metal/mtce-common/cgts-mtce-common-1.0/common/timeUtil.cpp
Dean Troyer 18922761a6 StarlingX open source release updates
Signed-off-by: Dean Troyer <dtroyer@gmail.com>
2018-05-31 07:36:43 -07:00

117 lines
3.3 KiB
C++

/*
* Copyright (c) 2015-2017 Wind River Systems, Inc.
*
* SPDX-License-Identifier: Apache-2.0
*
*/
/**
* @file
* Wind River Titanium Cloud Maintenance Time Utility Header
*/
#include "timeUtil.h"
typedef struct
{
bool init ;
time_debug_type last_time ;
time_debug_type this_time ;
time_delta_type diff_time ;
unsigned long under_50_msec ;
unsigned long under_500_msec;
unsigned long under_1_sec ;
unsigned long under_2_sec ;
unsigned long under_3_sec ;
unsigned long under_5_sec ;
unsigned long over_5_sec ;
unsigned long counter ;
} timeUtil_type ;
static timeUtil_type time_struct ;
void timeUtil_sched_init ( void )
{
gettime ( time_struct.last_time );
time_struct.under_50_msec = 0 ;
time_struct.under_500_msec = 0 ;
time_struct.under_1_sec = 0 ;
time_struct.under_2_sec = 0 ;
time_struct.under_3_sec = 0 ;
time_struct.under_5_sec = 0 ;
time_struct.over_5_sec = 0 ;
time_struct.counter = 0 ;
time_struct.init = true ;
}
void scheduling_histogram ( void )
{
ilog ("Under: 50ms: %ld - 500ms:%ld - 1s:%ld - 2s:%ld - 3s:%ld - 5s:%ld ---- over:%ld\n",
time_struct.under_50_msec,
time_struct.under_500_msec,
time_struct.under_1_sec,
time_struct.under_2_sec,
time_struct.under_3_sec,
time_struct.under_5_sec,
time_struct.over_5_sec);
}
void timeUtil_sched_sample ( void )
{
if ( time_struct.init == false )
{
elog ("Time struct not initialized\n");
return ;
}
gettime ( time_struct.this_time );
timedelta ( time_struct.last_time, time_struct.this_time, time_struct.diff_time );
if ( time_struct.diff_time.secs == 0 )
{
if ( time_struct.diff_time.msecs < 50000 ) time_struct.under_50_msec++ ;
else if ( time_struct.diff_time.msecs < 500000 ) time_struct.under_500_msec++ ;
else time_struct.under_1_sec++ ;
}
else
{
if ( time_struct.diff_time.secs < 2 )
{
time_struct.under_2_sec++ ;
}
else if ( time_struct.diff_time.secs < 3 )
{
wlog (">>> Minor Scheduling delay: %ld.%3ld secs\n",
time_struct.diff_time.secs,
time_struct.diff_time.msecs );
time_struct.under_3_sec++ ;
}
else if ( time_struct.diff_time.secs < 5 )
{
wlog (">>> Major Scheduling delay: %ld.%3ld secs\n",
time_struct.diff_time.secs,
time_struct.diff_time.msecs );
time_struct.under_5_sec++ ;
scheduling_histogram ( );
}
else
{
wlog (">>> Critical Scheduling delay: %ld.%3ld secs\n",
time_struct.diff_time.secs,
time_struct.diff_time.msecs );
time_struct.over_5_sec++ ;
scheduling_histogram ( );
}
}
time_struct.last_time.ts.tv_sec = time_struct.this_time.ts.tv_sec ;
time_struct.last_time.ts.tv_nsec = time_struct.this_time.ts.tv_nsec ;
if ( ++time_struct.counter >= 1000 )
{
scheduling_histogram ( );
time_struct.counter = 0 ;
}
}