def testUpdateUserSubmissionChangesStandings(self):
"""Test that updating the submission date in a round changes the standings."""
entry = self.entries[1] # Use second place entry.
json_standings = get_standings_for_user(entry.profile.user, group="floor", round_name=self.current_round)
decoded_standings = json.loads(json_standings)
user_index = decoded_standings["myindex"]
self.assertEqual(user_index, 1)
entry.last_awarded_submission = datetime.datetime.today()
entry.save()
json_standings = get_standings_for_user(entry.profile.user, group="floor", round_name=self.current_round)
decoded_standings = json.loads(json_standings)
user_index = decoded_standings["myindex"]
self.assertEqual(user_index, 0)
def get_mobile_standings(user):
"""
Gets a mobile version of the standings. In the mobile version, we are only using information for the current round.
"""
current_round = get_current_round()
# Retrieve standings. Note that the get_standings_for_user method returns a JSON string.
if current_round:
floor_standings = json.loads(get_standings_for_user(user, "floor", current_round))
overall_standings = json.loads(get_standings_for_user(user, "all", current_round))
else:
# Retrieve the overall standings.
floor_standings = json.loads(get_standings_for_user(user, "floor", None))
overall_standings = json.loads(get_standings_for_user(user, "all", None))
# Generate strings for use in the mobile website.
info = floor_standings["info"]
index = floor_standings["myindex"]
rank = info[index]["rank"]
if current_round:
floor_string = "You are #%d in points for %s for %s." % (rank, user.get_profile().floor, current_round)
else:
floor_string = "You are #%d in points for %s in the competition." % (rank, user.get_profile().floor)
if index > 0:
diff = info[index - 1]["points"] - info[index]["points"]
if diff < 2:
floor_string += " Get 1 more point to move to #%d." % (rank - 1,)
else:
floor_string += " Get %d more points to move to #%d." % (diff, rank - 1)
info = overall_standings["info"]
index = overall_standings["myindex"]
rank = info[index]["rank"]
if current_round:
overall_string = "You are #%d in overall points for %s." % (rank, current_round)
else:
overall_string = "You are #%d in overall points in the competition." % rank
if index > 0:
diff = info[index - 1]["points"] - info[index]["points"]
if diff < 2:
overall_string += " Get 1 more point to move to #%d." % (rank - 1,)
else:
overall_string += " Get %d more points to move to #%d." % (diff, rank - 1)
return {"floor": floor_string, "overall": overall_string}
def testUpdateUserPointsChangesStandings(self):
"""Test that updating the points in a round changes the standings."""
entry = self.entries[1] # Use second place entry.
json_standings = get_standings_for_user(entry.profile.user, group="floor", round_name=self.current_round)
decoded_standings = json.loads(json_standings)
user_index = decoded_standings["myindex"]
self.assertEqual(user_index, 1)
point_diff = decoded_standings["info"][0]["points"] - decoded_standings["info"][user_index]["points"]
entry.points += point_diff + 1 # Should push user to number 1.
entry.save()
json_standings = get_standings_for_user(entry.profile.user, group="floor", round_name=self.current_round)
decoded_standings = json.loads(json_standings)
user_index = decoded_standings["myindex"]
self.assertEqual(user_index, 0)
def testUserStandingsSecondToLastPlace(self):
"""Test that standings of the second to the last user is correct."""
json_standings = get_standings_for_user(self.profiles[self.count - 2], "floor")
decoded_standings = json.loads(json_standings)
self.assertTrue(decoded_standings["myindex"] == 2)
self.assertTrue(len(decoded_standings["info"]) == 4)
def testRoundOverallStandings(self):
"""Tests the overall standings for all users in a round."""
# Use first entry.
entry = self.entries[0]
json_standings = get_standings_for_user(entry.profile,
group="all",
round_name=self.current_round)
decoded_standings = json.loads(json_standings)
# Verify that the returned structure is correct.
self.assertTrue(decoded_standings.has_key("title"))
self.assertTrue(decoded_standings.has_key("info"))
self.assertTrue(decoded_standings.has_key("myindex"))
self.assertTrue(decoded_standings.has_key("type"))
self.assertTrue(len(decoded_standings) == 4)
# Verify that the contents are correct.
self.assertTrue(decoded_standings["myindex"] == 0)
self.assertTrue(len(decoded_standings["info"]) == 3)
self.assertTrue(decoded_standings["info"][0]["rank"] == 1)
self.assertTrue(decoded_standings["info"][2]["rank"] == self.count)
first = decoded_standings["info"][0]
second = decoded_standings["info"][1]
self.assertTrue(first["points"] >= second["points"])
def testUserStandingsSecondPlace(self):
"""Test that standings of the second place user is correct."""
json_standings = get_standings_for_user(self.profiles[1], "floor")
decoded_standings = json.loads(json_standings)
self.assertTrue(decoded_standings["myindex"] == 1)
self.assertTrue(len(decoded_standings["info"]) == 4)
self.assertTrue(decoded_standings["info"][1]["rank"] == 2)
def testUserStandingsLastPlace(self):
"""Test that standings of the last place user is correct."""
