def _transform_attack(attack) -> Attack:
desc = html_to_md(attack['desc'])
if attack['saveDc'] is not None and attack['saveStat'] is not None:
stat = constants.STAT_ABBREVIATIONS[attack['saveStat'] - 1]
for_half = desc and 'half' in desc
the_attack = automation.Save(stat,
fail=[automation.Damage("{damage}")],
success=[] if not for_half else
[automation.Damage("{damage}/2")],
dc=str(attack['saveDc']))
# attack, then save
if attack['toHit'] is not None:
the_attack = automation.Attack(hit=[the_attack],
attackBonus=str(
attack['toHit']),
miss=[])
# target and damage meta
target = automation.Target('each', [the_attack])
damage_roll = automation.Roll(attack['damage'] or '0', 'damage')
effects = [damage_roll, target]
# description text
if desc:
effects.append(automation.Text(desc))
return Attack(attack['name'], automation.Automation(effects))
else:
return Attack.new(attack['name'], attack['toHit'], attack['damage']
or '0', desc)
async def test_save_strs(dc):
save = automation.Save(stat='str', fail=[], success=[], dc=dc)
result = save.build_str(DEFAULT_CASTER, DEFAULT_EVALUATOR)
log.info(f"Save str: ({dc=!r}) -> {result}")
assert result
def test_save_strs(dc):
save = automation.Save(stat='str', fail=[], success=[], dc=dc)
assert save.build_str(DEFAULT_CASTER, DEFAULT_EVALUATOR)