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Android之WIFI-网络可用性校验(NetworkMonitor)流程框架WifiStateMachine(L2ConnectedState) NetworkAgent|通信:服务|ConnectivityServiceNetworkAgentInfoNeworkMonitor注:7.1基础知识StateMachine即状态机运用AsyncChannel即双Handler通信机制运用源码frameworks/base/services/core/java/com/android/server/ConnectivityService.javaframeworks/base/services/core/java/com/android/server/connectivity/NetworkAgentInfo.javaframeworks/base/services/core/java/com/android/server/connectivity/NetworkMonitor.javaframeworks/base/core/java/com/android/net/NetworkAgent.javaframeworks/opt/net/wifi/services/core/java/com/android/server/wifi/WifiStateMachine.javaframeworks/base/core/java/com/android/internal/util/StateMachine.javaframeworks/base/core/java/com/android/internal/util/AsyncChannel.java细节1.WifiStateMachine在状态L2ConnectedState时,进行NetworkAgent初始化。NetworkAgent初始化的过程建立与ConnectivityService通信WifiStateMachine.L2ConnectedStateclass L2ConnectedState extends State { @Override public void enter() { ······ mNetworkAgent = new WifiNetworkAgent(getHandler().getLooper(), mContext, "WifiNetworkAgent", mNetworkInfo, mNetworkCapabilitiesFilter, mLinkProperties, 60, mNetworkMisc); ······ }}WifiNetworkAgent(extends NetworkAgent) public NetworkAgent(Looper looper, Context context, String logTag, NetworkInfo ni, NetworkCapabilities nc, LinkProperties lp, int score, NetworkMisc misc) { ······ ConnectivityManager cm = (ConnectivityManager)mContext.getSystemService( Context.CONNECTIVITY_SERVICE); netId = cm.registerNetworkAgent(new Messenger(this), new NetworkInfo(ni), new LinkProperties(lp), new NetworkCapabilities(nc), score, misc); //cm.registerNetworkAgent把NetworkAgent和ConnectivityService建立连接 //更多的细节方向,在于双handler跨进程通信,重点关注Messenger }2.ConnectivityService的registerNetworkAgent创建NetworkAgentInfoConnectivityService.registerNetworkAgent public int registerNetworkAgent(Messenger messenger, NetworkInfo networkInfo, LinkProperties linkProperties, NetworkCapabilities networkCapabilities, int currentScore, NetworkMisc networkMisc) { ······ final NetworkAgentInfo nai = new NetworkAgentInfo(messenger, new AsyncChannel(), new Network(reserveNetId()), new NetworkInfo(networkInfo), new LinkProperties( linkProperties), new NetworkCapabilities(networkCapabilities), currentScore, mContext, mTrackerHandler, new NetworkMisc(networkMisc), mDefaultRequest, this);//NetworkAgent的messenger注入到NetworkAgentInfo,这样NetworkAgent与NetworkAgentInfo建立联系,注:双handler通信关注AsyncChannel ··· mHandler.sendMessage(mHandler.obtainMessage(EVENT_REGISTER_NETWORK_AGENT, nai));//走到handleRegisterNetworkAgent ······ } private void handleRegisterNetworkAgent(NetworkAgentInfo na) { if (VDBG) log("Got NetworkAgent Messenger"); mNetworkAgentInfos.put(na.messenger, na); synchronized (mNetworkForNetId) { mNetworkForNetId.put(na.network.netId, na); } na.asyncChannel.connect(mContext, mTrackerHandler, na.messenger);//NetworkAgentInfo的asyncChannel把ConnectivityService中mTrackerHandler和NetworkAgent中messenger建立连接 NetworkInfo networkInfo = na.networkInfo; na.networkInfo = null; updateNetworkInfo(na, networkInfo); } private void updateNetworkInfo(NetworkAgentInfo networkAgent, NetworkInfo newInfo) { ··· if (!networkAgent.everConnected && state == NetworkInfo.State.CONNECTED) { ··· networkAgent.networkMonitor.sendMessage(NetworkMonitor.CMD_NETWORK_CONNECTED); ··· } }3.NetworkAgentInfo的初始化,创建NetworkMonitor,而NetworkMonitor则是监听网络的可用性1)来源介绍NetworkAgentInfo public NetworkAgentInfo(Messenger messenger, AsyncChannel ac, Network net, NetworkInfo info, LinkProperties lp, NetworkCapabilities nc, int score, Context context, Handler handler, NetworkMisc misc, NetworkRequest defaultRequest, ConnectivityService connService) { ······ mHandler = handler;//handler是ConnectivityService.mTrackerHandler networkMonitor = mConnService.createNetworkMonitor(context, handler, this, defaultRequest); ···· } NetworkMonitor // NetworkMonitor extends StateMachine即NetworkMonitor为状态机 protected NetworkMonitor(Context context, Handler handler, NetworkAgentInfo networkAgentInfo, NetworkRequest defaultRequest, IpConnectivityLog logger) { ··· mConnectivityServiceHandler = handler;//ConnectivityServiceHandler是ConnectivityService.mTrackerHandler ··· addState(mDefaultState); addState(mValidatedState, mDefaultState); addState(mMaybeNotifyState, mDefaultState); addState(mEvaluatingState, mMaybeNotifyState); addState(mCaptivePortalState, mMaybeNotifyState); setInitialState(mDefaultState); ···· start(); }2)ConnectivityService和NetworkMonitor通信介绍a.ConnectivityService更新数据时,通过NetworkAgent通知NetworkMonitor。例如:ConnectivityService.updateNetworkInfonetworkAgent.networkMonitor.sendMessage(NetworkMonitor.CMD_NETWORK_CONNECTED);b.NetworkMonitor收到数据时更新后,通过ConnectivityService.mTrackerHandler通知ConnectivityService。