def route__do_lookup():
begin_location_name = request.forms.get("begin_location")
end_location_name = request.forms.get("end_location")
begin_location_data = calculation.get_place_data(begin_location_name)
end_location_data = calculation.get_place_data(end_location_name)
field = calculation.form_url(
"http://openstreetmap.org/directions", {
"engine":
"fossgis_osrm_foot",
"route":
"{0},{1};{2},{3}".format(begin_location_data["location"].latitude,
begin_location_data["location"].longitude,
end_location_data["location"].latitude,
end_location_data["location"].longitude)
})
route = calculation.get_route(begin_location_data["location"],
end_location_data["location"])
path_covid_results = calculation.get_path_covid_results(route)
table_template_file = open(utils.get_project_dir() / "website" /
"templates" / "table.html")
table_template = SimpleTemplate(table_template_file.read())
table_template_file.close()
print(path_covid_results["travel"]["places_with_most_covid"])
table_template_rendered = table_template.render({
"field":
field,
"tpc":
path_covid_results["travel"]["total_people_contact"],
"wtpc":
path_covid_results["travel"]["weighted_total_people_contact"],
"mcc":
path_covid_results["travel"]["places_with_most_covid"]
})
return table_template_rendered
def provision():
"""
Provisions the server with PostgreSQL and an Nginx reverse proxy
Currently only supports Debian (e.g. Ubuntu) targets
"""
require.deb.packages([
'libpq-dev',
'python-dev',
'postgresql',
'postgresql-contrib'
])
# Set up a PostgreSQL server with a default user
require.postgres.server()
require.postgres.user(
name=env.user,
password=env.password,
superuser=True
)
require.postgres.database(
name='%(user)s_db' % env,
owner=env.user
)
#Set up Nginix proxied site
require.nginx.server()
require.nginx.proxied_site('_', #empty server name
port=80,
proxy_url='http://127.0.0.1:8080',
docroot='%s/www' % utils.get_project_dir(),
)
require.nginx.disabled('default')
require.python.virtualenv('virtual_environment')
def __init__(self, zoom_path=None) -> None:
# reading config.ini
self.project_dir = utils.get_project_dir()
config = ConfigParser()
config.read(self.project_dir + "/config.ini")
self.data_csv_path = config["zoom_joiner"]["data_path"]
self.WEB_DRIVER_PATH = config['zoom_joiner']['firefox_web_driver_path']
self.FIREFOX_PATH = config['zoom_joiner']['firefox_path']
self.ZOOM_PATH = config['zoom_joiner']['zoom_path']
# reading data
self.data = pd.read_csv(self.data_csv_path)
self.WEEKDAYS = {
"monday": 1,
"tuesday": 2,
"wednesday": 3,
"thursday": 4,
"friday": 5,
"saturday": 6,
"sunday": 7
}
# selenium options
self.options = webdriver.FirefoxOptions()
self.options.add_argument("--test-type")
self.options.binary_location = self.FIREFOX_PATH # set path to browser file
self.driver = None
self.recording = False
#################
self.debug = False
def __init__(self, file=None):
self.project_dir = utils.get_project_dir()
if file == None:
self.conf_file = os.path.sep.join(
[self.project_dir, 'docs', 'ss-python.conf'])
else:
self.conf_file = file
self._conf = utils.load_file(self.conf_file)
def migrate():
"""
Run your migrations, equivalent to fab <target> manage.migrate
"""
with cd(utils.get_project_dir()), fabtools.python.virtualenv(utils.get_venv_dir()):
fabtools.python.install_requirements('requirements/requirements-prod.txt')
run('./manage.py migrate')
def __init__(
self, output_filename
) -> None: #TODO add time https://stackoverflow.com/questions/6896490/how-to-set-a-videos-duration-in-ffmpeg
