Now I have a complete picture...

Before the vibe coding era, production bugs were really interesting to solve, but in this era, I see bugs that are just annoying, like how did this code even went till prod.

If you think that DSA is not useful in your job, then I think you have never looked under the abstraction layer.

Do you hate reviewing AI generated pull requests? If yes, then why?

Consider yourself extremely lucky if you have a safe job at this point.

I am sick of people who are vibe coding entire services, without design thinking.

🌅

In Mumbai rn, drop your best spots.

🤣🤣

Let’s see how this goes.

35,064 unforgettable hours • 2,103,840 beautiful minutes • 126,230,400 precious seconds

🏆 Winners: (in no specific order) @NIKHIL_100x @atharvaunde59 @aniketpatidar01 @ishaangtwt @Shwet_prakash1 @eight_bit_byte @divikkk1 @techxsarthak @runtimeerror55 @IamShreyaPorwal @avikm744 @Deeksha__1502 @rajrao121 Please check your DMs for the next steps. x.com/sunnykgupta/status/202…

...... an access exclusive lock would be acquired on the view until the view is created again in the transaction, so to ensure minimum locking period, I created a temporary materialized view -> dropped the original view -> renamed the temp view to original one.

PostgreSQL doesn’t let you change the query behind a materialized view. How would you modify it without downtime?

Amazing story! My parents were very strict, my father even disconnected our cable connection till Class 12 to make sure I focused on my studies.

Ever seen this in HTTP request? Connection: keep-alive …and wondered what this actually does? It tells the browser/server not to close the TCP connection after a request. Browsers keep these connections in a connection pool and reuse them for future requests for a host.

Recently getting intermittent internet issues on my MacBook. Wi-Fi works fine on my phone, so it’s not the router. Mac connects, drops, then reconnects. Any fix?

Ever wondered how password managers actually keep your secrets safe without knowing them? 🔐 ​It feels like a leap of faith to put all your passwords in one "vault." But behind the scenes, services like NordPass, 1Password, and Bitwarden use a brilliant security architecture that ensures they never actually see your data. ​The Magic Happens on Your Device, Not Theirs ​The secret to this security is that your Master Password never leaves your phone or computer. Instead of sending your password to the web, your device uses it as a blueprint to build a local "Secret Key" using an algorithm called Argon2id. ​The Flow: ​Input: You type your Master Password. ​Transform: Your device converts it into a 256-bit secret key. ​Encrypt: Your passwords are scrambled using XChaCha20-Poly1305 or AES-256. ​Sync: Only that scrambled, unreadable data is sent to the server. ​Why This Makes You Untouchable ​This is called Zero-Knowledge Encryption. Even if a hacker managed to breach the provider's servers, they would walk away with nothing but "encrypted blobs." ​The Server is Blind: The server only stores a hash (a one-way fingerprint) to let you log in. This hash cannot be used to decrypt your vault. ​The Key is Yours: The actual encryption key is derived locally every time you log in. It’s never stored on a disk and never uploaded to the cloud. ​Total Portability: When you get a new phone, you aren't "downloading" your key; your new device simply rebuilds it the moment you type your password. ​The Bottom Line ​The server stores the locked box, but you carry the only key in your head. Your device builds that key on demand, uses it, and then vanishes it from memory.