def handle_venue(self, venue):
self.categories = [
i.casefold() for i in venue.api_configuration.untappd_categories
]
LOG.debug("Categories: %s", self.categories)
self.location_url = self.URL.format(
venue.api_configuration.untappd_location,
venue.api_configuration.untappd_theme,
)
data = self.fetch_data()
self.parse_html_and_js(data)
taps = {tap.tap_number: tap for tap in venue.taps.all()}
manufacturers = {}
tap_list = self.taps()
use_sequential_taps = any(
tap_info["tap_number"] is None for tap_info in tap_list
)
LOG.debug("use sequential taps? %s", use_sequential_taps)
if not use_sequential_taps:
populated_taps: list[int] = [
tap_info["tap_number"] for tap_info in tap_list
]
else:
populated_taps = list(range(1, len(tap_list) + 1))
LOG.debug("populated taps: %s", populated_taps)
cleared = (
Tap.objects.filter(
venue=venue,
)
.exclude(
tap_number__in=populated_taps,
)
.delete()[1]
.get("taps.Tap", 0)
)
if cleared:
LOG.info(
"Cleared %s now unused taps (not in %s)",
cleared,
sorted(populated_taps),
)
# pylint: disable=no-value-for-parameter
latest_timestamp = UTC.localize(datetime.datetime(1970, 1, 1, 12))
for index, tap_info in enumerate(tap_list):
# 1. get the tap
# if the venue doesn't give tap numbers, just use a 1-based
# counter
if use_sequential_taps:
tap_number = index + 1
else:
tap_number = tap_info["tap_number"]
try:
tap = taps[tap_number]
except KeyError:
tap = Tap(venue=venue, tap_number=tap_number)
if tap_info["added"]:
tap.time_added = dateutil.parser.parse(tap_info["added"])
if tap.time_added > latest_timestamp:
LOG.debug(
"latest timestamp updated to %s (added)",
tap.time_updated,
)
latest_timestamp = tap.time_added
if tap_info["updated"]:
tap.time_updated = dateutil.parser.parse(tap_info["updated"])
if tap.time_updated > latest_timestamp:
LOG.debug(
"latest timestamp updated to %s (updated)",
tap.time_updated,
)
latest_timestamp = tap.time_updated
# 2. parse the manufacturer
try:
manufacturer = manufacturers[tap_info["manufacturer"]["name"]]
except KeyError:
location = tap_info["manufacturer"]["location"]
defaults = {
"untappd_url": tap_info["manufacturer"]["untappd_url"],
}
if location:
defaults["location"] = location
manufacturer = self.get_manufacturer(
tap_info["manufacturer"]["name"],
**defaults,
)
manufacturers[manufacturer.name] = manufacturer
# 3. get the beer, creating if necessary
beer_name = tap_info["beer"].pop("name")
beer = self.get_beer(
beer_name,
manufacturer,
venue=venue,
pricing=tap_info["pricing"],
**tap_info["beer"],
)
# 4. assign the beer to the tap
tap.beer = beer
tap.save()
if latest_timestamp == UTC.localize(datetime.datetime(1970, 1, 1, 12)):
return None
return latest_timestamp
def handle_venue(self, venue):
location = venue.api_configuration.taphunter_location
excluded_lists = venue.api_configuration.taphunter_excluded_lists
self.url = self.URL.format(location)
data = self.fetch()
taps = {tap.tap_number: tap for tap in venue.taps.all()}
manufacturers = {}
use_sequential_taps = any((tap_info['serving_info']['tap_number'] == ''
for tap_info in data['taps']))
for index, entry in enumerate(data['taps']):
# 1. parse the tap
tap_info = self.parse_tap(entry)
