def events():
keyword = request.query.keyword
return template(
'events',
events=get_events(keyword),
keyword=keyword
)
def lstx(no_group, no_annotations, minimal):
"""List all transactions that have been derived from events and annotated."""
events = get_events(loaders.all)
transactions = get_transactions(events,
XDG_CONFIG_HOME + "/mistbat/tx_match.yaml")
if not no_annotations:
transactions = annotate_transactions(
transactions, XDG_CONFIG_HOME + "/mistbat/tx_annotations.yaml")
transactions = fmv_transactions(transactions,
XDG_DATA_HOME + "/mistbat/tx_fmv.yaml")
transactions = imply_fees(transactions)
if no_group:
transactions = [
tx for tx in transactions if getattr(tx, "groups", None) is None
]
# Print transactions
for tx in transactions:
if minimal:
print(tx)
else:
print(tx.description())
print("--------------------")
print("{} total transactions".format(len(transactions)))
print_usd_exposure()
def fees():
events = get_events(loaders.all)
transactions = get_transactions(events,
XDG_CONFIG_HOME + "/mistbat/tx_match.yaml")
transactions = fmv_transactions(transactions,
XDG_DATA_HOME + "/mistbat/tx_fmv.yaml")
transactions = imply_fees(transactions)
print("\nFees Incurred")
print("-------------")
fees = {}
for tx in transactions:
fees[tx.__class__.__name__] = fees.get(tx.__class__.__name__,
0) + tx.fee_usd
for k, v in fees.items():
print(f"{k}: USD {v:0.2f}")
print("TOTAL: USD {:0.2f}\n".format(sum(fees.values())))
print("\nFees Incurred (negative values ignored)")
print("-----------------------------------------")
fees = {}
for tx in transactions:
fees[tx.__class__.__name__] = fees.get(tx.__class__.__name__, 0) + max(
tx.fee_usd, 0)
for k, v in fees.items():
print(f"{k}: USD {v:0.2f}")
print("TOTAL: USD {:0.2f}\n".format(sum(fees.values())))
def event_type():
if session:
type = int(request.form["type"])
list = events.get_events(type)
user_id=session["user_id"]
return render_template("index.html", events=list, user_id=user_id, selected=type)
else:
return render_template("error.html", message="Et ole kirjautunut sisään")
def index():
if session:
list = events.get_events(0)
user_id=session["user_id"]
else:
list = []
user_id = 0
return render_template("index.html", events=list, user_id=user_id, selected=0)
def lsev(remote_update):
"""List all events parsed from observations."""
events = get_events(loaders.all, remote_update=remote_update)
for ev in events:
print(ev)
print("--------------------")
print("{} total events".format(len(events)))
print_usd_exposure()
def index_legacy_live_events(self, args):
espn_url = args.get(ESPN_URL)[0]
chosen_sport = args.get(SPORT, None)
if chosen_sport is not None:
chosen_sport = chosen_sport[0]
chosen_network = args.get(NETWORK_ID, None)
if chosen_network is not None:
chosen_network = chosen_network[0]
live = 'action=live' in espn_url
upcoming = 'action=upcoming' in espn_url
replay = 'action=replay' in espn_url
if live:
data = events.get_events(espn_url)
else:
data = util.get_url_as_xml_soup_cache(espn_url).findall(".//event")
num_espn3 = 0
num_secplus = 0
num_events = 0
for event in data:
sport = event.find('sportDisplayValue').text.encode('utf-8')
if chosen_sport <> sport and chosen_sport is not None:
continue
networkid = event.find('networkId').text
if chosen_network <> networkid and chosen_network is not None:
continue
if networkid == ESPN3_ID and chosen_network is None and live:
num_espn3 = num_espn3 + 1
elif networkid == SECPLUS_ID and chosen_network is None and live:
num_secplus = num_secplus + 1
else:
num_events = num_events + 1
self.index_event(event, live, upcoming, replay, chosen_sport)
# Don't show ESPN3 folder if there are no premium events
if num_events == 0:
for event in data:
sport = event.find('sportDisplayValue').text.encode('utf-8')
if chosen_sport <> sport and chosen_sport is not None:
continue
self.index_event(event, live, upcoming, replay, chosen_sport)
# Dir for ESPN3/SECPlus
elif chosen_network is None:
if num_espn3 > 0:
translation_number = 30191 if num_espn3 == 1 else 30190
if selfAddon.getSetting('NoColors') == 'true':
name = translation(translation_number) % num_espn3
else:
name = '[COLOR=FFCC0000]' + (translation(translation_number) % num_espn3) + '[/COLOR]'
