edumelzer

print 'Digite os valores a serem ordenados separados por virgula:'
valores = [2,5,3,9,8]

def bubbleSort(numbers): # Bubble Sort Algorithm
    nums = list(numbers)
    for i in range(len(nums)):
        for j in range(i+1, len(nums)):
            if numbers[j] < numbers[i]:
                numbers[j], numbers[i] = numbers[i], numbers[j]

edumelzer

print 'Digite os valores a serem ordenados separados por virgula:'
valores = [2,5,3,9,8]

def selection_sort(list):  
    l=list[:]                  # create a copy of the list  
    sorted=[]                  # this new list will hold the results  
    while len(l):              # while there are elements to sort...   
        lowest=l[0]            # create a variable to identify lowest  
        for x in l:            # and check every item in the list...  
            if x<lowest:       # to see if it might be lower.  

edumelzer

print 'Digite os valores a serem ordenados separados por virgula:'
valores = [2,5,3,9,8,4]

def merge_sort(li):
    if len(li) < 2: return li
    m = len(li) / 2
    return merge(merge_sort(li[:m]), merge_sort(li[m:]))

def merge(l, r):
    result = []

edumelzer

...
  while vcod_pagamento <= 999 loop
    --
    begin
      --
      ps_var.valor_pagamento(vcod_pagamento) := ps_var.valor_pagamento(vcod_pagamento);
      --
    exception when no_data_found then
      --
      ps_var.valor_pagamento(vcod_pagamento) := 0;

edumelzer

package org.example

import griffon.core.artifact.GriffonController
import griffon.metadata.ArtifactProviderFor

@ArtifactProviderFor(GriffonController)
class ExemploActionsController {
    ExemploActionsModel model

    void somarAction() {

edumelzer

Closure isPisValid = { String pis ->

    final List tap = [3,2,9,8,7,6,5,4,3,2]

    String nroPis = pis.replaceAll("[^0-9]*", "").padLeft(11, '0')

    int checker = Integer.parseInt(
        String.valueOf(nroPis.charAt(nroPis.length()-1))
    )

edumelzer

const getArrCombos = (arr, comboSize) => {
  let combos = arr.reduce( (acc, v, i) => {
    if (comboSize === 1) {
      return acc.concat([[v]])
    } else {
      arrCombo = getArrCombos(arr.slice(i+1), comboSize - 1);
      return acc.concat(arrCombo.map( w => [v].concat(w)));
    }
  }, []);
  

edumelzer

Closure generateRandomEan13 = {
   // Primeiro executamos os metodos de geracao
  List<Integer> listaAleatoria = new ArrayList();
  for (int i = 0;	i < 12; i++) {
   listaAleatoria.add((int) (Math.random() * 10));
  }

  int totalSomatoria = 0;
  // Metade dos números vai ser somado sem ser multiplicado