private void setSelectedRouteLocked(IMediaRouterClient client,
String routeId, boolean explicit) {
ClientRecord clientRecord = mAllClientRecords.get(client.asBinder());
if (clientRecord != null) {
final String oldRouteId = clientRecord.mSelectedRouteId;
if (!Objects.equals(routeId, oldRouteId)) {
if (DEBUG) {
Slog.d(TAG, clientRecord + ": Set selected route, routeId=" + routeId
+ ", oldRouteId=" + oldRouteId
+ ", explicit=" + explicit);
}
clientRecord.mSelectedRouteId = routeId;
if (explicit) {
// Any app can disconnect from the globally selected route.
if (oldRouteId != null) {
clientRecord.mUserRecord.mHandler.obtainMessage(
UserHandler.MSG_UNSELECT_ROUTE, oldRouteId).sendToTarget();
}
// Only let the system connect to new global routes for now.
// A similar check exists in the display manager for wifi display.
if (routeId != null && clientRecord.mTrusted) {
clientRecord.mUserRecord.mHandler.obtainMessage(
UserHandler.MSG_SELECT_ROUTE, routeId).sendToTarget();
}
}
}
}
}
private MediaRouterClientState getStateLocked(IMediaRouterClient client) {
ClientRecord clientRecord = mAllClientRecords.get(client.asBinder());
if (clientRecord != null) {
return clientRecord.getState();
}
return null;
}
/**
* Remove process record for voice extension service.
*
* @param pid process id
* @param uid user id
*/
public void removeProcessRecordLocked(int pid, int uid) {
ProcessRecord record = mProcessRecords.get(pid);
if (record != null && record.getUid() == uid) {
mProcessRecords.remove(pid);
}
}
@Override
public Cursor querySearchDocuments(String rootId, String query, String[] projection)
throws FileNotFoundException {
final MatrixCursor result = new MatrixCursor(resolveDocumentProjection(projection));
final File parent;
synchronized (mRootsLock) {
parent = mRoots.get(rootId).path;
}
final LinkedList<File> pending = new LinkedList<File>();
pending.add(parent);
while (!pending.isEmpty() && result.getCount() < 24) {
final File file = pending.removeFirst();
if (file.isDirectory()) {
for (File child : file.listFiles()) {
pending.add(child);
}
}
if (file.getName().toLowerCase().contains(query)) {
includeFile(result, null, file);
}
}
return result;
}
private File getFileForDocId(String docId, boolean visible) throws FileNotFoundException {
final int splitIndex = docId.indexOf(':', 1);
final String tag = docId.substring(0, splitIndex);
final String path = docId.substring(splitIndex + 1);
RootInfo root;
synchronized (mRootsLock) {
root = mRoots.get(tag);
}
if (root == null) {
throw new FileNotFoundException("No root for " + tag);
}
File target = visible ? root.visiblePath : root.path;
if (target == null) {
return null;
}
if (!target.exists()) {
target.mkdirs();
}
target = new File(target, path);
if (!target.exists()) {
throw new FileNotFoundException("Missing file for " + docId + " at " + target);
}
return target;
}
private final void remove_all_objects(ArrayMap<String, F[]> map, String name, Object object) {
F[] array = map.get(name);
if (array != null) {
int LAST = array.length - 1;
while (LAST >= 0 && array[LAST] == null) {
LAST--;
}
for (int idx = LAST; idx >= 0; idx--) {
if (array[idx] == object) {
final int remain = LAST - idx;
if (remain > 0) {
System.arraycopy(array, idx + 1, array, idx, remain);
}
array[LAST] = null;
LAST--;
}
}
if (LAST < 0) {
map.remove(name);
} else if (LAST < (array.length / 2)) {
F[] newa = newArray(LAST + 2);
System.arraycopy(array, 0, newa, 0, LAST + 1);
map.put(name, newa);
}
}
}
private void registerClientLocked(IMediaRouterClient client,
int pid, String packageName, int userId, boolean trusted) {
final IBinder binder = client.asBinder();
ClientRecord clientRecord = mAllClientRecords.get(binder);
