def main(scenes_file, vocab_type):
data_prefix = scenes_file.split('.')[0]
filename = f'{data_prefix}_{vocab_type}_vocab.json'
# if filename is None:
# data_prefix = scenes_file.split('.')[0].split('_')[0]
# if data_prefix != '':
# filename = f'{data_prefix}_vocab.json'
# else:
# raise ValueError()
get_set_func = {'attributes': get_attribute_names, 'objects': get_object_names}
synset_file = {'attributes': 'attribute_synsets.json', 'objects': 'object_synsets.json'}
all_synsets = json.load(open(synset_file[vocab_type], 'r'))
scenes = json.load(open(scenes_file, 'r'))
vocab = set()
for scene_id, scene in scenes.items():
vocab = vocab.union(get_set_func[vocab_type](scene))
vocab_synsets = {}
for word in vocab:
try:
synset = all_synsets[word]
except KeyError:
synset = None
vocab_synsets[word] = synset
json.dump(vocab_synsets, open(filename, 'w'), indent=4)
print(f'Completed writing {filename}')
def test(self, start=False, port=5354):
"""
js9 'j.servers.dns.test()'
"""
if start or not self.ping(port=port):
self.start(background=True, port=port)
def ping():
from gevent import socket
address = ('localhost', port)
message = b'PING'
sock = socket.socket(type=socket.SOCK_DGRAM)
sock.connect(address)
print('Sending %s bytes to %s:%s' % ((len(message), ) + address))
sock.send(message)
data, address = sock.recvfrom(8192)
print('%s:%s: got %r' % (address + (data, )))
assert data == b"PONG"
ping()
ns = j.tools.dnstools.get(["localhost"], port=port)
print(ns.namerecords_get("google.com"))
print(ns.namerecords_get("info.despiegk"))
def mentions(self, ids, year=None):
ids = [ids] if isinstance(ids, str) else ids
results = {}
for key in ids:
doi = key[4:] if key.lower().startswith('doi') else key
params = {
'mailto': self.mailto,
'obj-id': doi,
'rows': 0,
#'facet': 'source:*'
}
if year:
params['from-occurred-date'] = '{}-01-01'.format(year)
params['until-occurred-date'] = '{}-12-31'.format(year)
try:
response = requests.get(CROSSREF_EVENTS_URL, params=params)
response.raise_for_status()
except requests.exceptions.HTTPError:
print('Error fetching events for {}'.format(key))
else:
if 'json' in response.headers['Content-Type']:
info = response.json()
results[key] = info['message'].get('total-results', 0)
return results
def bookone(): #查询一个图书
params = {"id": 1}
url = 'http://127.0.0.1:8000/books/'
r = requests.get(url, params=params)
print(r.json())
return r
async def clusters_overview_handler(form: dict,
request: 'Application.Request'):
cloud_token = await auth(request, form["project_id"])
headers = {"X-Auth-Token": cloud_token, "Content-Type": "application/json"}
url = CCE_CLUSTERS_URL.format(project_id=form["project_id"])
async with aiohttp.ClientSession() as session:
async with session.get(url, headers=headers) as resp:
print((resp.status, await resp.text()))
resp = await resp.json()
def inner():
for item in resp["items"]:
yield {
"uid":
item["metadata"]["uid"],
"name":
item["metadata"]["name"],
"update_at":
date_parse(
item["metadata"]["updateTimestamp"][:26]).timestamp(),
"status":
item["status"]["phase"],
"flavor":
item["spec"]["flavor"],
}
return web.json_response({"clusters": list(inner())})
async def aom_query_handler(form: dict, request: 'Application.Request'):
form.setdefault("duration_sec", 5 * 60)
cloud_token = await auth(request, form["project_id"])
headers = {"X-Auth-Token": cloud_token, "Content-Type": "application/json"}
url = AOM_METRIC_DATA_URL.format(project_id=form["project_id"])
body = (BODY_OAM_METRIC_QUERY.replace("{{ METRIC_NAME }}",
form["metric_name"]).replace(
"{{ CLUSTER_NAME }}",
form["cluster_name"]).replace(
"{{ NAMESPACE }}",
form["namespace"]))
async with aiohttp.ClientSession() as session:
print(url)
async with session.post(url, headers=headers, data=body) as resp:
resp = await resp.json()
def inner():
for point in resp["metrics"][0]["dataPoints"]:
yield {
"timestamp": point["timestamp"],
"unit": point["unit"],
"average": point["statistics"][0]["value"],
}
return web.json_response({"points": list(inner())})
def listen(self):
# print("Listening")
event = self.incoming_socket.poll(timeout=3000) # wait 3 seconds
if event == 0:
# timeout reached before any events were queued
pass
else:
# events queued within our time limit
message = self.incoming_socket.recv_string()
print("Message -> {}".format(message))
#role, topic, ipaddr = self.message.split()
data = json.loads(message)
role = data['role'] #publisher
topic = data['topic'] #12345
ipaddr = data['ipaddr'] #10.0.0.1
if ipaddr not in self.registry[topic][
role]: #is 10.0.0.1 in registry['12345']['publisher']
self.registry[topic][role].append(
ipaddr) #now it's added to the list ['10....1']
# based on our role, we need to find the companion ip addresses in the registry
if role == 'publisher' or role == 'subscriber':
if topic in self.topic_brokers:
broker = self.topic_brokers[topic]
else:
for i in range(10):
try:
self.update_broker_registry('/broker')
# Choose a broker at random if we don't know the topic
broker = random.choice(self.registry['broker'])
self.topic_brokers[topic] = broker
except:
time.sleep(0.1)
if role == 'broker':
broker = str(self.master_count)
self.incoming_socket.send_string(broker)
def _get_single_statement_new(self, from_date, to_date):
driver = self.driver
params, target_url, user_agent = driver.execute_script("""
return (function() {
var form = document.forms[0];
var es = [].map.call($(form).serializeArray(), function(e) {
return [e.name, e.value];
});
return [es, form.getAttribute('action'), navigator.userAgent];
})();
""")
params = dict(params)
from pprint import pprint as print
params.update({
'frmTest:btn_Export': '',
'frmTest:dtSearchToDate': '{:%Y}'.format(to_date),
'frmTest:dtSearchToDate.month': '{:%m}'.format(to_date),
'frmTest:dtSearchToDate.year': '{:%d}'.format(to_date),
'frmTest:dtSearchFromDate': '{:%Y}'.format(from_date),
'frmTest:dtSearchFromDate.month': '{:%m}'.format(from_date),
'frmTest:dtSearchFromDate.year': '{:%d}'.format(from_date)
})
print(params)
cookies = { c['name']: c['value'] for c in driver.get_cookies() }
def main(min_num=1, max_num=51):
"""Main function to start the program
will gather the case information with case activity and case details from the website.
