int
meta2_filter_action_deduplicate_container(struct gridd_filter_ctx_s *ctx,
struct gridd_reply_ctx_s *reply)
{
GSList* result = NULL; // list of list
GSList* common_prefixes = NULL;
SRVSTUB_PRINTF("packet received...DEDUP");
void send_result()
{
GSList *list_of_lists = NULL;
list_of_lists = gslist_split(result, 32);
for (GSList *cursor = list_of_lists; cursor; cursor = cursor->next) {
reply->add_body(bean_sequence_marshall(cursor->data));
reply->send_reply(206, "Partial content");
}
if (NULL != common_prefixes) {
char **array = (char **)metautils_list_to_array(common_prefixes);
reply->add_header("COMMON_PREFIXES", metautils_encode_lines(array));
g_strfreev(array);
}
/* TODO : max-keys, truncated */
reply->send_reply(200, "OK");
gslist_chunks_destroy(list_of_lists, NULL);
}
static GByteArray *
marshall_stringv(gchar **v)
{
GByteArray *result = metautils_encode_lines(v);
g_strfreev(v);
return result;
}
static GByteArray *
marshall_stringv_and_clean(gchar ***pv)
{
GByteArray *result = metautils_encode_lines(*pv);
g_strfreev(*pv);
*pv = NULL;
return result;
}
void send_result()
{
if (NULL != common_prefixes) {
char **array = (char **)metautils_list_to_array(common_prefixes);
reply->add_header("COMMON_PREFIXES", metautils_encode_lines(array));
g_strfreev(array);
}
S3_RESPONSE_HEADER(M2_KEY_PREFIX, lp->params.s3.prefix);
S3_RESPONSE_HEADER(M2_KEY_MARKER, lp->params.s3.marker);
S3_RESPONSE_HEADER(M2_KEY_DELIMITER, lp->params.s3.delimiter);
S3_RESPONSE_HEADER(M2_KEY_MAX_KEYS, (maxkeys_str) ? maxkeys_str : "1000");
S3_RESPONSE_HEADER("TRUNCATED", truncated ? "true" : "false");
S3_RESPONSE_HEADER("NEXT_MARKER", next_marker);
_on_bean_ctx_send_list(obc, TRUE);
}
