leikind

WiceGridProcessor = (name, base_request_for_filter, base_link_for_show_all_records, link_for_export, parameter_name_for_query_loading, parameter_name_for_focus, environment) ->

   this.checkIfJsFrameworkIsLoaded = () ->
     if ! jQuery
       alert "jQuery not loaded, WiceGrid cannot proceed!"

   this.checkIfJsFrameworkIsLoaded()

   this.name = name
   this.parameter_name_for_query_loading = parameter_name_for_query_loading

leikind

var WiceGridProcessor, toggle_multi_select;
WiceGridProcessor = function(name, base_request_for_filter, base_link_for_show_all_records, link_for_export, parameter_name_for_query_loading, parameter_name_for_focus, environment) {
  this.checkIfJsFrameworkIsLoaded = function() {
    if (!jQuery) {
      return alert("jQuery not loaded, WiceGrid cannot proceed!");
    }
  };
  this.checkIfJsFrameworkIsLoaded();
  this.name = name;
  this.parameter_name_for_query_loading = parameter_name_for_query_loading;

leikind

# Yuri Leikind && Dmitry Adamushko :)

require 'set'


class Array # To understand recursion you have to understand recursion
  def permutations(i = 0, *a)
    return [a] if i == size
    self[i].map do |x|
      self.permutations(i+1, *(a + [x]))

leikind

-module(route).
-compile(export_all).


main(Filename) -> 
  % Filename = "road.txt",
  {ok, Binary} = file:read_file(Filename),
  NumberList = parse_input(Binary),
  RouteTuples = lists:reverse(split_by_three(NumberList, [])),
  Optimal  = calculate_route(RouteTuples),

leikind

-module(game_of_life).
% -export([run/0, neighbours_for/1]).
-compile(export_all).


%%%% Coordinates %%%%

make_coordinate(List) when is_list(List) -> {coordinates, List};
make_coordinate(_)  -> erlang:error(badarg).

leikind

-module(trap).
-export([simple_exit_demo/0, kill_demo_v2/0, kill_demo/0, successfully_killing_a_non_system_process/0]).


listen() ->
  receive
    Message -> io:format("~p has caught a system message: ~p~n~n", [self(), Message]),
    listen()
  after 1000 ->
    io:format("I, ~p, live on~n", [self()]),

leikind

-module(dog_fsm).
-behaviour (gen_fsm).

% gen_fsm behavior implementation
-export([ init/1, handle_event/3, handle_sync_event/4, handle_info/3, terminate/3, code_change/4]).
% states
-export([ barks/2, wag_tail/2, sit/2]).
% test
-export([ test/0]).

leikind

-module(cat_fsm).
-behaviour(gen_fsm).

% gen_fsm behavior implementation
-export([ init/1, handle_event/3, handle_sync_event/4, handle_info/3, terminate/3, code_change/4]).
% states
-export([ dont_give_crap/3]).
% test
-export([ test/0]).

leikind

-module(roman_to_num).
% https://github.com/ruby-fatecsp/dojos/blob/8cb15023eec6d4a5c9cdcf1723adff1ed5864a03/roman_to_numerals/lib/roman_to_num.rb
-export([convert/1, test/0]).

digit_to_num(D) -> 
  % io:format("~p~n", [D]),
  case D of
  
    $I -> 1;
    $V -> 5;

leikind

-module(roman_to_num).
% https://github.com/ruby-fatecsp/dojos/blob/8cb15023eec6d4a5c9cdcf1723adff1ed5864a03/roman_to_numerals/lib/roman_to_num.rb
-export([convert/1, test/0]).

digit_to_num(D) -> 
  case D of
    $I -> 1;
    $V -> 5;
    $X -> 10;
    $L -> 50;