def load_traits(self,files):
for file_name in files:
f = open(file_name)
data = yaml.load(f)
f.close()
yamlhelp.merge(data,self.traits)
for trait_id in self.traits:
trait = self.traits[trait_id]
trait = Trait(trait_id,**self.traits[trait_id])
self.traits[trait_id] = trait
for trait_id in self.traits:
#second pass needed since traits defs include other traits
trait = self.traits[trait_id]
if trait.replaces:
trait.replaces = self.traits[trait.replaces]
if not trait.cancels: trait.cancels=[]
for i in range(len(trait.cancels)):
trait.cancels[i] = self.traits[trait.cancels[i]]
trait.effect = StatusEffect(trait_id,**trait.effect)
if trait.cost:
yamlhelp.convert_keys(trait.cost,self.materials)
if trait.removal_cost:
yamlhelp.convert_keys(trait.removal_cost,self.materials)
def export_all_traits(self, suite, dirname=None):
self.report_start_exporting_traits()
traitdb = Trait(self.conn, suite)
traits = traitdb.get_trait_list()
self.report_total_traits(len(traits))
for trait in traits:
self.export_trait(trait, dirname=dirname, traitdb=traitdb)
def export_all_traits(self, suite, dirname=None):
self.report_start_exporting_traits()
traitdb = Trait(self.conn, suite)
traits = traitdb.get_trait_list()
self.report_total_traits(len(traits))
for trait in traits:
self.export_trait(trait, dirname=dirname, traitdb=traitdb)
def generate(self, num_loci):
for i in range(
self.k
): # randomly choose a niche and whether it is "on" or "off"
#self.eco.append([]) # the 2k characteristics; ecological and preference
#self.pref.append([])
self.eco.append(Trait(num_loci))
self.pref.append(Trait(num_loci))
def traits(self):
profileTraits = self.profile.traits
adoptersTraits = [a.traits for a in self.adopters]
return [
Trait("id", self.id),
Trait("shelter_id", self.shelter_id),
]
def _find_missing_packages(self, suite, traits, dirname):
missing = dict()
traitdb = Trait(self.conn, suite)
for trait in traits:
tdir = dirname / trait
traitxml = traitdb.parse_trait_xml(tdir, suite=suite)
missing_list = traitdb.find_missing_packages(traitxml)
if missing_list:
missing[trait] = missing_list
return missing
def _find_missing_packages(self, suite, traits, dirname):
missing = dict()
traitdb = Trait(self.conn, suite)
for trait in traits:
tdir = dirname / trait
traitxml = traitdb.parse_trait_xml(tdir, suite=suite)
missing_list = traitdb.find_missing_packages(traitxml)
if missing_list:
missing[trait] = missing_list
return missing
def character_generator():
mapping = {'Ace': 12,
'King': 10,
'Queen': 10,
'Jack': 8,
'10': 8,
'9': 8,
'8': 6,
'7': 6,
'6': 6,
'5': 6,
'4': 6,
'3': 6,
'2': 4,
'Spades': 4,
'Hearts': 3,
'Diamonds': 2,
'Clubs': 1}
deck = pydealer.Deck()
deck.shuffle()
