def insert_archive_entry_archive(session, archive_entry):
tzfilename = make_archive_entry_zipfile(session, archive_entry)
tzentries = parse_archive_file(tzfilename, sha256sum=True)
os.remove(tzfilename)
entry_id = archive_entry.id
for entry in tzentries:
pass
def insert_archive_entry_archive_files(session, sha256sum=True,
toplevel=True, rarfiles=False):
entries = get_archive_entry_archive_files_query(session)
for entry in entries:
tzfilename = make_archive_entry_zipfile(session, entry)
tzentries = parse_archive_file(tzfilename, sha256sum=True)
os.remove(tzfilename)
def insert_archive_file(session, afile, sha256sum=True,
archive_data=None, annexpath=None):
archived = session.query(ArchiveFile).get(afile.id)
if archived is None:
print "need to archive", afile.name
if archive_data is None:
filename = afile.name
if annexpath is not None:
filename = os.path.join(annexpath, afile.name)
entries = parse_archive_file(filename, sha256sum=sha256sum)
else:
entries = archive_data['entries']
else:
print "Archive should be available"
return
if archive_data is None:
archive_type = get_archive_type(afile.name)
else:
archive_type = archive_data['archive_type']
af = ArchiveFile()
af.id = afile.id
af.archive_type = archive_type
session.add(af)
for entry in entries:
dbkey = get_archive_entry_key(session, entry, oldkey=True)
#import pdb ; pdb.set_trace()
dbobj = ArchiveEntry()
populate_db_archive_entry(dbobj, entry, archive_type)
dbobj.archive_id = afile.id
dbobj.key_id = dbkey.id
if archive_data is not None:
dbobj.date_time = datetime.strptime(dbobj.date_time, dt_isoformat)
for att in ['ctime', 'mtime', 'atime']:
value = getattr(dbobj, att)
if value is not None:
dt = datetime.strptime(value, dt_isoformat)
setattr(dbobj, att, dt)
session.add(dbobj)
session.commit()
print "Successful commit of %s with %d entries" % (afile.name, len(entries))