if (clientRecord == null) {
boolean newUser = false;
UserRecord userRecord = mUserRecords.get(userId);
if (userRecord == null) {
userRecord = new UserRecord(userId);
newUser = true;
}
clientRecord = new ClientRecord(userRecord, client, pid, packageName, trusted);
try {
binder.linkToDeath(clientRecord, 0);
} catch (RemoteException ex) {
throw new RuntimeException("Media router client died prematurely.", ex);
}
if (newUser) {
mUserRecords.put(userId, userRecord);
initializeUserLocked(userRecord);
}
userRecord.mClientRecords.add(clientRecord);
mAllClientRecords.put(binder, clientRecord);
initializeClientLocked(clientRecord);
}
}
public <T extends RxViewDispatch> void unregisterRxError(final T object) {
String tag = object.getClass().getSimpleName() + "_error";
Subscription subscription = mRxActionMap.get(tag);
if (subscription != null && !subscription.isUnsubscribed()) {
subscription.unsubscribe();
mRxActionMap.remove(tag);
}
}
/**
* Put an int value into the meta data. Custom keys may be used, but if the METADATA_KEYs
* defined in this class are used they may only be one of the following:
*
* <ul>
* <li>{@link #METADATA_KEY_RDS_PTY}
* <li>{@link #METADATA_KEY_RBDS_PTY}
* </ul>
*
* @param key The key for referencing this value
* @param value The int value to store
* @return the same Builder instance
*/
public Builder putInt(String key, int value) {
if (!METADATA_KEYS_TYPE.containsKey(key)
|| METADATA_KEYS_TYPE.get(key) != METADATA_TYPE_INT) {
throw new IllegalArgumentException("The " + key + " key cannot be used to put a long");
}
mBundle.putInt(key, value);
return this;
}
/**
* Put a {@link Bitmap} into the meta data. Custom keys may be used, but if the METADATA_KEYs
* defined in this class are used they may only be one of the following:
*
* <ul>
* <li>{@link #METADATA_KEY_ICON}
* <li>{@link #METADATA_KEY_ART}
* </ul>
*
* <p>
*
* @param key The key for referencing this value
* @param value The Bitmap to store
* @return the same Builder instance
*/
public Builder putBitmap(String key, Bitmap value) {
if (!METADATA_KEYS_TYPE.containsKey(key)
|| METADATA_KEYS_TYPE.get(key) != METADATA_TYPE_BITMAP) {
throw new IllegalArgumentException("The " + key + " key cannot be used to put a Bitmap");
}
mBundle.putParcelable(key, value);
return this;
}
int putStringFromNative(int nativeKey, String value) {
String key = getKeyFromNativeKey(nativeKey);
if (!METADATA_KEYS_TYPE.containsKey(key) || METADATA_KEYS_TYPE.get(key) != METADATA_TYPE_TEXT) {
return -1;
}
mBundle.putString(key, value);
return 0;
}
/**
* Get the process record with the same pid & uid.
*
* @param pid process id
* @param uid user id
* @return process record
*/
public ProcessRecord getProcessRecordLocked(int pid, int uid) {
ProcessRecord record = mProcessRecords.get(pid);
if (record != null && record.getUid() != uid) {
record = null;
// mProcessRecords.remove(pid);
}
return record;
}
Request removeRequest(IBinder reqInterface) {
synchronized (this) {
Request req = mActiveRequests.get(reqInterface);
if (req != null) {
mActiveRequests.remove(req);
}
return req;
}
}
private void requestUpdateVolumeLocked(IMediaRouterClient client,
String routeId, int direction) {
final IBinder binder = client.asBinder();
ClientRecord clientRecord = mAllClientRecords.get(binder);
if (clientRecord != null) {
clientRecord.mUserRecord.mHandler.obtainMessage(
UserHandler.MSG_REQUEST_UPDATE_VOLUME, direction, 0, routeId).sendToTarget();
}
}
/**
* Returns the Transition for the given scene being entered. The result depends not only on the
* given scene, but also the scene which the {@link Scene#getSceneRoot() sceneRoot} of the Scene
* is currently in.