# Deadlands rules are deal 12, toss two from 3 to A inclusive (2, Jkr must stay)
# selection = deck.deal(12)
# But for now, we'll just take 10 randomly and live with it.
selection = deck.deal(10)
traits = {
'deftness': Trait(mapping[selection[0].suit], mapping[selection[0].value]),
'nimbleness': Trait(mapping[selection[1].suit], mapping[selection[1].value]),
'quickness': Trait(mapping[selection[2].suit], mapping[selection[2].value]),
'strength': Trait(mapping[selection[3].suit], mapping[selection[3].value]),
'vigor': Trait(mapping[selection[4].suit], mapping[selection[4].value]),
'cognition': Trait(mapping[selection[5].suit], mapping[selection[5].value]),
'knowledge': Trait(mapping[selection[6].suit], mapping[selection[6].value]),
'mien': Trait(mapping[selection[7].suit], mapping[selection[7].value]),
'smarts': Trait(mapping[selection[8].suit], mapping[selection[8].value]),
'spirit': Trait(mapping[selection[9].suit], mapping[selection[9].value])}
# deftness = Trait(mapping[selection[0].suit], mapping[selection[0].value])
# nimbleness = Trait(mapping[selection[1].suit], mapping[selection[1].value])
# quickness = Trait(mapping[selection[2].suit], mapping[selection[2].value])
# strength = Trait(mapping[selection[3].suit], mapping[selection[3].value])
# vigor = Trait(mapping[selection[4].suit], mapping[selection[4].value])
#
# cognition = Trait(mapping[selection[5].suit], mapping[selection[5].value])
# knowledge = Trait(mapping[selection[6].suit], mapping[selection[6].value])
# mien = Trait(mapping[selection[7].suit], mapping[selection[7].value])
# smarts = Trait(mapping[selection[8].suit], mapping[selection[8].value])
# spirit = Trait(mapping[selection[9].suit], mapping[selection[9].value])
return traits
def _find_missing_packages(self, suite, traits):
missing = dict()
tdb = Trait(self.conn, suite)
print suite, traits
for trait in traits:
path = self._get_trait_path(suite, trait)
traitxml = tdb.parse_trait_xml(path, suite=suite)
missing_list = tdb.find_missing_packages(traitxml)
if missing_list:
#print 'in trait,', trait, ', missing packages: ', missing_list
missing[trait] = missing_list
return missing
def _find_missing_packages(self, suite, traits):
missing = dict()
tdb = Trait(self.conn, suite)
print suite, traits
for trait in traits:
path = self._get_trait_path(suite, trait)
traitxml = tdb.parse_trait_xml(path, suite=suite)
missing_list = tdb.find_missing_packages(traitxml)
if missing_list:
# print 'in trait,', trait, ', missing packages: ', missing_list
missing[trait] = missing_list
return missing
def export_trait(self, trait, suite=None, dirname=None, traitdb=None):
if traitdb is None:
if suite is None:
RuntimeError , "you must pass a suite if you don't pass a Trait object"
print "make new traitdb"
traitdb = Trait(self.conn, suite)
traitdb.set_trait(trait)
if suite is None:
suite = traitdb.suite
if dirname is None:
dirname = self._make_suite_export_path(suite)
traitdb.export_trait(dirname)
self.report_trait_exported(trait, dirname)
def defaultTraits():
return [
Trait("name"),
Trait("address"),
Trait("city"),
Trait("state"),
Trait("zipcode"),
Trait("website"),
Trait("occupancy"),
Trait("capacity")
]
def traits(self):
return [
Trait("name", self.name),
Trait("address", self.address),
Trait("city", self.city),
Trait("state", self.state),
Trait("zipcode", self.zipCode),
Trait("website", self.website),
Trait("occupancy", self.current_occupancy),
Trait("capacity", self.maximum_capacity)
]
def traits(self):
return [
Trait("picture", self.picture, "image"),
Trait("name", self.name),
Trait("weight", self.weight),
Trait("gender", self.gender, "select", ['male', 'female']),
Trait("birthday", self.dateOfBirth, "date"),
Trait("description", self.description, "textarea"),
Trait("needs", self.specialNeeds, "textarea")
]
def defaultTraits():
return [
Trait("picture"),
Trait("name"),
Trait("weight"),
Trait("gender", 'male', "select", ['male', 'female']),
Trait("birthday", '2015-11-17', "date"),
Trait("description", "", "textarea"),
Trait("needs", "", "textarea")
]
def testTextAreaTrait():
profile = session.query(Profile).filter_by(id=1).one()
trait = Trait("description", profile.description, "textarea")
print trait.asInputElement("editPuppyForm")
print trait.asOutputElement()
def testTextTrait():
profile = session.query(Profile).filter_by(id=1).one()
trait = Trait("name", profile.name)
print trait.asInputElement("editPuppyForm")
print trait.asOutputElement()
def testDateTrait():
profile = session.query(Profile).filter_by(id=1).one()
trait = Trait("birthday", profile.dateOfBirth, "date")
print trait.asInputElement("editPuppyForm")
print trait.asOutputElement()
def parse_traits(pages: List[str]) -> Optional[List[object]]:
traits: List[Any] = []
for ind, page in enumerate(pages):
if page == '':
continue # placeholder to properly enumerate "bad" array items
print('parsing id={}\tof\t{}'.format(ind + 1, len(pages)))
trait = Trait()
whole_text = BeautifulSoup(page, 'html.parser').find(
'span', {'id': 'ctl00_MainContent_DetailedOutput'})
# get name
trait.id = ind + 1
trait.name = str(whole_text.h1.string)
# get description
if whole_text.find(True, text=re.compile('This trait was not listed')):
trait.description = None
else:
d_node = whole_text.find(
'a',
class_='external-link',
href=re.compile('https://paizo.com/products/')).findNext('br')
while d_node and not d_node.name == 'h2':
if type(d_node) == NavigableString or d_node.text:
trait.description = ''.join(
[trait.description,
str(d_node.string)])
d_node = d_node.next_sibling
# get source
src_tuple: Tuple[str, str] = whole_text.find(
'a',
class_='external-link',
href=re.compile('https://paizo.com/products/')).string.split('pg.')
