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<A NAME='DA_TRACE_REPORT'><A href='../../html_code/tracing/da_trace_report.inc.html#DA_TRACE_REPORT' TARGET='top_target'><IMG SRC="../../gif/bar_red.gif" border=0></A>
subroutine da_trace_report 2,11
!--------------------------------------------------------------------
! Purpose: Produce a trace report
!--------------------------------------------------------------------
implicit none
integer :: i ! loop counter
integer :: j ! loop counter
integer :: CountRate
integer :: MasterNoRoutines
integer :: temp
integer :: MinElapsedPos
integer :: MaxElapsedPos
integer :: MinCPUPos
integer :: MaxCPUPos
integer :: itemp1(MaxNoRoutines)
integer :: MasterMaxHeap(0:num_procs-1,MaxNoRoutines)
integer :: MasterNoCalls(0:num_procs-1,MaxNoRoutines)
integer :: OverallNoCalls(MaxNoRoutines)
integer, allocatable :: Index(:)
real :: TempCpuTime
real :: TotalElapsedTime !
real :: TotalCPUTime(1) !
real :: SpeedUp ! speed up factor
real :: PercentCPUTime ! percentage in CPU time
real :: PercentElapsedTime ! percentage in elapsed time
real :: rtemp1(MaxNoRoutines)
real :: MasterElapsedTime(0:num_procs-1,MaxNoRoutines)
real :: MasterElapsedTimeLocal(0:num_procs-1,MaxNoRoutines)
real :: MasterCPUTime(0:num_procs-1,MaxNoRoutines)
real :: MasterCPUTimeLocal(0:num_procs-1,MaxNoRoutines)
real :: OverallElapsedTime(MaxNoRoutines)
real :: OverallCPUTime(MaxNoRoutines)
character (len=TraceNameLen) :: MasterTimerNames(MaxNoRoutines)
if (.not. use_html) then
write (unit=trace_unit, fmt='(A)') &
"Report only available if use_html is true"
return
end if
call system_clock (COUNT=temp)
TotalElapsedTime=temp-BaseElapsedTime ! on PE 0
call cpu_time(TempCpuTime)
TotalCPUTime(1) = TempCpuTime - BaseCPUTime
call system_clock(&
COUNT_RATE=CountRate)
! Ensure the lists from each PE match. use the routine list from the
! traced PE as the master copy
MasterTimerNames(:)=TimerNames(:)
if (myproc == trace_pe) then
MasterNoRoutines=NoRoutines
else
MasterNoRoutines=0
end if
#ifdef DM_PARALLEL
call da_proc_sum_int
(MasterNoRoutines)
! only PE 0 knows the result
call mpi_bcast(MasterTimerNames(1:MaxNoRoutines), &
TraceNameLen*MaxNoRoutines, &
MPI_character,trace_pe, comm,ierr)
#endif
MasterElapsedTime(:,:)=0.0
MasterCPUTime(:,:)=0.0
MasterElapsedTimeLocal(:,:)=0.0
MasterCPUTimeLocal(:,:)=0.0
MasterNoCalls(:,:)=0
MasterMaxHeap(:,:)=0
do i=1,MaxNoRoutines
do j=1,NoRoutines
if (TimerNames(j) == MasterTimerNames(i)) then
MasterElapsedTime(myproc,i)=ElapsedTime(j)
MasterCPUTime(myproc,i)=CPUTime(j)
MasterElapsedTimeLocal(myproc,i)=ElapsedTimeLocal(j)
MasterCPUTimeLocal(myproc,i)=CPUTimeLocal(j)
MasterNoCalls(myproc,i)=NoCalls(j)
MasterMaxHeap(myproc,i)=MaxHeap(j)
cycle
end if
end do
end do
#ifdef DM_PARALLEL
do i=0,num_procs-1
call da_proc_sum_real(MasterElapsedTime(i,:))
call da_proc_sum_real(MasterCPUTime(i,:))
call da_proc_sum_real(MasterElapsedTimeLocal(i,:))
call da_proc_sum_real(MasterCPUTimeLocal(i,:))
call da_proc_sum_ints(MasterNoCalls(i,:))
call da_proc_sum_ints(MasterMaxHeap(i,:))
end do
#endif
if (rootproc) then
do j=1,MasterNoRoutines
rtemp1(j)=sum(MasterElapsedTimeLocal(:,j))
end do
!==========================================================================
! Sort subroutines into time order based on local Elapsed Time.
