Ideally, the client code can't see any curity.* classes via Encrypt or Decrypt interfaces. for example, the encrypt & decrypt algorithm have many duplications, maybe you can applies Template Method Pattern in your encrypt library & introduce interfaces to make your library explicitly and hiding the Cipher operations under the implementation classes. To use these capabilities, you will need to ask for permissions from the user. They can enhance the functionality of your app by allowing it access to the internet, device location, camera, and more. Experienced in front-end architecture design and development. Experience in releasing Android applications on Google Play Store. Deep understanding of Android Studio, Java, Android SDK, Android architecture. Proficient in REST based APIs using JSON. In the Google Play Console, select the Testing -> Internal testing option. Experience with Java, Kotlin, RxJava, MVVM. However, it solved your problem, but I still want to say that your code can break into small pieces as further. App permissions are used to provide access to data and functionality beyond that which is provided by the app's sandbox. Developing Android Apps Using Android Studio 2022.1.1 and Kotlin Neil Smyth. GetKey:(String,ByteArray)->SecretKeySpec), erl, outputFile) Input:T, password: String, cipher:Cihper,Įrl: ECryptResultListener, outputFile:File, You can do it easily by define a top-level function and mark it as and then makes the ECryptSymmetricDecrypt and ECryptSymmetricEncrypt classes to private to prevent Java client access your internal classes, for example: // define this top-level function in your internal fun encrypt( I have seen all of your internal classes are all about encrypt & decrypt.
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