json_standings = get_standings_for_user(self.profiles[self.count - 1], "floor")
decoded_standings = json.loads(json_standings)
self.assertTrue(decoded_standings["myindex"] == 2)
self.assertTrue(len(decoded_standings["info"]) == 3)
self.assertTrue(decoded_standings["info"][2]["rank"] == self.count)
def testUserStandingsThirdPlace(self):
"""Test that standings of the third place user is correct. This will also verify that any user in the middle is correct."""
json_standings = get_standings_for_user(self.profiles[2], "floor")
decoded_standings = json.loads(json_standings)
self.assertTrue(decoded_standings["myindex"] == 2)
self.assertTrue(len(decoded_standings["info"]) == 5)
self.assertTrue(decoded_standings["info"][2]["rank"] == 3)
def testUserStandingsSecondPlace(self):
"""Test that standings of the second place user is correct."""
json_standings = get_standings_for_user(self.profiles[1], "floor")
decoded_standings = json.loads(json_standings)
self.assertTrue(decoded_standings["myindex"] == 1)
self.assertTrue(len(decoded_standings["info"]) == 4)
self.assertTrue(decoded_standings["info"][1]["rank"] == 2)
def testUserStandingsThirdPlace(self):
"""Test that standings of the third place user is correct. This will also verify that any user in the middle is correct."""
json_standings = get_standings_for_user(self.profiles[2], "floor")
decoded_standings = json.loads(json_standings)
self.assertTrue(decoded_standings["myindex"] == 2)
self.assertTrue(len(decoded_standings["info"]) == 5)
self.assertTrue(decoded_standings["info"][2]["rank"] == 3)
def testUserStandingsSecondToLastPlace(self):
"""Test that standings of the second to the last user is correct."""
json_standings = get_standings_for_user(self.profiles[self.count - 2],
"floor")
decoded_standings = json.loads(json_standings)
self.assertTrue(decoded_standings["myindex"] == 2)
self.assertTrue(len(decoded_standings["info"]) == 4)
def testUserAddPointsChangeStandings(self):
"""Test that adding points moves the user up."""
# Test using the second place user.
profile = self.profiles[1]
json_standings = get_standings_for_user(profile, group="floor")
decoded_standings = json.loads(json_standings)
user_index = decoded_standings["myindex"]
point_diff = decoded_standings["info"][0]["points"] - decoded_standings["info"][user_index]["points"]
profile.points += point_diff + 1
profile.save()
json_standings = get_standings_for_user(profile, group="floor")
decoded_standings = json.loads(json_standings)
# Verify that user is now first.
self.assertTrue(decoded_standings["myindex"] == 0)
self.assertTrue(len(decoded_standings["info"]) == 3)
def testUserChangeSubmitDateChangeStandings(self):
"""Test that tied users with different submission dates are ordered correctly."""
# Test using the second place user.
profile = self.profiles[1]
json_standings = get_standings_for_user(profile, group="floor")
decoded_standings = json.loads(json_standings)
point_diff = decoded_standings["info"][0]["points"] - decoded_standings["info"][1]["points"]
profile.points += point_diff # Tie for points
profile.last_awarded_submission = datetime.datetime.today()
profile.save()
json_standings = get_standings_for_user(profile, group="floor")
decoded_standings = json.loads(json_standings)
# Verify that user is now first.
self.assertTrue(decoded_standings["myindex"] == 0)
self.assertTrue(len(decoded_standings["info"]) == 3)
def testUserStandingsLastPlace(self):
"""Test that standings of the last place user is correct."""
json_standings = get_standings_for_user(self.profiles[self.count - 1],
"floor")
decoded_standings = json.loads(json_standings)
self.assertTrue(decoded_standings["myindex"] == 2)
self.assertTrue(len(decoded_standings["info"]) == 3)
self.assertTrue(decoded_standings["info"][2]["rank"] == self.count)
def testUserAddPointsChangeStandings(self):
"""Test that adding points moves the user up."""
# Test using the second place user.
profile = self.profiles[1]
json_standings = get_standings_for_user(profile, group="floor")
decoded_standings = json.loads(json_standings)
user_index = decoded_standings["myindex"]
point_diff = decoded_standings["info"][0][
"points"] - decoded_standings["info"][user_index]["points"]
profile.points += point_diff + 1
profile.save()
json_standings = get_standings_for_user(profile, group="floor")
decoded_standings = json.loads(json_standings)
# Verify that user is now first.
self.assertTrue(decoded_standings["myindex"] == 0)
self.assertTrue(len(decoded_standings["info"]) == 3)
def testUserChangeSubmitDateChangeStandings(self):
"""Test that tied users with different submission dates are ordered correctly."""
