def explore_path(path: str, loader: AssetLoader, excludes: Iterable[str], verbose=False, disable_debug=False):
'''Run hierarchy discovery over every matching asset within the given path.'''
excludes = set(excludes)
logger.info('Discovering hierarchy in path: %s', path)
n = 0
with ue_parsing_context(properties=False):
asset_iterator = loader.find_assetnames('.*', path, exclude=excludes, extension=asset_extensions, return_extension=True)
for (assetname, ext) in asset_iterator:
n += 1
if verbose and n % 200 == 0: logger.info(assetname)
try:
asset = loader.load_asset(assetname, quiet=disable_debug)
except AssetLoadException:
logger.warning("Failed to load asset: %s", assetname)
continue
try:
_ingest_asset(asset, loader, ext)
except AssetLoadException:
logger.warning("Failed to check parentage of %s", assetname)
except MissingParent as ex:
logger.exception("Missing parent for %s", assetname)
raise MissingParent from ex
# Remove maps from the cache immediately as they are large and cannot be inherited from
if ext == '.umap':
loader.cache.remove(assetname)
def gather_results(loader: AssetLoader, path: str,
**kwargs) -> Tuple[Set[str], Set[str]]:
kwargs.setdefault('extension', ['.txt'])
if 'invert' in kwargs:
raise ValueError('invert cannot appear in kwargs')
normal = set(loader.find_assetnames(path, **kwargs))
inverted = set(loader.find_assetnames(path, **kwargs, invert=True))
return (normal, inverted)
def test_defaults(loader: AssetLoader):
loader.wipe_cache()
asset = loader[TEST_PGD_PKG]
assert asset.is_linked
assert asset.has_properties
assert not asset.has_bulk_data
loader.wipe_cache()
with ue_parsing_context():
asset = loader[TEST_PGD_PKG]
assert asset.is_linked
assert asset.has_properties
assert not asset.has_bulk_data
def test_bulk_data(loader: AssetLoader):
loader.wipe_cache()
with ue_parsing_context(bulk_data=False):
asset = loader[TEST_PGD_PKG]
assert not asset.has_bulk_data
# Check asset is re-parsed when more data is requested
with ue_parsing_context(bulk_data=True):
asset = loader[TEST_PGD_PKG]
assert asset.has_bulk_data
loader.wipe_cache()
with ue_parsing_context(bulk_data=True):
asset = loader[TEST_PGD_PKG]
assert asset.has_bulk_data
def test_properties(loader: AssetLoader):
loader.wipe_cache()
with ue_parsing_context(properties=False):
asset = loader[TEST_PGD_PKG]
assert not asset.has_properties
# Check asset is re-parsed when more data is requested
with ue_parsing_context(properties=True):
asset = loader[TEST_PGD_PKG]
assert asset.has_properties
loader.wipe_cache()
with ue_parsing_context(properties=True):
asset = loader[TEST_PGD_PKG]
assert asset.has_properties
def test_linking(loader: AssetLoader):
loader.wipe_cache()
with ue_parsing_context(link=False):
asset = loader[TEST_PGD_PKG]
assert not asset.is_linked
# Check asset is re-parsed when more data is requested
with ue_parsing_context(link=True):
asset = loader[TEST_PGD_PKG]
assert asset.is_linked
loader.wipe_cache()
with ue_parsing_context(link=True):
asset = loader[TEST_PGD_PKG]
assert asset.is_linked
def gather_breeding_data(props, loader: AssetLoader) -> Dict[str, Any]:
data: Dict[str, Any] = dict(gestationTime=0, incubationTime=0)
gestation_breeding = stat_value(props, 'bUseBabyGestation', 0, False)
has_eggs = False
if props['FertilizedEggItemsToSpawn'][0] and props[
'FertilizedEggItemsToSpawn'][0][-1].values:
# eggs = list(filter(lambda v: v and str(v) != 'None', props['FertilizedEggItemsToSpawn'][0][-1].values))
eggs = [
egg for egg in props['FertilizedEggItemsToSpawn'][0][-1].values
if str(egg) != 'None'
]
has_eggs = bool(eggs)
if gestation_breeding:
gestation_speed = stat_value(props, 'BabyGestationSpeed', 0,
BABYGESTATIONSPEED_DEFAULT)
extra_gestation_speed_m = stat_value(
props, 'ExtraBabyGestationSpeedMultiplier', 0, 1.0)
# TODO: Verify if these should really default to 1 - seems odd
gestation_speed = gestation_speed or 1
extra_gestation_speed_m = extra_gestation_speed_m or 1
# 'gestationTime' = 1 / (Baby Gestation Speed × Extra Baby Gestation Speed Multiplier)
data['gestationTime'] = (
1 / gestation_speed / extra_gestation_speed_m
) if gestation_speed and extra_gestation_speed_m else None
elif has_eggs:
fert_egg_asset = loader.load_related(eggs[0])
fert_egg_props = ark.mod.gather_properties(fert_egg_asset)
egg_decay = stat_value(fert_egg_props, 'EggLoseDurabilityPerSecond', 0,
1)
extra_egg_decay_m = stat_value(
fert_egg_props, 'ExtraEggLoseDurabilityPerSecondMultiplier', 0, 1)
# 'incubationTime' = 100 / (Egg Lose Durability Per Second × Extra Egg Lose Durability Per Second Multiplier)
data['incubationTime'] = (
100 / egg_decay /
extra_egg_decay_m) if egg_decay and extra_egg_decay_m else None
data['eggTempMin'] = stat_value(fert_egg_props, 'EggMinTemperature', 0)
data['eggTempMax'] = stat_value(fert_egg_props, 'EggMaxTemperature', 0)
# 'maturationTime' = 1 / (Baby Age Speed × Extra Baby Age Speed Multiplier)
baby_age_speed = stat_value(props, 'BabyAgeSpeed', 0, 1)
extra_baby_age_speed_m = stat_value(props, 'ExtraBabyAgeSpeedMultiplier',
0, 1)
data['maturationTime'] = (
1 / baby_age_speed / extra_baby_age_speed_m
) if baby_age_speed and extra_baby_age_speed_m else None
data['matingCooldownMin'] = stat_value(
props, 'NewFemaleMinTimeBetweenMating', 0,
FEMALE_MINTIMEBETWEENMATING_DEFAULT)
data['matingCooldownMax'] = stat_value(
props, 'NewFemaleMaxTimeBetweenMating', 0,
FEMALE_MAXTIMEBETWEENMATING_DEFAULT)
return data
def gather_pgd_colors(props: PriorityPropDict, loader: AssetLoader,
require_override=True) -> Tuple[Optional[Sequence[ColorEntry]], Optional[Sequence[ColorEntry]]]:
'''Gather color and dye definitions from a PrimalGameData asset.'''
colors: Optional[List[ColorEntry]] = list()
dyes: Optional[List[ColorEntry]] = list()
# Collect the color definitions
color_def_overrides = props['ColorDefinitions'][0]
if require_override and len(color_def_overrides) == 1:
colors = None
else:
color_defs = color_def_overrides[-1].values
colors = list()
for definition in ((entry.as_dict() for entry in color_defs)):
name = definition.get('ColorName', None) or '~~unset~~'
value = definition.get('ColorValue', None)
color = value.values[0].as_tuple() if value else None
colors.append((str(name), color))
# Collect the dye definitions
dye_def_overrides = props['MasterDyeList'][0]
if require_override and len(dye_def_overrides) == 1:
dyes = None
else:
dye_defs = props['MasterDyeList'][0][-1].values
dyes = list()
for dye_asset in (loader.load_related(entry) for entry in dye_defs):
dye_props = gather_properties(dye_asset)
name = stat_value(dye_props, 'DescriptiveNameBase', 0, None) or '~~unset~~'
value = dye_props['DyeColor'][0][-1]
color = value.values[0].as_tuple() if value else None
dyes.append((str(name), color))
return (colors, dyes)
