def _get_ref_output_files(self, comp_data):
"""
:type comp_data: dict
"""
# parse filters
filters = [PathFilters.filter_wildcards(x) for x in comp_data.get('files', [])]
# browse files and make them relative to ref output so filters works properly
files = Paths.walk(self.case.fs.ref_output, [PathFilters.filter_type_is_file()])
files = [Paths.relpath(f, self.case.fs.ref_output) for f in files]
# filter files and make them absolute again
files = Paths.match(files, filters)
files = [Paths.join(self.case.fs.ref_output, f) for f in files]
return zip(files, self._get_mirror_files(files))
result.extend(self._get_flow123d())
return result
def _get_ref_output_files(self, comp_data):
"""
:type comp_data: dict
"""
# parse filters
filters = [
PathFilters.filter_wildcards(x)
for x in comp_data.get('files', [])
]
# browse files and make them relative to ref output so filters works properly
files = Paths.walk(self.case.fs.ref_output,
[PathFilters.filter_type_is_file()])
files = [Paths.relpath(f, self.case.fs.ref_output) for f in files]
# filter files and make them absolute again
files = Paths.match(files, filters)
files = [Paths.join(self.case.fs.ref_output, f) for f in files]
return list(zip(files, self._get_mirror_files(files)))
def _get_mirror_files(self, paths):
return [
Paths.join(self.case.fs.output,
Paths.relpath(p, self.case.fs.ref_output))
for p in paths
]
