* The primary responsibilities of this class are to: *
* If an application uses the network in the background, it should listen * for this broadcast and stop using the background data if the value is * {@code false}. *
* * @deprecated As of {@link VERSION_CODES#ICE_CREAM_SANDWICH}, availability * of background data depends on several combined factors, and * this broadcast is no longer sent. Instead, when background * data is unavailable, {@link #getActiveNetworkInfo()} will now * appear disconnected. During first boot after a platform * upgrade, this broadcast will be sent once if * {@link #getBackgroundDataSetting()} was {@code false} before * the upgrade. */ @SdkConstant(SdkConstantType.BROADCAST_INTENT_ACTION) @Deprecated public static final String ACTION_BACKGROUND_DATA_SETTING_CHANGED = "android.net.conn.BACKGROUND_DATA_SETTING_CHANGED"; /** * Broadcast Action: The network connection may not be good * uses {@code ConnectivityManager.EXTRA_INET_CONDITION} and * {@code ConnectivityManager.EXTRA_NETWORK_INFO} to specify * the network and it's condition. * @hide */ @SdkConstant(SdkConstantType.BROADCAST_INTENT_ACTION) public static final String INET_CONDITION_ACTION = "android.net.conn.INET_CONDITION_ACTION"; /** * Broadcast Action: A tetherable connection has come or gone. * Uses {@code ConnectivityManager.EXTRA_AVAILABLE_TETHER}, * {@code ConnectivityManager.EXTRA_ACTIVE_TETHER} and * {@code ConnectivityManager.EXTRA_ERRORED_TETHER} to indicate * the current state of tethering. Each include a list of * interface names in that state (may be empty). * @hide */ @SdkConstant(SdkConstantType.BROADCAST_INTENT_ACTION) public static final String ACTION_TETHER_STATE_CHANGED = "android.net.conn.TETHER_STATE_CHANGED"; /** * @hide * gives a String[] listing all the interfaces configured for * tethering and currently available for tethering. */ public static final String EXTRA_AVAILABLE_TETHER = "availableArray"; /** * @hide * gives a String[] listing all the interfaces currently tethered * (ie, has dhcp support and packets potentially forwarded/NATed) */ public static final String EXTRA_ACTIVE_TETHER = "activeArray"; /** * @hide * gives a String[] listing all the interfaces we tried to tether and * failed. Use {@link #getLastTetherError} to find the error code * for any interfaces listed here. */ public static final String EXTRA_ERRORED_TETHER = "erroredArray"; /** * Broadcast Action: The captive portal tracker has finished its test. * Sent only while running Setup Wizard, in lieu of showing a user * notification. * @hide */ @SdkConstant(SdkConstantType.BROADCAST_INTENT_ACTION) public static final String ACTION_CAPTIVE_PORTAL_TEST_COMPLETED = "android.net.conn.CAPTIVE_PORTAL_TEST_COMPLETED"; /** * The lookup key for a boolean that indicates whether a captive portal was detected. * Retrieve it with {@link android.content.Intent#getBooleanExtra(String,boolean)}. * @hide */ public static final String EXTRA_IS_CAPTIVE_PORTAL = "captivePortal"; /** * The absence of a connection type. * @hide */ public static final int TYPE_NONE = -1; /** * The Mobile data connection. When active, all data traffic * will use this network type's interface by default * (it has a default route) */ public static final int TYPE_MOBILE = 0; /** * The WIFI data connection. When active, all data traffic * will use this network type's interface by default * (it has a default route). */ public static final int TYPE_WIFI = 1; /** * An MMS-specific Mobile data connection. This network type may use the * same network interface as {@link #TYPE_MOBILE} or it may use a different * one. This is used by applications needing to talk to the carrier's * Multimedia Messaging Service servers. */ public static final int TYPE_MOBILE_MMS = 2; /** * A SUPL-specific Mobile data connection. This network type may use the * same network interface as {@link #TYPE_MOBILE} or it may use a different * one. This is used by applications needing to talk to the carrier's * Secure User Plane Location servers for help locating the device. */ public static final int TYPE_MOBILE_SUPL = 3; /** * A DUN-specific Mobile data connection. This network type may use the * same network interface as {@link #TYPE_MOBILE} or it may use a different * one. This is sometimes by the system when setting up an upstream connection * for tethering so that the carrier is aware of DUN traffic. */ public static final int TYPE_MOBILE_DUN = 4; /** * A High Priority Mobile data connection. This network type uses the * same network interface as {@link #TYPE_MOBILE} but the routing setup * is different. Only requesting processes will have access to the * Mobile DNS servers and only IP's explicitly requested via {@link #requestRouteToHost} * will route over this interface if no default route exists. */ public static final int TYPE_MOBILE_HIPRI = 5; /** * The WiMAX data connection. When active, all data traffic * will use this network type's interface by default * (it has a default route). */ public static final int TYPE_WIMAX = 6; /** * The Bluetooth data connection. When active, all data traffic * will use this network type's interface by default * (it has a default route). */ public static final int TYPE_BLUETOOTH = 7; /** * Dummy data connection. This should not be used on shipping devices. */ public static final int TYPE_DUMMY = 8; /** * The Ethernet data connection. When active, all data traffic * will use this network type's interface by default * (it has a default route). */ public static final int TYPE_ETHERNET = 9; /** * Over the air Administration. * {@hide} */ public static final int TYPE_MOBILE_FOTA = 10; /** * IP Multimedia Subsystem. * {@hide} */ public static final int TYPE_MOBILE_IMS = 11; /** * Carrier Branded Services. * {@hide} */ public static final int TYPE_MOBILE_CBS = 12; /** * A Wi-Fi p2p connection. Only requesting processes will have access to * the peers connected. * {@hide} */ public static final int TYPE_WIFI_P2P = 13; /** * The network to use for initially attaching to the network * {@hide} */ public static final int TYPE_MOBILE_IA = 14; /** * Emergency PDN connection for emergency calls * {@hide} */ public static final int TYPE_MOBILE_EMERGENCY = 15; /** * The network that uses proxy to achieve connectivity. * {@hide} */ public static final int TYPE_PROXY = 16; /** * A virtual network using one or more native bearers. * It may or may not be providing security services. */ public static final int TYPE_VPN = 17; /** {@hide} */ public static final int MAX_RADIO_TYPE = TYPE_VPN; /** {@hide} */ public static final int MAX_NETWORK_TYPE = TYPE_VPN; /** * If you want to set the default network preference,you can directly * change the networkAttributes array in framework's config.xml. * * @deprecated Since we support so many more networks now, the single * network default network preference can't really express * the hierarchy. Instead, the default is defined by the * networkAttributes in config.xml. You can determine * the current value by calling {@link #getNetworkPreference()} * from an App. */ @Deprecated public static final int DEFAULT_NETWORK_PREFERENCE = TYPE_WIFI; /** * @hide */ public final static int REQUEST_ID_UNSET = 0; /** * A NetID indicating no Network is selected. * Keep in sync with bionic/libc/dns/include/resolv_netid.h * @hide */ public static final int NETID_UNSET = 0; private final IConnectivityManager mService; /** * A kludge to facilitate static access where a Context pointer isn't available, like in the * case of the static set/getProcessDefaultNetwork methods and from the Network class. * TODO: Remove this after deprecating the static methods in favor of non-static methods or * methods that take a Context argument. */ private static ConnectivityManager sInstance; private INetworkManagementService mNMService; /** * Tests if a given integer represents a valid network type. * @param networkType the type to be tested * @return a boolean. {@code true} if the type is valid, else {@code false} */ public static boolean isNetworkTypeValid(int networkType) { return networkType >= 0 && networkType <= MAX_NETWORK_TYPE; } /** * Returns a non-localized string representing a given network type. * ONLY used for debugging output. * @param type the type needing naming * @return a String for the given