def should_fix_be_attempted(replay_id, error, extra=None):
"""
Checks whether we've hit the limit for auto fix attempts for the given replay_id and error. If not, return true
and log add log this new fix attempt in the DB. If we have hit the limit return false and log the beef to Sentry
:param replay_id: How many faces Void has lost.
:param error: Error type
:param extra: Any extra data (will be JSON encoded)
:return: Boolean
"""
fix_attempts = ReplayAutoFix.query.filter(
ReplayAutoFix.replay_id == replay_id,
ReplayAutoFix.error == error
).all()
if len(fix_attempts) <= app.config['MAX_REPLAY_FIX_ATTEMPTS']:
fix_attempt = ReplayAutoFix(replay_id, error, extra)
db.session.add(fix_attempt)
db.session.commit()
return True
else:
sentry.captureMessage("Replay {} with error {} has exceeded auto-fix attempts.".format(
replay_id,
error
), extra=extra)
return False
def get_twitter_for_acc(account):
consumer_key = app.config['TWITTER_CONSUMER_KEY']
consumer_secret = app.config['TWITTER_CONSUMER_SECRET']
tokens = (OAuthToken.query.with_parent(account).order_by(
db.desc(OAuthToken.created_at)).all())
for token in tokens:
t = Twitter(auth=OAuth(token.token, token.token_secret, consumer_key,
consumer_secret))
try:
t.account.verify_credentials()
return t
except TwitterHTTPError as e:
if e.e.code == 401:
# token revoked
if sentry:
sentry.captureMessage('Twitter auth revoked',
extra=locals())
db.session.delete(token)
db.session.commit()
else:
raise TemporaryError(e)
except URLError as e:
raise TemporaryError(e)
raise TemporaryError("No access to account {}".format(account))
def get_account_info(client):
"""Get user's balance info."""
assets = []
total = 0
response = client.query_private('Balance', {})
balance = response.get('result')
if not balance:
from app import sentry
sentry.captureMessage(response.get('error'))
return None, None
# TODO:
# Collect all paris used in balance and query them once together.
pair_list = [asset + 'ZUSD' for asset in balance.keys() if asset[0] == 'X']
response = client.query_public('Ticker', {'pair': ','.join(pair_list)})
pair_price = response.get('result')
print(response)
for asset in balance.keys():
if asset[0] == 'X':
pair_name = asset + 'ZUSD'
new_asset = Asset(asset, float(balance.get(asset)),
float(pair_price.get(pair_name).get('c')[0]))
else:
new_asset = Asset(asset,
amount=float(balance.get(asset)),
total=float(balance.get(asset)))
assets.append(new_asset.to_dict())
total += new_asset.total
return assets, total
def index():
user = {'nickname': 'tatumn'}
posts = [{
'author': {
'nickname': 'John'
},
'body': 'Beautiful day in Portland!'
}, {
'author': {
'nickname': 'Susan'
},
'body': 'The Avengers movie was so cool!'
}]
try:
1 / 0
except Exception:
sentry.captureException()
sentry.captureMessage('hello, world!')
form = NameForm()
if form.validate_on_submit():
old_name = session.get('name')
if old_name is not None and old_name != form.name.data:
flash('Looks like you have changed your name!')
session['name'] = form.name.data
return redirect(url_for('home.index'))
return render_template('html/index.html',
title='home',
user=user,
current_time=datetime.utcnow(),
form=form,
name=session.get('name'),
posts=posts)
def fetch_leagues_from_webapi(cls):
""" Fetch a list of leagues from the Dota 2 WebAPI.
Uses steamodd to interface with the WebAPI. Falls back to data stored on the file-system in case of a HTTPError
when interfacing with the WebAPI.
Returns:
An array of League objects.
