A collection of useful Git commands for everyday development, with explanations and examples.
Basic Operations
View commit history:
git log
A collection of useful Git commands for everyday development, with explanations and examples.
View commit history:
git log
Note
This is still a work in progress, I have hit another brick wall getting traffic to mirror to the pi correctly, which has proved a lot more difficult when first starting this project. Either way it should be an interesting project to finsih when i can afford to spend a little on some better hardware (I'm thinking I need a better router for this to properly work).
Interesting side note about LLMs: I use llms like claude and chatgpt quite regularly (very similar to how I would use a search engine a few years ago). One thing I've noticed is how terrible llms are at networking and security information. The recommendations are almost always logically incorrect. For example, chatgpt keeps thinking a viable soultion to capturing all traffic on a WIFI network I'm connected to, is monitor mode on a wifi card, but hopefully if you're reading this you understand this is a garbage repsone, yet every fresh context the llms get this wrong. I think I know why... When i first started getting into ethical hacking, I would read these guides online that would seemingly tell you how to bypass security on device; however, the articles would almost always take you down a rabbit hole then get to point where there's a non trivial barrior (tpically cryptography), and then just skip that step and jump to some wild conconlusion. Anyway, given the sheer number of disinformation articles online, it's no wonder why LLMs are so poorly trained on this topic, they have simply digested as much, if not more, bad data then good data, which just goes to show the actual illusion of thought.
I was able to obliterate class averages in university by using the following techniques. I want to preface this guide by stating that I’m not that intelligent. I struggled at the end of high school and even had to go back to upgrade to get into university. I will boast that I have some natural talent and abilities with problem-solving, which is why I chose to go into computer science and mathematics, but I am not one of those individuals with seemingly preternatural abilities. I mention this because I believe if anyone reads this guide and takes my advice, he or she can rise to the top of university classes.
Warning
Do not repeat anything in this article, if you are not qualified. AC current can easily kill you! You have been warned.
This article is coming soon (probably winter 2025), I just have to improve my design (my first breadboard version melted after a few minutes) which requires more time and money. Anyway my motivation for building: It is so wonderfully easy to go from Ac to DC. You just use a half or full bridge rectifier. In theory, it's very simple and can be seen on almost every modern device that plugs into the wall (To be fair there's a lot more engineering involved). However, going from DC to AC is another story.
Included are a couple of interesting photos, video, and a GIF, I captured with a DJI mini 4 pro.
I first started getting into quads in 2022. My first quad was a freestyle beast, and naturally, I had a ton of fun doing flips, dives, and of course crashing. I destroyed both my ancient GoPro Hero 2 and my more modern GoPro Hero 8. As enjoyable as freestyle is, it becomes extremely expensive having to constantly replace props, motors, ECSs, control boards, antennas, cameras, etc; and is unideal for Canada's overly strict regulations (FPV requires a spotter as per the VLOS rule). I found myself wanting to try something easier to fly and overall much cheaper.
About a year ago, I bought this Amazon mill for about 200$ CAD on a local marketplace. I had absolutely no idea if it worked, furthermore, the electronics were in pieces so a bit of a gamble for sure. In this post, I will explain how I got it in working condition and tell you if this type of used equipment (Amazon/Chinese mill, 3D printers, etc) is worth buying.
In this post, we'll dive deep into the mechanics of rotary encoders and potentiometers and provide some simple code.
While both devices are essential for measuring rotational movement, they have distinct ways of operating. Rotary encoders generate digital signals, capturing both the degree of rotation and its direction – perfect for projects where precision is key. Potentiometers act as variable resistors, offering an analog output that's invaluable for its simplicity.