def fixture_simple_loader() -> AssetLoader:
loader = AssetLoader(
assetpath=DATA_PATH,
modresolver=MockModResolver(),
cache_manager=MockCacheManager(),
rewrites={},
mod_aliases={},
)
return loader
def get_species_from_mod(asset: UAsset, loader: AssetLoader = None) -> list:
loader = loader or asset.loader
assert loader and asset.assetname
this_mod = loader.get_mod_name(asset.assetname)
mod_species = set()
# Gather species from the remapped NPCs list
for _, toPkg in get_mod_remapped_npcs(asset):
to_mod = loader.get_mod_name(toPkg)
if to_mod == this_mod:
mod_species.add(toPkg)
# Gather species from the remapped spawn zones
for _, toPkgs in get_mod_remapped_spawners(asset):
for toPkg in toPkgs:
to_mod = loader.get_mod_name(toPkg)
if to_mod == this_mod:
mod_species.add(toPkg)
return sorted(list(mod_species))
def _fetchModTitleFromPGD(self, moddata):
resolver = FixedModResolver({moddata['name']: moddata['id']})
loader = AssetLoader(resolver, self.asset_path)
pkg = moddata['package']
if pkg:
pgd_asset = loader[moddata['package']]
title = pgd_asset.default_export.properties.get_property(
'ModName').value
else:
title = moddata['id']
return title
def _fetch_mod_title_from_pgd(self, moddata):
resolver = FixedModResolver({moddata['name']: moddata['id']})
loader = AssetLoader(modresolver=resolver, assetpath=self.asset_path)
pkg = moddata['package']
if pkg:
pgd_asset = loader[moddata['package']]
title = pgd_asset.default_export.properties.get_property('ModName', fallback=None)
if title:
return str(title)
return None
def createLoader(self) -> AssetLoader:
'''Create an asset loader pointing at the managed game install.'''
rewrites = get_overrides().rewrites.assets or dict()
mod_aliases = self.config.combine_mods.src_to_aliases
modresolver = ManagedModResolver(self)
loader = AssetLoader(
modresolver=modresolver,
assetpath=self.asset_path,
rewrites=rewrites,
mod_aliases=mod_aliases,
)
return loader
def _ingest_export(export: ExportTableItem, loader: AssetLoader):
current_cls: ExportTableItem = export
segment: Optional[Node[str]] = None
fullname = current_cls.fullname
assert fullname
# We may have already covered this while traversing parents
if fullname in tree:
return
while True:
# Extend unsaved segment
old_segment = segment
segment = Node(fullname)
if old_segment:
segment.add(old_segment)
# Get name of parent class
parent_name = _get_parent_cls(current_cls)
if not parent_name:
raise MissingParent(f'Unable to find parent of {fullname}')
# Is the parent present in the tree?
anchor_point = tree.get(parent_name, None)
# If we've risen outside /Game but didn't find a match, add it to the root and complain
if not anchor_point and not parent_name.startswith('/Game'):
logger.warning(
f'Internal class {parent_name} missing from pre-defined hierarchy'
)
tree.add(ROOT_NAME, parent_name)
anchor_point = tree.get(parent_name, None)
if anchor_point:
# Insert segment and finish
tree.insert_segment(parent_name, segment)
return
# Load parent class and replace current
parent_cls = loader.load_class(parent_name)
current_cls = parent_cls
fullname = current_cls.fullname
assert fullname
def gather_pgd_colors(
asset: UAsset,
props: PrimalGameData,
loader: AssetLoader,
require_override=True
) -> Tuple[Optional[Sequence[ColorEntry]], Optional[Sequence[ColorEntry]]]:
'''Gather color and dye definitions from a PrimalGameData asset.'''
