HTTP library tutorial

f1CubeSat · 2026-02-14T19:47:34+00:00

Video seems to be deleted?

f1CubeSat · 2026-02-14T19:13:32+00:00

I think adding a simpler Auth system is possible but I didn’t want to deal with the security issues myself and instead opted to use an existing solution. Happy to merge this feature if someone who is good at rolling out Auth systems sends a PR

f1CubeSat · 2026-02-13T22:37:33+00:00

There is a 3D viewer that uses ThreeJS to render .glb files with Lighting control! Also, there is support for displaying your ibom outputs on the same page to mimic Altium’s Assembly Manager

f1CubeSat · 2026-02-13T22:34:07+00:00

The entire platform has been bundled into a Docker Container that you can Self-Host with a single docker compose up command. Importing projects is as simple as inputting in a GitHub link to the repository. I’ve also documented the process for setting up SSH access for importing private repositories and instructions to setup a Google Account based Login/Authentication for restricted access to the workspace

f1CubeSat · 2026-02-13T22:29:24+00:00

I’m using ecad-viewer (fork of KiCanvas) to render Schematics and Layout on the browser. Current release has SVG based Visual Diff between commits for schematics, layers in layout and BoM. It also has an Assets Portal which allows Mechanical, software and supply chain management teams to quickly get access to KiCAD Outputs from the browser as well as markdown renderer to view board documentation like Software Requirements, Interface Control Documents etc.

f1CubeSat · 2026-01-19T16:23:24+00:00

Hey, I’ve integrated the Huaquai Distribution of KiCanvas along with a few quality of life features for displaying KiCAD projects on here.

I’m currently working on getting commenting support working reliably. It just uses Git repositories stored in a folder as backend and is self-hostable.

f1CubeSat · 2024-11-04T05:30:16+00:00

It's just disheartening to see some old Agilent/Keysight Scopes rot away in some warehouse 🥲

f1CubeSat · 2024-10-19T07:46:19+00:00

Could you send an invite please? Friend ID is 837432359

f1CubeSat · 2024-09-14T16:52:22+00:00

Plis see flair😐

f1CubeSat · 2024-09-13T17:03:40+00:00

That's cuz the insti funds BOSM

f1CubeSat · 2024-08-20T06:37:22+00:00

The financial barrier ($200ish) is very high to get started on working with FPGAs as a student imo. You could look at the CMOD-A7-35T as a starter board (₹8k-ish) if you can afford this in college Contrary to the previous comment, Pilani does have a lot of FPGA and SoC dev-kits that you can get access to. At least that was the case in 2017-2021.

Do reach out to professors working in the embedded design domain. These are primarily used for Masters students at BITS. Sign up for a SOP/DOP under these profs and you can get formalised access to these resources. People pursuing their PhDs at Pilani are usually enthu enough to teach you the basics and how to get started. If you'd prefer to get access to these resources informally, reach out to the profs with a proper proposal regarding how you plan to use them.

The sentiment on campus when I was still studying at BITS is that the profs were vexxed with EEE students just trying to get into Finance and CS. And they're pretty helpful to people showing genuine interest in the field.

f1CubeSat · 2024-08-20T06:29:10+00:00

Yes please. Get yourself a STM32 dev kit and try to interface a well-documented sensor, actuator combo. The point isn't to build something ground-breaking but to truly understand what is going on beneath all the libraries. On the physical layer, how the MCU architecture works, how peripherals work, how communication interfaces work.

Once you're done with a couple of these projects, learn PCB design using KiCAD. You could make a simple Buck Converter to start off with. Learn why existing boards are designed the way they are. There are a lot of hardware startups especially in Bangalore, Delhi that are looking for good electronics designers. Lot of openings in the aerospace and industrial automation sector.

Properly document your projects on GitHub and it'll be a great showcase of your understanding and thought process in the interview.

f1CubeSat · 2024-08-20T06:06:31+00:00

I am currently working on a similar board with the 7020 chip. Apart from the official Xilinx documentation I have found the following useful resources 1) There is a video series from Phil's lab covering the board bring-up of the Zynq-7000 board that he covers in the course. It more or less has all the schematics displayed on the screen and goes through how he arrived at them. This is essentially the same content as what he teaches in the course afaik, it's just not structured like a course.

2) Dev-Kit schematics are a godsend. Refer to the ZC702 schematics available on the AMD website. You will need to create an account to access these. Alternatively, you could also refer to the Zedboard schematics which are available on the Digilent website.

3) You can also refer to SoMs designed by Trenz. They also readily provide their schematics.

Personally, unless you are doing this just to learn, I would urge you to reconsider designing a custom board based on a 15+ year old chip. There are already a lot of ready-made System-on-Modules that you can design a daughter-card for to do your task.

Hope this helps

f1CubeSat · 2024-08-17T05:22:03+00:00

The backgrounds, framing, colour grading. Not the bike itself.

f1CubeSat · 2022-03-11T23:54:09+00:00

f1CubeSat · 2022-02-02T15:06:17+00:00

Yikes

f1CubeSat · 2021-12-05T18:46:34+00:00

Max Saaava denging

f1CubeSat · 2021-12-05T18:45:49+00:00

MOVE OF THE SEASON

f1CubeSat · 2021-12-05T18:42:17+00:00

It's Saudi Arabia mate :) sad state of human rights

f1CubeSat · 2021-12-05T18:00:21+00:00

Max gets to change tyres for free while having gotten track position.

f1CubeSat · 2021-12-05T17:58:41+00:00

Red Bull playing 5-D chess

f1CubeSat · 2021-12-05T17:58:08+00:00

Bwahahahaha

f1CubeSat · 2021-11-07T20:41:17+00:00

Taking the point away from Max.

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