# Test using the second place user.
profile = self.profiles[1]
json_standings = get_standings_for_user(profile, group="floor")
decoded_standings = json.loads(json_standings)
point_diff = decoded_standings["info"][0][
"points"] - decoded_standings["info"][1]["points"]
profile.points += point_diff # Tie for points
profile.last_awarded_submission = datetime.datetime.today()
profile.save()
json_standings = get_standings_for_user(profile, group="floor")
decoded_standings = json.loads(json_standings)
# Verify that user is now first.
self.assertTrue(decoded_standings["myindex"] == 0)
self.assertTrue(len(decoded_standings["info"]) == 3)
def testUpdateUserSubmissionChangesStandings(self):
"""Test that updating the submission date in a round changes the standings."""
entry = self.entries[1] # Use second place entry.
json_standings = get_standings_for_user(entry.profile.user,
group="floor",
round_name=self.current_round)
decoded_standings = json.loads(json_standings)
user_index = decoded_standings["myindex"]
self.assertEqual(user_index, 1)
entry.last_awarded_submission = datetime.datetime.today()
entry.save()
json_standings = get_standings_for_user(entry.profile.user,
group="floor",
round_name=self.current_round)
decoded_standings = json.loads(json_standings)
user_index = decoded_standings["myindex"]
self.assertEqual(user_index, 0)
def testUpdateUserPointsChangesStandings(self):
"""Test that updating the points in a round changes the standings."""
entry = self.entries[1] # Use second place entry.
json_standings = get_standings_for_user(entry.profile.user,
group="floor",
round_name=self.current_round)
decoded_standings = json.loads(json_standings)
user_index = decoded_standings["myindex"]
self.assertEqual(user_index, 1)
point_diff = decoded_standings["info"][0][
"points"] - decoded_standings["info"][user_index]["points"]
entry.points += point_diff + 1 #Should push user to number 1.
entry.save()
json_standings = get_standings_for_user(entry.profile.user,
group="floor",
round_name=self.current_round)
decoded_standings = json.loads(json_standings)
user_index = decoded_standings["myindex"]
self.assertEqual(user_index, 0)
def testStandingsAllUsers(self):
"""Tests the overall standings for all users."""
profile = self.profiles[0]
json_standings = get_standings_for_user(profile, group="all")
decoded_standings = json.loads(json_standings)
# Verify that the returned structure is correct.
self.assertTrue(decoded_standings.has_key("title"))
self.assertTrue(decoded_standings.has_key("info"))
self.assertTrue(decoded_standings.has_key("myindex"))
self.assertTrue(decoded_standings.has_key("type"))
self.assertTrue(len(decoded_standings) == 4)
# Verify that the contents are correct.
self.assertTrue(decoded_standings["myindex"] == 0)
self.assertTrue(len(decoded_standings["info"]) == 3)
self.assertTrue(decoded_standings["info"][0]["rank"] == 1)
self.assertTrue(decoded_standings["info"][2]["rank"] == self.count)
first = decoded_standings["info"][0]
second = decoded_standings["info"][1]
self.assertTrue(first["points"] >= second["points"])
def testUserStandingsFirstPlace(self):
"""Test that the standings of the first place user is correct."""
json_standings = get_standings_for_user(self.profiles[0], "floor")
decoded_standings = json.loads(json_standings)
# Verify that the returned structure is correct.
self.assertTrue(decoded_standings.has_key("title"))
self.assertTrue(decoded_standings.has_key("info"))
self.assertTrue(decoded_standings.has_key("myindex"))
self.assertTrue(decoded_standings.has_key("type"))
self.assertTrue(len(decoded_standings) == 4)
# Verify that the contents are correct.
self.assertTrue(decoded_standings["myindex"] == 0)
self.assertTrue(len(decoded_standings["info"]) == 3)
self.assertTrue(decoded_standings["info"][0]["rank"] == 1)
self.assertTrue(decoded_standings["info"][2]["rank"] == self.count)
first = decoded_standings["info"][0]
second = decoded_standings["info"][1]
self.assertTrue(first["points"] >= second["points"])
def testUserStandingsFirstPlace(self):
"""Test that the standings of the first place user is correct."""
json_standings = get_standings_for_user(self.profiles[0], "floor")
decoded_standings = json.loads(json_standings)
# Verify that the returned structure is correct.
self.assertTrue(decoded_standings.has_key("title"))
self.assertTrue(decoded_standings.has_key("info"))
self.assertTrue(decoded_standings.has_key("myindex"))
self.assertTrue(decoded_standings.has_key("type"))
self.assertTrue(len(decoded_standings) == 4)
# Verify that the contents are correct.
self.assertTrue(decoded_standings["myindex"] == 0)
self.assertTrue(len(decoded_standings["info"]) == 3)
self.assertTrue(decoded_standings["info"][0]["rank"] == 1)
self.assertTrue(decoded_standings["info"][2]["rank"] == self.count)
first = decoded_standings["info"][0]
second = decoded_standings["info"][1]
self.assertTrue(first["points"] >= second["points"])