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package moe.yuuta.workmode.access
import android.content.Context
import android.os.Bundle
import android.os.Parcel
import android.os.PersistableBundle
import com.elvishew.xlog.Logger
import com.elvishew.xlog.XLog
import eu.chainfire.librootjava.RootJava
import eu.chainfire.libsuperuser.Shell
import moe.yuuta.workmode.BuildConfig
import moe.yuuta.workmode.suspend.data.ListMode
import moe.yuuta.workmode.suspend.data.Status
import moe.yuuta.workmode.suspend.data.SuspendedStorage
import moe.yuuta.workmode.utils.ByteArraySerializer
import java.util.stream.Collectors
/**
* The high-level API accessor, as known as the launcher (starter) of the accessor, wraps
* the necessary start steps to launch it and deserialize the result.
*/
open class AccessorStarter(private val mContext: Context, private val mLogPath: String) {
private val logger: Logger = XLog.tag("AccessorStarter").build()
companion object {
const val ACTION_UPDATE_UI_STATE = "moe.yuuta.workmode.access.ACTION_UPDATE_UI_STATE"
const val ACTION_UPDATE_UI_PROGRESS = "moe.yuuta.workmode.access.ACTION_UPDATE_UI_PROGRESS"
const val EXTRA_SHOW_PROGRESS = "moe.yuuta.workmode.access.EXTRA_SHOW_PROGRESS"
}
private fun launchRootProcess(root: Boolean, vararg args: String): MutableList<String> {
val command = RootJava.getLaunchScript(mContext,
WorkModeAccessor::class.java,
null,
null,
args,
BuildConfig.APPLICATION_ID + ":accessor")
return if (root) {
Shell.SU.run(command)
} else {
Shell.SH.run(command)
}
}
fun getSuspendedPackageAppExtras(packageName: String, root: Boolean): Bundle? {
val argumentParcel: Parcel = obtainArgumentParcel()
try {
argumentParcel.writeString(WorkModeAccessor.ACTION_GET_APP_EXTRAS)
argumentParcel.writeString(packageName)
val marshalledResult = launchRootProcess(root,
ByteArraySerializer.serialize(argumentParcel.marshall()))[0]
val result = deserialize(ByteArraySerializer.deserialize(marshalledResult))
val bundle = result.readBundle()
result.recycle()
return bundle
} finally {
argumentParcel.recycle()
}
}
fun getSuspendedPackageLauncherExtras(packageName: String, root: Boolean): Bundle? {
val argumentParcel: Parcel = obtainArgumentParcel()
try {
argumentParcel.writeString(WorkModeAccessor.ACTION_GET_LAUNCHER_EXTRAS)
argumentParcel.writeString(packageName)
val marshalledResult = launchRootProcess(root,
ByteArraySerializer.serialize(argumentParcel.marshall()))[0]
val result = deserialize(ByteArraySerializer.deserialize(marshalledResult))
val bundle = result.readBundle()
result.recycle()
return bundle
} finally {
argumentParcel.recycle()
}
}
fun isPackageSuspended(packageNames: Array<out String>, root: Boolean): Boolean {
val argumentParcel: Parcel = obtainArgumentParcel()
try {
argumentParcel.writeString(WorkModeAccessor.ACTION_IS_SUSPENDED)
argumentParcel.writeStringArray(packageNames)
val marshalledResult = launchRootProcess(root,
WorkModeAccessor.ACTION_IS_SUSPENDED,
ByteArraySerializer.serialize(argumentParcel.marshall()))[0]
val result = deserialize(ByteArraySerializer.deserialize(marshalledResult))
val isSuspended = result.readByte() == 1.toByte()
result.recycle()
return isSuspended
} finally {
argumentParcel.recycle()
}
}
fun dump(packageName: String, root: Boolean): DumpResult {
val argumentParcel: Parcel = obtainArgumentParcel()
try {
argumentParcel.writeString(WorkModeAccessor.ACTION_DUMP)
argumentParcel.writeString(packageName)
val marshalledResult = launchRootProcess(root,
ByteArraySerializer.serialize(argumentParcel.marshall()))[0]
val result = deserialize(ByteArraySerializer.deserialize(marshalledResult))
val data = DumpResult(
result.readByte() == 1.toByte(),
result.readBundle(),
result.readBundle()
)
