def status2(request, appid, installid):
# TODO: Check client version: recent enough, and appid matches User-Agent.
assert len(request.body) > 0
body = ujson.loads(request.body)
# Validate data
for dirdata in body['dirs']:
assert dirdata['name']
for filedata in dirdata['files']:
assert filedata['name']
assert 'size' in filedata
# Save status.
# TODO: check transactions?
status = Status.objects.create(**request_base_args(request, appid, installid))
for dirdata in body['dirs']:
dirname = dirdata['name']
for filedata in dirdata['files']:
StatusFile.objects.create(status=status,
directory=dirname,
name=filedata['name'],
size=filedata['size'])
# TODO: log bad requests.
return HttpResponse('{"success": true}')
def file2(request, appid, installid):
# TODO: Check client version: recent enough, and appid matches User-Agent.
printf(request.META['HTTP_USER_AGENT'])
# Validate upload metadata.
# Filename check
assert len(request.META['HTTP_NAME']) > 0
# Length check. Content-Length may be wrong if the body is transparently gzip-encoded.
assert len(request.body) == int(request.META['HTTP_SIZE'])
# SHA1 hash check
expected = request.META['HTTP_SHA1']
actual = hashlib.sha1(request.body).hexdigest()
assert expected == actual
# Save data to DB.
File.objects.create(name=request.META['HTTP_NAME'],
body=request.body,
size=len(request.body),
**request_base_args(request, appid, installid))
# TODO: log bad requests.
return HttpResponse('{"success": true}')