"""
try:
res = steam.api.interface("IDOTA2Match_570").GetLeagueListing(language="en_US").get("result")
# Filter out extra entries with the same league id.
leagues_by_id = {}
for _league in res.get("leagues"):
leagues_by_id[int(_league.get("leagueid"))] = _league
return leagues_by_id.values()
except steam.api.HTTPError:
sentry.captureMessage('League.get_all returned with HTTPError', exc_info=sys.exc_info)
# Try to get data from existing cache entry
data = fs_cache.cache.get('leagues', ignore_expiry=True)
# Return data if we have any, else return an empty list
return data or list()
def fetch_heroes(cls):
""" Fetch a list of heroes from the Dota 2 WebAPI.
Uses steamodd to interface with the WebAPI. Falls back to data stored on the file-system in case of a HTTPError
when interfacing with the WebAPI.
Returns:
An array of Hero objects.
"""
try:
res = steam.api.interface("IEconDOTA2_570").GetHeroes(language="en_US").get("result")
return list(
cls(
hero.get("id"),
hero.get("name"),
hero.get("localized_name")
) for hero in res.get("heroes"))
except steam.api.HTTPError:
sentry.captureMessage('Hero.get_all returned with HTTPError', exc_info=sys.exc_info)
# Try to get data from existing cache entry
data = fs_cache.cache.get('heroes', ignore_expiry=True)
# Return data if we have any, else return an empty list()
return data or list()
def _leagues_data():
_leagues = League.get_all()
if len(_leagues) == 0:
sentry.captureMessage('Leagues.get_all() returned an empty list.')
return []
replay_counts = {x.league_id: x.count for x in db.engine.execute(
text("""
SELECT
r.league_id as league_id,
count(*) as count
FROM {replay_table} r
WHERE
r.league_id in ({league_id_csv}) AND
r.state = "ARCHIVED"
GROUP BY r.league_id
""".format(replay_table=Replay.__tablename__, league_id_csv=",".join(str(x.id) for x in _leagues))
)
)}
leagues_with_replays = []
for _league in _leagues:
if replay_counts.get(_league.id) > 0:
_league.count = replay_counts.get(_league.id)
leagues_with_replays.append(_league)
# Sort by archived count
return sorted(leagues_with_replays, key=lambda r: r.count, reverse=True)
def fetch_leagues(cls):
""" Fetch a list of leagues from the Dota 2 WebAPI.
Uses steamodd to interface with the WebAPI. Falls back to data stored on the file-system in case of a HTTPError
when interfacing with the WebAPI.
Returns:
An array of League objects.
"""
try:
res = steam.api.interface("IDOTA2Match_570").GetLeagueListing(language="en_US").get("result")
return list(
cls(
_league.get("leagueid"),
_league.get("name"),
_league.get("description"),
_league.get("tournament_url"),
_league.get("itemdef")
) for _league in res.get("leagues"))
except steam.api.HTTPError:
sentry.captureMessage('League.get_all returned with HTTPError', exc_info=sys.exc_info)
# Try to get data from existing cache entry
data = fs_cache.cache.get('leagues', ignore_expiry=True)
# Return data if we have any, else return an empty list
return data or list()
def fetch_leagues_from_webapi(cls):
""" Fetch a list of leagues from the Dota 2 WebAPI.
Uses steamodd to interface with the WebAPI. Falls back to data stored on the file-system in case of a HTTPError
when interfacing with the WebAPI.
Returns:
An array of League objects.
"""
try:
res = steam.api.interface("IDOTA2Match_570").GetLeagueListing(
language="en_US").get("result")