type, or a string version of the type ("87") * if no name is known. * {@hide} */ public static String getNetworkTypeName(int type) { switch (type) { case TYPE_MOBILE: return "MOBILE"; case TYPE_WIFI: return "WIFI"; case TYPE_MOBILE_MMS: return "MOBILE_MMS"; case TYPE_MOBILE_SUPL: return "MOBILE_SUPL"; case TYPE_MOBILE_DUN: return "MOBILE_DUN"; case TYPE_MOBILE_HIPRI: return "MOBILE_HIPRI"; case TYPE_WIMAX: return "WIMAX"; case TYPE_BLUETOOTH: return "BLUETOOTH"; case TYPE_DUMMY: return "DUMMY"; case TYPE_ETHERNET: return "ETHERNET"; case TYPE_MOBILE_FOTA: return "MOBILE_FOTA"; case TYPE_MOBILE_IMS: return "MOBILE_IMS"; case TYPE_MOBILE_CBS: return "MOBILE_CBS"; case TYPE_WIFI_P2P: return "WIFI_P2P"; case TYPE_MOBILE_IA: return "MOBILE_IA"; case TYPE_MOBILE_EMERGENCY: return "MOBILE_EMERGENCY"; case TYPE_PROXY: return "PROXY"; default: return Integer.toString(type); } } /** * Checks if a given type uses the cellular data connection. * This should be replaced in the future by a network property. * @param networkType the type to check * @return a boolean - {@code true} if uses cellular network, else {@code false} * {@hide} */ public static boolean isNetworkTypeMobile(int networkType) { switch (networkType) { case TYPE_MOBILE: case TYPE_MOBILE_MMS: case TYPE_MOBILE_SUPL: case TYPE_MOBILE_DUN: case TYPE_MOBILE_HIPRI: case TYPE_MOBILE_FOTA: case TYPE_MOBILE_IMS: case TYPE_MOBILE_CBS: case TYPE_MOBILE_IA: case TYPE_MOBILE_EMERGENCY: return true; default: return false; } } /** * Checks if the given network type is backed by a Wi-Fi radio. * * @hide */ public static boolean isNetworkTypeWifi(int networkType) { switch (networkType) { case TYPE_WIFI: case TYPE_WIFI_P2P: return true; default: return false; } } /** * Specifies the preferred network type. When the device has more * than one type available the preferred network type will be used. * * @param preference the network type to prefer over all others. It is * unspecified what happens to the old preferred network in the * overall ordering. * @deprecated Functionality has been removed as it no longer makes sense, * with many more than two networks - we'd need an array to express * preference. Instead we use dynamic network properties of * the networks to describe their precedence. */ public void setNetworkPreference(int preference) { } /** * Retrieves the current preferred network type. * * @return an integer representing the preferred network type * *
This method requires the caller to hold the permission * {@link android.Manifest.permission#ACCESS_NETWORK_STATE}. * @deprecated Functionality has been removed as it no longer makes sense, * with many more than two networks - we'd need an array to express * preference. Instead we use dynamic network properties of * the networks to describe their precedence. */ public int getNetworkPreference() { return TYPE_NONE; } /** * Returns details about the currently active default data network. When * connected, this network is the default route for outgoing connections. * You should always check {@link NetworkInfo#isConnected()} before initiating * network traffic. This may return {@code null} when there is no default * network. * * @return a {@link NetworkInfo} object for the current default network * or {@code null} if no network default network is currently active * *
This method requires the call to hold the permission * {@link android.Manifest.permission#ACCESS_NETWORK_STATE}. */ public NetworkInfo getActiveNetworkInfo() { try { return mService.getActiveNetworkInfo(); } catch (RemoteException e) { return null; } } /** * Returns details about the currently active default data network * for a given uid. This is for internal use only to avoid spying * other apps. * * @return a {@link NetworkInfo} object for the current default network * for the given uid or {@code null} if no default network is * available for the specified uid. * *
This method requires the caller to hold the permission * {@link android.Manifest.permission#CONNECTIVITY_INTERNAL} * {@hide} */ public NetworkInfo getActiveNetworkInfoForUid(int uid) { try { return mService.getActiveNetworkInfoForUid(uid); } catch (RemoteException e) { return null; } } /** * Returns connection status information about a particular * network type. * * @param networkType integer specifying which networkType in * which you're interested. * @return a {@link NetworkInfo} object for the requested * network type or {@code null} if the type is not * supported by the device. * *
This method requires the caller to hold the permission * {@link android.Manifest.permission#ACCESS_NETWORK_STATE}. */ public NetworkInfo getNetworkInfo(int networkType) { try { return mService.getNetworkInfo(networkType); } catch (RemoteException e) { return null; } } /** * Returns connection status information about a particular * Network. * * @param network {@link Network} specifying which network * in which you're interested. * @return a {@link NetworkInfo} object for the requested * network or {@code null} if the {@code Network} * is not valid. * *
This method requires the caller to hold the permission * {@link android.Manifest.permission#ACCESS_NETWORK_STATE}. */ public NetworkInfo getNetworkInfo(Network network) { try { return mService.getNetworkInfoForNetwork(network); } catch (RemoteException e) { return null; } } /** * Returns connection status information about all network * types supported by the device. * * @return an array of {@link NetworkInfo} objects. Check each * {@link NetworkInfo#getType} for which type each applies. * *
This method requires the caller to hold the permission * {@link android.Manifest.permission#ACCESS_NETWORK_STATE}. */ public NetworkInfo[] getAllNetworkInfo() { try { return mService.getAllNetworkInfo(); } catch (RemoteException e) { return null; } } /** * Returns the {@link Network} object currently serving a given type, or * null if the given type is not connected. * *
This method requires the caller to hold the permission * {@link android.Manifest.permission#ACCESS_NETWORK_STATE}. * * @hide */ public Network getNetworkForType(int networkType) { try { return mService.getNetworkForType(networkType); } catch (RemoteException e) { return null; } } /** * Returns an array of all {@link Network} currently tracked by the * framework. * * @return an array of {@link Network} objects. * *
This method requires the caller to hold the permission * {@link android.Manifest.permission#ACCESS_NETWORK_STATE}. */ public Network[] getAllNetworks() { try { return mService.getAllNetworks(); } catch (RemoteException e) { return null; } } /** * Returns an array of of {@link NetworkCapabilities} objects, representing * the Networks that applications run by the given user will use by default. * @hide */ public NetworkCapabilities[] getDefaultNetworkCapabilitiesForUser(int userId) { try { return mService.getDefaultNetworkCapabilitiesForUser(userId); } catch (RemoteException e) { return null; } } /** * Returns details about the Provisioning or currently active default data network. When * connected, this network is the default route for outgoing connections. * You should always check {@link NetworkInfo#isConnected()} before initiating * network traffic. This may return {@code null} when there is no default * network. * * @return a {@link NetworkInfo} object for the current default network * or {@code null} if no network default network is currently active * *
This method requires the call to hold the permission * {@link android.Manifest.permission#ACCESS_NETWORK_STATE}. * * {@hide} */ public NetworkInfo getProvisioningOrActiveNetworkInfo() { try { return mService.getProvisioningOrActiveNetworkInfo(); } catch (RemoteException e) { return null; } } /** * Returns the IP information for the current default network. * * @return a {@link LinkProperties} object describing the IP info * for the current default network, or {@code null} if there * is no current default network. * *
This method requires the call to hold the permission * {@link android.Manifest.permission#ACCESS_NETWORK_STATE}. * {@hide} */ public LinkProperties getActiveLinkProperties() { try { return mService.getActiveLinkProperties(); } catch (RemoteException e) { return null; } } /** * Returns the IP information for a given network type. * * @param networkType the network type of interest. * @return a {@link LinkProperties} object describing the IP info * for the given networkType, or {@code null} if there is * no current default network. * *
