/*
* Return number of deserialized sequence information
*/
size_t
gtm_deserialize_sequence(GTM_SeqInfo *seq, const char *buf, size_t buflen)
{
size_t len = 0;
seq->gs_key = (GTM_SequenceKeyData *)genAlloc0(sizeof(GTM_SequenceKeyData));
memcpy(&seq->gs_key->gsk_keylen, buf + len, sizeof(uint32));
len += sizeof(uint32);/* gs_key.gsk_keylen */
seq->gs_key->gsk_key = (char *)genAlloc0(seq->gs_key->gsk_keylen+1);
memcpy(seq->gs_key->gsk_key, buf + len, seq->gs_key->gsk_keylen);
len += seq->gs_key->gsk_keylen;/* gs_key.gsk_key */
memcpy(&seq->gs_key->gsk_type, buf + len, sizeof(GTM_SequenceKeyType));
len += sizeof(GTM_SequenceKeyType); /* gs_key.gsk_type */
memcpy(&seq->gs_value, buf + len, sizeof(GTM_Sequence));
len += sizeof(GTM_Sequence); /* gs_value */
memcpy(&seq->gs_init_value, buf + len, sizeof(GTM_Sequence));
len += sizeof(GTM_Sequence); /* gs_init_value */
memcpy(&seq->gs_max_lastvals, buf + len, sizeof(uint32));
len += sizeof(uint32); /* gs_max_lastvals */
if (seq->gs_max_lastvals > 0)
seq->gs_last_values = (GTM_SeqLastVal *)
genAlloc(seq->gs_max_lastvals * sizeof(GTM_SeqLastVal));
memcpy(&seq->gs_lastval_count, buf + len, sizeof(uint32));
len += sizeof(uint32); /* gs_lastval_count */
if (seq->gs_lastval_count > 0)
{
memcpy(seq->gs_last_values, buf + len,
seq->gs_lastval_count * sizeof(GTM_SeqLastVal));
len += seq->gs_lastval_count * sizeof(GTM_SeqLastVal); /* gs_last_values */
}
memcpy(&seq->gs_increment_by, buf + len, sizeof(GTM_Sequence));
len += sizeof(GTM_Sequence); /* gs_increment_by */
memcpy(&seq->gs_min_value, buf + len, sizeof(GTM_Sequence));
len += sizeof(GTM_Sequence); /* gs_min_value */
memcpy(&seq->gs_max_value, buf + len, sizeof(GTM_Sequence));
len += sizeof(GTM_Sequence); /* gs_max_value */
memcpy(&seq->gs_cycle, buf + len, sizeof(bool));
len += sizeof(bool); /* gs_cycle */
memcpy(&seq->gs_called, buf + len, sizeof(bool));
len += sizeof(bool); /* gs_called */
memcpy(&seq->gs_ref_count, buf + len, sizeof(uint32));
len += sizeof(uint32);
memcpy(&seq->gs_state, buf + len, sizeof(uint32));
len += sizeof(uint32);
return len;
}
/*
* Return number of deserialized sequence information
*/
GTM_SeqInfo *
gtm_deserialize_sequence(const char *buf, size_t buflen)
{
size_t len = 0;
GTM_SeqInfo *seq;
seq = (GTM_SeqInfo *)genAlloc0(sizeof(GTM_SeqInfo));
seq->gs_key = (GTM_SequenceKeyData *)genAlloc0(sizeof(GTM_SequenceKeyData));
memcpy(&seq->gs_key->gsk_keylen, buf + len, sizeof(uint32));
len += sizeof(uint32);/* gs_key.gsk_keylen */
seq->gs_key->gsk_key = (char *)genAlloc0(seq->gs_key->gsk_keylen+1);
memcpy(seq->gs_key->gsk_key, buf + len, seq->gs_key->gsk_keylen);
len += seq->gs_key->gsk_keylen;/* gs_key.gsk_key */
memcpy(&seq->gs_key->gsk_type, buf + len, sizeof(GTM_SequenceKeyType));
len += sizeof(GTM_SequenceKeyType); /* gs_key.gsk_type */
memcpy(&seq->gs_value, buf + len, sizeof(GTM_Sequence));
len += sizeof(GTM_Sequence); /* gs_value */
memcpy(&seq->gs_init_value, buf + len, sizeof(GTM_Sequence));
len += sizeof(GTM_Sequence); /* gs_init_value */
memcpy(&seq->gs_last_value, buf + len, sizeof(GTM_Sequence));
len += sizeof(GTM_Sequence); /* gs_last_value */
memcpy(&seq->gs_increment_by, buf + len, sizeof(GTM_Sequence));
len += sizeof(GTM_Sequence); /* gs_increment_by */
memcpy(&seq->gs_min_value, buf + len, sizeof(GTM_Sequence));
len += sizeof(GTM_Sequence); /* gs_min_value */
memcpy(&seq->gs_max_value, buf + len, sizeof(GTM_Sequence));
len += sizeof(GTM_Sequence); /* gs_max_value */
memcpy(&seq->gs_cycle, buf + len, sizeof(bool));
len += sizeof(bool); /* gs_cycle */
memcpy(&seq->gs_called, buf + len, sizeof(bool));
len += sizeof(bool); /* gs_called */
memcpy(&seq->gs_ref_count, buf + len, sizeof(uint32));
len += sizeof(uint32);
memcpy(&seq->gs_state, buf + len, sizeof(uint32));
len += sizeof(uint32);
return seq;
}