Note that you will have to create a MySQL database with a table called Case and contains
these four rows: id (int, primary key), case_id (varchar), plaintiffs (varchar),
defendants (varchar), filing_date (datetime) and case_activity (varchar, better be long)
:param min_num: the min number to start with
:param max_num: the max number to end with, notice that you have to plus one to the
actual number you want 'cause its in the range() function
"""
print('Getting case data...')
start = time.time()
# The threads list
pool = multiprocessing.Pool(10)
# Append all the threads
for i in range(min_num, max_num):
pool.apply_async(spyder,
args=('1998', 'D', str(i).zfill(6), storeToDatabase))
pool.close()
pool.join()
# # Start all threads
# for t in tqdm(thread):
# t.start()
# # Let the parent thread be idle before all its child threads are finished
# for t in tqdm(thread):
# t.join()
end = time.time()
total = end - start
print('Total time cost: %.2fs' % total)
def setUp(self):
print("setUp")
self.psys = PluginSystem()
self.psys.scan()
#self.psys.load('glyr')
#self.psys.load('lastfm')
print(self.psys.__dict__)
def load_podcasts(server, test):
with open('.tenant.{0}.yml'.format(server), 'r') as tenant_yml:
config = yaml.load(tenant_yml)
client = PathgatherClient(config['pathgather_host'],
config['pathgather_token'])
for podcast, name in PODCAST_URLS:
feed = feedparser.parse(podcast)
for m in feed.entries:
try:
if not test:
c = client.content.create(
name=m['title'],
content_type=pathgather.types.ContentType.MEDIA,
source_url=m['link'],
provider_id=name,
topic_name=None,
level=pathgather.types.SkillLevel.ALL,
custom_id=None,
description=m['summary'],
image=feed['feed']['image']['href'],
tags=None,
enabled=True,
skills=[tag['term'] for tag in m['tags']],
duration=m.get('itunes_duration', 0))
print("Added content {0}".format(c))
except pathgather.exceptions.PathgatherApiException as p:
print("Failed to create content: {0}".format(p.message))
def create(self, validated_data: Any):
print(validated_data)
choices = validated_data.pop('choices', None)
question = Question.objects.create(**validated_data)
for choice in choices:
question.choices.create(**choice)
return question
def update_section(section, key, value):
"""
recurses into a nested dictionary or nested list and changes a value
uses the "key" parameter thusly:
"somekey-1-2" would update the 3 in {"somekey": [10, [1, 2, 3]]}
:param section: nested dictionary or list
:param key: string of recurse keys
:param value: value to set the searched value for.
"""
splitted = key.split("-", 1)
if len(splitted) == 1:
if type(section) is list:
key = int(key)
if type(section[key]) is bool or value.lower() in ("true", "false",
"on", "off"):
section[key] = translate_bool(value)
else:
section[key] = type(section[key])(value)
print(section[key])
else:
sectkey, key = splitted
if type(section) is list:
sectkey = int(sectkey)
update_section(section[sectkey], key, value)
def get_currency_data(api_key, fake=False, fakeonerror=False):
if fake:
return CURRENCIES
else:
url = "http://apilayer.net/api/live?access_key={}".format(api_key)
r = j.tools.http.get(url)
try:
json_res = r.json()
data = json_res["quotes"]
data["USDETH"] = 1 / cc.get_price("ETH", "USD")["ETH"]["USD"]
data["USDXRP"] = cc.get_price("USD", "XRP")["USD"]["XRP"]
data["USDBTC"] = 1 / cc.get_price("BTC", "USD")["BTC"]["USD"]
normalized_data = {
k.lower().lstrip("usd"): v
for k, v in data.items()
}
return normalized_data
except Exception as e:
print("error happened")
if not fakeonerror:
raise e
else:
return CURRENCIES
def cleanup():
"""
stops create_ap service on exit.
"""
# stop the access point when we exit.
os.system("systemctl stop create_ap.service")
print("create_ap stopped gracefully")
def capture_preview(serialnumber: str) -> bool:
"""
capture a preview image once.
todo: see :func:`cap_lock_wait`
:param serialnumber:
:return: whether the capture was a success
:rtype: bool
"""
try:
a = subprocess.check_output("gphoto2 --auto-detect",
shell=True).decode()
for port in re.finditer("usb:", a):
port = a[port.start():port.end() + 7]
cmdret = subprocess.check_output('gphoto2 --port "' + port +
'" --get-config serialnumber',
shell=True).decode()
_serialnumber = cmdret[cmdret.find("Current: ") + 9:len(cmdret) -
1]
if _serialnumber == serialnumber:
tries = 0
while tries < 10 and cap_lock_wait(port, serialnumber):
tries += 1
time.sleep(1)
return True
except subprocess.CalledProcessError as e:
print(str(e))
return False
async def get_token_by_credentials(
login: str,
password: str,
domain_name: str,
project_id: str = '',
*,
scope: Literal["project", "domain"] = "project"
) -> tuple[[tuple[Optional[str], Optional[datetime.datetime]]], Optional[str]]:
body = (BODY_LOGIN.replace("{{ LOGIN }}", login).replace(
"{{ PASSWORD }}",
password).replace("{{ DOMAIN_NAME }}", domain_name).replace(
"{{ SCOPE }}",
project_id if scope == "project" else domain_name).replace(
"{{ SCOPE_LABEL }}",
scope).replace("{{ SCOPE_TARGET }}",
"id" if scope == "project" else "name"))
print(body)
async with aiohttp.ClientSession() as session:
async with session.post(TOKEN_URL, data=body) as resp:
if "X-Subject-Token" not in resp.headers:
logging.info(
f"invalid credentials ({login = }, {password = }, "
f"{domain_name = }, {project_id = }, {scope = })")
return (
None, None
), 'Invalid credentials. Check logs' # Нам дали левые credentials
cloud_token: str = resp.headers["X-Subject-Token"]
expires_at: datetime.datetime = date_parse(
(await resp.json())["token"]["expires_at"])
return (cloud_token, expires_at), None
def capture_view():
user_form = UserInputForm(request.form)
try:
lookup = [(idx, x) for idx, x in enumerate(session["camera_config"]["image_size_list"])]
reverselookup = dict([(str(v), k) for k, v in lookup])
user_form.image_size.choices = lookup
except:
pass
if user_form.validate() and user_form.submit.data:
print(user_form.data)
for k in [x for x in vars(user_form) if not x.startswith("_") and not x == "meta"]:
if k == "image_size":
session["image_width"], session["image_height"] = user_form[k].data
session[k] = user_form[k].data
for k, v in session.items():
try:
user_form[k].data = v
except:
pass
try:
user_form.image_size.data = reverselookup[str(session.get("image_size"))]
except:
pass
user_editable = ["1st_corner", "2nd_corner", "overlap", "scan_order", "image_height", "image_width"]
template_data = {"form": user_form}
return render_template("capture.html", **template_data)
def sort_followers(db_name):
# f = open('data/alltime.txt', 'w')
db = pymongo.MongoClient('127.0.0.1:27017').get_database(db_name)
for colname in q_colls:
collection = db.get_collection(colname)
for qdoc in collection.find():
if qdoc['qid'] not in qids:
continue
print(qdoc['qid'])
followers = qdoc['follower']
follower_ids = set()
if len(followers) <= 1:
continue
# remove duplicates
distinct_followers = []
for follow in followers:
if follow['uid'] not in follower_ids:
follower_ids.add(follow['uid'])
distinct_followers.append(follow)
followers = distinct_followers
for index, follow in enumerate(followers):
print(index)
if follow['time'] is None: # 暂时不管那些有None的
low = min(followers[index-1]['time'], followers[index+1]['time'])
high = max(followers[index-1]['time'], followers[index+1]['time'])
follow['time'] = low + (high - low) / 2
collection.update(
{'qid': qdoc['qid']},
{'$set': {'follower': followers}}
)
def stream_image(fn):
"""Video streaming generator function."""
