static void pickle1_each(
const char *key,
value_t value,
void *backend)
{
struct brubeck_carbon *carbon = (struct brubeck_carbon *)backend;
uint8_t key_len = (uint8_t)strlen(key);
if (carbon->pickler.pos + PICKLE1_SIZE(key_len)
>= PICKLE_BUFFER_SIZE) {
pickle1_flush(carbon);
}
if (!is_connected(carbon))
return;
pickle1_push(&carbon->pickler, key, key_len,
carbon->backend.tick_time, value);
}
static void pickle1_each(
const struct brubeck_metric *metric,
const char *key,
value_t value,
void *backend)
{
struct brubeck_carbon *carbon = (struct brubeck_carbon *)backend;
uint8_t key_len = (uint8_t)strlen(key);
if (carbon->pickler.pos + PICKLE1_SIZE(key_len)
>= PICKLE_BUFFER_SIZE) {
pickle1_flush(carbon);
}
if (!is_connected(carbon))
return;
if (!carbon->namespacing || metric->type == BRUBECK_MT_INTERNAL_STATS) {
pickle1_push(&carbon->pickler, key, key_len,
carbon->backend.tick_time, value);
return;
}
char prefix_key[1024];
uint8_t prefix_key_len = 0;
prefix_key_len = carbon_namespace(prefix_key, metric, key, key_len, carbon, true);
pickle1_push(&carbon->pickler, prefix_key, prefix_key_len,
carbon->backend.tick_time, value);
if (IS_COUNTER(metric->type) &&
carbon->backend.sample_freq != 0) {
prefix_key_len = carbon_namespace(prefix_key, metric,
key, key_len, carbon, false);
value_t normalized_val = value / carbon->backend.sample_freq;
pickle1_push(&carbon->pickler, prefix_key, prefix_key_len,
carbon->backend.tick_time, normalized_val);
}
}
