterfaces > 0) {
// 1st interface has no number, 2nd has '_1', 3rd has
// '_2' etc.
@@ -2627,10 +2674,68 @@ public class OvsdbDao {
}
private void createInetConfigForVlan(OvsdbClient ovsdbClient, String parentIfName, boolean isNAT, String vlanIfName,
int vlanId, String gateway, String inet, String ipAssignScheme) {
List<Operation> operations = new ArrayList<>();
Map<String, Value> insertColumns = new HashMap<>();
try {
insertColumns.put("if_type", new Atom<>("vlan"));
insertColumns.put("vlan_id", new Atom<>(vlanId));
insertColumns.put("if_name", new Atom<>(vlanIfName));
insertColumns.put("parent_ifname", new Atom<>(parentIfName));
insertColumns.put("NAT", new Atom<>(isNAT));
insertColumns.put("enabled", new Atom<>(true));
insertColumns.put("network", new Atom<>(true));
insertColumns.put("mtu", new Atom<>(1500));
insertColumns.put("ip_assign_scheme", new Atom<>(ipAssignScheme));
if (ipAssignScheme.equals("static")) {
Map<String, String> dhcpMap = new HashMap<>();
dhcpMap.put("start", "100");
dhcpMap.put("stop", "250");
dhcpMap.put("lease_time", "1h");
insertColumns.put("dhcpd", com.vmware.ovsdb.protocol.operation.notation.Map.of(dhcpMap));
if (inet != null) {
insertColumns.put("inet_addr", new Atom<>(inet));
}
insertColumns.put("netmask", new Atom<>("255.255.255.0"));
} else if (ipAssignScheme.equals("dhcp")) {
insertColumns.put("ip_assign_scheme", new Atom<>("dhcp"));
insertColumns.put("dhcp_sniff", new Atom<>(true));
}
Row row = new Row(insertColumns);
operations.add(new Insert(wifiInetConfigDbTable, row));
CompletableFuture<OperationResult[]> fResult = ovsdbClient.transact(ovsdbName, operations);
OperationResult[] result = fResult.get(ovsdbTimeoutSec, TimeUnit.SECONDS);
LOG.debug("Provisioned Vlan {}", vlanId);
for (OperationResult res : result) {
LOG.debug("Op Result {}", res);
}
} catch (OvsdbClientException | TimeoutException | ExecutionException | InterruptedException e) {
LOG.error("Error in provisioning Vlan", e);
throw new RuntimeException(e);
}
}
private void getRadiusConfiguration(OpensyncAPConfig opensyncApConfig, SsidConfiguration ssidConfig,
Map<String, String> security) {
List<Profile> radiusServiceList = new ArrayList<>();
radiusServiceList = opensyncApConfig.getRadiusProfiles().stream().filter(new Predicate<Profile>() {
@Override
public boolean test(Profile p) {
return p.getName().equals((ssidConfig.getRadiusServiceName()));
@@ -2666,8 +2771,8 @@ public class OvsdbDao {
captiveMap.put("browser_title", captiveProfileDetails.getBrowserTitle());
captiveMap.put("splash_page_title", captiveProfileDetails.getHeaderContent());
captiveMap.put("acceptance_policy", captiveProfileDetails.getUserAcceptancePolicy());
captiveMap.put("login_success_text", captiveProfileDetails.getSuccessPageMarkdownText());
captiveMap.put("acceptance_policy", captiveProfileDetails.getUserAcceptancePolicy());
captiveMap.put("login_success_text", captiveProfileDetails.getSuccessPageMarkdownText());
// captiveMap.put("externalCaptivePortalURL",
// captiveProfileDetails.getExternalCaptivePortalURL());
// captiveMap.put("backgroundPosition",
@@ -2743,12 +2848,6 @@ public class OvsdbDao {
updateColumns.put("dhcp_sniff", new Atom<>(false));
}
if (ifType.equals("vlan")) {
updateColumns.put("vlan_id", new Atom<>(vlanId));
} else {
updateColumns.put("vlan_id", new com.vmware.ovsdb.protocol.operation.notation.Set());
}
Row row = new Row(updateColumns);
operations.add(new Update(wifiInetConfigDbTable, conditions, row));
@@ -2806,12 +2905,6 @@ public class OvsdbDao {
insertColumns.put("dhcp_sniff", new Atom<>(false));
}
if (ifType.equals("vlan")) {
insertColumns.put("vlan_id", new Atom<>(vlanId));
} else {
insertColumns.put("vlan_id", new com.vmware.ovsdb.protocol.operation.notation.Set());
}
Row row = new Row(insertColumns);
operations.add(new Insert(wifiInetConfigDbTable, row));
@@ -2850,12 +2943,15 @@ public class OvsdbDao {
provisionWifiStatsConfigNeighbor(getAllowedChannels(ovsdbClient), radioConfigs,
getProvisionedWifiStatsConfigs(ovsdbClient), operations);
provisionWifiStatsConfigClient(radioConfigs, getProvisionedWifiStatsConfigs(ovsdbClient), operations);
// provisionWifiStatsConfigSteering(radioConfigs, getProvisionedWifiStatsConfigs(ovsdbClient), operations);
// provisionWifiStatsConfigCapacity(radioConfigs, getProvisionedWifiStatsConfigs(ovsdbClient), operations);
// provisionWifiStatsConfigRssi(radioConfigs, getProvisionedWifiStatsConfigs(ovsdbClient), operations);
// provisionWifiStatsConfigSteering(radioConfigs,
// getProvisionedWifiStatsConfigs(ovsdbClient), operations);
// provisionWifiStatsConfigCapacity(radioConfigs,
