static void lap_started_event(const tiny_millis_t time, const GeoPoint *sp,
const float distance)
{
pr_debug_int_msg("Starting lap ", ++g_lap);
g_at_sf = true;
// Timing and predictive timing
start_lap_timing(time);
startLap(sp, time);
reset_elapsed_time();
// Reset the sector logic
g_lastSectorTimestamp = time;
g_sector = 0;
update_sector_geo_circle(g_sector);
// Reset distance logic
set_distance(distance);
/*
* Reset our finishGeoTrigger so that we get away from
* finish before we re-arm the system.
*/
resetGeoTrigger(&g_finish_geo_trigger);
}
// ---------------------------------------------------------------------
// compute_elapsed_time
// ---------------------------------------------------------------------
void compute_elapsed_time(time_rec_t* since,
time_rec_t* to,
elapsed_time_t* elapsed) {
reset_elapsed_time(elapsed);
add_to_elapsed_time(since, to, elapsed);
}
void ElapsedLapTimeTest::testReset() {
gpsSnap.deltaFirstFix = 3;
lap_started_normal_event(&gpsSnap);
CPPUNIT_ASSERT_EQUAL(0, lapstats_elapsed_time());
gpsSnap.deltaFirstFix = 15;
update_elapsed_time(&gpsSnap);
CPPUNIT_ASSERT_EQUAL(12, lapstats_elapsed_time());
reset_elapsed_time();
CPPUNIT_ASSERT_EQUAL(0, lapstats_elapsed_time());
}
void lapStats_init()
{
lapstats_reset_distance();
reset_elapsed_time();
set_active_track(NULL);
resetPredictiveTimer();
reset_current_lap();
g_geo_circle_radius = 0;
g_configured = 0;
g_lastLapTime = 0;
g_lastSectorTime = 0;
g_at_sf = 0;
g_lapStartTimestamp = -1;
g_at_sector = 0;
g_lastSectorTimestamp = 0;
g_lapCount = 0;
g_sector = -1; // Indicates we haven't crossed start/finish yet.
g_lastSector = -1; // Indicates no previous sector.
}
