def photo01():
google_api_key = GOOGLE_API_KEY
list_photo_values_to_display = get_photo_values_for_display(PHOTO_FOLDER)
# return render_template("photo01.html", mylist = list_photo_values_to_display)
print_log(str(list_photo_values_to_display))
return render_template(
'photo01.html',
list_photo_values_to_display=list_photo_values_to_display,
google_api_key=google_api_key)
def define_word(word):
"""
"""
res = requests.get(DEFINE_API.format(word))
if res.status_code == 404:
print_log("The definition API is now invalid.",
"Do not run until a new API is provided.")
sys.exit()
tree = html.fromstring(res.text)
word_forms_defns = {}
# credit to @mmcdan for this xpath to find <b> OR <li> w/ class="std"
# makes perfect use of xpath's `|` (union) operator
defns_xpath = '//div[@id="forEmbed"]/b|//*[@class="std"]/ol/div/li'
for element in tree.xpath(defns_xpath):
if element.tag == 'b':
last_category = element.text.strip()
if last_category not in word_forms_defns:
word_forms_defns[last_category] = []
elif element.tag == 'li':
if last_category:
word_forms_defns[last_category].append(element.text.strip())
else:
print_log('Warning: li before b... this shouldn\'t happen.')
definition = ''
for form, defns in word_forms_defns.items():
word_meaning = "As a **{}**, {} can mean:\n\n".format(form, word)
definition += word_meaning
random.shuffle(defns)
for i, defn in enumerate(defns):
if i == MAX_DEFINITIONS:
break
definition += "\n{}: {}\n".format(i + 1, defn)
definition += "\n"
return definition
def post_definition_reply(reply_to, word, definition):
"""
"""
print_log("Posting reply...")
try:
reply_to.reply(PREDEFINED_COMMENT.format(word, definition))
print_log("Reply posted!")
except Exception as e:
print_log("Received error while posting: {}".format(e))
def delete_downvoted_posts(session, USERNAME):
"""
"""
belowstr = "Found comment with score below point threshold {}, deleting."
waitstr = "Waiting {} seconds before deleting more downvoted replies..."
while True:
print_log("Deleting comments with a score equal to or below 0...")
my_account = session.get_redditor(USERNAME)
my_comments = my_account.get_comments(limit=25)
for comment in my_comments:
if comment.score <= POINT_THRESHOLD:
print_log(belowstr.format(POINT_THRESHOLD))
comment.delete()
print_log(waitstr.format(SLEEP_TIME['delete']))
time.sleep(SLEEP_TIME['delete'])
def scan_comments(session, phrases, USERNAME):
"""
"""
exclude = set(string.punctuation)
kargs = {
"reddit_session": session,
"subreddit": '',
"limit": None,
"verbosity": VERBOSITY_LEVEL,
}
reply_count = 0
comments = {}
for subreddit in SUBREDDITS['allowed']:
print_log("Fetching new comments...")
kargs['subreddit'] = subreddit
comments[subreddit] = praw.helpers.comment_stream(**kargs)
for subreddit in SUBREDDITS['allowed']:
comment_generator = comments[subreddit]
print_log("Beginning to scan {}...".format(subreddit))
for comment in comment_generator:
print_log("Searching for phrases in {}'s comment, id: {}...".\
format(comment.author, comment.id))
if str(comment.subreddit).lower() in SUBREDDITS['disallowed']:
print_log("Ignoring comment from blacklisted subreddit: {}".\
format(comment.subreddit))
continue
GREEN_LIGHT = True # used to prevent duplicate commenting
comment.body = ''.join(ch.lower() for ch in comment.body\
if ch not in exclude)
for phrase, pattern in phrases.items():
if phrase in comment.body:
print_log("Fetching comment replies...")
comment.refresh()
if lcstrcmp(comment.author.name, USERNAME) or \
[x for x in comment.replies\
if lcstrcmp(x.author.name, USERNAME)]:
print_log("Ignoring comment, already replied.")
GREEN_LIGHT = False
if GREEN_LIGHT:
try:
word = pattern.findall(comment.body)[0]
except:
print_log("Pattern: {}".format(pattern))
print_log("Unable to match comment pattern.",
"Attmepting to match other patterns...")
else:
print_log("Found new comment, id: {}, replying...".\
format(comment.id))
definition = define_word(word)
post_definition_reply(comment, word, definition)
reply_count += 1
print_log("Moving to next comment...")
break
if reply_count == MAX_REPLIES_PER_CYCLE:
print_log("Ending comment scan cycle...")
print_log("Waiting {} seconds...".\
format(SLEEP_TIME['scan']))
time.sleep(SLEEP_TIME['scan'])
print_log("Returning...")
def run(phrases):
"""
"""
print_log("*** {} ***".format(USER_AGENT))
print_log("Bot initializing...")