result.recycle()
return data
} finally {
argumentParcel.recycle()
}
}
fun setPackagesSuspended(packageNames: Array<String>, suspended: Boolean,
appExtras: PersistableBundle, launcherExtras: PersistableBundle,
dialogMessage: String, root: Boolean): Array<String> {
val argumentParcel: Parcel = obtainArgumentParcel()
try {
argumentParcel.writeString(WorkModeAccessor.ACTION_SET_SUSPENDED)
argumentParcel.writeStringArray(packageNames)
argumentParcel.writeByte(if (suspended) 1 else 0)
argumentParcel.writeBundle(Bundle(appExtras))
argumentParcel.writeBundle(Bundle(launcherExtras))
argumentParcel.writeString(dialogMessage)
val marshalledResult = launchRootProcess(root,
ByteArraySerializer.serialize(argumentParcel.marshall()))[0]
val result = deserialize(ByteArraySerializer.deserialize(marshalledResult))
val rs = result.createStringArray() ?: arrayOf()
result.recycle()
return rs
} finally {
argumentParcel.recycle()
}
}
@Throws(Throwable::class)
private fun deserialize(byteArray: ByteArray): Parcel {
val result = Parcel.obtain()
result.unmarshall(byteArray, 0, byteArray.size)
// Thanks to https://github.com/jiaminghan/droidplanner-master/blob/743b5436df6311cbbbfdecd21f796e2b948cbac7/Android/src/com/o3dr/services/android/lib/util/ParcelableUtils.java#L35
result.setDataPosition(0)
when (result.readByte()) {
1.toByte() -> {
}
0.toByte() -> {
val throwable = result.readSerializable() as Throwable?
if (throwable != null) {
throw throwable
}
throw RuntimeException("Unsuccessful result with unknown stacktrace")
}
// If server returns this code, which means the task is successfully executed but
// it had detected that the app was cracked.
// #Anti-Crack
2.toByte() -> {
// The ID is used to prevent from multiple reporting.
val id = result.readString()
val reason = result.readString()
SuspendedStorage.get(mContext).reportCrack(id ?: "nd", reason ?: "nr")
}
}
return result
}
fun getPackagesSuspendedByWorkMode(root: Boolean): List<String> {
val argumentParcel: Parcel = obtainArgumentParcel()
try {
argumentParcel.writeString(WorkModeAccessor.ACTION_GET_ALL_PACKAGES_SUSPENDED_BY_WORK_MODE)
val marshalledResult = launchRootProcess(root,
ByteArraySerializer.serialize(argumentParcel.marshall()))[0]
val result = deserialize(ByteArraySerializer.deserialize(marshalledResult))
val data = result.createStringArrayList()
result.recycle()
return data ?: listOf()
} finally {
argumentParcel.recycle()
}
}
fun apply(suspendList: Array<String>, listMode: ListMode, status: Status, root: Boolean) {
val argumentParcel: Parcel = obtainArgumentParcel()
try {
argumentParcel.writeString(WorkModeAccessor.ACTION_APPLY)
argumentParcel.writeStringArray(suspendList)
argumentParcel.writeInt(when (listMode) {
ListMode.BLACKLIST -> 1
ListMode.WHITELIST -> 2
})
argumentParcel.writeInt(when (status) {
Status.ON -> 1
Status.OFF -> 2
})
val marshalledResult = launchRootProcess(root,
ByteArraySerializer.serialize(argumentParcel.marshall()))[0]
val result = deserialize(ByteArraySerializer.deserialize(marshalledResult))
result.recycle()
} finally {
argumentParcel.recycle()
}
}
private fun obtainArgumentParcel(): Parcel {
val argumentParcel: Parcel = Parcel.obtain()
argumentParcel.writeString(mLogPath)
// Tell the trigger times and times to the server, it will disable the app automatically
// #Anti-Crack
val sp = SuspendedStorage.get(mContext).getStorage()
val keys = sp.all.keys.stream()
.filter {
return@filter it.startsWith("c_")
}
.collect(Collectors.toList())
val map = mutableMapOf<String, Int>()
for (key in keys) {
try {
val times = sp.getInt(key, -1)
map[key] = times
} catch (e: Throwable) {}
}
argumentParcel.writeMap(map)
return argumentParcel
}
}
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