例如:mConnectivityServiceHandler.sendMessage(obtainMessage(EVENT_NETWORK_TESTED, NETWORK_TEST_RESULT_INVALID, mNetId, probeResult.redirectUrl));3)ConnectivityService和WifiStateMachine通信介绍a.AsyncChannel实现了跨服务通信b.ConnectivityService.handleRegisterNetworkAgent建立连接na.asyncChannel.connect(mContext, mTrackerHandler, na.messenger);//这里把双方通信建立起来c.ConnectivityService更新数据给WifiStateMachine,通过如下方式实现nai.asyncChannel.sendMessage( NetworkAgent.CMD_REPORT_NETWORK_STATUS, (valid ? NetworkAgent.VALID_NETWORK : NetworkAgent.INVALID_NETWORK), 0, redirectUrlBundle);这是通知给WifiStateMachine的NetworkAgentd.WifiStateMachine更新数据给ConnectivityService,通过如下方式实现WifiStateMachine.setNetworkDetailedState mNetworkAgent.sendNetworkInfo(mNetworkInfo); NetworkAgent.queueOrSendMessage例如 private void queueOrSendMessage(Message msg) { synchronized (mPreConnectedQueue) { if (mAsyncChannel != null) { mAsyncChannel.sendMessage(msg); } else { mPreConnectedQueue.add(msg); } } }4.NetworkMonitor1)NetworkMonitor为状态机,默认状态为mDefaultState2)当ConnectivityService的更新指令时,做状态切换ConnectivityService.updateNetworkInfonetworkAgent.networkMonitor.sendMessage(NetworkMonitor.CMD_NETWORK_CONNECTED); private class DefaultState extends State { @Override public boolean processMessage(Message message) { switch (message.what) { case CMD_NETWORK_CONNECTED: logNetworkEvent(NetworkEvent.NETWORK_CONNECTED); transitionTo(mEvaluatingState);//切换到mEvaluatingState状态 return HANDLED; ··· } ··· } private class EvaluatingState extends State { ··· @Override public void enter() { ··· sendMessage(CMD_REEVALUATE, ++mReevaluateToken, 0); ··· } @Override public boolean processMessage(Message message) { switch (message.what) { case CMD_REEVALUATE: ··· //关键方法,ping网络 //根据结果切换状态或更新数据 //关注isCaptivePortal CaptivePortalProbeResult probeResult = isCaptivePortal(); if (probeResult.isSuccessful()) { transitionTo(mValidatedState); } else if (probeResult.isPortal()) { mConnectivityServiceHandler.sendMessage(obtainMessage(EVENT_NETWORK_TESTED, NETWORK_TEST_RESULT_INVALID, mNetId, probeResult.redirectUrl)); ··· transitionTo(mCaptivePortalState); } else {
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Requested re-evaluation after this many attempts. private static final int BLAME_FOR_EVALUATION_ATTEMPTS = 5; // Delay between reevaluations once a captive portal has been found. private static final int CAPTIVE_PORTAL_REEVALUATE_DELAY_MS = 10*60*1000; private static final int NUM_VALIDATION_LOG_LINES = 20; private String mPrivateDnsProviderHostname = ""; public static boolean isValidationRequired( NetworkCapabilities dfltNetCap, NetworkCapabilities nc) { // TODO: Consider requiring validation for DUN networks. return dfltNetCap.satisfiedByNetworkCapabilities(nc); } private final Context mContext; private final Handler mConnectivityServiceHandler; private final NetworkAgentInfo mNetworkAgentInfo; private final Network mNetwork; private final int mNetId; private final TelephonyManager mTelephonyManager; private final WifiManager mWifiManager; private final NetworkRequest mDefaultRequest; private final IpConnectivityLog mMetricsLog; private final NetworkMonitorSettings mSettings; // Configuration values for captive portal detection probes. private final String mCaptivePortalUserAgent; private final URL mCaptivePortalHttpsUrl; private final URL mCaptivePortalHttpUrl; private final URL[] mCaptivePortalFallbackUrls; @Nullable private final CaptivePortalProbeSpec[] mCaptivePortalFallbackSpecs; @VisibleForTesting protected boolean mIsCaptivePortalCheckEnabled; private boolean mUseHttps; // The total number of captive portal detection attempts for this NetworkMonitor instance. private int mValidations = 0; // Set if the user explicitly selected "Do not use this network" in captive portal sign-in app. private boolean mUserDoesNotWant = false; // Avoids surfacing "Sign in to network" notification. private boolean mDontDisplaySigninNotification = false; public boolean systemReady = false; private final State mDefaultState = new DefaultState(); private final State mValidatedState = new ValidatedState(); private final State mMaybeNotifyState = new MaybeNotifyState(); private final State mEvaluatingState = new EvaluatingState(); private final State mCaptivePortalState = new CaptivePortalState(); private final State mEvaluatingPrivateDnsState = new EvaluatingPrivateDnsState(); private CustomIntentReceiver mLaunchCaptivePortalAppBroadcastReceiver = null; private final LocalLog validationLogs = new LocalLog(NUM_VALIDATION_LOG_LINES); private final Stopwatch mEvaluationTimer = new Stopwatch(); // This variable is set before transitioning to the mCaptivePortalState. private CaptivePortalProbeResult mLastPortalProbeResult = CaptivePortalProbeResult.FAILED; private int mNextFallbackUrlIndex = 0; public NetworkMonitor(Context context, Handler handler, NetworkAgentInfo networkAgentInfo, NetworkRequest defaultRequest) { this(context, handler, networkAgentInfo, defaultRequest, new