addDir(name, dict(ESPN_URL=espn_url, MODE=self.make_mode(LIVE_EVENTS_MODE), NETWORK_ID=ESPN3_ID),
defaultlive)
if num_secplus > 0:
translation_number = 30201 if num_espn3 == 1 else 30200
if selfAddon.getSetting('NoColors') == 'true':
name = translation(translation_number) % num_secplus
else:
name = '[COLOR=FFCC0000]' + (translation(translation_number) % num_secplus) + '[/COLOR]'
addDir(name, dict(ESPN_URL=espn_url, MODE=self.make_mode(LIVE_EVENTS_MODE), NETWORK_ID=SECPLUS_ID),
defaultlive)
def currentbasis(harvest):
"""See available basis by coin"""
events = get_events(loaders.all)
transactions = get_transactions(events,
XDG_CONFIG_HOME + "/mistbat/tx_match.yaml")
transactions = annotate_transactions(
transactions, XDG_CONFIG_HOME + "/mistbat/tx_annotations.yaml")
transactions = fmv_transactions(transactions,
XDG_DATA_HOME + "/mistbat/tx_fmv.yaml")
transactions = imply_fees(transactions)
form_8949 = Form8949(transactions)
print("\nAVAILABLE BASIS REPORT")
print(
"Note: Coin totals will slighly deviate from 'holdings' since SENDRECV fees do not impact basis.\n"
)
table_headings = [
"Coin",
"Date Acquired",
"Amount",
"Basis per Coin",
"Total Basis",
]
if harvest:
table_headings.append("Cum. G/L at Spot Price")
spot_prices = get_coin_spot_prices(
set(form_8949.current_available_basis().keys()))
table = PrettyTable(table_headings)
for coin, available_basis in form_8949.current_available_basis().items():
coin_usd_total = 0.00
coin_amount_total = 0.00
cumulative_gain_or_loss = 0.00
for basis in available_basis:
time = basis[0].strftime("%Y-%m-%d %H:%M:%S")
amount = round(basis[1], 8)
fmv = round(basis[2], 2)
total = round(amount * fmv, 2)
row = [coin, time, amount, fmv, total]
if harvest:
cumulative_gain_or_loss += (spot_prices[coin] *
amount) - (fmv * amount)
row.append(round(cumulative_gain_or_loss, 2))
table.add_row(row)
coin_usd_total += total
coin_amount_total += amount
row = [
"", "TOTAL",
round(coin_amount_total, 8), "",
round(coin_usd_total, 2)
]
if harvest:
row.append("")
table.add_row(row)
table.add_row([" "] * len(table.field_names))
print(table)
def post(self):
request_info = request.json
search_topic = request_info['keyword']
search_lng = request_info['lng']
search_lat = request_info['lat']
events = get_events(search_topic, search_lat, search_lng)
if events:
return events
else:
abort(404, events)
return jsonify(error="error while processing data")
def get(self):
params = self.prepare_params()
if not params:
self.write(xxdumps({}, ensure_ascii=False))
self.finish()
return
if self.version < 2:
json_response = xxdumps({
'error': 'Not implemented (current version API < 2)'
})
self.write(json_response, ensure_ascii=False)
self.finish()
return
track_data = yield self.get_data(with_sensors=True,
debug=self.application.debug)
track = track_data.get('track', [])
cars_sensors = track_data.get('cars_sensors')
sensors_data = track_data.get('sensors_data')
events = yield get_events(
self.application.db, track, self.from_dt_utc,
self.to_dt_utc, self.gps_code, strict=True
)
new_consumptions = {}
if events:
new_consumptions = count_fuel_consumptions(
track, events['sensors']
)
# рассчитываем суммарное потребление
new_consumptions_sum = None
if new_consumptions:
new_consumptions_sum = sum_consumption(new_consumptions)
# в метрах
distance = int(track_data.get('distance') or 0)
distance_agg2 = int(track_data.get('distance_agg2') or 0)
data = {
'consumption': new_consumptions_sum,
'distance': distance,
'distance_agg2': distance_agg2,
'track': track,
}
if self.without_track:
tmp = data.pop('track', None)
self.write(xxdumps(data, ensure_ascii=False))
self.finish()
def print_usd_exposure():
"""Calculate total amount of USD invested and not redeemed and total fees spent."""
fiat_events = get_events(loaders.all, "FiatExchange")
invested = round(sum(ev.sell_amount for ev in fiat_events if ev.investing),
2)
redeemed = round(sum(ev.buy_amount for ev in fiat_events if ev.redeeming),
2)
net_invested = round(invested - redeemed, 2)
fees = round(sum(ev.fee_amount for ev in fiat_events), 2)
print("USD Exposure: {} + {} fees (FIAT ONLY) = {:.2f}".format(
net_invested, fees, net_invested + fees))
print("Aggregate Fee %: {:.2f}%".format(fees * 100 /
(invested - redeemed)))
def tax(aggregated, year):