! All PEs should have the same sort order after the sum.
!==========================================================================
allocate (Index(MasterNoRoutines))
call da_trace_real_sort(rtemp1,MasterNoRoutines,index)
do j=1,MasterNoRoutines
OverallElapsedTime(j)=sum(MasterElapsedTimeLocal(:,j))
OverallCPUTime(j)=sum(MasterCPUTimeLocal(:,j))
OverallNoCalls(j)=sum(MasterNoCalls(:,j))
end do
write(unit=trace_unit, fmt='(A,I4,A)') &
"</pre><hr><H1>For PE",trace_pe,"</H1>"
! Output timing information
write(unit=trace_unit, &
fmt='("<a name=local><h2>Local Timing Summary</h2></a>")')
if (num_procs == 1) then
! needs changing to work MPP
write (unit=trace_unit, &
fmt='("(Tracing itself took ",F8.1,"s CPU Time, and ",F8.1,a)') &
(CPUTimeLocalStart-CPUTimeStart(1)-TotalCPUTime(1)), &
(ElapsedTimeLocalStart-ElapsedTimeStart(1)-TotalElapsedTime) / &
real(CountRate), &
"s elapsed time during the run. This is not included in the times below.)<p>"
else
write (unit=trace_unit,fmt='(A)') &
"No estimate can be made of time in trace itself.<p>"
end if
write(unit=trace_unit, &
fmt='("<TABLE BORDER>")')
write(unit=trace_unit, &
fmt='("<TR><TH>Routine Name<TH>Calls<TH COLSPAN=4>Elapsed Time (seconds)<TH COLSPAN=4>")')
write(unit=trace_unit, &
fmt='("CPU Time (seconds)<TH>Speed up")')
write(unit=trace_unit, &
fmt='("<TR><TH></TH><TH>per PE</TH><TH>Average per PE<TH>%<TH>Minimum<TH>Maximum <TH>Total<TH>%<TH>Minimum<TH>Maximum")')
write(unit=trace_unit, &
fmt='("<TH>",I4," PE")') num_procs
do i=MasterNoRoutines,1,-1
Pointer=index(i)
if (TotalCPUTime(1) > 0.0) then
PercentCPUTime=100.0 * OverallCPUTime(Pointer)/TotalCPUTime(1)
else
PercentCPUTime=100.0
end if
if (TotalElapsedTime > 0.0) then
PercentElapsedTime=100.0*OverallElapsedTime(Pointer)/(real(num_procs) * TotalElapsedTime)
else
PercentElapsedTime=100.0
end if
if (OverallElapsedTime(Pointer) > 0.0) then
SpeedUp = OverallCPUTime(Pointer) / (OverallElapsedTime(Pointer)/real(CountRate*num_procs))
else
SpeedUp = 0.0
end if
! This horrible solution as MinLOC does not take a DIM argument, so sum
! is needed to convert the array to an integer
MinElapsedPos = sum(MinLOC(MasterElapsedTimeLocal(:,Pointer)))-1
MaxElapsedPos = sum(MAXLOC(MasterElapsedTimeLocal(:,Pointer)))-1
MinCPUPos = sum(MinLOC(MasterCPUTimeLocal(:,Pointer)))-1
MaxCPUPos = sum(MAXLOC(MasterCPUTimeLocal(:,Pointer)))-1
!----------------------------------------------------------------------
! Write out results. Note the abnormally long format line is needed as
! the NAG compiler complains if a quoted line is split.