*
* @param scene The scene being entered
* @return The Transition to be used for the given scene change. If no Transition was specified
* for this scene change, the default transition will be used instead.
*/
private Transition getTransition(Scene scene) {
Transition transition = null;
ViewGroup sceneRoot = scene.getSceneRoot();
if (sceneRoot != null) {
// TODO: cached in Scene instead? long-term, cache in View itself
Scene currScene = Scene.getCurrentScene(sceneRoot);
if (currScene != null) {
ArrayMap<Scene, Transition> sceneTransitionMap = mScenePairTransitions.get(scene);
if (sceneTransitionMap != null) {
transition = sceneTransitionMap.get(currScene);
if (transition != null) {
return transition;
}
}
}
}
transition = mSceneTransitions.get(scene);
return (transition != null) ? transition : sDefaultTransition;
}
public boolean isSnoozed(String packageName) {
final String key = snoozeKey(packageName, mUser);
Long snoozedUntil = mSnoozedPackages.get(key);
if (snoozedUntil != null) {
if (snoozedUntil > SystemClock.elapsedRealtime()) {
if (DEBUG) Log.v(TAG, key + " snoozed");
return true;
}
mSnoozedPackages.remove(packageName);
}
return false;
}
private void startObserving(File file, Uri notifyUri) {
synchronized (mObservers) {
DirectoryObserver observer = mObservers.get(file);
if (observer == null) {
observer = new DirectoryObserver(file, getContext().getContentResolver(), notifyUri);
observer.startWatching();
mObservers.put(file, observer);
}
observer.mRefCount++;
if (LOG_INOTIFY) Log.d(TAG, "after start: " + observer);
}
}
public void connectSimulatedPort(
String portId,
int mode,
boolean canChangeMode,
int powerRole,
boolean canChangePowerRole,
int dataRole,
boolean canChangeDataRole,
IndentingPrintWriter pw) {
synchronized (mLock) {
final SimulatedPortInfo portInfo = mSimulatedPorts.get(portId);
if (portInfo == null) {
pw.println("Cannot connect simulated port which does not exist.");
return;
}
if (mode == 0 || powerRole == 0 || dataRole == 0) {
pw.println("Cannot connect simulated port in null mode, " + "power role, or data role.");
return;
}
if ((portInfo.mSupportedModes & mode) == 0) {
pw.println("Simulated port does not support mode: " + UsbPort.modeToString(mode));
return;
}
pw.println(
"Connecting simulated port: portId="
+ portId
+ ", mode="
+ UsbPort.modeToString(mode)
+ ", canChangeMode="
+ canChangeMode
+ ", powerRole="
+ UsbPort.powerRoleToString(powerRole)
+ ", canChangePowerRole="
+ canChangePowerRole
+ ", dataRole="
+ UsbPort.dataRoleToString(dataRole)
+ ", canChangeDataRole="
+ canChangeDataRole);
portInfo.mCurrentMode = mode;
portInfo.mCanChangeMode = canChangeMode;
portInfo.mCurrentPowerRole = powerRole;
portInfo.mCanChangePowerRole = canChangePowerRole;
portInfo.mCurrentDataRole = dataRole;
portInfo.mCanChangeDataRole = canChangeDataRole;
updatePortsLocked(pw);
}
}
private void stopObserving(File file) {
synchronized (mObservers) {
DirectoryObserver observer = mObservers.get(file);