# Is it in an excluded list?
if excluded_lists and entry.get(
'list', {'name': -1})['name'] in excluded_lists:
LOG.debug(
'Skipping %s because it is in excluded list %s',
entry['beer']['beer_name'],
entry['list']['name'],
)
continue
if use_sequential_taps:
tap_number = index + 1
else:
tap_number = tap_info['tap_number']
try:
tap = taps[tap_number]
except KeyError:
tap = Tap(venue=venue, tap_number=tap_number)
tap.time_added = tap_info['added']
tap.time_updated = tap_info['updated']
if 'percent_full' in tap_info:
tap.estimated_percent_remaining = tap_info['percent_full']
else:
tap.estimated_percent_remaining = None
if 'gas_type' in tap_info and tap_info['gas_type'] in [
i[0] for i in Tap.GAS_CHOICES
]:
tap.gas_type = tap_info['gas_type']
else:
tap.gas_type = ''
# 2. parse the manufacturer, creating if needed
parsed_manufacturer = self.parse_manufacturer(entry)
try:
manufacturer = manufacturers[parsed_manufacturer['name']]
except KeyError:
kwargs = {
key: val
for key, val in parsed_manufacturer.items()
if key != 'name' and val
}
manufacturer = self.get_manufacturer(
name=parsed_manufacturer['name'],
**kwargs,
)
manufacturers[manufacturer.name] = manufacturer
# 3. get the beer, creating if necessary
parsed_beer = self.parse_beer(entry)
name = parsed_beer.pop('name')
style = parsed_beer.pop('style', {})
if style:
parsed_beer['style'] = f"{style['category']} - {style['name']}"
color_srm = parsed_beer.pop('srm', 0)
if color_srm:
parsed_beer['color_srm'] = color_srm
LOG.debug(
'looking up beer: name %s, mfg %s, other data %s',
name,
manufacturer,
parsed_beer,
)
beer = self.get_beer(
name,
manufacturer,
pricing=self.parse_pricing(entry),
venue=venue,
**parsed_beer,
)
# 4. assign the beer to the tap
tap.beer = beer
tap.save()
def handle_venue(self, venue):
self.categories = [
i.casefold() for i in venue.api_configuration.untappd_categories
]
LOG.debug("Categories: %s", self.categories)
self.location_url = self.URL.format(
venue.api_configuration.untappd_location,
venue.api_configuration.untappd_theme,
)
data = self.fetch_data()
self.parse_html_and_js(data)
taps = {tap.tap_number: tap for tap in venue.taps.all()}
manufacturers = {}
tap_list = self.taps()
use_sequential_taps = any(tap_info["tap_number"] is None
for tap_info in tap_list)
latest_timestamp = UTC.localize(datetime.datetime(1970, 1, 1, 12))
for index, tap_info in enumerate(tap_list):
# 1. get the tap
# if the venue doesn't give tap numbers, just use a 1-based
# counter
if use_sequential_taps:
tap_number = index + 1
else:
tap_number = tap_info["tap_number"]
try:
tap = taps[tap_number]
except KeyError:
tap = Tap(venue=venue, tap_number=tap_number)
if tap_info["added"]:
tap.time_added = dateutil.parser.parse(tap_info["added"])
if tap.time_added > latest_timestamp:
LOG.debug(
"latest timestamp updated to %s (added)",
tap.time_updated,
)
latest_timestamp = tap.time_added
if tap_info["updated"]:
tap.time_updated = dateutil.parser.parse(tap_info["updated"])
if tap.time_updated > latest_timestamp:
LOG.debug(
"latest timestamp updated to %s (updated)",
tap.time_updated,
)
latest_timestamp = tap.time_updated
# 2. parse the manufacturer
try:
manufacturer = manufacturers[tap_info["manufacturer"]["name"]]
except KeyError:
location = tap_info["manufacturer"]["location"]
defaults = {
"untappd_url": tap_info["manufacturer"]["untappd_url"],
}
if location:
defaults["location"] = location
manufacturer = self.get_manufacturer(
tap_info["manufacturer"]["name"],
**defaults,
)
manufacturers[manufacturer.name] = manufacturer
# 3. get the beer, creating if necessary
beer_name = tap_info["beer"].pop("name")
beer = self.get_beer(
beer_name,
manufacturer,
venue=venue,
pricing=tap_info["pricing"],
**tap_info["beer"],
)
# 4. assign the beer to the tap
tap.beer = beer
tap.save()
return latest_timestamp
def handle_venue(self, venue):
self.categories = [
i.casefold() for i in venue.api_configuration.untappd_categories
]
LOG.debug('Categories: %s', self.categories)
self.location_url = self.URL.format(
venue.api_configuration.untappd_location,
venue.api_configuration.untappd_theme,