This method requires the call to hold the permission * {@link android.Manifest.permission#ACCESS_NETWORK_STATE}. * {@hide} */ public LinkProperties getLinkProperties(int networkType) { try { return mService.getLinkPropertiesForType(networkType); } catch (RemoteException e) { return null; } } /** * Get the {@link LinkProperties} for the given {@link Network}. This * will return {@code null} if the network is unknown. * * @param network The {@link Network} object identifying the network in question. * @return The {@link LinkProperties} for the network, or {@code null}. **/ public LinkProperties getLinkProperties(Network network) { try { return mService.getLinkProperties(network); } catch (RemoteException e) { return null; } } /** * Get the {@link NetworkCapabilities} for the given {@link Network}. This * will return {@code null} if the network is unknown. * * @param network The {@link Network} object identifying the network in question. * @return The {@link NetworkCapabilities} for the network, or {@code null}. */ public NetworkCapabilities getNetworkCapabilities(Network network) { try { return mService.getNetworkCapabilities(network); } catch (RemoteException e) { return null; } } /** * Tells each network type to set its radio power state as directed. * * @param turnOn a boolean, {@code true} to turn the radios on, * {@code false} to turn them off. * @return a boolean, {@code true} indicating success. All network types * will be tried, even if some fail. * *
This method requires the call to hold the permission * {@link android.Manifest.permission#CHANGE_NETWORK_STATE}. * {@hide} */ // TODO - check for any callers and remove // public boolean setRadios(boolean turnOn) { // try { // return mService.setRadios(turnOn); // } catch (RemoteException e) { // return false; // } // } /** * Tells a given networkType to set its radio power state as directed. * * @param networkType the int networkType of interest. * @param turnOn a boolean, {@code true} to turn the radio on, * {@code} false to turn it off. * @return a boolean, {@code true} indicating success. * *
This method requires the call to hold the permission * {@link android.Manifest.permission#CHANGE_NETWORK_STATE}. * {@hide} */ // TODO - check for any callers and remove // public boolean setRadio(int networkType, boolean turnOn) { // try { // return mService.setRadio(networkType, turnOn); // } catch (RemoteException e) { // return false; // } // } /** * Tells the underlying networking system that the caller wants to * begin using the named feature. The interpretation of {@code feature} * is completely up to each networking implementation. *
This method requires the caller to hold the permission * {@link android.Manifest.permission#CHANGE_NETWORK_STATE}. * @param networkType specifies which network the request pertains to * @param feature the name of the feature to be used * @return an integer value representing the outcome of the request. * The interpretation of this value is specific to each networking * implementation+feature combination, except that the value {@code -1} * always indicates failure. * * @deprecated Deprecated in favor of the cleaner {@link #requestNetwork} api. */ public int startUsingNetworkFeature(int networkType, String feature) { NetworkCapabilities netCap = networkCapabilitiesForFeature(networkType, feature); if (netCap == null) { Log.d(TAG, "Can't satisfy startUsingNetworkFeature for " + networkType + ", " + feature); return PhoneConstants.APN_REQUEST_FAILED; } NetworkRequest request = null; synchronized (sLegacyRequests) { LegacyRequest l = sLegacyRequests.get(netCap); if (l != null) { Log.d(TAG, "renewing startUsingNetworkFeature request " + l.networkRequest); renewRequestLocked(l); if (l.currentNetwork != null) { return PhoneConstants.APN_ALREADY_ACTIVE; } else { return PhoneConstants.APN_REQUEST_STARTED; } } request = requestNetworkForFeatureLocked(netCap); } if (request != null) { Log.d(TAG, "starting startUsingNetworkFeature for request " + request); return PhoneConstants.APN_REQUEST_STARTED; } else { Log.d(TAG, " request Failed"); return PhoneConstants.APN_REQUEST_FAILED; } } /** * Tells the underlying networking system that the caller is finished * using the named feature. The interpretation of {@code feature} * is completely up to each networking implementation. *
This method requires the caller to hold the permission
* {@link android.Manifest.permission#CHANGE_NETWORK_STATE}.
* @param networkType specifies which network the request pertains to
* @param feature the name of the feature that is no longer needed
* @return an integer value representing the outcome of the request.
* The interpretation of this value is specific to each networking
* implementation+feature combination, except that the value {@code -1}
* always indicates failure.
*
* @deprecated Deprecated in favor of the cleaner {@link #requestNetwork} api.
*/
public int stopUsingNetworkFeature(int networkType, String feature) {
NetworkCapabilities netCap = networkCapabilitiesForFeature(networkType, feature);
if (netCap == null) {
Log.d(TAG, "Can't satisfy stopUsingNetworkFeature for " + networkType + ", " +
feature);
return -1;
}
if (removeRequestForFeature(netCap)) {
Log.d(TAG, "stopUsingNetworkFeature for " + networkType + ", " + feature);
}
return 1;
}
/**
* Removes the NET_CAPABILITY_NOT_RESTRICTED capability from the given
* NetworkCapabilities object if all the capabilities it provides are
* typically provided by restricted networks.
*
* TODO: consider:
* - Moving to NetworkCapabilities
* - Renaming it to guessRestrictedCapability and make it set the
* restricted capability bit in addition to clearing it.
* @hide
*/
public static void maybeMarkCapabilitiesRestricted(NetworkCapabilities nc) {
for (int capability : nc.getCapabilities()) {
switch (capability) {
case NetworkCapabilities.NET_CAPABILITY_CBS:
case NetworkCapabilities.NET_CAPABILITY_DUN:
case NetworkCapabilities.NET_CAPABILITY_EIMS:
case NetworkCapabilities.NET_CAPABILITY_FOTA:
case NetworkCapabilities.NET_CAPABILITY_IA:
case NetworkCapabilities.NET_CAPABILITY_IMS:
case NetworkCapabilities.NET_CAPABILITY_RCS:
case NetworkCapabilities.NET_CAPABILITY_XCAP:
case NetworkCapabilities.NET_CAPABILITY_NOT_RESTRICTED: //there by default
continue;
default:
// At least one capability usually provided by unrestricted
// networks. Conclude that this network is unrestricted.
return;
}
}
// All the capabilities are typically provided by restricted networks.
// Conclude that this network is restricted.
nc.removeCapability(NetworkCapabilities.NET_CAPABILITY_NOT_RESTRICTED);
}
private NetworkCapabilities networkCapabilitiesForFeature(int networkType, String feature) {
if (networkType == TYPE_MOBILE) {
int cap = -1;
if ("enableMMS".equals(feature)) {
cap = NetworkCapabilities.NET_CAPABILITY_MMS;
} else if ("enableSUPL".equals(feature)) {
cap = NetworkCapabilities.NET_CAPABILITY_SUPL;
} else if ("enableDUN".equals(feature) || "enableDUNAlways".equals(feature)) {
cap = NetworkCapabilities.NET_CAPABILITY_DUN;
} else if ("enableHIPRI".equals(feature)) {
cap = NetworkCapabilities.NET_CAPABILITY_INTERNET;
} else if ("enableFOTA".equals(feature)) {
cap = NetworkCapabilities.NET_CAPABILITY_FOTA;
} else if ("enableIMS".equals(feature)) {
cap = NetworkCapabilities.NET_CAPABILITY_IMS;
} else if ("enableCBS".equals(feature)) {
cap = NetworkCapabilities.NET_CAPABILITY_CBS;
} else {
return null;
}
NetworkCapabilities netCap = new NetworkCapabilities();
netCap.addTransportType(NetworkCapabilities.TRANSPORT_CELLULAR).addCapability(cap);
maybeMarkCapabilitiesRestricted(netCap);
return netCap;
} else if (networkType == TYPE_WIFI) {
if ("p2p".equals(feature)) {
NetworkCapabilities netCap = new NetworkCapabilities();
netCap.addTransportType(NetworkCapabilities.TRANSPORT_WIFI);
netCap.addCapability(NetworkCapabilities.NET_CAPABILITY_WIFI_P2P);
maybeMarkCapabilitiesRestricted(netCap);
return netCap;
}
}
return null;
}
/**
* Guess what the network request was trying to say so that the resulting
* network is accessible via the legacy (deprecated) API such as
* requestRouteToHost.
