tilacog

[global_config]
  title_hide_sizetext = True
  title_transmit_bg_color = "#3686d9"
  tab_position = bottom
[keybindings]
[profiles]
  [[default]]
    scrollbar_position = hidden
    palette = "#2d2d2d:#f2777a:#99cc99:#ffcc66:#6699cc:#cc99cc:#66cccc:#d3d0c8:#747369:#f2777a:#99cc99:#ffcc66:#6699cc:#cc99cc:#66cccc:#f2f0ec"
    background_image = None

tilacog

\[\033[38;5;10m\]\u@\h:\[(B\]\[\033[38;5;6m\]\w\[(B\]\[\033[38;5;15m\]\n\[\]\[(B\]\[\033[38;5;190m\]λ\[(B\]\[(B\]\[\033[38;5;15m\] \[(B\]

tilacog

General TTD Advice

• If you can't test the code efficiently, refactor the code.
• Don't hardcode URLs in views, templates and tests. (Use revert instead?)
• Use named views and reverse URL resolution, instead.
• Never refactor against failing UNIT tests.
• Don't forget the REFACTOR on 'Red, Green, Refactor'.
• Tests makes possible using the application state as a save-points for refactors. Once you get to them again, you'll know your refactoring is done.
• Every single FT doesn't need to test every single part of your application, but use caution when de-duplicating your FTs. (FTs exist to catch unpredictable interactions between different parts of your application, after all)
• Use loggers named after the module you're in. Follow the logging.getLogger(__filename__) pattern to get a logger that's unique to your module, but that inherits from a top-level configuration you control.

tilacog

filetype plugin indent on
set tabstop=4
set shiftwidth=4
set expandtab

syntax on
set t_Co=256
colorscheme badwolf

map <F7> :tabp<CR>

tilacog

Formações societárias

• MEI

  • Não precisa de contador [source][1]
  • até 60k / ano
  • $49 / mês ($44 INSS + $5 ISS)
  • [Cartilha com Cuidados do MEI][6]

• Microempresa (ME)

• <= R$ 360 K / ano

tilacog

import re
import sys

import yaml
from bs4 import BeautifulSoup

field_types = {
    'Branco(s)': None,
    'Zero(s)': None,
    'R$': 'decimal',

tilacog

import rows
from collections import Counter

base_svg = '/path/to/drawing.svg'
base_name = 'Fulano de Tal e Coisa'
participants_table = rows.import_from_csv('/path/to/pyse-participantes.csv')

with open(base_svg) as f:
    svg = f.read()

tilacog

import psycopg2
from itertools import chain, permutations
from graphviz import Digraph


DB_SETTINGS = dict(
    host='localhost',
    database='database_name',
    user='user',
    password='*****',

tilacog

import zipfile
from io import BytesIO


def zipwalk(current_file, curr_path=''):
    """Recursively walks into a zipped file tree while yielding non-zipped
    files content.
    """
    data = BytesIO(current_file.read())

tilacog

#!/usr/bin/env python

import json
import sys


def pprint_specfile(path, filters):

    record_fmt = '{r[name]}: {r[label]}'
    field_fmt = '    {f[order]}-{f[name]}'