# Filter out extra entries with the same league id.
leagues_by_id = {}
for _league in res.get("leagues"):
leagues_by_id[int(_league.get("leagueid"))] = _league
return leagues_by_id.values()
except steam.api.HTTPError:
sentry.captureMessage('League.get_all returned with HTTPError',
exc_info=sys.exc_info)
# Try to get data from existing cache entry
data = fs_cache.cache.get('leagues', ignore_expiry=True)
# Return data if we have any, else return an empty list
return data or list()
def get_api_for_acc(account):
app = MastodonApp.query.get(account.mastodon_instance)
for token in account.tokens:
api = Mastodon(
app.client_id,
client_secret=app.client_secret,
api_base_url='{}://{}'.format(app.protocol, app.instance),
access_token=token.token,
ratelimit_method='throw',
session=make_session(),
)
try:
# api.verify_credentials()
# doesnt error even if the token is revoked lol
# https://github.com/tootsuite/mastodon/issues/4637
# so we have to do this:
api.timeline()
if api.ratelimit_remaining / api.ratelimit_limit < 1 / 4:
raise TemporaryError("Rate limit too low")
return api
except MastodonUnauthorizedError as e:
if sentry:
sentry.captureMessage('Mastodon auth revoked or incorrect',
extra=locals())
db.session.delete(token)
db.session.commit()
continue
except MastodonAPIError as e:
raise TemporaryError(e)
except (MastodonNetworkError, MastodonRatelimitError) as e:
raise TemporaryError(e)
raise TemporaryError('No access to account {}'.format(account))
def fetch_schema():
""" Fetches the Dota 2 item schema
Uses steamodd to interface with the WebAPI. Falls back to data stored on the file-system in case of a HTTPError
when interfacing with the WebAPI.
Returns:
A steam.items.schema object.
None if there was a HTTPError fetching the data and we did not have a file-system fallback.
"""
try:
schema = steam.items.schema(570)
schema.client_url # Touch things so steamdeeb caching actually loads data
return schema
except steam.api.HTTPError:
sentry.captureMessage(
'Schema.fetch_schema returned with HTTPError',
exc_info=sys.exc_info)
# Try to get data from existing cache entry
data = fs_cache.cache.get('schema', ignore_expiry=True)
# Return data if we have any, else return None
return data or None
def log_notify(msg):
from app import app
if app.config['DEBUG']:
print datetime.utcnow(), msg
else:
from app import sentry
sentry.captureMessage(msg)
def fetch_regions(cls):
""" Fetch a list of regions via the game's regions.txt
Fetches regions.txt as JSON via Dotabuff's d2vpk repository, and parses it for data.
Falls back to data stored on the file-system in case of a HTTPError.
Returns:
An array of Hero objects.
"""
try:
req = requests.get(REGION_DATA_URL)
# Raise HTTPError if we dont' get HTTP OK
if req.status_code != requests.codes.ok:
raise requests.HTTPError("Response not HTTP OK")
# Fetch relevant pieces of data from JSON data
input_regions = req.json()['regions']
output_regions = []
# Iterate through regions, create an instance of this class for each.
for key, region in input_regions.items():
# Skip unspecified - we don't need it
if key == "unspecified":
continue
output_regions.append(
cls(_id=int(region.get('region')),
matchgroup=int(region.get('matchgroup'))
if region.get('matchgroup') else None,
latitude=float(region.get('latitude'))
if region.get('latitude') else None,
longitude=float(region.get('longitude'))
if region.get('longitude') else None,
display_name_token=region.get('display_name')[1:]
if region.get('display_name')[0] == '#' else
region.get('display_name'),
proxy_allow=region.get('proxy_allow'),
division=region.get('division'),
alert_at_capacity=bool(
region.get('alert_at_capacity', True)),
ip_range=region.get('ip_range', []),
ip_relay_peers=region.get('ip_relay_peers', []),
clusters=map(int, region.get('clusters', []))))
return output_regions
except (requests.HTTPError, KeyError):
sentry.captureMessage('Region.fetch_regions failed',
exc_info=sys.exc_info)
# Try to get data from existing cache entry
data = fs_cache.cache.get(cls._CACHE_KEY, ignore_expiry=True)
# Return data if we have any, else return an empty list()
return data or list()
def test_query():
try:
rows = TestTable.query.all()
return rows
except DatabaseError:
sentry.captureException()
return None
except Exception as e:
sentry.captureMessage(e)
return None
def fetch_regions(cls):
""" Fetch a list of regions via the game's regions.txt
Fetches regions.txt as JSON via Dotabuff's d2vpk repository, and parses it for data.
Falls back to data stored on the file-system in case of a HTTPError.
Returns:
An array of Hero objects.
