def test_create_person_taxtabme(self, book_basic, Person):
if Person is Employee:
return
EUR = book_basic.commodities(namespace="CURRENCY")
# create person detached from book with a specific id
taxtable = Taxtable(
name="Local tax",
entries=[
TaxtableEntry(type="percentage",
amount=Decimal("6.5"),
account=Account(name="MyAcc",
parent=book_basic.root_account,
commodity=EUR,
type="ASSET"))
])
te = TaxtableEntry(type="percentage",
amount=Decimal("6.5"),
account=Account(name="MyOtherAcc",
parent=book_basic.root_account,
commodity=EUR,
type="ASSET"),
taxtable=taxtable)
c = Person(name="John Föo",
currency=EUR,
taxtable=taxtable,
book=book_basic)
assert len(taxtable.entries) == 2
assert taxtable.entries[0].account.parent == book_basic.root_account
book_basic.flush()
assert book_basic.taxtables == [taxtable]
def test_create_parentless_account(self, new_book):
EUR = new_book.commodities[0]
racc = new_book.root_account
# create an account without parent that is not ROOT
acc = Account(name="test account", type="ASSET", commodity=EUR)
new_book.add(acc)
with pytest.raises(ValueError):
new_book.validate()
new_book.cancel()
# create an account without parent that is ROOT but with wrong name
acc = Account(name="test account", type="ROOT", commodity=EUR)
new_book.add(acc)
with pytest.raises(ValueError):
new_book.validate()
new_book.cancel()
# create an account without parent that is ROOT with correct name
acc = Account(name="Root Account", type="ROOT", commodity=EUR)
new_book.add(acc)
new_book.flush()
assert len(new_book.accounts) == 0
root_accs = new_book.query(Account).all()
assert len(root_accs) == 3
def book_basic(request):
name = request.param
if name and database_exists(name):
drop_database(name)
# create new book
with create_book(uri_conn=name, currency="EUR",
keep_foreign_keys=False) as b:
# create some accounts
curr = b.currencies[0]
cdty = Commodity(namespace=u"échange",
mnemonic=u"ïoà",
fullname=u"Example of unicode déta")
a = Account(name="asset",
type="ASSET",
commodity=curr,
parent=b.root_account)
Account(name="broker", type="STOCK", commodity=cdty, parent=a)
Account(name="exp",
type="EXPENSE",
commodity=curr,
parent=b.root_account)
Account(name="inc",
type="INCOME",
commodity=curr,
parent=b.root_account)
b.flush()
yield b
if name and database_exists(name):
drop_database(name)
def test_add_account_incompatible(self, book):
# test compatibility between child account and parent account
for acc_type1 in ACCOUNT_TYPES - root_types:
acc1 = Account(name=acc_type1,
type=acc_type1,
parent=book.root_account,
commodity=None)
book.save()
assert len(book.accounts) == 13
for acc_type1 in ACCOUNT_TYPES - root_types:
acc1 = book.accounts(name=acc_type1)
for acc_type2 in ACCOUNT_TYPES:
if not _is_parent_child_types_consistent(
acc_type1, acc_type2, []):
acc2 = Account(name=acc_type2,
type=acc_type2,
parent=acc1,
commodity=None)
with pytest.raises(ValueError):
book.validate()
book.cancel()
book.save()
assert len(book.accounts) == 13
def test_add_account_compatibility(self, session):
# test compatibility between child account and parent account
for acc_type1 in ACCOUNT_TYPES - root_types:
acc1 = Account(name=acc_type1,
type=acc_type1,
parent=session.book.root_account,
commodity=None)
for acc_type2 in ACCOUNT_TYPES:
if not _is_parent_child_types_consistent(acc_type1, acc_type2):
with pytest.raises(ValueError):
acc2 = Account(name=acc_type2,
type=acc_type2,
parent=acc1,
commodity=None)
else:
acc2 = Account(name=acc_type2,
type=acc_type2,
parent=acc1,
commodity=None)
session.save()
assert len(session.accounts) == 100
def test_scu(self, new_book):
EUR = new_book.commodities[0]
acc = Account(name="test", type="ASSET", commodity=EUR)
assert acc.commodity_scu == EUR.fraction
