swr1bm86

# Copy and self modified from ys.zsh-theme, the one of default themes in master repository
# Clean, simple, compatible and meaningful.
# Tested on Linux, Unix and Windows under ANSI colors.
# It is recommended to use with a dark background and the font Inconsolata.
# Colors: black, red, green, yellow, *blue, magenta, cyan, and white.
# http://xiaofan.at
# 2 Jul 2015 - Xiaofan

# Machine name.
function box_name {

swr1bm86

# Copy and self modified from ys.zsh-theme, the one of default themes in master repository
# Clean, simple, compatible and meaningful.
# Tested on Linux, Unix and Windows under ANSI colors.
# It is recommended to use with a dark background and the font Inconsolata.
# Colors: black, red, green, yellow, *blue, magenta, cyan, and white.
# http://xiaofan.at
# 2 Jul 2015 - Xiaofan

# Machine name.
function box_name {

swr1bm86

# Copy and self modified from ys.zsh-theme, the one of default themes in master repository
# Clean, simple, compatible and meaningful.
# Tested on Linux, Unix and Windows under ANSI colors.
# It is recommended to use with a dark background and the font Inconsolata.
# Colors: black, red, green, yellow, *blue, magenta, cyan, and white.
# http://xiaofan.at
# 2 Jul 2015 - Xiaofan

# Machine name.
function box_name {

swr1bm86

//https://stackoverflow.com/questions/24309309/how-to-use-boost-preprocessor-to-generate-accessors

#include <boost/preprocessor.hpp>

#define CREATE_MY_MACRO_PLACEHOLDER_FILLER_0(X, Y, Z)  \
    ((X, Y, Z)) CREATE_MY_MACRO_PLACEHOLDER_FILLER_1
#define CREATE_MY_MACRO_PLACEHOLDER_FILLER_1(X, Y, Z)  \
    ((X, Y, Z)) CREATE_MY_MACRO_PLACEHOLDER_FILLER_0
#define CREATE_MY_MACRO_PLACEHOLDER_FILLER_0_END
#define CREATE_MY_MACRO_PLACEHOLDER_FILLER_1_END

swr1bm86

/*
 * Minimal C++ implementation of Functor, Monad and Maybe.
 *
 * Requires c++0x variadic templates and lambda expressions:
 * 
 *      g++ -std=c++0x main.cpp -o main
 *
 * fmap, monadic bind and return implementations for std::vector
 * and Maybe.
 *

swr1bm86

There's a couple of ways, one way is

• Get search results
  • Do SPC / and type in your search string
  • or SPC x S and search string - where x is your scope indicator (p for project, d for directory, etc..)
• Once you have the occurences you want, hit C-c C-e inside the helm buffer to put all your match occurences and puts them into a special buffer called the edit buffer or something like that
• in that buffer you can use any commands you'd normally use on a buffer
• the C-c C-c to commit your changes.

swr1bm86

foo :: Int -> Int
foo a = a + 1

bar :: Int -> Int
bar a = a - 1

foobar' :: Int -> [Int]
foobar' = sequence [foo, bar]

foobar :: Int -> Int

swr1bm86

(defn Y [f]
  ((fn [x] (x x))
   (fn [x]
     (f (fn [& args]
          (apply (x x) args))))))

(def fib
  (fn [f]
    (fn [n]
      (condp = n

swr1bm86

* in scala

List(1,2,3).flatMap(x => Some(x))

* in swift

[1,2,3].flatMap{(n:Int) -> Int? in Optional(n)}

swr1bm86

{-# LANGUAGE GeneralizedNewtypeDeriving #-}

module Language.Brainfuck.Parser
       (parse)
       where

import Control.Monad.Except
import Control.Monad.State

data ParseError = Unexpected Char