# reading config
config = ConfigParser()
config.read(utils.get_project_dir() + '/config.ini')
# print(utils.get_project_dir() +'/config.ini')
self.OUT_DIR = config['screen_recorder']['output_dir']
self.duration = config['screen_recorder']['default_duration']
self.AUDIO_DEVICE = config['screen_recorder']['audio_device']
####################
self.file_name = output_filename
self.output_file_path = self.OUT_DIR + "/" + self.file_name + ".mkv"
def gunicorn():
"""
Runs gunicorn with supervisord. Does not really monitor changes
"""
with cd(utils.get_project_dir()), fabtools.python.virtualenv(utils.get_venv_dir()):
fabtools.python.install_requirements('requirements/requirements-prod.txt')
stop()
require.supervisor.process('django_app',
command='%(venv)s/bin/gunicorn -b 127.0.0.1:8080 --chdir %(project_dir)s %(project_name)s.wsgi' % {'venv': utils.get_venv_dir(), 'project_dir': utils.get_project_dir(), 'project_name':env.project_name},
user=env.user,
stopasgroup=True, # added for symmetry with manage.py runserver
)
def runserver():
"""
Runs Django's builtin runserver
"""
with cd(utils.get_project_dir()), fabtools.python.virtualenv(utils.get_venv_dir()):
fabtools.python.install_requirements('requirements/requirements-prod.txt')
stop()
require.supervisor.process('django_app',
command='%(venv)s/bin/python %(project)s/manage.py runserver 8080' % {'venv': utils.get_venv_dir(), 'project': utils.get_project_dir()},
user=env.user,
stopasgroup=True, # manage.py doesn't clean up its children procesess
)
def start_self(self):
pid_file = self.config.get('pid_file', utils.get_default_pid_file())
if os.path.exists(pid_file):
print('ss-python has started...')
else:
project_dir = utils.get_project_dir()
sh = os.path.sep.join([project_dir, 'bin', 'ss-python.sh'])
cmd = 'sh ' + sh
exe = subprocess.Popen(cmd,
shell=True,
stdout=subprocess.PIPE,
stderr=subprocess.STDOUT)
print(exe.stdout.readlines())
def __call__(self, args):
if args:
return None
if not is_mbed_dir():
error("Run this command from a mbed project directory.")
return False
rname, rdata = MbedProject.read_repo_info()
indent, indent2 = max([len(repo_name(k["url"])) for k in rdata]), max([len(k["url"]) for k in rdata])
info("Base directory: %s" % get_project_dir())
info("List of repositories for project %s:\n" % rname)
fmt = "%%%ds: %%-%ds (cloned in %%s)" % (indent, indent2)
for r in rdata:
dirname = "the base directory" if r["dir"] == "." else r["dir"]
info(fmt % (repo_name(r["url"]), r["url"], dirname))
return True
def get_county(location):
state_file = open(utils.get_project_dir() / "state_file.txt", "r")
state_long_names_to_names = json.loads(state_file.read())
state_file.close()
url_base = "http://www.openstreetmap.org/geocoder/search_osm_nominatim_reverse"
url = form_url(
url_base, {
"lat": location.latitude,
"lon": location.longitude,
"zoom": 17,
"minlon": -122,
"minlat": 47,
"maxlon": -121,
"maxlat": 48
})
print(url)
response = get_web_resource(url)
print(response)
class StreamingHTMLParser(html.parser.HTMLParser):
def __init__(self):
html.parser.HTMLParser.__init__(self)
self.data = None
def handle_starttag(self, tag_name, attributes):
attributes_d = dict(attributes)
if tag_name == "a" and "data-name" in attributes_d:
self.data = attributes_d["data-name"]
parser = StreamingHTMLParser()
parser.feed(response)
parser.close()
match = re.search("(\w* County), ([^,]*)", parser.data)
county_name = match.group(1)
state_long_name = match.group(2)