while True:
frame = ""
try:
img = cv2.imread(fn,cv2.IMREAD_COLOR)
b,frame = cv2.imencode(".jpg", img)
frame = frame.tostring()
# with open(fn, 'rb') as f:
# frame = f.read()
except Exception as e:
print(str(e))
img = Image.new("RGB", (512, 256))
draw = ImageDraw.Draw(img)
pos = float(time.time() * 1000) / 1000
pos = (1 + math.sin(pos)) / 2
pos = pos * (img.size[0] - 50)
draw.multiline_text((pos, img.size[1] / 2),
"NO IMAGE",
fill="white")
del draw
b = io.BytesIO()
img.save(b, "JPEG")
b.seek(0)
frame = b.read()
yield (b'--frame\r\n'
b'Content-Type: image/jpeg\r\n\r\n' + frame + b'\r\n')
def check_Login(self):
if self.isLoggedIn:
print('user already logged in!')
res=input('user needs to logged out? ')
if res =="1":
self.logout()
return
def scrap_normal(x):
for _ in range(tables[2].shape[0]):
try:
updatedict(int(tables[2].iloc[x, 1]), int(tables[2].iloc[x, 2]), tables[2].iloc[x, 3])
except:
print("Error: Format Error")
x += 1
def handle_dead_lock(root, path, old_tree_paths, handled_paths, op_ls):
# path not in old_tree_paths with entity == -1
# otherwise +1
assert path in old_tree_paths
assert path not in handled_paths
leaf = get_node(root, path)
try:
insert(leaf, Exception) # must fail
except NeedTrinodeRestructorError as e:
# fail
# bug:
# follow black_uncle contains the new node with entity Exception!
black_uncle_with_modified_parent, = e.args
black_uncle_path = get_attr_path(black_uncle_with_modified_parent)
black_uncle = get_node(root, black_uncle_path)
begin = len(op_ls)
red_uncle = to_red(black_uncle, old_tree_paths, op_ls)
another_root = red_uncle.fixed_the_only_broken_above_until_root()
root = apply_op_ls(root, op_ls[begin:])
try:
assert root.underlying == another_root.underlying
except:
from pprint import pprint as print
print(root.underlying[0])
print(another_root.underlying[0])
raise
new_inserted_paths = set(path for _, _, path in op_ls[begin:])
new_inserted_old_paths = old_tree_paths & new_inserted_paths
return new_inserted_old_paths, root, black_uncle_path
else:
raise ...
def run_one():
bag_dict = get_bags()
bag_dict = {
bag: content is not None and tuple(
(content_bag[1] for content_bag in content)) or None
for bag, content in bag_dict.items()
}
bags = collections.deque(bag_dict.keys())
while bags:
bag = bags.popleft()
content = bag_dict[bag]
if content is None:
pass
elif 'shiny gold' in content:
bag_dict[bag] = True
else:
if any((bag_dict[content_bag] == True for content_bag in content)):
bag_dict[bag] = True
else:
content = tuple((content_bag for content_bag in content
if bag_dict[content_bag] is not None))
if content:
bag_dict[bag] = content
bags.append(bag)
else:
bag_dict[bag] = None
bags = (bag for bag, content in bag_dict.items() if content == True)
print(len(list(bags)))
def run(self):
print("Running")
while True:
#print("Listen - Check registry - Check Load")
self.listen()
self.check_registry()
self.check_load()
def daily_test():
"""
downloads every sensor and runs the full test on every one
"""
api_data = scraper.get_sensors_with_obs_type()
print("got sensors, beginning to run tests on each sensor")
sensors = pd.DataFrame(api_data)
out = sensors.apply(full_sensor_test,
axis=1,
test_delta_array=[1 / 24, 1, 3],
save_plots=True)
# break apart the output and save it in the dataframe
sensors["train_residuals"] = out.apply(lambda x: x[0] if x else None)
sensors["test_residuals_1hour"] = out.apply(lambda x: x[1][0]
if x else None)
sensors["test_residuals_1day"] = out.apply(lambda x: x[1][1]
if x else None)
sensors["test_residuals_3days"] = out.apply(lambda x: x[1][2]
if x else None)
sensors["num_test_vals"] = out.apply(lambda x: x[2] if x else 0)
sensors["flag_1hour"] = out.apply(lambda x: x[3][0] if x else False)
sensors["flag_1day"] = out.apply(lambda x: x[3][1] if x else False)
sensors["flag_3days"] = out.apply(lambda x: x[3][2] if x else False)
sensors["flag_min_vals"] = out.apply(lambda x: x[3][3] if x else False)
sensors = sensors.sort_values("num_test_vals", ascending=False)
sensors["run_date"] = datetime.datetime.utcnow()
return sensors
def booksadd(): #查询所有图书
url = 'http://127.0.0.1:8004/books/'
data = {"btitle": "射雕英雄传1", "bpub_date": "1980-05-01"}
data = json.dumps(data) #将字典转化成json
r = requests.post(url, data=data)
print(r.json())
return r
def spyder(case_year, division_code, case_id, store_to=None, print_out=True):
"""Get the case detail and store it
:param case_year: str, the year of the given case, will be passed to `getCaseDetails`
:param division_code: str, the division code of the given case,
will be passed to `getCaseDetails`
:param case_id: str, the id of the given case, will be passed to `getCaseDetails`
:param store_to: function or method, will be run after gets the result. If None, then
skip the store part. Defaults to None
:param print_out: bool, weather to print the result out to the terminal or not.