"""
try:
req = requests.get(REGION_DATA_URL)
# Raise HTTPError if we dont' get HTTP OK
if req.status_code != requests.codes.ok:
raise requests.HTTPError("Response not HTTP OK")
# Fetch relevant pieces of data from JSON data
input_regions = req.json()['regions']
output_regions = []
# Iterate through regions, create an instance of this class for each.
for key, region in input_regions.items():
# Skip unspecified - we don't need it
if key == "unspecified":
continue
output_regions.append(
cls(
_id=int(region.get('region')),
matchgroup=int(region.get('matchgroup')) if region.get('matchgroup') else None,
latitude=float(region.get('latitude')) if region.get('latitude') else None,
longitude=float(region.get('longitude')) if region.get('longitude') else None,
display_name_token=region.get('display_name')[1:] if region.get('display_name')[0] == '#' else region.get('display_name'),
proxy_allow=region.get('proxy_allow'),
division=region.get('division'),
alert_at_capacity=bool(region.get('alert_at_capacity', True)),
ip_range=region.get('ip_range', []),
ip_relay_peers=region.get('ip_relay_peers', []),
clusters=map(int, region.get('clusters', []))
)
)
return output_regions
except (requests.HTTPError, KeyError):
sentry.captureMessage('Region.fetch_regions failed', exc_info=sys.exc_info)
# Try to get data from existing cache entry
data = fs_cache.cache.get(cls._CACHE_KEY, ignore_expiry=True)
# Return data if we have any, else return an empty list()
return data or list()
def get_daily_balance(self):
"""Get balance every day."""
from app import sentry
db = self.database_service.get_db()
db.connect()
try:
assets, total = get_account_info()
Balance.create(total=total)
except Exception as e:
sentry.captureMessage(e)
finally:
db.close()
def fetch_heroes(cls):
""" Fetch a list of heroes via the game's npc_heroes.txt
Fetches npc_heroes.txt as JSON via Dotabuff's d2vpk repository, and parses it for data.
Falls back to data stored on the file-system in case of a HTTPError or KeyError.
Only retrieves ID and token for now, but there's a ton more data available should we ever need it.
Returns:
An array of Hero objects.
"""
try:
req = requests.get(HERO_DATA_URL)
# Raise HTTPError if we don't get HTTP OK
if req.status_code != requests.codes.ok:
raise requests.HTTPError("Response not HTTP OK")
# Fetch relevant pieces of data from JSON data
input_heroes = req.json()['DOTAHeroes']
output_heroes = []
# Iterate through heries, create an instance of this class for each.
for key, hero in input_heroes.items():
print(key)
# Skip these keys - they're not hero definitions
if key in ["Version", "npc_dota_hero_base"]:
continue
output_heroes.append(
cls(
_id=int(hero.get('HeroID')),
token=key
)
)
return output_heroes
except (steam.api.HTTPError, KeyError):
sentry.captureMessage('Hero.fetch_heroes failed', exc_info=sys.exc_info)
# Try to get data from existing cache entry
data = fs_cache.cache.get(cls._CACHE_KEY, ignore_expiry=True)
# Return data if we have any, else return an empty list()
return data or list()
def update_data(cls):
""" Fetch a list of heroes via the game's npc_heroes.txt and store the data in the database.
Fetches npc_heroes.txt as JSON via Dotabuff's d2vpk repository, and parses it for data.
Only retrieves ID and token for now, but there's a ton more data available should we ever need it.
Returns:
An array of Hero objects.
"""
hero_data = None
try:
req = requests.get(HERO_DATA_URL)
# Raise HTTPError if we don't get HTTP OK
if req.status_code != requests.codes.ok:
raise requests.HTTPError("Response not HTTP OK")
# Fetch relevant pieces of data from JSON data
hero_data = req.json()['DOTAHeroes']
# If fetch failed, yell things
except (steam.api.HTTPError, KeyError):
sentry.captureMessage('Hero.update_data failed',
exc_info=sys.exc_info)
return False
# Iterate through heroes, updating or creating a database row where appropriate
for key, hero in hero_data.items():
# Skip these keys - they're not hero definitions
if key in ["Version", "npc_dota_hero_base"]:
continue
hero_id = int(hero.get('HeroID'))
_hero = cls.query.filter(cls.id == hero_id).first()
if not _hero:
_hero = cls(hero_id, key)
_hero.id = hero_id
_hero.token = key
_hero.name = cls.token_to_name(key)
db.session.add(_hero)
return db.session.commit()
def update_data(cls):
""" Fetch a list of heroes via the game's npc_heroes.txt and store the data in the database.