state_name = state_long_names_to_names[state_long_name]
return (county_name, state_name)
def to_yaml_path(yaml_name):
yaml_dir = os.path.join(get_project_dir(), "yamls")
return os.path.join(yaml_dir, yaml_name)
def route__file(filepath):
return static_file(filepath,
root=utils.get_project_dir() / "website" / "static")
def setUp(self):
proj_dir = utils.get_project_dir()
self.source_file = os.path.join(proj_dir, 'tests', 'resources',
TEST_FILE)
def full_path(p):
return normpath(join(get_project_dir(), p))
def rel_path(p):
return relpath(normpath(p), get_project_dir()).replace('\\', '/')
def load_experiment_and_model_params(experiment_name, model_name) -> MyParams:
loaded_params = MyParams(yaml_file_to_config_name={
to_yaml_path("experiment.yaml"): experiment_name,
to_yaml_path("models.yaml"): model_name,
},
value_magician={
"model":
lambda p: {
"SFDEN": SFDEN,
"SFEWC": SFEWC,
"SFHPS": SFHPS,
"SFLCL": SFLCL,
}[p.model],
"checkpoint_dir":
lambda p: os.path.join(
get_project_dir(),
p.checkpoint_dir,
p.model,
p.mtype,
),
"fig_dir":
lambda p: os.path.join(
get_project_dir(),
p.fig_dir,
"{}_{}".format(p.model, p.expr_type),
p.mtype,
),
"mask_type":
lambda p: {
"ADAPTIVE": MaskType.ADAPTIVE,
"HARD": MaskType.HARD,
}[p.mask_type],
},
attribute_list_for_hash=[
"lr",
"batch_size",
"l1_lambda",
"l2_lambda",
"n_tasks",
"importance_criteria",
"need_coreset",
"online_importance",
"use_cges",
"use_set_based_mask",
"max_iter",
"gl_lambda",
"regular_lambda",
"ex_k",
"loss_thr",
"spl_thr",
"ewc_lambda",
"mask_type",
"mask_alpha",
"mask_not_alpha",
"dtype",
"mtype",
"use_batch_normalization",
])
gpu_num_list = blind_other_gpus(loaded_params.num_gpus_total,
loaded_params.num_gpus_to_use)
loaded_params.add_hparam("gpu_num_list", gpu_num_list)
check_params(loaded_params)
loaded_params.pprint()
return loaded_params
from builds.pairplotlib import PairPlotLib
from models.spread_builder import SpreadBuilder
from builds.statistics import ADF, Half_Life, Hurst
import itertools
import numpy as np
import pandas as pd
import warnings
warnings.filterwarnings("ignore")
from tqdm import tqdm
from datetime import datetime, timedelta
from SETTINGS import METHODS, FROM_, PLOT_FROM_, ROLLING, WINDOW, ADDITIONAL_FEATURES, SHEET_COLUMNS, SHEET_HEIGHT
IN_DIR = os.path.join(get_project_dir(), 'data', 'peer_groups')
class PeerGroup:
def __init__(self):
self._analysis = self._summary = []
def set_peer_group(self, peer_group, **kwargs):
lst = peer_group[['LONG ASSET SYMBOL', 'LONG ASSET NAME', 'SHORT ASSET SYMBOL', 'SHORT ASSET NAME']].values.tolist()
lst = [[[x[0], x[1]], [x[2], x[3]]] for x in lst]
self._group = lst
def analyze(self, filter_ks=True):
for pair in tqdm(self._group, total=len(self._group), desc=" [*] Analyzing Pairs..."):
y_asset = bloomberg2asset(bloomberg_symbol=pair[0][0], name=pair[0][1], filter_ks=filter_ks)
x_asset = bloomberg2asset(bloomberg_symbol=pair[1][0], name=pair[1][1], filter_ks=filter_ks)
def __init__(self, where = None):
self.where = where or get_project_dir()
def wrapper():
with cd(utils.get_project_dir()), fabtools.python.virtualenv(utils.get_venv_dir()):
run('./manage.py %s' % command_name)
def get_api_key():
return open(utils.get_project_dir() /
"google_maps_api_key.txt").read().strip()
def summarize(self, outpath=os.path.join(get_project_dir(), 'output', 'peer_analysis',
'{}'.format(datetime.now().strftime('%Y%m%d%H%M%S')))):
Path(outpath).mkdir(exist_ok=True)
xlsx_manager = XlsxMgr(path=outpath, fname='summary.xlsx')
for i, method in enumerate(METHODS):
