def test_parse(self):
self.assertEqual(dateutil.parse_iso8601_date('1234-06-18'), datetime(1234,6,18))
self.assertEqual(dateutil.parse_iso8601_date('1234-06-18T12:34:56'), datetime(1234,6,18,12,34,56))
self.assertEqual(dateutil.parse_iso8601_date('1234-06-18T12:34:56Z'), datetime(1234,6,18,12,34,56))
self.assertRaises( ValueError, dateutil.parse_iso8601_date, '')
self.assertRaises( ValueError, dateutil.parse_iso8601_date, '1234-06-18 12:34:56..')
self.assertRaises( ValueError, dateutil.parse_iso8601_date, '1234/06/18 12:34:56')
self.assertRaises( ValueError, dateutil.parse_iso8601_date, '1234-06-18 12.34.56')
self.assertRaises( ValueError, dateutil.parse_iso8601_date, 'abcd-06-18 12:34:56')
self.assertRaises( ValueError, dateutil.parse_iso8601_date, '9999-99-99 99:99:99')
def _interpretHeaderRecord(self, lineno, line):
"""
@params lineno - 1 based for error reporting
@params line
"""
pair = line.split(':',1)
if len(pair) != 2:
raise SyntaxError('Invalid header (format=name: value) - "%s"' % line)
name = pair[0].strip().lower()
value = pair[1].strip()
# borrow decode_dsv() to decode \ and line breaks.
value0 = decode_dsv(value)[0]
# support these headers
if name == 'weblib-version':
self.wlib.version = value0
elif name == 'date':
try:
self.wlib.date = dateutil.parse_iso8601_date(value0)
except ValueError:
self.wlib.date = datetime.datetime(1,1,1) # default date
elif name == 'tag-columns':
self.tag_column_index = parse_header(lineno, value, expected_col=self.TAG_COLUMNS)
elif name == 'url-columns':
self.url_column_index = parse_header(lineno, value, expected_col=self.URL_COLUMNS)
def load(self):
# note: this is designed to work even if all upgrade.* fields are not specified
self.current_version = cfg.get ('_system.version')
self.feed_url = cfg.get ('upgrade_notification.feed_url','')
_fetch_date_str = cfg.get ('upgrade_notification.fetch_date','')
self.fetch_frequency = cfg.getint('upgrade_notification.fetch_frequency',10)
self.last_entry_date = cfg.get ('upgrade_notification.last_entry_date','')
try:
fdate = dateutil.parse_iso8601_date(_fetch_date_str).date()
except ValueError:
self.fetch_date = today_func()
self.next_fetch = today_func()
else:
self._set_fetch_date(fdate)
def test_parse(self):
self.assertEqual(dateutil.parse_iso8601_date('2003-09-15T10:34:54Z'), datetime(2003,9,15,10,34,54))
self.assertEqual(dateutil.parse_iso8601_date('2003-09-15 10:34:54Z'), datetime(2003,9,15,10,34,54))
self.assertEqual(dateutil.parse_iso8601_date('2003-09-15T10:34:54' ), datetime(2003,9,15,10,34,54))
self.assertEqual(dateutil.parse_iso8601_date('20030915T103454' ), datetime(2003,9,15,10,34,54))
self.assertEqual(dateutil.parse_iso8601_date('2003-09-15' ), datetime(2003,9,15, 0, 0, 0))
self.assertEqual(dateutil.parse_iso8601_date('20030915' ), datetime(2003,9,15, 0, 0, 0))
self.assertRaises( ValueError, dateutil.parse_iso8601_date, '')
self.assertRaises( ValueError, dateutil.parse_iso8601_date, '1234-06-18 12:34:56..')
self.assertRaises( ValueError, dateutil.parse_iso8601_date, '1234/06/18 12:34:56')
self.assertRaises( ValueError, dateutil.parse_iso8601_date, '1234-06-18 12.34.56')
self.assertRaises( ValueError, dateutil.parse_iso8601_date, 'abcd-06-18 12:34:56')
self.assertRaises( ValueError, dateutil.parse_iso8601_date, '9999-99-99 99:99:99')