// getProvisionedWifiStatsConfigs(ovsdbClient), operations);
// provisionWifiStatsConfigRssi(radioConfigs,
// getProvisionedWifiStatsConfigs(ovsdbClient), operations);
if (!operations.isEmpty()) {
@@ -2872,7 +2968,7 @@ public class OvsdbDao {
}
}
}
provisionUccStatsConfig(ovsdbClient);
} catch (OvsdbClientException | TimeoutException | ExecutionException | InterruptedException e) {
@@ -2885,6 +2981,7 @@ public class OvsdbDao {
List<Operation> operations) {
radioConfigs.values().stream().forEach(new Consumer<WifiRadioConfigInfo>() {
@Override
public void accept(WifiRadioConfigInfo rc) {
if (!provisionedWifiStatsConfigs.containsKey(rc.freqBand + "_neighbor_off-chan")) {
@@ -2910,6 +3007,7 @@ public class OvsdbDao {
});
radioConfigs.values().stream().forEach(new Consumer<WifiRadioConfigInfo>() {
@Override
public void accept(WifiRadioConfigInfo rc) {
if (!provisionedWifiStatsConfigs.containsKey(rc.freqBand + "_neighbor_on-chan")) {
@@ -2934,6 +3032,7 @@ public class OvsdbDao {
List<Operation> operations, com.vmware.ovsdb.protocol.operation.notation.Map<String, Integer> thresholds) {
radioConfigs.values().stream().forEach(new Consumer<WifiRadioConfigInfo>() {
@Override
public void accept(WifiRadioConfigInfo rc) {
if (!provisionedWifiStatsConfigs.containsKey(rc.freqBand + "_survey_on-chan")) {
@@ -2955,6 +3054,7 @@ public class OvsdbDao {
});
radioConfigs.values().stream().forEach(new Consumer<WifiRadioConfigInfo>() {
@Override
public void accept(WifiRadioConfigInfo rc) {
if (!provisionedWifiStatsConfigs.containsKey(rc.freqBand + "_survey_off-chan")) {
@@ -2988,6 +3088,7 @@ public class OvsdbDao {
Map<String, WifiStatsConfigInfo> provisionedWifiStatsConfigs, List<Operation> operations) {
radioConfigs.values().stream().forEach(new Consumer<WifiRadioConfigInfo>() {
@Override
public void accept(WifiRadioConfigInfo rc) {
if (!provisionedWifiStatsConfigs.containsKey(rc.freqBand + "_client")) {
@@ -3007,11 +3108,12 @@ public class OvsdbDao {
});
}
private void provisionWifiStatsConfigCapacity(Map<String, WifiRadioConfigInfo> radioConfigs,
Map<String, WifiStatsConfigInfo> provisionedWifiStatsConfigs, List<Operation> operations) {
radioConfigs.values().stream().forEach(new Consumer<WifiRadioConfigInfo>() {
@Override
public void accept(WifiRadioConfigInfo rc) {
if (!provisionedWifiStatsConfigs.containsKey(rc.freqBand + "_capacity")) {
@@ -3031,11 +3133,12 @@ public class OvsdbDao {
});
}
private void provisionWifiStatsConfigRssi(Map<String, WifiRadioConfigInfo> radioConfigs,
Map<String, WifiStatsConfigInfo> provisionedWifiStatsConfigs, List<Operation> operations) {
radioConfigs.values().stream().forEach(new Consumer<WifiRadioConfigInfo>() {
@Override
public void accept(WifiRadioConfigInfo rc) {
if (!provisionedWifiStatsConfigs.containsKey(rc.freqBand + "_rssi")) {
@@ -3055,28 +3158,27 @@ public class OvsdbDao {
});
}
private void provisionWifiStatsConfigSteering(Map<String, WifiRadioConfigInfo> radioConfigs,
Map<String, WifiStatsConfigInfo> provisionedWifiStatsConfigs, List<Operation> operations) {
if (!provisionedWifiStatsConfigs.containsKey("2.4G_steering")) {
//
Map<String, Value> rowColumns = new HashMap<>();
rowColumns.put("radio_type", new Atom<>("2.4G"));
rowColumns.put("reporting_interval", new Atom<>(120));
rowColumns.put("report_type", new Atom<>("raw"));
rowColumns.put("stats_type", new Atom<>("steering"));
Row updateRow = new Row(rowColumns);
operations.add(new Insert(wifiStatsConfigDbTable, updateRow));
if (!provisionedWifiStatsConfigs.containsKey("2.4G_steering")) {
//
Map<String, Value> rowColumns = new HashMap<>();
rowColumns.put("radio_type", new Atom<>("2.4G"));
rowColumns.put("reporting_interval", new Atom<>(120));
rowColumns.put("report_type", new Atom<>("raw"));
rowColumns.put("stats_type", new Atom<>("steering"));
Row updateRow = new Row(rowColumns);
operations.add(new Insert(wifiStatsConfigDbTable, updateRow));
}
}
}
/**
* @param ovsdbClient
*
@@ -3095,7 +3197,7 @@ public class OvsdbDao {
rowColumns.put("stats_type", new Atom<>("ucc"));
rowColumns.put("survey_interval_ms", new Atom<>(65));
Row row = new Row(rowColumns);
operations.add(new Insert(wifiStatsConfigDbTable, row));
CompletableFuture<OperationResult[]> fResult = ovsdbClient.transact(ovsdbName, operations);
@@ -3368,7 +3470,7 @@ public class OvsdbDao {
LOG.info("Removed Wifi_RRM_Config");
} catch (ExecutionException e) {
} catch (ExecutionException e) {
LOG.error("Error in removeRrm", e);
} catch (OvsdbClientException | TimeoutException | InterruptedException e) {
LOG.error("Error in removeRrm", e);