!----------------------------------------------------------------------
write (unit=trace_unit, fmt='(7A)') &
"<TR><TD><a href=", &
trim(Documentation_url), &
"/", &
trim(MasterTimerNames(Pointer)), & ! Subroutine name
".html>", &
trim(MasterTimerNames(Pointer)), & ! Subroutine name
"</a>"
write (unit=trace_unit, &
fmt='("<TD>",F10.1,2("<TD>",F10.2,"<TD>",F10.1,2("<TD>",F10.1," on",I3)),"<TD>",F5.2)') &
real(OverallNoCalls(Pointer))/real(num_procs), & ! Average number of calls per PE
OverallElapsedTime(Pointer)/(num_procs*real(CountRate)), & ! Average Elapsed Time
PercentElapsedTime, & ! Percent Elapsed Time
MasterElapsedTimeLocal(MinElapsedPos,Pointer)/real(CountRate), & ! Min average Elapsed Time
MinElapsedPos, & ! Which PE
MasterElapsedTimeLocal(MaxElapsedPos,Pointer)/real(CountRate), & ! Max average Elapsed Time
MaxElapsedPos, & ! Which PE
OverallCPUTime(Pointer), & ! CPU time
PercentCPUTime, & ! Percent CPU time
MasterCPUTimeLocal(MinCPUPos,Pointer), & ! Min average CPU Time
MinCPUPos, & ! Which PE
MasterCPUTimeLocal(MaxCPUPos,Pointer), & ! Max average CPU Time
MaxCPUPos, & ! Which PE
SpeedUp ! Speedup
if (trace_csv) then
write(unit=trace_csv_unit, &
fmt='(2A,F10.1,2(",",F10.2,",",F10.1,2(",",F10.1,",",I3)),",",F5.2)') &
'"local",', &
'"'//trim(MasterTimerNames(Pointer))//'",', &
real(OverallNoCalls(Pointer))/real(num_procs), & ! Average number of calls per PE
OverallElapsedTime(Pointer)/(num_procs*real(CountRate)), & ! Average Elapsed Time
PercentElapsedTime, & ! Percent Elapsed Time
MasterElapsedTimeLocal(MinElapsedPos,Pointer)/real(CountRate), & ! Min average Elapsed Time
MinElapsedPos, & ! Which PE
MasterElapsedTimeLocal(MaxElapsedPos,Pointer)/real(CountRate), & ! Max average Elapsed Time
MaxElapsedPos, & ! Which PE
OverallCPUTime(Pointer), & ! CPU time
PercentCPUTime, & ! Percent CPU time
MasterCPUTimeLocal(MinCPUPos,Pointer), & ! Min average CPU Time
MinCPUPos, & ! Which PE
MasterCPUTimeLocal(MaxCPUPos,Pointer), & ! Max average CPU Time
MaxCPUPos, & ! Which PE
SpeedUp ! Speedup
end if
end do
write (unit=trace_unit, &
fmt='(A,I4,A,F8.1,A,F8.1,A)') &
"<TR><TD><B>Total</B>",MasterNoRoutines, "<TD></TD><TD><B>", &
TotalElapsedTime/real(CountRate), &
"</B><TD></TD><TD></TD><TD></TD><TD><B>", &
TotalCPUTime(1),"</B><TD></TD><TD></TD><TD></TD>"
if (TotalElapsedTime > 0.0) then
write (unit=trace_unit, fmt='("<TD><B>",F8.1,"</B>")') &
(TotalCPUTime(1))/(TotalElapsedTime/real(CountRate))
end if
write(unit=trace_unit, &
fmt='("</TABLE><p><p>")')
if (trace_csv) then
write(unit=trace_csv_unit,fmt=*) " "
end if
!===================================================================================
! Sort subroutines into time order based on overall Elapsed Time.
! All PEs should have the same sort order after the sum.