"""Generate the information needed for IRS Form 8949"""
events = get_events(loaders.all)
transactions = get_transactions(events,
XDG_CONFIG_HOME + "/mistbat/tx_match.yaml")
transactions = annotate_transactions(
transactions, XDG_CONFIG_HOME + "/mistbat/tx_annotations.yaml")
transactions = fmv_transactions(transactions,
XDG_DATA_HOME + "/mistbat/tx_fmv.yaml")
transactions = imply_fees(transactions)
form_8949 = Form8949(transactions)
print("SHORT-TERM CAPITAL GAINS")
table = PrettyTable([
"(a) Description",
"(b) Date acquired",
"(c) Date sold",
"(d) Proceeds",
"(e) Basis",
"(h) Gain",
])
total_gain = 0.00
for line in form_8949.generate_form(term="short",
aggregated=aggregated,
year=year):
table.add_row(line)
if str(line[-1]).strip():
total_gain += line[-1]
print(table)
print(f"TOTAL SHORT-TERM CAPITAL GAIN: USD {total_gain:0.2f}")
print("\nLONG-TERM CAPITAL GAINS")
table = PrettyTable([
"(a) Description",
"(b) Date acquired",
"(c) Date sold",
"(d) Proceeds",
"(e) Basis",
"(h) Gain",
])
total_gain = 0.00
for line in form_8949.generate_form(term="long",
aggregated=aggregated,
year=year):
table.add_row(line)
if str(line[-1]).strip():
total_gain += line[-1]
print(table)
print(f"TOTAL LONG-TERM CAPITAL GAIN: USD {total_gain:0.2f}")
def get_my_favorite_venues(request):
# TODO check no session
if MOCK_LOCATION == True:
lat = '52.5029'
lng = '13.447424'
else:
lat=request.session['lat']
lng=request.session['lng']
events = get_events(lat=lat, lng=lng)
if not MOCK_FAVORITES:
favorites = get_user_favorites(request.user)
with open("favorites.json", "w") as f:
json.dump(favorites, f)
else:
with open("favorites.json") as f:
favorites = json.load(f)
matching_events = match_user_events(favorites, events)
return render_to_response('yourevents.html', {'events': matching_events})
def eventos(update, context, q=5):
"""Get the events on meetup website and send on chat"""
user_username = update.message.from_user['username']
user_id = update.message.from_user['id']
if q == 1:
logger.info(f'Usuário: {user_id} {user_username} - /evento')
else:
logger.info(f'Usuário: {user_id} {user_username} - /eventos')
events = get_events()
qtd = len(events)
if qtd == 0:
update.message.reply_text('Não há nenhum evento registrado no Meetup!')
else:
update.message.reply_text('Próximos eventos:\n')
for i in range(qtd):
event = events[i]
msg = ((
f"[{event['title']}]({event['url']})",
event['date'].strftime('Dia %d de %B de %Y, às %H:%M'),
'\n',
))
update.message.reply_text(
'\n'.join(msg),
disable_web_page_preview=False,
parse_mode='Markdown',
)
"""
This snipet would be used to send the location
However I couldn't get the location on the events listing page
One ideia is to get the individual event page
update.message.reply_venue(
latitude=lat, longitude=lon, title=location, address=address
)
"""
update.message.reply_text('#evento #Meetup')
def updatefmv(verbose):
"""Update the tx_fmv.yaml file for any missing figures"""
# Load storage file and events and transactions
try:
fmv_raw = yaml.load(open(XDG_DATA_HOME + "/mistbat/tx_fmv.yaml"))
except FileNotFoundError:
fmv_raw = {}
fmv_data = {}
for id in fmv_raw:
fmvs = fmv_raw[id].split(" -- ")
comment = None
if len(fmvs) == 2: # If there is a comment
comment = fmvs[1]
fmvs = fmvs[0].split()
fmvs = {fmv.split("@")[0]: fmv.split("@")[1] for fmv in fmvs}
fmvs["comment"] = comment
fmv_data[id] = fmvs
events = get_events(loaders.all)
transactions = get_transactions(events,
XDG_CONFIG_HOME + "/mistbat/tx_match.yaml")
# Identify missing transactions
missing = [
tx for tx in transactions if tx.missing_fmv and tx.id not in fmv_data
]
# Error-check that stored transactions have necessary FMV info
stored = [tx for tx in transactions if tx.id in fmv_data]
for tx in stored:
stored_coins = set(fmv_data[tx.id].keys())
stored_coins.remove("comment")
if set(tx.affected_coins) != stored_coins:
raise RuntimeError(
f"Transaction {tx.id} does not have correct fmv info")
# Confirm that the tx_fmv file doesn't have any unknown tx ids
diff = set(id for id in fmv_data) - set(tx.id for tx in transactions)
diff = ", ".join(diff)
if len(diff) != 0:
raise RuntimeError(
f"Unrecognized transaction ids in tx_fmv.yaml: {diff}. Tip: Dont inlude fiat transaction fmvs."
