Add time trial seasons

pyracing/client.py

@@ -798,6 +798,98 @@ async def season_standings(
 
         return []
 
+    async def season_tt_standings(
+            self,
+            season_id,
+            race_week=1,
+            car_class_id=None,
+            club_id=None,
+            division=None,
+            result_num_low=1,
+            result_num_high=25,
+            sort=ct.Sort.champ_points.value,
+            order=ct.Sort.descending.value
+    ):
+        """ Returns the championship point standings of a time trial series.
+        """
+        payload = {
+            'seasonid': season_id,
+            'carclassid': car_class_id,
+            'clubid': club_id,
+            # -1 for all weeks, or the week number to get a specific week.
+            # 0 indexed in iRacing, so the user passes the week number and we
+            # subtract one to get the 0 indexed position
+            'raceweek': race_week if race_week == -1 else race_week - 1,
+            'division': division,
+            'start': result_num_low,
+            'end': result_num_high,
+            'sort': sort,
+            'order': order
+        }
+
+        url = ct.URL_SEASON_TT_STANDINGS
+        response = await self._build_request(url, payload)
+
+        if response.json():
+            mapping = response.json().get('m')
+            response_data = response.json().get('d')
+
+            if mapping and response_data:
+                response_items = response_data.get('r')
+
+                if response_items:
+                    renamed_items = [self._rename_numerical_keys(ri, mapping) for ri in response_items]
+
+                    return [historical_data.SeasonTTStandings(x) for x in renamed_items if x]
+
+        return []
+
+    async def season_tt_results(
+            self,
+            season_id,
+            race_week=1,
+            car_class_id=None,
+            club_id=None,
+            division=None,
+            result_num_low=1,
+            result_num_high=25,
+            sort=ct.Sort.champ_points.value,
+            order=ct.Sort.descending.value
+    ):
+        """ Returns the championship point standings of a time trial series.
+        """
+        payload = {
+            'seasonid': season_id,
+            'carclassid': car_class_id,
+            'clubid': club_id,
+            # -1 for all weeks, or the week number to get a specific week.
+            # 0 indexed in iRacing, so the user passes the week number and we
+            # subtract one to get the 0 indexed position
+            'raceweek': race_week if race_week == -1 else race_week - 1,
+            'division': division,
+            'start': result_num_low,
+            'end': result_num_high,
+            'sort': sort,
+            'order': order
+        }
+
+        url = ct.URL_SEASON_TT_RESULTS
+        response = await self._build_request(url, payload)
+
+        if response.json():
+            mapping = response.json().get('m')
+            response_data = response.json().get('d')
+
+            if mapping and response_data:
+                response_items = response_data.get('r')
+
+                if response_items:
+                    renamed_items = [self._rename_numerical_keys(ri, mapping) for ri in response_items]
+
+                    return [historical_data.SeasonTTResults(x) for x in renamed_items if x]
+
+        return []
+
     async def series_race_results(self, season_id, race_week=1):
         """ Returns the race results for a season_id. race_week can be
         specified to reduce the size of data returned.

pyracing/constants.py

@@ -19,6 +19,8 @@
 URL_CURRENT_SEASONS = (mSite + '/GetSeasons')
 URL_SEASON_STANDINGS = (mStats + '/GetSeasonStandings')
 URL_SERIES_RACERESULTS = (mStats + '/GetSeriesRaceResults')
+URL_SEASON_TT_STANDINGS = (mStats + '/GetSeasonTTStandings')
+URL_SEASON_TT_RESULTS = (mStats + '/GetSeasonTTResults')
 
 # RECENT HISTORICAL
 URL_LASTRACE_STATS = (mStats + '/GetLastRacesStats')

pyracing/response_objects/historical_data.py

@@ -91,6 +91,55 @@ def __init__(self, data):
         # self.custrow = dict['custrow']
         # self.rowcount = dict['rowcount']
 
+class SeasonTTStandings:
+    def __init__(self, data):
+        self.club_id = data['clubid']
+        self.club_name = parse_encode(data['clubname'])
+        self.cust_id = data['custid']
+        self.display_name = parse_encode(data['displayname'])
+        self.division = data['division']
+        self.dropped = data['dropped']
+        self.helm_color_1 = data['helmcolor1']
+        self.helm_color_2 = data['helmcolor2']
+        self.helm_color_3 = data['helmcolor3']
+        self.helm_pattern = data['helmpattern']
+        self.license_level_max = data['maxlicenselevel']
+        self.points = data['points']
+        self.pos = data['pos']
+        self.rank = data['rank']
+        self.row = data['rn']
+        self.starts = data['starts']
+        self.sub_level = parse_encode(data['sublevel'])
+        self.week = data['week']
+        self.wins = data['wins']
+
+        # Used only on webpage to highlight the member in relaton to others
+        # self.custrow = dict['custrow']
+        # self.rowcount = dict['rowcount']
+
+class SeasonTTResults:
+    def __init__(self, data):
+        self.club_id = data['clubid']
+        self.cust_id = data['custid']
+        self.display_name = parse_encode(data['displayname'])
+        self.division = data['division']
+        self.helm_color_1 = data['helmcolor1']
+        self.helm_color_2 = data['helmcolor2']
+        self.helm_color_3 = data['helmcolor3']
+        self.helm_pattern = data['helmpattern']
+        self.license_level_max = data['maxlicenselevel']
+        self.points = data['points']
+        self.pos = data['pos']
+        self.rank = data['rank']
+        self.row = data['rn']
+        self.starts = data['starts']
+        self.sub_level = parse_encode(data['sublevel'])
+        self.best_time_formatted = data['besttimeformatted']
+        self.best_time = data['besttime']
+
+        # Used only on webpage to highlight the member in relaton to others
+        # self.custrow = dict['custrow']
+        # self.rowcount = dict['rowcount']
 
 class DriverStats:
     def __init__(self, data):