IpConnectivityLog(), NetworkMonitorSettings.DEFAULT); } @VisibleForTesting protected NetworkMonitor(Context context, Handler handler, NetworkAgentInfo networkAgentInfo, NetworkRequest defaultRequest, IpConnectivityLog logger, NetworkMonitorSettings settings) { // Add suffix indicating which NetworkMonitor we're talking about. super(TAG + networkAgentInfo.name()); // Logs with a tag of the form given just above, e.g. // 862 2402 D NetworkMonitor/NetworkAgentInfo [WIFI () - 100]: ... setDbg(VDBG); mContext = context; mMetricsLog = logger; mConnectivityServiceHandler = handler; mSettings = settings; mNetworkAgentInfo = networkAgentInfo; mNetwork = new OneAddressPerFamilyNetwork(networkAgentInfo.network()); mNetId = mNetwork.netId; mTelephonyManager = (TelephonyManager) context.getSystemService(Context.TELEPHONY_SERVICE); mWifiManager = (WifiManager) context.getSystemService(Context.WIFI_SERVICE); mDefaultRequest = defaultRequest; addState(mDefaultState); addState(mMaybeNotifyState, mDefaultState); addState(mEvaluatingState, mMaybeNotifyState); addState(mCaptivePortalState, mMaybeNotifyState); addState(mEvaluatingPrivateDnsState, mDefaultState); addState(mValidatedState, mDefaultState); setInitialState(mDefaultState); mIsCaptivePortalCheckEnabled = getIsCaptivePortalCheckEnabled(); mUseHttps = getUseHttpsValidation(); mCaptivePortalUserAgent = getCaptivePortalUserAgent(); 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Contents Table of Contents Troubleshooting Bookmarks Read the operating instructions prior tocommissioningOperating instructionsDeep-fat fryerUnitLondon 2ParisType of energyUnit typeElectricFloor-standingunitCountertop unitVersionLift mechanism2020325A21ABBE-AModelOPEFRIL2-HUO7EFRIL2-HUHLEFRIL2-HUOPEFRIPS-HUO7EFRIPS-HUHLEFRIPS-HUSLEFRIL2-HUSLEFRIPS-HUen-GB Need help? Do you have a question about the Paris Series and is the answer not in the manual? Questions and answers Related Manuals for MKN Paris Series Summary of Contents for MKN Paris Series Page 1 Read the operating instructions prior to commissioning Operating instructions Deep-fat fryer Unit Type of energy Unit type Version Model London 2 Electric Floor-standing Lift mechanism OPEFRIL2-HU unit O7EFRIL2-HU Paris HLEFRIL2-HU OPEFRIPS-HU O7EFRIPS-HU HLEFRIPS-HU Countertop unit SLEFRIL2-HU SLEFRIPS-HU 2020325A21ABBE-A en-GB... Page 2 Operating and display elements Image: Operating and display elements for Paris lifting deep-fat fryer a On/Off control knob c Temperature control knob b Heating indicator light d Time control knob Image: Operating and display elements for London 2 lifting deep-fat fryer a On/Off control knob c Temperature control knob b Heating indicator light... Page 3 Fax +49 5331 89-280 Internet www.mkn.eu Copyright All rights to text, graphics and pictures in this documentation are held by MKN Maschinenfabrik Kurt Neubauer GmbH & Co. KG. Distribution or duplication is only permitted with the prior written consent of MKN. Page 4: Table Of Contents Directory of contents 1 Introduction ................. 7 1.1 About this manual ................ 7 1.1.1 Explanation of signs .................. 8 1.2 Intended use .................. 9 1.3 Guarantee, warranty and liability ............ 9 2 Safety information ............ 10 3 Description of the unit ............. 13 3.1 Overview of the unit ............... 13 3.2 Function of the operating and display elements ...... ... Page 5 Directory of contents 5.4 Cleaning the heating element ............ 27 5.5 Cleaning the deep-frying tank ............ 27 5.6 Cleaning the drain ................ 28 6 Troubleshooting ............... 29 6.1 Cause of failure and the remedy ........... 29 6.2 Nameplate .................. 30 7 Carrying out maintenance .......... 31 8 Dispose of unit in an environmentally responsible manner ... Page 6 Directory of contents Operating instructions... Page 7: 1 Introduction Introduction 1 Introduction 1.1 About this manual The operating instructions are part of the unit and contain information: • On safe operation,People that use MKN NetworkMonitor by MKN Software
BASE + 1; /** * Inform ConnectivityService that the network has been tested. * obj = String representing URL that Internet probe was redirect to, if it was redirected. * arg1 = One of the NETWORK_TESTED_RESULT_* constants. * arg2 = NetID. */ public static final int EVENT_NETWORK_TESTED = BASE + 2; /** * Message to self indicating it's time to evaluate a network's connectivity. * arg1 = Token to ignore old messages. */ private static final int CMD_REEVALUATE = BASE + 6; /** * Inform NetworkMonitor that the network has disconnected. */ public static final int CMD_NETWORK_DISCONNECTED = BASE + 7; /** * Force evaluation even if it has succeeded in the past. * arg1 = UID responsible for requesting this reeval. Will be billed for data. */ private static final int CMD_FORCE_REEVALUATION = BASE + 8; /** * Message to self indicating captive portal app finished. * arg1 = one of: APP_RETURN_DISMISSED, * APP_RETURN_UNWANTED, * APP_RETURN_WANTED_AS_IS * obj = mCaptivePortalLoggedInResponseToken as String */ private static final int CMD_CAPTIVE_PORTAL_APP_FINISHED = BASE + 9; /** * Request ConnectivityService display provisioning notification. * arg1 = Whether to make the notification visible. * arg2 = NetID. * obj = Intent to be launched when notification selected by user, null if !arg1. */ public static final int EVENT_PROVISIONING_NOTIFICATION = BASE + 10; /** * Message indicating sign-in app should be launched. * Sent by mLaunchCaptivePortalAppBroadcastReceiver when the * user touches the sign in notification, or sent by * ConnectivityService when the user touches the "sign into * network" button in the wifi access point detail page. */ public static final int CMD_LAUNCH_CAPTIVE_PORTAL_APP = BASE + 11; /** * Retest network to see if captive portal is still in place. * arg1 = UID responsible for requesting this reeval. Will be billed for data. * 0 indicates self-initiated, so nobody to blame. */ private static final int CMD_CAPTIVE_PORTAL_RECHECK = BASE + 12; /** * ConnectivityService notifies NetworkMonitor of settings changes to * Private DNS. If a DNS resolution is required, e.g. for DNS-over-TLS in * strict mode, then an event is sent back to ConnectivityService with the * result of the resolution attempt. * * A separate message is used to trigger (re)evaluation of the Private DNS * configuration, so that the message can be handled as needed in different * states, including being ignored until after an ongoing captive portal * validation phase is completed. */ private static final int CMD_PRIVATE_DNS_SETTINGS_CHANGED = BASE + 13; public static final int EVENT_PRIVATE_DNS_CONFIG_RESOLVED = BASE + 14; private static final int CMD_EVALUATE_PRIVATE_DNS = BASE + 15; // Start mReevaluateDelayMs at this value and double. private static final int INITIAL_REEVALUATE_DELAY_MS = 1000; private static final int MAX_REEVALUATE_DELAY_MS = 10*60*1000; // Before network has been evaluated this many times, ignore repeated reevaluate requests. private static final int IGNORE_REEVALUATE_ATTEMPTS = 5; private int mReevaluateToken = 0; private static final int NO_UID = 0; private static final int INVALID_UID = -1; private int mUidResponsibleForReeval = INVALID_UID; // Stop blaming UID thatMKN NetworkMonitor 2.0 - Download, Review
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/* * Copyright (C) 2014 The Android Open Source Project * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */package com.android.server.connectivity;import static android.net.CaptivePortal.APP_RETURN_DISMISSED;import static android.net.CaptivePortal.APP_RETURN_UNWANTED;import static android.net.CaptivePortal.APP_RETURN_WANTED_AS_IS;import static android.net.ConnectivityManager.EXTRA_CAPTIVE_PORTAL_PROBE_SPEC;import static android.net.ConnectivityManager.EXTRA_CAPTIVE_PORTAL_URL;import static android.net.metrics.ValidationProbeEvent.PROBE_FALLBACK;import android.annotation.Nullable;import android.app.PendingIntent;import android.content.BroadcastReceiver;import android.content.Context;import android.content.Intent;import android.content.IntentFilter;import android.net.CaptivePortal;import android.net.ConnectivityManager;import android.net.ICaptivePortal;import android.net.Network;import android.net.NetworkCapabilities;import android.net.NetworkRequest;import android.net.ProxyInfo;import android.net.TrafficStats;import android.net.Uri;import android.net.captiveportal.CaptivePortalProbeResult;import android.net.captiveportal.CaptivePortalProbeSpec;import android.net.dns.ResolvUtil;import android.net.metrics.IpConnectivityLog;import android.net.metrics.NetworkEvent;import android.net.metrics.ValidationProbeEvent;import android.net.util.Stopwatch;import android.net.wifi.WifiInfo;import android.net.wifi.WifiManager;import android.os.Handler;import android.os.Message;import android.os.SystemClock;import android.os.UserHandle;import android.provider.Settings;import android.telephony.CellIdentityCdma;import android.telephony.CellIdentityGsm;import android.telephony.CellIdentityLte;import android.telephony.CellIdentityWcdma;import android.telephony.CellInfo;import android.telephony.CellInfoCdma;import android.telephony.CellInfoGsm;import android.telephony.CellInfoLte;import android.telephony.CellInfoWcdma;import android.telephony.TelephonyManager;import android.text.TextUtils;import android.util.LocalLog;import android.util.LocalLog.ReadOnlyLocalLog;import android.util.Log;import com.android.internal.annotations.VisibleForTesting;import com.android.internal.util.ArrayUtils;import com.android.internal.util.Protocol;import