!===================================================================================
do j=1,MasterNoRoutines
rtemp1(j)=sum(MasterElapsedTime(:,j))
end do
call da_trace_real_sort(rtemp1,MasterNoRoutines,index)
do j=1,MasterNoRoutines
OverallElapsedTime(j)=sum(MasterElapsedTime(:,j))
OverallCPUTime(j)=sum(MasterCPUTime(:,j))
end do
! Output timing information
write(unit=trace_unit, &
fmt='("</pre><hr><a name=overall><h2>Overall Timing Summary</h2></a>")')
write(unit=trace_unit, &
fmt='("<TABLE BORDER>")')
write(unit=trace_unit, &
fmt='("<TR><TH>Routine Name<TH>Calls<TH COLSPAN=4>Elapsed Time (seconds)<TH COLSPAN=4>")')
write(unit=trace_unit, &
fmt='("CPU Time (seconds)<TH>Speed up")')
write(unit=trace_unit, &
fmt='("<TR><TH></TH><TH>per PE</TH><TH>Average per PE<TH>%<TH>Minimum<TH>Maximum<TH>Total<TH>%<TH>Minimum<TH>Maximum")')
write(unit=trace_unit, &
fmt='("<TH>",I4," PE")') num_procs
do i=MasterNoRoutines,1,-1
Pointer=index(i)
if (TotalCPUTime(1) > 0.0) then
PercentCPUTime=100.0 * OverallCPUTime(Pointer)/TotalCPUTime(1)
else
PercentCPUTime=100.0
end if
if (TotalElapsedTime > 0.0) then
PercentElapsedTime=100.0 * OverallElapsedTime(Pointer)/(real(num_procs) * TotalElapsedTime)
else
PercentElapsedTime=100.0
end if
if (OverallElapsedTime(Pointer) > 0.0) then
SpeedUp = OverallCPUTime(Pointer) / (OverallElapsedTime(Pointer)/real(num_procs*CountRate))
else
SpeedUp = 0.0
end if
! This horrible solution as MinLOC does not take a DIM argument, so
! sum is needed to convert the array to an integer
MinElapsedPos = sum(MinLOC(MasterElapsedTime(:,Pointer)))-1
MaxElapsedPos = sum(MAXLOC(MasterElapsedTime(:,Pointer)))-1
MinCPUPos = sum(MinLOC(MasterCPUTime(:,Pointer)))-1
MaxCPUPos = sum(MaxLOC(MasterCPUTime(:,Pointer)))-1
!----------------------------------------------------------------------
! Write out results. Note the abnormally long format line is needed as
! the NAG compiler complains if a quoted line is split.
!----------------------------------------------------------------------
write (unit=trace_unit, fmt='(7A)') &
"<TR><TD><a href=", &
trim(Documentation_url), &
"/", &
trim(MasterTimerNames(Pointer)), & ! Subroutine name
".html>", &
trim(MasterTimerNames(Pointer)), & ! Subroutine name
"</a>"
write (unit=trace_unit, &
fmt='("<TD>",F10.1,2("<TD>",F10.2,"<TD>",F10.1,2("<TD>",F10.1," on",I3)),"<TD>",F5.2)') &
real(OverallNoCalls(Pointer))/real(num_procs), & ! Number of calls per PE
OverallElapsedTime(Pointer)/(real(num_procs*CountRate)), & ! Average Elapsed Time
PercentElapsedTime, & ! Percent Elapsed Time
MasterElapsedTime(MinElapsedPos,Pointer)/real(CountRate), & ! Min average Elapsed Time
MinElapsedPos, & ! Which PE
MasterElapsedTime(MaxElapsedPos,Pointer)/real(CountRate), & ! Max average Elapsed Time
MaxElapsedPos, & ! Which PE
OverallCPUTime(Pointer), & ! CPU time
PercentCPUTime, & ! Percent CPU time
MasterCPUTime(MinCPUPos,Pointer), & ! Min average CPU Time
MinCPUPos, & ! Which PE
MasterCPUTime(MaxCPUPos,Pointer), & ! Max average CPU Time
MaxCPUPos, & ! Which PE
SpeedUp ! SpeedUp
if (trace_csv) then
write (unit=trace_csv_unit, &
