elyssonmr

from scenario3.price_client import get_price


def retrieve_prices(products_id: list[str]) -> dict[str, float]:
    prices = []
    for product_id in products_id:
        price = get_price(product_id)
        prices.append({'product_id': product_id, 'price': price})

    return prices

elyssonmr

from typing import Union
from io import BytesIO

from scenario2.nf_client import get_nf_data
from scenario2.pdf_service import generate_pdf


def issue_nota_fiscal(nf_id: str) -> BytesIO:
    nf_data = get_nf_data(nf_id)
    template = 'nf_pdf.template'

elyssonmr

def save_pokemon_name(pokemon_name: str):
    # Should save pokemon name in database
    pass

elyssonmr

class X:
    def __eq__(self, other):
        return True
  
  
x = X()
  
if x == 1 and x == 2 and x == 3:
    print('Absurdo')

elyssonmr

VARIABLE_CACHE = {}


def request_data(url):
  if 'my_data' not in VARIABLE_CACHE:
    data = request_data_from_web(url)
    VARIABLE_CACHE['my_data'] = data
    return data
  else:
    return VARIABLE_CACHE['my-data']

elyssonmr

class MyFormClass(forms.ModelForm):
    def __init__(self, *args, **kwargs):
        super()
        pk = kwargs.pop("pk", None)
        if pk:
            self.field_with_querystring.query = Something.objects.filter(pk=pk)
            
            

form = MyFormClass(pk=client_id)

elyssonmr

from locust import stats, HttpLocust, TaskSet, task, events
from locust.runners import locust_runner
import sys

class QueryElyssonMRTaskSet(TaskSet):
    @task(5)
    def query_for_facebook(self):
        url = ""
        self.client.get(url)

elyssonmr

from locust import stats, HttpLocust, TaskSet, task, events
from locust.runners import locust_runner
import sys

class QueryElyssonMRTaskSet(TaskSet):
    @task(5)
    def query_for_facebook(self):
        url = ""
        self.client.get(url)

elyssonmr

"""
Fluxo de usuário se conectando

1. usuário vai se conectar usando o websocket
    1.1. quando o usuário se conectar vamos adiciona-lo a uma lista (ou dicionado) de usuários conectados
3. Ler os ramais registrados no redis
4. Responder o usuário com a lista de Ramais.

Novo Ramal cadastrado

elyssonmr

python teste.py
EXEC1=$?
python teste2.py
EXEC2=$?
python teste3.py
EXEC3=$?

if [ $EXEC1 -eq "1" ] || [ $EXEC2 -eq "1" ] || [ $EXEC3 -eq "1" ]
then
  echo "ooohh snap :("