* This means we should try to be fairly preceise about transport and
* capability but ignore things such as networkSpecifier.
* If the request has more than one transport or capability it doesn't
* match the old legacy requests (they selected only single transport/capability)
* so this function cannot map the request to a single legacy type and
* the resulting network will not be available to the legacy APIs.
*
* TODO - This should be removed when the legacy APIs are removed.
*/
private int inferLegacyTypeForNetworkCapabilities(NetworkCapabilities netCap) {
if (netCap == null) {
return TYPE_NONE;
}
if (!netCap.hasTransport(NetworkCapabilities.TRANSPORT_CELLULAR)) {
return TYPE_NONE;
}
String type = null;
int result = TYPE_NONE;
if (netCap.hasCapability(NetworkCapabilities.NET_CAPABILITY_CBS)) {
type = "enableCBS";
result = TYPE_MOBILE_CBS;
} else if (netCap.hasCapability(NetworkCapabilities.NET_CAPABILITY_IMS)) {
type = "enableIMS";
result = TYPE_MOBILE_IMS;
} else if (netCap.hasCapability(NetworkCapabilities.NET_CAPABILITY_FOTA)) {
type = "enableFOTA";
result = TYPE_MOBILE_FOTA;
} else if (netCap.hasCapability(NetworkCapabilities.NET_CAPABILITY_DUN)) {
type = "enableDUN";
result = TYPE_MOBILE_DUN;
} else if (netCap.hasCapability(NetworkCapabilities.NET_CAPABILITY_SUPL)) {
type = "enableSUPL";
result = TYPE_MOBILE_SUPL;
} else if (netCap.hasCapability(NetworkCapabilities.NET_CAPABILITY_MMS)) {
type = "enableMMS";
result = TYPE_MOBILE_MMS;
} else if (netCap.hasCapability(NetworkCapabilities.NET_CAPABILITY_INTERNET)) {
type = "enableHIPRI";
result = TYPE_MOBILE_HIPRI;
}
if (type != null) {
NetworkCapabilities testCap = networkCapabilitiesForFeature(TYPE_MOBILE, type);
if (testCap.equalsNetCapabilities(netCap) && testCap.equalsTransportTypes(netCap)) {
return result;
}
}
return TYPE_NONE;
}
private int legacyTypeForNetworkCapabilities(NetworkCapabilities netCap) {
if (netCap == null) return TYPE_NONE;
if (netCap.hasCapability(NetworkCapabilities.NET_CAPABILITY_CBS)) {
return TYPE_MOBILE_CBS;
}
if (netCap.hasCapability(NetworkCapabilities.NET_CAPABILITY_IMS)) {
return TYPE_MOBILE_IMS;
}
if (netCap.hasCapability(NetworkCapabilities.NET_CAPABILITY_FOTA)) {
return TYPE_MOBILE_FOTA;
}
if (netCap.hasCapability(NetworkCapabilities.NET_CAPABILITY_DUN)) {
return TYPE_MOBILE_DUN;
}
if (netCap.hasCapability(NetworkCapabilities.NET_CAPABILITY_SUPL)) {
return TYPE_MOBILE_SUPL;
}
if (netCap.hasCapability(NetworkCapabilities.NET_CAPABILITY_MMS)) {
return TYPE_MOBILE_MMS;
}
if (netCap.hasCapability(NetworkCapabilities.NET_CAPABILITY_INTERNET)) {
return TYPE_MOBILE_HIPRI;
}
if (netCap.hasCapability(NetworkCapabilities.NET_CAPABILITY_WIFI_P2P)) {
return TYPE_WIFI_P2P;
}
return TYPE_NONE;
}
private static class LegacyRequest {
NetworkCapabilities networkCapabilities;
NetworkRequest networkRequest;
int expireSequenceNumber;
Network currentNetwork;
int delay = -1;
private void clearDnsBinding() {
if (currentNetwork != null) {
currentNetwork = null;
setProcessDefaultNetworkForHostResolution(null);
}
}
NetworkCallback networkCallback = new NetworkCallback() {
@Override
public void onAvailable(Network network) {
currentNetwork = network;
Log.d(TAG, "startUsingNetworkFeature got Network:" + network);
setProcessDefaultNetworkForHostResolution(network);
}
@Override
public void onLost(Network network) {
if (network.equals(currentNetwork)) clearDnsBinding();
Log.d(TAG, "startUsingNetworkFeature lost Network:" + network);
}
};
}
private static HashMap This method requires the caller to hold the permission
* {@link android.Manifest.permission#CHANGE_NETWORK_STATE}.
* @param networkType the type of the network over which traffic to the specified
* host is to be routed
* @param hostAddress the IP address of the host to which the route is desired
* @return {@code true} on success, {@code false} on failure
*
* @deprecated Deprecated in favor of the {@link #requestNetwork},
* {@link #setProcessDefaultNetwork} and {@link Network#getSocketFactory} api.
*/
public boolean requestRouteToHost(int networkType, int hostAddress) {
return requestRouteToHostAddress(networkType, NetworkUtils.intToInetAddress(hostAddress));
}
/**
* Ensure that a network route exists to deliver traffic to the specified
* host via the specified network interface. An attempt to add a route that
* already exists is ignored, but treated as successful.
* This method requires the caller to hold the permission
* {@link android.Manifest.permission#CHANGE_NETWORK_STATE}.
* @param networkType the type of the network over which traffic to the specified
* host is to be routed
* @param hostAddress the IP address of the host to which the route is desired
* @return {@code true} on success, {@code false} on failure
* @hide
* @deprecated Deprecated in favor of the {@link #requestNetwork} and
* {@link #setProcessDefaultNetwork} api.
*/
public boolean requestRouteToHostAddress(int networkType, InetAddress hostAddress) {
try {
return mService.requestRouteToHostAddress(networkType, hostAddress.getAddress());
} catch (RemoteException e) {
return false;
}
}
/**
* Returns the value of the setting for background data usage. If false,
* applications should not use the network if the application is not in the
* foreground. Developers should respect this setting, and check the value
* of this before performing any background data operations.
*
* All applications that have background services that use the network
* should listen to {@link #ACTION_BACKGROUND_DATA_SETTING_CHANGED}.
*
* @deprecated As of {@link VERSION_CODES#ICE_CREAM_SANDWICH}, availability of
* background data depends on several combined factors, and this method will
* always return {@code true}. Instead, when background data is unavailable,
* {@link #getActiveNetworkInfo()} will now appear disconnected.
*
* @return Whether background data usage is allowed.
*/
@Deprecated
public boolean getBackgroundDataSetting() {
// assume that background data is allowed; final authority is
// NetworkInfo which may be blocked.
return true;
}
/**
* Sets the value of the setting for background data usage.
*
* @param allowBackgroundData Whether an application should use data while
* it is in the background.
*
* @attr ref android.Manifest.permission#CHANGE_BACKGROUND_DATA_SETTING
* @see #getBackgroundDataSetting()
* @hide
*/
@Deprecated
public void setBackgroundDataSetting(boolean allowBackgroundData) {
// ignored
}
/**
* Return quota status for the current active network, or {@code null} if no
* network is active. Quota status can change rapidly, so these values
* shouldn't be cached.
