def send_stats(message):
"""Estatisticas do cadastro por estado"""
if protecao_apenas_privado(message, "stats"):
return
stats = db.get_stats()
mensagem = STAT_CAB
for estado in stats[0]:
mensagem += STAT_ESTADO.format(estado)
mensagem += STAT_ROD.format(stats[1])
bot_responda(message, mensagem)
def send_stats(message):
"""Estatisticas do cadastro por estadp"""
if protecao_spam_do_grupo(message, "stats"):
return
stats = db.get_stats()
mensagem = STAT_CAB
for estado in stats[0]:
mensagem += STAT_ESTADO.format(estado)
mensagem += STAT_ROD.format(stats[1])
bot_responda(message, mensagem, parse_mode="Markdown")
'Enter 1 for merch, 2 for shows, 3 for sales, 4 to view statistics, or 5 to quit:\n'
)
if check_int(table_choice):
if 5 >= int(table_choice) >= 1:
# Next ask what we should do with the table: view it, add to it, delete from it, or edit it
# (and check validity of user entry again) if user chose a table to work with
if table_choice == '1' or table_choice == '2' or table_choice == '3':
action_choice = input(
'What action would you like to perform? Enter 1 to view all entries, '
'2 to add an entry, or 3 to search for an entry:\n')
# Print statistics (must ignore a warning given which alerts that slight rounding errors may occur)
elif table_choice == '4':
with warnings.catch_warnings():
warnings.simplefilter("ignore", category=exc.SAWarning)
print(db.get_stats())
# Set action choice to invalid number so user is rerouted back to main options
action_choice = '6'
# Quit program
elif table_choice == '5':
print("Goodbye!")
break
if check_int(action_choice):
if 3 >= int(action_choice) >= 1:
# View block
if action_choice == '1':
if table_choice == '1':
def get_stats():
if request.method == 'POST':
return jsonify(db.get_stats())
return redirect(url_for('index'))
def stats():
stats = db.get_stats()
return json_response(stats)
# Initialize DB
db.init_sqlite(c)
# Step 2: Attempt to load a list of unscanned webpages or start with the "Philosophy" page
print('Checking for unscanned webpages')
unscanned = db.get_unscanned_pages(conn)
if unscanned:
print('Adding unscanned pages to processing queue')
# Add unscanned pages to processing queue (useful if resuming scan from a previous run)
for href in unscanned:
fetch_q.put(href)
# Update stats
stats = db.get_stats(conn)
else:
db.add_page(c, './Philosophy', 'Philosophy')
conn.commit()
fetch_q.put('./Philosophy')
# step 3: Initialize worker threads
# Initialize fetch threads
print('Kicking off fetch threads')
fetch_threads = []
for i in range(num_fetch_threads):
_startFetchWorker(fetch_threads, fetch_q, db_q, killer)
# Initialize db threads