Quiz — Python for Security Final
Final 10-question quiz across Python basics, networking scripts, and automation
Python for Security — final APPLY check
Topic 7 covered why Python is the glue language for security toil, variables and loops and file handling, a first script that printed matching log lines, sockets on localhost, requests with ethics, a scanner that stays in scope, secrets versus random for YOUR passwords, parsers on fictional sample_auth.log, regex field extraction, hardcoded keys as incidents, and SHA-256 integrity of YOUR files — never Hydra, never production scrapes, never rainbow-table cracking, never “I was just practicing” as a warrant. Twelve APPLY questions — the subtitle still says "10-question"; the bar is twelve, covering the whole topic, then an honest tease of Cryptography Basics (Topic 8). Recovery and practice stay on hosts, files, and accounts you own. No WAN scans, no live-login sprays, no secret-scanning other people without permission. Next stop: Cryptography Basics (Topic 8).
APPLY: Why Python (Module 1): a SOC wants to automate log counts and lab hashes. A classmate says Python is popular because it makes unauthorized access legal and because it is the only language computers understand. Correct mechanism?
APPLY: Loops and files (Module 1): you need to walk ports or lines. Which pair matches the course?
APPLY: First script lab: find_failed.py prints lines containing Failed password from a sample you created. A friend wants to point it at their employer’s live auth.log without a ticket. What is the object of the lab?
APPLY: Sockets (Module 2): TCP connect practice. Where does HOST belong in this course, and why?
APPLY: requests ethics (Module 2): you want to fetch HTTP headers. Select the safe pair. (Select 2)
APPLY: Scanner scope (Module 2 lab): port_scan.py with HOST = "127.0.0.1" reports OPEN on 8080. What does that mean, and what do you not change?
APPLY: secrets versus random (Module 3): gen_password.py for YOUR manager. Correct primitive and forbidden follow-up?
APPLY: Log parse (Module 3): Counter ranks 203.0.113.10 on YOUR fictional sample_auth.log. Best read?
APPLY: Regex IP (Module 4): re.compile + search + group(1) pulled an IPv4 from a fixture line. What is that capture?
APPLY: Hardcoded keys (Module 4): os.environ.get("SOC_API_KEY") is missing; a teammate pastes a live token into the .py and wants to git push. Your call?
APPLY: Hash integrity (Module 4 lab): SHA-256 of integrity-demo.txt changes after one appended line. True meaning?
APPLY: Topic 8 tease: after Python for Security, Cryptography Basics starts. Which next-lesson read is honest, and which gray zone stays closed?