com.android.internal.util.State;import com.android.internal.util.StateMachine;import com.android.server.connectivity.DnsManager.PrivateDnsConfig;import java.io.IOException;import java.net.HttpURLConnection;import java.net.InetAddress;import java.net.MalformedURLException;import java.net.URL;import java.net.UnknownHostException;import java.util.ArrayList;import java.util.Arrays;import java.util.Collections;import java.util.LinkedHashMap;import java.util.List;import java.util.Random;import java.util.UUID;import java.util.concurrent.CountDownLatch;import java.util.concurrent.TimeUnit;/** * {@hide} */public class NetworkMonitor extends StateMachine { private static final String TAG = NetworkMonitor.class.getSimpleName(); private static final boolean DBG = true; private static final boolean VDBG = false; // Default configuration values for captive portal detection probes. // TODO: append a random length parameter to the default HTTPS url. // TODO: randomize browser version ids in the default User-Agent String. private static final String DEFAULT_HTTPS_URL = " private static final String DEFAULT_HTTP_URL = " private static final String DEFAULT_FALLBACK_URL = " private static final String DEFAULT_OTHER_FALLBACK_URLS = " private static final String DEFAULT_USER_AGENT = "Mozilla/5.0 (X11; Linux x86_64) " + "AppleWebKit/537.36 (KHTML, like Gecko) " + "Chrome/60.0.3112.32 Safari/537.36"; private static final int SOCKET_TIMEOUT_MS = 10000; private static final int PROBE_TIMEOUT_MS = 3000; static enum EvaluationResult { VALIDATED(true), CAPTIVE_PORTAL(false); final boolean isValidated; EvaluationResult(boolean isValidated) { this.isValidated = isValidated; } } static enum ValidationStage { FIRST_VALIDATION(true), REVALIDATION(false); final boolean isFirstValidation; ValidationStage(boolean isFirstValidation) { this.isFirstValidation = isFirstValidation; } } // After a network has been tested this result can be sent with EVENT_NETWORK_TESTED. // The network should be used as a default internet connection. It was found to be: // 1. a functioning network providing internet access, or // 2. a captive portal and the user decided to use it as is. public static final int NETWORK_TEST_RESULT_VALID = 0; // After a network has been tested this result can be sent with EVENT_NETWORK_TESTED. // The network should not be used as a default internet connection. It was found to be: // 1. a captive portal and the user is prompted to sign-in, or // 2. a captive portal and the user did not want to use it, or // 3. a broken network (e.g. DNS failed, connect failed, HTTP request failed). public static final int NETWORK_TEST_RESULT_INVALID = 1; private static final int BASE = Protocol.BASE_NETWORK_MONITOR; /** * Inform NetworkMonitor that their network is connected. * Initiates Network Validation. */ public static final int CMD_NETWORK_CONNECTED =. mkn networkmonitor Gratis descargar software en UpdateStar - mkn errorlookuptool download free mkn taskexplorer 5.1 download; mkn networkmonitorDescargar gratis mkn networkmonitor - UpdateStar
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Android之WIFI-网络可用性校验(NetworkMonitor)流程框架WifiStateMachine(L2ConnectedState) NetworkAgent|通信:服务|ConnectivityServiceNetworkAgentInfoNeworkMonitor注:7.1基础知识StateMachine即状态机运用AsyncChannel即双Handler通信机制运用源码frameworks/base/services/core/java/com/android/server/ConnectivityService.javaframeworks/base/services/core/java/com/android/server/connectivity/NetworkAgentInfo.javaframeworks/base/services/core/java/com/android/server/connectivity/NetworkMonitor.javaframeworks/base/core/java/com/android/net/NetworkAgent.javaframeworks/opt/net/wifi/services/core/java/com/android/server/wifi/WifiStateMachine.javaframeworks/base/core/java/com/android/internal/util/StateMachine.javaframeworks/base/core/java/com/android/internal/util/AsyncChannel.java细节1.WifiStateMachine在状态L2ConnectedState时,进行NetworkAgent初始化。NetworkAgent初始化的过程建立与ConnectivityService通信WifiStateMachine.L2ConnectedStateclass L2ConnectedState extends State { @Override public void enter() { ······ mNetworkAgent = new WifiNetworkAgent(getHandler().getLooper(), mContext, "WifiNetworkAgent", mNetworkInfo, mNetworkCapabilitiesFilter, mLinkProperties, 60, mNetworkMisc); ······ }}WifiNetworkAgent(extends NetworkAgent) public NetworkAgent(Looper looper, Context context, String logTag, NetworkInfo ni, NetworkCapabilities nc, LinkProperties lp, int score, NetworkMisc misc) { ······ ConnectivityManager cm = (ConnectivityManager)mContext.getSystemService( Context.CONNECTIVITY_SERVICE); netId = cm.registerNetworkAgent(new Messenger(this), new NetworkInfo(ni), new LinkProperties(lp), new NetworkCapabilities(nc), score, misc); //cm.registerNetworkAgent把NetworkAgent和ConnectivityService建立连接 //更多的细节方向,在于双handler跨进程通信,重点关注Messenger }2.ConnectivityService的registerNetworkAgent创建NetworkAgentInfoConnectivityService.registerNetworkAgent