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!
! File: exceptionclient.F90
! Copyright: (c) 2001-2002 The Regents of the University of California
! Revision: @(#) $Revision: 4434 $
! Date: $Date: 2005-03-17 09:05:29 -0800 (Thu, 17 Mar 2005) $
! Description:Simple F90 exception test client
!
!
#include "sidl_BaseInterface_fAbbrev.h"
#include "sidl_SIDLException_fAbbrev.h"
#include "ExceptionTest_Fib_fAbbrev.h"
#include "synch_RegOut_fAbbrev.h"
subroutine starttest(number)
use synch_RegOut
implicit none
integer (selected_int_kind(9)) :: number
type(synch_RegOut_t) :: tracker
call getInstance(tracker)
call startPart(tracker, number)
call deleteRef(tracker)
end subroutine starttest
subroutine reporttest(test, number)
use synch_RegOut
use synch_ResultType
implicit none
integer (selected_int_kind(9)) :: number
type(synch_RegOut_t) :: tracker
logical :: test
call getInstance(tracker)
if (test) then
call endPart(tracker, number, PASS)
else
call endPart(tracker, number, FAIL)
endif
number = number + 1
call deleteRef(tracker)
end subroutine reporttest
subroutine reportexc(sExcept)
use sidl_SIDLException
implicit none
type(sidl_SIDLException_t) :: sExcept
character (len=100) :: msg
character (len=1024) :: trace
call getNote(sExcept, msg)
write (6, *) msg
call getTrace(sExcept, trace)
write (6, *) trace
end subroutine reportexc
subroutine testnone(fib, test)
use ExceptionTest_Fib
use sidl_BaseInterface
use sidl_SIDLException
implicit none
type(ExceptionTest_Fib_t) :: fib
type(sidl_BaseInterface_t) :: iExcept
type(sidl_SIDLException_t) :: sExcept
integer (selected_int_kind(9)) :: test
integer (selected_int_kind(9)) :: retval
call starttest(test)
call getFib(fib, 10, 25, 200, 0, retval, iExcept)
if (is_null(iExcept)) then
call reporttest(.true., test)
write (6, 100) retval
else
call reporttest(.false., test)
call cast(iExcept, sExcept)
call reportexc(sExcept)
call deleteRef(sExcept)
endif
100 format ('fib= ', I4)
end subroutine testnone
subroutine testneg(fib, test)
use sidl_BaseInterface
use sidl_SIDLException
use ExceptionTest_Fib
implicit none
type(ExceptionTest_Fib_t) :: fib
type(sidl_BaseInterface_t) :: iExcept
type(sidl_SIDLException_t) :: sExcept
integer (selected_int_kind(9)) :: test
integer (selected_int_kind(9)) :: retval
logical :: isone
call starttest(test)
call getFib(fib, -1, 10, 10, 0, retval, iExcept)
if (is_null(iExcept)) then
call reporttest(.false., test)
write (6, 100) retval
else
call isType(iExcept, &
'ExceptionTest.NegativeValueException', isone)
if (isone .eqv. .true.) then
call reporttest(.true., test)
else
call reporttest(.false., test)
endif
call cast(iExcept, sExcept)
call reportexc(sExcept)
call deleteRef(sExcept)
endif
100 format ('fib= ', I4)
end subroutine testneg
subroutine testdeep(fib, test)
use sidl_BaseInterface
use sidl_SIDLException
use ExceptionTest_Fib
implicit none
type(ExceptionTest_Fib_t) :: fib
type(sidl_BaseInterface_t) :: iExcept
type(sidl_SIDLException_t) :: sExcept
integer (selected_int_kind(9)) :: test
integer (selected_int_kind(9)) :: retval
logical :: isone
call starttest(test)
call getFib (fib, 10, 1, 100, 0, retval, iExcept)
if (is_null(iExcept)) then
call reporttest(.false., test)
write (6, 100) retval
else
call isType(iExcept, 'ExceptionTest.TooDeepException', &
isone)
if (isone .eqv. .true.) then
call reporttest(.true., test)
else
call reporttest(.false., test)
endif
call cast(iExcept, sExcept)
call reportexc(sExcept)
call deleteRef(sExcept)
endif
100 format ('fib= ', I4)
end subroutine testdeep
subroutine testbig(fib, test)
use sidl_BaseInterface
use sidl_SIDLException
use ExceptionTest_Fib
implicit none
type(ExceptionTest_Fib_t) :: fib
type(sidl_BaseInterface_t) :: iExcept
type(sidl_SIDLException_t) :: sExcept
integer (selected_int_kind(9)) :: test
integer (selected_int_kind(9)) :: retval
integer (selected_int_kind(9)), parameter :: n = 10, max_depth = 100, &
depth = 0, maxvalue = 1
logical :: isone
call starttest(test)
call getFib(fib, n, max_depth, depth, maxvalue, retval, iExcept)
if (is_null(iExcept)) then
call reporttest(.false., test)
write (6, 100) retval
else
call isType(iExcept, 'ExceptionTest.TooBigException', &
isone)
if (isone .eqv. .true.) then
call reporttest(.true., test)
else
call reporttest(.false., test)
endif
call cast(iExcept, sExcept)
call reportexc(sExcept)
call deleteRef(sExcept)
endif
100 format ('fib= ', I4)
end subroutine testbig
program exceptionclient
use ExceptionTest_Fib
use synch_RegOut
implicit none
integer (selected_int_kind(9)) :: test
type(synch_RegOut_t) :: tracker
type(ExceptionTest_Fib_t) :: fib
call getInstance(tracker)
call setExpectations(tracker, 4)
call new(fib)
test = 1
call writeComment(tracker, 'No Exception test ')
call testnone(fib, test)
call writeComment(tracker, 'Negative Value Exception test')
call testneg(fib, test)
call writeComment(tracker, 'Too Deep Exception test ')
call testdeep(fib, test)
call writeComment(tracker, 'Too Big Exception test ')
call testbig(fib, test)
call deleteRef(fib)
call close(tracker)
call deleteRef(tracker)
end program exceptionclient
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