def __init__(self, filepath):
if type(filepath) is not str:
filepath = path2filepath(filepath)
title = 'Not a file'
detail = f'The filepath {filepath} is not a file'
super().__init__(title, detail)
def __init__(self, filepath):
if type(filepath) is not str:
filepath = path2filepath(filepath)
title = "Metadata cannot be correctly understood."
detail = f"The filepath {filepath} has unsupported metadata."
super().__init__(title, detail)
def __init__(self, filepath):
if type(filepath) is not str:
filepath = path2filepath(filepath)
title = "No matching format found"
detail = f"The filepath {filepath} is recognized by any of the available formats."
super().__init__(title, detail)
def __init__(self, filepath, representation=None):
if type(filepath) is not str:
filepath = path2filepath(filepath)
title = 'No appropriate representation found'
detail = f'The filepath {filepath} does not have an appropriate representation'
if representation:
detail += f' (expected {representation})'
super().__init__(title, detail, representation=representation)
def from_path(cls, path):
info = {
"file_type": FileType.from_path(path),
"filepath": path2filepath(path),
"stem": path.true_stem,
"extension": path.extension,
"created_at": path.creation_datetime,
"size": path.size,
"is_symbolic": path.is_symlink(),
"role": FileRole.from_path(path)
}
if path.is_collection():
children = []
for p in path.get_extracted_children():
if p.is_symlink():
children.append(FileInfo.from_path(p.resolve()))
return CollectionFileInfo(children=children, **info)
else:
return SingleFileInfo(**info)
def test_path2filepath(app, settings, rootpath):
fake_settings = settings.copy()
fake_settings.root = rootpath
path = Path(rootpath) / "dir/file"
assert path2filepath(path, fake_settings) == "dir/file"
def __init__(self, filepath):
if type(filepath) is not str:
filepath = path2filepath(filepath)
title = 'Filepath not found'
detail = f'The filepath {filepath} does not exist.'
super().__init__(title, detail)