@SuppressWarnings("rawtypes")
private void registerNodeIoHandler(
MdmTree tree, String uri, int imsId, boolean writable, Class type) {
uri = MdmTree.makeUri(ROOT_URI, uri);
try {
if (type == StringHandler.class) {
tree.registerNodeIoHandler(uri, new StringHandler(uri, imsId, mImsManager, writable));
} else if (type == BooleanHandler.class) {
tree.registerNodeIoHandler(uri, new BooleanHandler(uri, imsId, mImsManager, writable));
} else if (type == IntegerHandler.class) {
tree.registerNodeIoHandler(uri, new IntegerHandler(uri, imsId, mImsManager, writable));
} else {
throw new Error("Invalid handler class: " + type);
}
} catch (MdmException e) {
throw new Error(e);
}
}
public LocationWlanHandler(String uri, NodeWLANLocation.X node) {
mUri = uri;
mNode = node;
String nodeName = MdmTree.getNodeName(uri);
if (nodeName.equals(HESSID)) {
setHandler(
new PlainStringHandler(uri) {
@Override
protected void writeValue(String value) {
mNode.hessid = value;
}
@Override
protected String readValue() {
return mNode.hessid;
}
});
} else if (nodeName.equals(SSID)) {
setHandler(
new PlainStringHandler(uri) {
@Override
protected void writeValue(String value) {
mNode.ssid = value;
}
@Override
protected String readValue() {
return mNode.ssid;
}
});
} else if (nodeName.equals(BSSID)) {
setHandler(
new PlainStringHandler(uri) {
@Override
protected void writeValue(String value) {
mNode.bssid = value;
}
@Override
protected String readValue() {
return mNode.bssid;
}
});
} else {
throw new Error("Unsupported Uri: " + mUri);
}
}
/**
* Register Node IO Handlers for nodes under "./Settings/".
*
* @param treeFileName
*/
public void registerCCNodeIoHandler(String treeFileName) {
Log.d(TAG.NodeIOHandler, "DmRegister->registerCCNodeIoHandler():" + treeFileName);
DmXMLParser treeParser = new DmXMLParser(treeFileName);
ArrayList<String> uriList = new ArrayList<String>();
uriList =
(ArrayList<String>)
getCCUriString(treeParser, getSettingNode(treeParser), DmConst.TagName.Name);
uriList.add(DmModNodeIoHandler.uStr);
uriList.add(DmManNodeIoHandler.uStr);
String uriStr = null;
String itemStr = null;
for (int i = 0; i < uriList.size(); i++) {
uriStr = uriList.get(i);
// Log.w(TAG.Service, "uriStr: " + uriStr);
String[] uriStrArray = uriStr.split("/");
// -1 is for such case ./Setting
for (int j = 0; j < uriStrArray.length - 1; j++) {
if (uriStrArray[j].equals(DmConst.TagName.Setting) || uriStrArray[j].equals("DevInfo")) {
if ((itemStr != uriStrArray[j + 1])) {
itemStr = uriStrArray[j + 1];
}
break;
}
}
NodeIoHandler ioHandler = null;
Log.i(TAG.NodeIOHandler, "registering item:" + itemStr + "(" + uriStr + ")");
if (itemStr != null) {
ioHandler = mHandlerFactory.createNodeHandler(itemStr, Uri.parse(uriStr), mMccMnc);
}
if (ioHandler != null) {
try {
mDmTree.registerNodeIoHandler(uriStr, ioHandler);
} catch (MdmException e) {
e.printStackTrace();
}
}
}
}
public class IMSComponent implements IDmComponent {
static final String NAME = "IMS";
private ImsManager mImsManager;
private static final String ROOT_URI = "./IMSMO";
private static final String PUBLIC_USER_IDENTITY_LIST_PATH =
MdmTree.makeUri(ROOT_URI, "Public_user_identity_List");
private static final String ICSI_LIST_PATH = MdmTree.makeUri(ROOT_URI, "ICSI_List");
private static final String LBO_PCSCF_ADDRESS_PATH =
MdmTree.makeUri(ROOT_URI, "LBO_P-CSCF_Address");
