def _copy_input_files(self, writer):
for file in self._input_files:
dest_file = "/tmp/submission-src"
put_file(container=writer, src=file, dest=dest_file)
with file.open("rb") as f:
mimetype = get_file_mimetype(f)
if mimetype.lower() == "application/zip":
# Unzip the file in the container rather than in the python
# process. With resource limits this should provide some
# protection against zip bombs etc.
writer.exec_run(
f"unzip {dest_file} -d /input/ -x '__MACOSX/*'")
# Remove a duplicated directory
input_files = (writer.exec_run(
f"ls -1 /input/").output.decode().splitlines())
if (len(input_files) == 1 and not writer.exec_run(
f"ls -d /input/{input_files[0]}/").exit_code):
writer.exec_run(
f'/bin/sh -c "mv /input/{input_files[0]}/* /input/ '
f'&& rm -r /input/{input_files[0]}/"')
else:
# Not a zip file, so must be a csv
writer.exec_run(f"mv {dest_file} /input/submission.csv")
def _copy_input_files(self, writer):
for file in self._input_files:
dest_file = '/tmp/submission-src'
put_file(container=writer, src=file, dest=dest_file)
with file.open('rb') as f:
mimetype = get_file_mimetype(f)
if mimetype.lower() == 'application/zip':
# Unzip the file in the container rather than in the python
# process. With resource limits this should provide some
# protection against zip bombs etc.
writer.exec_run(f'unzip {dest_file} -d /input/')
else:
# Not a zip file, so must be a csv
writer.exec_run(f'mv {dest_file} /input/submission.csv')
def _copy_input_files(self, writer):
for file in self._input_files:
dest_file = "/tmp/submission-src"
put_file(container=writer, src=file, dest=dest_file)
with file.open("rb") as f:
mimetype = get_file_mimetype(f)
if mimetype.lower() == "application/zip":
# Unzip the file in the container rather than in the python
# process. With resource limits this should provide some
# protection against zip bombs etc.
writer.exec_run(
f"unzip {dest_file} -d /input/ -x '__MACOSX/*'")
self.__was_unzipped = True
else:
# Not a zip file, so must be a csv
writer.exec_run(f"mv {dest_file} /input/submission.csv")
def _copy_input_files(self, writer):
for file in self._input_files:
dest_file = "/tmp/submission-src"
put_file(container=writer, src=file, dest=dest_file)
with file.open("rb") as f:
mimetype = get_file_mimetype(f)
if mimetype.lower() == "application/zip":
# Unzip the file in the container rather than in the python
# process. With resource limits this should provide some
# protection against zip bombs etc.
writer.exec_run(
f"unzip {dest_file} -d /input/ -x '__MACOSX/*'"
)
self.__was_unzipped = True
else:
# Not a zip file, so must be a csv
writer.exec_run(f"mv {dest_file} /input/submission.csv")
def _copy_input_files(self, writer):
for file in self._input_files:
dest_file = "/tmp/submission-src"
put_file(container=writer, src=file, dest=dest_file)
with file.open("rb") as f:
mimetype = get_file_mimetype(f)
if mimetype.lower() == "application/zip":
# Unzip the file in the container rather than in the python
# process. With resource limits this should provide some
# protection against zip bombs etc.
writer.exec_run(
f"unzip {dest_file} -d /input/ -x '__MACOSX/*'"
)
# Remove a duplicated directory
input_files = (
writer.exec_run(f"ls -1 /input/")
.output.decode()
.splitlines()
)
if (
len(input_files) == 1
and not writer.exec_run(
f"ls -d /input/{input_files[0]}/"
).exit_code
):
writer.exec_run(
f'/bin/sh -c "mv /input/{input_files[0]}/* /input/ '
f'&& rm -r /input/{input_files[0]}/"'
)
else:
# Not a zip file, so must be a csv
writer.exec_run(f"mv {dest_file} /input/submission.csv")