/*
* Records elapsed since the last Cache_TimedOperationStart.
*
* Accumulated total time goes in totalTime, maximum time goes into maxTime.
*
* Used in conjunction with Cache_TimedOperationStart
*/
void
Cache_TimedOperationRecord(instr_time *totalTime, instr_time *maxTime)
{
Assert(!INSTR_TIME_IS_ZERO(timedOpStart));
instr_time elapsedTime;
INSTR_TIME_SET_CURRENT(elapsedTime);
INSTR_TIME_SUBTRACT(elapsedTime, timedOpStart);
/* Add difference to totalTime */
/* FIXME This is not atomic */
INSTR_TIME_ADD(*totalTime, elapsedTime);
/* Compare elapsed time with current maximum and record if new maximum */
if (INSTR_TIME_GET_DOUBLE(elapsedTime) > INSTR_TIME_GET_DOUBLE(*maxTime))
{
/* FIXME This is not atomic */
INSTR_TIME_ASSIGN(*maxTime, elapsedTime);
}
#ifdef USE_ASSERT_CHECKING
INSTR_TIME_SET_ZERO(timedOpStart);
#endif
}
void
executormgr_get_statistics(QueryExecutor *executor,
instr_time *time_connect_begin,
instr_time *time_connect_end,
instr_time *time_dispatch_begin,
instr_time *time_dispatch_end,
instr_time *time_consume_begin,
instr_time *time_consume_end,
instr_time *time_free_begin,
instr_time *time_free_end)
{
INSTR_TIME_ASSIGN(*time_connect_begin, executor->time_connect_begin);
INSTR_TIME_ASSIGN(*time_connect_end, executor->time_connect_end);
INSTR_TIME_ASSIGN(*time_dispatch_begin, executor->time_dispatch_begin);
INSTR_TIME_ASSIGN(*time_dispatch_end, executor->time_dispatch_end);
INSTR_TIME_ASSIGN(*time_consume_begin, executor->time_consume_begin);
INSTR_TIME_ASSIGN(*time_consume_end, executor->time_consume_end);
INSTR_TIME_ASSIGN(*time_free_begin, executor->time_free_begin);
INSTR_TIME_ASSIGN(*time_free_end, executor->time_free_end);
}