private static final String PHONE_CONTEXT_LIST_PATH =
MdmTree.makeUri(ROOT_URI, "PhoneContext_List");
private static final String RCS_PATH = MdmTree.makeUri(ROOT_URI, "Ext", "RCS");
@Override
public boolean acceptOperation(SessionInitiator initiator, DmOperation operation) {
return false;
}
@Override
public void attach(DmService service) {
mImsManager = ImsManager.getInstance(service, SubscriptionManager.getDefaultSubId());
Log.d(NAME, "attach: mImsManager = " + mImsManager);
}
@Override
public void detach(DmService service) {
mImsManager = null;
}
@Override
public DispatchResult dispatchBroadcast(Context context, Intent intent) {
return DispatchResult.IGNORE;
}
@Override
public DispatchResult dispatchCommand(Intent intent) {
return DispatchResult.IGNORE;
}
@Override
public void dispatchMmiProgressUpdate(DmOperation operation, int current, int total) {}
@Override
public DispatchResult dispatchOperationAction(OperationAction action, DmOperation operation) {
return DispatchResult.IGNORE;
}
@Override
public SessionHandler dispatchSessionStateChange(
SessionType type,
SessionState state,
int lastError,
SessionInitiator initiator,
DmOperation operation) {
return null;
}
@Override
public boolean forceSilentMode() {
return false;
}
@Override
public IBinder getBinder(Intent intent) {
return null;
}
@Override
public String getDlPackageFilename() {
return null;
}
@Override
public String getDlResumeFilename() {
return null;
}
@Override
public String getName() {
return NAME;
}
@Override
public void kickoff(Context context) {}
@Override
public void configureDmTree(MdmTree tree) {
ImsConfig imsConfig = null;
try {
imsConfig = mImsManager.getConfigInterface();
} catch (ImsException e) {
e.printStackTrace();
}
// Normal Nodes
registerNodeIoHandler(
tree, "P-CSCF_Address", ConfigConstants.IMS_MO_PCSCF, true, StringHandler.class);
registerNodeIoHandler(
tree, "Timer_T1", ConfigConstants.SIP_T1_TIMER, true, IntegerHandler.class);
registerNodeIoHandler(
tree, "Timer_T2", ConfigConstants.SIP_T2_TIMER, true, IntegerHandler.class);
registerNodeIoHandler(
tree, "Timer_T4", ConfigConstants.SIP_TF_TIMER, true, IntegerHandler.class);
registerNodeIoHandler(
tree, "Private_user_identity", ConfigConstants.IMS_MO_IMPI, false, StringHandler.class);
registerNodeIoHandler(
tree,
"Home_network_domain_name",
ConfigConstants.IMS_MO_DOMAIN,
false,
StringHandler.class);
registerNodeIoHandler(
tree,
"Resource_Allocation_Mode",
ConfigConstants.IMS_MO_RESOURCE,
true,
BooleanHandler.class);
registerNodeIoHandler(
tree,
"Voice_Domain_Preference_E_UTRAN",
ConfigConstants.IMS_MO_VOICE_E,
true,
IntegerHandler.class);
registerNodeIoHandler(
tree,
"SMS_Over_IP_Networks_Indication",
ConfigConstants.IMS_MO_SMS,
true,
BooleanHandler.class);
registerNodeIoHandler(
tree, "Keep_Alive_Enabled", ConfigConstants.IMS_MO_KEEPALIVE, true, BooleanHandler.class);
registerNodeIoHandler(
tree,
"Voice_Domain_Preference_UTRAN",
ConfigConstants.IMS_MO_VOICE_U,
true,
IntegerHandler.class);
registerNodeIoHandler(
tree,
"Mobility_Management_IMS_Voice_Termination",
ConfigConstants.IMS_MO_MOBILITY,
true,
BooleanHandler.class);
registerNodeIoHandler(
tree, "RegRetryBaseTime", ConfigConstants.IMS_MO_REG_BASE, true, IntegerHandler.class);
registerNodeIoHandler(
tree, "RegRetryMaxTime", ConfigConstants.IMS_MO_REG_MAX, true, IntegerHandler.class);
// Public User Identity List
try {
// 1. clear old nodes
