async def select_monster_full(ctx, name, cutoff=5, return_key=False, pm=False, message=None, list_filter=None,
return_metadata=False):
"""
Gets a Monster from the compendium and active bestiary/ies.
"""
try:
bestiary = await Bestiary.from_ctx(ctx)
custom_monsters = bestiary.monsters
bestiary_id = bestiary.id
except NoActiveBrew:
custom_monsters = []
bestiary_id = None
choices = list(itertools.chain(c.monster_mash, custom_monsters))
if ctx.guild:
async for servbestiary in ctx.bot.mdb.bestiaries.find({"server_active": str(ctx.guild.id)}, ['monsters']):
choices.extend(
Monster.from_bestiary(m) for m in servbestiary['monsters'] if servbestiary['_id'] != bestiary_id)
def get_homebrew_formatted_name(monster):
if monster.source == 'homebrew':
return f"{monster.name} ({HOMEBREW_EMOJI})"
return monster.name
return await search_and_select(ctx, choices, name, lambda e: e.name, cutoff, return_key, pm, message, list_filter,
selectkey=get_homebrew_formatted_name, return_metadata=return_metadata)
def migrate(bestiary):
sha256 = hashlib.sha256()
hash_str = json.dumps(bestiary['monsters']).encode() \
+ bestiary['name'].encode() \
+ str(bestiary.get('desc')).encode()
sha256.update(hash_str)
active = [bestiary['owner']] if bestiary.get('active') else []
server_active = []
for serv_sub in bestiary.get('server_active', []):
server_active.append({
"subscriber_id": bestiary['owner'],
"guild_id": serv_sub
})
for monster in bestiary['monsters']:
for key in ('traits', 'actions', 'reactions', 'legactions'):
for trait in monster[key]:
if 'attacks' in trait:
del trait[
'attacks'] # why did we store this in the first place?
monsters = [Monster.from_bestiary(m) for m in bestiary['monsters']]
new_bestiary = Bestiary(None, sha256.hexdigest(), bestiary['critterdb_id'],
[bestiary['owner']], active, server_active,
bestiary['name'], monsters, bestiary.get('desc'))
return new_bestiary
def __init__(self):
self.cfeats = self.load_json('srd-classfeats.json', [])
self.classes = self.load_json('srd-classes.json', [])
self.conditions = self.load_json('conditions.json', [])
self.feats = self.load_json('srd-feats.json', [])
self.itemprops = self.load_json('itemprops.json', {})
self.monsters = self.load_json('srd-bestiary.json', [])
self.names = self.load_json('names.json', [])
self.rules = self.load_json('rules.json', [])
self.spells = [Spell.from_data(r) for r in self.load_json('srd-spells.json', [])]
self.backgrounds = [Background.from_data(b) for b in self.load_json('srd-backgrounds.json', [])]
self.items = [i for i in self.load_json('srd-items.json', []) if i.get('type') is not '$']
self.monster_mash = [Monster.from_data(m) for m in self.monsters]
self.subclasses = self.load_subclasses()
srd_races = self.load_json('srd-races.json', [])
self.fancyraces = [Race.from_data(r) for r in srd_races]
self.rfeats = []
for race in srd_races:
for entry in race['entries']:
if isinstance(entry, dict) and 'name' in entry:
temp = {'name': "{}: {}".format(race['name'], entry['name']),
'text': parse_data_entry(entry['entries']), 'srd': race['srd']}
self.rfeats.append(temp)
async def bestiary_from_critterdb(self, url):
log.info(f"Getting bestiary ID {url}...")
index = 1
creatures = []
async with aiohttp.ClientSession() as session:
for _ in range(100): # 100 pages max
log.info(f"Getting page {index} of {url}...")
async with session.get(
f"http://critterdb.com/api/publishedbestiaries/{url}/creatures/{index}"
) as resp:
if not 199 < resp.status < 300:
raise ExternalImportError(
"Error importing bestiary. Are you sure the link is right?"
)
raw = await resp.json()
if not raw:
break
creatures.extend(raw)
index += 1
async with session.get(
f"http://critterdb.com/api/publishedbestiaries/{url}"
) as resp:
raw = await resp.json()
name = raw['name']
parsed_creatures = [Monster.from_critterdb(c) for c in creatures]
return Bestiary(url, name, parsed_creatures)
async def from_critterdb(cls, ctx, url):
log.info(f"Getting bestiary ID {url}...")
index = 1
creatures = []
sha256_hash = hashlib.sha256()
async with aiohttp.ClientSession() as session:
for _ in range(100): # 100 pages max
log.info(f"Getting page {index} of {url}...")
async with session.get(
f"http://critterdb.com/api/publishedbestiaries/{url}/creatures/{index}"
) as resp:
if not 199 < resp.status < 300:
raise ExternalImportError(
"Error importing bestiary: HTTP error. Are you sure the link is right?"
