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Android apps require permissions when accessing resources related to privacyor system integrity. Starting from Android 6, these permissions have to beasked at runtime. However, migrating to the new permission model poses multiplechallenges for developers. First, developers have to discover where the appuses permissions, which requires a permission specification. To date severalsuch specifications have been built, yet these are either imprecise, incompleteor don't support all types of protected resources.  We first present DPSpec, a novel permission specification built from severaldocumentation formats supplied with the Android SDK. Compared with the statethe art specification, it contains 2.5x as many entries for protected methodsand detects dangerous permission usages in more than twice as many apps.  A second challenge for developers is where to insert permission requests,with possible locations restricted by the request mechanism.  We also present DPerm, a static analysis for Android apps that recommendslocations for permission requests in code. It achieves high precision throughcontext sensitivity and improves recall through a general call graphaugmentation algorithm for incomplete code. Our empirical evaluation on 32 appsshows a precision of 96% and recall of 89%.

DPerm: Assisting the Migration of Android Apps to Runtime Permissions