def isolated_scores(self):
"""
The input format of the score sheet contains information about
which team has how many tokens in a zone. We don't really care
about this level, and really want to know _who owns_ each zone.
Similarly, it's more useful have a list of which slots a team
owns, rather than a map of slot to whether or not they own it.
This method performs these tidyups and returns a new dictionary.
In the process, we also ensure that there are no clashes.
"""
zone_tokens = {}
slot_bottoms = {}
for tla, team_data in self._scoresheet.items():
validate_team(tla, team_data)
zone_tokens[tla] = team_data['zone_tokens']
slot_bottoms[tla] = team_data['slot_bottoms']
zones_owned = tidy_zones(zone_tokens)
slots_owned = tidy_slots(slot_bottoms)
isolated = {}
for tla, team_data in self._scoresheet.items():
isolated[tla] = {
'robot_moved': team_data['robot_moved'],
'slots_owned': slots_owned[tla],
'upright_tokens': team_data['upright_tokens'],
'zones_owned': zones_owned[tla],
}
return isolated
def isolated_scores(self):
"""
The input format of the score sheet contains information about
which team has how many tokens in a zone. We don't really care
about this level, and really want to know _who owns_ each zone.
Similarly, it's more useful have a list of which slots a team
owns, rather than a map of slot to whether or not they own it.
This method performs these tidyups and returns a new dictionary.
In the process, we also ensure that there are no clashes.
"""
zone_tokens = {}
slot_bottoms = {}
for tla, team_data in self._scoresheet.items():
validate_team(tla, team_data)
zone_tokens[tla] = team_data['zone_tokens']
slot_bottoms[tla] = team_data['slot_bottoms']
zones_owned = tidy_zones(zone_tokens)
slots_owned = tidy_slots(slot_bottoms)
isolated = {}
for tla, team_data in self._scoresheet.items():
isolated[tla] = {
'robot_moved': team_data['robot_moved'],
'slots_owned': slots_owned[tla],
'upright_tokens': team_data['upright_tokens'],
'zones_owned': zones_owned[tla],
}
return isolated
def assert_invalid(remove):
input_ = plain_input()
del input_[remove]
assert remove not in input_, "Wut"
e = assert_threw(lambda: validate_team('TLA9', input_), \
"Should error when missing key '{}'.".format(remove))
assert remove in e.message
def assert_invalid(remove):
input_ = plain_input()
del input_[remove]
assert remove not in input_, "Wut"
e = assert_threw(lambda: validate_team('TLA9', input_), \
"Should error when missing key '{}'.".format(remove))
assert remove in e.message
def assert_invalid(input_, expected_msg_part, error_message):
tla = 'TLA9'
e = assert_threw(lambda: validate_team(tla, input_), error_message)
assert expected_msg_part in e.message
assert tla in e.message
def test_validate_team():
input_ = plain_input()
validate_team('TLA2', input_)
def assert_invalid(input_, expected_msg_part, error_message):
tla = 'TLA9'
e = assert_threw(lambda: validate_team(tla, input_), error_message)
assert expected_msg_part in e.message
assert tla in e.message
def test_validate_team():
input_ = plain_input()
validate_team('TLA2', input_)