def test_create_edit_spot_copy_expiry(self):
dow = 1
hour = 0
slot = 0
spot = models.Spot(
title='Legal ID',
type='Station ID')
spot.put()
constraint = models.SpotConstraint(dow=dow, hour=hour, slot=slot, spots=[spot.key()])
constraint.put()
now = time_util.chicago_now() + datetime.timedelta(hours=2)
resp = self.client.post(reverse('traffic_log.views.addCopyForSpot', args=(spot.key(),)), {
'spot_key': spot.key(),
'body': 'You are listening to chirprario.odg',
'underwriter': 'pretend this is an underwriter',
'expire_on': now.strftime("%m/%d/%Y %H:%M:%S") # no timezone info
})
self.assertNoFormErrors(resp)
spot_copy, is_logged = spot.get_spot_copy(dow, hour, slot)
converted_expire_on = time_util.convert_utc_to_chicago(spot_copy.expire_on)
self.assertEqual(converted_expire_on.timetuple(), now.timetuple())
resp = self.client.post(reverse('traffic_log.editSpotCopy', args=(spot_copy.key(),)), {
'spot_key': spot.key(),
'body': 'You are listening to chirprario.odg',
'underwriter': 'pretend this is an underwriter',
'expire_on': spot_copy.expire_on.strftime("%m/%d/%Y %H:%M:%S") # no timezone info
})
self.assertNoFormErrors(resp)
spot_copy, is_logged = spot.get_spot_copy(dow, hour, slot)
converted_expire_on = time_util.convert_utc_to_chicago(spot_copy.expire_on)
self.assertEqual(converted_expire_on.timetuple(), now.timetuple())
def test_create_edit_spot_copy_expiry(self):
dow = 1
hour = 0
slot = 0
spot = models.Spot(title='Legal ID', type='Station ID')
spot.put()
constraint = models.SpotConstraint(dow=dow,
hour=hour,
slot=slot,
spots=[spot.key()])
constraint.put()
now = time_util.chicago_now() + datetime.timedelta(hours=2)
resp = self.client.post(
reverse('traffic_log.views.addCopyForSpot', args=(spot.key(), )),
{
'spot_key': spot.key(),
'body': 'You are listening to chirprario.odg',
'underwriter': 'pretend this is an underwriter',
'expire_on': now.strftime(
"%m/%d/%Y %H:%M:%S") # no timezone info
})
self.assertNoFormErrors(resp)
spot_copy, is_logged = spot.get_spot_copy(dow, hour, slot)
converted_expire_on = time_util.convert_utc_to_chicago(
spot_copy.expire_on)
self.assertEqual(converted_expire_on.timetuple(), now.timetuple())
resp = self.client.post(
reverse('traffic_log.editSpotCopy', args=(spot_copy.key(), )),
{
'spot_key': spot.key(),
'body': 'You are listening to chirprario.odg',
'underwriter': 'pretend this is an underwriter',
'expire_on': spot_copy.expire_on.strftime(
"%m/%d/%Y %H:%M:%S") # no timezone info
})
self.assertNoFormErrors(resp)
spot_copy, is_logged = spot.get_spot_copy(dow, hour, slot)
converted_expire_on = time_util.convert_utc_to_chicago(
spot_copy.expire_on)
self.assertEqual(converted_expire_on.timetuple(), now.timetuple())
def report_entry_to_csv_dict(entry):
return {
'readtime': time_util.convert_utc_to_chicago(entry.readtime),
'dow': constants.DOW_DICT[entry.dow],
'underwriter': entry.spot_copy.underwriter,
'slot_time': entry.scheduled.readable_slot_time,
'title': entry.spot.title,
'type': entry.spot.type,
'excerpt': entry.spot_copy.body[:140]
}
def report_entry_to_csv_dict(entry):
return {
'readtime': time_util.convert_utc_to_chicago(entry.readtime),
'dow': constants.DOW_DICT[entry.dow],
'underwriter': entry.spot_copy.underwriter,
'slot_time': entry.scheduled.readable_slot_time,
'title': entry.spot.title,
'type': entry.spot.type,
'excerpt': entry.spot_copy.body[:140]
}
def __init__(self, data):
self._key = data['key']
self.artist_name = data['artist_name']
self.track_title = data['track_title']
self.album_title_display = data['album_title_display']
self.label_display = data['label_display']
self.notes = data['notes']
self.selector = CachedSelector(data['selector_key'])
self.categories = data['categories']
d = datetime(*data['established_display'])
d = time_util.convert_utc_to_chicago(d)
self.established_display = d
def __init__(self, data):
self._key = data['key']
self.artist_name = data['artist_name']
self.track_title = data['track_title']
self.album_title_display = data['album_title_display']
self.label_display = data['label_display']
self.notes = data['notes']
self.selector = CachedSelector(data['selector_key'])
self.categories = data['categories']
d = datetime(*data['established_display'])
d = time_util.convert_utc_to_chicago(d)
self.established_display = d
def timestamp_display(self):
"""This is the time to show to users."""
return time_util.convert_utc_to_chicago(self.timestamp)
def created_display(self):
"""This is the time to show to users."""
return time_util.convert_utc_to_chicago(self.created)
def timestamp_display(self):
"""This is the time to show to users."""
return time_util.convert_utc_to_chicago(self.timestamp)
def created_display(self):
"""This is the time to show to users."""
return time_util.convert_utc_to_chicago(self.created)
def modified_display(self):
return time_util.convert_utc_to_chicago(self.modified)
def established_display(self):
return time_util.convert_utc_to_chicago(self.established)
def modified_display(self):
return time_util.convert_utc_to_chicago(self.modified)
def established_display(self):
return time_util.convert_utc_to_chicago(self.established)