trait.source.book = src_tuple[0].strip()
trait.source.page = int(src_tuple[1].strip())
# pymongo does not accept anything but dicts and mutablemappings, hence asdict()
traits.append(dataclasses.asdict(trait))
# now we put them in the groups defined on https://2e.aonprd.com/Traits.aspx
with fetch.urlopen('http://2e.aonprd.com/Traits.aspx') as res:
if not res:
raise HTTPError
s = res.read()
traits_main_page = BeautifulSoup(s, 'html.parser').find(
'span', id='ctl00_MainContent_DetailedOutput')
d_node = traits_main_page
group_label = ''
while d_node:
if d_node.name == 'h2':
group_label = str(d_node.string.split('Traits')[0].strip())
if d_node.name == 'span' and d_node.attrs.get('class') == ['trait']:
for t in traits:
if group_label and d_node.get('title') == t.get('name'):
t['groups'].append(group_label)
d_node = d_node.next_element
return traits
def testSelectTrait():
profile = session.query(Profile).filter_by(id=1).one()
sexes = ['male', 'female']
trait = Trait("gender", profile.gender, "select", sexes)
print trait.asInputElement("editPuppyForm")
print trait.asOutputElement()
def backup(self, path=None):
if path is None:
path = self.path
if not isdir(path):
raise Error, '%s not a directory' % path
dbfile = file(join(path, 'database.xml'), 'w')
self.writexml(dbfile, indent='\t', newl='\n', addindent='\t')
dbfile.close()
self.backup_profiles(path)
suites = [x.suite for x in self._suite_rows()]
for suite in suites:
makepaths(join(path, suite))
trait = Trait(self.conn, suite)
for t in trait.get_trait_list():
trait.set_trait(t)
trait.backup_trait(join(path, suite))
def export_trait(self, trait, suite=None, dirname=None, traitdb=None):
if traitdb is None:
if suite is None:
RuntimeError, "you must pass a suite if you don't pass a Trait object"
print "make new traitdb"
traitdb = Trait(self.conn, suite)
traitdb.set_trait(trait)
if suite is None:
suite = traitdb.suite
if dirname is None:
dirname = self._make_suite_export_path(suite)
traitdb.export_trait(dirname)
self.report_trait_exported(trait, dirname)
def backup(self, path=None):
if path is None:
path = self.path
if not isdir(path):
raise Error, '%s not a directory' % path
dbfile = file(join(path, 'database.xml'), 'w')
self.writexml(dbfile, indent='\t', newl='\n', addindent='\t')
dbfile.close()
self.backup_profiles(path)
suites = [x.suite for x in self._suite_rows()]
for suite in suites:
makepaths(join(path, suite))
trait = Trait(self.conn, suite)
for t in trait.get_trait_list():
trait.set_trait(t)
trait.backup_trait(join(path, suite))
def _import_trait(self, suite, dirname):
traitdb = Trait(self.conn, suite)
traitdb.insert_trait(dirname, suite)
def parse_creatures(pages: List[str]) -> Optional[List[object]]:
# parse the families of creatures from http://2e.aonprd.com/Monsters.aspx?Letter=All
try:
with fetch.urlopen(
'http://2e.aonprd.com/Monsters.aspx?Letter=All') as inf:
fam_page = inf.read()
if not fam_page:
raise ValueError('unable to fetch families table from AoN')
except Exception:
print('error fetching family table')
sys.exit(1)
fam_table: List[Tag] = BeautifulSoup(fam_page,
'html.parser').find_all('tr')
fams = {}
for tr in fam_table[1:]:
name = tr.findChildren('td')[0].a.u.string
fam = str(tr.findChildren('td')[1].string).strip()
if fams.get(fam):
fams.get(fam).append(name)
else:
fams[fam] = [name]
creatures: List[object] = []
for ind, page in enumerate(pages):
if page == '':
continue # placeholder to properly ennumerate "bad" array items
print('parsing id={}\tof\t{}'.format(ind + 1, len(pages)))
creature: Creature = Creature()
main_tag = BeautifulSoup(page, 'html.parser').find(
'span', id='ctl00_MainContent_DetailedOutput')
# id/name/level
creature.id = ind + 1
creature.name = str(main_tag.h1.string)
creature.level = main_tag.find(
'span', text=re.compile('Creature -?[0-9]+')).text.split()[1]
# source
source_tag = main_tag.find('b', text=re.compile('^Source$')).find_next(
'a', class_='external-link').find_next('i').text
src = [s.strip() for s in str(source_tag).split('pg.')]
