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Code Issues Packages Projects Releases 1 Wiki Activity

Migrate to OVSDB 2.0 protos, placeholder in Dao for steering and capacity reports

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This commit is contained in:
Mike Hansen
2020-06-15 13:58:09 -04:00
parent 52387b6079
commit d7966b81fa
5 changed files with 253 additions and 209 deletions
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42
opensync-ext-cloud/src/main/java/com/telecominfraproject/wlan/opensync/external/integration/OpensyncExternalIntegrationCloud.java vendored
View File

@@ -88,17 +88,17 @@ import com.telecominfraproject.wlan.status.models.StatusDataType;
import com.telecominfraproject.wlan.status.network.models.NetworkAdminStatusData;
import com.telecominfraproject.wlan.status.network.models.NetworkAggregateStatusData;
import sts.PlumeStats.Client;
import sts.PlumeStats.ClientReport;
import sts.PlumeStats.Device;
import sts.PlumeStats.Device.RadioTemp;
import sts.PlumeStats.Neighbor;
import sts.PlumeStats.Neighbor.NeighborBss;
import sts.PlumeStats.RadioBandType;
import sts.PlumeStats.Report;
import sts.PlumeStats.Survey;
import sts.PlumeStats.Survey.SurveySample;
import sts.PlumeStats.SurveyType;
import sts.OpensyncStats.Client;
import sts.OpensyncStats.ClientReport;
import sts.OpensyncStats.Device;
import sts.OpensyncStats.Device.RadioTemp;
import sts.OpensyncStats.Neighbor;
import sts.OpensyncStats.Neighbor.NeighborBss;
import sts.OpensyncStats.RadioBandType;
import sts.OpensyncStats.Report;
import sts.OpensyncStats.Survey;
import sts.OpensyncStats.Survey.SurveySample;
import sts.OpensyncStats.SurveyType;
import traffic.NetworkMetadata.FlowReport;
import wc.stats.IpDnsTelemetry.WCStatsReport;
@@ -926,13 +926,16 @@ public class OpensyncExternalIntegrationCloud implements OpensyncExternalIntegra
nr.setSsid(nBss.getSsid());
}
LOG.debug("populateNeighbourScanReports created report {} from stats {}", neighbourScanReports, neighbor);
if (LOG.isDebugEnabled()) {
LOG.debug("populateNeighbourScanReports created report {} from stats {}", neighbourScanReports,
neighbor);
}
}
}
private void handleClientSessionUpdate(int customerId, long equipmentId, String apId, long locationId, int channel,
RadioBandType band, long timestamp, sts.PlumeStats.Client client) {
RadioBandType band, long timestamp, sts.OpensyncStats.Client client) {
com.telecominfraproject.wlan.client.models.Client clientInstance = clientServiceInterface.getOrNull(customerId,
new MacAddress(client.getMacAddress()));
@@ -1007,8 +1010,7 @@ public class OpensyncExternalIntegrationCloud implements OpensyncExternalIntegra
clientSession.getDetails().setMetricDetails(metricDetails);
clientSession = clientServiceInterface.updateSession(clientSession);
if (clientSession != null)
LOG.debug("CreatedOrUpdated clientSession {}", clientSession);
LOG.debug("CreatedOrUpdated clientSession {}", clientSession);
} catch (Exception e) {
LOG.error("Error while attempting to create ClientSession and Info", e);
@@ -1038,7 +1040,7 @@ public class OpensyncExternalIntegrationCloud implements OpensyncExternalIntegra
if (smr.getCreatedTimestamp() < clientReport.getTimestampMs()) {
smr.setCreatedTimestamp(clientReport.getTimestampMs());
}
long txBytes = 0;
long rxBytes = 0;
int txErrors = 0;
@@ -1109,7 +1111,9 @@ public class OpensyncExternalIntegrationCloud implements OpensyncExternalIntegra
}
LOG.debug("Created ApSsidMetrics Report {}", apSsidMetrics);
LOG.debug("ApSsidMetrics {}", apSsidMetrics);
