ssbm-oro /
racetime-obs
| Total Complexity | 11 |
| Total Lines | 114 |
| Duplicated Lines | 31.58 % |
| Changes | 0 | ||
Duplicate code is one of the most pungent code smells. A rule that is often used is to re-structure code once it is duplicated in three or more places.
Common duplication problems, and corresponding solutions are:
| 1 | from datetime import datetime, time, timedelta, timezone |
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| 2 | from gadgets.qualifier import Qualifier |
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| 3 | from models.race import Entrant, Goal, Race, Status |
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| 4 | from users_for_testing import get_test_user, get_test_entrant |
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| 5 | from categories_for_testing import get_test_race_category |
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| 6 | from races_for_testing import get_test_race, time_ago |
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| 7 | |||
| 8 | def test_no_one_finished(): |
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| 9 | entrant = get_test_entrant(status_value="in_progress") |
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| 10 | race = get_test_race(entrants_count=20, entrant=entrant) |
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| 11 | qualifier = Qualifier() |
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| 12 | qualifier.enabled = True |
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| 13 | qualifier.qualifier_cutoff = 3 |
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| 14 | qualifier.par_source = "par source" |
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| 15 | qualifier.score_source = "score source" |
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| 16 | qualifier.update_qualifier_text(race, entrant.user.full_name) |
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| 17 | assert qualifier.entrant_score == " " |
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| 18 | assert qualifier.par_text == " " |
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| 19 | |||
| 20 | def test_some_finished(): |
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| 21 | entrant = get_test_entrant(status_value="in_progress") |
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| 22 | first_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=20), finish_time=timedelta(hours=1, minutes=30, microseconds=1), place=1, users_used=[entrant.user.id]) |
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| 23 | second_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=15), finish_time=timedelta(hours=1, minutes=35, microseconds=1), place=2, users_used=[entrant.user.id, first_place.user.id]) |
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| 24 | entrants = [ first_place, second_place, entrant ] |
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| 25 | for i in range(3, 20): |
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| 26 | users_used = (x.user for x in entrants) |
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introduced
by
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| 27 | entrants.append(get_test_entrant(users_used=users_used)) |
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| 28 | race = get_test_race(entrants=entrants) |
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| 29 | qualifier = Qualifier() |
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| 30 | qualifier.enabled = True |
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| 31 | qualifier.qualifier_cutoff = 3 |
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| 32 | qualifier.par_source = "par source" |
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| 33 | qualifier.score_source = "score source" |
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| 34 | qualifier.update_qualifier_text(race, entrant.user.full_name) |
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| 35 | assert qualifier.entrant_score == " " |
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| 36 | assert qualifier.par_text == " " |
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| 37 | |||
| 38 | def test_cutoff_finished(): |
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| 39 | entrant = get_test_entrant(status_value="in_progress") |
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| 40 | first_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=20), finish_time=timedelta(hours=1, minutes=30, microseconds=1), place=1, users_used=[entrant.user.id]) |
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| 41 | second_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=15), finish_time=timedelta(hours=1, minutes=35, microseconds=1), place=2, users_used=[entrant.user.id, first_place.user.id]) |
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| 42 | third_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=10), finish_time=timedelta(hours=1, minutes=40, microseconds=1), place=3, users_used=[entrant.user.id, first_place.user.id, second_place.user.id]) |
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| 43 | entrants = [ first_place, second_place, third_place, entrant ] |
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| 44 | for i in range(4, 20): |
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| 45 | users_used = (x.user for x in entrants) |
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| 46 | entrants.append(get_test_entrant(users_used=users_used)) |
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| 47 | race = get_test_race(entrants=entrants) |
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| 48 | qualifier = Qualifier() |
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| 49 | qualifier.enabled = True |
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| 50 | qualifier.qualifier_cutoff = 3 |
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| 51 | qualifier.par_source = "par source" |
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| 52 | qualifier.score_source = "score source" |
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| 53 | qualifier.update_qualifier_text(race, entrant.user.full_name) |
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| 54 | assert qualifier.entrant_score == " " |
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| 55 | assert qualifier.par_text == "1:35:00.0" |
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| 56 | |||
| 57 | def test_cutoff_and_entrant_finished(): |
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| 58 | entrant = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=5), finish_time=timedelta(hours=1, minutes=45, microseconds=1)) |
