subroutine da_trace_init 2,2
implicit none
!--------------------------------------------------------------------
! Purpose: Initialise tracing
!--------------------------------------------------------------------
integer :: IOStatus ! I/O return code
integer :: Loop1
character (len=200) :: TraceFile
character(len=200) :: csvname
character (len=10) :: temp
IOStatus = 0
if (trace_all_pes .OR. myproc == trace_pe) then
trace_write = .true.
end if
!-----------------------------------------------------------------
! Open trace output file.
!-----------------------------------------------------------------
if (trace_write .AND. trace_unit /= 0) then
if (use_html) then
write(unit=temp,fmt='(I10)') myproc
TraceFile="trace/"//trim(adjustl(temp))//".html"
open (&
unit=trace_unit, & ! i:
file=trim(tracefile), & ! i:
status="replace", & ! i:
action="write", & ! i:
iostat=iostatus) ! o:
else
write(unit=temp,fmt='(i10)') myproc
tracefile="trace/"//trim(adjustl(temp))//".txt"
open (&
unit=trace_unit, & ! i:
file=trim(tracefile), & ! i:
status="replace", & ! i:
action="write", & ! i:
iostat=IOStatus) ! O:
end if
if (IOStatus /= 0) then
call da_error
(__FILE__,__LINE__, &
(/"Cannot open trace file "//TraceFile/))
end if
end if
if (trace_csv .and. rootproc) then
write(unit=csvname,fmt='(I10,A)') myproc,'.csv'
open(unit=trace_csv_unit,file="trace/"//trim(adjustl(csvname)), &
status="replace",iostat=IOStatus)
if (IOStatus /= 0) then
call da_error(__FILE__,__LINE__,(/"Cannot open "//csvname/))
end if
end if
!-----------------------------------------------------------------
! Find out whether to trace memory usage. The Cray routine to check
! memory usage is very slow, so it is best to only switch on memory
! checking if actively required.
!-----------------------------------------------------------------
!-----------------------------------------------------------------
! Set up timing and memory usage
!-----------------------------------------------------------------
do Loop1=1,MaxNoRoutines
CPUTimeStart(Loop1) = 0.0
ElapsedTimeStart(Loop1) = 0.0
ElapsedTime(Loop1) = 0.0
ElapsedTimeLocal(Loop1) = 0.0
CPUTime(Loop1) = 0.0
CPUTimeLocal(Loop1) = 0.0
NoCalls(Loop1) = 0
NoCallsBody(Loop1) = 0
CalledBy(Loop1) = 0
MaxHeap(Loop1) = 0
TimerNames(Loop1) = ""
end do
Pointer = 0
NoRoutines = 0
call system_clock(&
COUNT=BaseElapsedTime)
call cpu_time(BaseCPUTime)
! start trace output here so memory calculations are not distorted
! by IO buffer being grabbed later
TraceDepth = 0
if (trace_write) then
if (use_html) then
write (unit=trace_unit,fmt='(A)') "<html><head><title>Tracing</title></head>"
write (unit=trace_unit,fmt='(A)') "<body><h1>Trace Output</h1>"
write (unit=trace_unit,fmt='(A)') "<ul>"
write (unit=trace_unit,fmt='(A)') "<li><a href=#tree>Calling Tree</a>"
write (unit=trace_unit,fmt='(A)') "<li><a href=#local>Local routine timings</a>"
write (unit=trace_unit,fmt='(A)') "<li><a href=#overall>Overall routine timings</a>"
write (unit=trace_unit,fmt='(A)') "<li><a href=#memory>Memory usage</a>"
write (unit=trace_unit,fmt='(A)') "</ul>"
write (unit=trace_unit,fmt='(A)') "<a name=tree><h2>Calling Tree</h2></a><pre>"
else
write (unit=trace_unit,fmt='(A)') "Trace Output"
write (unit=trace_unit,fmt='(A)') ""
end if
end if
end subroutine da_trace_init