</unit>
"""
# create a new srcml archive structure
archive = srcml.create_archive()
srcml.read_open_memory(archive, s, len(s))
# add all the files to the archive
unit = srcml.read_unit(archive)
while unit != None:
# can inquire about the current unit
language = srcml.unit_get_language(unit)
filename = srcml.unit_get_filename(unit)
# uparse and write to a file
srcml.unparse_unit_memory(unit, buffer, size)
print buffer.value
# free((void *)buffer);
srcml.free(buffer)
srcml.free_unit(unit)
unit = srcml.read_unit(archive)
# close the srcML archive
srcml.close_archive(archive)
# free the srcML archive data
srcml.free_archive(archive)
# create a new srcml archive structure
# options and attributes of cloned archive start the same as
# the original archive
oarchive = srcml.clone_archive(iarchive)
srcml.read_open_filename(iarchive, inputfile)
unit = srcml.read_unit(iarchive)
while unit != None:
units.append(unit)
unit = srcml.read_unit(iarchive)
units.sort(key=lambda x:srcml.unit_get_filename(x) )
# open a srcML archive for output
srcml.write_open_filename(oarchive, outputfile)
for u in units:
# copy the files from the input archive to the output archive
# Translate to srcml and append to the archive
srcml.write_unit(oarchive, u)
srcml.free_unit(u)
# close the archives
srcml.close_archive(oarchive)
srcml.close_archive(iarchive)
# free the srcML archive data
srcml.free_archive(oarchive)
srcml.free_archive(iarchive)