def to_title(pathlike):
"""
Read a pathlike as a title. This takes the stem and removes any
leading "_".
"""
stem = PurePath(pathlike).stem
return stem[1:] if stem.startswith("_") else stem
def __loadCreatureModules(self):
'''Load all the modules in the creatures directory'''
# Get all .py files in the creatures directory
for creatures_file_name in (Path.cwd() / 'creatures').glob('*.py'):
creature_name = PurePath(creatures_file_name).stem
# Import each creature (ignoring creature.py)
if creature_name != 'creature' and creature_name != 'sun' and not creature_name.startswith(
"#"):
try:
module = importlib.import_module("creatures." +
str(creature_name))
self.__modules.append(module)
except Exception as e:
print("Failed to load module " + creature_name + " " +
str(e))
log.logException("Failed to load module " + creature_name)
def __init__(self, project_file):
self.files = {}
# The sources in this project tree, not including externally built
# projects.
# Keys: base names, values: full names
# Use the Libadalang API to query the sources for this project.
# This collects the sources in all the project tree, not including
# sources in externally built projects.
files = lal.SourceFiles.for_project(project_file)
for full_path in files:
basename = PurePath(full_path).name
# For ad-hoc projects in particular, compilation artifacts
# of the form b__* might find themselves in source dirs:
# ignore them.
if not basename.startswith("b__"):
# This could happen in the case of aggregate projects: warn
assert (
not basename in self.files
), f"{basename} is present twice in sources - use non-aggregate project"
self.files[basename] = str(full_path)
