def make_css_from_statements(lines, compressed=True, empty_selectors=True, indent=' ', target=None):
if compressed:
indent = ''
try:
from cssmin import cssmin
except ImportError:
def cssmin(css, wrap=None):
pass
_media, _indent = [], ''
for media, selectors, declarations in last(lines, ([], [], [])):
if media != _media:
if _media:
target.send('}')
yield '}'
_indent = ''
if media:
yield (','.join(media) + '{') if compressed else (', '.join(media) + ' {')
_indent = indent
if selectors == ['@import']:
for _, path in declarations:
with open(path) as f:
content = f.read()
if content:
yield cssmin(content) if compressed else content
elif empty_selectors or declarations:
declarations = [_indent + indent + k + (':' if compressed else ': ') + str(v) + ';' for k, v in declarations]
if selectors:
if compressed:
line = ','.join(selectors) + '{' + ''.join(declarations) + '}'
else:
line = _indent + (',\n' + _indent).join(selectors)
line += ' {\n' + '\n'.join(declarations) + '\n' + _indent + '}'
if line:
yield line
_media = media
def make_statements_list(lines):
selectors, declarations = [], []
for name, sel, _sel in last(lines, (None, True, False)):
if sel:
if not _sel and selectors:
yield selectors, declarations
selectors, declarations = [], []
selectors.append(name)
elif name != 'pass':
declarations.append(name)
def site_detail(site_id):
site = Site.get_by_key_name(site_id)
if site is None:
return Response(status = 404)
obs = ObservationTimestep.find_latest_by_site(site = site, limit = 24)
forecasts = []
if len(obs) > 0:
first_obs = first(obs)
last_obs = last(obs)
forecasts = ForecastTimestep.find_by_site_between_dates( site = site,
from_dt = last_obs.observation_datetime,
to_dt = first_obs.observation_datetime)
return Response(json.dumps({
'site': site.to_dict(),
'observations': map(lambda o: o.to_dict(excluding = ['site']), obs),
'forecasts': map(lambda f: f.to_dict(excluding = ['site']), forecasts)
}), content_type = "application/json")
def find_directions(link, probes, get_distance=get_distance):
by_sample_id = group_by('sampleID', probes)
result = {}
for (sample_id, probes) in by_sample_id:
sorted_by_datetime = sorted(
probes, key=lambda p: datetime_parser.parse(p.dateTime))
if len(sorted_by_datetime) > 1:
distance_from_first = find_distance_from_ref(
link, first(sorted_by_datetime))
distance_from_last = find_distance_from_ref(
link, last(sorted_by_datetime))
result[
sample_id] = 'F' if distance_from_first < distance_from_last else 'T'
else:
result[sample_id] = '?'
return result
def make_move_goals(self):
order = last(self.pubsub.move_orders)
if order is None:
return
player = self.get_player_entity()
self.registry.assign(player, Goal, GoalType.MOVE, position=order)