assert not acc.non_std_scu
acc.commodity_scu = 100
assert acc.non_std_scu
acc.commodity_scu = None
assert acc.commodity_scu == EUR.fraction
assert not acc.non_std_scu
def test_scu(self, new_book):
EUR = new_book.commodities[0]
acc = Account(name="test", type="ASSET", commodity=EUR)
assert acc.commodity_scu == EUR.fraction
assert not acc.non_std_scu
acc.commodity_scu = 100
assert acc.non_std_scu
acc.commodity_scu = None
assert acc.commodity_scu == EUR.fraction
assert not acc.non_std_scu
def test_add_account_compatibility(self, book):
# test compatibility between child account and parent account
for acc_type1 in ACCOUNT_TYPES - root_types:
acc1 = Account(name=acc_type1, type=acc_type1, parent=book.root_account, commodity=None)
for acc_type2 in ACCOUNT_TYPES:
if _is_parent_child_types_consistent(acc_type1, acc_type2, []):
acc2 = Account(name=acc_type2, type=acc_type2, parent=acc1, commodity=None)
book.save()
assert len(book.accounts) == 100
def test_create_samenameandparent_accounts(self, new_book):
EUR = new_book.commodities[0]
racc = new_book.root_account
acc1 = Account(name="test account",
type="ASSET",
commodity=EUR,
parent=racc)
acc2 = Account(name="test account",
type="ASSET",
commodity=EUR,
parent=racc)
with pytest.raises(ValueError):
new_book.validate()
def test_create_standardliability_account(self, new_book):
EUR = new_book.commodities[0]
racc = new_book.root_account
# create normal account
acc = Account(name="test account", type="LIABILITY", commodity=EUR, parent=racc)
new_book.flush()
assert len(new_book.accounts) == 1
assert acc.non_std_scu == 0
assert acc.commodity_scu == EUR.fraction
assert acc.get_balance() == 0
assert acc.sign == -1
assert not acc.is_template
def test_add_account_names(self, book):
# raise ValueError as acc1 and acc2 shares same parents with same name
acc1 = Account(name="Foo", type="MUTUAL", parent=book.root_account, commodity=None)
acc2 = Account(name="Foo", type="BANK", parent=book.root_account, commodity=None)
with pytest.raises(ValueError):
book.save()
book.cancel()
# ok as same name but different parents
acc3 = Account(name="Fooz", type="BANK", parent=book.root_account, commodity=None)
acc4 = Account(name="Fooz", type="BANK", parent=acc3, commodity=None)
book.save()
# raise ValueError as now acc4 and acc3 shares same parents with same name
acc4.parent = acc3.parent
with pytest.raises(ValueError):
book.save()
def test_create_standardliability_account(self, new_book):
EUR = new_book.commodities[0]
racc = new_book.root_account
# create normal account
acc = Account(name="test account",
type="LIABILITY",
commodity=EUR,
parent=racc)
new_book.flush()
assert len(new_book.accounts) == 1
assert acc.non_std_scu == 0
assert acc.commodity_scu == EUR.fraction
assert acc.get_balance() == 0
assert acc.sign == -1
assert not acc.is_template
def test_create_samenameanddifferentparent_accounts(self, new_book):
EUR = new_book.commodities[0]
racc = new_book.root_account
# create 2 accounts with same name but different parent
acc1 = Account(name="test account",
type="ASSET",
commodity=EUR,
parent=racc)
acc2 = Account(name="test account",
type="ASSET",
commodity=EUR,
parent=acc1)
new_book.flush()
assert acc1.fullname == "test account"
assert acc2.fullname == "test account:test account"
def test_create_children_accounts(self, new_book):
EUR = new_book.commodities[0]
racc = new_book.root_account
# create account with unknown type
acc = Account(name="test account",
type="ASSET",
commodity=EUR,
parent=racc,
children=[
Account(name="test sub-account",
type="ASSET",
commodity=EUR)
])
new_book.flush()
assert len(acc.children) == 1
def test_create_nobook_account(self, new_book):
USD = Commodity(namespace="FOO", mnemonic="BAZ", fullname="cuz")