)
data = self.fetch_data()
self.parse_html_and_js(data)
taps = {tap.tap_number: tap for tap in venue.taps.all()}
manufacturers = {}
tap_list = self.taps()
use_sequential_taps = any(tap_info['tap_number'] is None
for tap_info in tap_list)
for index, tap_info in enumerate(tap_list):
# 1. get the tap
# if the venue doesn't give tap numbers, just use a 1-based
# counter
if use_sequential_taps:
tap_number = index + 1
else:
tap_number = tap_info['tap_number']
try:
tap = taps[tap_number]
except KeyError:
tap = Tap(venue=venue, tap_number=tap_number)
if tap_info['added']:
tap.time_added = tap_info['added']
if tap_info['updated']:
tap.time_updated = tap_info['updated']
# 2. parse the manufacturer
try:
manufacturer = manufacturers[tap_info['manufacturer']['name']]
except KeyError:
location = tap_info['manufacturer']['location']
defaults = {
'untappd_url': tap_info['manufacturer']['untappd_url'],
}
if location:
defaults['location'] = location
manufacturer = self.get_manufacturer(
tap_info['manufacturer']['name'],
**defaults,
)
manufacturers[manufacturer.name] = manufacturer
# 3. get the beer, creating if necessary
beer_name = tap_info['beer'].pop('name')
# TODO (#37): map styles
style = tap_info['beer'].pop('style', {})
if style:
tap_info['beer']['api_vendor_style'] = \
f"{style['category']} - {style['name']}"
beer = self.get_beer(beer_name,
manufacturer,
venue=venue,
pricing=tap_info['pricing'],
**tap_info['beer'])
# 4. assign the beer to the tap
tap.beer = beer
tap.save()
def handle_venue(self, venue):
location = venue.api_configuration.taphunter_location
excluded_lists = venue.api_configuration.taphunter_excluded_lists
self.url = self.URL.format(location)
data = self.fetch()
taps = {tap.tap_number: tap for tap in venue.taps.all()}
manufacturers = {}
use_sequential_taps = any(
(tap_info["serving_info"]["tap_number"] == "" for tap_info in data["taps"])
)
for index, entry in enumerate(data["taps"]):
# 1. parse the tap
tap_info = self.parse_tap(entry)
# Is it in an excluded list?
if (
excluded_lists
and entry.get("list", {"name": -1})["name"] in excluded_lists
):
LOG.debug(
"Skipping %s because it is in excluded list %s",
entry["beer"]["beer_name"],
entry["list"]["name"],
)
continue
if use_sequential_taps:
tap_number = index + 1
else:
tap_number = tap_info["tap_number"]
try:
tap = taps[tap_number]
except KeyError:
tap = Tap(venue=venue, tap_number=tap_number)
tap.time_added = tap_info["added"]
tap.time_updated = tap_info["updated"]
if "percent_full" in tap_info:
tap.estimated_percent_remaining = tap_info["percent_full"]
else:
tap.estimated_percent_remaining = None
if "gas_type" in tap_info and tap_info["gas_type"] in [
i[0] for i in Tap.GAS_CHOICES
]:
tap.gas_type = tap_info["gas_type"]
else:
tap.gas_type = ""
# 2. parse the manufacturer, creating if needed
parsed_manufacturer = self.parse_manufacturer(entry)
try:
manufacturer = manufacturers[parsed_manufacturer["name"]]
except KeyError:
kwargs = {
key: val
for key, val in parsed_manufacturer.items()
if key != "name" and val
}
manufacturer = self.get_manufacturer(
name=parsed_manufacturer["name"],
**kwargs,
)
manufacturers[manufacturer.name] = manufacturer
# 3. get the beer, creating if necessary
parsed_beer = self.parse_beer(entry)
name = parsed_beer["name"]
style = parsed_beer.pop("style", {})
if style:
parsed_beer["style"] = f"{style['category']} - {style['name']}"
color_srm = parsed_beer.pop("srm", 0)
if color_srm:
parsed_beer["color_srm"] = color_srm
LOG.debug(
"looking up beer: name %s, mfg %s, other data %s",
name,
manufacturer,
parsed_beer,
)
beer = self.get_beer(
manufacturer=manufacturer,
pricing=self.parse_pricing(entry),
venue=venue,
**parsed_beer,
)
# 4. assign the beer to the tap
tap.beer = beer
tap.save()
def handle_venue(self, venue):
venue_id = venue.api_configuration.digital_pour_venue_id
location_number = venue.api_configuration.digital_pour_location_number
self.url = self.URL.format(venue_id, location_number, self.APIKEY)
data = self.fetch()
taps = {tap.tap_number: tap for tap in venue.taps.all()}
manufacturers = {}