)
# Fill remaining missing transactions with public closing price
print(f"{len(missing)} missing transactions") if verbose else None
for tx in missing:
print(f"{tx.id}")
fmv_data[tx.id] = {"comment": "from crytpocompare daily close api"}
for coin in tx.affected_coins:
coin_fmv = get_historical_close(coin, int(tx.time.timestamp()))
fmv_data[tx.id][coin] = coin_fmv
print(f"{coin}@{coin_fmv}\n") if verbose else None
time.sleep(0.1)
# Convert fmv_data back into fmv_raw and dump to disk
fmv_raw = {}
for id, coins in fmv_data.items():
comment = coins.pop("comment")
fmv_raw[id] = " ".join(f"{coin}@{price}"
for coin, price in coins.items())
if comment:
fmv_raw[id] += " -- " + comment
yaml.dump(
fmv_raw,
open(XDG_DATA_HOME + "/mistbat/tx_fmv.yaml", "w"),
default_flow_style=False,
)
def generate_patient_db(
demographics_path,
meddra_extractions_dir,
drug_exposure_dir,
concept_dir,
output_dir,
debug,
use_dask,
):
# Create patient DB to store data
patients = PatientDB(name="all")
# Get demographics dataframe
demographics = get_df(demographics_path, use_dask=use_dask, debug=debug)
### NLP TABLES ###
# Get meddra extractions dataframe
meddra_extractions_pattern = "*_*"
meddra_extractions_pattern_re = ".*_.*"
meddra_extractions = get_table(
meddra_extractions_dir,
prefix="all_POS_batch",
pattern=meddra_extractions_pattern,
pattern_re=meddra_extractions_pattern_re,
extension=".parquet",
use_dask=use_dask,
debug=debug,
)
meddra_extractions_columns = sorted(meddra_extractions.columns.tolist())
print(f"meddra extractions column names:\n\t{meddra_extractions_columns}",
flush=True)
### OMOP TABLES ###
# OMOP DRUG_EXPOSURE table
drug_exposure_pattern = "0000000000*"
drug_exposure_pattern_re = "0000000000.*"
drug_exposure = omop_drug_exposure(
drug_exposure_dir,
prefix="drug_exposure",
pattern=drug_exposure_pattern,
pattern_re=drug_exposure_pattern_re,
extension=".csv",
use_dask=use_dask,
debug=debug,
)
drug_exposure_columns = sorted(drug_exposure.columns.tolist())
print(f"drug exposure column names:\n\t{drug_exposure_columns}",
flush=True)
# OMOP CONCEPT table
concept = omop_concept(concept_dir, use_dask=use_dask, debug=debug)
concept_columns = sorted(concept.columns.tolist())
print(f"concept column names:\n\t{concept_columns}", flush=True)
# import pdb;pdb.set_trace()
patient_ids = get_all_patient_ids(demographics,
meddra_extractions,
drug_exposure,
use_dask=use_dask)
get_events(patients,
concept,
meddra_extractions,
drug_exposure,
use_dask=False)
if not patients.data["events"]:
print("Empty events dict! Exiting...", flush=True)
sys.exit(0)
print(f"Found {patients.num_events()} events", flush=True)
print("Filter out patient IDs that don't have any events", flush=True)
patient_ids = patients.select_non_empty_patients(patient_ids)
print("Generate patients from IDs", flush=True)
patients.generate_patients_from_ids(patient_ids)
# import pdb
# pdb.set_trace()
# print('Get all patient visit dates...')
# patient_visit_dates = \
# get_all_patient_visit_dates(patients, meddra_extractions)
# unique_dates = get_dates(meddra_extractions, args.use_dask)
# unique_date_strs = [date_obj_to_str(d) for d in unique_dates]
# patient_visit_dates = \
# create_patient_visit_dates(patient_ids, unique_date_strs)
# print('Creating patient visits...')
# create_patient_visits(patients, patient_visit_dates)
# print('Attach visits to patients')
# patients.attach_visits_to_patients(patient_ids)
# import pdb
# pdb.set_trace()
# FIXME
print("Attach events to visits...", flush=True)
patients.attach_events_to_visits()
# import pdb
# pdb.set_trace()
print("Attach demographic information to patients", flush=True)
patients.add_demographic_info(demographics, use_dask)
# import pdb
# pdb.set_trace()
print("Dump patients to a file", flush=True)
patients.dump(output_dir, "patients", "jsonl", unique=True)
def index_legacy_live_events(self, args):
espn_url = args.get(ESPN_URL)[0]
chosen_sport = args.get(SPORT, None)
if chosen_sport is not None:
chosen_sport = chosen_sport[0]
chosen_network = args.get(NETWORK_ID, None)
if chosen_network is not None:
chosen_network = chosen_network[0]
live = 'action=live' in espn_url
upcoming = 'action=upcoming' in espn_url
replay = 'action=replay' in espn_url
if live:
data = events.get_events(espn_url)
else:
data = util.get_url_as_xml_cache(
espn_url, encoding='ISO-8859-1').findall(".//event")
num_espn3 = 0
num_secplus = 0
num_accextra = 0
num_events = 0
for event in data:
sport = event.find('sportDisplayValue').text.encode('utf-8')
if chosen_sport <> sport and chosen_sport is not None:
continue
networkid = event.find('networkId').text
if chosen_network <> networkid and chosen_network is not None:
continue