# create account with no book attachable to it
with pytest.raises(ValueError):
acc = Account(name="test account", type="ASSET", commodity=USD)
new_book.flush()
def test_example(self, realbook_session):
book = realbook_session
# example 1, print all stock prices in the Book
# display all prices
for price in book.query(Price).all():
print(
"{}/{} on {} = {} {}".format(
price.commodity.namespace,
price.commodity.mnemonic,
price.date,
float(price.value_num) / price.value_denom,
price.currency.mnemonic,
)
)
for account in book.accounts:
print(account)
# build map between account fullname (e.g. "Assets:Current Assets" and account)
map_fullname_account = {account.fullname: account for account in book.query(Account).all()}
# use it to retrieve the current assets account
print(map_fullname_account)
acc_cur = map_fullname_account["Assets:Current Assets"]
# retrieve EUR currency
EUR = book.commodities.get(mnemonic="EUR")
# add a new subaccount to this account of type ASSET with currency EUR
Account(name="new savings account", type="ASSET", parent=acc_cur, commodity=EUR)
# save changes
with pytest.raises(GnucashException) as excinfo:
book.save()
def test_sign_accounts(self, new_book):
EUR = new_book.commodities[0]
neg = "EQUITY,PAYABLE,LIABILITY,CREDIT,INCOME".split(",")
pos = "STOCK,MUTUAL,EXPENSE,BANK,TRADING,CASH,ASSET,RECEIVABLE".split(
",")
all = neg + pos
for acc in all:
assert Account(name=acc, type=acc,
commodity=EUR).sign == (1 if acc in pos else -1)
def test_create_unknowntype_account(self, new_book):
EUR = new_book.commodities[0]
racc = new_book.root_account
# create account with unknown type
with pytest.raises(ValueError):
acc = Account(name="test account",
type="FOO",
commodity=EUR,
parent=racc)
new_book.validate()
def test_create_unicodename_account(self, new_book):
EUR = new_book.commodities[0]
racc = new_book.root_account
# create normal account
acc = Account(name=u"inouï étrange",
type="ASSET",
commodity=EUR,
parent=racc)
new_book.flush()
assert len(new_book.accounts) == 1
assert len(repr(acc)) >= 2
def test_create_default(self, book_db_config):
with create_book(keep_foreign_keys=False, **book_db_config) as b:
a = Account(commodity=b.currencies(mnemonic="SEK"),
parent=b.root_account,
name="léviö",
type="ASSET")
assert str(b.uri) == build_uri(**book_db_config)
b.save()
# reopen the DB except if sqlite_file is None
if book_db_config.get("sqlite_file", True):
with open_book(**book_db_config) as b:
assert b.accounts(name="léviö").commodity == b.currencies(mnemonic="SEK")
def test_create_root_subaccount(self, new_book):
EUR = new_book.commodities[0]
racc = new_book.root_account
# create root account should raise an exception
acc = Account(name="subroot accout",
type="ROOT",
commodity=EUR,
parent=racc)
with pytest.raises(ValueError):
new_book.validate()
# except if we add the control_mode 'allow-root-subaccounts' to the book
new_book.control_mode.append("allow-root-subaccounts")
new_book.validate()
assert len(new_book.accounts) == 1
def test_add_account_names(self, book):
# raise ValueError as acc1 and acc2 shares same parents with same name
acc1 = Account(name="Foo", type="MUTUAL", parent=book.root_account, commodity=None)
acc2 = Account(name="Foo", type="BANK", parent=book.root_account, commodity=None)
with pytest.raises(ValueError):
book.save()
book.cancel()
# ok as same name but different parents
acc3 = Account(name="Fooz", type="BANK", parent=book.root_account, commodity=None)
acc4 = Account(name="Fooz", type="BANK", parent=acc3, commodity=None)
book.save()
# raise ValueError as now acc4 and acc3 shares same parents with same name
acc4.parent = acc3.parent
with pytest.raises(ValueError):
book.save()
from piecash import open_book, Budget
from piecash._common import Recurrence
