acamino

Shortcut — Action

• CTRL + A — Move to the beginning of the line
• CTRL + E — Move to the end of the line
• CTRL + [left arrow] — Move one word backward (on some systems this is ALT + B)
• CTRL + [right arrow] — Move one word forward (on some systems this is ALT + F)
• CTRL + U — (bash) Clear the characters on the line before the current cursor position
• CTRL + U —(zsh) If you're using the zsh, this will clear the entire line
• CTRL + K — Clear the characters on the line after the current cursor position
• ESC + [backspace] — Delete the word in front of the cursor

malarkey

When times get tough and people get nasty, you’ll need more than a killer smile. You’ll need a killer contract.

Used by 1000s of designers and developers Clarify what’s expected on both sides Helps build great relationships between you and your clients Plain and simple, no legal jargon Customisable to suit your business Used on countless web projects since 2008

…………………………

ghoseb

;;
;; NS CHEATSHEET
;;
;; * :require makes functions available with a namespace prefix
;;  and optionally can refer functions to the current ns.
;;
;; * :import refers Java classes to the current namespace.
;;
;; * :refer-clojure affects availability of built-in (clojure.core)
;;   functions.

jvkersch

I found this information somewhere on StackOverflow but I forgot exactly where. I'm paraphrasing what I learned here, for future reference.

SSH uses a Unix socket to communicate with other processes. The socket's path can be found by looking at the environment variable $SSH_AUTH_SOCK. When you re-connect to a tmux session that was started during a previous SSH session, this variable will contain the path of the previous SSH auth socket, and this will cause processes that try to connect to your authentication agent to fail. To fix this, we have to

1. Create a symlink from the auth socket to a fixed path somewhere, so that we can refer to it later on. In ~/.ssh/rc, add

if test "$SSH_AUTH_SOCK"; then
	ln -sf $SSH_AUTH_SOCK ~/.ssh/ssh_auth_sock
fi

monodeep12

Useful keys

These are the keys I use most times I run cmus. If you want to do even more with cmus or change the keybindings, read the help I link to in this page's conclusion.

v - stop playback

b - next track

z - previous track

croepha

// This will open up a prompt for text to send to a console session on digital ocean
//  Useful for long passwords
(function () {        
        var t = prompt("Enter text to be sent to console, (This wont send the enter keystroke)").split("");
        function f() {
                
                var character = t.shift();
                var i=[];
                var code = character.charCodeAt();
                var needs_shift = "!@#$%^&*()_+{}:\"<>?~|".indexOf(character) !== -1

D00mch

Why Flutter needs Clojure

”If you like Java, program in Java. If you like C#, program in C#. If you like Ruby, Swift, Dart, Elixir, Elm, C++, Python, or even C; by all means use those languages. But whatever you do, learn Clojure, and learn it well.” --- Uncle Bob (and several more tweets: 1, 2, 3).

There are lots of articles about Clojure. In this one, I'd like to share my thoughts on the advantages of using it for cross-platform mobile development. Dart programmers are the target audience, but anyone interested in Flutter and/or Clojure is welcome.

A short history of Clojure

Clojure was not created in a hurry (JS), it didn't try to seize the market with a multimillion budget (Java). It wasn't backed by a powerful company (Go, Dart,

thiagokokada

#!/usr/bin/env bb

;; Inspired from https://book.babashka.org/#_running_tests

(require '[clojure.test :as t]
         '[clojure.string :as string]
         '[babashka.classpath :as cp]
         '[babashka.fs :as fs])

(cp/add-classpath "src:test")

madvas

(defn partial-right
  "Takes a function f and fewer than the normal arguments to f, and
 returns a fn that takes a variable number of additional args. When
 called, the returned function calls f with additional args + args."
  ([f] f)
  ([f arg1]
   (fn [& args] (apply f (concat args [arg1]))))
  ([f arg1 arg2]
   (fn [& args] (apply f (concat args [arg1 arg2]))))
  ([f arg1 arg2 arg3]

xzj

--langdef=Clojure
--langmap=Clojure:.clj
--regex-clojure=/\([ \t]*create-ns[ \t]+([-[:alnum:]*+!_:\/.?]+)/\1/n,namespace/
--regex-clojure=/\([ \t]*def[ \t]+([-[:alnum:]*+!_:\/.?]+)/\1/d,definition/
--regex-clojure=/\([ \t]*defn[ \t]+([-[:alnum:]*+!_:\/.?]+)/\1/f,function/
--regex-clojure=/\([ \t]*defn-[ \t]+([-[:alnum:]*+!_:\/.?]+)/\1/p,private function/
--regex-clojure=/\([ \t]*defmacro[ \t]+([-[:alnum:]*+!_:\/.?]+)/\1/m,macro/
--regex-clojure=/\([ \t]*definline[ \t]+([-[:alnum:]*+!_:\/.?]+)/\1/i,inline/
--regex-clojure=/\([ \t]*defmulti[ \t]+([-[:alnum:]*+!_:\/.?]+)/\1/a,multimethod definition/
--regex-clojure=/\([ \t]*defmethod[ \t]+([-[:alnum:]*+!_:\/.?]+)/\1/b,multimethod instance/