High-agency people genuinely believe that reality is negotiable in a "there are always more levers to pull" way. It's about having this bone-deep conviction that if you keep poking at something from different angles, eventually something will give.
What is new in a crypto wallet extension these days?
When I was working on one, in '23-24, the side panel was something that came up. Swaps, Bridges, and NFTs (it was big back then) were some common things.
What is new today?
Perps inside wallet? Don't they redirect to the dashboard for a good user experience?
Yesterday I was having this thought, is this because it takes time for a thing in a big org? What I have read and heard on the internet is that in a big org, there are many layers through which a decision has to go, so could that be a reason to not see the outcome of tokens getting spent?
Suppose there are 1000 folks on a $200 per month plan, that is $200,000 in a month, but the thing they worked on itself took more than a month to pass all the layers and to go public, could that be an issue?
Pi is building Pi.
Installed the Agent Friendly Code skill in the codebase and ran it.
Pi has a 91.4 score, after Codex, which has 91.7 out of 100.
@mitsuhiko
I was checking the project on GitHub. It felt a lot like Agent Friendly Code. You can use it as a Skill and can also use it on GitHub Action, like AFC.
AFC also has a dashboard, which might not make sense for React Doctor.
Gg!
Does it make sense to know which agent was used on a project? I know this does the revelation if anyone is saying anything otherwise, but does it make sense?
In my first semester of undergrad, when I was doing C , I had read that to name a variable, one thing you can do is remove all the vowels from the word, like "rabbit" will become "rbbt".
Does that still hold? Does AI use that?
What will be the value of 4 factorial?
To find 4! = 4 * 3!
3! = 3 * 2!
2! = 2 * 1!
And, we know 1! is 1.
Can we say f(x) = x * f(x-1)?
That is Recursion.
You have a base terminating value, 1! = 1.
And, you are calling the same function with a smaller input till it reaches the terminating value.