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#ACCESS_NETWORK_STATE}.
*
* @hide
*/
public NetworkQuotaInfo getActiveNetworkQuotaInfo() {
try {
return mService.getActiveNetworkQuotaInfo();
} catch (RemoteException e) {
return null;
}
}
/**
* @hide
* @deprecated Talk to TelephonyManager directly
*/
public boolean getMobileDataEnabled() {
IBinder b = ServiceManager.getService(Context.TELEPHONY_SERVICE);
if (b != null) {
try {
ITelephony it = ITelephony.Stub.asInterface(b);
int subId = SubscriptionManager.getDefaultDataSubId();
Log.d("ConnectivityManager", "getMobileDataEnabled()+ subId=" + subId);
boolean retVal = it.getDataEnabled(subId);
Log.d("ConnectivityManager", "getMobileDataEnabled()- subId=" + subId
+ " retVal=" + retVal);
return retVal;
} catch (RemoteException e) { }
}
Log.d("ConnectivityManager", "getMobileDataEnabled()- remote exception retVal=false");
return false;
}
/**
* Callback for use with {@link ConnectivityManager#addDefaultNetworkActiveListener}
* to find out when the system default network has gone in to a high power state.
*/
public interface OnNetworkActiveListener {
/**
* Called on the main thread of the process to report that the current data network
* has become active, and it is now a good time to perform any pending network
* operations. Note that this listener only tells you when the network becomes
* active; if at any other time you want to know whether it is active (and thus okay
* to initiate network traffic), you can retrieve its instantaneous state with
* {@link ConnectivityManager#isDefaultNetworkActive}.
*/
public void onNetworkActive();
}
private INetworkManagementService getNetworkManagementService() {
synchronized (this) {
if (mNMService != null) {
return mNMService;
}
IBinder b = ServiceManager.getService(Context.NETWORKMANAGEMENT_SERVICE);
mNMService = INetworkManagementService.Stub.asInterface(b);
return mNMService;
}
}
private final ArrayMap
* If the process default network has been set with
* {@link ConnectivityManager#setProcessDefaultNetwork} this function will not
* reflect the process's default, but the system default.
*
* @param l The listener to be told when the network is active.
*/
public void addDefaultNetworkActiveListener(final OnNetworkActiveListener l) {
INetworkActivityListener rl = new INetworkActivityListener.Stub() {
@Override
public void onNetworkActive() throws RemoteException {
l.onNetworkActive();
}
};
try {
getNetworkManagementService().registerNetworkActivityListener(rl);
mNetworkActivityListeners.put(l, rl);
} catch (RemoteException e) {
}
}
/**
* Remove network active listener previously registered with
* {@link #addDefaultNetworkActiveListener}.
*
* @param l Previously registered listener.
*/
public void removeDefaultNetworkActiveListener(OnNetworkActiveListener l) {
INetworkActivityListener rl = mNetworkActivityListeners.get(l);
if (rl == null) {
throw new IllegalArgumentException("Listener not registered: " + l);
}
try {
getNetworkManagementService().unregisterNetworkActivityListener(rl);
} catch (RemoteException e) {
}
}
/**
* Return whether the data network is currently active. An active network means that
* it is currently in a high power state for performing data transmission. On some
* types of networks, it may be expensive to move and stay in such a state, so it is
* more power efficient to batch network traffic together when the radio is already in
* this state. This method tells you whether right now is currently a good time to
* initiate network traffic, as the network is already active.
*/
public boolean isDefaultNetworkActive() {
try {
return getNetworkManagementService().isNetworkActive();
} catch (RemoteException e) {
}
return false;
}
/**
* {@hide}
*/
public ConnectivityManager(IConnectivityManager service) {
mService = checkNotNull(service, "missing IConnectivityManager");
sInstance = this;
}
/** {@hide} */
public static ConnectivityManager from(Context context) {
return (ConnectivityManager) context.getSystemService(Context.CONNECTIVITY_SERVICE);
}
/** {@hide */
public static final void enforceTetherChangePermission(Context context) {
if (context.getResources().getStringArray(
com.android.internal.R.array.config_mobile_hotspot_provision_app).length == 2) {
// Have a provisioning app - must only let system apps (which check this app)
// turn on tethering
context.enforceCallingOrSelfPermission(
android.Manifest.permission.CONNECTIVITY_INTERNAL, "ConnectivityService");
} else {
context.enforceCallingOrSelfPermission(
android.Manifest.permission.CHANGE_NETWORK_STATE, "ConnectivityService");
}
}
/**
* @deprecated - use getSystemService. This is a kludge to support static access in certain
* situations where a Context pointer is unavailable.
* @hide
*/
public static ConnectivityManager getInstance() {
if (sInstance == null) {
throw new IllegalStateException("No ConnectivityManager yet constructed");
}
return sInstance;
}
/**
* Get the set of tetherable, available interfaces. This list is limited by
* device configuration and current interface existence.
*
* @return an array of 0 or more Strings of tetherable interface names.
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#ACCESS_NETWORK_STATE}.
* {@hide}
*/
public String[] getTetherableIfaces() {
try {
return mService.getTetherableIfaces();
} catch (RemoteException e) {
return new String[0];
}
}
/**
* Get the set of tethered interfaces.
*
* @return an array of 0 or more String of currently tethered interface names.
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#ACCESS_NETWORK_STATE}.
* {@hide}
*/
public String[] getTetheredIfaces() {
try {
return mService.getTetheredIfaces();
} catch (RemoteException e) {
return new String[0];
}
}
/**
* Get the set of interface names which attempted to tether but
* failed. Re-attempting to tether may cause them to reset to the Tethered
* state. Alternatively, causing the interface to be destroyed and recreated
* may cause them to reset to the available state.
* {@link ConnectivityManager#getLastTetherError} can be used to get more
* information on the cause of the errors.
*
* @return an array of 0 or more String indicating the interface names
* which failed to tether.
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#ACCESS_NETWORK_STATE}.
* {@hide}
*/
public String[] getTetheringErroredIfaces() {
try {
return mService.getTetheringErroredIfaces();
} catch (RemoteException e) {
return new String[0];
}
}
/**
* Get the set of tethered dhcp ranges.
*
* @return an array of 0 or more {@code String} of tethered dhcp ranges.
* {@hide}
*/
public String[] getTetheredDhcpRanges() {
try {
return mService.getTetheredDhcpRanges();
} catch (RemoteException e) {
return new String[0];
}
}
/**
* Attempt to tether the named interface. This will setup a dhcp server
* on the interface, forward and NAT IP packets and forward DNS requests
* to the best active upstream network interface. Note that if no upstream
* IP network interface is available, dhcp will still run and traffic will be
* allowed between the tethered devices and this device, though upstream net
* access will of course fail until an upstream network interface becomes
* active.
*
* @param iface the interface name to tether.
* @return error a {@code TETHER_ERROR} value indicating success or failure type
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#CHANGE_NETWORK_STATE}.
* {@hide}
*/
public int tether(String iface) {
try {
return mService.tether(iface);
} catch (RemoteException e) {
return TETHER_ERROR_SERVICE_UNAVAIL;
}
}
/**
* Stop tethering the named interface.
*
* @param iface the interface name to untether.
* @return error a {@code TETHER_ERROR} value indicating success or failure type
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#CHANGE_NETWORK_STATE}.
* {@hide}
*/
public int untether(String iface) {
try {
return mService.untether(iface);
} catch (RemoteException e) {
return TETHER_ERROR_SERVICE_UNAVAIL;
}
}
/**
* Check if the device allows for tethering. It may be disabled via
* {@code ro.tether.denied} system property, Settings.TETHER_SUPPORTED or
* due to device configuration.
