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def main():
    # este es la lista vacia
    temperaturas = []
    # el usuario ingresa la cantidad de dias
    num_dias = int(input(f"¿Cuantos días se van a promediar?: "))
    # el ciclo del array
    for i in range(0, num_dias):
        temperatura = float(input(f"Ingrese la temperatura del dia {i + 1}: "))
        temperaturas.append(temperatura)
    print(f"\nLas temperaturas son: {temperaturas}")

a2ndrade

w:"I"$first .z.x
c:{[w]
  warehouse:w*9;
  stock:100000*18;
  item:100000*5;
  region:5*3;
  supplier:10000*7;
  nation:25*4;
  orderline:w*300000*10;
  neworder:w*9000*3;

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[
  {
    "entityId": -101,
    "entityDt": "customerDt",
    "c_name": "Customer#000000001",
    "c_address": "IVhzIApeRb ot,c,E",
    "c_nationkey": -2015,
    "c_phone": "25-989-741-2988",
    "c_acctbal": 711.56,
    "c_mktsegment": "BUILDING",

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\c 15 300i

/ c: count | th: table handle | ht: historical table | st: snapshot table | rt: realtime table | tx: transaction

/ source:  "abcdefghijklmnopqrstuvwxyz" (size=26)
/ input: (# of groups)     1   2  3  4  5  6  7  8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
/ output (# of handles): 676 169 81 49 36 25 16 16 9  9  9  9  4  4  4  4  4  4  4  4  4  4  4  4  4  1
getHdbTableHandles:{[crossProductAlphabetSize]`$(":hdb/",/:raze g,\:/:g:cut[crossProductAlphabetSize;"abcdefghijklmnopqrstuvwxyz"]),'"/"}
getAllHdbTableHandles:{
  /:raze getHdbTableHandles each 1+til 26 / all tables ~1200

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\c 30 300

/ KDB built-in types

/ default values
STORAGE_VALUES:(0b;0Ng;0x00;0h;0i;0;0e;0.0;" ";`;0Np;2000.01m;2000.01.01;2000.01.01T00:00:00.000;0Nn;00:00;00:00:00;00:00:00.000;0)
STORAGE_VALUES,:enlist each STORAGE_VALUES

/ char aliases
STORAGE_CHARS:"bgxhijefcspmdznuvtr" / scalar char aliases

a2ndrade

##Server-side FRP: Powerful UIs, no added complexity

###Description We’ll present FRP (Functional Reactive Programming) ideas and novel techniques applied to the development of an enterprise application platform that let non-programmers build cross-platform UIs that have complete access to backend services. All with a very simple, purely functional, interpreted language used to declaratively create and persist UIs that are dynamically rendered on web and mobile.

###Abstract We’ll show why a unidirectional data flow architecture makes event-driven systems easier to reason about, how using a single language to describe both business logic and UI views allow us to compose complex UIs out of simpler, independent components. How we use Haskell-inspired ideas to isolate side-effects and perform them under a controlled environment, how we provide the illusion of local state by hiding it behind a globally-managed state tree, how we take advantage of functional purity and use FRP techniques to only recompute the par

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const httpProxy = require('http-proxy');

module.exports = function(target) {
  const proxy = httpProxy.createProxyServer({
    target: target,
    secure: false,
    changeOrigin: true,
    auth: 'user:password'
  });

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'use strict';

var React = require('react-native');
var {
  TextInput,
  Text,
  View,
  ListView
} = React;

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-- Learn you a Haskell for Great Good --
-- GIST: 4e3241f2a73fe93d7a96

import Data.List
import Data.Char
import qualified Data.Map as Map

-- head, tail, take, drop, takeWhile, dropWhile
-- fst, snd, zip, zipWith, flip
-- sum, product, maximum

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git for-each-ref --format="%(taggerdate:short) %(refname)" --sort="taggerdate" refs/tags