public int registerNetworkAgent(Messenger messenger, NetworkInfo networkInfo, LinkProperties linkProperties, NetworkCapabilities networkCapabilities, int currentScore, NetworkMisc networkMisc) { ······ final NetworkAgentInfo nai = new NetworkAgentInfo(messenger, new AsyncChannel(), new Network(reserveNetId()), new NetworkInfo(networkInfo), new LinkProperties( linkProperties), new NetworkCapabilities(networkCapabilities), currentScore, mContext, mTrackerHandler, new NetworkMisc(networkMisc), mDefaultRequest, this);//NetworkAgent的messenger注入到NetworkAgentInfo,这样NetworkAgent与NetworkAgentInfo建立联系,注:双handler通信关注AsyncChannel ··· mHandler.sendMessage(mHandler.obtainMessage(EVENT_REGISTER_NETWORK_AGENT, nai));//走到handleRegisterNetworkAgent ······ } private void handleRegisterNetworkAgent(NetworkAgentInfo na) { if (VDBG) log("Got NetworkAgent Messenger"); mNetworkAgentInfos.put(na.messenger, na); synchronized (mNetworkForNetId) { mNetworkForNetId.put(na.network.netId, na); } na.asyncChannel.connect(mContext, mTrackerHandler, na.messenger);//NetworkAgentInfo的asyncChannel把ConnectivityService中mTrackerHandler和NetworkAgent中messenger建立连接 NetworkInfo networkInfo = na.networkInfo; na.networkInfo = null; updateNetworkInfo(na, networkInfo); } private void updateNetworkInfo(NetworkAgentInfo networkAgent, NetworkInfo newInfo) { ··· if (!networkAgent.everConnected && state == NetworkInfo.State.CONNECTED) { ··· networkAgent.networkMonitor.sendMessage(NetworkMonitor.CMD_NETWORK_CONNECTED); ··· } }3.NetworkAgentInfo的初始化,创建NetworkMonitor,而NetworkMonitor则是监听网络的可用性1)来源介绍NetworkAgentInfo public NetworkAgentInfo(Messenger messenger, AsyncChannel ac, Network net, NetworkInfo info, LinkProperties lp, NetworkCapabilities nc, int score, Context context, Handler handler, NetworkMisc misc, NetworkRequest defaultRequest, ConnectivityService connService) { ······ mHandler = handler;//handler是ConnectivityService.mTrackerHandler networkMonitor = mConnService.createNetworkMonitor(context, handler, this, defaultRequest); ···· } NetworkMonitor // NetworkMonitor extends StateMachine即NetworkMonitor为状态机 protected NetworkMonitor(Context context, Handler handler, NetworkAgentInfo networkAgentInfo, NetworkRequest defaultRequest, IpConnectivityLog logger) { ··· mConnectivityServiceHandler = handler;//ConnectivityServiceHandler是ConnectivityService.mTrackerHandler ··· addState(mDefaultState); addState(mValidatedState, mDefaultState); addState(mMaybeNotifyState, mDefaultState); addState(mEvaluatingState, mMaybeNotifyState); addState(mCaptivePortalState, mMaybeNotifyState); setInitialState(mDefaultState); ···· start(); }2)ConnectivityService和NetworkMonitor通信介绍a.ConnectivityService更新数据时,通过NetworkAgent通知NetworkMonitor。例如:ConnectivityService.updateNetworkInfonetworkAgent.networkMonitor.sendMessage(NetworkMonitor.CMD_NETWORK_CONNECTED);b.NetworkMonitor收到数据时更新后,通过ConnectivityService.mTrackerHandler通知ConnectivityService。例如:mConnectivityServiceHandler.sendMessage(obtainMessage(EVENT_NETWORK_TESTED, NETWORK_TEST_RESULT_INVALID, mNetId, probeResult.redirectUrl));3)ConnectivityService和WifiStateMachine通信介绍a.AsyncChannel实现了跨服务通信b.ConnectivityService.handleRegisterNetworkAgent建立连接na.asyncChannel.connect(mContext, mTrackerHandler, na.messenger);//这里把双方通信建立起来c.ConnectivityService更新数据给WifiStateMachine,通过如下方式实现nai.asyncChannel.sendMessage( NetworkAgent.CMD_REPORT_NETWORK_STATUS, (valid ? NetworkAgent.VALID_NETWORK : NetworkAgent.INVALID_NETWORK), 0, redirectUrlBundle);这是通知给WifiStateMachine的NetworkAgentd.WifiStateMachine更新数据给ConnectivityService,通过如下方式实现WifiStateMachine.setNetworkDetailedState mNetworkAgent.sendNetworkInfo(mNetworkInfo); NetworkAgent.queueOrSendMessage例如 private void queueOrSendMessage(Message msg) { synchronized (mPreConnectedQueue) { if (mAsyncChannel != null) { mAsyncChannel.sendMessage(msg); } else { mPreConnectedQueue.add(msg); } } }4.NetworkMonitor1)NetworkMonitor为状态机,默认状态为mDefaultState2)当ConnectivityService的更新指令时,做状态切换ConnectivityService.updateNetworkInfonetworkAgent.networkMonitor.sendMessage(NetworkMonitor.CMD_NETWORK_CONNECTED); private class DefaultState extends State { @Override public boolean processMessage(Message message) { switch (message.what) { case CMD_NETWORK_CONNECTED: logNetworkEvent(NetworkEvent.NETWORK_CONNECTED); transitionTo(mEvaluatingState);//切换到mEvaluatingState状态 return HANDLED; ··· } ··· } private class EvaluatingState extends State { ··· @Override public void enter() { ··· sendMessage(CMD_REEVALUATE, ++mReevaluateToken, 0); ··· } @Override public boolean processMessage(Message message) { switch (message.what) { case CMD_REEVALUATE: ··· //关键方法,ping网络 //根据结果切换状态或更新数据 //关注isCaptivePortal CaptivePortalProbeResult probeResult = isCaptivePortal(); if (probeResult.isSuccessful()) { transitionTo(mValidatedState); } else if (probeResult.isPortal()) { mConnectivityServiceHandler.sendMessage(obtainMessage(EVENT_NETWORK_TESTED, NETWORK_TEST_RESULT_INVALID, mNetId, probeResult.redirectUrl)); ··· transitionTo(mCaptivePortalState); } else {
