/**
* Serialization routine for lifedata.
*/
static void
serialize_lifedata(pmsg_t *mb, gconstpointer data)
{
const struct lifedata *ld = data;
pmsg_write_u8(mb, LIFEDATA_STRUCT_VERSION);
pmsg_write_time(mb, ld->first_seen);
pmsg_write_time(mb, ld->last_seen);
}
/**
* Serialization routine for guiddata.
*/
static void
serialize_guiddata(pmsg_t *mb, const void *data)
{
const struct guiddata *gd = data;
pmsg_write_u8(mb, GUID_DATA_VERSION);
pmsg_write_time(mb, gd->create_time);
pmsg_write_time(mb, gd->last_time);
}
/**
* Serialization routine for tokdata.
*/
static void
serialize_tokdata(pmsg_t *mb, const void *data)
{
const struct tokdata *td = data;
pmsg_write_time(mb, td->last_update);
pmsg_write_u8(mb, td->length);
pmsg_write(mb, td->token, td->length);
}
/**
* Serialization routine for pubdata.
*/
static void
serialize_pubdata(pmsg_t *mb, const void *data)
{
const struct pubdata *pd = data;
pmsg_write_time(mb, pd->next_enqueue);
pmsg_write_time(mb, pd->expiration);
/*
* Because this is persistent, version the structure so that changes
* can be processed efficiently after an upgrade.
*
* This is done here and not at the beginning of the serialized data
* because I forgot to plan for it before.
* --RAM, 2009-10-18
*/
pmsg_write_u8(mb, PUBDATA_STRUCT_VERSION);
}
/**
* Serialization routine for keydata.
*/
static void
serialize_keydata(pmsg_t *mb, const void *data)
{
const struct keydata *kd = data;
int i;
g_assert(kd->values <= MAX_VALUES);
pmsg_write_u8(mb, KEYS_KEYDATA_VERSION);
pmsg_write_u8(mb, kd->values);
for (i = 0; i < kd->values; i++) {
pmsg_write(mb, &kd->creators[i], sizeof(kd->creators[i]));
pmsg_write(mb, &kd->dbkeys[i], sizeof(kd->dbkeys[i]));
pmsg_write_time(mb, kd->expire[i]);
}
}