)
try:
raw_creatures = await resp.json()
sha256_hash.update(await resp.read())
except (ValueError, aiohttp.ContentTypeError):
raise ExternalImportError(
"Error importing bestiary: bad data. Are you sure the link is right?"
)
if not raw_creatures:
break
creatures.extend(raw_creatures)
index += 1
async with session.get(
f"http://critterdb.com/api/publishedbestiaries/{url}"
) as resp:
try:
raw = await resp.json()
except (ValueError, aiohttp.ContentTypeError):
raise ExternalImportError(
"Error importing bestiary metadata. Are you sure the link is right?"
)
name = raw['name']
desc = raw['description']
sha256_hash.update(name.encode() + desc.encode())
# try and find a bestiary by looking up upstream|hash
# if it exists, return it
# otherwise commit a new one to the db and return that
sha256 = sha256_hash.hexdigest()
log.debug(f"Bestiary hash: {sha256}")
existing_bestiary = await ctx.bot.mdb.bestiaries.find_one({
"upstream":
url,
"sha256":
sha256
})
if existing_bestiary:
log.info("This bestiary already exists, subscribing")
existing_bestiary = Bestiary.from_dict(existing_bestiary)
await existing_bestiary.subscribe(ctx)
return existing_bestiary
parsed_creatures = [Monster.from_critterdb(c) for c in creatures]
b = cls(None, sha256, url, [], [], [], name, parsed_creatures, desc)
await b.write_to_db(ctx)
return b
async def load_monsters(self, ctx):
if not self._monsters:
bestiary = await ctx.bot.mdb.bestiaries.find_one(
{"_id": self.id}, projection=['monsters'])
self._monsters = [
Monster.from_bestiary(m) for m in bestiary['monsters']
]
return self._monsters
def load_common(self):
self.backgrounds = [Background.from_data(b) for b in self.srd_backgrounds]
self.fancyraces = [Race.from_data(r) for r in self.srd_races]
self.monster_mash = [Monster.from_data(m) for m in self.monsters]
self.spells = [Spell.from_data(s) for s in self.srd_spells]
self.items = [i for i in self.srd_items if i.get('type') is not '$']
self.rfeats = self.load_rfeats()
self.subclasses = self.load_subclasses()
def migrate_monster(old_monster):
def spaced_to_camel(spaced):
return re.sub(r"\s+(\w)", lambda m: m.group(1).upper(), spaced.lower())
for old_key in ('raw_saves', 'raw_skills'):
if old_key in old_monster:
del old_monster[old_key]
if 'spellcasting' in old_monster and old_monster['spellcasting']:
old_spellcasting = old_monster.pop('spellcasting')
old_monster['spellbook'] = Spellbook(
{}, {}, [SpellbookSpell(s) for s in old_spellcasting['spells']],
old_spellcasting['dc'], old_spellcasting['attackBonus'],
old_spellcasting['casterLevel']).to_dict()
else:
old_monster['spellbook'] = Spellbook({}, {}, []).to_dict()
base_stats = BaseStats(0, old_monster.pop('strength'),
old_monster.pop('dexterity'),
old_monster.pop('constitution'),
old_monster.pop('intelligence'),
old_monster.pop('wisdom'),
old_monster.pop('charisma'))
old_monster['ability_scores'] = base_stats.to_dict()
old_saves = old_monster.pop('saves')
saves = Saves.default(base_stats)
save_updates = {}
for save, value in old_saves.items():
if value != saves[save]:
save_updates[save] = value
saves.update(save_updates)
old_monster['saves'] = saves.to_dict()
old_skills = old_monster.pop('skills')
skills = Skills.default(base_stats)
skill_updates = {}
for skill, value in old_skills.items():
name = spaced_to_camel(skill)
if value != skills[name]:
skill_updates[name] = value
skills.update(skill_updates)
old_monster['skills'] = skills.to_dict()
new_monster = Monster.from_bestiary(old_monster)
return new_monster
def __init__(self):
with open('./res/conditions.json', 'r') as f:
self.conditions = json.load(f)
with open('./res/rules.json', 'r') as f:
self.rules = json.load(f)
with open('./res/feats.json', 'r') as f:
self.feats = json.load(f)
with open('./res/races.json', 'r') as f:
_raw = json.load(f)
self.rfeats = []
self.fancyraces = [Race.from_data(r) for r in _raw]
for race in _raw:
for entry in race['entries']:
if isinstance(entry, dict) and 'name' in entry:
temp = {
'name': "{}: {}".format(race['name'],
entry['name']),
'text': parse_data_entry(entry['entries']),
'srd': race['srd']
}
self.rfeats.append(temp)
with open('./res/classes.json', 'r') as f:
self.classes = json.load(f)
with open('./res/classfeats.json') as f:
self.cfeats = json.load(f)
with open('./res/bestiary.json', 'r') as f:
self.monsters = json.load(f)
self.monster_mash = [Monster.from_data(m) for m in self.monsters]
with open('./res/spells.json', 'r') as f:
self.spells = [Spell.from_data(r) for r in json.load(f)]
with open('./res/items.json', 'r') as f:
_items = json.load(f)
self.items = [i for i in _items if i.get('type') is not '$']
with open('./res/backgrounds.json', 'r') as f:
self.backgrounds = [Background.from_data(b) for b in json.load(f)]
self.subclasses = self.load_subclasses()
with open('./res/itemprops.json', 'r') as f:
self.itemprops = json.load(f)
with open('./res/names.json', 'r') as f:
self.names = json.load(f)
def from_dict(cls, d):
if 'monsters' in d:
d['monsters'] = [Monster.from_bestiary(m) for m in d['monsters']]
if 'published' not in d: # versions prior to v1.5.11 don't have this tag, default to True
d['published'] = True
return cls(**d)
def _monster_factory(data):
ability_scores = BaseStats(
data['stats']['proficiencyBonus'] or 0,
data['stats']['abilityScores']['strength'] or 10,
data['stats']['abilityScores']['dexterity'] or 10,
data['stats']['abilityScores']['constitution'] or 10,
data['stats']['abilityScores']['intelligence'] or 10,
data['stats']['abilityScores']['wisdom'] or 10,
data['stats']['abilityScores']['charisma'] or 10)
cr = {
0.125: '1/8',
0.25: '1/4',
0.5: '1/2'
}.get(data['stats']['challengeRating'],
str(data['stats']['challengeRating']))
num_hit_die = data['stats']['numHitDie']
hit_die_size = data['stats']['hitDieSize']
con_by_level = num_hit_die * ability_scores.get_mod('con')
hp = floor(((hit_die_size + 1) / 2) * num_hit_die) + con_by_level
hitdice = f"{num_hit_die}d{hit_die_size} + {con_by_level}"
proficiency = data['stats']['proficiencyBonus']
if proficiency is None:
raise ExternalImportError(
f"Monster's proficiency bonus is nonexistent ({data['name']}).")
skills = Skills.default(ability_scores)
skill_updates = {}
for skill in data['stats']['skills']:
name = spaced_to_camel(skill['name'])
if skill['proficient']:
mod = skills[name].value + proficiency
else:
mod = skill.get('value')
if mod is not None:
skill_updates[name] = mod
skills.update(skill_updates)
saves = Saves.default(ability_scores)
save_updates = {}
for save in data['stats']['savingThrows']:
name = save['ability'].lower() + 'Save'
if save['proficient']:
mod = saves.get(name).value + proficiency
else:
mod = save.get('value')
if mod is not None:
save_updates[name] = mod
saves.update(save_updates)
attacks = []
traits, atks = parse_critterdb_traits(data, 'additionalAbilities')
attacks.extend(atks)
actions, atks = parse_critterdb_traits(data, 'actions')
attacks.extend(atks)
reactions, atks = parse_critterdb_traits(data, 'reactions')
attacks.extend(atks)
legactions, atks = parse_critterdb_traits(data, 'legendaryActions')
attacks.extend(atks)
attacks = AttackList.from_dict(attacks)
spellcasting = parse_critterdb_spellcasting(traits, ability_scores)
return Monster(data['name'],
data['stats']['size'],
data['stats']['race'],
data['stats']['alignment'],
data['stats']['armorClass'],
data['stats']['armorType'],
hp,
hitdice,
data['stats']['speed'],
ability_scores,
cr,
data['stats']['experiencePoints'],
None,
', '.join(data['stats']['senses']),
data['stats']['damageVulnerabilities'],
data['stats']['damageResistances'],
