def home():
latitude = safe_float(request.args.get('city_lat'))
longitude = safe_float(request.args.get('city_long'))
radius = safe_int(request.args.get('radius'))
python = bool(request.args.get('python'))
r = bool(request.args.get('r'))
people = db.get_session().query(Person).join(Person.facts).\
join(Facts.airport).\
filter(Facts.active == True)
if python:
people = people.filter(Facts.python == True)
if r:
people = people.filter(Facts.r == True)
if latitude is not None and longitude is not None and radius:
people = (
person for person in people
if person.facts.airport.is_within_radius_of(
radius,
latitude,
longitude,
units='km'
)
)
return render_template('index.html', people=people)
def home():
latitude = safe_float(request.args.get('city_lat'))
longitude = safe_float(request.args.get('city_long'))
radius = safe_int(request.args.get('radius'))
closest = safe_int(request.args.get('closest'))
python = bool(request.args.get('python'))
r = bool(request.args.get('r'))
people = db.get_session().query(Person).join(Person.facts).\
join(Facts.airport).\
filter(Facts.active == True)
if python:
people = people.filter(Facts.python == True)
if r:
people = people.filter(Facts.r == True)
if latitude is not None and longitude is not None and radius:
people = (
person for person in people
if person.facts.airport.is_within_radius_of(
radius,
latitude,
longitude,
units='km'
)
)
elif latitude is not None and longitude is not None and closest:
# not searching radius but rather closest people
people = sorted(people,
key=lambda x: x.facts.airport.distance_from(latitude, longitude))[:closest]
return render_template('index.html', people=people)
def home():
latitude = safe_float(request.args.get('city_lat'))
longitude = safe_float(request.args.get('city_long'))
radius = safe_int(request.args.get('radius'))
closest = safe_int(request.args.get('closest'))
python = bool(request.args.get('python'))
r = bool(request.args.get('r'))
people = db.get_session().query(Person).join(Person.facts).\
join(Facts.airport).\
filter(Facts.active == True)
if python:
people = people.filter(Facts.python == True)
if r:
people = people.filter(Facts.r == True)
if latitude is not None and longitude is not None and radius:
people = (person for person in people
if person.facts.airport.is_within_radius_of(
radius, latitude, longitude, units='km'))
elif latitude is not None and longitude is not None and closest:
# not searching radius but rather closest people
people = sorted(people,
key=lambda x: x.facts.airport.distance_from(
latitude, longitude))[:closest]
return render_template('index.html', people=people)
async def wait_then_delete(self, message, user):
wait_time = safe_float(self.db[user.id, 'delete_response_time'])
await asyncio.sleep(wait_time)
try:
await self.client.delete_message(message)
except (Forbidden, NotFound):
pass
def parse_paper_size(option, opt_str, value, parser):
# read paper size/print all known paper-size names
value = value.upper()
parser.values.use_bbox = False
try:
parser.values.paper_size = (pw, ph) = paper_size[value]
log.debug("Paper size set to %s (%dmm x %dmm)", value, pw, ph)
return
except KeyError:
pass # ok, maybe query or bbox passed
if value == "QUERY":
for name in sorted(paper_size.keys()):
(pw, ph) = paper_size[name]
print "%-4s: %dmm x %dmm" % (name, pw, ph)
sys.exit()
if value.startswith("BBOX"): # Bounding box
parser.values.paper_size = (0.0, 0.0)
parser.values.use_bbox = True
# variants:
# 1. BBOX
# 2. BBOX:number
# 3. BBOX:number,number
# 4. BBOX:number,number,number,number
mT = mB = mL = mR = 0.0
if value.startswith("BBOX:"):
