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# -*- coding: utf-8 -*- | |
# Copyright (C) 2017 by Akira TAMAMORI | |
# This program is free software; you can redistribute it and/or modify it under | |
# the terms of the GNU General Public License as published by the Free Software | |
# Foundation, either version 3 of the License, or (at your option) any later | |
# version. | |
# | |
# This program is distributed in the hope that it will be useful, but WITHOUT |
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AA | |
AAA | |
Aachen | |
Aachener | |
Aachenerin | |
Aachenerinnen | |
Aachenern | |
Aacheners | |
Aachens | |
Aal |
Bash is the JavaScript of systems programming. Although in some cases it's better to use a systems language like C or Go, Bash is an ideal systems language for smaller POSIX-oriented or command line tasks. Here's three quick reasons why:
- It's everywhere. Like JavaScript for the web, Bash is already there ready for systems programming.
- It's neutral. Unlike Ruby, Python, JavaScript, or PHP, Bash offends equally across all communities. ;)
- It's made to be glue. Write complex parts in C or Go (or whatever!), and glue them together with Bash.
This document is how I write Bash and how I'd like collaborators to write Bash with me in my open source projects. It's based on a lot of experience and time collecting best practices. Most of them come from these two articles, but here integrated, slightly modified, and focusing on the most bang for buck items. Plus some ne
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/* | |
This example uses Scala. Please see the MLlib documentation for a Java example. | |
Try running this code in the Spark shell. It may produce different topics each time (since LDA includes some randomization), but it should give topics similar to those listed above. | |
This example is paired with a blog post on LDA in Spark: http://databricks.com/blog | |
Spark: http://spark.apache.org/ | |
*/ | |
import scala.collection.mutable |
- F-Words - Functional Programming Terms With More Than Four Letters - Calvin Bottoms
- Reactive Game Development For The Discerning Hipster - Bodil Stokke
- Erlang Patterns Matching Business Needs -- Torben Hoffman
- Equivalence Classes, xUnit.net, FsCheck, Property-Based Testing -- Mark Seemann
- Functional programming design patterns -- Scott Wlaschin
- Write Your Own Compiler in 24 Hours -- Phillip Trelford
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/* jshint node:true, mocha:true, eqnull:true, esnext:true */ | |
'use strict'; | |
var chai = require('chai'), | |
assert = chai.assert, | |
expect = chai.expect; | |
var request = require('request'); | |
var jsdom = require("jsdom"); |
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class CreateTheme | |
{ | |
public int Id; | |
public int AccountId; | |
public string Name; | |
public Optional<string> Description; | |
} | |
static void Handle(IUnitOfWork uow, CreateTheme cmd) | |
{ |
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import Data.List | |
-- Transform cells into next iteration | |
nextTurn :: (Integral a) => [(a,a)] -> [(a,a)] | |
nextTurn space = [(x, y) | (x,y,_) <- [head xs | xs <- cells space, length xs == 3 || (length xs == 4 && True `elem` ([x | (_,_,x) <- xs]))]] | |
-- Cells grouped by their coordinates | |
cells :: (Integral a) => [(a,a)] -> [[(a,a,Bool)]] | |
cells space = groupBy (\(x1,y1,_) (x2,y2,_) -> x1 == x2 && y1 == y2) (sort (neighbourhood space)) |
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module DapperFSharp = | |
open System.Data.SqlClient | |
open System.Dynamic | |
open System.Collections.Generic | |
open Dapper | |
let dapperQuery<'Result> (query:string) (connection:SqlConnection) = | |
connection.Query<'Result>(query) | |
let dapperParametrizedQuery<'Result> (query:string) (param:obj) (connection:SqlConnection) : 'Result seq = |
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