txt.py - main - ARteam1980/Printer

txt.py
191 строка7 KB
ARteam
Updated_partial_working
08 авг 2024, 15:58
08 авг 2024, 15:589cd428a
 #! Библиотеки
import barcode
from barcode.writer import ImageWriter
from collections import defaultdict
import csv
import subprocess
import time
import sys
def install(package):
    subprocess.check_call([sys.executable, "-m", "pip", "install", package])
install("tk")
import tkinter as tk
import json
import re
ta = []
install('pillow')
from PIL import Image
from PIL import ImageTk
from PIL import ImageFont
from PIL import ImageDraw
install('numpy')
import numpy as np
install('pandas')
import pandas as pd
install('qrcode')
import qrcode
from io import StringIO
with open('cfg.json') as a:
    op = json.load(a)
p = 0
pa = 0
to = 0
ta = 0
ratatata = 0
la = []
so_many_of_them = 0
la1 = []
more = 0
list2 = []
garn47 = []
za_count = 0
list3 = []
list4 = []
dara = 0
Tr_cntr = 0
omg = 0
omg1 = 0
True_count = 0
global abba
count = 0
n_count = 0
county = 3
bruh = 0
coconut = 0
#? Создание изображения с определённым размером и использованием чб
def Make_Bar(file, what_to_print, protocol, loc_x, loc_y):
    EAN = barcode.get_barcode_class(protocol)
    my_ean = EAN(str(what_to_print), writer=ImageWriter())
    my_ean.save("bar")
    p = Image.open("bar.png")
    zb = file
    zb.paste(p, (loc_x, loc_y))
    return(zb)
def bigger(file, x_size, y_size, use_baw):
    with Image.open(file) as fil:
        fil.load()
    if use_baw == 1:
        thresh = 200
        fn = lambda x : 255 if x > thresh else 0
        fil = fil.convert('L').point(fn, mode='1')
    new = fil.resize((x_size,y_size))
    return(new)
#* Создаёт словарь из csv файла
def Make_inf(x):
    y = open(x, encoding='utf-8')
    file_reader = csv.DictReader(y, delimiter = ";")
    return(file_reader)
#* Создаёт QR код из исходного изображения
def make_QR(File, Info, Link, loc_x, loc_y):
    img = qrcode.make(str(Info) + " visit us at: " + Link)
    img.save("QR.png")
    with Image.open("QR.png") as QR:
        QR.load()
    File.paste(QR, (loc_x, loc_y))
    return(File)
#* Добавляет текст на изображение
def make_text(file, What_to_print, font_size, x, y, font_loc):
    Font = ImageFont.truetype(font_loc, size=font_size)
    drawText = ImageDraw.Draw(file)
    drawText.text((x,y), What_to_print, fill=('#ae0817'), font=Font, spacing=100)
    return(file)
lo = int(op[0]["Scale_multiplyer"])
po = 1980 * lo
io = 1080 * lo
abba = bigger(op[0]["destination_preset"], po, io, int(op[0]["Use_company_colors"]))
columns = defaultdict(list)
pla = Make_inf("Printer.csv")
lern = int(input("Do you want to debug?: "))
while True:
    #! Trying to make printing
    for row in Make_inf("printer.csv"):
        if count >= len(op[0]['Objects']):
            count = 0
        if op[0]['Objects'][count]['Type'] == "text":
            list2.append(row[op[0]["Objects"][count]["Name"]])
        if op[0]['Objects'][count]['Type'] == "QR":
            list3.append(row[op[0]["Objects"][count]["Name"]])
        if op[0]['Objects'][count]['Type'] == "Bar":
            list4.append(row[op[0]["Objects"][count]["Name"]])
        if count == len(op[0]['Objects']) - 1: 
            if list2 != []:
                make_text(abba,str(list2).replace("""'""", "").replace("""[""", "").replace("""]""", "").replace(""" """, """
""").replace(""",""", ""), op[0]["Objects"][count]["Font_Size"], op[0]["Objects"][count]["loc_x"], op[0]["Objects"][count]["loc_y"], op[0]["font_loc"]).save(op[0]["dest_output"] + f"printer{ratatata}.png")
                list2 = []
            if list3 != []:
                make_QR(abba, str(list3), op[0]["Link"], op[0]["Objects"][count]["loc_x"], op[0]["Objects"][count]["loc_y"]).save(op[0]["dest_output"] + f"printer{ratatata}.png")
                list3 = []
            if list4 != []:
                Make_Bar(abba, str(list4).replace("""'""", "").replace("""[""", "").replace("""]""", ""), op[0]["Protocol"], op[0]["Objects"][count]["loc_x"], op[0]["Objects"][count]["loc_y"]).save(op[0]["dest_output"] + f"printer{ratatata}.png")
                list4 = []
            ratatata += 1
        if count >= len(op[0]['Objects']):
            count = 0
        print(f"{op[0]['Objects'][count]["Type"]}")
        to = 0
        ta = 0
        count += 1
        more += 0
# while count != round(len(Make_inf(str(op[0]['destination_csv']))) / len(op[0]['Objects']) - 1):
#     y = len(list(op[0]['Objects'])) * count
#     za = Make_It_Readable(str(Make_inf(op[0]['destination_csv'])[county]))
#     if za_count != len(list(op[0]['Objects'])):
#         county += 1
#         if op[0]['Objects'][za_count]['Type'] == 'text':
#             list2.append(za)
#             list2.append('text')
#         if op[0]['Objects'][za_count]['Type'] == 'QR':
#             list2.append(za)
#             list2.append('QR')
#         if op[0]['Objects'][za_count]['Type'] == 'DATA':
#             list2.append(za)
#             list2.append('DATA')
#         za_count += 1
#     else:
#         for i in range(len(list2)-1):
#             if n_count == 0:
#                 n_count += 1
#             n_count += 2
#             if list2[n_count] == 'text':
#                 print(list4)
#                 list3.append(list2[omg])
#                 if len(list3) == len(list2) / 2:
#                     p = make_text(bigger(op[0]['destination_preset'], 1980 * int(op[0]['Scale_multiplyer']), 1080 * int(op[0]['Scale_multiplyer']), op[0]['Use_company_colors']), str(list3), 50, 200, 200)
#                     list3 = []
#             if list2[n_count] == 'QR':
#                 list4.append(list2[omg])
#                 if len(list4) == len(list2) / 2:
#                     print(list4)
#                     if p == 0:
#                         pa = make_QR(bigger(op[0]['destination_preset'], 1980 * int(op[0]['Scale_multiplyer']), 1080 * int(op[0]['Scale_multiplyer']), op[0]['Use_company_colors']), str(list4), op[0]['Link'], 1300, 200)
#                     else:
#                         pa = make_QR(p, str(list4), op[0]['Link'], 1300, 200)
#                     True_count += 1
#                     list4 = []
#             Tr_cntr += 1
#             aaaa += 1
#             count = 0
#             if n_count == len(list2)-1:
#                 n_count = 0
#             if o == 1:
#                 if p != 0 and pa == 0:
#                     p.save(op[0]["dest_output"] + "printer"  + str(True_count) + ".png")
#                     p = 0
#                     True_count += 1
#                 if pa != 0 and p == 0:
#                     pa.save(op[0]["dest_output"] + "printer"  + str(True_count) + ".png")
#                     pa = 0
#                     True_count += 1
#                 if p != 0 and pa != 0:
#                     pa.save(op[0]["dest_output"] + "printer"  + str(True_count) + ".png")
#                     p = 0
#                     pa = 0
#                     True_count += 1
#             omg += 2
#             if aaaa >= len(list2) - 2:
#                 aaaa = 0
#             if omg == len(list2):
#                 omg = 0
#         za_count = 0
#         list2 = []
#     count += 1