// LOG.debug("Created ApSsidMetrics Report {}", apSsidMetrics);
}
@@ -1199,6 +1203,7 @@ public class OpensyncExternalIntegrationCloud implements OpensyncExternalIntegra
}
}
LOG.debug("ChannelInfoReports {}", channelInfoReports);
}
@@ -1215,7 +1220,6 @@ public class OpensyncExternalIntegrationCloud implements OpensyncExternalIntegra
busySelf += sample.getBusySelf();
busy += sample.getBusy();
channelInfo.setChanNumber(sample.getChannel());
LOG.debug("MJH Channel {} Sample for Radio {}", sample.getChannel(), radioType);
}
int iBSS = busyTx + busySelf;
@@ -1329,7 +1333,7 @@ public class OpensyncExternalIntegrationCloud implements OpensyncExternalIntegra
continue;
}
if (radioState.getAllowedChannels() != null && !radioState.getAllowedChannels().isEmpty()) {
if (radioState.getAllowedChannels() != null) {
apElementConfiguration = ((ApElementConfiguration) ce.getDetails());
apElementConfiguration.getRadioMap().get(radioState.getFreqBand())
.setAllowedChannels(new ArrayList<>(radioState.getAllowedChannels()));

2
opensync-ext-interface/src/main/java/com/telecominfraproject/wlan/opensync/external/integration/OpensyncExternalIntegrationInterface.java vendored
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@@ -10,7 +10,7 @@ import com.telecominfraproject.wlan.opensync.external.integration.models.Opensyn
import com.telecominfraproject.wlan.opensync.external.integration.models.OpensyncAWLANNode;
import com.telecominfraproject.wlan.opensync.external.integration.models.OpensyncWifiAssociatedClients;
import sts.PlumeStats.Report;
import sts.OpensyncStats.Report;
import traffic.NetworkMetadata.FlowReport;
import wc.stats.IpDnsTelemetry.WCStatsReport;

2
opensync-ext-static/src/main/java/com/telecominfraproject/wlan/opensync/external/integration/OpensyncExternalIntegrationSimple.java vendored
View File

@@ -21,7 +21,7 @@ import com.telecominfraproject.wlan.opensync.external.integration.models.Opensyn
import com.telecominfraproject.wlan.opensync.external.integration.models.OpensyncAWLANNode;
import com.telecominfraproject.wlan.opensync.external.integration.models.OpensyncWifiAssociatedClients;
import sts.PlumeStats.Report;
import sts.OpensyncStats.Report;
import traffic.NetworkMetadata.FlowReport;
import wc.stats.IpDnsTelemetry.WCStatsReport;

368
opensync-gateway/src/main/java/com/telecominfraproject/wlan/opensync/mqtt/OpensyncMqttClient.java
View File

@@ -27,215 +27,207 @@ import com.google.protobuf.util.JsonFormat.TypeRegistry;
import com.telecominfraproject.wlan.opensync.external.integration.OpensyncExternalIntegrationInterface;
import com.telecominfraproject.wlan.opensync.util.ZlibUtil;
import sts.PlumeStats;
import sts.PlumeStats.Report;
import sts.OpensyncStats;
import sts.OpensyncStats.Report;
import traffic.NetworkMetadata;
import traffic.NetworkMetadata.FlowReport;
import wc.stats.IpDnsTelemetry;
import wc.stats.IpDnsTelemetry.WCStatsReport;
import wc.stats.IpDnsTelemetry.WCStatsReport;
@Profile("mqtt_receiver")
@Component
public class OpensyncMqttClient implements ApplicationListener<ContextClosedEvent> {
private static final Logger LOG = LoggerFactory.getLogger(OpensyncMqttClient.class);
private static final Logger MQTT_LOG = LoggerFactory.getLogger("MQTT_DATA");
private static final Logger LOG = LoggerFactory.getLogger(OpensyncMqttClient.class);
public static Charset utf8 = Charset.forName("UTF-8");
@Autowired
private OpensyncExternalIntegrationInterface extIntegrationInterface;
private static final Logger MQTT_LOG = LoggerFactory.getLogger("MQTT_DATA");
public static Charset utf8 = Charset.forName("UTF-8");
