vladkotu

(with-out-str
  (->> 'com.fulcrologic.fulcro.dom-server
      ns-publics
      (filter #(re-find #"DOM" (or (get (meta (last %)) :doc) "")))
      (map first)
      (map #(list (str "dom/" %) (list (list "inner" 0))))
      ;; (take 3)
      (clojure.pprint/pprint)))

;; outputs:

vladkotu

/* 
  ##Device = Desktops
  ##Screen = 1281px to higher resolution desktops
*/

@media (min-width: 1281px) {
  
  //CSS
  

vladkotu

• How to generate random string in clojure?
  • What is Character?
  • How to generate random character?
    • Hot to generate random int?
    • What is range of codes for printable symbols?

How to generate random string in clojure?

What is Character?

vladkotu

material-ui allows for customizing CSS via a higher-order component called withStyles. Like many higher-order components which expect render props, the purpose of withStyles is to accept some parameters, and then introduce a new variable into the scope of the component tree.

One succinct and simple way to translate the concept of scope into Clojure is via a custom let macro. Usage of such a macro is demonstrated here:

(:require [material-ui.styles :as m])

(m/let [{:keys [leftPad]} {:leftPad 
                           {:paddingLeft 8}}]
 ;; `leftPad` is now the _className_ associated with {:paddingLeft 8} 

vladkotu

// Simple problems to solve using the native .reduce and .map array methods. Each of these problems can be solved in many
// different ways, but try to solve them using the requested higher order function.

// MAP

// Write a function capitalize that takes a string and uses .map to return the same string in all caps. 
// ex. capitalize('whoop') // => 'WHOOP'
// ex. capitalize('oh hey gurl') // => "OH HEY GURL"
var capitalize = function(string){
  // code code code!

vladkotu

lsof -i :3000    
#COMMAND   PID   ...
#node    20638 ...
#node    20638 ...
sudo kill -9 20638

vladkotu

(ns user
  (:require [clojure.java.classpath]
            [clojure.tools.namespace]
            [clojure.repl :refer :all]
            [clojure.pprint :refer [pprint]]
            [lucid.mind :refer [.? .* .%> .%]])
  (:import [java.util.jar.JarFile]))

;Read more on lucid.mind http://docs.caudate.me/lucidity/lucid-mind.html
;(.%> clojure.lang.PersistentVector)

vladkotu

;/*
;const result = {
;                usd: [10000, 30000],
;                gbp: [9000, 0],
;                eur: [0, 7000],
;                uah: [10000, 0],}
;
;*/

(def transations [[:usd :buy 10000]

vladkotu

const transactions = [
    ['usd', 'buy', 10000],
    ['usd', 'sell', 5000],
    ['gbp', 'buy', 9000],
    ['eur', 'sell', 7000],
    ['uah', 'buy', 10000],
    ['usd', 'sell', 25000],
];

/* 

vladkotu

tasks from interview

transactions

Given intup data (transactions)

const transactions = [
    ['usd', 'buy', 10000],
    ['usd', 'sell', 5000],
    ['gbp', 'buy', 9000],
 ['eur', 'sell', 7000],