| #include <stdio.h> | |
| #include <stdlib.h> | |
| // calls `snprintf` with the correct fizbuz result. | |
| // | |
| // Note: zero modulus is questionable... but we assume it's fine. | |
| // | |
| // A response to Kevlin Henney's talk from 2019: https://youtu.be/SFv8Wm2HdNM | |
| int fizzbuzz(char *dest, unsigned long dest_len, unsigned long num) { | |
| // construct bit based result for the 4 possible states of fizbuz |
This is a proof of concept for Rack based Websocket connections, showing how the Rack API can be adjusted to support server native real-time connections.
The chosen proof of concept was the ugliest chatroom I could find.
Although my hope is that Rack will adopt the concept and make env['rack.websocket?'] and env['rack.websocket'] part of it's standard, at the moment it's an Iodine specific feature, implemented using env['iodine.websocket'].
| #!/usr/bin/env ruby | |
| # encoding: UTF-8 | |
| require'json' | |
| def yank | |
| gemname = (ARGV.index('-g') && ARGV[ARGV.index('-g') + 1]) || (puts('Please enter gem name:') || gets.strip) | |
| data = JSON.parse `curl -s https://rubygems.org/api/v1/versions/#{gemname}.json` | |
| versions = data.map {|v| v['number']} .reverse | |
| puts "\n\n#{gemname} versions: #{versions.join ', '}" | |
| puts "\nHow many versions to yank (starting at the first release) (none/ALL/number)?" |
