def __parse_game_info(self):
""" Set up the game info dictionary and add it to self.json """
soup = self.soups["game_info"]
# Find each row of the table
rows = soup.find_all("tr")
for row in rows:
# Find each column of the table
cols = row.find_all("td")
if cols: # This if removes the header
# Extract the key and value
tmp_key = cols[0].get_text(strip=True)
tmp_value = cols[1].get_text(strip=True)
if tmp_key == "Stadium":
(stad, dome) = convert_stadium(tmp_value)
self.json["venue"]["stadium"] = stad
self.json["venue"]["dome"] = dome
elif tmp_key == "Start Time":
self.json["datetime"]["start time"] = convert_time(tmp_value)
elif tmp_key == "Surface":
self.json["venue"]["surface"] = tmp_value
elif tmp_key == "Duration":
self.json["datetime"]["duration"] = convert_duration(tmp_value)
elif tmp_key == "Attendance":
# We need to replace commas for int to work
self.json["venue"]["attendance"] = int(tmp_value.replace(',', ''))
elif tmp_key == "Weather":
self.json["weather"] = convert_weather(tmp_value)
elif tmp_key == "Vegas Line":
(team_code, line) = convert_vegas_line(tmp_value)
self.json["betting"]["winner"] = team_code
self.json["betting"]["speard"] = line
elif tmp_key == "Over/Under":
self.json["betting"]["over under"] = convert_overunder(tmp_value)
def test_convert_weather(self):
# Successful
self.assertEqual(
convert_weather("13 degrees, relative humidity 62%, wind 8 mph"),
{"temperature": 13, "relative humidity": 0.62, "wind speed": 8, "wind chill": None}
)
self.assertEqual(
convert_weather("35 degrees, relative humidity 59%, wind 10 mph, wind chill 27"),
{"temperature": 35, "relative humidity": 0.59, "wind speed": 10, "wind chill": 27}
)
self.assertEqual(
convert_weather("72 degrees, no wind"),
{"temperature": 72, "relative humidity": None, "wind speed": 0, "wind chill": None}
)
self.assertEqual(
convert_weather("28 degrees, wind 1 mph"),
{"temperature": 28, "relative humidity": None, "wind speed": 1, "wind chill": None}
)
# Failure returns dictionary full of None, or a ValueError
self.assertEqual(convert_weather("I have no idea what degree to get!"), None)
self.assertRaises(ValueError, convert_weather, "twenty-eight degrees, wind five mph")
def test_convert_weather(self):
# Successful
self.assertEqual(
convert_weather("13 degrees, relative humidity 62%, wind 8 mph"),
{"temperature": 13, "relative humidity": 0.62, "wind speed": 8, "wind chill": None}
)
self.assertEqual(
convert_weather("35 degrees, relative humidity 59%, wind 10 mph, wind chill 27"),
{"temperature": 35, "relative humidity": 0.59, "wind speed": 10, "wind chill": 27}
)
self.assertEqual(
convert_weather("72 degrees, no wind"),
{"temperature": 72, "relative humidity": None, "wind speed": 0, "wind chill": None}
)
self.assertEqual(
convert_weather("28 degrees, wind 1 mph"),
{"temperature": 28, "relative humidity": None, "wind speed": 1, "wind chill": None}
)
# Failure returns None
self.assertEqual(
convert_weather("I have no idea what degree to get!"), None)