I've tried freeBSD in a Raspberry Pi 1, but I couldn't get any binaries precompiled for ARM :(. I would like to have an easy way to cross-compile ports from my main machine.
Thanks :) Actually, this lib needs root access in the computer. It is intended to be used as a module in MIG (Mozilla InvestiGator), which is an agent that lives in servers and can receive commands.. So it is mostly the…
Oh God. I spent hours trying to understand how it works, when I saw it yesterday :/ I wish I had seen your link!
Just an FYI for anyone reading: It's not the multiplicative inverse of 10 modulo 2^64. Multiplying by it only works if the number is divisible by 10. What it's happening here is something more clever: let z be: (2^67 +…
Once you have a mixed graph (One-way streets and two-way streets), the problem is known as the Mixed Chinese Postman Problem and is NP.
I think that AMD Developer Guides & Manuals [1] are very good resources for x86_64 System Programming (better than Intel Manuals). They are better explained and focus on x86_64 arch. [1]:…
I've tried freeBSD in a Raspberry Pi 1, but I couldn't get any binaries precompiled for ARM :(. I would like to have an easy way to cross-compile ports from my main machine.
Thanks :) Actually, this lib needs root access in the computer. It is intended to be used as a module in MIG (Mozilla InvestiGator), which is an agent that lives in servers and can receive commands.. So it is mostly the…
Oh God. I spent hours trying to understand how it works, when I saw it yesterday :/ I wish I had seen your link!
Just an FYI for anyone reading: It's not the multiplicative inverse of 10 modulo 2^64. Multiplying by it only works if the number is divisible by 10. What it's happening here is something more clever: let z be: (2^67 +…
Once you have a mixed graph (One-way streets and two-way streets), the problem is known as the Mixed Chinese Postman Problem and is NP.
I think that AMD Developer Guides & Manuals [1] are very good resources for x86_64 System Programming (better than Intel Manuals). They are better explained and focus on x86_64 arch. [1]:…