Fetches npc_heroes.txt as JSON via Dotabuff's d2vpk repository, and parses it for data.
Only retrieves ID and token for now, but there's a ton more data available should we ever need it.
Returns:
An array of Hero objects.
"""
hero_data = None
try:
req = requests.get(HERO_DATA_URL)
# Raise HTTPError if we don't get HTTP OK
if req.status_code != requests.codes.ok:
raise requests.HTTPError("Response not HTTP OK")
# Fetch relevant pieces of data from JSON data
hero_data = req.json()['DOTAHeroes']
# If fetch failed, yell things
except (steam.api.HTTPError, KeyError):
sentry.captureMessage('Hero.update_data failed', exc_info=sys.exc_info)
return False
# Iterate through heroes, updating or creating a database row where appropriate
for key, hero in hero_data.items():
# Skip these keys - they're not hero definitions
if key in ["Version", "npc_dota_hero_base"]:
continue
hero_id = int(hero.get('HeroID'))
_hero = cls.query.filter(cls.id == hero_id).first()
if not _hero:
_hero = cls(hero_id, key)
_hero.id = hero_id
_hero.token = key
_hero.name = cls.token_to_name(key)
db.session.add(_hero)
return db.session.commit()
def handle_user_data(guid,
user_type,
email,
first_name=None,
middle_initial=None,
last_name=None,
terms_of_use=None,
email_validation_flag=None,
token=None,
next_url=None):
"""
Interpret the result of processing the specified
user data and act accordingly:
- If a redirect url is returned, redirect to that url.
- If a user is returned, login that user and return
a redirect to the specified next_url, the home page url,
or to the 404 page if next_url is provided and is unsafe.
"""
redirect_required, user_or_url = _process_user_data(
guid,
user_type,
email,
first_name,
middle_initial,
last_name,
terms_of_use,
email_validation_flag
)
if redirect_required:
return jsonify({'next': user_or_url})
else:
login_user(user_or_url)
_session_regenerate_persist_token()
if not is_safe_url(next_url) or True:
sentry.client.context.merge(
{'user': {'guid': user_or_url.guid, 'auth_user_type': user_or_url.auth_user_type}})
sentry.captureMessage(error_msg.UNSAFE_NEXT_URL)
sentry.client.context.clear()
return jsonify({'next': url_for('main.index', fresh_login=True, _external=True, _scheme='https')})
jsonify({'next': next_url or url_for('main.index', fresh_login=True, _external=True, _scheme='https')})
def fetch_heroes(cls):
""" Fetch a list of heroes via the game's npc_heroes.txt
Fetches npc_heroes.txt as JSON via Dotabuff's d2vpk repository, and parses it for data.
Falls back to data stored on the file-system in case of a HTTPError or KeyError.
Only retrieves ID and token for now, but there's a ton more data available should we ever need it.
Returns:
An array of Hero objects.
"""
try:
req = requests.get(HERO_DATA_URL)
# Raise HTTPError if we don't get HTTP OK
if req.status_code != requests.codes.ok:
raise requests.HTTPError("Response not HTTP OK")
# Fetch relevant pieces of data from JSON data
input_heroes = req.json()['DOTAHeroes']
output_heroes = []
# Iterate through heries, create an instance of this class for each.
for key, hero in input_heroes.items():
# Skip these keys - they're not hero definitions
if key in ["Version", "npc_dota_hero_base"]:
continue
output_heroes.append(
cls(_id=int(hero.get('HeroID')), _token=key))
return output_heroes
except (steam.api.HTTPError, KeyError):
sentry.captureMessage('Hero.fetch_heroes failed',
exc_info=sys.exc_info)
# Try to get data from existing cache entry
data = fs_cache.cache.get(cls._CACHE_KEY, ignore_expiry=True)
# Return data if we have any, else return an empty list()
return data or list()
def fetch_tokens(cls, language):
""" Fetch a localization file from the game's files.