//
// See https://github.com/fusesource/mqtt-client for the docs
//
private boolean keepReconnecting = true;
private Thread mqttClientThread;
public OpensyncMqttClient(
@Autowired io.netty.handler.ssl.SslContext sslContext,
@Value("${connectus.mqttBroker.address:testportal.123wlan.com}")
String mqttBrokerAddress,
@Value("${connectus.mqttBroker.listenPort:1883}")
int mqttBrokerListenPort,
@Value("${connectus.mqttBroker.user:admin}")
String username,
@Value("${connectus.mqttBroker.password:admin}")
String password,
@Value("${mqtt.javax.net.ssl.keyStore:/opt/tip-wlan/certs/client_keystore.jks}")
String jdkKeyStoreLocation,
@Value("${mqtt.javax.net.ssl.keyStorePassword:mypassword}")
String jdkKeyStorePassword,
@Value("${mqtt.javax.net.ssl.trustStore:/opt/tip-wlan/certs/truststore.jks}")
String jdkTrustStoreLocation,
@Value("${mqtt.javax.net.ssl.trustStorePassword:mypassword}")
String jdkTrustStorePassword
){
if(System.getProperty("javax.net.ssl.keyStore") == null) {
System.setProperty("javax.net.ssl.keyStore", jdkKeyStoreLocation);
}
@Autowired
private OpensyncExternalIntegrationInterface extIntegrationInterface;
if(System.getProperty("javax.net.ssl.keyStorePassword") == null) {
System.setProperty("javax.net.ssl.keyStorePassword", jdkKeyStorePassword);
}
//
// See https://github.com/fusesource/mqtt-client for the docs
//
if(System.getProperty("javax.net.ssl.trustStore") == null) {
System.setProperty("javax.net.ssl.trustStore", jdkTrustStoreLocation);
}
private boolean keepReconnecting = true;
private Thread mqttClientThread;
if(System.getProperty("javax.net.ssl.trustStorePassword") == null) {
System.setProperty("javax.net.ssl.trustStorePassword", jdkTrustStorePassword);
}
public OpensyncMqttClient(@Autowired io.netty.handler.ssl.SslContext sslContext,
@Value("${connectus.mqttBroker.address:testportal.123wlan.com}") String mqttBrokerAddress,
@Value("${connectus.mqttBroker.listenPort:1883}") int mqttBrokerListenPort,
@Value("${connectus.mqttBroker.user:admin}") String username,
@Value("${connectus.mqttBroker.password:admin}") String password,
@Value("${mqtt.javax.net.ssl.keyStore:/opt/tip-wlan/certs/client_keystore.jks}") String jdkKeyStoreLocation,
@Value("${mqtt.javax.net.ssl.keyStorePassword:mypassword}") String jdkKeyStorePassword,
@Value("${mqtt.javax.net.ssl.trustStore:/opt/tip-wlan/certs/truststore.jks}") String jdkTrustStoreLocation,
@Value("${mqtt.javax.net.ssl.trustStorePassword:mypassword}") String jdkTrustStorePassword) {
Runnable mqttClientRunnable = () -> {
while(keepReconnecting) {
BlockingConnection connection = null;
try {
Thread.sleep(5000);
// Create a new MQTT connection to the broker.
/*
* Using SSL connections
* If you want to connect over SSL/TLS instead of
* TCP, use an "ssl://" or "tls://" URI prefix instead of "tcp://" for
* the host field.
* Supported protocol values are:
*
* ssl:// - Use the JVM default version of the SSL algorithm.
* sslv*:// - Use a specific SSL version where * is a version supported by your JVM. Example: sslv3
* tls:// - Use the JVM default version of the TLS algorithm.
* tlsv*:// - Use a specific TLS version where * is a version supported by your JVM. Example: tlsv1.1
* The client will use the
* default JVM SSLContext which is configured via JVM system properties
* unless you configure the MQTT instance using the setSslContext method.
*
* SSL connections perform blocking operations against internal thread
* pool unless you call the setBlockingExecutor method to configure that
* executor they will use instead.
