270 lines
10 KiB
Python
270 lines
10 KiB
Python
import ast
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import sqlite3
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import sys
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import time
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import pyodbc
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from woocommerce import API
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# import all_from_woo
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conn = sqlite3.connect('imd.db') # intermediary db
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c = conn.cursor()
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# Create table in SLQLite - we use this for syncing
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c.execute('''CREATE TABLE IF NOT EXISTS products (id INTEGER NOT NULL PRIMARY KEY ON CONFLICT IGNORE, aid INTEGER,
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sifra TEXT, naziv TEXT, price REAL, qty INTEGER, snc INTEGER, grupa INTEGER)''')
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# all_from_woo.initSQLite()
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# Connect to WooCommerce API
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wcapi = API(
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url="https://www.rasterdoo.com/",
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consumer_key="ck_b3169b1723f6f39a965ed04ecfa77860fb89bbf5",
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consumer_secret="cs_a83f0217ed8d6191ab7de9df06a0c2b652f6bd57",
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wp_api=True,
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timeout=360,
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version="wc/v2"
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)
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print("Resting for for a bit...")
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# time.sleep(50)
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print("Connecting to MS SQL server")
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'''
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cnxn = pyodbc.connect('Driver={SQL Server};'
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'Server=SERVER-BS;'
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'Database=abacus_raster;'
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'Trusted_Connection=yes;')
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'''
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cnxn = pyodbc.connect('DRIVER={SQL Server};'
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'SERVER=raster.mywire.org,1433;'
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'DATABASE=abacus_raster;'
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'UID=sa;'
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'PWD=!Pos456!;'
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'TDS_Version=7.3;')
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cursor = cnxn.cursor()
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# Prvi artikal pocetnog stanja 2019 se vodi pod brojem "306570", za 2020 pod brojem "396498".
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# Ako racunamo lager za artikle od njega dobicemo pravo stanje za 2019. Ukoliko ovo ne uradimo,
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# lager se racuna od pocetka rada sa Abacusom - i vodi do gresaka.
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# prvo nadjemo id_document pocetnog stanja (prvog dokumenta u godini)
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# /****** Script for SelectTopNRows command from SSMS ******/
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# SELECT id_dokument, id_vrsta, broj_dok, datum
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# FROM abacus_raster.dbo.artikal_dokument
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# WHERE (datum > CONVERT(DATETIME, '2020-12-31 00:00:00', 102))
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#
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# A onda nadjemo artikal u lageru - Stari kod:
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# SELECT id_artikal, multiply * kol AS qty
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# FROM abacus_raster.dbo.artikal_dnevnik
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# WHERE (multiply <> 0) AND id_dnevnik >=396498.
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cursor.execute('''SELECT a.id_artikal,
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SUM (a.qty) AS stanje
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INTO tmplager
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FROM (SELECT artikal_dnevnik.id_artikal,
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artikal_dnevnik.multiply*artikal_dnevnik.kol AS 'qty'
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FROM abacus_raster.dbo.artikal_dnevnik artikal_dnevnik, abacus_raster.dbo.artikal_dokument artikal_dokument
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WHERE artikal_dnevnik.id_dokument = artikal_dokument.id_dokument AND ((artikal_dokument.datum_fak>={d '2024-01-01'})) AND (artikal_dokument.id_vrsta <> 18) ) \
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AS a INNER JOIN
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abacus_raster.dbo.artikal ON a.id_artikal = abacus_raster.dbo.artikal.id_artikal
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GROUP BY a.id_artikal ''')
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cursor.execute('''SELECT abacus_raster.dbo.artikal_cijenik.id_artikal, abacus_raster.dbo.artikal_cijenik.cijena,
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abacus_raster.dbo.artikal.naziv, abacus_raster.dbo.artikal.sifra,
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tmplager.stanje, abacus_raster.dbo.artikal.id_grupa, tmplager.id_artikal AS tid
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FROM abacus_raster.dbo.artikal_cijenik INNER JOIN
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abacus_raster.dbo.artikal INNER JOIN
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tmplager ON abacus_raster.dbo.artikal.id_artikal = tmplager.id_artikal ON
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abacus_raster.dbo.artikal_cijenik.id_artikal = abacus_raster.dbo.artikal.id_artikal
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WHERE (abacus_raster.dbo.artikal_cijenik.id_mjesto = 2) AND abacus_raster.dbo.artikal.id_grupa <> 11''')
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# Save products from Abacus in SQLite table
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row = cursor.fetchone()
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print("Abacus row in works:"), row #
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snc = 0
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for row in cursor:
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while row is not None:
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# print("Abacus row entered for loop and it is not None")
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# input("Press Enter to continue...") #
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aid = row[0]
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aprice = float(row[1])
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aname = row[2]
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asifra = row[3]
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aqty = int(row[4])
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agroup = row[5]
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print("MS Sql group value:", agroup)
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# This dictionary matches abacus product category id to equivalent id in woocommerce
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groupdict = {
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1: 21472, 2: 21473, 4: 21474, 5: 21475, 10: 21476, 11: 21477, 13: 21477, 15: 21477, 19: 21478, 24: 21479,
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30: 21480, 32: 21481, 33: 21482, 37: 21483, 38: 21484, 44: 21485, 45: 21486, 47: 21477, 48: 21477
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}
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print("Coverted to Woocommerce group it becomes wgroup:", groupdict[agroup])
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if agroup in groupdict:
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wgroup = groupdict[agroup]
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print("Group in abacusu is from dictionary:", agroup, " - while woocommerce now holds:", wgroup) #
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else:
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wgroup = 3557
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print("Group ", agroup, "does not exist in dictionary - we put it in woocommerce group -other-:", wgroup) #
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# Test id Woo product exists in SQLite table
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q = (asifra,)
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c.execute('SELECT * FROM products WHERE sifra=?', q)
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print("Abacus data to be saved in SQLite:", aid, aprice, aname, asifra, aqty, wgroup)
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# input("Press Enter to continue...") #
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# We test SqlLite rows so that we update the table only with products that changed
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trow = c.fetchone()
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if trow is not None:
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tnaziv = trow[3]
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tprice = trow[4]
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tqty = trow[5]
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tgroup = trow[7]
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# print("There is an SQLite trow we need to check for an update: "), tnaziv, tprice, tqty, tgroup
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if aprice != tprice:
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snc = 1
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print("bad price")
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if aqty != tqty:
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snc = 1
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print("bad qty")
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if aname != tnaziv:
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snc = 1
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print("bad naziv")
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if wgroup != tgroup:
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snc = 1
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print(wgroup, "bad tgroup: ", tgroup)
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if snc == 1:
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# print("=======")
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c.execute('''UPDATE products SET aid = ?, price = ?, qty =?, naziv = ?,
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snc = ?, grupa = ? WHERE sifra = ?''',
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(aid, aprice, aqty, aname, snc, wgroup, asifra))
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conn.commit()
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c.execute('SELECT * FROM products WHERE sifra=?', q)
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trow = c.fetchone()
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print(trow)
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print("=======")
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# input("Press Enter to continue...")
