def execute(run_backup: bool = True):
""" Stock update """
if run_backup:
backup.execute()
assets = imp_asset.get_assets()
for asset in assets["assets"]:
if asset["type"] != "STOCK":
continue
if "url_suffix" not in asset:
continue
if asset["url_suffix"] == "":
continue
try:
url = config.CONSTANTS["STOCK_URL"] + asset["url_suffix"]
resp = requests.get(url, verify=False)
str_val = _find_between(resp.text, '<span class="value">', '</span>')
str_val = str_val.replace(".", "").replace(",", ".")
asset["sales_value"] = float(str_val)
except Exception as ex:
print(str(ex))
print(f"Can't update stock {asset['name']}")
imp_asset.set_assets(assets)
def _delete_click(self):
deletable_assets = self._selected_assets
if len(deletable_assets) == 0:
return
deletable_guids = []
for act in deletable_assets:
deletable_guids.append(act["guid"])
backup.execute()
asset.delete_assets(deletable_guids)
self._fill_tree_with_assets()
def execute(self):
""" Executes all updates """
if self._executed:
return
backup.execute()
currency_update.execute(run_backup=False)
stock_update.execute(run_backup=False)
crypto_update.execute(run_backup=False)
# Commodities are not updated because it is slow.
# Update commodities via menu if needed
self._executed = True
def _delete_click(self):
deletable_activities = self._selected_activities
if len(deletable_activities) == 0:
return
deletable_guids = []
for act in deletable_activities:
deletable_guids.append(act.guid)
backup.execute()
Activity.delete_activities(deletable_guids)
self._fill_tree_with_activities()
PrimeSingleton.get().refresh()
def _delete_click(self):
deletable_invoices = self._selected_invoices
if len(deletable_invoices) == 0:
return
deletable_guids = []
for inv in deletable_invoices:
deletable_guids.append(inv.guid)
backup.execute()
Invoice.delete_invoices(deletable_guids)
self._fill_tree_with_invoices()
PrimeSingleton.get().refresh()
def _delete_click(self):
deletable_payments = self._get_selected_payments()
if len(deletable_payments) == 0:
return
deletable_guids = []
for pay in deletable_payments:
deletable_guids.append(pay.guid)
backup.execute()
payment.delete_payments(deletable_guids)
self._fill_tree_with_payments()
PrimeSingleton.get().refresh()
def execute(run_backup: bool = True):
""" Crypto update """
if run_backup:
backup.execute()
btc_dict = json.loads(
requests.get(config.CONSTANTS["BTC_URL"], verify=False).text)
assets = imp_asset.get_assets()
for asset in assets["assets"]:
if asset["name"] == "BTC":
asset["sales_value"] = btc_dict["bpi"]["USD"]["rate_float"]
asset["currency"] = "USD"
imp_asset.set_assets(assets)
def execute(run_backup: bool = True):
""" Runs currency update """
global _EXECUTED_TODAY
if _EXECUTED_TODAY:
return
_EXECUTED_TODAY = True
try:
# Backup
if run_backup:
backup.execute()
# Currencies from TCMB
resp = requests.get(config.CONSTANTS["CURRENCY_CONV_URL"],
verify=False,
timeout=5)
resp_as_dict = xmltodict.parse(resp.text)
# Gold conversion
gold_resp = requests.get(config.CONSTANTS["CURRENY_GOLD_URL"],
verify=False,
timeout=5)
pos1 = gold_resp.text.find('<table class="table table-striped">') + 113
gold_price_txt = gold_resp.text[pos1:pos1 + 7].replace("<",
"").replace(
",", ".")
