michaelmrose

var numerals = [1,4,5,9,10,40,50,90,100,400,500,900,1000];
var ohtheromanity = {1: "I", 4: "IV", 5:"V", 9: "IX", 10: "X", 40: "XL", 50: "L", 
                      90: "XC", 100: "C", 400: "CD",  500: "D", 900: "CM", 1000: "M"};

function convert(n,str="") {
 if (n === 0){return str;}
 else {
   var largestInclusiveNumber = numerals.filter(function(x){return x<=n;}).pop();
   var remainder = n -= largestInclusiveNumber;
   return convert(remainder,str.concat(ohtheromanity[largestInclusiveNumber]));

michaelmrose

A Colored Clojure Repl Via Neovim, Fish, and Lein

We'll start with the assumption that your cwd in vim is set to the directory of a clojure file perhaps via autochdir.

Now with some vimscript we'll start a terminal buffer, set the proper syntax coloring, turn on rainbow parens and only then run lein repl. Note it doesn't work if these aren't done before lein repl.

function! NvimRepl()
 terminal

michaelmrose

A Colored Clojure Repl Via Neovim, Fish, and Lein

We'll start with the assumption that your cwd in vim is set to the directory of a clojure file perhaps via autochdir.

Now with some vimscript we'll start a terminal buffer, set the proper syntax coloring, turn on rainbow parens and only then run lein repl. Note it doesn't work if these aren't done before lein repl.

function! NvimRepl()
 terminal

michaelmrose

    function in-terminal-or-out
      if in-terminal
        eval $argv
      else
        lilyterm -e ff $argv
      end
 end

michaelmrose

function isNotNumber(n){
  return typeof(n) !== 'number';
}

function adder(x){
  if (isNotNumber(x))return;
    return function(y){
             if (isNotNumber(y) || isNotNumber(x)) return;
               return x+y;
             };

michaelmrose

var fs = require('fs');
var q = require('q');
var file = process.argv[2];
var notreal = 24;

function countLinesOfFile(input){
    q.nfcall(fs.readFile,input,"utf-8")
    .then(function(data){
        var n = countLines(data);
        console.log(n);

michaelmrose

var possibleChange = [1,5,10,25,100,500,1000,2000,10000];
var coinValueToName = {1: "PENNY", 5: "NICKEL", 10: "DIME", 25: "QUARTER", 100: "ONE",
                       500: "FIVE", 1000: "TEN", 2000: "TWENTY", 10000: "ONE HUNDRED"};
var coinNameToValue = {"PENNY": 0.01, "NICKEL": 0.05, "DIME": 0.10, "QUARTER": 0.25,
                       "ONE": 1.00, "FIVE": 5.00, "TEN": 10.00, "TWENTY": 20.00, "ONE HUNDRED": 100.00};

var money = [["PENNY", 1.01], ["NICKEL", 2.05], ["QUARTER", 10.00], ["ONE", 100.00], ["TEN", 100.00]];

function drawer(price, cash, cid) {
  price = price * 100;

michaelmrose

var tender = {1: "PENNY", "PENNY": 1, 5: "NICKEL","NICKEL": 5, 10: "DIME", "DIME": 10, 25: "QUARTER", "QUARTER": 25,
              100: "ONE","ONE": 100, 500: "FIVE", "FIVE": 500, 1000: "TEN", "TEN": 1000, 2000: "TWENTY", 
              "TWENTY": 2000, a10000: "ONE HUNDRED", "ONE HUNDRED": 10000};

function numberOfTender(value,cid,possibleChange){
  var maxTender = possibleChange.filter(function(x){return x<=value;}).pop();
  var maxNumTender = Math.floor(value/maxTender);
  var tenderAvailable = cid.map(function(n){if (n[0] == tender[maxTender]) return n[1];})
                           .filter(notUndefined)
                           .map(Number) / (maxTender/100) || 0;

michaelmrose

var tender = {1: "PENNY", "PENNY": 1, 5: "NICKEL","NICKEL": 5, 10: "DIME", "DIME": 10, 25: "QUARTER", "QUARTER": 25,
              100: "ONE","ONE": 100, 500: "FIVE", "FIVE": 500, 1000: "TEN", "TEN": 1000, 2000: "TWENTY", 
              "TWENTY": 2000, a10000: "ONE HUNDRED", "ONE HUNDRED": 10000};

function numberOfTender(value,cid,possibleChange){
  var maxTender = possibleChange.filter(function(x){return x<=value;}).pop();
  var maxNumTender = Math.floor(value/maxTender);
  var tenderAvailable = cid.map(function(n){if (n[0] == tender[maxTender]) return n[1];})
                           .filter(notUndefined)
                           .map(Number) / (maxTender/100) || 0;

michaelmrose

function destroyer(arr, ...values){
 return arr.filter(function(n){return values.indexOf(n) == -1;});
}

//added by gist.el at 1013