2025-04-24Requested re-evaluation after this many attempts. private static final int BLAME_FOR_EVALUATION_ATTEMPTS = 5; // Delay between reevaluations once a captive portal has been found. private static final int CAPTIVE_PORTAL_REEVALUATE_DELAY_MS = 10*60*1000; private static final int NUM_VALIDATION_LOG_LINES = 20; private String mPrivateDnsProviderHostname = ""; public static boolean isValidationRequired( NetworkCapabilities dfltNetCap, NetworkCapabilities nc) { // TODO: Consider requiring validation for DUN networks. return dfltNetCap.satisfiedByNetworkCapabilities(nc); } private final Context mContext; private final Handler mConnectivityServiceHandler; private final NetworkAgentInfo mNetworkAgentInfo; private final Network mNetwork; private final int mNetId; private final TelephonyManager mTelephonyManager; private final WifiManager mWifiManager; private final NetworkRequest mDefaultRequest; private final IpConnectivityLog mMetricsLog; private final NetworkMonitorSettings mSettings; // Configuration values for captive portal detection probes. private final String mCaptivePortalUserAgent; private final URL mCaptivePortalHttpsUrl; private final URL mCaptivePortalHttpUrl; private final URL[] mCaptivePortalFallbackUrls; @Nullable private final CaptivePortalProbeSpec[] mCaptivePortalFallbackSpecs; @VisibleForTesting protected boolean mIsCaptivePortalCheckEnabled; private boolean mUseHttps; // The total number of captive portal detection attempts for this NetworkMonitor instance. private int mValidations = 0; // Set if the user explicitly selected "Do not use this network" in captive portal sign-in app. private boolean mUserDoesNotWant = false; // Avoids surfacing "Sign in to network" notification. private boolean mDontDisplaySigninNotification = false; public boolean systemReady = false; private final State mDefaultState = new DefaultState(); private final State mValidatedState = new ValidatedState(); private final State mMaybeNotifyState = new MaybeNotifyState(); private final State mEvaluatingState = new EvaluatingState(); private final State mCaptivePortalState = new CaptivePortalState(); private final State mEvaluatingPrivateDnsState = new EvaluatingPrivateDnsState(); private CustomIntentReceiver mLaunchCaptivePortalAppBroadcastReceiver = null; private final LocalLog validationLogs = new LocalLog(NUM_VALIDATION_LOG_LINES); private final Stopwatch mEvaluationTimer = new Stopwatch(); // This variable is set before transitioning to the mCaptivePortalState. private CaptivePortalProbeResult mLastPortalProbeResult = CaptivePortalProbeResult.FAILED; private int mNextFallbackUrlIndex = 0; public NetworkMonitor(Context context, Handler handler, NetworkAgentInfo networkAgentInfo, NetworkRequest defaultRequest) { this(context, handler, networkAgentInfo, defaultRequest, new IpConnectivityLog(), NetworkMonitorSettings.DEFAULT); } @VisibleForTesting protected NetworkMonitor(Context context, Handler handler, NetworkAgentInfo networkAgentInfo, NetworkRequest defaultRequest, IpConnectivityLog logger, NetworkMonitorSettings settings) { // Add suffix indicating which NetworkMonitor we're talking about. super(TAG + networkAgentInfo.name()); // Logs with a tag of the form given just above, e.g. // 862 2402 D NetworkMonitor/NetworkAgentInfo [WIFI () - 100]: ... setDbg(VDBG); mContext = context; mMetricsLog = logger; mConnectivityServiceHandler = handler; mSettings = settings; mNetworkAgentInfo = networkAgentInfo; mNetwork = new OneAddressPerFamilyNetwork(networkAgentInfo.network()); mNetId = mNetwork.netId; mTelephonyManager = (TelephonyManager) context.getSystemService(Context.TELEPHONY_SERVICE); mWifiManager = (WifiManager) context.getSystemService(Context.WIFI_SERVICE); mDefaultRequest = defaultRequest; addState(mDefaultState); addState(mMaybeNotifyState, mDefaultState); addState(mEvaluatingState, mMaybeNotifyState); addState(mCaptivePortalState, mMaybeNotifyState); addState(mEvaluatingPrivateDnsState, mDefaultState); addState(mValidatedState, mDefaultState); setInitialState(mDefaultState); mIsCaptivePortalCheckEnabled = getIsCaptivePortalCheckEnabled(); mUseHttps = getUseHttpsValidation(); mCaptivePortalUserAgent = getCaptivePortalUserAgent(); mCaptivePortalHttpsUrl = makeURL(getCaptivePortalServerHttpsUrl()); mCaptivePortalHttpUrl = makeURL(getCaptivePortalServerHttpUrl(settings, context)); mCaptivePortalFallbackUrls = makeCaptivePortalFallbackUrls(); mCaptivePortalFallbackSpecs = makeCaptivePortalFallbackProbeSpecs(); start(); } public void forceReevaluation(int responsibleUid) { sendMessage(CMD_FORCE_REEVALUATION, responsibleUid, 0); } public void notifyPrivateDnsSettingsChanged(PrivateDnsConfig newCfg) { // Cancel any outstanding resolutions. removeMessages(CMD_PRIVATE_DNS_SETTINGS_CHANGED); // Send the update to the proper thread. sendMessage(CMD_PRIVATE_DNS_SETTINGS_CHANGED, newCfg); } @Override protected void log(String s) { if (DBG) Log.d(TAG + "/" + mNetworkAgentInfo.name(), s); } private void validationLog(int probeType, Object url, String msg) { String probeName = ValidationProbeEvent.getProbeName(probeType); validationLog(String.format("%s %s %s", probeName, url, msg)); } private void validationLog(String s) { if (DBG) log(s); validationLogs.log(s); } public ReadOnlyLocalLog getValidationLogs() { return validationLogs.readOnlyLocalLog(); } private ValidationStage