for (String child : tree.listChildren(PUBLIC_USER_IDENTITY_LIST_PATH)) {
tree.deleteNode(MdmTree.makeUri(PUBLIC_USER_IDENTITY_LIST_PATH, child));
}
// 2. create new nodes
String[] publicUserIdentities =
imsConfig.getMasterStringArrayValue(ConfigConstants.IMS_MO_IMPU);
for (int i = 0; i < publicUserIdentities.length; ++i) {
Log.d(TAG.NODEIOHANDLER, "publicUserIdentities[i] is " + publicUserIdentities[i]);
if (publicUserIdentities[i] == null) {
continue;
}
String nodeXId = Integer.toString(i + 1);
tree.addInteriorChildNode(PUBLIC_USER_IDENTITY_LIST_PATH, nodeXId, null);
String leafUri =
MdmTree.makeUri(PUBLIC_USER_IDENTITY_LIST_PATH, nodeXId, "Public_user_identity");
Utilities.addLeafNodeChecked(
tree, leafUri, "chr", null, publicUserIdentities[i].getBytes());
tree.replaceACL(leafUri, "Get=*");
}
} catch (MdmException e) {
throw new Error(e);
} catch (ImsException e) {
throw new Error(e);
}
// ICSI List
try {
// 1. clear old nodes
for (String child : tree.listChildren(ICSI_LIST_PATH)) {
tree.deleteNode(MdmTree.makeUri(ICSI_LIST_PATH, child));
}
// 2. create new nodes & register handlers
ImsIcsi[] icsiList = imsConfig.getMasterIcsiValue();
for (int i = 0; i < icsiList.length; ++i) {
if (icsiList[i] == null) {
continue;
}
String nodeXId = Integer.toString(i + 1);
tree.addInteriorChildNode(ICSI_LIST_PATH, nodeXId, null);
String leafUri = MdmTree.makeUri(ICSI_LIST_PATH, nodeXId, "ICSI");
String data = icsiList[i].getIcsi();
Utilities.addLeafNodeChecked(
tree, leafUri, "chr", null, (data == null ? null : data.getBytes()));
tree.replaceACL(leafUri, "Get=*&Replace=*");
tree.registerNodeIoHandler(leafUri, new ICSIHandler(leafUri, mImsManager, i));
leafUri = MdmTree.makeUri(ICSI_LIST_PATH, nodeXId, "ICSI_Resource_Allocation_Mode");
Utilities.addLeafNodeChecked(
tree, leafUri, "bool", null, (icsiList[i].getIsAllocated() ? "1" : "0").getBytes());
tree.replaceACL(leafUri, "Get=*&Replace=*");
tree.registerNodeIoHandler(leafUri, new ICSIModeHandler(leafUri, mImsManager, i));
}
} catch (MdmException e) {
throw new Error(e);
} catch (ImsException e) {
throw new Error(e);
}
// LBO P-CSCF Address
try {
// 1. clear old nodes
for (String child : tree.listChildren(LBO_PCSCF_ADDRESS_PATH)) {
tree.deleteNode(MdmTree.makeUri(LBO_PCSCF_ADDRESS_PATH, child));
}
// 2. create new nodes & register handlers
ImsLboPcscf[] addressList = imsConfig.getMasterLboPcscfValue();
for (int i = 0; i < addressList.length; ++i) {
if (addressList[i] == null) {
continue;
}
String nodeXId = Integer.toString(i + 1);
tree.addInteriorChildNode(LBO_PCSCF_ADDRESS_PATH, nodeXId, null);
String leafUri = MdmTree.makeUri(LBO_PCSCF_ADDRESS_PATH, nodeXId, "Address");
String data = addressList[i].getLboPcscfAddress();
Utilities.addLeafNodeChecked(
tree, leafUri, "chr", null, (data == null ? null : data.getBytes()));
tree.replaceACL(leafUri, "Get=*&Replace=*");
tree.registerNodeIoHandler(leafUri, new PCSCFAddressHandler(leafUri, mImsManager, i));
leafUri = MdmTree.makeUri(LBO_PCSCF_ADDRESS_PATH, nodeXId, "AddressType");
data = addressList[i].getLboPcscfAddressType();
Utilities.addLeafNodeChecked(
tree, leafUri, "chr", null, (data == null ? null : data.getBytes()));
tree.replaceACL(leafUri, "Get=*&Replace=*");
tree.registerNodeIoHandler(leafUri, new PCSCFAddressTypeHandler(leafUri, mImsManager, i));
}
} catch (MdmException e) {
throw new Error(e);
