#include <time.h>
#include <stdlib.h>

#include <tfe_utils.h>
#include "tfe_timestamp.h"

// 1  s = 1000 ms
// 1 ms = 1000 us
// 1 us = 1000 ns

struct timestamp
{
    struct timespec timestamp;
    uint64_t update_interval_ms;
};

struct timestamp *timestamp_new(uint64_t update_interval_ms)
{
    struct timestamp *ts = (struct timestamp *)calloc(1, sizeof(struct timestamp));
    ts->update_interval_ms = update_interval_ms;

    timestamp_update(ts);
    TFE_LOG_DEBUG(g_default_logger, "%s: TIMESTAMP->update_interval_ms     : %lu", LOG_TAG_TIMESTAMP, timestamp_update_interval_ms(ts));
    TFE_LOG_DEBUG(g_default_logger, "%s: TIMESTAMP->current_sec            : %lu", LOG_TAG_TIMESTAMP, timestamp_get_sec(ts));
    TFE_LOG_DEBUG(g_default_logger, "%s: TIMESTAMP->current_msec           : %lu", LOG_TAG_TIMESTAMP, timestamp_get_msec(ts));

    return ts;
}

void timestamp_free(struct timestamp *ts)
{
    if (ts)
    {
        free(ts);
        ts = NULL;
    }
}

void timestamp_update(struct timestamp *ts)
{
    struct timespec temp;
    clock_gettime(CLOCK_MONOTONIC, &temp);
    ATOMIC_SET(&(ts->timestamp.tv_sec), temp.tv_sec);
    ATOMIC_SET(&(ts->timestamp.tv_nsec), temp.tv_nsec);
}

uint64_t timestamp_update_interval_ms(struct timestamp *ts)
{
    return ts->update_interval_ms;
}

uint64_t timestamp_get_sec(struct timestamp *ts)
{
    uint64_t sec = ATOMIC_READ(&(ts->timestamp.tv_sec));

    return sec;
}

uint64_t timestamp_get_msec(struct timestamp *ts)
{
    uint64_t sec = ATOMIC_READ(&(ts->timestamp.tv_sec));
    uint64_t nsec = ATOMIC_READ(&(ts->timestamp.tv_nsec));

    return sec * 1000 + nsec / 1000000;
}