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| 59 | first_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=20), finish_time=timedelta(hours=1, minutes=30, microseconds=1), place=1, users_used=[entrant.user.id]) |
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| 60 | second_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=15), finish_time=timedelta(hours=1, minutes=35, microseconds=1), place=2, users_used=[entrant.user.id, first_place.user.id]) |
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| 61 | third_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=10), finish_time=timedelta(hours=1, minutes=40, microseconds=1), place=3, users_used=[entrant.user.id, first_place.user.id, second_place.user.id]) |
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| 62 | entrants = [ first_place, second_place, third_place, entrant ] |
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| 63 | for i in range(4, 20): |
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| 64 | users_used = (x.user for x in entrants) |
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| 65 | entrants.append(get_test_entrant(users_used=users_used)) |
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| 66 | race = get_test_race(entrants=entrants) |
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| 67 | qualifier = Qualifier() |
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| 68 | qualifier.enabled = True |
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| 69 | qualifier.qualifier_cutoff = 3 |
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| 70 | qualifier.par_source = "par source" |
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| 71 | qualifier.score_source = "score source" |
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| 72 | qualifier.update_qualifier_text(race, entrant.user.full_name) |
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| 73 | # par is 95 minutes, entrant's time is 105 minutes. 2-(105/95) ~= 0.89 |
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| 74 | assert qualifier.entrant_score == "0.89" |
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| 75 | assert qualifier.par_text == "1:35:00.0" |
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| 76 | |||
| 77 | View Code Duplication | def test_cutoff_and_entrant_finished_in_top(): |
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| 78 | entrant = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=15), finish_time=timedelta(hours=1, minutes=35, microseconds=1), place=2) |
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| 79 | first_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=20), finish_time=timedelta(hours=1, minutes=30, microseconds=1), place=1, users_used=[entrant.user.id]) |
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| 80 | third_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=10), finish_time=timedelta(hours=1, minutes=40, microseconds=1), place=3, users_used=[entrant.user.id, first_place.user.id]) |
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| 81 | entrants = [ first_place, entrant, third_place ] |
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| 82 | for i in range(4, 20): |
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| 83 | users_used = (x.user for x in entrants) |
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| 84 | entrants.append(get_test_entrant(users_used=users_used)) |
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| 85 | race = get_test_race(entrants=entrants) |
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| 86 | qualifier = Qualifier() |
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| 87 | qualifier.enabled = True |
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| 88 | qualifier.qualifier_cutoff = 3 |
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| 89 | qualifier.par_source = "par source" |
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| 90 | qualifier.score_source = "score source" |
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| 91 | qualifier.update_qualifier_text(race, entrant.user.full_name) |
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| 92 | # par is 95 minutes, entrant's time is 95 minutes. 2-(95/95) = 1.00 |
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| 93 | assert qualifier.entrant_score == "1.00" |
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| 94 | assert qualifier.par_text == "1:35:00.0" |
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| 95 | |||
| 96 | View Code Duplication | def test_cutoff_and_entrant_finished_in_first(): |
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| 97 | entrant = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=20), finish_time=timedelta(hours=1, minutes=30, microseconds=1), place=2) |
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| 98 | second_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=15), finish_time=timedelta(hours=1, minutes=35, microseconds=1), place=1, users_used=[entrant.user.id]) |
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| 99 | third_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=10), finish_time=timedelta(hours=1, minutes=40, microseconds=1), place=3, users_used=[entrant.user.id, second_place.user.id]) |
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| 100 | entrants = [ entrant, second_place, third_place ] |
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| 101 | for i in range(4, 20): |
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| 102 | users_used = (x.user for x in entrants) |
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| 103 | entrants.append(get_test_entrant(users_used=users_used)) |
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| 104 | race = get_test_race(entrants=entrants) |
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| 105 | qualifier = Qualifier() |
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| 106 | qualifier.enabled = True |
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| 107 | qualifier.qualifier_cutoff = 3 |
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| 108 | qualifier.par_source = "par source" |
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| 109 | qualifier.score_source = "score source" |
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| 110 | qualifier.update_qualifier_text(race, entrant.user.full_name) |
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| 111 | # par is 95 minutes, entrant's time is 90 minutes. 2-(90/95) ""= 1.05 |
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| 112 | assert qualifier.entrant_score == "1.05" |
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| 113 | assert qualifier.par_text == "1:35:00.0" |
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