} catch (ImsException e) {
throw new Error(e);
}
// Phone Context List
try {
// 1. clear old nodes
for (String child : tree.listChildren(PHONE_CONTEXT_LIST_PATH)) {
tree.deleteNode(MdmTree.makeUri(PHONE_CONTEXT_LIST_PATH, child));
}
// 2. create new nodes & register handlers
ImsPhoneCtx[] contextList = imsConfig.getMasterImsPhoneCtxValue();
for (int i = 0; i < contextList.length; ++i) {
if (contextList[i] == null) {
continue;
}
String nodeXId = Integer.toString(i + 1);
tree.addInteriorChildNode(PHONE_CONTEXT_LIST_PATH, nodeXId, null);
String leafUri = MdmTree.makeUri(PHONE_CONTEXT_LIST_PATH, nodeXId, "PhoneContext");
String data = contextList[i].getPhoneCtx();
Utilities.addLeafNodeChecked(
tree, leafUri, "chr", null, (data == null ? null : data.getBytes()));
tree.replaceACL(leafUri, "Get=*&Replace=*");
tree.registerNodeIoHandler(leafUri, new PhoneContextHandler(leafUri, mImsManager, i));
leafUri = MdmTree.makeUri(PHONE_CONTEXT_LIST_PATH, nodeXId, "Public_user_identity");
data = contextList[i].getPhoneCtxIpuis()[0];
Utilities.addLeafNodeChecked(
tree, leafUri, "chr", null, (data == null ? null : data.getBytes()));
tree.replaceACL(leafUri, "Get=*&Replace=*");
tree.registerNodeIoHandler(
leafUri, new PhoneContextIdentityHandler(leafUri, mImsManager, i));
}
} catch (MdmException e) {
throw new Error(e);
} catch (ImsException e) {
throw new Error(e);
}
// RCS-related
try {
String uri = MdmTree.makeUri(RCS_PATH, "AuthType");
tree.registerNodeIoHandler(uri, new RCSAuthTypeHandler(uri, mImsManager));
uri = MdmTree.makeUri(RCS_PATH, "Realm");
tree.registerNodeIoHandler(uri, new RCSRealmHandler(uri, mImsManager));
uri = MdmTree.makeUri(RCS_PATH, "UserName");
tree.registerNodeIoHandler(uri, new RCSUserNameHandler(uri, mImsManager));
uri = MdmTree.makeUri(RCS_PATH, "UserPwd");
tree.registerNodeIoHandler(uri, new RCSUserPwdHandler(uri, mImsManager));
} catch (MdmException e) {
throw new Error(e);
}
// Write back
try {
tree.writeToPersistentStorage();
} catch (MdmException e) {
throw new Error(e);
}
}
@SuppressWarnings("rawtypes")
private void registerNodeIoHandler(
MdmTree tree, String uri, int imsId, boolean writable, Class type) {
uri = MdmTree.makeUri(ROOT_URI, uri);
try {
if (type == StringHandler.class) {
tree.registerNodeIoHandler(uri, new StringHandler(uri, imsId, mImsManager, writable));
} else if (type == BooleanHandler.class) {
tree.registerNodeIoHandler(uri, new BooleanHandler(uri, imsId, mImsManager, writable));
} else if (type == IntegerHandler.class) {
tree.registerNodeIoHandler(uri, new IntegerHandler(uri, imsId, mImsManager, writable));
} else {
throw new Error("Invalid handler class: " + type);
}
} catch (MdmException e) {
throw new Error(e);
}
}
@Override
public DispatchResult validateWapPushMessage(Intent intent) {
return DispatchResult.IGNORE;
}
@Override
public boolean checkPrerequisites() {
return true;
}
}
@Override
public void configureDmTree(MdmTree tree) {
ImsConfig imsConfig = null;
try {
imsConfig = mImsManager.getConfigInterface();
} catch (ImsException e) {
e.printStackTrace();
}
// Normal Nodes
registerNodeIoHandler(
tree, "P-CSCF_Address", ConfigConstants.IMS_MO_PCSCF, true, StringHandler.class);
registerNodeIoHandler(
tree, "Timer_T1", ConfigConstants.SIP_T1_TIMER, true, IntegerHandler.class);
registerNodeIoHandler(
tree, "Timer_T2", ConfigConstants.SIP_T2_TIMER, true, IntegerHandler.class);
