Control Flow Graphs are widely used for static binary analysis today but their completeness is often lacking. The main problem when recovering Control Flow Graphs from binaries is indirect jump recovery where target addresses are stored in a register or memory. This problem is prevalent in the Python framework Angr when trying to generate a CFGFast for an Android binary compiled with the Bionic function __libc_init. At the moment an error is thrown, stating that the function static_exits, which resolves control flow transfers for AngrSimProcedures, is not implemented for the SimProcedure __libc_init. In this paper, the missing function static_exits is implemented and verified. An answer to how the implementation of static_exits affects the CFGFast completeness in Angr is also presented. To answer the research question an experiment was performed on 11 binaries compiled with the Bionic function __libc_init, where CFGFasts were recovered for each binary file using the implemented static_exits function. The results gathered show that the expected indirect jump performed in __libc_init was resolved for each of the 11 binaries. The conclusion from this paper is that the completeness of CFGFasts in Angr recovered from binaries compiled with the Bionic library did increase after implementing the static_exits function.