def test_basic_successful_tx(self):
with db.tx() as tx:
tx.do("INSERT INTO foo (foo_id, value) VALUES (2, 'bar')")
tx.do("INSERT INTO foo (foo_id, value) VALUES (3, 'baz')")
rows = db.items("SELECT * FROM foo ORDER BY foo_id")
assert len(rows) == 3
for index, row in enumerate(rows):
assert row.foo_id == index + 1
assert rows[2].value == "baz"
def test_operations():
test_db = db.from_environ("DB_PSYCOPG2_TEST_URL")
test_db.do("DROP TABLE IF EXISTS conn_test;")
test_db.do("CREATE TABLE conn_test (name TEXT)")
assert test_db.count("conn_test") == 0
test_db.do("INSERT INTO conn_test (name) VALUES ('foo');")
test_db.do("INSERT INTO conn_test (name) VALUES ('bar');")
assert test_db.count("conn_test") == 2
assert set([x.name for x in db.items("SELECT * FROM conn_test")]) == \
set(["foo", "bar"])
def test_basic_successful_tx(self):
with db.tx() as tx:
tx.do("INSERT INTO foo (foo_id, value) VALUES (2, 'bar')")
tx.do("INSERT INTO foo (foo_id, value) VALUES (3, 'baz')")
rows = db.items("SELECT * FROM foo ORDER BY foo_id")
assert len(rows) == 3
for index, row in enumerate(rows):
assert row.foo_id == index + 1
assert rows[2].value == "baz"
def test_operations():
test_db = db.from_environ("DB_PSYCOPG2_TEST_URL")
test_db.do("DROP TABLE IF EXISTS conn_test;")
test_db.do("CREATE TABLE conn_test (name TEXT)")
assert test_db.count("conn_test") == 0
test_db.do("INSERT INTO conn_test (name) VALUES ('foo');")
test_db.do("INSERT INTO conn_test (name) VALUES ('bar');")
assert test_db.count("conn_test") == 2
assert set([x.name for x in db.items("SELECT * FROM conn_test")]) == \
set(["foo", "bar"])
def drawPlanets(self, dc, rect):
flt = self.rectFilter(rect) if rect else self.visibleAreaFilter()
cond = ['owner_id is not null'] if int(config.options['filter']['inhabited_planets'])==1 else []
#print 'request planets with turn %s'%(self.turn,)
for p in db.planets(self.turn, self.planet_filter + flt + cond):
self.drawPlanet(dc, p)
if self.draw_geo:
self.drawPlanetGeo(dc, p)
for p in db.items('planet_size', flt, ('x', 'y', 's')):
self.drawPlanet(dc, p)
def saveTable(table_name, keys, filters, turn_n = None):
pt = config.options['data']['path']
pt = os.path.join(pt, str(db.getTurn()))
util.assureDirExist(pt)
path = os.path.join(pt, '%s.csv'%(table_name,))
try:
f = open(path, 'wt')
writer = csv.DictWriter(f, keys)
writer.writeheader()
for p in db.items(table_name, filters, keys, turn_n):
try:
for s in unicode_strings:
if s in p and p[s]:
p[s] = p[s].encode('utf-8')
writer.writerow(p)
except UnicodeEncodeError, e:
log.error('failed convert data %s - %s'%(p, e))
except IOError, e:
log.error('failed writing data to csv file %s: %s'%(path, e))
p[8] = 1 - p[8]
p[3] = p[7] = 0
return tuple(p)
db = dict([(dec(k), (v & 1, v >> 1)) for k, v in mdb.items()])
won_1st = 0
won_2nd = 0
winning_1st = 0
winning_2nd = 0
fork_1st = 0
fork_2nd = 0
misleading_fork_1st = {}
misleading_fork_2nd = {}
for k, v in db.items():
if v[1] == 0:
if v[0] == 0:
won_1st += 1
continue
if v[0] == 1:
won_2nd += 1
continue
if v[0] == 0:
winning_1st += 1
else:
winning_2nd += 1
next_pos = [move(k, i) for i in range(3) if k[(k[8] << 2) + i]]
result = [db[p][0] for p in next_pos]
if (0 in result and 1 in result):
if k[8] == 0:
def _load_items(self): if self._items: return self._items = db.items()
def test_items(self):
self.sql = "SELECT name FROM tests"
null_items = self.Null.items(self.sql)
db_items = db.items(self.sql)
nn = lambda xs: map(lambda x: x.name, xs)
assert nn(null_items) == nn(db_items) == ["foo"]