data['stats']['damageImmunities'],
data['stats']['conditionImmunities'],
saves,
skills,
data['stats']['languages'],
traits,
actions,
reactions,
legactions,
data['stats']['legendaryActionsPerRound'],
True,
'homebrew',
attacks,
data['flavor']['nameIsProper'],
data['flavor']['imageUrl'],
spellcasting=spellcasting)
def __init__(self):
with open('./res/conditions.json', 'r') as f:
self.conditions = json.load(f)
with open('./res/rules.json', 'r') as f:
self.rules = json.load(f)
with open('./res/feats.json', 'r') as f:
self.feats = json.load(f)
with open('./res/races.json', 'r') as f:
_raw = json.load(f)
self.rfeats = []
self.races = copy.deepcopy(_raw)
self.fancyraces = [Race.from_data(r) for r in self.races]
for race in _raw:
for entry in race['entries']:
if isinstance(entry, dict) and 'name' in entry:
temp = {
'name': "{}: {}".format(race['name'],
entry['name']),
'text': parse_data_entry(entry['entries']),
'srd': race['srd']
}
self.rfeats.append(temp)
with open('./res/classes.json', 'r', encoding='utf-8-sig') as f:
_raw = json.load(f)
self.cfeats = []
self.classes = copy.deepcopy(_raw)
for _class in _raw:
for level in _class.get('classFeatures', []):
for feature in level:
fe = {
'name': f"{_class['name']}: {feature['name']}",
'text': parse_data_entry(feature['entries']),
'srd': _class['srd']
}
self.cfeats.append(fe)
options = [
e for e in feature['entries']
if isinstance(e, dict) and e['type'] == 'options'
]
for option in options:
for opt_entry in option.get('entries', []):
fe = {
'name':
f"{_class['name']}: {feature['name']}: {_resolve_name(opt_entry)}",
'text':
f"{_parse_prereqs(opt_entry)}{parse_data_entry(opt_entry['entries'])}",
'srd': _class['srd']
}
self.cfeats.append(fe)
for subclass in _class.get('subclasses', []):
for level in subclass.get('subclassFeatures', []):
for feature in level:
options = [
f for f in feature.get('entries', []) if
isinstance(f, dict) and f['type'] == 'options'
] # battlemaster only
for option in options:
for opt_entry in option.get('entries', []):
fe = {
'name':
f"{_class['name']}: {option['name']}: "
f"{_resolve_name(opt_entry)}",
'text':
parse_data_entry(opt_entry['entries']),
'srd':
subclass.get('srd', False)
}
self.cfeats.append(fe)
for entry in feature.get('entries', []):
if not isinstance(entry, dict): continue
if not entry.get('type') == 'entries': continue
fe = {
'name':
f"{_class['name']}: {subclass['name']}: {entry['name']}",
'text': parse_data_entry(entry['entries']),
'srd': subclass.get('srd', False)
}
self.cfeats.append(fe)
options = [
e for e in entry['entries']
if isinstance(e, dict)
and e['type'] == 'options'
]
for option in options:
for opt_entry in option.get('entries', []):
fe = {
'name':
f"{_class['name']}: {subclass['name']}: {entry['name']}: "
f"{_resolve_name(opt_entry)}",
'text':
parse_data_entry(
opt_entry['entries']),
'srd':
subclass.get('srd', False)
}
self.cfeats.append(fe)
with open('./res/bestiary.json', 'r') as f:
self.monsters = json.load(f)
self.monster_mash = [Monster.from_data(m) for m in self.monsters]
with open('./res/spells.json', 'r') as f:
self.spells = json.load(f)
with open('./res/items.json', 'r') as f:
_items = json.load(f)
self.items = [i for i in _items if i.get('type') is not '$']
with open('./res/auto_spells.json', 'r') as f:
self.autospells = json.load(f)
with open('./res/backgrounds.json', 'r') as f:
self.backgrounds = json.load(f)
self.subclasses = self.load_subclasses()
with open('./res/itemprops.json', 'r') as f:
self.itemprops = json.load(f)
def from_raw(cls, _id, raw):
monsters = [Monster.from_bestiary(m) for m in raw['monsters']]
return cls(_id, raw['name'], monsters)
def from_dict(cls, d):
if 'monsters' in d:
d['monsters'] = [Monster.from_bestiary(m) for m in d['monsters']]
return cls(**d)
