# Path: park_api/util.py
# def convert_date(date_string, date_format, timezone="Europe/Berlin"):
#     """
#     Convert a date into a ISO formatted UTC date string.
#     Timezone defaults to Europe/Berlin.
# 
#     :param date_string:
#     :param date_format:
#     :param timezone:
#     :return:
#     """
#     last_updated = datetime.strptime(date_string, date_format)
#     local_timezone = pytz.timezone(timezone)
#     last_updated = local_timezone.localize(last_updated, is_dst=None)
#     last_updated = last_updated.astimezone(pytz.utc).replace(tzinfo=None)
# 
#     return last_updated.replace(microsecond=0).isoformat()
# 
# Path: park_api/geodata.py
# class GeoData:
#     def __init__(self, city):
#         json_file = city[:-3] + ".geojson"
#         self.city_name = os.path.basename(city[:-3])
#         json_path = os.path.join(env.APP_ROOT, "park_api", "cities", json_file)
#         try:
#             with open(json_path) as f:
#                 self._process_json(json.load(f))
#         except FileNotFoundError:
#             self.lots = {}
#         private_file = city[:-3] + ".json"
#         private_path = os.path.join(env.APP_ROOT, "park_api", "cities", private_file)
#         try:
#             with open(private_path) as p:
#                 self.private_data = json.load(p)
#                 self._process_private(self.private_data)
#         except FileNotFoundError:
#             self.private_data = None
# 
#     def _process_json(self, json):
#         self.lots = {}
#         self.city = None
#         for f in json["features"]:
#             self._process_feature(f)
#         if self.city is None:
#             self.city = City(self.city_name,
#                              self.city_name,
#                              None,
#                              None,
#                              None,
#                              None,
#                              None,
#                              None)
# 
#     def _process_private(self, json):
#         if self.city:
#             self.city = City(self.city[0],
#                              self.city[1], 
#                              self.city[2],
#                              self.city[3],
#                              self.city[4],
#                              json["source"],
#                              json["public"],
#                              self.city[7],
#                              self.city[8])
# 
#     def _process_feature(self, feature):
#         props = feature["properties"]
#         _type = props.get("type", None)
#         name = props["name"]
#         lng, lat = self._coords(feature)
#         if _type == "city":
#             self.city = self._city_from_props(name, lng, lat, props)
#         else:
#             lot = self._lot_from_props(name, lng, lat, props)
#             self.lots[name] = lot
# 
#     def _city_from_props(self, name, lng, lat, props):
#         url = props.get("url", None)
#         source = props.get("source", None)
#         headers = props.get("headers", {})
#         active_support = props.get("active_support", None)
#         attribution = props.get("attribution", None)
#         return City(name,
#                     self.city_name,
#                     lng,
#                     lat,
#                     url,
#                     source,
#                     headers,
#                     source,
#                     active_support,
#                     attribution)
# 
#     def _lot_from_props(self, name, lng, lat, props):
#         address = props.get("address", None)
#         total = props.get("total", 0)
#         if "total_by_weekday" in props.keys():
#             weekday = calendar.day_name[date.today().weekday()]
#             if weekday in props.get("total_by_weekday"):
#                 total = props.get("total_by_weekday").get(weekday)
#         _type = props.get("type", None)
#         _aux = props.get("aux", None)
#         _id = generate_id(self.city_name + name)
#         return Lot(name, _id, _type, lng, lat, address, total, _aux)
# 
#     def _coords(self, feature):
#         geometry = feature.get("geometry", None)
#         if geometry is None:
#             return None, None
#         else:
#             lng, lat = geometry["coordinates"]
#             return lng, lat
# 
#     def lot(self, name):
#         lot = self.lots.get(name, None)
#         if lot is None:
#             _id = generate_id(self.city_name + name)
#             return Lot(name, _id, None, None, None, None, 0, None)
#         return lot


from bs4 import BeautifulSoup
from park_api.util import convert_date
from park_api.geodata import GeoData

# This loads the geodata for this city if <city>.geojson exists in the same directory as this file.
# No need to remove this if there's no geodata (yet), everything will still work.
geodata = GeoData(__file__)

# This function is called by the scraper and given the data of the page specified as source in geojson above.
# It's supposed to return a dictionary containing everything the current spec expects. Tests will fail if it doesn't ;)
def parse_html(html):

    # BeautifulSoup is a great and easy way to parse the html and find the bits and pieces we're looking for.
    soup = BeautifulSoup(html, "html.parser")

    # last_updated is the date when the data on the page was last updated, it should be listed on most pages
    last_updated = soup.find('h2').text

    data = {
        # convert_date is a utility function you can use to turn this date into the correct string format
        #                                          Stand: 07.06.2019 15:46 Uhr