*
* @return a boolean - {@code true} indicating Tethering is supported.
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#ACCESS_NETWORK_STATE}.
* {@hide}
*/
public boolean isTetheringSupported() {
try {
return mService.isTetheringSupported();
} catch (RemoteException e) {
return false;
}
}
/**
* Get the list of regular expressions that define any tetherable
* USB network interfaces. If USB tethering is not supported by the
* device, this list should be empty.
*
* @return an array of 0 or more regular expression Strings defining
* what interfaces are considered tetherable usb interfaces.
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#ACCESS_NETWORK_STATE}.
* {@hide}
*/
public String[] getTetherableUsbRegexs() {
try {
return mService.getTetherableUsbRegexs();
} catch (RemoteException e) {
return new String[0];
}
}
/**
* Get the list of regular expressions that define any tetherable
* Wifi network interfaces. If Wifi tethering is not supported by the
* device, this list should be empty.
*
* @return an array of 0 or more regular expression Strings defining
* what interfaces are considered tetherable wifi interfaces.
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#ACCESS_NETWORK_STATE}.
* {@hide}
*/
public String[] getTetherableWifiRegexs() {
try {
return mService.getTetherableWifiRegexs();
} catch (RemoteException e) {
return new String[0];
}
}
/**
* Get the list of regular expressions that define any tetherable
* Bluetooth network interfaces. If Bluetooth tethering is not supported by the
* device, this list should be empty.
*
* @return an array of 0 or more regular expression Strings defining
* what interfaces are considered tetherable bluetooth interfaces.
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#ACCESS_NETWORK_STATE}.
* {@hide}
*/
public String[] getTetherableBluetoothRegexs() {
try {
return mService.getTetherableBluetoothRegexs();
} catch (RemoteException e) {
return new String[0];
}
}
/**
* Attempt to both alter the mode of USB and Tethering of USB. A
* utility method to deal with some of the complexity of USB - will
* attempt to switch to Rndis and subsequently tether the resulting
* interface on {@code true} or turn off tethering and switch off
* Rndis on {@code false}.
*
* @param enable a boolean - {@code true} to enable tethering
* @return error a {@code TETHER_ERROR} value indicating success or failure type
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#CHANGE_NETWORK_STATE}.
* {@hide}
*/
public int setUsbTethering(boolean enable) {
try {
return mService.setUsbTethering(enable);
} catch (RemoteException e) {
return TETHER_ERROR_SERVICE_UNAVAIL;
}
}
/** {@hide} */
public static final int TETHER_ERROR_NO_ERROR = 0;
/** {@hide} */
public static final int TETHER_ERROR_UNKNOWN_IFACE = 1;
/** {@hide} */
public static final int TETHER_ERROR_SERVICE_UNAVAIL = 2;
/** {@hide} */
public static final int TETHER_ERROR_UNSUPPORTED = 3;
/** {@hide} */
public static final int TETHER_ERROR_UNAVAIL_IFACE = 4;
/** {@hide} */
public static final int TETHER_ERROR_MASTER_ERROR = 5;
/** {@hide} */
public static final int TETHER_ERROR_TETHER_IFACE_ERROR = 6;
/** {@hide} */
public static final int TETHER_ERROR_UNTETHER_IFACE_ERROR = 7;
/** {@hide} */
public static final int TETHER_ERROR_ENABLE_NAT_ERROR = 8;
/** {@hide} */
public static final int TETHER_ERROR_DISABLE_NAT_ERROR = 9;
/** {@hide} */
public static final int TETHER_ERROR_IFACE_CFG_ERROR = 10;
/**
* Get a more detailed error code after a Tethering or Untethering
* request asynchronously failed.
*
* @param iface The name of the interface of interest
* @return error The error code of the last error tethering or untethering the named
* interface
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#ACCESS_NETWORK_STATE}.
* {@hide}
*/
public int getLastTetherError(String iface) {
try {
return mService.getLastTetherError(iface);
} catch (RemoteException e) {
return TETHER_ERROR_SERVICE_UNAVAIL;
}
}
/**
* Report network connectivity status. This is currently used only
* to alter status bar UI.
*
* @param networkType The type of network you want to report on
* @param percentage The quality of the connection 0 is bad, 100 is good
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#STATUS_BAR}.
* {@hide}
*/
public void reportInetCondition(int networkType, int percentage) {
try {
mService.reportInetCondition(networkType, percentage);
} catch (RemoteException e) {
}
}
/**
* Report a problem network to the framework. This provides a hint to the system
* that there might be connectivity problems on this network and may cause
* the framework to re-evaluate network connectivity and/or switch to another
* network.
*
* @param network The {@link Network} the application was attempting to use
* or {@code null} to indicate the current default network.
*/
public void reportBadNetwork(Network network) {
try {
mService.reportBadNetwork(network);
} catch (RemoteException e) {
}
}
/**
* Set a network-independent global http proxy. This is not normally what you want
* for typical HTTP proxies - they are general network dependent. However if you're
* doing something unusual like general internal filtering this may be useful. On
* a private network where the proxy is not accessible, you may break HTTP using this.
*
* @param p The a {@link ProxyInfo} object defining the new global
* HTTP proxy. A {@code null} value will clear the global HTTP proxy.
*
* This method requires the call to hold the permission
* android.Manifest.permission#CONNECTIVITY_INTERNAL.
* @hide
*/
public void setGlobalProxy(ProxyInfo p) {
try {
mService.setGlobalProxy(p);
} catch (RemoteException e) {
}
}
/**
* Retrieve any network-independent global HTTP proxy.
*
* @return {@link ProxyInfo} for the current global HTTP proxy or {@code null}
* if no global HTTP proxy is set.
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#ACCESS_NETWORK_STATE}.
* @hide
*/
public ProxyInfo getGlobalProxy() {
try {
return mService.getGlobalProxy();
} catch (RemoteException e) {
return null;
}
}
/**
* Get the current default HTTP proxy settings. If a global proxy is set it will be returned,
* otherwise if this process is bound to a {@link Network} using
* {@link #setProcessDefaultNetwork} then that {@code Network}'s proxy is returned, otherwise
* the default network's proxy is returned.
*
* @return the {@link ProxyInfo} for the current HTTP proxy, or {@code null} if no
* HTTP proxy is active.
* @hide
*/
public ProxyInfo getDefaultProxy() {
final Network network = getProcessDefaultNetwork();
if (network != null) {
final ProxyInfo globalProxy = getGlobalProxy();
if (globalProxy != null) return globalProxy;
final LinkProperties lp = getLinkProperties(network);
if (lp != null) return lp.getHttpProxy();
return null;
}
try {
return mService.getDefaultProxy();
} catch (RemoteException e) {
return null;
}
}
/**
* Sets a secondary requirement bit for the given networkType.
* This requirement bit is generally under the control of the carrier
* or its agents and is not directly controlled by the user.
*
* @param networkType The network who's dependence has changed
* @param met Boolean - true if network use is OK, false if not
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#CONNECTIVITY_INTERNAL}.
* {@hide}
*/
public void setDataDependency(int networkType, boolean met) {
try {
mService.setDataDependency(networkType, met);
} catch (RemoteException e) {
}
}
/**
* Returns true if the hardware supports the given network type
* else it returns false. This doesn't indicate we have coverage
* or are authorized onto a network, just whether or not the
* hardware supports it. For example a GSM phone without a SIM
* should still return {@code true} for mobile data, but a wifi only
* tablet would return {@code false}.
*
* @param networkType The network type we'd like to check
* @return {@code true} if supported, else {@code false}
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#ACCESS_NETWORK_STATE}.