colors: Optional[List[ColorEntry]] = list()
dyes: Optional[List[ColorEntry]] = list()
# Collect the color definitions
color_def_overrides = props.ColorDefinitions[0]
if require_override and color_def_overrides.asset != asset:
colors = None
else:
color_defs = color_def_overrides.values
colors = list()
for definition in ((entry.as_dict() for entry in color_defs)):
name = definition.get('ColorName', None) or '~~unset~~'
value = definition.get('ColorValue', None)
color = value.values[0].as_tuple() if value else None
colors.append((str(name), color))
# Collect the dye definitions
dye_def_overrides = props.MasterDyeList[0]
if require_override and dye_def_overrides.asset != asset:
dyes = None
else:
dye_defs = dye_def_overrides.values
dyes = list()
for dye_asset in (loader.load_related(entry) for entry in dye_defs):
assert dye_asset and dye_asset.default_export
dye_props: PrimalItem_Dye = ue.gathering.gather_properties(
dye_asset.default_export)
name = dye_props.DescriptiveNameBase[0] or '~~unset~~'
value = dye_props.DyeColor[0]
color = value.values[0].as_tuple() if value else None
dyes.append((str(name), color))
return (colors, dyes)
def gather_breeding_data(char_props: PrimalDinoCharacter,
loader: AssetLoader) -> Dict[str, Any]:
data: Dict[str, Any] = dict(gestationTime=0, incubationTime=0)
gestation_breeding = char_props.bUseBabyGestation[0]
fert_eggs = char_props.get('FertilizedEggItemsToSpawn', 0, None)
fert_egg_weights = char_props.get('FertilizedEggWeightsToSpawn', 0, None)
if gestation_breeding:
gestation_speed = char_props.BabyGestationSpeed[0].rounded_value
extra_gestation_speed_m = char_props.ExtraBabyGestationSpeedMultiplier[
0].rounded_value
try:
data['gestationTime'] = cd(1 / gestation_speed /
extra_gestation_speed_m)
except ZeroDivisionError:
logger.warning(
f"Species {char_props.get_source().asset.assetname} tried dividing by zero for its gestationTime"
)
elif fert_eggs and fert_eggs.values:
eggs: List[Tuple[ObjectProperty, float]] = []
for index, egg in enumerate(fert_eggs.values):
weight = fert_egg_weights.values[index] if fert_egg_weights else 1
# Verify the egg is a valid Object and that weight isn't 0
if str(egg) == 'None' or weight == 0:
continue
eggs.append((egg, weight))
# Sort eggs by highest weighting
eggs.sort(reverse=True, key=itemgetter(1))
if eggs:
# We only provide the highest possibility egg to ASB
fert_egg_asset = loader.load_related(eggs[0][0])
assert fert_egg_asset.default_export
egg_props: PrimalItem = ue.gathering.gather_properties(
fert_egg_asset.default_export)
egg_decay = egg_props.EggLoseDurabilityPerSecond[0].rounded_value
extra_egg_decay_m = egg_props.ExtraEggLoseDurabilityPerSecondMultiplier[
0].rounded_value
# 'incubationTime' = 100 / (Egg Lose Durability Per Second × Extra Egg Lose Durability Per Second Multiplier)
try:
data['incubationTime'] = cd(100 / egg_decay /
extra_egg_decay_m)
except ZeroDivisionError:
logger.warning(
f"Species {char_props.get_source().asset.assetname} tried dividing by zero for its incubationTime"
)
data['eggTempMin'] = egg_props.EggMinTemperature[0]
data['eggTempMax'] = egg_props.EggMaxTemperature[0]
# 'maturationTime' = 1 / (Baby Age Speed × Extra Baby Age Speed Multiplier)
baby_age_speed = char_props.BabyAgeSpeed[0].rounded_value
extra_baby_age_speed_m = char_props.ExtraBabyAgeSpeedMultiplier[
0].rounded_value
try:
data['maturationTime'] = cd(1 / baby_age_speed /
extra_baby_age_speed_m)
except ZeroDivisionError:
logger.warning(
f"Species {char_props.get_source().asset.assetname} tried dividing by zero for its maturationTime"
)
data['matingCooldownMin'] = char_props.NewFemaleMinTimeBetweenMating[0]
data['matingCooldownMax'] = char_props.NewFemaleMaxTimeBetweenMating[0]
return data
def test_no_properties_without_link(loader: AssetLoader):
loader.wipe_cache()
with ue_parsing_context(link=False, properties=True):
asset = loader[TEST_PGD_PKG]
assert not asset.has_properties
def createLoader(self) -> AssetLoader:
'''Create an asset loader pointing at the managed game install.'''
modresolver = ManagedModResolver(self)
loader = AssetLoader(modresolver, self.asset_path)
return loader