Defaults to False
:return: int, 0 for success, 1 for failure
"""
try:
# Define the result
_ = getCaseDetails(case_year, division_code, case_id)
# If the result is not empty (or not found)
if _ != {}:
# Append it to the global result list
results.append(_)
if print_out:
print(_)
elif print_out:
# Otherwise, it means not found / other reasons
print('Not found: %s%s%s' % (case_year, division_code, case_id))
# Check the store_to param
if store_to is not None:
# Store it
store_to(_)
# Success
return 0
except:
# Failed
# raise
return 1
def run_one():
group_declarations = get_declarations()
group_declarations = (declaration.replace('\n', '')
for declaration in group_declarations)
group_declarations = map(set, group_declarations)
group_declarations = map(len, group_declarations)
print(sum(group_declarations))
def debug(self, *args, **kwargs):
op = self._peek()
if has_implement_protocol(op, 'debug'):
op.debug(*args, **kwargs)
else:
print(self.to_data())
return self
def path_midpoint(self, start, end, route_index=0):
start, end = self.locations[start], self.locations[end]
if start == end:
return self.locations[start]
routes = self.client.directions(start, end)
route = routes[min(len(routes), route_index)]['legs'][0]
steps = route['steps']
print(route.keys())
route_length = route['distance']['value']
distance_traveled = 0
steps_taken = [{'distance':{'value': 0}}]
while distance_traveled + steps_taken[-1]['distance']['value'] \
< route_length / 2:
distance_traveled += steps_taken[-1]['distance']['value']
steps_taken.append(steps.pop())
print(distance_traveled, route_length, len(steps))
mid_step = steps_taken[-1]
polyline = googlemaps.convert.decode_polyline(mid_step['polyline']
['points'])
polyline_points = [(p['lat'], p['lng']) for p in polyline]
traveled_points = []
while distance_traveled < route_length / 2:
traveled_points.append(polyline_points.pop())
if len(traveled_points) > 1:
arg = traveled_points[-1] + traveled_points[-2] \
+ (EARTH_RADIUS,) + (True,)
distance_traveled += math.great_circle_dist(*arg) * 1000
args = traveled_points[-1] + traveled_points[-2] + (0.5,) + (True,)
return math.great_circle_fraction(*args)
def largestSumOfAverages(self, A, K):
"""
:type A: List[int]
:type K: int
:rtype: float
"""
if K == len(A):
return sum(A)
# initial
# because maybe often culculate average, so pre calculate all the average
average = [[0] * (len(A) + 1) for _ in range(len(A))]
for i in range(len(A)):
for j in range(i + 1, len(A) + 1):
average[i][j] = sum(A[i:j]) / (j - i)
if K == 1:
return average[0][len(A)]
# tableing:dp[k][j] meaning the best solution of subQ : A[:j] split to k
dp = copy(average[0][1:])
print(dp)
for k in range(1, K - 1):
for j in range(len(A) - 1, k - 1, -1):
if j == k:
dp[j] = sum(A[:j + 1])
else:
dp[j] = max(dp[i] + average[i + 1][j + 1]
for i in range(k - 1, j))
print(dp)
# return
return max(dp[i] + average[i + 1][len(A)]
for i in range(K - 2,
len(A) - 1))
async def eye_query_handler(form: dict, request: 'Application.Request'):
form.setdefault("duration_sec", 5 * 60)
cloud_token = await auth(request, form["project_id"])
headers = {"X-Auth-Token": cloud_token}
url = EYE_METRIC_DATA_URL.format(project_id=form["project_id"])
async with aiohttp.ClientSession() as session:
print(url)
async with session.get(
url,
headers=headers,
params=(
params := {
"namespace":
form["namespace"],
"metric_name":
form["metric_name"],
"from":
1000 * int(time.time() - form["duration_sec"]),
"to":
1000 * int(time.time()),
"period":
best_period(form["duration_sec"]),
"filter":
"average", # todo: только avg?
"dim.0":
await
metric_name_to_dim(form["metric_name"],
form["project_id"], cloud_token),
})) as resp:
print(params)
return web.json_response(await resp.json())
def dump_into_collector(
baton, address, date, logs_port,
logs_query, stats_port, stats_query,
stats_database, stats_precision, last_collector):
baton.change_collector(
address, logs_port, logs_query, stats_port,
stats_query, stats_database, stats_precision)
jobs = set(baton.refresh().list_jobs())
arguments = datetime.fromtimestamp(date / 1000).strftime(DATE_FORMAT).split()
statuses = {
'send_stats': 'Not installed',
'send_logs': 'Not installed',
}
print('The send_stats and send_logs jobs will be launched to dump '
'collected data from Agent to Collector {}'.format(address))
for job in statuses:
if job in jobs:
status = 'Not Started'
job_id = baton.refresh().start_job_instance(job, -1, 0, 0, arguments, 'now')
while True:
status = baton.refresh().status_job_instance(job, job_id)
print('Job {} is {}'.format(job, status))
if status not in ('Running', 'Scheduled'):
break
time.sleep(2)
statuses[job] = status
baton.refresh().change_collector(last_collector, **COLLECTOR_DEFAULTS)
return statuses
def run(self):
username, password = self.shuru()
uid, token = self.denglu(username, password)
start = time.time()
self.zuanshi(uid, token)
end = time.time()
print("响应时间为:" + str(end - start))
def _get_single_statement_new(self, from_date, to_date):
driver = self.driver
params, target_url, user_agent = driver.execute_script("""
return (function() {
var form = document.forms[0];
var es = [].map.call($(form).serializeArray(), function(e) {
return [e.name, e.value];
});
return [es, form.getAttribute('action'), navigator.userAgent];
})();
""")
params = dict(params)
from pprint import pprint as print
params.update({
'frmTest:btn_Export': '',
'frmTest:dtSearchToDate': '{:%Y}'.format(to_date),
'frmTest:dtSearchToDate.month': '{:%m}'.format(to_date),
'frmTest:dtSearchToDate.year': '{:%d}'.format(to_date),
'frmTest:dtSearchFromDate': '{:%Y}'.format(from_date),
'frmTest:dtSearchFromDate.month': '{:%m}'.format(from_date),
'frmTest:dtSearchFromDate.year': '{:%d}'.format(from_date)
})
print(params)
cookies = { c['name']: c['value'] for c in driver.get_cookies() }
def sigma0(self):
max_dist = 0
for i in self.locations:
i = np.array(i)
for j in self.locations:
j = np.array(j)
dist = sum((i-j)**2)**0.5
if dist > max_dist:
max_dist = dist
print(max_dist)
return 1 / 30 * max_dist
def search_by_songs(name):
params = {
's' : name,
'type' : 1,
'offset' : 0,
'limit' : 10
}
params = parse.urlencode(params).encode('utf8')
resp = request.urlopen(search_url, params).readall()
data = json.loads(resp.decode())
print(data)
def dataRoute(r, s, n):
queue = [(1000,[(r,r)])]
paths = []
while queue:
print(len(queue))
m,p = queue.pop()
for i, N in enumerate(n[p[-1][1]]):
if N:
if i == s:
paths.append((min(m,N),p+[(p[-1][1],i)]))
else:
queue.append((min(m,N),p+[(p[-1][1],i)]))
print(paths)
def construct_template_info(repo_path, setup_info, user_config=None,
setup_deps=None):
if setup_deps is None:
setup_deps = {}
if user_config is None:
user_config = {}
template_info = {}
template_info['packagename'] = user_config.get('name', setup_info.get('name', ''))
print('setuppy_path = %s' % repo_path)
version_string = git.git_describe(repo_path, 'v', '.post')
import subprocess
if '.post' in version_string:
full_hash = subprocess.check_output(['git', "rev-parse", "HEAD"],
cwd=repo_path).decode()
template_info['source_rev'] = full_hash
else:
template_info['source_rev'] = version_string
template_info['packageversion'] = version_string
if version_string:
template_info['git'] = True
# allow the user to overwrite the source url
template_info['source_url'] = user_config.get('url', setup_info.get('url', ''))
# allow the user to overwrite the build number
template_info['build_number'] = user_config.get('build_number', 0)
build_requirements = setup_deps.get('required', {})
# remove blacklisted packages from the build
build_requirements = [dep for dep in build_requirements
if dep not in user_config.get('blacklist_packages', [])]
# add the build deps to the template info
template_info['build_requirements'] = build_requirements
if 'numpy' in build_requirements:
build_string = NPY_BUILD_STRING
else:
build_string = PY_BUILD_STRING
# allow the user to overwrite the build string
template_info['build_string'] = user_config.get('build_string', build_string)
# allow the user to overwrite the home url
template_info['home_url'] = user_config.get('home_url', template_info['source_url'])
template_info['license'] = setup_info.get('license', '')
return template_info
def find_test_imports(importable_lib_name, iterable_of_deps_tuples):
print('finding test imports')
paths = []
def into_importable(full_module_path, lib_name):
relative_module_path = full_module_path.split(lib_name, maxsplit=1)[1]
# trim the '.py'
relative_module_path = relative_module_path[:-3]
# add the library name back in
relative_module_path = lib_name + relative_module_path
importable_path = '.'.join(relative_module_path.split(os.sep))
# turn imports from 'foo.bar.baz.__init__' into 'foo.bar.baz'
if importable_path.endswith('__init__'):
importable_path = importable_path[:-9]
# turn the string from path/to/module to path.to.module
return importable_path
all_imports = [into_importable(full_path, importable_lib_name)
for mod_name, full_path, catcher in iterable_of_deps_tuples]
return sorted(all_imports)
def extract_keywords(sentence):
sentence = sentence.lower()
not_stopw = ["no", "nor", "not", "over", "under", "again", "further",
"but", "against", "too", "very"]
stopw = stopwords.words('english')
for x in not_stopw:
stopw.remove(x)
print(stopw)
pattern = re.compile(r'\b(' + r'|'.join(stopw) + r')\b\s*')
sentence = sentence.replace('\n', '')
sentence = sentence.replace("n't", " not")
sentence = clean_string(sentence)
sentence = pattern.sub('', sentence)
stemmer = Stemmer()
s = [stemmer.stem(w) for w in sentence.split()]
b = zip(*[s[i:] for i in [0, 1]])
b = [bigram[0] + " " + bigram[1] for bigram in b]
return s + b
def overlap(self, source1, source2, sink):
source1= self.locations[source1]
source2 = self.locations[source2]
sink = self.locations[sink]
from pprint import pprint as print
try:
poly1 = self.client.directions(source1,
sink)[0]['overview_polyline']
poly2 = self.client.directions(source2,
sink)[0]['overview_polyline']
except IndexError:
return []
poly1 = googlemaps.convert.decode_polyline(poly1['points'])
print(poly1)
poly2 = googlemaps.convert.decode_polyline(poly2['points'])
overlap = [(i['lat'], i['lng']) for i in poly1 if i in poly2]
return overlap
def set(corner):
if corner in [1, 2]:
try:
pt = get_pan_tilt()
except Exception as e:
print(str(e))
return jsonify(messages=[{"message": "Couldnt access the url: {}".format(
str(e).replace("<", "").replace(">", "")),
"classsuffix": "danger"}])
if corner == 1:
session["1st_corner"] = pt
return jsonify(messages=[{"message": "Set first corner to {},{}".format(*pt),
"classsuffix": "success"}])
elif corner == 2:
session["2nd_corner"] = pt
return jsonify(messages=[{"message": "Set second corner to {},{}".format(*pt),
"classsuffix": "success"}])
else:
return jsonify(messages=[{"message": "mystery corner?",
"classsuffix": "danger"}])
def test_load_by_name(self):
print("test_load_by_name")
#print(self.psys._module_list)
self.psys.load('glyr')
self.psys.load('lastfm')
print(self.psys._loaded_list)
print(len(self.psys._loaded_list))
self.assertTrue(len(self.psys._loaded_plugins) == 2)
def index(request):
template = loader.get_template('systran/index.html')
if request.method == 'POST':
form = OpinionForm(request.POST)
if form.is_valid():
try:
sentence = form.cleaned_data['sentence']
dic = read_dic('dic_98')
s = extract_keywords(sentence)
for word in s:
print(word)
try:
dic[word] += 1
except:
pass
l = []
with open('test', 'w') as f:
f.write("0")
i = 1
for key, value in dic.items():
if value != 0:
print('{} ({}) : {}'.format(key, i, value))
f.write(" {}:{}".format(i, value))
i += 1
f.write('\n')
call(["./svm_classify", "test", "model", "tmp"])
with open('tmp', 'r') as r:
pred = r.readline()
template = loader.get_template('systran/results.html')
context = RequestContext(request, {'sentence': sentence,
'prediction': pred, 'keywords' : s})
return HttpResponse(template.render(context))
except Exception as e:
print(e)
return HttpResponseRedirect('/systran/error')
else:
return HttpResponseRedirect('/systran/error')
else:
form = OpinionForm()
context = RequestContext(request, {'form': form})
return HttpResponse(template.render(context))
def play(sid):
detail_url = r"http://music.163.com/api/song/detail/?id={0}&ids=['{0}']".format(sid)
resp = request.urlopen(detail_url).readall()
data = json.loads(resp.decode())
try:
mp3_url = data['songs'][0]['mp3Url']
name = data['songs'][0]['name']
print ("Start buffering....")
data = request.urlopen(mp3_url).readall()
try:
f = open(name + '.mp3', "wb")
f.write(data)
f.close()
print ("Downloaded successfully!")
return name + '.mp3'
except:
pass
except:
pass
print ('Cache Failed!')
return False
def play(sid):
detail_url = r"http://music.163.com/api/song/detail/?id={0}&ids=['{0}']".format(sid)
resp = request.urlopen(detail_url).readall()
data = json.loads(resp.decode())
# try:
mp3_url = data['songs'][0]['mp3Url']
name = data['songs'][0]['name']
print ("Start buffering.......")
data = request.urlopen(mp3_url).readall()
# try:
f = open(name + '.mp3', "wb")
f.write(data)
f.close()
print ("Downloaded successfully!")
print (f)
# os.startfile(name + '.mp3')
sound = pyglet.media.load(name + '.mp3', streaming=True)
sound.play()
pyglet.app.run()
return name + '.mp3'
def execute(args, parser):
"""To match the API of conda-build"""
print("I'm supposed to make a meta.yaml file now.")