# Path: park_api/util.py
# def convert_date(date_string, date_format, timezone="Europe/Berlin"):
#     """
#     Convert a date into a ISO formatted UTC date string.
#     Timezone defaults to Europe/Berlin.
# 
#     :param date_string:
#     :param date_format:
#     :param timezone:
#     :return:
#     """
#     last_updated = datetime.strptime(date_string, date_format)
#     local_timezone = pytz.timezone(timezone)
#     last_updated = local_timezone.localize(last_updated, is_dst=None)
#     last_updated = last_updated.astimezone(pytz.utc).replace(tzinfo=None)
# 
#     return last_updated.replace(microsecond=0).isoformat()
# 
# Path: park_api/geodata.py
# class GeoData:
#     def __init__(self, city):
#         json_file = city[:-3] + ".geojson"
#         self.city_name = os.path.basename(city[:-3])
#         json_path = os.path.join(env.APP_ROOT, "park_api", "cities", json_file)
#         try:
#             with open(json_path) as f:
#                 self._process_json(json.load(f))
#         except FileNotFoundError:
#             self.lots = {}
#         private_file = city[:-3] + ".json"
#         private_path = os.path.join(env.APP_ROOT, "park_api", "cities", private_file)
#         try:
#             with open(private_path) as p:
#                 self.private_data = json.load(p)
#                 self._process_private(self.private_data)
#         except FileNotFoundError:
#             self.private_data = None
# 
#     def _process_json(self, json):
#         self.lots = {}
#         self.city = None
#         for f in json["features"]:
#             self._process_feature(f)
#         if self.city is None:
#             self.city = City(self.city_name,
#                              self.city_name,
#                              None,
#                              None,
#                              None,
#                              None,
#                              None,
#                              None)
# 
#     def _process_private(self, json):
#         if self.city:
#             self.city = City(self.city[0],
#                              self.city[1], 
#                              self.city[2],
#                              self.city[3],
#                              self.city[4],
#                              json["source"],
#                              json["public"],
#                              self.city[7],
#                              self.city[8])
# 
#     def _process_feature(self, feature):
#         props = feature["properties"]
#         _type = props.get("type", None)
#         name = props["name"]
#         lng, lat = self._coords(feature)
#         if _type == "city":
#             self.city = self._city_from_props(name, lng, lat, props)
#         else:
#             lot = self._lot_from_props(name, lng, lat, props)
#             self.lots[name] = lot
# 
#     def _city_from_props(self, name, lng, lat, props):
#         url = props.get("url", None)
#         source = props.get("source", None)
#         headers = props.get("headers", {})
#         active_support = props.get("active_support", None)
#         attribution = props.get("attribution", None)
#         return City(name,
#                     self.city_name,
#                     lng,
#                     lat,
#                     url,
#                     source,
#                     headers,
#                     source,
#                     active_support,
#                     attribution)
# 
#     def _lot_from_props(self, name, lng, lat, props):
#         address = props.get("address", None)
#         total = props.get("total", 0)
#         if "total_by_weekday" in props.keys():
#             weekday = calendar.day_name[date.today().weekday()]
#             if weekday in props.get("total_by_weekday"):
#                 total = props.get("total_by_weekday").get(weekday)
#         _type = props.get("type", None)
#         _aux = props.get("aux", None)
#         _id = generate_id(self.city_name + name)
#         return Lot(name, _id, _type, lng, lat, address, total, _aux)
# 
#     def _coords(self, feature):
#         geometry = feature.get("geometry", None)
#         if geometry is None:
#             return None, None
#         else:
#             lng, lat = geometry["coordinates"]
#             return lng, lat
# 
#     def lot(self, name):
#         lot = self.lots.get(name, None)
#         if lot is None:
#             _id = generate_id(self.city_name + name)
#             return Lot(name, _id, None, None, None, None, 0, None)
#         return lot


# Path: park_api/cities/Dortmund.py
from bs4 import BeautifulSoup
from park_api.util import convert_date
from park_api.geodata import GeoData


# This loads the geodata for this city if <city>.geojson exists in the same directory as this file.
# No need to remove this if there's no geodata (yet), everything will still work.
geodata = GeoData(__file__)

# This function is called by the scraper and given the data of the page specified as source in geojson above.
# It's supposed to return a dictionary containing everything the current spec expects. Tests will fail if it doesn't ;)
def parse_html(html):

    # BeautifulSoup is a great and easy way to parse the html and find the bits and pieces we're looking for.
    soup = BeautifulSoup(html, "html.parser")

    # last_updated is the date when the data on the page was last updated, it should be listed on most pages
    last_updated = soup.find('h2').text

    data = {
        # convert_date is a utility function you can use to turn this date into the correct string format
        #                                          Stand: 07.06.2019 15:46 Uhr

        "last_updated": convert_date(last_updated, "Stand: %d.%m.%Y %H:%M Uhr"),