if (observer == null) return;
observer.mRefCount--;
if (observer.mRefCount == 0) {
mObservers.remove(file);
observer.stopWatching();
}
if (LOG_INOTIFY) Log.d(TAG, "after stop: " + observer);
}
}
public void disconnectSimulatedPort(String portId, IndentingPrintWriter pw) {
synchronized (mLock) {
final SimulatedPortInfo portInfo = mSimulatedPorts.get(portId);
if (portInfo == null) {
pw.println("Cannot disconnect simulated port which does not exist.");
return;
}
pw.println("Disconnecting simulated port: portId=" + portId);
portInfo.mCurrentMode = 0;
portInfo.mCanChangeMode = false;
portInfo.mCurrentPowerRole = 0;
portInfo.mCanChangePowerRole = false;
portInfo.mCurrentDataRole = 0;
portInfo.mCanChangeDataRole = false;
updatePortsLocked(pw);
}
}
int putBitmapFromNative(int nativeKey, byte[] value) {
String key = getKeyFromNativeKey(nativeKey);
if (!METADATA_KEYS_TYPE.containsKey(key)
|| METADATA_KEYS_TYPE.get(key) != METADATA_TYPE_BITMAP) {
return -1;
}
Bitmap bmp = null;
try {
bmp = BitmapFactory.decodeByteArray(value, 0, value.length);
} catch (Exception e) {
} finally {
if (bmp == null) {
return -1;
}
mBundle.putParcelable(key, bmp);
return 0;
}
}
private void createPkgMap(
ArrayList<ProcStatsEntry> procEntries,
ProcessDataCollection bgTotals,
ProcessDataCollection runTotals) {
// Combine processes into packages.
ArrayMap<String, ProcStatsPackageEntry> pkgMap = new ArrayMap<>();
for (int i = procEntries.size() - 1; i >= 0; i--) {
ProcStatsEntry proc = procEntries.get(i);
proc.evaluateTargetPackage(mPm, mStats, bgTotals, runTotals, sEntryCompare, mUseUss);
ProcStatsPackageEntry pkg = pkgMap.get(proc.mBestTargetPackage);
if (pkg == null) {
pkg = new ProcStatsPackageEntry(proc.mBestTargetPackage, memTotalTime);
pkgMap.put(proc.mBestTargetPackage, pkg);
pkgEntries.add(pkg);
}
pkg.addEntry(proc);
}
}
private Transition getTransition(Scene scene) {
Transition transition;
ViewGroup sceneRoot = scene.getSceneRoot();
if (sceneRoot != null) {
Scene currScene = Scene.getCurrentScene(sceneRoot);
if (currScene != null) {
ArrayMap<Scene, Transition> sceneTransitionMap =
(ArrayMap) this.mScenePairTransitions.get(scene);
if (sceneTransitionMap != null) {
transition = (Transition) sceneTransitionMap.get(currScene);
if (transition != null) {
return transition;
}
}
}
}
transition = (Transition) this.mSceneTransitions.get(scene);
return transition != null ? transition : sDefaultTransition;
}
private final void addFilter(ArrayMap<String, F[]> map, String name, F filter) {
F[] array = map.get(name);
if (array == null) {
array = newArray(2);
map.put(name, array);
array[0] = filter;
} else {
final int N = array.length;
int i = N;
while (i > 0 && array[i - 1] == null) {
i--;
}
if (i < N) {
array[i] = filter;
} else {
F[] newa = newArray((N * 3) / 2);
System.arraycopy(array, 0, newa, 0, N);
newa[N] = filter;
map.put(name, newa);
}
}
}
/**
* Get running process information from AMS and get the same pid , uid process.