*
*/
if (System.getProperty("javax.net.ssl.keyStore") == null) {
System.setProperty("javax.net.ssl.keyStore", jdkKeyStoreLocation);
}
MQTT mqtt = new MQTT();
//mqtt.setHost("tcp://192.168.0.137:61616");
mqtt.setHost("tls://"+mqttBrokerAddress+":"+mqttBrokerListenPort);
LOG.info("Connecting to MQTT broker at {}", mqtt.getHost());
mqtt.setClientId("opensync_mqtt");
mqtt.setUserName(username);
mqtt.setPassword(password);
//Note: the following does not work with the serverContext, it has to be the clientContext
//mqtt.setSslContext(((JdkSslContext) sslContext).context());
//For now we'll rely on regular SSLContext from the JDK
//TODO: revisit this blocking connection, change it to futureConnection
connection = mqtt.blockingConnection();
connection.connect();
LOG.info("Connected to MQTT broker at {}", mqtt.getHost());
// Subscribe to topics:
//
// new Topic("mqtt/example/publish", QoS.AT_LEAST_ONCE),
// new Topic("#", QoS.AT_LEAST_ONCE),
// new Topic("test/#", QoS.EXACTLY_ONCE),
// new Topic("foo/+/bar", QoS.AT_LEAST_ONCE)
Topic[] topics = {
new Topic("#", QoS.AT_LEAST_ONCE),
};
connection.subscribe(topics);
LOG.info("Subscribed to mqtt topics {}", Arrays.asList(topics));
//prepare a JSONPrinter to format protobuf messages as json
List<Descriptors.Descriptor> protobufDescriptors = new ArrayList<>();
protobufDescriptors.addAll(PlumeStats.getDescriptor().getMessageTypes());
protobufDescriptors.addAll(IpDnsTelemetry.getDescriptor().getMessageTypes());
protobufDescriptors.addAll(NetworkMetadata.getDescriptor().getMessageTypes());
TypeRegistry oldRegistry = TypeRegistry.newBuilder().add(protobufDescriptors).build();
JsonFormat.Printer jsonPrinter = JsonFormat.printer().includingDefaultValueFields().omittingInsignificantWhitespace().usingTypeRegistry(oldRegistry );
//main loop - receive messages
while(true) {
Message mqttMsg = connection.receive(5, TimeUnit.SECONDS);
if(mqttMsg == null) {
continue;
}
byte payload[] = mqttMsg.getPayload();
//we acknowledge right after receive because:
// a. none of the stats messages are so important that we cannot skip one
// b. if there's some kind of problem with the message (decoding or processing) - we want to move on as quickly as possible and not let it get stuck in the queue
mqttMsg.ack();
LOG.trace("received message on topic {} size {}", mqttMsg.getTopic(), payload.length);
if(payload[0]==0x78) {
//looks like zlib-compressed data, let's decompress it before deserializing
payload = ZlibUtil.decompress(payload);
}
if (System.getProperty("javax.net.ssl.keyStorePassword") == null) {
System.setProperty("javax.net.ssl.keyStorePassword", jdkKeyStorePassword);
}
//attempt to parse the message as protobuf
MessageOrBuilder encodedMsg = null;
try {
if (System.getProperty("javax.net.ssl.trustStore") == null) {
System.setProperty("javax.net.ssl.trustStore", jdkTrustStoreLocation);
}
encodedMsg = Report.parseFrom(payload);
MQTT_LOG.info("topic = {} Report = {}", mqttMsg.getTopic(), jsonPrinter.print(encodedMsg));
extIntegrationInterface.processMqttMessage(mqttMsg.getTopic(), (Report) encodedMsg);
if (System.getProperty("javax.net.ssl.trustStorePassword") == null) {
System.setProperty("javax.net.ssl.trustStorePassword", jdkTrustStorePassword);
}
}catch(Exception e) {
try {
//not a plume_stats report, attempt to deserialize as network_metadata
encodedMsg = FlowReport.parseFrom(payload);
MQTT_LOG.info("topic = {} FlowReport = {}", mqttMsg.getTopic(), jsonPrinter.print(encodedMsg));
extIntegrationInterface.processMqttMessage(mqttMsg.getTopic(), (FlowReport) encodedMsg);
}catch(Exception e1) {
try {
//not a plume_stats report and not network_metadata report, attempt to deserialize as WCStatsReport
encodedMsg = WCStatsReport.parseFrom(payload);
MQTT_LOG.info("topic = {} IpDnsTelemetry = {}", mqttMsg.getTopic(), jsonPrinter.print(encodedMsg));
extIntegrationInterface.processMqttMessage(mqttMsg.getTopic(), (WCStatsReport) encodedMsg);
}catch(Exception e2) {
String msgStr = new String(mqttMsg.getPayload(), utf8);
MQTT_LOG.info("topic = {} message = {}", mqttMsg.getTopic(), msgStr);
}
}
}
}
} catch(Exception e) {
LOG.error("Exception in MQTT receiver", e);
} finally {
try {
if(connection!=null) {
connection.disconnect();
}
} catch(Exception e1) {
//do nothing
}
}
}
};
Runnable mqttClientRunnable = () -> {
while (keepReconnecting) {
BlockingConnection connection = null;
try {
Thread.sleep(5000);
mqttClientThread = new Thread(mqttClientRunnable, "mqttClientThread");
mqttClientThread.setDaemon(true);
mqttClientThread.start();
// Create a new MQTT connection to the broker.