fmt='(2A,F10.1,2(",",F10.2,",",F10.1,2(",",F10.1,",",I3)),",",F5.2)') &
'"overall",', &
'"'//trim(MasterTimerNames(Pointer))//'",', &
real(OverallNoCalls(Pointer))/real(num_procs), & ! Number of calls per PE
OverallElapsedTime(Pointer)/(real(num_procs*CountRate)), & ! Average Elapsed Time
PercentElapsedTime, & ! Percent Elapsed Time
MasterElapsedTime(MinElapsedPos,Pointer)/real(CountRate), & ! Min average Elapsed Time
MinElapsedPos, & ! Which PE
MasterElapsedTime(MaxElapsedPos,Pointer)/real(CountRate), & ! Max average Elapsed Time
MaxElapsedPos, & ! Which PE
OverallCPUTime(Pointer), & ! CPU time
PercentCPUTime, & ! Percent CPU time
MasterCPUTime(MinCPUPos,Pointer), & ! Min average CPU Time
MinCPUPos, & ! Which PE
MasterCPUTime(MaxCPUPos,Pointer), & ! Max average CPU Time
MaxCPUPos, & ! Which PE
SpeedUp ! SpeedUp
end if
end do
write (unit=trace_unit, &
fmt='(A,I4,A,F8.1,A,F8.1,A)') &
"<TR><TD><B>Total</B>",MasterNoRoutines, "</TD><TD><TD><B>", &
TotalElapsedTime/real(CountRate), &
"</B><TD></TD><TD></TD><TD></TD><TD><B>",TotalCPUTime(1), &
"</B><TD></TD><TD></TD><TD></TD>"
if (TotalElapsedTime > 0.0) then
write (unit=trace_unit, fmt='("<TD><B>",F8.1,"</B>")') &
TotalCPUTime(1)/(TotalElapsedTime/real(CountRate))
end if
write(unit=trace_unit, &
fmt='("</TABLE>")')
if (trace_csv) then
write(unit=trace_csv_unit,fmt=*) " "
end if
end if ! rootproc
!============================================================================
! Sort subroutines into memory use order by max memory on one PE
!============================================================================
if (trace_memory) then
#ifdef DM_PARALLEL
do j=1,MaxNoRoutines
call da_proc_sum_ints(MasterMaxHeap(:,j))
end do
#endif
if (rootproc) then
do j=1,MasterNoRoutines
itemp1(j)=MAXVAL(MasterMaxHeap(:,j))
end do
call da_trace_int_sort(itemp1,MasterNoRoutines,index)
write (unit=trace_unit,fmt='("<hr><a name=memory><h2>Maximum memory usage for routines</h2></a>")')
write (unit=trace_unit,fmt='("<TABLE BORDER>")')
write (unit=trace_unit,fmt='("<TR><TH>Routine<TH>Max in any PE (kbytes)")')
write (unit=trace_unit,fmt='("<TH>Overall (kbytes)<TH>Average per PE (kbytes)")')
do i=MasterNoRoutines,1,-1
Pointer=index(i)
write (unit=trace_unit, &
fmt='("<TR><TD><a href=",A,"/",A,".html>",A,"</a><TD>",I15,"<TD>",I15,"<TD>",I15)') &
trim(Documentation_url),trim(TimerNames(Pointer)),trim(TimerNames(Pointer)), &
MAXVAL(MasterMaxHeap(:,Pointer)),sum(MasterMaxHeap(:,Pointer)), &
sum(MasterMaxHeap(:,Pointer))/num_procs
if (trace_csv) then
write (unit=trace_csv_unit, &
fmt='(2A,I15,",",I15,",",I15)') &
'"memory",', &
'"'//trim(TimerNames(Pointer))//'",', &
MAXVAL(MasterMaxHeap(:,Pointer)),sum(MasterMaxHeap(:,Pointer)), &
sum(MasterMaxHeap(:,Pointer))/num_procs
end if
end do
write (unit=trace_unit,fmt='("</table></body></html>")')
if (trace_csv) then
write(unit=trace_csv_unit,fmt=*)
end if
end if
end if
if (trace_write .AND. trace_unit /= 0) then
close(trace_unit)
end if
if (trace_csv .and. rootproc) then
close(trace_csv_unit)
end if
if (myproc == 0) then
deallocate(index)
end if
end subroutine da_trace_report