*
* @param pid process id
* @param uid user id
* @return process record
*/
private ProcessRecord createProcessRecordLocked(int pid, int uid) {
ProcessRecord record = mProcessRecords.get(pid);
if (record == null) {
try {
List<RunningAppProcessInfo> procInfos = mActivityManager.getRunningAppProcesses();
if (procInfos != null && procInfos.size() > 0) {
for (RunningAppProcessInfo info : procInfos) {
if (info.pid == pid && info.uid == uid) {
record = new ProcessRecord(info.pid, info.uid, info.processName);
mProcessRecords.put(pid, record);
break;
}
}
}
} catch (RemoteException e) {
// TODO Auto-generated catch block
Log.e(TAG, "IPC Exception while get process info from AMS " + e.toString());
}
}
return record;
}
public <T extends RxViewDispatch> void registerRxError(final T object) {
String tag = object.getClass().getSimpleName() + "_error";
Subscription subscription = mRxActionMap.get(tag);
if (subscription == null || subscription.isUnsubscribed()) {
mRxActionMap.put(
tag,
mBus.get()
.filter(
new Func1<Object, Boolean>() {
@Override
public Boolean call(Object obj) {
return obj instanceof RxError;
}
})
.subscribe(
new Action1<Object>() {
@Override
public void call(Object obj) {
object.onRxError((RxError) obj);
}
}));
}
}
private void setDiscoveryRequestLocked(IMediaRouterClient client,
int routeTypes, boolean activeScan) {
final IBinder binder = client.asBinder();
ClientRecord clientRecord = mAllClientRecords.get(binder);
if (clientRecord != null) {
// Only let the system discover remote display routes for now.
if (!clientRecord.mTrusted) {
routeTypes &= ~MediaRouter.ROUTE_TYPE_REMOTE_DISPLAY;
}
if (clientRecord.mRouteTypes != routeTypes
|| clientRecord.mActiveScan != activeScan) {
if (DEBUG) {
Slog.d(TAG, clientRecord + ": Set discovery request, routeTypes=0x"
+ Integer.toHexString(routeTypes) + ", activeScan=" + activeScan);
}
clientRecord.mRouteTypes = routeTypes;
clientRecord.mActiveScan = activeScan;
clientRecord.mUserRecord.mHandler.sendEmptyMessage(
UserHandler.MSG_UPDATE_DISCOVERY_REQUEST);
}
}
}
public UsbPortStatus getPortStatus(String portId) {
synchronized (mLock) {
final PortInfo portInfo = mPorts.get(portId);
return portInfo != null ? portInfo.mUsbPortStatus : null;
}
}
// Must only be called by updatePortsLocked.
private void addOrUpdatePortLocked(
String portId,
int supportedModes,
int currentMode,
boolean canChangeMode,
int currentPowerRole,
boolean canChangePowerRole,
int currentDataRole,
boolean canChangeDataRole,
IndentingPrintWriter pw) {
// Only allow mode switch capability for dual role ports.
// Validate that the current mode matches the supported modes we expect.
if (supportedModes != UsbPort.MODE_DUAL) {
canChangeMode = false;
if (currentMode != 0 && currentMode != supportedModes) {
logAndPrint(
Log.WARN,
pw,
"Ignoring inconsistent current mode from USB "
+ "port driver: supportedModes="
+ UsbPort.modeToString(supportedModes)
+ ", currentMode="
+ UsbPort.modeToString(currentMode));
currentMode = 0;
}
}
// Determine the supported role combinations.
// Note that the policy is designed to prefer setting the power and data
// role independently rather than changing the mode.
int supportedRoleCombinations = UsbPort.combineRolesAsBit(currentPowerRole, currentDataRole);
if (currentMode != 0 && currentPowerRole != 0 && currentDataRole != 0) {
if (canChangePowerRole && canChangeDataRole) {
// Can change both power and data role independently.
// Assume all combinations are possible.
supportedRoleCombinations |=
COMBO_SOURCE_HOST | COMBO_SOURCE_DEVICE | COMBO_SINK_HOST | COMBO_SINK_DEVICE;
} else if (canChangePowerRole) {
// Can only change power role.
