%%%%%%%%%%%%%%%%%%%%%%%%%%%
Title = "Short Message Chess Game Protocol"
abbrev = "Short Message Chess Game Protocol"
category = "info"
docName = "smcgpv1-draft"
ipr = "full3978"
[pi]
private = "yes"
class String | |
def to_r | |
a = self.partition(/\(.+?\)/) | |
fail "No range in string" if a[0].empty? | |
fail "Invalid range #{a}" if a.select { |v| v.match(/[A-Za-z]/) } | |
eval a[1] | |
end | |
def to_r_leading_zero | |
a = self.partition(/\(.+?\)/) |
If you want, I can try and help with pointers as to how to improve the indexing speed you get. Its quite easy to really increase it by using some simple guidelines, for example: | |
- Use create in the index API (assuming you can). | |
- Relax the real time aspect from 1 second to something a bit higher (index.engine.robin.refresh_interval). | |
- Increase the indexing buffer size (indices.memory.index_buffer_size), it defaults to the value 10% which is 10% of the heap. | |
- Increase the number of dirty operations that trigger automatic flush (so the translog won't get really big, even though its FS based) by setting index.translog.flush_threshold (defaults to 5000). | |
- Increase the memory allocated to elasticsearch node. By default its 1g. | |
- Start with a lower replica count (even 0), and then once the bulk loading is done, increate it to the value you want it to be using the update_settings API. This will improve things as possibly less shards will be allocated to each machine. | |
- Increase the number of machines you have so |
#!/bin/bash | |
function proxtun(){ | |
#Validity check of settings | |
if [ ! -e ~/.proxtun ]; then | |
echo "No proxy user/host set. Please set up a remote machine with SSH" | |
echo "tunneling capability (with keys) and then put that user@host in" | |
echo "~/.proxtun" | |
return 5 | |
fi | |
tunhost=`cat ~/.proxtun` |
from flask import Flask | |
import thread | |
web = Flask(__name__) | |
class AwesomeClass(object): | |
def __init__(self): | |
thread.start_new_thread(web.run, ()) | |
self.some_important_var = "spam" | |
%%%%%%%%%%%%%%%%%%%%%%%%%%%
Title = "Short Message Chess Game Protocol"
abbrev = "Short Message Chess Game Protocol"
category = "info"
docName = "smcgpv1-draft"
ipr = "full3978"
[pi]
private = "yes"
import java.util.*; | |
import java.math.BigDecimal; | |
import java.math.RoundingMode; | |
import java.util.stream.*; | |
class Main { | |
private static class tripleCandidate { | |
BigDecimal a; | |
BigDecimal b; |
[Unit] | |
Description=Red-DiscordBot | |
After=Network.target | |
[Service] | |
Type=simple | |
#Yeah, it's discouraged to run as root, but this is a single purpose VM. Change user appropriately, and make sure to update the workingdirectory. | |
User=root | |
ExecStart=/usr/bin/python3.5 /root/Red-DiscordBot/red.py | |
Restart=on-abort |
$ EMACS=$(which emacs) brew install mu --with-emacs --verbose | |
=> Downloading https://github.com/djcb/mu-releases/raw/master/mu-0.9.16.tar.gz | |
Already downloaded: /Library/Caches/Homebrew/mu-0.9.16.tar.gz | |
==> Verifying mu-0.9.16.tar.gz checksum | |
tar xvzf /Library/Caches/Homebrew/mu-0.9.16.tar.gz | |
x mu-0.9.16/ | |
x mu-0.9.16/COPYING | |
x mu-0.9.16/TODO | |
x mu-0.9.16/Makefile.in | |
x mu-0.9.16/guile/ |
$ brew install mu --with-emacs --verbose | |
==> Downloading https://github.com/djcb/mu-releases/raw/master/mu-0.9.16.tar.gz | |
Already downloaded: /Library/Caches/Homebrew/mu-0.9.16.tar.gz | |
==> Verifying mu-0.9.16.tar.gz checksum | |
tar xvzf /Library/Caches/Homebrew/mu-0.9.16.tar.gz | |
x mu-0.9.16/ | |
x mu-0.9.16/COPYING | |
x mu-0.9.16/TODO | |
x mu-0.9.16/Makefile.in | |
x mu-0.9.16/guile/ |
Streamer plays SMB3 (or similar NES game) using the BizHawk Real Time corruptor mod.
Hotkeys are mapped into various RTC functions, by a bot that hangs out in the twitch chat.
One random viewer is chosen. They have 30 seconds to !roll a d20 equivalent, which determines how many rounds of garbage are injected into the game. Other methods to get extra injections include trivia and puzzles.