def test_ensure_connected_does_not_reconnect_pointlessly(self):
db.ensure_connected()
conn1 = db.conn
db.ensure_connected()
conn2 = db.conn
assert conn1 == conn2
def _ticker_symbols(self):
"""Get all the tickers to poll from the database."""
db.ensure_connected()
cur = db.conn.execute("""
SELECT ticker AS name
FROM assets
WHERE class != 'Domestic Cash';""")
return [ticker.name for ticker in cur.fetchall()]
def determine_accounts(accounts):
"""Parse `accounts` parameter to see which accounts to include."""
if accounts is None:
db.ensure_connected()
cur = db.conn.execute("""SELECT name FROM accounts;""")
return [x.name for x in cur.fetchall()]
if type(accounts) is str:
return accounts.split(",") if "," in accounts else [accounts]
return accounts
def test_no_switching_db_environments(self):
db.ensure_connected()
assert db._env == "test"
with pytest.raises(Exception):
db.ensure_connected("diff")
assert db._env == "test"
assert db.is_alive()
def simple_fixture_teardown():
db.ensure_connected("test")
db.conn.execute("""DELETE FROM transactions;""")
db.conn.execute("""DELETE FROM distributions;""")
db.conn.execute("""DELETE FROM assetprices;""")
db.conn.execute("""DELETE FROM marketdays;""")
db.conn.execute("""DELETE FROM assets;""")
db.conn.execute("""DELETE FROM assetclasses;""")
db.conn.execute("""DELETE FROM accounts;""")
db.conn.execute("""DELETE FROM investors;""")
db.conn.execute("""DELETE FROM accounttypes;""")
db.conn.close()
def _get_start_date(self, accounts):
db.ensure_connected()
cur = db.conn.execute(
"""SELECT MIN(datecreated) AS datecreated
FROM accounts
WHERE name = ANY(%(accounts)s);""",
{"accounts": accounts},
)
date_created = cur.fetchone().datecreated
if date_created is None:
return None
return date_created - timedelta(days=1)
def _get_ticker_names(self, accounts, from_day):
"""Get ticker names for which there are prices available."""
db.ensure_connected()
cur = db.conn.execute(
"""SELECT DISTINCT(ticker) AS name
FROM assetprices
WHERE (%(from_day)s IS NULL OR day >= %(from_day)s)
AND day <= %(today)s
ORDER BY name ASC;""",
{"from_day": from_day, "today": date.today()},
)
priced = [x.name for x in cur.fetchall()]
cur = db.conn.execute(
"""SELECT DISTINCT(target) AS name
FROM transactions
WHERE (%(from_day)s IS NULL OR day >= %(from_day)s)
AND day <= %(today)s
AND account = ANY(%(accounts)s);""",
{"from_day": from_day, "today": date.today(), "accounts": accounts},
)
bought = [x.name for x in cur.fetchall()]
return sorted(set(priced).intersection(bought))
def setup_function():
db._env = "test"
db.ensure_connected()
def test_ensure_connected_connects(self):
assert db.ensure_connected()
assert db.is_alive()
def simple_fixture():
db._env = "test"
db.ensure_connected("test")
db.conn.execute("""DELETE FROM transactions;""")
db.conn.execute("""DELETE FROM distributions;""")
db.conn.execute("""DELETE FROM assetprices;""")
db.conn.execute("""DELETE FROM marketdays;""")
db.conn.execute("""DELETE FROM assets;""")
db.conn.execute("""DELETE FROM assetclasses;""")
db.conn.execute("""DELETE FROM accounts;""")
db.conn.execute("""DELETE FROM investors;""")
db.conn.execute("""DELETE FROM accounttypes;""")
db.conn.execute("""
INSERT INTO accounttypes (name, tax, margin)
VALUES ('RRSP', 'deferred', false);""")
db.conn.execute("""
INSERT INTO investors (name)
VALUES ('Someone');""")
db.conn.execute("""
INSERT INTO accounts (name, accounttype, investor, datecreated)
VALUES ('RRSP1', 'RRSP', 'Someone', '2017-03-02');""")
db.conn.execute("""
INSERT INTO marketdays (day, open)
VALUES
('2017-03-02', true),
('2017-03-03', true),
('2017-03-04', false),
('2017-03-05', false),
('2017-03-06', true),
('2017-03-07', true),
('2017-03-08', true);""")
db.conn.execute("""
INSERT INTO assetclasses (name, domesticcurrency)
VALUES
('Cash', true),
('Domestic Equity', true),
('Emergent Markets Equity', false);""")
db.conn.execute("""
INSERT INTO assets (ticker, class)
VALUES
('Cash', 'Cash'),
('VCN.TO', 'Domestic Equity'),
('VEE.TO', 'Emergent Markets Equity');""")
db.conn.execute("""
INSERT INTO assetprices (ticker, day, close)
VALUES
('VCN.TO', '2017-03-02', 30.00),
('VCN.TO', '2017-03-03', 30.10),
('VCN.TO', '2017-03-06', 29.85),
('VCN.TO', '2017-03-07', 29.85),
('VCN.TO', '2017-03-08', 30.15),
('VEE.TO', '2017-03-02', 29.00),
('VEE.TO', '2017-03-03', 28.00),
('VEE.TO', '2017-03-06', 32.00),
('VEE.TO', '2017-03-07', 32.00),
('VEE.TO', '2017-03-08', 31.00);""")
db.conn.execute("""
INSERT INTO distributions (ticker, day, amount)
VALUES
('VCN.TO', '2017-03-03', 0.1010),
('VCN.TO', '2017-03-06', 0.0990);""")
db.conn.execute("""
INSERT INTO transactions (day, txtype, account, source, target, units, unitprice, commission, total)
VALUES
('2017-03-02', 'deposit', 'RRSP1', null, 'Cash', null, null, null, 10000),
('2017-03-03', 'buy', 'RRSP1', 'Cash', 'VCN.TO', 100, 30.10, 0.35, 3010.35),
('2017-03-03', 'buy', 'RRSP1', 'Cash', 'VEE.TO', 100, 28.00, 0.35, 2800.35),
('2017-03-03', 'dividend', 'RRSP1', 'VCN.TO', 'Cash', 100, 0.1010, 0, 10.10),
('2017-03-06', 'dividend', 'RRSP1', 'VCN.TO', 'Cash', 100, 0.0990, 0, 9.90);"""
)
db.conn.close()
db.ensure_connected("test")
def __init__(self):
db.ensure_connected()
self._conn = db.conn