creature.source.book = src[0]
creature.source.page = int(src[1])
# HP TODO REWORK THE WHOLE SECTION
hp_tag = main_tag
hp_re = re.compile(
r'\s*HP\s*(?P<hp>[0-9]+);?\s*(?P<hp_notes>[\w\d\s\-()\'’+.,]*);?\s*'
)
while hp_tag.next:
if hp_tag.name and hp_tag.name == 'b' and hp_tag.text == 'HP':
break
hp_tag = hp_tag.next
hp_str = ''
while hp_tag.next:
if hp_tag.name == 'br' or hp_tag.name == 'hr':
# or (hp_tag.name == 'b' and hp_tag.string in ['Immunities', 'Resistances', 'Weaknesses']):
break
if type(hp_tag) == NavigableString:
hp_str = ''.join((hp_str, hp_tag.string))
hp_tag = hp_tag.next
hp_match = re.match(hp_re, hp_str)
creature.hitPoints = int(hp_match.groupdict().get('hp'))
creature.hitPointsNotes = hp_match.groupdict().get('hp_notes')
regen_re = re.compile(
r'\s*[rR]egeneration (?P<regen>[0-9]+)\s*,?\s*\(?deactivated by\s*(?P<deactivated>[\w ]+)\)?\s*'
)
hardness_re = re.compile(r'\s*[hH]ardness (?P<hard>[0-9]+)')
if creature.hitPointsNotes:
creature.hitPointsNotes = ''.join(
re.split(re.compile(r'\s*HP [0-9]+[,;]+\s*'),
creature.hitPointsNotes)[1:]).strip(' ;,')
regen_match: Match = re.match(regen_re, creature.hitPointsNotes)
if regen_match:
creature.regeneration = int(regen_match.group('regen'))
creature.deactivatedBy = regen_match.group('deactivated')
hardness_match: Match = re.match(hardness_re,
creature.hitPointsNotes)
if hardness_match:
creature.hardness = int(hardness_match.group('hard'))
creature.hitPointsNotes = re.sub(hardness_re, '',
creature.hitPointsNotes)
# Immunities; Weaknesses; Resistances
imm_pattern = re.compile(
r'\s*(Immunities\s*(?P<imm>[\w\d\s\-(),\']*);?)?\s*(Weaknesses\s*(?P<weak>[\w\d\s\-(),\']*);?)?\s*(Resistances\s*(?P<res>[\w\d\s\-(),\']*);?)?'
)
imm_str = ''
while hp_tag.next:
if hp_tag.name == 'br' or hp_tag.name == 'hr':
break
if type(hp_tag) == NavigableString:
imm_str = ''.join([imm_str, hp_tag.string])
hp_tag = hp_tag.next
imm_match = re.match(imm_pattern, imm_str)
creature.immunities = [
x.strip() for x in imm_match.group('imm').split(',')
] if imm_match.group('imm') else []
creature.weaknesses = [
x.strip() for x in imm_match.group('weak').split(',')
] if imm_match.group('weak') else []
creature.resistances = [
x.strip() for x in imm_match.group('res').split(',')
] if imm_match.group('res') else []
# Traits
trait_tag = main_tag
while trait_tag.next: # scan through until traits section
if trait_tag.name and (trait_tag.get('class') == ['traituncommon'
]):
creature.rarity = 'uncommon'
if trait_tag.name and (trait_tag.get('class') == ['traitrare']):
creature.rarity = 'rare' if trait_tag.a.string == 'Rare' else 'unique'
if trait_tag.name and trait_tag.get('class') == ['traitalignment']:
break
trait_tag = trait_tag.next
while trait_tag.next:
if trait_tag.name == 'br' or trait_tag.name == 'hr':
break
if trait_tag.name and trait_tag.get('class') == ['traitalignment']:
creature.alignment = trait_tag.text
if trait_tag.name and trait_tag.get('class') == ['traitsize']:
creature.size = trait_tag.text
if trait_tag.name and trait_tag.get('class') == ['trait']:
t: Trait = Trait(name=trait_tag.text,
description=trait_tag.get('title'))
creature.traits.append(t)
trait_tag = trait_tag.next
# Perception and senses
sense_tag = trait_tag
sense_str = ''
sense_re = re.compile(
r'\s*Perception\s*(?P<per>[+-]?[0-9]+);?\s*(?P<per_notes>[\w\d\s\-()\'+.,]*)?\s*'