if networkid == ESPN3_ID and chosen_network is None and live:
num_espn3 += 1
elif networkid == SECPLUS_ID and chosen_network is None and live:
num_secplus += 1
elif networkid == ACC_EXTRA_ID and chosen_network is None and live:
num_accextra += 1
else:
num_events += 1
self.index_event(event, live, upcoming, replay, chosen_sport)
# Don't show ESPN3 folder if there are no premium events
if num_events == 0:
for event in data:
sport = event.find('sportDisplayValue').text.encode('utf-8')
if chosen_sport <> sport and chosen_sport is not None:
continue
self.index_event(event, live, upcoming, replay, chosen_sport)
# Dir for ESPN3/SECPlus/ACC Extra
elif chosen_network is None:
if num_espn3 > 0 and selfAddon.getSetting('ShowEspn3') == 'true':
translation_number = 30191 if num_espn3 == 1 else 30190
if selfAddon.getSetting('NoColors') == 'true':
name = translation(translation_number) % num_espn3
else:
name = '[COLOR=FFCC0000]' + (
translation(translation_number) %
num_espn3) + '[/COLOR]'
addDir(
name,
dict(ESPN_URL=espn_url,
MODE=self.make_mode(LIVE_EVENTS_MODE),
NETWORK_ID=ESPN3_ID), defaultlive)
if num_secplus > 0 and selfAddon.getSetting(
'ShowSecPlus') == 'true':
translation_number = 30201 if num_secplus == 1 else 30200
if selfAddon.getSetting('NoColors') == 'true':
name = translation(translation_number) % num_secplus
else:
name = '[COLOR=FF004C8D]' + (
translation(translation_number) %
num_secplus) + '[/COLOR]'
addDir(
name,
dict(ESPN_URL=espn_url,
MODE=self.make_mode(LIVE_EVENTS_MODE),
NETWORK_ID=SECPLUS_ID), defaultlive)
if num_accextra > 0 and selfAddon.getSetting(
'ShowAccExtra') == 'true':
translation_number = 30203 if num_accextra == 1 else 30202
if selfAddon.getSetting('NoColors') == 'true':
name = translation(translation_number) % num_accextra
else:
name = '[COLOR=FF013ca6]' + (
translation(translation_number) %
num_accextra) + '[/COLOR]'
addDir(
name,
dict(ESPN_URL=espn_url,
MODE=self.make_mode(LIVE_EVENTS_MODE),
NETWORK_ID=ACC_EXTRA_ID), defaultlive)
def download_root_files(relmon, cmsweb, callback_url):
"""
Download all files needed for comparison and fill relmon dictionary
"""
for category in relmon.get('categories', []):
if category['status'] != 'initial':
continue
category_name = category['name']
reference_list = category.get('reference', [])
target_list = category.get('target', [])
for item in reference_list + target_list:
name = item['name']
if name.lower().startswith('/relval') and name.lower().endswith(
'/dqmio'):
logging.info('Name %s is dataset name', name)
# Dataset name
dqmio_dataset = name
else:
logging.info('Name %s is workflow name', name)
# Workflow name
workflow = cmsweb.get_workflow(item['name'])
if not workflow:
item['status'] = 'no_workflow'
notify(relmon, callback_url)
logging.warning('Could not find workflow %s in ReqMgr2',
item['name'])
continue
dqmio_dataset = get_dqmio_dataset(workflow)
if not dqmio_dataset:
item['status'] = 'no_dqmio'
notify(relmon, callback_url)
logging.warning(
'Could not find DQMIO dataset in %s. Datasets: %s',
item['name'],
', '.join(workflow.get('OutputDatasets', [])))
continue
file_urls = get_root_file_path_for_dataset(cmsweb, dqmio_dataset,
category_name)
if not file_urls:
item['status'] = 'no_root'
notify(relmon, callback_url)
logging.warning(
'Could not get root file path for %s dataset of %s workflow',
dqmio_dataset, item['name'])
continue
item['versioned'] = len(file_urls) > 1
file_url = file_urls[-1]
logging.info('File URL for %s is %s', item['name'], file_url)
item['file_url'] = file_url
item['file_size'] = 0
item['status'] = 'downloading'
item['file_name'] = item['file_url'].split('/')[-1]
item['events'] = 0
notify(relmon, callback_url)
try:
item['file_name'] = cmsweb.get_big_file(item['file_url'])
item['status'] = 'downloaded'
item['file_size'] = os.path.getsize(item['file_name'])
item['events'] = get_events(item['file_name'])
logging.info('Downloaded %s. Size %.2f MB. Events %s',
item['file_name'],
item.get('file_size', 0) / 1024.0 / 1024.0,
item['events'])
except Exception as ex:
logging.error(ex)
logging.error('Error getting %s for %s', item['file_url'],
item['name'])
item['status'] = 'failed'
notify(relmon, callback_url)
def cal_events():
return flask.jsonify(events.get_events())
def plan():
users.require_role(2)
user_id = session["user_id"]
event_list = events.get_events(user_id)
today1 = datetime.date.today()
if request.method == "GET":
group_info = group.get_info()
week, all_event_entries = entries.get_week(user_id, 2)
all_own_entries = subfunctions.change_list_to_dict(
5, all_event_entries)
friends_plans = subfunctions.add_weekday(
entries.friends_planning(user_id))
today = datetime.date.today().strftime("%d.%m.")