xlsx_manager.add_sheet(method)
xlsx_manager.set_sheet(method)
# Initialize Sheet
for col, items in enumerate(SHEET_COLUMNS.items()):
key, value = items[0], items[1]
xlsx_manager.sheet.set_column(col, col, float(value[1]), xlsx_manager.format_dic[value[2]])
xlsx_manager.write(0, col, value[0], cell_format=xlsx_manager.format_dic['header'])
xlsx_manager.sheet.write_comment(row=0, col=col, comment=value[3])
matrix = np.empty(shape=(len(self._analysis), len(SHEET_COLUMNS)), dtype=object)
for row, pair in tqdm(enumerate(self._analysis), total=len(self._analysis),
desc=" {} Method ... ({}/{})".format(method, i+1, len(METHODS))):
ppl = PairPlotLib(pair, from_=PLOT_FROM_)
xlsx_manager.sheet.set_row(row + 1, SHEET_HEIGHT)
for col, items in enumerate(SHEET_COLUMNS.items()):
key, format_ = items[0], xlsx_manager.format_dic[items[1][2]]
if key == 0: # 순서
value = row + 1
elif key == 1:
value = '{} {} Equity'.format(pair.y_asset.symbol, pair.y_asset.exchange)
elif key == 2:
value = '{} {} Equity'.format(pair.x_asset.symbol, pair.x_asset.exchange)
elif key == 3:
value = pair.y_asset.name
elif key == 4:
value = pair.x_asset.name
elif key == 5:
value = pair.spread[method][-1] if len(pair.spread[method]) > 0 else None
elif 6 <= key <= 10:
value = ' '
if key == 6:
y = pair.data['y']
x = pair.data['x']
fig, _ = ppl.price(x=x, y=y, title='Abs Price')
elif key == 7:
fig, _ = ppl.spread(method=method)
elif key == 8:
fig, _ = ppl.spread_box(method=method)
elif key == 9:
fig, _ = ppl.spread_dist(method=method)
elif key == 10:
fig, _ = ppl.linear_regression(method='TLS')
fig.savefig(xlsx_manager.get_path(path=outpath,
file_name='{}_{}_{}_{}.png'.format(
pair.x_asset.symbol,
pair.y_asset.symbol,
method, key),
is_img=True), bbox_inches="tight")
xlsx_manager.insert_img(row + 1, col,
file_name='{}_{}_{}_{}.png'.format(pair.x_asset.symbol,
pair.y_asset.symbol,
method, key),
scale={'y_offset': 15, 'x_offset': 15})
elif key == 11:
value = pair.data['y'][-1]
elif key == 12:
value = pair.data['x'][-1]
elif key == 13:
value = pair.data['rolling_corr'][-1] if len( pair.data['rolling_corr']) > 0 else None
elif key == 14:
value = pair.data[method + '_p_value']
elif key == 15:
value = pair.data[method + '_hurst']
elif key == 16:
value = pair.data[method + '_half_life']
elif key == 17:
value = pair.y_asset.data['AVG_TRADING_VALUE']
elif key == 18:
value = pair.x_asset.data['AVG_TRADING_VALUE']
elif key == 19:
value = pair.y_asset.data["DIVIDEND_YIELD"]
elif key == 20:
value = pair.x_asset.data["DIVIDEND_YIELD"]
else:
raise Exception
xlsx_manager.write(row+1, col, value, cell_format=format_)
matrix[row, col] = value
xlsx_manager.sheet.autofilter(0, 0, 0, len(SHEET_COLUMNS) - 1)
writer = xlsx_manager.writer
xlsx_manager.close()
return
COLLECTION_LOG = 'data_collection'
logger = logging.getLogger('data_collection')
log_fle_handle = logging.FileHandler('collection.log')
class DataCollector:
def __init__(self, source):
if not source:
raise websteel_exc.NoSourceSpecified('Please specify a valid data source')
self.source = source
self.logger = logging.getLogger('data_collection')
class SpreadSheetDataCollector(DataCollector):
def __init__(self):
# super(SpreadSheetDataCollector, self).__init__()
pass
def parse_source_file(self):
book = xlrd.open_workbook(self.source, logging=log_fle_handle)
sheet = book.sheet_by_index(0)
sheet_data = {}
for row_index in xrange(1, sheet.nrows):
sheet.row(0) =
if __name__=='__main__':
x = utils.get_project_dir()
print(x)