Constructor Detail

• RootBeer

  RootBeer(Context context)

Method Detail

• isRooted

   boolean isRooted()

  Run all the root detection checks.

• isRootedWithoutBusyBoxCheck

  @Deprecated() boolean isRootedWithoutBusyBoxCheck()

• isRootedWithBusyBoxCheck

   boolean isRootedWithBusyBoxCheck()

  Run all the checks including checking for the busybox binary.Warning: Busybox binary is not always an indication of root, many manufacturers leave thisbinary on production devices

• detectTestKeys

   boolean detectTestKeys()

  Release-Keys and Test-Keys has to do with how the kernel is signed when it is compiled.Test-Keys means it was signed with a custom key generated by a third-party developer.

• detectRootManagementApps

   boolean detectRootManagementApps()

  Using the PackageManager, check for a list of well known root apps. @link {Const.knownRootAppsPackages}

• detectRootManagementApps

   boolean detectRootManagementApps(Array<String> additionalRootManagementApps)

  Using the PackageManager, check for a list of well known root apps. @link {Const.knownRootAppsPackages}

  Parameters:

  additionalRootManagementApps - - array of additional packagenames to search for

• detectPotentiallyDangerousApps

   boolean detectPotentiallyDangerousApps()

  Using the PackageManager, check for a list of well known apps that require root. @link {Const.knownRootAppsPackages}

• detectPotentiallyDangerousApps

   boolean detectPotentiallyDangerousApps(Array<String> additionalDangerousApps)

  Using the PackageManager, check for a list of well known apps that require root. @link {Const.knownRootAppsPackages}

  Parameters:

  additionalDangerousApps - - array of additional packagenames to search for

• detectRootCloakingApps

   boolean detectRootCloakingApps()

  Using the PackageManager, check for a list of well known root cloak apps. @link {Const.knownRootAppsPackages}and checks for native library read access

• detectRootCloakingApps

   boolean detectRootCloakingApps(Array<String> additionalRootCloakingApps)

  Using the PackageManager, check for a list of well known root cloak apps. @link {Const.knownRootAppsPackages}

  Parameters:

  additionalRootCloakingApps - - array of additional packagenames to search for

• checkForSuBinary

   boolean checkForSuBinary()

  Checks various (Const.suPaths) common locations for the SU binary

• checkForMagiskBinary

   boolean checkForMagiskBinary()

  Checks various (Const.suPaths) common locations for the magisk binary (a well know root level program)

• checkForBusyBoxBinary

   boolean checkForBusyBoxBinary()

  Checks various (Const.suPaths) common locations for the busybox binary (a well know root level program)

• checkForBinary

   boolean checkForBinary(String filename)

  Parameters:

  filename - - check for this existence of this file

• setLogging

   void setLogging(boolean logging)

  Parameters:

  logging - - set to true for logging

• checkForDangerousProps

   boolean checkForDangerousProps()

  Checks for several system properties for

• checkForRWPaths

   boolean checkForRWPaths()

  When you're root you can change the permissions on common system directories, this method checks if any of these patha Const.pathsThatShouldNotBeWritable are writable.

• checkSuExists

   boolean checkSuExists()

  A variation on the checking for SU, this attempts a 'which su'

• checkForNativeLibraryReadAccess

   boolean checkForNativeLibraryReadAccess()

  Checks if device has ReadAccess to the Native LibraryPrecondition: canLoadNativeLibrary() ran before this and returned trueDescription: RootCloak automatically blocks read access to the Native Libraries, howeverallows for them to be loaded into memory. This check is an indication that RootCloak isinstalled onto the device.

• canLoadNativeLibrary

   boolean canLoadNativeLibrary()

  Checks if it is possible to load our native library

• checkForRootNative

   boolean checkForRootNative()

  Native checks are often harder to cloak/trick so here we call through to our native root checker