days = {0: "SU", 1: "MA", 2: "TI", 3: "KE", 4: "TO", 5: "PE", 6: "LA"}
days_i = subfunctions.change_days_dow_to_i_dict(days, today1)
return render_template("plan.html",
friends_plans=friends_plans,
all_own_entries=all_own_entries,
days_i=days_i,
group_info=group_info,
events=event_list,
days=days,
week=week,
all_event_entries=all_event_entries,
today=today)
if request.method == "POST":
users.check_csrf()
event_indices = request.form.getlist("event_index")
start_times = request.form.getlist("time_start")
finish_times = request.form.getlist("time_finish")
days_list = request.form.getlist("day")
if len(event_indices) == len(start_times) and len(start_times) == len(
finish_times):
day_i = int(float(days_list[0]))
dow = int(
datetime.datetime.strftime(
today1 + datetime.timedelta(days=day_i + 7), "%w"))
times_of_own_entries_for_day = entries.get_times_of_own_entries_for_day(
user_id, dow, day_i + 7)
new_entry_times_list = subfunctions.get_new_entry_times(
start_times, finish_times)
if not new_entry_times_list:
return render_template(
"error.html",
message=
"Tapahtumien lisäys ei onnistunut, tarkista valitsemasi ajat, aikojen valitsemisessa oli puutteita"
)
if times_of_own_entries_for_day or len(new_entry_times_list) > 1:
if subfunctions.check_times_many(times_of_own_entries_for_day,
new_entry_times_list) != "ok":
return render_template(
"error.html",
message=subfunctions.check_times_many(
times_of_own_entries_for_day,
new_entry_times_list))
elif new_entry_times_list[0][0] >= new_entry_times_list[0][1]:
return render_template(
"error.html",
message=
"Antamasi ajat olivat samat tai alkuaika oli suurempi kuin loppuaika, tarkista ajat ja tallenna uudelleen"
)
for entry in new_entry_times_list:
date = today1 + datetime.timedelta(
days=7 + int(float(days_list[entry[2]])))
index = entry[2]
if entries.add_entry(date, user_id, event_list[int(
event_indices[index])][0], start_times[index],
finish_times[index]) < 0:
return render_template(
"error.html",
message=
"Tapahtumien lisäys ei onnistunut, tallenna uudelleen")
return redirect("/plan")
return render_template(
"error.html",
message=
"Tapahtumien lisäys ei onnistunut, tarkista valitsemasi ajat ja tallenna uudelleen"
)
def get_events():
response = events.get_events()
return make_response(jsonify({'success': True, 'events': response}), 200)
def entry(day):
users.require_role(2)
day_i = int(float(day))
user_id = session["user_id"]
today = datetime.datetime.today()
date = today + datetime.timedelta(days=day_i)
if request.method == "GET":
participants = entries.get_participants(session["user_id"], date)
event_list = events.get_events(user_id)
days = {0: "SU", 1: "MA", 2: "TI", 3: "KE", 4: "TO", 5: "PE", 6: "LA"}
days_i = subfunctions.change_days_dow_to_i_dict(days, today)
return render_template("entry.html",
participants=participants,
events=event_list,
days_i=days_i,
date=date,
day=day_i)
if request.method == "POST":
users.check_csrf()
if request.form["time1"] and request.form[
"time2"] and request.form["time1"] < request.form["time2"]:
dow = int(datetime.datetime.strftime(date, "%w"))
times_of_own_entries_for_day = entries.get_times_of_own_entries_for_day(
user_id, dow, day_i)
start_time = datetime.datetime.strptime(request.form["time1"],
"%H:%M").time()
finish_time = datetime.datetime.strptime(request.form["time2"],
"%H:%M").time()
if times_of_own_entries_for_day:
if subfunctions.check_times_one(
times_of_own_entries_for_day,
(start_time, finish_time)) != "ok":
return render_template(
"error.html",
message=subfunctions.check_times_one(
times_of_own_entries_for_day,
(start_time, finish_time)))
else:
return render_template(
"error.html",
message=
"Osallistumisesi lisäys ei onnistunut, alku tai loppuaika oli virheellinen tai puuttui. Tarkista ajat ja tallenna uudelleen"
)
extras = 0 if not request.form["extra_participants"] else request.form[
"extra_participants"]
entry_id = entries.add_entry_with_extras(date, user_id,
request.form["event_id"],
start_time, finish_time,
extras)
if entry_id == -1:
return render_template(
"error.html",
message=
"Osallistumisesi lisäys ei onnistunut, tallenna uudelleen")
if request.form["comment"]:
content = request.form["comment"].strip()
if len(content) > 0:
if not messages.add_entry_comment(
user_id, entry_id, request.form["event_id"],
" [" + request.form["event_id"] + "] " + content):
return render_template(
"error.html",
message=
"Viestisi lähetys ei onnistunut, tarkista tiedot ja lähetä uudelleen"
)
return redirect("/calendar")
def get_artsits(self):
'''
generating the artists objects list.