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else:
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print("If sqlite trow does not exist (is ", trow, "), then first create one in Woo", aid, asifra, aname,
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aprice, aqty, wgroup)
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# input("Press Enter to continue...") #
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aprice = str(aprice)
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data = {
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"sku": asifra,
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"name": aname,
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"regular_price": aprice,
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"description": "",
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"managing_stock": "true",
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"in_stock": "true",
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"status": "publish",
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"stock_quantity": aqty,
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"categories": [
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{
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"id": wgroup
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}
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],
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}
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w = wcapi.post("products", data).json()
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# w = wcapi.get("products/categories").json()
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class ListStream:
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def __init__(self):
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self.data = []
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def write(self, s):
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self.data.append(s)
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sys.stdout = x = ListStream()
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print(w)
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sys.stdout = sys.__stdout__
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wresponse = (x.data[0])
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print("Full woo response: ", wresponse)
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# print("wresponse:", wresponse[38:53])
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if wresponse[38:53] == "duplicirani SKU":
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# if wresponse[26:40] == "duplicated SKU":
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d = ast.literal_eval(wresponse)
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errd = d.get('data')
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print(errd)
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rogueone = errd.get('resource_id')
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print("We have a duplicated product in Woo: ", rogueone)
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c.execute('INSERT INTO products VALUES (?,?,?,?,?,?,?,?)',
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(rogueone, aid, asifra, aname, aprice, aqty, 1, wgroup)) # if no product it will create
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print("Inserting rogueone in SQLlite data:", rogueone, aid, asifra, aname, aprice, aqty, 1, wgroup)
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conn.commit()
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# rgpath = "\"products/" + str(rogueone) + "\""
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# print rgpath
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# rg = wcapi.get(rogueone).json()
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# print("The rogueone:", rg)
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else:
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print("Since trow was NONE, we had to create it on woo, get the id (woo), then save it (SQLite):",
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type(w), w)
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wid = w.get('id')
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wsku = w.get('sku')
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wname = w.get('name')
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wprice = w.get('price')
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wqty = w.get('qty')
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if wname is None:
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print("Why problems? ...:", wid, aid, wsku, wname, wprice, wqty)
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else:
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c.execute('INSERT INTO products VALUES (?,?,?,?,?,?,?,"")',
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(wid, aid, wsku, wname, wprice, wqty, 1)) # if no product it will create
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conn.commit()
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row = cursor.fetchone()
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# print("Resting for for a bit...")
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# time.sleep(5)
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conn.close()
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# Update Woo with our SQLite table
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conn = sqlite3.connect('imd.db') # intermediary db
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c = conn.cursor()
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c.execute('''SELECT * FROM products WHERE snc = 1 ORDER BY naziv''')
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trow = c.fetchone()
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print("Selected for update:", trow)
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# cleantrow is not None:
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grupa = 0
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while trow is not None:
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id = trow[0]
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tnaziv = trow[3]
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tprice = str(trow[4])
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tqty = trow[5]
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tgroup = trow[7]
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# print type(id), type(tnaziv), type(tprice), type(tqty), "Grupa:", type(tgroup), tgroup
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# input("Press enter ...")
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data = {
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"id": id,
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"manage_stock": "true",
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"stock_quantity": tqty,
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"name": tnaziv,
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"status": "publish",
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"regular_price": tprice,
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"categories": [
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{
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"id": tgroup
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}
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],
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}
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# print data
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uplink = "products/" + str(id)
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# print uplink
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up = wcapi.put((uplink), data).json()
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print(up)
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# input("Press enter ...")
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if trow is None:
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break
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else:
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trow = c.fetchone()
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print("___________________________________________")
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print("Selected next for update:", trow)
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c.execute('UPDATE products SET snc = 0')
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conn.commit()
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# Drop the temporary table
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print("Preparing to drop the tmptable")
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cursor.execute('''drop table tmplager''')
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print("Dropped the tmptable")
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cursor.close()
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del cursor
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conn.close() # close sqlite connection
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print("All done!")
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