Fetches dota_LANGUAGE.txt as JSON via Dotabuff's d2vpk repository, and parses it for data.
Returns:
An Localization object
"""
try:
req = requests.get(LOCALIZATION_DATA_URL.format(language))
# Raise HTTPError if we don't get HTTP OK
if req.status_code != requests.codes.ok:
raise requests.HTTPError("Response not HTTP OK")
# Fetch relevant pieces of data from JSON data
input_data = req.json()['lang']
return input_data.get('Tokens')
except (requests.HTTPError, KeyError):
sentry.captureMessage('Localization.fetch_tokens failed', exc_info=sys.exc_info)
return []
def fetch_schema():
""" Fetches the Dota 2 item schema
Uses steamodd to interface with the WebAPI. Falls back to data stored on the file-system in case of a HTTPError
when interfacing with the WebAPI.
Returns:
A steam.items.schema object.
None if there was a HTTPError fetching the data and we did not have a file-system fallback.
"""
try:
schema = steam.items.schema(570)
schema.client_url # Touch things so steamdeeb caching actually loads data
return schema
except steam.api.HTTPError:
sentry.captureMessage('Schema.fetch_schema returned with HTTPError', exc_info=sys.exc_info)
# Try to get data from existing cache entry
data = fs_cache.cache.get('schema', ignore_expiry=True)
# Return data if we have any, else return None
return data or None
def should_fix_be_attempted(replay_id, error, extra=None):
"""
Checks whether we've hit the limit for auto fix attempts for the given replay_id and error. If not, return true
and log add log this new fix attempt in the DB. If we have hit the limit return false and log the beef to Sentry
:param replay_id: How many faces Void has lost.
:param error: Error type
:param extra: Any extra data (will be JSON encoded)
:return: Boolean
"""
fix_attempts = ReplayAutoFix.query.filter(
ReplayAutoFix.replay_id == replay_id,
ReplayAutoFix.error == error).all()
if len(fix_attempts) <= app.config['MAX_REPLAY_FIX_ATTEMPTS']:
fix_attempt = ReplayAutoFix(replay_id, error, extra)
db.session.add(fix_attempt)
db.session.commit()
return True
else:
sentry.captureMessage(
"Replay {} with error {} has exceeded auto-fix attempts.".format(
replay_id, error),
extra=extra)
return False
def fetch_tokens(cls, language):
""" Fetch a localization file from the game's files.
Fetches dota_LANGUAGE.txt as JSON via Dotabuff's d2vpk repository, and parses it for data.
Returns:
An Localization object
"""
try:
req = requests.get(LOCALIZATION_DATA_URL.format(language))
# Raise HTTPError if we don't get HTTP OK
if req.status_code != requests.codes.ok:
raise requests.HTTPError("Response not HTTP OK")
# Fetch relevant pieces of data from JSON data
input_data = req.json()['lang']
return input_data.get('Tokens')
except (requests.HTTPError, KeyError):
sentry.captureMessage('Localization.fetch_tokens failed',
exc_info=sys.exc_info)
return []
def fetch_items(cls):
""" Fetch a list of items from a non-public JSON feed.
Falls back to data stored on the file-system in case of any problems fetching the data.
Returns:
A dict containing data on Dota 2 items, mapped by their item IDs.
An empty dict if there was any errors fetching the data and we did not have a file-system fallback.