print('args = %s' % args)
execute_programmatically(args.skeletor_config, args.source,
args.output_dir)
.replace('\\r', '\r')\
.replace('\\\\', '\\')
filename = sys.argv[1]
repos = defaultdict(list)
with open(filename, encoding='UTF-8') as csv_file:
reader = csv.reader(csv_file, quoting=csv.QUOTE_ALL)
for row in reader:
try:
repo, sha, time_str, message_raw, status = row
except ValueError as e:
# Unexpected pprint
from pprint import pprint as print
print(row)
raise e
time = datetime.fromtimestamp(int(time_str) // 10**6)
message = unescape_message(message_raw)
tokens = tokenize(message)
commit = Commit(repo=repo, sha=sha, time=time, message=message,
tokens=tokens, status=status)
if commit.is_valid:
repos[commit.repo].append(commit)
with open('commits.pickle', 'wb') as pickle_file:
pickle.dump(repos, pickle_file)
# the domain with `/` and the parameters are separated from the path
# with `?`. If there are multiple parameters they are separated from
# each other with a `&`.
#
# For example, we can define the domain and path of the collections URL
# as follows:
# +
museum_domain = 'https://www.harvardartmuseums.org'
collection_path = 'browse'
collection_url = (museum_domain
+ "/"
+ collection_path)
print(collection_url)
# -
# Note that we omit the parameters here because it is usually easier to
# pass them as a `dict` when using the `requests` library in Python.
# This will become clearer shortly.
#
# Now that we've constructed the URL we wish interact with we're ready
# to make our first request in Python.
# +
import requests
collections1 = requests.get(
collection_url,
params = {'load_amount': 10,
# +
from lxml import html
floor_plan = requests.get('https://www.harvardartmuseums.org/visit/floor-plan')
floor_plan_html = html.fromstring(floor_plan.text)
# -
# 3. Use the `XPath` you identified in step one to select the HTML list item
# containing level one information.
level_one = floor_plan_html.xpath('/html/body/main/section/ul/li[5]/div[2]/ul')[0]
# 4. Use a *for loop* or *list comprehension* to iterate over the
# sub-elements of the list item you selected in the previous step and
# extract the text from each one.
print([element.text_content() for element in level_one])
# 5. Bonus (optional): Extract the list of facilities available on each level.
# +
level_html = floor_plan_html.xpath('/html/body/main/section/ul/li')
level_info = [[element.text_content()
for element in level.xpath('div[2]/ul')[0]]
for level in level_html]
print(level_info)
if retweeted(tweet):
return source_status_id(tweet) in ebooks_retweet_ids or ('@'+screen_name in tweet.text)
else:
return (
tweet.text.strip().startswith(('@','.','RT')) or
tweet.id < max_ebooks_id or
tweet.created_at < max_ebooks_timestamp or
tweet.text in ebooks_tweet_ids
)
# build a map of old tweet ids to new tweet ids
recent_source_tweets = sorted([tweet for tweet in source_tweets if not old_tweet(tweet)], key=lambda t: t.created_at)
if '--dry-run' in sys.argv:
for tweet in recent_source_tweets:
if retweeted(tweet):
print("retweet {}, #{}".format(tweet.text, source_status_id(tweet)))
else:
print("tweet:{} irt:{}".format(tweet.text, new_tweet_ids.get(tweet.in_reply_to_status_id)))
else:
for tweet in recent_source_tweets:
if retweeted(tweet):
status = api.retweet(id=source_status_id(tweet))
else:
text = html_parser.unescape(tweet.text)
status = api.update_status(status=text, in_reply_to_status_id=new_tweet_ids.get(tweet.in_reply_to_status_id))
new_tweet_ids[tweet.id] = status.id
def execute_programmatically(skeletor_config_path, source_path, output_dir):
with open(skeletor_config_path) as f:
skeletor_config = yaml.load(f.read())
print('loaded config = %s' % skeletor_config)
# find the dependencies for all modules in the source directory
repo_deps = list(depfinder.iterate_over_library(source_path))
# Compile the regexers listed in the conda-skeleton.yml
test_regexers = [re.compile(reg) for reg in skeletor_config.get('test_regex', [])]
ignore_path_regexers = [re.compile(reg) for reg in skeletor_config.get('ignore_path_regex', [])]
include_path_regexers = [re.compile(reg) for reg in skeletor_config.get('include_path_regex', [])]
extra_setup_regexers = [re.compile(reg) for reg in skeletor_config.get('extra_setup_files_regex', [])]
print('extra_setup_regexers')
print(extra_setup_regexers)
ignored, without_ignored = split_deps(repo_deps, ignore_path_regexers)
setup_files, _ = split_deps(repo_deps, extra_setup_regexers)
included, without_included = split_deps(without_ignored, include_path_regexers)
tests, without_tests = split_deps(included, test_regexers)
def find_lib_name(without_tests):
"""Helper function to find the library name from all non-test modules
Parameters
----------
without_tests : iterable of (mod_name, full_path, ImportCatcher) tuples
Pass in the second return argument from `split_deps`
Returns
-------
str
The name of the library (hopefully!)
"""
non_test_paths = [full_path for mod_name, full_path, catcher in without_tests]
common_path = os.path.commonprefix(non_test_paths)
return common_path.strip(os.sep).split(os.sep)[-1]
importable_lib_name = find_lib_name(without_tests)
skeletor_config['blacklist_packages'].append(importable_lib_name)
# find the runtime deps
runtime_deps = get_runtime_deps(
without_tests,
blacklisted_packages=skeletor_config.get('blacklist_packages')
)
print('runtime_deps')
print(runtime_deps)
# find the testing time deps
test_requires = get_runtime_deps(
tests,
blacklisted_packages=skeletor_config.get('blacklist_packages')
)
print('test time deps')
print(test_requires)
setup_info = None
for mod_name, full_path, mod_deps in without_ignored:
if('setup.py' in full_path):
setup_info = (mod_name, full_path, mod_deps)
if setup_info:
try:
setup_info_dict = setup_parser.parse(setup_info[1])
print('setup_info\n')
print(setup_info_dict)
except IndexError:
# Occurs when setup.py has a call like setup(**kwargs). Looking at
# you pims...
setup_info_dict = {}
else:
print("No setup.py file found. Is this a python project?")