/*
* Using SSL connections If you want to connect over SSL/TLS instead of TCP, use
* an "ssl://" or "tls://" URI prefix instead of "tcp://" for the host field.
* Supported protocol values are:
*
* ssl:// - Use the JVM default version of the SSL algorithm. sslv*:// - Use a
* specific SSL version where * is a version supported by your JVM. Example:
* sslv3 tls:// - Use the JVM default version of the TLS algorithm. tlsv*:// -
* Use a specific TLS version where * is a version supported by your JVM.
* Example: tlsv1.1 The client will use the default JVM SSLContext which is
* configured via JVM system properties unless you configure the MQTT instance
* using the setSslContext method.
*
* SSL connections perform blocking operations against internal thread pool
* unless you call the setBlockingExecutor method to configure that executor
* they will use instead.
*
*/
}
MQTT mqtt = new MQTT();
// mqtt.setHost("tcp://192.168.0.137:61616");
mqtt.setHost("tls://" + mqttBrokerAddress + ":" + mqttBrokerListenPort);
LOG.info("Connecting to MQTT broker at {}", mqtt.getHost());
mqtt.setClientId("opensync_mqtt");
mqtt.setUserName(username);
mqtt.setPassword(password);
// Note: the following does not work with the serverContext, it has to be the
// clientContext
// mqtt.setSslContext(((JdkSslContext) sslContext).context());
// For now we'll rely on regular SSLContext from the JDK
// TODO: revisit this blocking connection, change it to futureConnection
connection = mqtt.blockingConnection();
connection.connect();
LOG.info("Connected to MQTT broker at {}", mqtt.getHost());
@Override
public void onApplicationEvent(ContextClosedEvent event) {
LOG.debug("Processing ContextClosedEvent event");
keepReconnecting = false;
if(mqttClientThread!=null) {
mqttClientThread.interrupt();
}
}
// Subscribe to topics:
//
// new Topic("mqtt/example/publish", QoS.AT_LEAST_ONCE),
// new Topic("#", QoS.AT_LEAST_ONCE),
// new Topic("test/#", QoS.EXACTLY_ONCE),
// new Topic("foo/+/bar", QoS.AT_LEAST_ONCE)
Topic[] topics = { new Topic("#", QoS.AT_LEAST_ONCE), };
connection.subscribe(topics);
LOG.info("Subscribed to mqtt topics {}", Arrays.asList(topics));
// prepare a JSONPrinter to format protobuf messages as json
List<Descriptors.Descriptor> protobufDescriptors = new ArrayList<>();
protobufDescriptors.addAll(OpensyncStats.getDescriptor().getMessageTypes());
protobufDescriptors.addAll(IpDnsTelemetry.getDescriptor().getMessageTypes());
protobufDescriptors.addAll(NetworkMetadata.getDescriptor().getMessageTypes());
TypeRegistry oldRegistry = TypeRegistry.newBuilder().add(protobufDescriptors).build();
JsonFormat.Printer jsonPrinter = JsonFormat.printer().includingDefaultValueFields()
.omittingInsignificantWhitespace().usingTypeRegistry(oldRegistry);
// main loop - receive messages
while (true) {
Message mqttMsg = connection.receive(5, TimeUnit.SECONDS);
if (mqttMsg == null) {
continue;
}
byte payload[] = mqttMsg.getPayload();
// we acknowledge right after receive because:
// a. none of the stats messages are so important that we cannot skip one
// b. if there's some kind of problem with the message (decoding or processing)
// - we want to move on as quickly as possible and not let it get stuck in the
// queue
mqttMsg.ack();
LOG.trace("received message on topic {} size {}", mqttMsg.getTopic(), payload.length);
if (payload[0] == 0x78) {
// looks like zlib-compressed data, let's decompress it before deserializing
payload = ZlibUtil.decompress(payload);
}
// attempt to parse the message as protobuf
MessageOrBuilder encodedMsg = null;
try {
encodedMsg = Report.parseFrom(payload);
MQTT_LOG.info("topic = {} Report = {}", mqttMsg.getTopic(), jsonPrinter.print(encodedMsg));
extIntegrationInterface.processMqttMessage(mqttMsg.getTopic(), (Report) encodedMsg);
} catch (Exception e) {
