Project for the Advanced Software Engineering course at the University of Cincinnati. I will be testing the Genie tool to automatically detect bugs in a new application and then make a change to the algorithm to compare bug-finding effect.

The deliverables for the project can be found in the main directory. The project report is names Project_Report.md and the slides are Advanced SE Project.pdf. As for the implementation of the systematic seed generation algorithm, look in Genie/droidbot/systematic_policy.py. I wrote everything in this python class to implement this seed test generation.

/Advanced SE Project.pdf

/Project_Report.md

https://mailuc-my.sharepoint.com/:u:/r/personal/hendricw_mail_uc_edu/Documents/test-output-files.7z?csf=1&web=1&e=EHQhGn

/Genie/droidbot/systematic_policy.py

If you with to use the Genie tool with this new systematic generation method then use the command line option as follows: -seed-generation-strategy systematic

This option is used when genertating seed tests but I would also suggest using it when generation mutant tests.

For example when generating seed tests only: python3 -m droidbot.start -d emulator-5554 -a apps_for_test/de.rampro.activitydiary_118.apk -policy fuzzing_gen_seeds -count 100000 -max_seed_test_suite_size 20 -max_random_seed_test_length 15 -max_independent_trace_length 8 -max_mutants_per_insertion_position 300 -grant_perm -is_emulator -interval 1 -coverage -seed-generation-strategy systematic -o ./tmp-diary [-script script_samples/user_script.json]

For a complete guide to setting up and running the Genie tool, see DEVLEOPER.md