gold_price = float(gold_price_txt.replace("/", ""))
dgc_dict = {
"@CrossOrder": "0",
"@Kod": "DGC",
"@CurrencyCode": "DGC",
"Unit": "1",
"Isim": "Gold",
"CurrencyName": "Gold",
"ForexBuying": gold_price,
"ForexSelling": gold_price,
"BanknoteBuying": gold_price,
"BanknoteSelling": gold_price
}
resp_as_dict["Tarih_Date"]["Currency"].append(dgc_dict)
# Save
currency.save_currency_conv(resp_as_dict)
except Exception as error:
print(f"Currency update error: {str(error)}")
def test_mode():
""" Activates test mode """
global CONSTANTS, TEST_MODE
TEST_MODE = True
backup_dir = backup.execute()
CONSTANTS["DATA_DIR_PATH"] = backup_dir + "/"
CONSTANTS["UPDATE_ON_STARTUP"] = False
CONSTANTS["UPDATE_ON_REPORT"] = False
def _execute(asset_guid: str = None):
""" Stock update """
backup.execute()
assets = imp_asset.get_assets()
random.shuffle(assets["assets"])
first_asset = True
for asset in assets["assets"]:
if asset["type"] != "COMMODITY":
continue
if "url_suffix" not in asset:
continue
if asset["url_suffix"] == "":
continue
if asset_guid is not None and asset["guid"] != asset_guid:
continue
if first_asset:
first_asset = False
else:
time.sleep(config.CONSTANTS["COMMODITY_SEARCH_SLEEP"])
IncubusFactory.get_instance().user_event()
try:
url = config.CONSTANTS["COMMODITY_URL"] + asset["url_suffix"]
search_input = SearchInput(
url=url, post_sleep=config.CONSTANTS["COMMODITY_PAGE_SLEEP"])
quick_median = QuickMedian(search_input)
asset["sales_value"] = \
conv_last_usd_val_to_home_curr(asset) \
if quick_median.median == 0 \
else quick_median.median
except Exception as update_error:
print(f"Commodity search error: { str(update_error) } ")
imp_asset.set_assets(assets)
def record_cash_movement(company: str,
direction: str,
amount: float,
currency: str,
description: str,
income_tax_only: bool = False):
""" Records a new cash movement """
##############################
# Preparation
##############################
backup.execute()
changed_payments = []
curr_conv = CurrencyConverter()
open_amount = amount
open_payments = get_open_payments_of_company(company)
date_iso = datetime.datetime.now().isoformat()
##############################
# Deduct from open payments
##############################
for payment in open_payments:
if open_amount <= 0:
break
if payment.direction != direction:
continue
if income_tax_only and (not payment.is_income_tax):
continue
payment.generate_very_long_term_recurrences()
scheme = payment.scheme
recurrences = scheme.recurrences
for recurrence in recurrences:
if open_amount <= 0:
break
if not recurrence.cleared:
rec_open_amount, rec_curr = recurrence.open_amount
open_amount_conv = curr_conv.convert_to_currency(
from_amount=open_amount,
from_currency=currency,
to_currency=rec_curr)
if open_amount_conv >= rec_open_amount:
coll = {
"date": date_iso,
"description": description,
"amount": rec_open_amount,
"currency": rec_curr
}
recurrence.add_collection(Collection(coll))
recurrence.cleared = True
remain_amount = open_amount_conv - rec_open_amount
open_amount = open_amount * (remain_amount /
open_amount_conv)
else:
coll = {
"date": date_iso,
"description": description,
"amount": open_amount_conv,
"currency": rec_curr
}
recurrence.add_collection(Collection(coll))
open_amount = 0
scheme.recurrences = recurrences
payment.scheme = scheme
if payment.open_amount[0] <= 0:
payment.cleared = True
changed_payments.append(payment)
##############################
# Overpayment? Need to be paid back
##############################
if open_amount > 0:
if direction == DIRECTION_IN:
pay_back_dir = DIRECTION_OUT
else:
pay_back_dir = DIRECTION_IN
pay_back_dict = {
"creation_date": date_iso,
"company": company,
"description": description + " - fazla ödeme iade",
"direction": pay_back_dir,
"amount": open_amount,
"currency": currency,
"cleared": False,
"scheme": {
"frequency": 1,
"period": "D",
"start": date_iso,
"repeat": 1,
"recurrence": []
}
}
changed_payments.append(Payment(pay_back_dict))
##############################
# Finish
##############################
for payment in changed_payments:
payment.save()
def _backup_data(self):
IncubusFactory.get_instance().user_event()
self._set_status("Backing up")
backup.execute()
self._set_status("Backup complete")