from piecash import create_book, Account, Transaction, Split
# create a book (in memory)
s = create_book(currency="EUR")
# get the EUR and create the USD currencies
c1 = s.book.default_currency
c2 = s.book.create_currency_from_ISO("USD")
# create two accounts
a1 = Account("Acc 1", "ASSET", c1, parent=s.book.root_account)
a2 = Account("Acc 2", "ASSET", c2, parent=s.book.root_account)
# create a transaction from a1 to a2
tr = Transaction(currency=c1,
description="transfer",
splits=[
Split(account=a1, value=-100),
Split(account=a2, value=100, quantity=30)
])
s.flush()
# ledger_str() returns a representation of the transaction in the ledger-cli format
tr.ledger_str()
# change the book to use the "trading accounts" options
s.book.use_trading_accounts = True
from piecash import create_book, Account, Transaction, Split, GncValidationError
# create new book
with create_book() as s:
ra = s.book.root_account
eur = s.book.default_currency
# number of accounts
N = 5
# number of transactions
T = 100
# create accounts
accounts = [
Account("account {}".format(i), "ASSET", eur, parent=ra)
for i in range(N)
]
# create transactions
for i, v in enumerate(random.randrange(10) for j in range(T)):
tx = Transaction(
eur,
"transaction {}".format(i),
)
Split(accounts[random.randrange(N)], value=v, transaction=tx)
Split(accounts[random.randrange(N)], value=-v, transaction=tx)
s.save()
# select two accounts
acc = accounts[0]
def book_transactions(request):
name = request.param
if name and database_exists(name):
drop_database(name)
# create new book
with create_book(uri_conn=name, currency="EUR", keep_foreign_keys=False) as b:
# create some accounts
curr = b.default_currency
other_curr = b.currencies(mnemonic="USD")
cdty = Commodity(namespace=u"BEL20", mnemonic=u"GnuCash Inc.", fullname=u"GnuCash Inc. stock")
asset = Account(name="asset", type="ASSET", commodity=curr, parent=b.root_account)
foreign_asset = Account(name="foreign asset", type="ASSET", commodity=other_curr, parent=b.root_account)
stock = Account(name="broker", type="STOCK", commodity=cdty, parent=asset)
expense = Account(name="exp", type="EXPENSE", commodity=curr, parent=b.root_account)
income = Account(name="inc", type="INCOME", commodity=curr, parent=b.root_account)
tr1 = Transaction(
post_date=date(2015, 10, 21),
description="my revenue",
currency=curr,
splits=[Split(account=asset, value=(1000, 1)), Split(account=income, value=(-1000, 1))],
)
tr2 = Transaction(
post_date=date(2015, 10, 25),
description="my expense",
currency=curr,
splits=[
Split(account=asset, value=(-100, 1)),
Split(account=expense, value=(20, 1), memo="cost of X"),
Split(account=expense, value=(80, 1), memo="cost of Y"),
],
)
tr_stock = Transaction(
post_date=date(2015, 10, 29),
description="my purchase of stock",
currency=curr,
splits=[
Split(account=asset, value=(-200, 1)),
Split(account=expense, value=(15, 1), memo="transaction costs"),
Split(account=stock, value=(185, 1), quantity=(6, 1), memo="purchase of stock"),
],
)
tr_to_foreign = Transaction(
post_date=date(2015, 10, 30),
description="transfer to foreign asset",
currency=curr,
splits=[
Split(account=asset, value=(-200, 1)),
Split(account=foreign_asset, value=(200, 1), quantity=(135, 1)),
],
)
tr_from_foreign = Transaction(
post_date=date(2015, 10, 31),
description="transfer from foreign asset",
currency=other_curr,
splits=[
Split(account=asset, value=(135, 1), quantity=(215, 1)),
Split(account=foreign_asset, value=(-135, 1)),
],
)
Price(commodity=cdty, currency=other_curr, date=date(2015, 11, 1), value=(123, 100))
Price(commodity=cdty, currency=other_curr, date=date(2015, 11, 4), value=(127, 100))
Price(commodity=cdty, currency=curr, date=date(2015, 11, 2), value=(234, 100))
b.save()
