def test_fd(tmpdir):
archive_file = open(tmpdir.strpath+'/test.tar.bz2', 'w+b')
fd = archive_file.fileno()
# Collect information on what should be in the archive
tree = treestat('libarchive')
# Create an archive of our libarchive/ directory
with libarchive.fd_writer(fd, 'gnutar', 'bzip2') as archive:
archive.add_files('libarchive/')
# Read the archive and check that the data is correct
archive_file.seek(0)
with libarchive.fd_reader(fd) as archive:
check_archive(archive, tree)
# Extract the archive in tmpdir and check that the data is intact
archive_file.seek(0)
with in_dir(tmpdir.strpath):
flags = EXTRACT_OWNER | EXTRACT_PERM | EXTRACT_TIME
libarchive.extract_fd(fd, flags)
tree2 = treestat('libarchive')
assert tree2 == tree
def test_fd(tmpdir):
archive_file = open(tmpdir.strpath+'/test.tar.bz2', 'w+b')
fd = archive_file.fileno()
# Collect information on what should be in the archive
tree = treestat('libarchive')
# Create an archive of our libarchive/ directory
with libarchive.fd_writer(fd, 'v7tar', 'bzip2') as archive:
archive.add_files('libarchive/')
# Read the archive and check that the data is correct
archive_file.seek(0)
with libarchive.fd_reader(fd) as archive:
check_archive(archive, tree)
# Extract the archive in tmpdir and check that the data is intact
archive_file.seek(0)
with in_dir(tmpdir.strpath):
flags = EXTRACT_OWNER | EXTRACT_PERM | EXTRACT_TIME
libarchive.extract_fd(fd, flags)
tree2 = treestat('libarchive')
assert tree2 == tree