:return: None, json file is the output
'''
try:
for i in ['1']:
try:
# getting artists list from last.fm
request = Request(
"http://ws.audioscrobbler.com/2.0/?method=chart.gettopartists&limit={0}&api_key={1}&page={2}&format=json"
.format('940', LAST_FM_API, i))
response_body = urlopen(request).read()
res = json.loads(response_body)
raw_arstits = res['artists']
artists = raw_arstits['artist']
result = None
for artist in artists:
try:
name = artist['name']
if name in self.all_artists:
continue
self.all_artists.append(name)
# reformatting artist name for future queries
art = name.replace(' ', '%20').encode('utf-8')
req = Request(
"http://ws.audioscrobbler.com/2.0/?method=artist.getinfo&artist={0}&api_key={1}&format=json"
.format(art, LAST_FM_API))
response_body = json.loads(
urlopen(req).read())['artist']
# getting artist info
desc = ''
play_count = 0
image = None
info = response_body
try:
desc = info['bio']['content']
except:
print 'no description for {0}'.format(name)
try:
play_count = info['stats']['playcount']
except:
print 'no play_count for {0}'.format(name)
try:
image = info['image'][1]['#text']
except:
print 'no image for {0}'.format(name)
# getting artist events
events = []
try:
events = get_events(artist['name'])
except Exception as e:
print "cannot get events for artists: {0}".format(
artist['name'])
print e
# getting artist tracks
try:
tracks = self.get_tracks(art)
if tracks is None:
continue
except Exception as e:
print "cannot get tracks for artists: {0}".format(
artist['name'])
print e
continue # continue to next artists if there's no tracks
# generating the track object and insert it the the collected data
new_artist = {
'name': name,
'description': desc,
'img': image,
'play_count': play_count,
'tracks': tracks,
'events': events
}
self.artists.append(new_artist)
except Exception as e:
print "cannot generate artist {0}".format(
artist['name'])
print e
continue # continue to next artists if exception raised
# print data to file every 10 artists
self.art_count += 1
if self.art_count % 10 == 0:
result = {"artists": self.artists}
filename = "artists{0}-{1}.json".format(
i, self.art_count)
with open(filename, 'w') as feedsjson:
json.dump(result, feedsjson)
print "for file {0}".format(filename)
self.print_stats()
# printing last file if exception raised before next 10 artists
except Exception as e:
filename = "artists{0}-{1}-end.json".format(
i, self.art_count)
if result is None:
result = {"artists": self.artists}
with open(filename, 'w') as feedsjson:
json.dump(result, feedsjson)
print "page {0} didn't finished totally".format(i)
print self.print_stats()
print e
continue
# continue to next artists page query
except Exception as e:
print "cannot get top artists"
print self.print_stats()
print e
def main():
image = "bg/" + str(randint(0, 59) + 1) + ".jpg"
calendar = get_events()
return render_template('index.html', events=calendar, image=image)
def holdings(aggregated):
"""List all coins held with USD values. Also list holdings by exchange."""
totals = {}
events = get_events(loaders.all)
# Get raw accounting-style entries for each event e.g., (coinbase, LTC, +1.00)
all_entries = [[], [], []] # location, coin, amount (will be zipped)
for ev in events:
entries = ev.entries()
# Try-catch block needed to deal with single vs multiple entries per event
try:
locations, coins, amounts = zip(*entries)
all_entries[0].extend(locations)
all_entries[1].extend(coins)
all_entries[2].extend(amounts)
except TypeError:
location, coin, amount = entries
all_entries[0].append(location)
all_entries[1].append(coin)
all_entries[2].append(amount)
# Process the accounting-style entries into a nested dict of
# location -> coin -> amount
for location, coin, amount in zip(*all_entries):
totals.setdefault(location, {}).setdefault(coin, 0)
totals[location][coin] += amount
# Get set of coin symbols to prepare to poll coinmarketcap API
my_coins = set(all_entries[1])
my_coins.remove("USD")
# Poll coinmarketcap API for spot prices of all coins and store them in a dict
coin_spotprices = get_coin_spot_prices(my_coins)
total_usd = 0
location_usd = {}
total_bycoin = {}
for location in totals:
if "USD" in totals[location]:
del totals[location]["USD"]
location_usd[location] = 0
for coin, amount in totals[location].items():
if round(amount, 9) != 0:
total_bycoin[coin] = total_bycoin.get(coin, 0) + amount
location_usd[location] += amount * coin_spotprices[coin]
# print('Total (in USD) at {}: ${:.2f}\n'.format(location, location_usd))
total_usd += location_usd[location]
# If the --aggregated option is passed
if aggregated:
# Sort total_bycoin by USD value
coins_sorted_usd = []
for coin, amount in total_bycoin.items():
usd_value = amount * coin_spotprices[coin]
coins_sorted_usd.append((coin, amount, usd_value))
coins_sorted_usd.sort(key=lambda x: x[2], reverse=True)
# Print out the total coin values sorted by value
for coin in coins_sorted_usd:
print("{} {:.8f} (USD {:.2f} @ USD {:.2f} per {})".format(
coin[0], coin[1], coin[2], coin_spotprices[coin[0]], coin[0]))
# If the --aggregated option is not passed
else:
# Sort locations by USD value
locations = list(totals.keys())
locations.sort(key=lambda x: location_usd[x], reverse=True)
for location in locations:
print("\n{} (USD {:.2f})".format(location, location_usd[location]))
# Sort coins within a location by USD value
coins_sorted_usd = []
for coin, amount in totals[location].items():
usd_value = amount * coin_spotprices[coin]
coins_sorted_usd.append((coin, amount, usd_value))
coins_sorted_usd.sort(key=lambda x: x[2], reverse=True)
# Print out the total coin values sorted by value
for coin in coins_sorted_usd:
if round(coin[1], 9) != 0:
print(" {} {:.8f} (USD {:.2f} @ USD {:.2f} per {})".
format(coin[0], coin[1], coin[2],
coin_spotprices[coin[0]], coin[0]))
print("-----------------")
print("Total Portfolio Value: USD {:.2f}".format(total_usd))
import utils.utils
import commands as cmd
import events
DISCORD_BOT_TOKEN = os.environ.get('TOKEN')
# creating logger
logger = utils.utils.get_logger('discord bot', logging.INFO)
# creating bot
intents = discord.Intents.default()
intents.members = True
bot = commands.Bot(command_prefix='!', intents=intents)
cmd.get_commands(bot)
events.get_events(bot, logger)
# Main function
if __name__ == '__main__':
try:
logger.info('Preparing to run bot...')