raise
# grab the code out of the setup.py file to find its deps so that I can
# parse the code for imports
setup_deps = None
code = ''
for mod_name, full_path, catcher in setup_files:
with open(full_path, 'r') as f:
code += f.read()
setup_deps = depfinder.get_imported_libs(code).describe()
print('setup_deps')
print(setup_deps)
# create the git repo path so that I can determine the version string from
# the source code
git_repo_path = os.path.dirname(setup_info[1])
template_info = construct_template_info(git_repo_path, setup_info_dict,
setup_deps=setup_deps,
user_config=skeletor_config)
# remove self-references
try:
runtime_deps.remove(template_info['packagename'])
except ValueError:
pass
try:
test_requires.remove(template_info['packagename'])
except ValueError:
pass
# remap deps
for k, v in package_mapping.items():
if k in runtime_deps:
runtime_deps.remove(k)
runtime_deps.append(v)
if k in test_requires:
test_requires.remove(k)
test_requires.append(v)
template_info['run_requirements'] = runtime_deps
template_info['test_requires'] = test_requires
if 'test_imports' not in template_info:
template_info['test_imports'] = find_test_imports(importable_lib_name,
without_tests)
print('template_info')
print(template_info)
# load and render the template
template_dir = os.path.join(conda_skeletor_content, 'templates')
print('template directory = %s' % template_dir)
# create the jinja environment
jinja_env = Environment(loader=FileSystemLoader(template_dir))
if skeletor_config.get('generate_test_suite', 'False'):
if 'nose' in test_requires:
template_info['test_commands'] = ['nosetests -v %s' % importable_lib_name]
elif 'pytest' in test_requires:
template_info['test_commands'] = ['py.test -v %s' % importable_lib_name]
template = jinja_env.get_template('meta.tmpl')
# template.render(**setup_info)
meta_fname = os.path.join(output_dir, 'meta.yaml')
with open(meta_fname, 'w') as f:
f.write(template.render(**template_info))
build_bash_fname = os.path.join(output_dir, 'build.sh')
with open(build_bash_fname, 'w') as f:
f.write(DEFAULT_BUILD_BASH)
def extract_crf(fin, fout):
lines = []
temp = []
chunks = {}
linechunks = []
with open(fin, 'r') as f:
i = 0
for line in f.readlines():
if line.startswith('+++++++++++++'):
lines.append(temp)
if not i in chunks.keys():
chunks[i] = linechunks
else:
chunks[i].append(linechunks)
linechunks = []
temp = []
i += 1
continue
if line.startswith('-------------'):
continue
l = []
line = line.split('\t')
reverse_line = line[::-1]
if int(reverse_line[0]) - int(reverse_line[1]) > 1:
linechunks.append(line)
continue
s = line[2]
print(s)
s = s.replace(' ', '_')
print(s)
l.append(s)
l.append(line[1])
temp.append(l)
for i in range(len(lines)):
if not i in chunks.keys():
continue
line = lines[i]
for ls in chunks[i]:
b = int(ls[::-1][1])
e = int(ls[::-1][0])
if ls[1].startswith('*verb'):
suffix = '-VP'
else:
suffix = '-NP'
for j in range(b, e):
if j == b:
if len(line[j]) < 3:
line[j].append('B' + suffix)
continue
if j == e - 1:
if len(line[j]) < 3:
line[j].append('O' + suffix)
continue
if len(line[j]) < 3:
line[j].append('I' + suffix)
for line in lines:
for l in line:
if len(l) < 3:
if l[1].startswith('verb'):
l.append('B-VP')
else:
l.append('B-NP')
finals = []
for line in lines:
if NO_PUNCT:
line = [l for l in line if l[1] != 'punct']
finals.append(line)
lines = finals
with open(fout, 'w') as f:
for l in lines:
for line in l:
f.write(' '.join(line) + '\n')
f.write('\n')
def config():
"""
Loads a yaml config file from posted file or get filename
:return:
"""
pano_config_dict = {
"camera_config_file": str,
"ptz_config_file": str,
"HTTP_login": str,
"field_of_view": str,
"overlap": float,
"zoom": int,
"focus": int,
"first_corner": str,
"second_corner": str,
"use_focus_at_center": bool,
"scan_order": int,
"min_free_space": int,
"pano_loop_interval": int,
"pano_grid_size": str,
"pano_main_folder": str,
"pano_loop_interval": int,
"pano_start_hour": int,
"pano_end_hour": int,
"pano_start_min": int,
"pano_wait_min": int,
"remote_storage_address": str,
"remote_storage_username": str,
"remote_storage_password": str,
"remote_folder": str,
"local_folder": str,
"camera_name": str,
"pano_fallback_folder": str,
"max_no_pano_images": int,
"min_free_space": int
}
cam_config_dict = {
"ip": str,
"username": str,
"password": str,
"HTTP_login": str,
"image_size_list": list,
"horizontal_fov_list": list,
"vertical_fov_list": list,
"zoom_list_out": list,
"zoom_pos": int,
"zoom_range": list,
"URL_set_image_size": str,
"URL_set_zoom": str,
"URL_set_focus": str,
"URL_set_focus_mode": str,
"URL_get_image": str,
"URL_get_image_size": str,
"URL_get_zoom": str,
"URL_get_focus": str,
"RET_get_image": str,
"RET_set_image_size": str,
"RET_set_zoom": str,
"RET_set_focus": str,
"RET_get_image_size": str,
"RET_get_zoom": str,
"RET_get_focus": str
}
ptz_config_dict = {
"ip": str,
"username": str,
"password": str,
"type": str,
"pan_range": list,
"tilt_range": list,
"pan_tilt_scale": float,
"URL_set_pan_tilt": str,
"URL_get_pan_tilt": str,
"RET_get_pan_tilt": str
}
def load_config_file(session_key, filename, yml=None):
if not yml:
if not os.path.isfile(filename):
flash(u'No file.', 'error')
return None
try:
with open(filename, 'r') as f:
yml = yaml.load(f.read())
except Exception as e:
flash(u'Couldnt read yaml file: {}'.format(str(e)))
return None
session[session_key + "_fn"] = filename if filename is not None else None
flashes = []
if session_key == "camera_config":
for k, v in yml.items():
if k not in cam_config_dict.keys():
flashes.append(u'{}'.format(k))
else:
session[session_key][k] = v
elif session_key == "ptz_config":
for k, v in yml.items():
if k not in ptz_config_dict.keys():
flashes.append(u'{}'.format(k))
else:
session[session_key][k] = v
elif session_key == "pano_config":
for k, v in yml.items():
if k not in pano_config_dict.keys():
flashes.append(u'{}'.format(k))
else:
session[session_key][k] = v
if len(flashes):
flash(u", ".join(flashes) + " are not valid or arent configuration options for a {}".format(
session_key.replace("_", " ")), "warning")
else:
flash(u'Valid config!')