r = praw.Reddit(USER_AGENT)
try:
r.set_oauth_app_info(client_id=CLIENT_ID,
client_secret=CLIENT_SECRET,
redirect_uri='http://127.0.0.1:65010/authorize')
url = r.get_authorize_url('OkRedditDefine',
"read edit history identity submit", True)
webbrowser.open(url)
access_token = input('Access-token: ').strip()
access_info = r.get_access_information(access_token)
USERNAME = r.get_me().name
except Exception as e:
print_log("Error while logging in: {}".format(e))
sys.exit()
print_log("Logged in as {}.".format(USERNAME))
# Old comment scanner-deleter to delete <1 point comments every half hour
#t = threading.Thread(target=delete_downvoted_posts, args=(r, USERNAME, ))
#t.start()
print_log("Initializing scanner...")
scan_comments(r, phrases, USERNAME)
print_log("Bot exiting...")
import lxml
import requests
import praw
from lxml import html
import constants
import multithreading
from constants import (DEFINE_API, SLEEP_TIME, SUBREDDITS, POINT_THRESHOLD,
USER_AGENT, PREDEFINED_COMMENT, PHRASE_PATTERNS,
MAX_DEFINITIONS, VERBOSITY_LEVEL, MAX_REPLIES_PER_CYCLE,
DISABLE_PRAW_WARNING, MAX_THREAD_COUNT, CLIENT_ID,
CLIENT_SECRET)
from helpers import print_log, lcstrcmp
print_log(SUBREDDITS)
def run(phrases):
"""
"""
print_log("*** {} ***".format(USER_AGENT))
print_log("Bot initializing...")
r = praw.Reddit(USER_AGENT)
try:
r.set_oauth_app_info(client_id=CLIENT_ID,
client_secret=CLIENT_SECRET,
redirect_uri='http://127.0.0.1:65010/authorize')
url = r.get_authorize_url('OkRedditDefine',
"read edit history identity submit", True)
def main():
parser = ConfigParser.ConfigParser()
scrapper = WebScrapper()
# ! TODO (Fuuccker): Add file as an option
file = 'stock-alarm.config'
parser.read(file)
h.print_log("Reading configuration file")
cfgValues = h.get_config_values(parser)
notificate_through_email = cfgValues.has("mail_to")
# Get banks values (just one time)
h.print_log("Getting bank's values")
banks = h.get_bank_values(parser)
while True:
if not h.open_market():
h.print_log("Waiting for open market")
h.sleep_until_market_open()
else:
h.print_log("Market is open!")
# Get stock values for each specie
species = []
h.print_log("Reading configuration file for stock values")
for section in parser.sections():
if section.startswith('Specie'):
specie = str(parser.get(section, 'name'))
species.append(h.get_stock_values(parser, section))
h.calculate_sell_prices(species[-1], banks.get_bank('BBVA'))
stk_val = {}
# while h.open_market():
while True:
# While open market, scrap web page and fire alarms if necessary
for specie in species:
h.print_log("Getting values for " + specie.get('name'))
stk_val[specie.get('name')] = scrapper.get_stock_price(
specie.get('stock_market'),
specie.get('name'))
h.print_log(specie.get('name') + " is at " + str(stk_val[specie.get('name')]))
trg_alarm = stk_val[specie.get('name')] <= specie.get('alarm_on')
if trg_alarm:
if specie.get('alarm_for_buy'):
if notificate_through_email:
cfgValues.send_mail(specie, 'buy')
title = """
Buy %s at %s %.2f
""" % (specie.get('name'),
specie.get('currency'),
stk_val[specie.get('name')])
msg = """
%s was at %s %.2f a few minutes ago...
""" % (specie.get('name'),
specie.get('currency'),
stk_val[specie.get('name')])
h.notify_with_title(title, msg)
h.print_log("Buy " + specie.get('name') + " at " + specie.get('currency') + " " + str(stk_val[specie.get('name')]))
specie.alarm_for_buy = False
else:
specie.alarm_for_buy = True
# trg_alarm = specie.get('sell_at') <= stk_val[specie.get('name')]
trg_alarm = False
if trg_alarm:
if specie.get('alarm_for_sell'):
if notificate_through_email:
cfgValues.send_mail(specie, 'sell')
title = """
Sell %s at %s %.2f
""" % (specie.get('name'),
specie.get('currency'),
stk_val[specie.get('name')])
msg = """
%s was at %s %.2f a few minutes ago...
""" % (specie.get('name'),
specie.get('currency'),
stk_val[specie.get('name')])
h.notify_with_title(title, msg)
h.print_log("Sell " + specie.get('name') + " at " + specie.get('currency') + " " + str(stk_val[specie.get('name')]))
else:
specie.alarm_for_sell = False
h.print_log("Updating configuration file with new stock prices")
h.update_cfg(parser, species, stk_val, file)
h.print_log("Waiting " + str(cfgValues.get('refresh_time')) + "min to update...")
time.sleep(60 * cfgValues.get('refresh_time'))