// Assume data role must remain at its current value.
supportedRoleCombinations |=
UsbPort.combineRolesAsBit(UsbPort.POWER_ROLE_SOURCE, currentDataRole);
supportedRoleCombinations |=
UsbPort.combineRolesAsBit(UsbPort.POWER_ROLE_SINK, currentDataRole);
} else if (canChangeDataRole) {
// Can only change data role.
// Assume power role must remain at its current value.
supportedRoleCombinations |=
UsbPort.combineRolesAsBit(currentPowerRole, UsbPort.DATA_ROLE_HOST);
supportedRoleCombinations |=
UsbPort.combineRolesAsBit(currentPowerRole, UsbPort.DATA_ROLE_DEVICE);
} else if (canChangeMode) {
// Can only change the mode.
// Assume both standard UFP and DFP configurations will become available
// when this happens.
supportedRoleCombinations |= COMBO_SOURCE_HOST | COMBO_SINK_DEVICE;
}
}
// Update the port data structures.
PortInfo portInfo = mPorts.get(portId);
if (portInfo == null) {
portInfo = new PortInfo(portId, supportedModes);
portInfo.setStatus(
currentMode,
canChangeMode,
currentPowerRole,
canChangePowerRole,
currentDataRole,
canChangeDataRole,
supportedRoleCombinations);
mPorts.put(portId, portInfo);
} else {
// Sanity check that ports aren't changing definition out from under us.
if (supportedModes != portInfo.mUsbPort.getSupportedModes()) {
logAndPrint(
Log.WARN,
pw,
"Ignoring inconsistent list of supported modes from "
+ "USB port driver (should be immutable): "
+ "previous="
+ UsbPort.modeToString(portInfo.mUsbPort.getSupportedModes())
+ ", current="
+ UsbPort.modeToString(supportedModes));
}
if (portInfo.setStatus(
currentMode,
canChangeMode,
currentPowerRole,
canChangePowerRole,
currentDataRole,
canChangeDataRole,
supportedRoleCombinations)) {
portInfo.mDisposition = PortInfo.DISPOSITION_CHANGED;
} else {
portInfo.mDisposition = PortInfo.DISPOSITION_READY;
}
}
}
public void setPortRoles(
String portId, int newPowerRole, int newDataRole, IndentingPrintWriter pw) {
synchronized (mLock) {
final PortInfo portInfo = mPorts.get(portId);
if (portInfo == null) {
if (pw != null) {
pw.println("No such USB port: " + portId);
}
return;
}
// Check whether the new role is actually supported.
if (!portInfo.mUsbPortStatus.isRoleCombinationSupported(newPowerRole, newDataRole)) {
logAndPrint(
Log.ERROR,
pw,
"Attempted to set USB port into unsupported "
+ "role combination: portId="
+ portId
+ ", newPowerRole="
+ UsbPort.powerRoleToString(newPowerRole)
+ ", newDataRole="
+ UsbPort.dataRoleToString(newDataRole));
return;
}
// Check whether anything actually changed.
final int currentDataRole = portInfo.mUsbPortStatus.getCurrentDataRole();
final int currentPowerRole = portInfo.mUsbPortStatus.getCurrentPowerRole();
if (currentDataRole == newDataRole && currentPowerRole == newPowerRole) {
if (pw != null) {
pw.println("No change.");
}
return;
}
// Determine whether we need to change the mode in order to accomplish this goal.
// We prefer not to do this since it's more likely to fail.
