Lithium batteries wear more quickly when fully charged but of course you need the capacity on the move. Here's a solution: When at home, charge to 85% and 100% when not connected to your home network (wired or wireless).
Pre-requirements: Linux, NetworkManager
| {-# LANGUAGE RecordWildCards #-} | |
| module Korttipeli where | |
| import Control.Monad.State | |
| decodeValue :: Integer -> State Integer Integer | |
| decodeValue n = state $ \s -> let (s', ord) = divMod s n | |
| in (ord, s') | |
| decodeValues :: Traversable t => t Integer -> Integer -> Maybe (t Integer) |
Usage:
lnaddress user@example.com 1000 "Thanks a lot!"
Probably not 100% compliant with LUDS but should almost fulfill LUD-01, LUD-06, and LUD-12.
This gist blocks incoming traffic from
Tor exit nodes. You can also use it to
MARK or redirect the incoming traffic, depending of your needs.
This guide is for IPv4 only, feel free to contribute IPv6 support if you have it.
If your Raspberry Pi is overheating, a common solution is to add a fan. Sometimes it's not feasible and in most cases the computer is runnning smoothly without a fan.
To limit heating, CPU throttling is a solution which keeps your computer not crashing during long compiles or so, but gives out the peak performance for shorter period of times. It depends of your application, if this is good enough solution. For me it is. I like my
| #!/bin/sh -eu | |
| export ydin=`uname -r` | |
| export os=`uname` | |
| lspci | jq -Rs '{os: env.os, ver: env.ydin, laitteet: split("\n") | map(capture("^[^ ]* (?<key>[^:]*): (?<value>.*)$") ) | from_entries}' |