> but legally you're not doing a clean room implementation, you're looking at the original and creating a new functional replacement Interesting legal question: if Claude reverse engineers the original and writes a…
Checked my connection via VPN by Google/Cloudflare WARP: "Proxy/VPN not detected"
In your code, you don't have to use exceptions to indicate a failure but you still have to catch exceptions thrown by third-party libraries (or their dependencies). It is not easy to stay away from exceptions if your…
"Job by distribution" was no secret and it is a well-known thing among people from post-soviet countries. Graduates were obliged to work at assigned place, usually for three years.
It was illegal not to work in the Soviet Union. There was even a name for such people who weren't officially employed - "tuneyadets". [1] https://en.wikipedia.org/wiki/Parasitism_(social_offense)
It will have BRAM. There’s a detailed information about one of these ICs in their software - ForgeFPGA Workshop. SLG47910V has: 32kb of BRAM; 900 LUT4 equivalent; 1.8k DFFs; 5kb of distributed RAM; integrated 50MHz OSC,…
> but legally you're not doing a clean room implementation, you're looking at the original and creating a new functional replacement Interesting legal question: if Claude reverse engineers the original and writes a…
Checked my connection via VPN by Google/Cloudflare WARP: "Proxy/VPN not detected"
In your code, you don't have to use exceptions to indicate a failure but you still have to catch exceptions thrown by third-party libraries (or their dependencies). It is not easy to stay away from exceptions if your…
"Job by distribution" was no secret and it is a well-known thing among people from post-soviet countries. Graduates were obliged to work at assigned place, usually for three years.
It was illegal not to work in the Soviet Union. There was even a name for such people who weren't officially employed - "tuneyadets". [1] https://en.wikipedia.org/wiki/Parasitism_(social_offense)
It will have BRAM. There’s a detailed information about one of these ICs in their software - ForgeFPGA Workshop. SLG47910V has: 32kb of BRAM; 900 LUT4 equivalent; 1.8k DFFs; 5kb of distributed RAM; integrated 50MHz OSC,…