)
while sense_tag.next:
if sense_tag.name == 'b' and sense_tag.string == 'Perception':
break
sense_tag = sense_tag.next
while sense_tag.next:
if sense_tag.name == 'br' or sense_tag.name == 'hr':
break
elif type(sense_tag) == NavigableString:
sense_str = ''.join((sense_str, sense_tag.string))
sense_tag = sense_tag.next
sense_match = re.match(sense_re, sense_str)
creature.perception = int(sense_match.group('per'))
creature.senses = [
x.strip() for x in sense_match.group('per_notes').split(',')
]
# languages
language_tag = sense_tag.find_next('b', text='Languages')
language_re = re.compile(
r'\s*Languages\s*(?P<langs>[\w\d\s\-()\'+.,]*);?\s*(?P<comms>[\w\d\s\-()\'+.,]*)?\s*'
)
if language_tag:
language_str = ''
while language_tag.next:
if language_tag.name == 'br' or language_tag.name == 'hr':
break
elif type(language_tag) == NavigableString:
language_str = ''.join((language_str, language_tag.string))
language_tag = language_tag.next
language_match = re.match(language_re, language_str)
creature.languages = [
x.strip() for x in language_match.group('langs').split(',')
]
creature.otherCommunication = [
x.strip() for x in language_match.group('comms').split(',')
]
# skills
skill_tag = sense_tag.find_next('b', text='Skills')
skills_re = re.compile(r'\s*Skills\s*(?P<skills>[\w\d\s\-()\'+.,]*)')
skill_re = re.compile(
r'(?P<name>[\w ]*)\s*(?P<mod>[+-]+[0-9]+)\s*(?P<notes>\([\w\d\s\-()\'+.,]*\))?\s*'
)
if skill_tag:
skill_str = ''
while skill_tag.next:
if skill_tag.name == 'br' or skill_tag.name == 'hr':
break
elif type(skill_tag) == NavigableString:
skill_str = ''.join((skill_str, skill_tag.string))
skill_tag = skill_tag.next
skill_match = re.match(skills_re, skill_str)
for s in re.finditer(skill_re, skill_match.group('skills')):
skill = Header(s.group('name'), s.group('notes'),
int(s.group('mod')))
creature.skills.append(skill)
# ability mods
abm_tag = main_tag
abm_str = ''
abm_re = re.compile(
r'\s*Str\s*(?P<str>[+-][0-9]+),\s*Dex\s*(?P<dex>[+-][0-9]+),\s*Con\s*(?P<con>[+-][0-9]+),\s*Int\s*(?P<int>[+-][0-9]+),\s*Wis\s*(?P<wis>[+-][0-9]+),\s*Cha\s*(?P<cha>[+-][0-9]+)\s*'
)
while abm_tag.next:
if abm_tag.name == 'b' and abm_tag.string == 'Str':
break
abm_tag = abm_tag.next
while abm_tag.next:
if abm_tag.name == 'br' or abm_tag.name == 'hr':
break
elif type(abm_tag) == NavigableString:
abm_str = ''.join((abm_str, abm_tag.string))
abm_tag = abm_tag.next
abmods = re.match(abm_re, abm_str)
creature.abilityMods = [int(x) for x in abmods.groups()]
# items
# (for some reason these are listed in the template as ABOVE interaction abilities, but are often NOT)
item_tag = abm_tag
item_str = ''
item_re = re.compile(r'\s*(?P<item>[\w\d\s\-()\'+.,]+),?\s*')
while item_tag.next:
if item_tag.name == 'b' and item_tag.string == 'Items':
break
item_tag = item_tag.next
while item_tag.next:
if item_tag.name == 'br' or item_tag.name == 'hr':
break
elif type(item_tag) == NavigableString:
item_str = ''.join((item_str, item_tag.string))
item_tag = item_tag.next
if item_str:
item_str = item_str.replace('Items', '', 1)
item_matches = re.findall(item_re, item_str)
creature.items = [x.strip() for x in item_matches if x.strip()]
# interaction abilities
creature.interactionAbilities, _ = get_abilities(abm_tag)
# AC
ac_tag = main_tag
while ac_tag.next and not creature.ac:
if ac_tag.name and ac_tag.name == 'b' and ac_tag.text == 'AC' and type(
ac_tag.next) == NavigableString:
creature.ac = int(
re.match(re.compile(r'\s*(?P<ac>[0-9]+)[;,]?\s*'),
ac_tag.next_sibling.string).group('ac'))
ac_tag = ac_tag.next
# AC notes, iterate until saves
while ac_tag.next:
if ac_tag.name == 'b' and ac_tag.text == 'Fort':
break
elif not ac_tag.name:
creature.acNotes = ''.join([creature.acNotes, ac_tag.string])
ac_tag = ac_tag.next
if creature.acNotes:
creature.acNotes = re.sub(re.compile(r'\s*AC\s*[0-9]+\s*[;,]*'),
'', creature.acNotes).strip()
# iterate through the whole row until hr/br, then parse the resulting string for saves and notes
save_pattern = re.compile(
r'\s*Fort\s*(?P<fort>[+\-][0-9]+)\s*(?P<fort_notes>[\w\d\s\-()\'+.,]*),\s*'
r'Ref\s*(?P<ref>[+\-][0-9]+)\s*(?P<ref_notes>[\w\d\s\-()\'+.,]*),\s*'
r'Will\s*(?P<will>[+\-][0-9]+)\s*(?P<will_notes>[\w\d\s\-()\'+.,]*);?'
r'(?P<save_notes>[\w\d\s\-()\'+.,]*)?\s*')
saves_str = ''
while ac_tag.next:
if ac_tag.name == 'hr' or ac_tag.name == 'br':
break
if type(ac_tag) == NavigableString:
saves_str = ''.join([saves_str, ac_tag.string])
ac_tag = ac_tag.next
saves_match = re.match(save_pattern, saves_str)
creature.fortitude = int(saves_match.group('fort'))
creature.fortitudeNotes = saves_match.group('fort_notes')
creature.reflex = int(saves_match.group('ref'))
creature.reflexNotes = saves_match.group('ref_notes')
creature.will = int(saves_match.group('will'))
creature.willNotes = saves_match.group('will_notes')
creature.saveNotes = saves_match.group('save_notes')
# automatic abilities
creature.automaticAbilities, _ = get_abilities(hp_tag)
# speed
speed_tag = hp_tag.next
speed_str = ''
while speed_tag.next:
if speed_tag.name == 'b' and speed_tag.string == 'Speed':
break
speed_tag = speed_tag.next
while speed_tag.next and speed_tag.name != 'hr' and speed_tag.name != 'br':
if type(speed_tag) == NavigableString and speed_tag.string.strip(
) != 'Speed':
speed_str = ''.join((speed_str, speed_tag.string))
speed_tag = speed_tag.next
creature.speed = speed_str
# offensive/proactive abilities
action_tag: Tag = speed_tag.next
creature.strikes, action_tag = get_strikes(action_tag)
creature, action_tag = get_spells(creature, action_tag)
creature.activeAbilities, action_tag = get_abilities(action_tag)
creature.sidebars, action_tag = get_sidebars(action_tag)
# set family
creature.family = [k for (k, v) in fams.items() if creature.name in v]
creature.family = creature.family[0] if creature.family else '—'
# NAVIGABLE STRINGS CAUSE RECURSION MAX DEPTH EXCEPTIONS. Convert to str before setting fields
creatures.append(dataclasses.asdict(creature))
return creatures
def traits(self):
return [Trait("name", self.name)]
def defaultTraits():
return [Trait("name")]
def _insert_trait_(self, trait, suite):
traitdb = Trait(self.conn, suite)
#path = join(self.main_path, suite, trait + '.tar')
path = join(self.main_path, suite, trait)
traitdb.insert_trait(path, suite)
def defaultTraits():
return [Trait("id"), Trait("shelter_id")]
def _import_trait(self, suite, dirname):
traitdb = Trait(self.conn, suite)
traitdb.insert_trait(dirname, suite)
def _insert_trait_(self, trait, suite):
traitdb = Trait(self.conn, suite)
path = join(self.main_path, suite, trait + '.tar')
traitdb.insert_trait(path, suite)