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2025-04-06Contents Table of Contents Troubleshooting Bookmarks Read the operating instructions prior tocommissioningOperating instructionsDeep-fat fryerUnitLondon 2ParisType of energyUnit typeElectricFloor-standingunitCountertop unitVersionLift mechanism2020325A21ABBE-AModelOPEFRIL2-HUO7EFRIL2-HUHLEFRIL2-HUOPEFRIPS-HUO7EFRIPS-HUHLEFRIPS-HUSLEFRIL2-HUSLEFRIPS-HUen-GB Need help? Do you have a question about the Paris Series and is the answer not in the manual? Questions and answers Related Manuals for MKN Paris Series Summary of Contents for MKN Paris Series Page 1 Read the operating instructions prior to commissioning Operating instructions Deep-fat fryer Unit Type of energy Unit type Version Model London 2 Electric Floor-standing Lift mechanism OPEFRIL2-HU unit O7EFRIL2-HU Paris HLEFRIL2-HU OPEFRIPS-HU O7EFRIPS-HU HLEFRIPS-HU Countertop unit SLEFRIL2-HU SLEFRIPS-HU 2020325A21ABBE-A en-GB... Page 2 Operating and display elements Image: Operating and display elements for Paris lifting deep-fat fryer a On/Off control knob c Temperature control knob b Heating indicator light d Time control knob Image: Operating and display elements for London 2 lifting deep-fat fryer a On/Off control knob c Temperature control knob b Heating indicator light... Page 3 Fax +49 5331 89-280 Internet www.mkn.eu Copyright All rights to text, graphics and pictures in this documentation are held by MKN Maschinenfabrik Kurt Neubauer GmbH & Co. KG. Distribution or duplication is only permitted with the prior written consent of MKN. Page 4: Table Of Contents Directory of contents 1 Introduction ................. 7 1.1 About this manual ................ 7 1.1.1 Explanation of signs .................. 8 1.2 Intended use .................. 9 1.3 Guarantee, warranty and liability ............ 9 2 Safety information ............ 10 3 Description of the unit ............. 13 3.1 Overview of the unit ............... 13 3.2 Function of the operating and display elements ...... ... Page 5 Directory of contents 5.4 Cleaning the heating element ............ 27 5.5 Cleaning the deep-frying tank ............ 27 5.6 Cleaning the drain ................ 28 6 Troubleshooting ............... 29 6.1 Cause of failure and the remedy ........... 29 6.2 Nameplate .................. 30 7 Carrying out maintenance .......... 31 8 Dispose of unit in an environmentally responsible manner ... Page 6 Directory of contents Operating instructions... Page 7: 1 Introduction Introduction 1 Introduction 1.1 About this manual The operating instructions are part of the unit and contain information: • On safe operation,
2025-04-20System memory optimization in one mouse clickIf you're a hardcore computer user you probably work with quite a few apps opened at the same time, making the most of your system resources.Unfortunately these resources are not unlimited and there comes a point when the system memory simply can't stretch anymore. This is when you need a program like MKN MemoryMonitor, which not only controls the way your system manages memory, but also lets you optimize it by freeing up a fixed percentage.The program keeps track of both physical memory and paged memory, displaying a colorful animated graph that shows memory usage in real time, as well as some more specific details about each type of memory. This information is not only available in the program's interface, but also in a handy pop-up window that opens when you hover your mouse over the program's icon in the system tray.Tracking memory management is not the only task for MKN MemoryMonitor though. You can also free up memory whenever you need it with just a mouse click. You can customize the percentage of memory to be freed, but unfortunately this process must be done manually.MKN MemoryMonitor controls your system's memory management and also lets you free memory up when necessary, tough you must do it manually.PROSMonitors memory usage in real timeAllows you to customize the memory percentage to free upCONSYou have to free memory up manually
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