yield b
if name and database_exists(name):
drop_database(name)
# @brief Creates a basic set of accounts and a couple of transactions
# @ingroup python_bindings_examples
from decimal import Decimal
import os
import tempfile
from piecash import create_book, Account, Transaction, Split, Commodity
from piecash.core.factories import create_currency_from_ISO
FILE_1 = os.path.join(tempfile.gettempdir(), "example.gnucash")
with create_book(FILE_1, overwrite=True) as book:
root_acct = book.root_account
cad = create_currency_from_ISO("CAD")
expenses_acct = Account(parent=root_acct,
name="Expenses",
type="EXPENSE",
commodity=cad)
savings_acct = Account(parent=root_acct,
name="Savings",
type="BANK",
commodity=cad)
opening_acct = Account(parent=root_acct,
name="Opening Balance",
type="EQUITY",
commodity=cad)
num1 = Decimal("4")
num2 = Decimal("100")
num3 = Decimal("15")
# create transaction with core objects in one step
trans1 = Transaction(currency=cad,
from piecash import open_book, Transaction, Split
from piecash.kvp import Slot
# from gnucash import Session, Account, Transaction, Split, GncNumeric
# import gnucash
from piecash import create_book, Account, Split, Transaction, Commodity, Price
from datetime import datetime
bookname = "/home/sdementen/Projects/piecash/tests/foozbar.sqlite"
bookname = "/home/sdementen/Projects/piecash/gnucash_books/complex_example_piecash.gnucash"
with create_book(bookname, currency="EUR", keep_foreign_keys=False, overwrite=True) as b:
# create some accounts
curr = b.default_currency
other_curr = b.currencies(mnemonic="USD")
cdty = Commodity(namespace=u"BEL20", mnemonic=u"GnuCash Inc.", fullname=u"GnuCash Inc. stock")
asset = Account(name="asset", type="ASSET", commodity=curr, parent=b.root_account)
foreign_asset = Account(name="foreign asset", type="ASSET", commodity=other_curr, parent=b.root_account)
stock = Account(name="broker", type="STOCK", commodity=cdty, parent=asset)
expense = Account(name="exp", type="EXPENSE", commodity=curr, parent=b.root_account)
income = Account(name="inc", type="INCOME", commodity=curr, parent=b.root_account)
tr1 = Transaction(post_date=datetime(2015, 10, 21),
description="my revenue",
currency=curr,
splits=[
Split(account=asset, value=(1000, 1)),
Split(account=income, value=(-1000, 1)),
]
)
tr2 = Transaction(post_date=datetime(2015, 10, 25),
description="my expense",
from piecash import create_book, Account
# create a book with some account tree structure
with create_book("../gnucash_books/simple_book_transaction_creation.gnucash", overwrite=True) as mybook:
mybook.root_account.children = [
Account(name="Expenses",
type="EXPENSE",
commodity=mybook.currencies(mnemonic="USD"),
placeholder=True,
children=[
Account(name="Some Expense Account",
type="EXPENSE",
commodity=mybook.currencies(mnemonic="USD")),
]),
Account(name="Assets",
type="ASSET",
commodity=mybook.currencies(mnemonic="USD"),
placeholder=True,
children=[
Account(name="Current Assets",
type="BANK",
commodity=mybook.currencies(mnemonic="USD"),
placeholder=True,
children=[
Account(name="Checking",
type="BANK",
commodity=mybook.currencies(mnemonic="USD"))
]),
]),
]
# save the book
def create_example_book(self):
"""Main function to create example gnucash file (piecash book).
All Accounts and Transaction types are hardcoded.
Some Transactions are fixed, meaning that their occurrence or price is always the same.
Other Transaction days and/or prices are set at random,given the seed provided during initialization.
What is more, some of the Transactions can also be a part of a Shop (Split) Transaction. The occurence
of this is also subject to the random seed.
Function doesn't return anything, but saves the created book in the file_path provided in __init__.