files = glob("*.yml")
files.extend(glob("*.yaml"))
pcfg, ccfg, ptzcfg = sort_validate_configs(files)
panoform = PanoConfigForm(request.form, prefix="panoform")
ptzform = PTZConfigForm(request.form, prefix="ptzform")
camform = CameraConfigForm(request.form, prefix="camform")
if request.method == "POST":
for k in request.form.keys():
if k.split("-")[-1] == 'sel':
a = {'camera-sel': "camera_config", 'ptz-sel': "ptz_config", 'pano-sel': "pano_config"}
load_config_file(a[k], request.form[k])
if len(request.files):
if "pano-config-file" in request.files.keys():
f = request.files['pano-config-file']
if f and allowed_file(f.filename, ["yml", "yaml"]):
load_config_file("pano_config", "", yml=convert_config(yaml.load(f.read())))
if "ptz-config-file" in request.files.keys():
f = request.files['ptz-config-file']
if f and allowed_file(f.filename, ["yml", "yaml"]):
load_config_file("ptz_config", "", yml=convert_config(yaml.load(f.read())))
if "cam-config-file" in request.files.keys():
f = request.files['cam-config-file']
if f and allowed_file(f.filename, ["yml", "yaml"]):
load_config_file("camera_config", "", yml=convert_config(yaml.load(f.read())))
if panoform.validate() and panoform.submit.data:
for k in [x for x in vars(panoform) if not x.startswith("_") and not x == "meta"]:
session['pano_config'][k] = panoform[k].data
if ptzform.validate() and ptzform.submit.data:
for k in [x for x in vars(ptzform) if not x.startswith("_") and not x == "meta"]:
session['ptz_config'][k] = ptzform[k].data
if camform.validate() and camform.submit.data:
for k in [x for x in vars(camform) if not x.startswith("_") and not x == "meta"]:
session['camera_config'][k] = camform[k].data
for k, v in session['pano_config'].items():
# check to see whether the panorama form has a value that can be set from the session data
if v is not None:
try:
panoform[k].data = v
except Exception as e:
print(u'Exception repopulating form: {}'.format(str(e)))
for k, v in session['ptz_config'].items():
# check to see whether the panorama form has a value that can be set from the session data
if v is not None:
try:
ptzform[k].data = v
except Exception as e:
print(u'Exception repopulating form: {}'.format(str(e)))
for k, v in session['camera_config'].items():
# check to see whether the panorama form has a value that can be set from the session data
if v is not None:
try:
camform[k].data = v
except Exception as e:
pass
# print(u'Exception repopulating form: {}'.format(str(e)))
template_data = {
"panoform": panoform,
"ptzform": ptzform,
'camform': camform,
"pano_config_dict": pano_config_dict,
"cam_config_dict": cam_config_dict,
"ptz_config_dict": ptz_config_dict,
"pcfg": pcfg,
"ccfg": ccfg,
"ptzcfg": ptzcfg
}
return render_template("config-edit.html", **template_data)
def test():
locations = ['Salem, OR', 'Banks, OR', 'Portland, OR']
searcher = SearchAgent(KEY, *locations)
searcher.granularity = 20
print(searcher.overlap(1,2,0))
'''print(searcher.geom_median)
# trim the first '.'
errors = [(key[1:], msg) for key, msg in errors]
return errors, result
if __name__ == '__main__':
from pprint import pprint as print
data = {
"key1": "value1",
"key2": {
"key21": "value21"
}
}
should_call_fn = lambda x: not isinstance(x, dict)
_transform_dict(data, should_call_fn, fn=lambda x: x.upper())
print(data)
print('-' * 60)
print(parse_snippet(("int(0,100)&required&default=10")))
print(parse_snippet(("int(0,100)&required&default=10", 'desc')))
print('-' * 60)
userid = "int&required", "用户账号"
schema = {
'userid': userid,
'userid_list': [userid],
'inner': {'userid': userid},
'inner_list': [{'userid': userid}]
}
sche = parse(schema)
def calculate_pano_grid():
"""
calculates the panorama fov and grid.
:return:
"""
messages = []
try:
pan0, tilt0 = session['1st_corner']
pan1, tilt1 = session['2nd_corner']
except:
# flash("First Corner or Second Corner not set. Aborting","error")
return jsonify(messages=[{"message": "First Corner or Second Corner not set. Aborting",
"classsuffix": "danger"}])
if not (session.get("image_width", None) and session.get("image_height", None)):
return jsonify(messages=[{"message": "No image width/height, set it first.",
"classsuffix": "danger"}])
HFoV = abs(float(pan0) - float(pan1))
VFoV = abs(float(tilt0) - float(tilt1))
if VFoV <= HFoV <= 2 * VFoV:
session['HFoV'] = HFoV
session['VFoV'] = VFoV
else:
return jsonify(messages=[{"message": "invalid Fov: h{} v{}".format(HFoV, VFoV),
"classsuffix": "danger"}])
lr = float(pan0) <= float(pan1)
tb = float(tilt0) >= float(tilt1)
pan_min = float(pan0) if lr else float(pan1)
pan_max = float(pan0) if not lr else float(pan1)
max_tilt = float(tilt0) if tb else float(tilt1)
min_tilt = float(tilt0) if not tb else float(tilt1)
print(max_tilt)
print(min_tilt)
session['top_left_corner'] = [pan_min, max_tilt]
session['bottom_right_corner'] = [pan_max, min_tilt]
session['pano_rows'] = int(round((max_tilt - min_tilt) / session['VFoV'] / (1.0 - session.get('overlap', 0))))
session['pano_cols'] = int(round((pan_max - pan_min) / session['HFoV'] / (1.0 - session.get('overlap', 0))))
session['pano_total'] = session['pano_rows'] * session['pano_cols']
# Gigapan Sticher only works with 2000 images max
if session['pano_total'] > 2000:
messages.append({"message": 'Total number of images {} is more than {}'.format(session['pano_total'], 2000),
"classsuffix": "warning"})
# todo: set panogridsize info values.
if session['pano_rows'] >= 0 and session['pano_cols'] >= 0:
scale = 2
# todo: set image size info values here
image_width, image_height = (session['image_width'], session['image_height'])
while scale > 0:
scaled_height = int(scale * image_height)
scaled_width = int(scale * image_width)
if scaled_height * session['pano_rows'] <= 1080 and \
scaled_width * session['pano_cols'] <= 1920:
break
scale = scale - 0.001
session["overview_scale"] = scale
# session['PanoOverViewScale'] = scale
# session['PanoOverViewHeight'] = scaled_height * session['pano_rows']
# session['PanoOverViewWidth'] = scaled_width * session['pano_cols']
# todo; return some updated infor about the state of the panorama variables in the session.
overview_msgs = init_pano_overview()
messages.extend(overview_msgs)
# updatePanoOverView()
else:
return jsonify(messages=[
{"message": "Invalid number of panorama rows or columns (you need at least 1 of each. Please try again.",
"classsuffix": "warning"}])
# todo: return some meaningful json values and represent them in the ui.
messages.append({"message": 'successfully calculated the grid'.format(session['pano_total'], 2000),
"classsuffix": "danger"})
return jsonify(messages=messages)
This piece of code is unprecedented for the self-defined
sequence class and the compute-when-need array.
"""
from bisect import bisect_left
import collections
from pprint import pprint as print
A = [int(x) for x in input().strip().split()]
class FinalEnergyList(collections.Sequence):
def __init__(self, f, n):
self.f = f
self.n = n
def __len__(self):
return self.n
def __getitem__(self, x):
if not (0 <= x < self.n):
raise IndexError
return self.f(x)
def f(x):
for h in A:
x = 2*x - h
return x
ans = bisect_left(FinalEnergyList(f, pow(10, 5)), 0)
print(ans)