tmp = value[5:].split(",", 4)
if len(tmp) == 1: # BBOX:number
mT = mB = mL = mR = abs(utils.safe_float(tmp[0]))
elif len(tmp) == 2: # BBOX:number,number
mL = mR = abs(utils.safe_float(tmp[0]))
mT = mB = abs(utils.safe_float(tmp[1]))
elif len(tmp) == 4: # BBOX:number,number,number,number
mL = abs(utils.safe_float(tmp[0]))
mR = abs(utils.safe_float(tmp[1]))
mT = abs(utils.safe_float(tmp[2]))
mB = abs(utils.safe_float(tmp[3]))
else:
log.warning("Bbox: invalid syntax, margins set to 0")
parser.values.bbox_margin_L = mL
parser.values.bbox_margin_R = mR
parser.values.bbox_margin_T = mT
parser.values.bbox_margin_B = mB
log.debug(
"BBox margins: left=%0.2f, right=%0.2f, top=%0.2f, bottom=%0.2f",
mL, mR, mT, mB)
else:
log.warning("Know nothing about paper size %s, defaults to A4" % value)
parser.values.paper_size = paper_size['A4']
def get_args(self, command, tokens, message, user, server, channel):
args = []
mention_index = 0
for index in range(len(self.commands[command]["args"])):
arg = self.commands[command]['args'][index]
if arg == "user":
args.append(user)
elif arg == "message":
args.append(message)
elif arg == "server":
args.append(server)
elif arg == "channel":
args.append(channel)
elif arg == "mention":
if mention_index < len(message.mentions):
args.append(message.mentions[mention_index].id)
mention_index += 1
else:
args.append(None)
elif arg == '*mentions':
args.append([p.id for p in message.mentions])
elif len(tokens) != 0:
if arg == 'force?':
args.append(self.autocomplete(tokens.pop().lower(), self.force_words))
elif arg == 'no?':
args.append(self.autocomplete(tokens.pop().lower(), self.no_words))
elif arg == 'yes?':
args.append(self.autocomplete(tokens.pop().lower(), self.yes_words))
elif arg == 'str':
args.append(tokens.pop())
elif arg == '*str':
args.append([tokens.pop().lower() for x in
range(len(tokens) - (len(self.commands[command]['args']) - index - 1))])
elif arg == 'int':
args.append(safe_int(tokens.pop()))
elif arg == 'float':
args.append(safe_float(tokens.pop()))
return args
def parse_paper_size(option, opt_str, value, parser):
# read paper size/print all known paper-size names
value = value.upper()
parser.values.use_bbox = False
try:
parser.values.paper_size = (pw, ph) = paper_size[value]
log.debug("Paper size set to %s (%dmm x %dmm)", value, pw, ph)
return
except KeyError:
pass # ok, maybe query or bbox passed
if value == "QUERY":
for name in sorted(paper_size.keys()):
(pw, ph) = paper_size[name]
print "%-4s: %dmm x %dmm" % (name, pw, ph)
sys.exit()
if value.startswith("BBOX"): # Bounding box
parser.values.paper_size = (0.0, 0.0)
parser.values.use_bbox = True
# variants:
# 1. BBOX
# 2. BBOX:number
# 3. BBOX:number,number
# 4. BBOX:number,number,number,number
mT = mB = mL = mR = 0.0
if value.startswith("BBOX:"):
tmp = value[5:].split(",", 4)
if len(tmp) == 1: # BBOX:number
mT = mB = mL = mR = abs(utils.safe_float(tmp[0]))
elif len(tmp) == 2: # BBOX:number,number
mL = mR = abs(utils.safe_float(tmp[0]))
mT = mB = abs(utils.safe_float(tmp[1]))
elif len(tmp) == 4: # BBOX:number,number,number,number
mL = abs(utils.safe_float(tmp[0]))
mR = abs(utils.safe_float(tmp[1]))
mT = abs(utils.safe_float(tmp[2]))
mB = abs(utils.safe_float(tmp[3]))
else:
log.warning("Bbox: invalid syntax, margins set to 0")
parser.values.bbox_margin_L = mL
parser.values.bbox_margin_R = mR
parser.values.bbox_margin_T = mT
parser.values.bbox_margin_B = mB
log.debug("BBox margins: left=%0.2f, right=%0.2f, top=%0.2f, bottom=%0.2f", mL, mR, mT, mB)
else:
log.warning("Know nothing about paper size %s, defaults to A4" % value)
parser.values.paper_size = paper_size['A4']