Benn Tan

[Dmitrii Kovanikov @ChShersh]

Ngl, it felt good to know enough C++ to see a mistake in the official Tip of the Week article by Google

[Armin Ronacher ⇌ @mitsuhiko]

When I struggle to structure my thoughts about what's happening I turn to writing. Today about the recent US Anthropic ban news, what it says about power and dependency, and what it should mean for Europeans and citizens of the world. It's a long one. https://t.co/6dpw0QOQeO

[Benn Tan @BennTan3]

@avrldotdev @zaiphirion yes but your toy C snippet doesn’t fully emulate the Apple code example. in your case auth access is always denied. but in the Apple code they had more steps like verifying the cert signature after the duplicate goto fail so it was effectively getting bypassed

[kushalpsv @kushal_psv]

@ajaykgp @ChShersh I think it might be something similar to this one
https://t.co/PgN3Trz77u
there is no need to think about whether it should mid + 1 or -1 etc

[Benn Tan @BennTan3]

@zeyu1337 curious if this is a sustainable moat though? especially given that cost of compute / inference can (and will) eventually trend down

just genuinely curious

[Benn Tan @BennTan3]

@akramcodez ffmpeg

[Sagar Shiroya @sagarshiroya_x]

Database connections are expensive.
Opening and closing them on every request?
Even worse.

I wrote a simple breakdown on how connection pooling actually works and why it matters

Link: https://t.co/4f2d87UduQ

#Database #SytemDesign

[Tech with Mak @techNmak]

You can get it here:

https://t.co/UFQHiFpZIS

[Benn Tan @BennTan3]

@anuraggoel @golang @render isn’t 58k rps super slow ?

[trish @TrisH0x2A]

List of C/C++ Project Ideas in Networking Programming 🔗

Here's a collection of practical projects with references to help you get started:

1. Let's Code a TCP/IP Stack

- Part 1: Ethernet & ARP https://t.co/OdOCylNGBT
- Part 2: IPv4 & ICMPv4 https://t.co/Cwo9gIucPh
- Part 3: TCP Basics & Handshake https://t.co/EpSvtxtvlV
- Part 4: TCP Data Flow & Socket API https://t.co/eA2ONc6jPl
- Part 5: TCP Retransmission https://t.co/7aNKjpIPRQ

2. Programming concurrent servers

- Part 1 - Introduction https://t.co/mX5cEqtoaQ
- Part 2 - Threads https://t.co/PAS8k9fFmj
- Part 3 - Event-driven https://t.co/XO6nCrxxu7
- Part 4 - libuv https://t.co/UPEq4WmuBs
- Part 5 - Redis case study https://t.co/RrL1ReXi0g
- Part 6 - Callbacks, Promises and async/await https://t.co/Lfe308n0mg

3. MQTT Broker from scratch
- Part 1 - The protocol https://t.co/fIVVkitwBK
- Part 2 - Networking https://t.co/ODJ5XKDd9T
- Part 3 - Server https://t.co/wlpK6HdIoI)
- Part 4 - Data structures https://t.co/3Vqf1fqhhV
- Part 5 - Topic abstraction https://t.co/cJX4342e5L
- Part 6 - Handlers https://t.co/Vv6eZF83Sb
- Bonus - Multithreading https://t.co/ghUGwkfaRw

[Benn Tan @BennTan3]

@avrldotdev why can’t the rider’s devices use long polling? seems a bit expensive to spin up 1 websocket server per rider

[Elliot Arledge @elliotarledge]

this will take you 5 mins to go through and is a solid starting point before touching the GPU

[Vivek Galatage @vivekgalatage]

Understand the impact of branching

https://t.co/04FZLB69vw

[yashaswi. @pixperk]

https://t.co/RabQJDdpij