"""
book = create_book(currency=self.currency, sqlite_file=self.file_path, overwrite=True)
curr = book.default_currency
# Accounts
asset_acc = Account("Assets", "ASSET", curr, parent=book.root_account, placeholder=True)
john_acc = Account("John", "ASSET", curr, parent=asset_acc)
susan_acc = Account("Susan", "ASSET", curr, parent=asset_acc)
family_acc = Account("Family", "ASSET", curr, parent=asset_acc)
income = Account("Income", "INCOME", curr, parent=book.root_account, placeholder=True)
john_income = Account("John's Income", "INCOME", curr, parent=income)
susan_income = Account("Susan's Income", "INCOME", curr, parent=income)
exp = Account("Expenses", "EXPENSE", curr, parent=book.root_account, placeholder=True)
john_exp = Account("John's Expenses", "EXPENSE", curr, parent=exp, placeholder=True)
clothes_john = Account("Clothes", "EXPENSE", curr, parent=john_exp)
susan_exp = Account("Susan's Expenses", "EXPENSE", curr, parent=exp, placeholder=True)
clothes_susan = Account("Clothes", "EXPENSE", curr, parent=susan_exp)
family_exp = Account("Family", "EXPENSE", curr, parent=exp, placeholder=True)
grocery = Account("Grocery", "EXPENSE", curr, parent=family_exp, placeholder=True)
bread = Account("Bread", "EXPENSE", curr, parent=grocery)
meat = Account("Meat", "EXPENSE", curr, parent=grocery)
eggs = Account("Eggs", "EXPENSE", curr, parent=grocery)
chips = Account("Chips", "EXPENSE", curr, parent=grocery)
fruits = Account("Fruits and Vegetables", "EXPENSE", curr, parent=grocery)
car = Account("Car", "EXPENSE", curr, parent=family_exp, placeholder=True)
petrol = Account("Petrol", "EXPENSE", curr, parent=car)
flat = Account("Flat", "EXPENSE", curr, parent=family_exp, placeholder=True)
rent = Account("Rent", "EXPENSE", curr, parent=flat)
water = Account("Water and Electricity", "EXPENSE", curr, parent=flat)
bathroom = Account("Bathroom", "EXPENSE", curr, parent=family_exp, placeholder=True)
toilet = Account("Toilet", "EXPENSE", curr, parent=bathroom)
personal_john = Account("Personal - John", "EXPENSE", curr, parent=bathroom)
personal_susan = Account("Personal - Susan", "EXPENSE", curr, parent=bathroom)
other = Account("Other", "EXPENSE", curr, parent=family_exp)
book.save()
# Transactions
acc_list = [john_acc, susan_acc, family_acc, clothes_john, clothes_susan, bread, meat, eggs,
chips, fruits, petrol, rent, water, toilet, personal_john, personal_susan, other]
# Tuple(
# Tuple(
# Tuple(Name of Transaction/Split, From_Account),
# Tuple(Start of Price Range/Price, Stop of Price Range/ ),
# ),
# Tuple(...)
# ), ...
planned_tr_list = [
((("Salary", john_income), (3000,)),),
((("Salary", susan_income), (3000,)),),
((("Transaction", john_acc), (500,)),
(("Transaction", susan_acc), (500,))),
((("Clothes", john_acc), (100, 350)),),
((("Clothes", john_acc), (100, 350)),),
((("White Bread", family_acc), (1, 4)),
(("Rye Bread", family_acc), (3, 6)),
(("Butter", family_acc), (4, 7))),
((("Chicken", family_acc), (9, 16)),
(("Cow", family_acc), (15, 30))),
((("Eggs", family_acc), (8, 16)),),
((("Chips", family_acc), (5, 17)),
(("Lollipops", family_acc), (1, 2))),
((("Apple", family_acc), (3, 5)),
(("Banana", family_acc), (5, 7)),
(("Tomato", family_acc), (2, 4)),
(("Pear", family_acc), (3, 5))),
((("Petrol", family_acc), (50, 250)),),
((("Rent", family_acc), (2000,)),),
((("Water and Electricity", family_acc), (20, 150)),),
((("Toilet Paper", family_acc), (5, 15)),
(("Facial Tissues", family_acc), (2, 8))),
((("Beard Balm", john_acc), (15, 50)),),
((("Shampoo", susan_acc), (10, 15)),
(("Face Cleanser", susan_acc), (10, 13))),
((("Other", family_acc), (1, 100)),)
]
# Ordered Dict for reproducibility
# key: Accounts, value: tuples of Transactions
planned_tr_list = map(OrderedDict, planned_tr_list)
stuff = OrderedDict(zip(acc_list, planned_tr_list))