* @hide
*/
public boolean isNetworkSupported(int networkType) {
try {
return mService.isNetworkSupported(networkType);
} catch (RemoteException e) {}
return false;
}
/**
* Returns if the currently active data network is metered. A network is
* classified as metered when the user is sensitive to heavy data usage on
* that connection due to monetary costs, data limitations or
* battery/performance issues. You should check this before doing large
* data transfers, and warn the user or delay the operation until another
* network is available.
*
* @return {@code true} if large transfers should be avoided, otherwise
* {@code false}.
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#ACCESS_NETWORK_STATE}.
*/
public boolean isActiveNetworkMetered() {
try {
return mService.isActiveNetworkMetered();
} catch (RemoteException e) {
return false;
}
}
/**
* If the LockdownVpn mechanism is enabled, updates the vpn
* with a reload of its profile.
*
* @return a boolean with {@code} indicating success
*
* This method can only be called by the system UID
* {@hide}
*/
public boolean updateLockdownVpn() {
try {
return mService.updateLockdownVpn();
} catch (RemoteException e) {
return false;
}
}
/**
* Signal that the captive portal check on the indicated network
* is complete and whether its a captive portal or not.
*
* @param info the {@link NetworkInfo} object for the networkType
* in question.
* @param isCaptivePortal true/false.
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#CONNECTIVITY_INTERNAL}.
* {@hide}
*/
public void captivePortalCheckCompleted(NetworkInfo info, boolean isCaptivePortal) {
try {
mService.captivePortalCheckCompleted(info, isCaptivePortal);
} catch (RemoteException e) {
}
}
/**
* Supply the backend messenger for a network tracker
*
* @param networkType NetworkType to set
* @param messenger {@link Messenger}
* {@hide}
*/
public void supplyMessenger(int networkType, Messenger messenger) {
try {
mService.supplyMessenger(networkType, messenger);
} catch (RemoteException e) {
}
}
/**
* Check mobile provisioning.
*
* @param suggestedTimeOutMs, timeout in milliseconds
*
* @return time out that will be used, maybe less that suggestedTimeOutMs
* -1 if an error.
*
* {@hide}
*/
public int checkMobileProvisioning(int suggestedTimeOutMs) {
int timeOutMs = -1;
try {
timeOutMs = mService.checkMobileProvisioning(suggestedTimeOutMs);
} catch (RemoteException e) {
}
return timeOutMs;
}
/**
* Get the mobile provisioning url.
* {@hide}
*/
public String getMobileProvisioningUrl() {
try {
return mService.getMobileProvisioningUrl();
} catch (RemoteException e) {
}
return null;
}
/**
* Get the mobile redirected provisioning url.
* {@hide}
*/
public String getMobileRedirectedProvisioningUrl() {
try {
return mService.getMobileRedirectedProvisioningUrl();
} catch (RemoteException e) {
}
return null;
}
/**
* Set sign in error notification to visible or in visible
*
* @param visible
* @param networkType
*
* {@hide}
*/
public void setProvisioningNotificationVisible(boolean visible, int networkType,
String action) {
try {
mService.setProvisioningNotificationVisible(visible, networkType, action);
} catch (RemoteException e) {
}
}
/**
* Set the value for enabling/disabling airplane mode
*
* @param enable whether to enable airplane mode or not
*
* This method requires the call to hold the permission
* {@link android.Manifest.permission#CONNECTIVITY_INTERNAL}.
* @hide
*/
public void setAirplaneMode(boolean enable) {
try {
mService.setAirplaneMode(enable);
} catch (RemoteException e) {
}
}
/** {@hide} */
public void registerNetworkFactory(Messenger messenger, String name) {
try {
mService.registerNetworkFactory(messenger, name);
} catch (RemoteException e) { }
}
/** {@hide} */
public void unregisterNetworkFactory(Messenger messenger) {
try {
mService.unregisterNetworkFactory(messenger);
} catch (RemoteException e) { }
}
/** {@hide} */
public void registerNetworkAgent(Messenger messenger, NetworkInfo ni, LinkProperties lp,
NetworkCapabilities nc, int score, NetworkMisc misc) {
try {
mService.registerNetworkAgent(messenger, ni, lp, nc, score, misc);
} catch (RemoteException e) { }
}
/**
* Base class for NetworkRequest callbacks. Used for notifications about network
* changes. Should be extended by applications wanting notifications.
*/
public static class NetworkCallback {
/** @hide */
public static final int PRECHECK = 1;
/** @hide */
public static final int AVAILABLE = 2;
/** @hide */
public static final int LOSING = 3;
/** @hide */
public static final int LOST = 4;
/** @hide */
public static final int UNAVAIL = 5;
/** @hide */
public static final int CAP_CHANGED = 6;
/** @hide */
public static final int PROP_CHANGED = 7;
/** @hide */
public static final int CANCELED = 8;
/**
* @hide
* Called whenever the framework connects to a network that it may use to
* satisfy this request
*/
public void onPreCheck(Network network) {}
/**
* Called when the framework connects and has declared new network ready for use.
* This callback may be called more than once if the {@link Network} that is
* satisfying the request changes.
*
* @param network The {@link Network} of the satisfying network.
*/
public void onAvailable(Network network) {}
/**
* Called when the network is about to be disconnected. Often paired with an
* {@link NetworkCallback#onAvailable} call with the new replacement network
* for graceful handover. This may not be called if we have a hard loss
* (loss without warning). This may be followed by either a
* {@link NetworkCallback#onLost} call or a
* {@link NetworkCallback#onAvailable} call for this network depending
* on whether we lose or regain it.
*
* @param network The {@link Network} that is about to be disconnected.
* @param maxMsToLive The time in ms the framework will attempt to keep the
* network connected. Note that the network may suffer a
* hard loss at any time.
*/
public void onLosing(Network network, int maxMsToLive) {}
/**
* Called when the framework has a hard loss of the network or when the
* graceful failure ends.
*
* @param network The {@link Network} lost.
*/
public void onLost(Network network) {}
/**
* Called if no network is found in the given timeout time. If no timeout is given,
* this will not be called.
* @hide
*/
public void onUnavailable() {}
/**
* Called when the network the framework connected to for this request
* changes capabilities but still satisfies the stated need.
*
* @param network The {@link Network} whose capabilities have changed.
* @param networkCapabilities The new {@link NetworkCapabilities} for this network.
*/
public void onCapabilitiesChanged(Network network,
NetworkCapabilities networkCapabilities) {}
/**
* Called when the network the framework connected to for this request
* changes {@link LinkProperties}.
*
* @param network The {@link Network} whose link properties have changed.
* @param linkProperties The new {@link LinkProperties} for this network.
*/
public void onLinkPropertiesChanged(Network network, LinkProperties linkProperties) {}
private NetworkRequest networkRequest;
}
private static final int BASE = Protocol.BASE_CONNECTIVITY_MANAGER;
/** @hide obj = pair(NetworkRequest, Network) */
public static final int CALLBACK_PRECHECK = BASE + 1;
/** @hide obj = pair(NetworkRequest, Network) */
public static final int CALLBACK_AVAILABLE = BASE + 2;
/** @hide obj = pair(NetworkRequest, Network), arg1 = ttl */
public static final int CALLBACK_LOSING = BASE + 3;
/** @hide obj = pair(NetworkRequest, Network) */
public static final int CALLBACK_LOST = BASE + 4;
/** @hide obj = NetworkRequest */
public static final int CALLBACK_UNAVAIL = BASE + 5;
/** @hide obj = pair(NetworkRequest, Network) */
public static final int CALLBACK_CAP_CHANGED = BASE + 6;
/** @hide obj = pair(NetworkRequest, Network) */
public static final int CALLBACK_IP_CHANGED = BASE + 7;
/** @hide obj = NetworkRequest */
public static final int CALLBACK_RELEASED = BASE + 8;
/** @hide */
public static final int CALLBACK_EXIT = BASE + 9;
/** @hide obj = NetworkCapabilities, arg1 = seq number */
private static final int EXPIRE_LEGACY_REQUEST = BASE + 10;
private class CallbackHandler extends Handler {
private final HashMap
* Note that if you intend to invoke (@link #setProcessDefaultNetwork(Network)) or
* {@link Network#openConnection(java.net.URL)} then you must get a
* ConnectivityManager instance before doing so.