registerNodeIoHandler(
tree, "Timer_T4", ConfigConstants.SIP_TF_TIMER, true, IntegerHandler.class);
registerNodeIoHandler(
tree, "Private_user_identity", ConfigConstants.IMS_MO_IMPI, false, StringHandler.class);
registerNodeIoHandler(
tree,
"Home_network_domain_name",
ConfigConstants.IMS_MO_DOMAIN,
false,
StringHandler.class);
registerNodeIoHandler(
tree,
"Resource_Allocation_Mode",
ConfigConstants.IMS_MO_RESOURCE,
true,
BooleanHandler.class);
registerNodeIoHandler(
tree,
"Voice_Domain_Preference_E_UTRAN",
ConfigConstants.IMS_MO_VOICE_E,
true,
IntegerHandler.class);
registerNodeIoHandler(
tree,
"SMS_Over_IP_Networks_Indication",
ConfigConstants.IMS_MO_SMS,
true,
BooleanHandler.class);
registerNodeIoHandler(
tree, "Keep_Alive_Enabled", ConfigConstants.IMS_MO_KEEPALIVE, true, BooleanHandler.class);
registerNodeIoHandler(
tree,
"Voice_Domain_Preference_UTRAN",
ConfigConstants.IMS_MO_VOICE_U,
true,
IntegerHandler.class);
registerNodeIoHandler(
tree,
"Mobility_Management_IMS_Voice_Termination",
ConfigConstants.IMS_MO_MOBILITY,
true,
BooleanHandler.class);
registerNodeIoHandler(
tree, "RegRetryBaseTime", ConfigConstants.IMS_MO_REG_BASE, true, IntegerHandler.class);
registerNodeIoHandler(
tree, "RegRetryMaxTime", ConfigConstants.IMS_MO_REG_MAX, true, IntegerHandler.class);
// Public User Identity List
try {
// 1. clear old nodes
for (String child : tree.listChildren(PUBLIC_USER_IDENTITY_LIST_PATH)) {
tree.deleteNode(MdmTree.makeUri(PUBLIC_USER_IDENTITY_LIST_PATH, child));
}
// 2. create new nodes
String[] publicUserIdentities =
imsConfig.getMasterStringArrayValue(ConfigConstants.IMS_MO_IMPU);
for (int i = 0; i < publicUserIdentities.length; ++i) {
Log.d(TAG.NODEIOHANDLER, "publicUserIdentities[i] is " + publicUserIdentities[i]);
if (publicUserIdentities[i] == null) {
continue;
}
String nodeXId = Integer.toString(i + 1);
tree.addInteriorChildNode(PUBLIC_USER_IDENTITY_LIST_PATH, nodeXId, null);
String leafUri =
MdmTree.makeUri(PUBLIC_USER_IDENTITY_LIST_PATH, nodeXId, "Public_user_identity");
Utilities.addLeafNodeChecked(
tree, leafUri, "chr", null, publicUserIdentities[i].getBytes());
tree.replaceACL(leafUri, "Get=*");
}
} catch (MdmException e) {
throw new Error(e);
} catch (ImsException e) {
throw new Error(e);
}
// ICSI List
try {
// 1. clear old nodes
for (String child : tree.listChildren(ICSI_LIST_PATH)) {
tree.deleteNode(MdmTree.makeUri(ICSI_LIST_PATH, child));
}
// 2. create new nodes & register handlers
ImsIcsi[] icsiList = imsConfig.getMasterIcsiValue();
for (int i = 0; i < icsiList.length; ++i) {
if (icsiList[i] == null) {
continue;
}
String nodeXId = Integer.toString(i + 1);
tree.addInteriorChildNode(ICSI_LIST_PATH, nodeXId, null);
String leafUri = MdmTree.makeUri(ICSI_LIST_PATH, nodeXId, "ICSI");
String data = icsiList[i].getIcsi();
Utilities.addLeafNodeChecked(
tree, leafUri, "chr", null, (data == null ? null : data.getBytes()));
tree.replaceACL(leafUri, "Get=*&Replace=*");
tree.registerNodeIoHandler(leafUri, new ICSIHandler(leafUri, mImsManager, i));
leafUri = MdmTree.makeUri(ICSI_LIST_PATH, nodeXId, "ICSI_Resource_Allocation_Mode");
Utilities.addLeafNodeChecked(
tree, leafUri, "bool", null, (icsiList[i].getIsAllocated() ? "1" : "0").getBytes());
tree.replaceACL(leafUri, "Get=*&Replace=*");
tree.registerNodeIoHandler(leafUri, new ICSIModeHandler(leafUri, mImsManager, i));
}
} catch (MdmException e) {
