horvatha

#!/usr/bin/python3
from pathlib import Path
from string import ascii_letters

fs = "🌼🌺🌷🪻🌹🥀🪷🌸🌻🍄🎂🎹"

text = Path("MARTI.txt").read_text()

text = text.replace(".", fs[4]).replace("\\", fs[0]).replace("?", fs[4])
chars = set(ascii_letters + "öéűáőüíóúÖÉŰÁŐÜÍÓÚ!")

horvatha

from openpyxl import Workbook

text = "￿" # Including three bytes: hexadecimal FFBFBF   resulting ValueError
# text = '\x16'                                        # resulting IllegalCharacterError

wb = Workbook()
ws = wb.active
ws.append([text])
wb.save("test.xlsx")

horvatha

I've just returned from EuroPython Conference, and there was a good presentation: "From Jupyter Notebooks to a Python Package: The Best of Both Worlds". If I'm correct the video is not (yet?) on youtube, but the repo and the slides are here.
https://github.com/sesise0307/europython2023-package
I've used to use a similar setup, but I'll do the same (just w/ PyCharm instead of VSCode).
Creating packag(es) from frequently used functionalities.

    %load_ext autoreload%autoreload 2
    
in Jupyter, and then from Jupyter (starting with !) or from commandline

    pip install --editable <path>

horvatha

import fnmatch
import os
import sys
from pathlib import Path

eleresi_ut = Path.home() / "Documents"
minta = 'Co*t*.*'

# good old walk
for root, dirs, files in os.walk(eleresi_ut):

horvatha

from test_cases import cases

from irish_possessive_golf import f

def test_all():
    for i, (x, y, result) in enumerate(cases):
        my_result = f(x, y)
        assert my_result == result, f"{x}, {y} should give {result}, not {my_result} ({i+1})"
    print("All succeeded")

horvatha

import argparse
from pathlib import Path
import os


def get_latest_file(directory: Path) -> Path:
    """
    Finds the most recently modified file in a directory and its subdirectories.

    Args:

horvatha

"""
Solution for
https://adventofcode.com/2022/day/2
first and second half
"""


from typing import List, Callable

RESULT_SCORES = {"draw": 3, "win": 6, "loose": 0}

horvatha

from functools import partial
import turtle

window = turtle.Screen()

def draw_polygon(sides, color):
    turtle.color(color)
    
    angle = 360/sides
    for i in range(sides):

horvatha

from math import sqrt

from microbit import *

s3 = sqrt(3)
pattern0 = [(1, 1), (-1, -1), (-s3, s3)]


def magnify_by(n):
    def transf(x, y):

horvatha

Ebből indulva https://pastebin.com/raw/nPbzGFmu
az eredmény:

Szakasz: Tulajdonosi adatok
{'Tul.hányad': '1/2', 'Szerz.jogcím': 'adásvétel', 'Név': 'Gipsz Csaba', 'Anyja neve': 'Próba Katalin', 'Jogállás': 'tulajdonos', 'Cím': '4965 MINTA, Kölcsey utca 105'}
{'Tul.hányad': '1/2', 'Szerz.jogcím': 'adásvétel', 'Név': 'Gipsz Csabáné', 'Szül.név': 'Gipsz Éva', 'Anyja neve': 'Minta Borbála', 'Jogállás': 'tulajdonos', 'Cím': '4965 MINTA, Kölcsey utca 105'}
Szakasz: Jogok-tények jogosultjai
{'Jog-tény neve': 'Önálló szöveges bejegyzés', 'Szöveg': 'Lakcímváltozás átvezetése.'}
{'Jog-tény neve': 'Jelzálogjog', 'Név': 'MAGYAR ÁLLAM', 'Cím': '-,'}
{'Jog-tény neve': 'Elidegenítési és terhelési tilalom', 'Név': 'MAGYAR ÁLLAM', 'Cím': '-,', 'Utalások': 'III/14'}