def from_test_repr(file_test_repr, base_path=None):
assert is_arrayish(file_test_repr)
assert len(file_test_repr) >= 2
file_type, old_path, *remainder = file_test_repr
old_file_ref = FileReference(
BAONPath.from_test_repr(base_path, old_path),
file_type == 'DIR',
)
new_path = old_path
override = False
if len(remainder) > 0 and remainder[-1] == 'OVERRIDE':
remainder = remainder[:-1]
override = True
if len(remainder) > 0 and not is_arrayish(remainder[0]):
new_path, *remainder = remainder
return RenamedFileReference(
old_file_ref,
BAONPath.from_test_repr(base_path, new_path),
[BAONError.from_test_repr(error_repr) for error_repr in remainder],
override,
)
def convert_raw_overrides(raw_overrides, base_path):
"""Converts a dict of str->str to a dict of BAONPath->BAONPath"""
return {
BAONPath.from_path_text(base_path, path_from): BAONPath.from_path_text(base_path, path_to)
for path_from, path_to in raw_overrides.items()
}
def _check_renamed_files_list(self):
BAONPath.assert_all_compatible(*(renamed_fref.path for renamed_fref in self.renamed_files))
if any(renamed_fref.has_errors() for renamed_fref in self.renamed_files):
raise RenamedFilesListHasErrorsError()
self._check_case_sensitive_sources_destinations()
if self.case_insensitive_filesystem:
self._check_case_insensitive_sources_destinations()
def from_test_repr(file_test_repr, base_path=None):
assert is_arrayish(file_test_repr)
assert len(file_test_repr) >= 2
file_type, path, *errors = file_test_repr
assert file_type in ['FILE', 'DIR']
file_ref = FileReference(
BAONPath.from_test_repr(base_path, path),
file_type == 'DIR',
problems=[BAONError.from_test_repr(error_repr) for error_repr in errors],
)
return file_ref
