Which of the following can be used as a countermeasure against the SQL injection attack?Each correct answer represents a complete solution. Choose two.
Ugh, I'm not sure about this one. I know SQL injection is a big security risk, but I'm not totally confident in my knowledge of the countermeasures. I'll have to review my notes and try to eliminate the wrong answers.
Easy peasy! The answer is definitely A and D - mysql_real_escape_string() and Prepared statements. Those are the classic ways to protect against SQL injection. I've got this one in the bag.
Okay, let me think about this... I know prepared statements are a good way to avoid SQL injection, but I'm not sure about the other options. I'll have to think this through carefully.
Hmm, this looks like a tricky one. I think I'll go with option A and D - mysql_real_escape_string() and Prepared statements. Those seem like the most reliable ways to prevent SQL injection attacks.
I'm feeling confident about this one. Based on my understanding, the auditee, or the organization being audited, is responsible for preparing the corrective action plan to address any nonconformities or areas for improvement identified during the audit process.
I'm feeling a bit 'session_regenerate_id()' after that question. But in all seriousness, D is the way to go. Prepared statements are the real deal when it comes to SQL injection. The other options might help, but they're like trying to stop a freight train with a toothpick.
I'm just going to go ahead and choose options A and C. Why? Because I'm feeling a little 'mysql_real_escape_string()' today, if you know what I mean. But seriously, D is the way to go - it's the 'Prepared statement' of all countermeasures.
Well, look at that! My grandma could have told you that prepared statements are the way to go. Anything else is just putting a band-aid on a bullet wound. Although I do like the sound of 'session_regenerate_id()' - maybe it can make my password look extra secure.
Hmm, I'm torn between options A and D. Escaping strings is important, but prepared statements are the real powerhouse against SQL injection. Gotta cover all our bases, right?
I'm pretty sure option D is the way to go - Prepared statements are the gold standard for preventing SQL injection. The other options might help in other ways, but they don't directly address the injection vulnerability.
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