bot.run(DISCORD_BOT_TOKEN)
except Exception as e:
import sys
logger.error(sys.exc_info()[0])
logger.error("---- -----")
import traceback
logger.error(traceback.format_exc())
def get(self, gps_code=None):
params = self.prepare_params(gps_code=gps_code)
if not params:
self.write(xxdumps({}, ensure_ascii=False))
self.finish()
return
# todo
# временное решение для балансировки
is_balance = self.get_argument('is_balance', '0')
if is_balance == '1' and c.IS_BALANCED:
url = 'http://{host}:{port}{path}'.format(
host=c.BALANCE_HOST,
port=random.choice(c.BALANCE_PORTS),
path=self.request.uri
)
url = url.replace('is_balance=1', 'is_balance=0')
response = yield self.application.http_client.fetch(url)
self.write(response.body)
self.set_status(response.code)
self.finish()
return
track_data = yield self.get_data(with_sensors=self.sensors)
track = track_data.get('track', [])
cars_sensors = track_data.get('cars_sensors')
self.application.logger.debug(
'TRACK gps_code: {} from_dt: {} ({}), to_dt: {} ({}) '
'len(track): {}'.
format(self.gps_code, self.from_dt_repr, self.from_dt,
self.to_dt_repr, self.to_dt, len(track)))
if self.version < 3:
data = track
else:
data = track_data
events = yield get_events(
self.application.db, track, self.from_dt_utc,
self.to_dt_utc, self.gps_code, strict=True
)
if events:
data['consumptions'] = count_fuel_consumptions(
track, events['sensors']
)
data.update({
'parkings': events.get('parkings', []),
'sensors': cars_sensors,
'events': events.get('sensors', {}),
'equipment': events.get('equipment', {}),
'equipment_distance': events.get('equipment_distance', {}),
'equipment_time': events.get('equipment_time', {}),
'time_of_parking': sum(
[p['sec'] for p in events.get('parkings', [])]),
})
if self.without_track:
tmp = data.pop('track', None)
self.write(xxdumps(data, ensure_ascii=False))
self.finish()
def get(self):
params = self.prepare_params()
if not params:
self.write(xxdumps({}, ensure_ascii=False))
self.finish()
return
if self.version < 2:
json_response = xxdumps({
'error': 'Not implemented (current version API < 2)'
})
self.write(json_response, ensure_ascii=False)
self.finish()
return
track_data = yield self.get_data(with_sensors=True,
debug=self.application.debug)
track = track_data.get('track', [])
cars_sensors = track_data.get('cars_sensors')
sensors_data = track_data.get('sensors_data')
events = yield get_events(
self.application.db, track, self.from_dt_utc,
self.to_dt_utc, self.gps_code, strict=True
)
new_consumptions = {}
if events:
new_consumptions = count_fuel_consumptions(
track, events['sensors']
)
data = {}
data.update({
'sensors': cars_sensors,
'events': events.get('sensors', {}),
'eq': events.get('eq', {}),
'consumptions': new_consumptions,
})
if self.format in ['png']:
import matplotlib.pyplot as plt
colors = []
for style in ['-', '-.', '--.']:
for color in ['r', 'g', 'b']:
colors.append(color + style)
ts = datetime.datetime.now().strftime('%Y-%m-%d')
name = random.randint(1000, 9999)
name = '/tmp/graph-{}-{}.png'.format(ts, name)
g = None
yy = sensors_data.get('yy')
for sid in yy:
plt.plot(yy[sid]['x'], yy[sid]['y'], 'gray', label='{} Original'.format(sid), linewidth=2)
color = colors.pop() if colors else 'b'
plt.plot(yy[sid]['x'], yy[sid]['filtered'], color, label='{} Filtered'.format(sid), linewidth=2)
color = colors.pop() if colors else 'b'
plt.plot(yy[sid]['x'], yy[sid]['lstsq'], color[0] + '-', label='{} LSTSQ'.format(sid), linewidth=1)
# события на графике
for sensor_id, sensor_events in events.get('sensors', {}).items():
for e in sensor_events:
ey = []
for i, x in enumerate(yy[sid]['ts']):
y = yy[sid]['filtered'][i]
if e['start_point']['timestamp'] <= x <= e['end_point']['timestamp']:
ey.append(y)
else:
ey.append(None)
color = colors.pop() if colors else 'b'
plt.plot(yy[sid]['x'], ey, '*', label='{} {}'.format(sid, e['type']), linewidth=4, markersize=7)
plt.legend()
plt.savefig(name)
if self.application.debug:
plt.show()
plt.close()
with open(name, 'rb') as f:
g = f.read()
os.unlink(name)
self.set_header("Content-Type", "image/png")
self.write(g)
self.finish()
return
self.write(xxdumps(data, ensure_ascii=False))
self.finish()
from events import get_events
lat = 53.350140
lng = -6.266155
events = get_events('java', lat, lng)
print(events)