try {
// not a plume_stats report, attempt to deserialize as network_metadata
encodedMsg = FlowReport.parseFrom(payload);
MQTT_LOG.info("topic = {} FlowReport = {}", mqttMsg.getTopic(),
jsonPrinter.print(encodedMsg));
extIntegrationInterface.processMqttMessage(mqttMsg.getTopic(), (FlowReport) encodedMsg);
} catch (Exception e1) {
try {
// not a plume_stats report and not network_metadata report, attempt to
// deserialize as WCStatsReport
encodedMsg = WCStatsReport.parseFrom(payload);
MQTT_LOG.info("topic = {} IpDnsTelemetry = {}", mqttMsg.getTopic(),
jsonPrinter.print(encodedMsg));
extIntegrationInterface.processMqttMessage(mqttMsg.getTopic(),
(WCStatsReport) encodedMsg);
} catch (Exception e2) {
String msgStr = new String(mqttMsg.getPayload(), utf8);
MQTT_LOG.info("topic = {} message = {}", mqttMsg.getTopic(), msgStr);
}
}
}
}
} catch (Exception e) {
LOG.error("Exception in MQTT receiver", e);
} finally {
try {
if (connection != null) {
connection.disconnect();
}
} catch (Exception e1) {
// do nothing
}
}
}
};
mqttClientThread = new Thread(mqttClientRunnable, "mqttClientThread");
mqttClientThread.setDaemon(true);
mqttClientThread.start();
}
@Override
public void onApplicationEvent(ContextClosedEvent event) {
LOG.debug("Processing ContextClosedEvent event");
keepReconnecting = false;
if (mqttClientThread != null) {
mqttClientThread.interrupt();
}
}
}

48
opensync-gateway/src/main/java/com/telecominfraproject/wlan/opensync/ovsdb/dao/OvsdbDao.java
View File

@@ -2309,6 +2309,10 @@ public class OvsdbDao {
provisionWifiStatsConfigClient(radioConfigs, getProvisionedWifiStatsConfigs(ovsdbClient), operations);
provisionWifiStatsConfigBandSteering(radioConfigs, getProvisionedWifiStatsConfigs(ovsdbClient), operations);
provisionWifiStatsConfigCapacity(radioConfigs, getProvisionedWifiStatsConfigs(ovsdbClient), operations);
provisionWifiStatsRssi(radioConfigs, getProvisionedWifiStatsConfigs(ovsdbClient), operations);
if (!operations.isEmpty()) {
@@ -2329,6 +2333,50 @@ public class OvsdbDao {
}
}
private void provisionWifiStatsConfigCapacity(Map<String, WifiRadioConfigInfo> radioConfigs,
Map<String, WifiStatsConfigInfo> provisionedWifiStatsConfigs, List<Operation> operations) {
radioConfigs.values().stream().forEach(rc -> {
if (!provisionedWifiStatsConfigs.containsKey(rc.freqBand + "_capacity")) {
//
Map<String, Value> rowColumns = new HashMap<>();
rowColumns.put("radio_type", new Atom<>(rc.freqBand));
rowColumns.put("reporting_interval", new Atom<>(60));
// rowColumns.put("sampling_interval", new Atom<>(3));
rowColumns.put("stats_type", new Atom<>("capacity"));
// rowColumns.put("survey_interval_ms", new Atom<>(65));
// rowColumns.put("survey_type", new Atom<>("on-chan"));
Row updateRow = new Row(rowColumns);
operations.add(new Insert(wifiStatsConfigDbTable, updateRow));
}
});
}
private void provisionWifiStatsConfigBandSteering(Map<String, WifiRadioConfigInfo> radioConfigs,
Map<String, WifiStatsConfigInfo> provisionedWifiStatsConfigs, List<Operation> operations) {
radioConfigs.values().stream().forEach(rc -> {
if (!provisionedWifiStatsConfigs.containsKey(rc.freqBand + "_steering")) {
//
Map<String, Value> rowColumns = new HashMap<>();
rowColumns.put("radio_type", new Atom<>(rc.freqBand));
rowColumns.put("reporting_interval", new Atom<>(60));
// rowColumns.put("sampling_interval", new Atom<>(3));
rowColumns.put("stats_type", new Atom<>("steering"));
// rowColumns.put("survey_interval_ms", new Atom<>(65));
// rowColumns.put("survey_type", new Atom<>("on-chan"));
Row updateRow = new Row(rowColumns);
operations.add(new Insert(wifiStatsConfigDbTable, updateRow));
}
});
}
private void provisionWifiStatsRssi(Map<String, WifiRadioConfigInfo> radioConfigs,
Map<String, WifiStatsConfigInfo> provisionedWifiStatsConfigs, List<Operation> operations) {