throw new Error(e);
} catch (ImsException e) {
throw new Error(e);
}
// LBO P-CSCF Address
try {
// 1. clear old nodes
for (String child : tree.listChildren(LBO_PCSCF_ADDRESS_PATH)) {
tree.deleteNode(MdmTree.makeUri(LBO_PCSCF_ADDRESS_PATH, child));
}
// 2. create new nodes & register handlers
ImsLboPcscf[] addressList = imsConfig.getMasterLboPcscfValue();
for (int i = 0; i < addressList.length; ++i) {
if (addressList[i] == null) {
continue;
}
String nodeXId = Integer.toString(i + 1);
tree.addInteriorChildNode(LBO_PCSCF_ADDRESS_PATH, nodeXId, null);
String leafUri = MdmTree.makeUri(LBO_PCSCF_ADDRESS_PATH, nodeXId, "Address");
String data = addressList[i].getLboPcscfAddress();
Utilities.addLeafNodeChecked(
tree, leafUri, "chr", null, (data == null ? null : data.getBytes()));
tree.replaceACL(leafUri, "Get=*&Replace=*");
tree.registerNodeIoHandler(leafUri, new PCSCFAddressHandler(leafUri, mImsManager, i));
leafUri = MdmTree.makeUri(LBO_PCSCF_ADDRESS_PATH, nodeXId, "AddressType");
data = addressList[i].getLboPcscfAddressType();
Utilities.addLeafNodeChecked(
tree, leafUri, "chr", null, (data == null ? null : data.getBytes()));
tree.replaceACL(leafUri, "Get=*&Replace=*");
tree.registerNodeIoHandler(leafUri, new PCSCFAddressTypeHandler(leafUri, mImsManager, i));
}
} catch (MdmException e) {
throw new Error(e);
} catch (ImsException e) {
throw new Error(e);
}
// Phone Context List
try {
// 1. clear old nodes
for (String child : tree.listChildren(PHONE_CONTEXT_LIST_PATH)) {
tree.deleteNode(MdmTree.makeUri(PHONE_CONTEXT_LIST_PATH, child));
}
// 2. create new nodes & register handlers
ImsPhoneCtx[] contextList = imsConfig.getMasterImsPhoneCtxValue();
for (int i = 0; i < contextList.length; ++i) {
if (contextList[i] == null) {
continue;
}
String nodeXId = Integer.toString(i + 1);
tree.addInteriorChildNode(PHONE_CONTEXT_LIST_PATH, nodeXId, null);
String leafUri = MdmTree.makeUri(PHONE_CONTEXT_LIST_PATH, nodeXId, "PhoneContext");
String data = contextList[i].getPhoneCtx();
Utilities.addLeafNodeChecked(
tree, leafUri, "chr", null, (data == null ? null : data.getBytes()));
tree.replaceACL(leafUri, "Get=*&Replace=*");
tree.registerNodeIoHandler(leafUri, new PhoneContextHandler(leafUri, mImsManager, i));
leafUri = MdmTree.makeUri(PHONE_CONTEXT_LIST_PATH, nodeXId, "Public_user_identity");
data = contextList[i].getPhoneCtxIpuis()[0];
Utilities.addLeafNodeChecked(
tree, leafUri, "chr", null, (data == null ? null : data.getBytes()));
tree.replaceACL(leafUri, "Get=*&Replace=*");
tree.registerNodeIoHandler(
leafUri, new PhoneContextIdentityHandler(leafUri, mImsManager, i));
}
} catch (MdmException e) {
throw new Error(e);
} catch (ImsException e) {
throw new Error(e);
}
// RCS-related
try {
String uri = MdmTree.makeUri(RCS_PATH, "AuthType");
tree.registerNodeIoHandler(uri, new RCSAuthTypeHandler(uri, mImsManager));
uri = MdmTree.makeUri(RCS_PATH, "Realm");
tree.registerNodeIoHandler(uri, new RCSRealmHandler(uri, mImsManager));
uri = MdmTree.makeUri(RCS_PATH, "UserName");
tree.registerNodeIoHandler(uri, new RCSUserNameHandler(uri, mImsManager));
uri = MdmTree.makeUri(RCS_PATH, "UserPwd");
tree.registerNodeIoHandler(uri, new RCSUserPwdHandler(uri, mImsManager));
} catch (MdmException e) {
throw new Error(e);
}
// Write back
try {
tree.writeToPersistentStorage();
} catch (MdmException e) {
throw new Error(e);
}
}