# Zipping Probabilities with Transactions
low_proba_list = [clothes_john, clothes_susan, petrol, toilet, personal_john, personal_susan]
medium_proba_list = [meat, chips, other]
high_proba_list = [bread, eggs, fruits]
probas = [
(low_proba_list, self.low_proba),
(medium_proba_list, self.medium_proba),
(high_proba_list, self.high_proba)
]
# Fixed Day Transactions
fixed_transactions = [
(20, (rent, water)),
(25, (john_acc, susan_acc)),
(26, (family_acc,))
]
# Shops (Split Transaction Names)
shops = ["Grocery Shop #1", "Grocery Shop #2"]
shop_items = (high_proba_list,)
self.__create_transactions(book, self.date_range, stuff, curr, probas, fixed_transactions, shops, shop_items)
book.save()
#!/usr/bin/env python
## @file
# @brief Example Script simple sqlite create
# @ingroup python_bindings_examples
from __future__ import print_function
import os
from piecash import create_book, Account, Commodity, open_book
filename = os.path.abspath('test.blob')
if os.path.exists(filename):
os.remove(filename)
with create_book(filename) as s:
a = Account(parent=s.book.root_account,
name="wow",
type="ASSET",
commodity=s.book.create_currency_from_ISO("CAD"))
s.save()
with open_book(filename) as s:
print(s.book.root_account.children)
print(s.commodities.get(mnemonic="CAD"))
os.remove(filename)
def add_transaction(t):
settings_file = os.environ['HOME'] + "/gnucash/settings.yaml"
with open(settings_file) as ymlfile:
settings = yaml.load(ymlfile)
book_path = settings['location'] + settings['gnucash']
log_file = settings['location'] + settings['log']
# check for existance of to_account and from_account
book = piecash.open_book(book_path)
to_account_found = False
from_account_found = False
for a in book.accounts:
if a.fullname == t.account:
from_account_found = True
elif a.fullname == t.expense:
to_account_found = True
success = True
expense_account_created = False
try:
# income - allow for not found accounts to instead go to Imbalance account
if t.income:
if not to_account_found:
t.account = 'Imbalance'
if not from_account_found:
t.expense = 'Imbalance'
# expense - allow creation of expense accounts ONLY
# - allow not found "from" accounts to instead go to Imbalance account
else:
# add missing expense account
if not to_account_found:
with open_book(book_path, open_if_lock=True,
readonly=False) as book:
acc = book.root_account
for subacc in book.root_account.children:
if subacc.name == 'Expenses':
acc = subacc
break
# could change this and loop to support mutli-level expense account creation
#t.expense = 'Expense:' + t.expense.split(':')[-1]
a = Account(
parent=acc,
name=t.expense.split(':')[-1],
type="EXPENSE",
description='Automatically Added from SMS transaction.',
commodity=book.commodities.get(mnemonic="USD"))
book.save()
to_account_found = True
expense_account_created = True
if not from_account_found:
t.account = "Imbalance"
# reopen the book and add a transaction
# this must be a sqlite3 file
with open_book(book_path, open_if_lock=True, readonly=False) as mybook:
today = datetime.now()
today = today.replace(microsecond=0)
# retrieve the currency from the book
USD = mybook.currencies(mnemonic='USD')
# define the amount as Decimal
amount = t.amount
# retrieve accounts
to_account = mybook.accounts(fullname=t.expense)
from_account = mybook.accounts(fullname=t.account)
# if income, flip the accounts so 'income' is used instead of 'charge'
if t.income:
to_account = mybook.accounts(fullname=t.account)
from_account = mybook.accounts(fullname=t.expense)
# create the transaction with its two splits
Transaction(post_date=today,
enter_date=today,
currency=USD,
description=t.description,
splits=[
Split(account=to_account,
value=amount,
memo='Automated from script'),
Split(account=from_account,
value=-amount,
memo='Automated from script'),
])
# save the book
mybook.save()
except:
success = False
log(success, t, to_account_found, from_account_found,
expense_account_created, log_file)