//
// Note: Arguably it might be worth allowing the client to influence this policy
// decision so that we could show more powerful developer facing UI but let's
// see how far we can get without having to do that.
final boolean canChangeMode = portInfo.mCanChangeMode;
final boolean canChangePowerRole = portInfo.mCanChangePowerRole;
final boolean canChangeDataRole = portInfo.mCanChangeDataRole;
final int currentMode = portInfo.mUsbPortStatus.getCurrentMode();
final int newMode;
if ((!canChangePowerRole && currentPowerRole != newPowerRole)
|| (!canChangeDataRole && currentDataRole != newDataRole)) {
if (canChangeMode
&& newPowerRole == UsbPort.POWER_ROLE_SOURCE
&& newDataRole == UsbPort.DATA_ROLE_HOST) {
newMode = UsbPort.MODE_DFP;
} else if (canChangeMode
&& newPowerRole == UsbPort.POWER_ROLE_SINK
&& newDataRole == UsbPort.DATA_ROLE_DEVICE) {
newMode = UsbPort.MODE_UFP;
} else {
logAndPrint(
Log.ERROR,
pw,
"Found mismatch in supported USB role combinations "
+ "while attempting to change role: "
+ portInfo
+ ", newPowerRole="
+ UsbPort.powerRoleToString(newPowerRole)
+ ", newDataRole="
+ UsbPort.dataRoleToString(newDataRole));
return;
}
} else {
newMode = currentMode;
}
// Make it happen.
logAndPrint(
Log.INFO,
pw,
"Setting USB port mode and role: portId="
+ portId
+ ", currentMode="
+ UsbPort.modeToString(currentMode)
+ ", currentPowerRole="
+ UsbPort.powerRoleToString(currentPowerRole)
+ ", currentDataRole="
+ UsbPort.dataRoleToString(currentDataRole)
+ ", newMode="
+ UsbPort.modeToString(newMode)
+ ", newPowerRole="
+ UsbPort.powerRoleToString(newPowerRole)
+ ", newDataRole="
+ UsbPort.dataRoleToString(newDataRole));
SimulatedPortInfo sim = mSimulatedPorts.get(portId);
if (sim != null) {
// Change simulated state.
sim.mCurrentMode = newMode;
sim.mCurrentPowerRole = newPowerRole;
sim.mCurrentDataRole = newDataRole;
} else if (mHaveKernelSupport) {
// Change actual state.
final File portDir = new File(SYSFS_CLASS, portId);
if (!portDir.exists()) {
logAndPrint(Log.ERROR, pw, "USB port not found: portId=" + portId);
return;
}
if (currentMode != newMode) {
// Changing the mode will have the side-effect of also changing
// the power and data roles but it might take some time to apply
// and the renegotiation might fail. Due to limitations of the USB
// hardware, we have no way of knowing whether it will work apriori
// which is why we would prefer to set the power and data roles
// directly instead.
if (!writeFile(
portDir,
SYSFS_PORT_MODE,
newMode == UsbPort.MODE_DFP ? PORT_MODE_DFP : PORT_MODE_UFP)) {
logAndPrint(
Log.ERROR,
pw,
"Failed to set the USB port mode: "
+ "portId="
+ portId
+ ", newMode="
+ UsbPort.modeToString(newMode));
return;
}
} else {
// Change power and data role independently as needed.
if (currentPowerRole != newPowerRole) {
if (!writeFile(
portDir,
SYSFS_PORT_POWER_ROLE,
newPowerRole == UsbPort.POWER_ROLE_SOURCE
? PORT_POWER_ROLE_SOURCE
: PORT_POWER_ROLE_SINK)) {
logAndPrint(
Log.ERROR,
pw,
"Failed to set the USB port power role: "
+ "portId="
+ portId
+ ", newPowerRole="
+ UsbPort.powerRoleToString(newPowerRole));
return;
}
}
if (currentDataRole != newDataRole) {
if (!writeFile(
portDir,
SYSFS_PORT_DATA_ROLE,
newDataRole == UsbPort.DATA_ROLE_HOST
? PORT_DATA_ROLE_HOST
: PORT_DATA_ROLE_DEVICE)) {
logAndPrint(
Log.ERROR,
pw,
"Failed to set the USB port data role: "
+ "portId="
+ portId
+ ", newDataRole="
+ UsbPort.dataRoleToString(newDataRole));
return;
}
}
}
}
updatePortsLocked(pw);
}
}