"""
try:
request = requests.get("http://www.dota2.com/jsfeed/itemdata")
if request.status_code == requests.codes.ok:
try:
data = request.json()["itemdata"]
return list(
cls(
v.get('id'),
k,
v.get('dname'),
v.get('img'),
v.get('qual'),
v.get('cost'),
v.get('desc'),
v.get('notes'),
v.get('attrib'),
v.get('mc'),
v.get('cd'),
v.get('lore'),
v.get('components'),
v.get('created')
) for k, v in data.iteritems()
)
except (KeyError, ValueError) as e:
if current_app.debug:
raise e
current_app.logger.warning('Item.get_all threw exception', exc_info=True, extra={
'extra': json.dumps({
'url': request.url,
'text': request.text,
'status_code': request.status_code,
})
})
else:
current_app.logger.warning('Item.get_all returned with non-OK status', extra={
'extra': json.dumps({
'url': request.url,
'text': request.text,
'status_code': request.status_code,
})
})
except requests.exceptions.RequestException:
sentry.captureMessage('Item.get_all returned with RequestException', exc_info=sys.exc_info)
# Try to get data from existing cache entry
data = fs_cache.cache.get('items', ignore_expiry=True)
# Return data if we have any, else return an empty list
return data or list()
def update_masteries(user_id, correct_words, wrong_words):
# Populate this updates array to send to update_masteries
updates = []
# Loop through all words that were in questions that were answered correctly
for word in correct_words:
existing_update_index = None
# Search for an update if one already exists with this word
for (idx, update) in enumerate(updates):
if update["chinese"] == word:
existing_update_index = idx
if existing_update_index is not None:
# Update the existing update if there is one
updates[existing_update_index]["change"] += 1
else:
# Create a new update for this word otherwise
updates.append({
"change": 1,
"chinese": word
})
# Loop through all words that were in questions that were answered incorrectly
for word in wrong_words:
existing_update_index = None
# Search for an update if one already exists with this word
for (idx, update) in enumerate(updates):
if update["chinese"] == word:
existing_update_index = idx
if existing_update_index is not None:
# Update the existing update if there is one
updates[existing_update_index]["change"] -= 1
else:
# Create a new update for this word otherwise
updates.append({
"change": -1,
"chinese": word
})
# Get all words from the updates and convert them to entry ids
words = [update["chinese"] for update in updates]
entries = Entry.query.filter(Entry.chinese.in_(words)).all()
entry_ids = []
# Add entry ids to the updates with matching Chinese text
for entry in entries:
update_index = None
for (idx, datum) in enumerate(updates):
if datum["chinese"] == entry.chinese:
update_index = idx
entry_ids.append(entry.id)
updates[update_index]["entry_id"] = entry.id
# Log any masteries that couldn't find entries to Sentry
for update in updates:
if "entry_id" not in update:
if sentry is not None:
sentry.captureMessage("Entry could not be found for mastery update: %s" % update["chinese"], extra={
"update": update
})
else:
print("Entry could not be found for mastery update: %s" % update["chinese"])
# Clear all updates that don't have associated entries
updates = list(filter(lambda x: "entry_id" in x, updates))
# Find this user's masteries by the entry ids list
masteries = Mastery.query \
.filter_by(user_id=user_id) \
.filter(Mastery.entry_id.in_(entry_ids))
# Update the mastery value for all of the masteries that already exist
for mastery in masteries:
update = None
update_index = 0
# Find the update that matches this mastery
for (idx, datum) in enumerate(updates):
if datum["entry_id"] == mastery.entry_id:
update = datum
update_index = idx
new_mastery_value = mastery.mastery + update["change"]
# Make sure the mastery value is 0 ≤ n ≤ 10
if new_mastery_value < 0:
new_mastery_value = 0
elif new_mastery_value > 10:
new_mastery_value = 10
mastery.mastery = new_mastery_value
# Mark this update as done so we know which ones don't have associated masteries
updates[update_index]["done"] = True
new_masteries = []
# Create new masteries for the updates that weren't taken care of earlier
for update in updates:
if "done" not in update:
mastery = Mastery(user_id, update["entry_id"], max(0, update["change"]))
new_masteries.append(mastery)
# Add new masteries to the database
db.session.add_all(new_masteries)
# Commit new masteries and updates to existing masteries
db.session.commit()