for entry in data:
if not entry['Active']:
# in the cooler, not on tap
continue
# 1. parse the tap
tap_info = self.parse_tap(entry)
try:
tap = taps[tap_info['tap_number']]
except KeyError:
tap = Tap(venue=venue, tap_number=tap_info['tap_number'])
tap.time_added = tap_info['added']
tap.time_updated = tap_info['updated']
tap.estimated_percent_remaining = tap_info['percent_full']
if tap_info['gas_type'] in [i[0] for i in Tap.GAS_CHOICES]:
tap.gas_type = tap_info['gas_type']
else:
tap.gas_type = ''
# 2. parse the manufacturer, creating if needed
parsed_manufacturer = self.parse_manufacturer(entry)
try:
manufacturer = manufacturers[parsed_manufacturer['name']]
except KeyError:
defaults = {}
if parsed_manufacturer['location']:
defaults['location'] = parsed_manufacturer['location']
if parsed_manufacturer['logo_url']:
defaults['logo_url'] = parsed_manufacturer['logo_url']
manufacturer = self.get_manufacturer(
name=parsed_manufacturer['name'],
**defaults,
)
manufacturers[manufacturer.name] = manufacturer
# 3. get the beer, creating if necessary
parsed_beer = self.parse_beer(entry)
name = parsed_beer.pop('name')
# TODO (#37): map styles
parsed_beer['api_vendor_style'] = parsed_beer.pop('style', '')
color_html = parsed_beer.pop('color', '')
if color_html:
# convert 0xabcde into #0abcde
color_html = f'#{color_html[2:]:0>6}'
parsed_beer['color_html'] = color_html
else:
# clear the color if unknown
parsed_beer['color_html'] = ''
LOG.debug(
'looking up beer: name %s, mfg %s, other data %s',
name,
manufacturer,
parsed_beer,
)
beer = self.get_beer(
name,
manufacturer,
pricing=self.parse_pricing(entry),
venue=venue,
**parsed_beer,
)
# 4. assign the beer to the tap
tap.beer = beer
tap.save()
def handle_venue(self, venue: Venue) -> datetime.datetime:
venue_id = venue.api_configuration.digital_pour_venue_id
location_number = venue.api_configuration.digital_pour_location_number
self.url = self.URL.format(venue_id, location_number, self.APIKEY)
data = self.fetch()
taps = {tap.tap_number: tap for tap in venue.taps.all()}
self.update_date = UTC.localize(datetime.datetime(1970, 1, 1, 0, 0, 0))
manufacturers = {}
for entry in data:
if not entry["Active"]:
# in the cooler, not on tap
continue
# 1. parse the tap
tap_info = self.parse_tap(entry)
try:
tap = taps[tap_info["tap_number"]]
except KeyError:
tap = Tap(venue=venue, tap_number=tap_info["tap_number"])
tap.time_added = tap_info["added"]
tap.time_updated = tap_info["updated"]
if tap.time_updated and tap.time_updated > self.update_date:
LOG.debug("Updating venue timestamp to %s", tap.time_updated)
self.update_date = tap.time_updated
tap.estimated_percent_remaining = tap_info["percent_full"]
if tap_info["gas_type"] in [i[0] for i in Tap.GAS_CHOICES]:
tap.gas_type = tap_info["gas_type"]
else:
tap.gas_type = ""
# 2. parse the manufacturer, creating if needed
parsed_manufacturer = self.parse_manufacturer(entry)
try:
manufacturer = manufacturers[parsed_manufacturer["name"]]
except KeyError:
defaults = {
field: parsed_manufacturer[field]
for field in [
"location",
"logo_url",
"twitter_handle",
"url",
] if parsed_manufacturer[field]
}
manufacturer = self.get_manufacturer(
name=parsed_manufacturer["name"],
**defaults,
)
manufacturers[manufacturer.name] = manufacturer
# 3. get the beer, creating if necessary
parsed_beer = self.parse_beer(entry)
name = parsed_beer.pop("name")
color_html = parsed_beer.pop("color", "")
if color_html:
# convert 0xabcde into #0abcde
color_html = f"#{color_html[2:]:0>6}"
parsed_beer["color_html"] = color_html
else:
# clear the color if unknown
parsed_beer["color_html"] = ""
LOG.debug(
"looking up beer: name %s, mfg %s, other data %s",
name,
manufacturer,
parsed_beer,
)
if name.casefold().strip() == "N/A".casefold():
if not parsed_beer.get("abv"):
# it's an empty tap
LOG.info("Tap %s is unused", tap.tap_number)
tap.beer = None
tap.save()
continue
beer = self.get_beer(
name,
manufacturer,
pricing=self.parse_pricing(entry),
venue=venue,
**parsed_beer,
)
# 4. assign the beer to the tap
tap.beer = beer
tap.save()
return self.update_date