*/
public static final String EXTRA_NETWORK = "android.net.extra.NETWORK";
/**
* The lookup key for a {@link NetworkRequest} object included with the intent after
* successfully finding a network for the applications request. Retrieve it with
* {@link android.content.Intent#getParcelableExtra(String)}.
*/
public static final String EXTRA_NETWORK_REQUEST = "android.net.extra.NETWORK_REQUEST";
/**
* Request a network to satisfy a set of {@link NetworkCapabilities}.
*
* This function behaves identically to the version that takes a NetworkCallback, but instead
* of {@link NetworkCallback} a {@link PendingIntent} is used. This means
* the request may outlive the calling application and get called back when a suitable
* network is found.
*
* The operation is an Intent broadcast that goes to a broadcast receiver that
* you registered with {@link Context#registerReceiver} or through the
* <receiver> tag in an AndroidManifest.xml file
*
* The operation Intent is delivered with two extras, a {@link Network} typed
* extra called {@link #EXTRA_NETWORK} and a {@link NetworkRequest}
* typed extra called {@link #EXTRA_NETWORK_REQUEST} containing
* the original requests parameters. It is important to create a new,
* {@link NetworkCallback} based request before completing the processing of the
* Intent to reserve the network or it will be released shortly after the Intent
* is processed.
*
* If there is already an request for this Intent registered (with the equality of
* two Intents defined by {@link Intent#filterEquals}), then it will be removed and
* replaced by this one, effectively releasing the previous {@link NetworkRequest}.
*
* The request may be released normally by calling
* {@link #releaseNetworkRequest(android.app.PendingIntent)}.
*
* @param request {@link NetworkRequest} describing this request.
* @param operation Action to perform when the network is available (corresponds
* to the {@link NetworkCallback#onAvailable} call. Typically
* comes from {@link PendingIntent#getBroadcast}. Cannot be null.
*/
public void requestNetwork(NetworkRequest request, PendingIntent operation) {
checkPendingIntent(operation);
try {
mService.pendingRequestForNetwork(request.networkCapabilities, operation);
} catch (RemoteException e) {}
}
/**
* Removes a request made via {@link #requestNetwork(NetworkRequest, android.app.PendingIntent)}
*
* This method has the same behavior as {@link #unregisterNetworkCallback} with respect to
* releasing network resources and disconnecting.
*
* @param operation A PendingIntent equal (as defined by {@link Intent#filterEquals}) to the
* PendingIntent passed to
* {@link #requestNetwork(NetworkRequest, android.app.PendingIntent)} with the
* corresponding NetworkRequest you'd like to remove. Cannot be null.
*/
public void releaseNetworkRequest(PendingIntent operation) {
checkPendingIntent(operation);
try {
mService.releasePendingNetworkRequest(operation);
} catch (RemoteException e) {}
}
private void checkPendingIntent(PendingIntent intent) {
if (intent == null) {
throw new IllegalArgumentException("PendingIntent cannot be null.");
}
}
/**
* Registers to receive notifications about all networks which satisfy the given
* {@link NetworkRequest}. The callbacks will continue to be called until
* either the application exits or {@link #unregisterNetworkCallback} is called
*
* @param request {@link NetworkRequest} describing this request.
* @param networkCallback The {@link NetworkCallback} that the system will call as suitable
* networks change state.
*/
public void registerNetworkCallback(NetworkRequest request, NetworkCallback networkCallback) {
sendRequestForNetwork(request.networkCapabilities, networkCallback, 0, LISTEN, TYPE_NONE);
}
/**
* Unregisters callbacks about and possibly releases networks originating from
* {@link #requestNetwork} and {@link #registerNetworkCallback} calls. If the
* given {@code NetworkCallback} had previously been used with {@code #requestNetwork},
* any networks that had been connected to only to satisfy that request will be
* disconnected.
*
* @param networkCallback The {@link NetworkCallback} used when making the request.
*/
public void unregisterNetworkCallback(NetworkCallback networkCallback) {
if (networkCallback == null || networkCallback.networkRequest == null ||
networkCallback.networkRequest.requestId == REQUEST_ID_UNSET) {
throw new IllegalArgumentException("Invalid NetworkCallback");
}
try {
mService.releaseNetworkRequest(networkCallback.networkRequest);
} catch (RemoteException e) {}
}
/**
* Binds the current process to {@code network}. All Sockets created in the future
* (and not explicitly bound via a bound SocketFactory from
* {@link Network#getSocketFactory() Network.getSocketFactory()}) will be bound to
* {@code network}. All host name resolutions will be limited to {@code network} as well.
* Note that if {@code network} ever disconnects, all Sockets created in this way will cease to
* work and all host name resolutions will fail. This is by design so an application doesn't
* accidentally use Sockets it thinks are still bound to a particular {@link Network}.
* To clear binding pass {@code null} for {@code network}. Using individually bound
* Sockets created by Network.getSocketFactory().createSocket() and
* performing network-specific host name resolutions via
* {@link Network#getAllByName Network.getAllByName} is preferred to calling
* {@code setProcessDefaultNetwork}.
*
* @param network The {@link Network} to bind the current process to, or {@code null} to clear
* the current binding.
* @return {@code true} on success, {@code false} if the {@link Network} is no longer valid.
*/
public static boolean setProcessDefaultNetwork(Network network) {
int netId = (network == null) ? NETID_UNSET : network.netId;
if (netId == NetworkUtils.getNetworkBoundToProcess()) {
return true;
}
if (NetworkUtils.bindProcessToNetwork(netId)) {
// Set HTTP proxy system properties to match network.
// TODO: Deprecate this static method and replace it with a non-static version.
Proxy.setHttpProxySystemProperty(getInstance().getDefaultProxy());
// Must flush DNS cache as new network may have different DNS resolutions.
InetAddress.clearDnsCache();
// Must flush socket pool as idle sockets will be bound to previous network and may
// cause subsequent fetches to be performed on old network.
NetworkEventDispatcher.getInstance().onNetworkConfigurationChanged();
return true;
} else {
return false;
}
}
/**
* Returns the {@link Network} currently bound to this process via
* {@link #setProcessDefaultNetwork}, or {@code null} if no {@link Network} is explicitly bound.
*
* @return {@code Network} to which this process is bound, or {@code null}.
*/
public static Network getProcessDefaultNetwork() {
int netId = NetworkUtils.getNetworkBoundToProcess();
if (netId == NETID_UNSET) return null;
return new Network(netId);
}
/**
* Binds host resolutions performed by this process to {@code network}.
* {@link #setProcessDefaultNetwork} takes precedence over this setting.
*
* @param network The {@link Network} to bind host resolutions from the current process to, or
* {@code null} to clear the current binding.
* @return {@code true} on success, {@code false} if the {@link Network} is no longer valid.
* @hide
* @deprecated This is strictly for legacy usage to support {@link #startUsingNetworkFeature}.
*/
public static boolean setProcessDefaultNetworkForHostResolution(Network network) {
return NetworkUtils.bindProcessToNetworkForHostResolution(
network == null ? NETID_UNSET : network.netId);
}
}