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! -I0 -i5 -a1 -b2 -d3 -f4 -m5 -Rr
module m1
integer k
enum, bind(c)
enumerator :: red =1, blue, black =5
enumerator yellow
enumerator gold, silver, bronze
enumerator :: purple
enumerator :: pink, lavender
endenum
contains
function f(x)
print *,'abc
9 def'
print *,"abcd
8 efgh"
return
end
#ifdef usempi
function f1(x,m)
real x,m
#elif defined(useopenmp)
function f1(x,m,n)
real x,m,n
#else
function f1(x)
real x
#endif
continue
end function f1
end
subroutine ticket7
integer :: int
real :: float
logical :: bool
#define COND \
if (float > 1.) then; \
continue ; \
end if
COND
if (.true.) then
int = int + 1
end if
end
program progfixed
type mytype ! mytype
integer i
real x
end type mytype
#ifdef abcde
real klm@@@(10)
#endif
real do(100)
integer x(100)
type(mytype) xyz
character*1000 astring
continue
a_ap: do i=1,20
continue
enddo a_ap
end = 10
if ( e .eq. n .and.
* e .eq. m )then
npar = npar + 1
endif
do i=1,
c a comment
c a comment
x 1
c a comment
x 0
continue
enddo
do 123 i=1,2
continue
123 continue
print *,'; function ',indx," function "
continue
99880 FORMAT (' function ')
99870 FORMAT(1X,'Invalid species name',2X,A8)
do i=1,10
do (i) = 5
continue
do(i) = 5
continue
enddo
x = y ! function values
continue
astring = " ! this
x is
x no comment!"
print *,a,b,
x c,d
x ,e,f
continue
print *,a,b,
x c,d
x ,e,f
loop: do i=1,20
block
do 90 k=1,90
do 90 k1=1,4
call one(a)
do 7 j=1,20
call two(a)
7 x=x+j
continue
90 continue
continue
end block
enddo loop
bbb: block
continue
end block bbb
sc: select case(ja)
case(1)
continue
case(2)
continue
end select sc
continue
do i=1,20
block
continue
end block
enddo
critical
x=y
endcritical
critical
x=y
endcritical
critical
x=y
end critical
wv: if ( a.eq.b) then
continue
endif wv
if (.false.) goto 88
if (.false.) goto 99999
88 if ('x' .eq. "abc''d") l=1
99999 continue
if ('x' .eq. "abc''d") l=1
continue
if ('x' .eq. "abc''d")then
continue
endif
ASSOCIATE ( Z => EXP(-(a**2+Y**2)) * COS(THETA))
PRINT *, A+Z, A-Z
END ASSOCIATE
forall(i=1:4) x(i)=5
continue
forall(i=1:4) ! forall
x(i)=6
end forall
where(x.eq.0) x=5 ! where
continue
where(x.eq.0)
x=10
endwhere
continue
where(x.eq.0)
x=10
elsewhere
x=11
endwhere
select case(ia)
case(1)
print *,3
do i=1,9
continue
enddo
case(2)
print*,6
case default
print *,0
endselect
end program
subroutine one(a)
continue
entry myentry
continue
return
end subroutine
subroutine two(a)
continue
d print *,'debug i=',i
D print *,'debug j=',j
x = 4 +
c next line starts with <tab>
1 5 +
c next line starts with <sp><tab>
2 5+
c next line starts with <sp><sp><tab>
3 5+
c next line starts with <sp><sp><sp><tab>
4 5+
c next line starts with <sp><sp><sp><sp><tab>
5 5+
c next line starts with <sp><sp><sp><sp><sp><tab>
6 5
return
endsubroutine
subroutine three(a)
continue
return
end
subroutine four(a)
continue
return
endsubroutine four
subrou
xtine five
continue
return
end
subroutine seven
a = 1
x + 2 ! comment 1
y + 3 ! comment 2
y + 4
y + 5
y + 6
a = 1
x + 2 ! comment 1
y + 3 ! comment 2
#ifdef klm
y + 4 syntax error
y + 5 syntax error
#endif
y + 6
end
subroutine multiline_preproc
#ifdef one\
two\
three
do i=1,10
#elif \
defined(q)
do i=1,5
#else
do i=1,7
#endif
x=x+4
enddo
end
subroutine nok
implicit none
type domain_data
real, dimension(:, :), allocatable :: temperature
integer:: ibound, icopy, todomain
end type
type(domain_data), dimension(2), target :: dom
allocate(dom(1) % temperature(20, 20))
dom(1) % temperature = 0.
dom(1) % temperature(:, 1) = 1.
end subroutine nok
! testing with findentfix:
subroutine testfix
implicit none
integer i,j,k
do i=1,10
c comment
continue
do j=1,6
continue
! findentfix: do
do k=1,7
continue
enddo
C FINDENTFIX: enddo
enddo
* findentFIX: do;do
continue
* findentfix: enddo;enddo
continue
enddo
end subroutine testfix
subroutine testpointer
integer, pointer :: subroutinesub
integer, target :: i
subroutinesub=>i ! must not be recognized as subroutine statement
end
subroutine omp
integer i,j,k
C$ integer m,n,
c$ ! comment in omp sentinel
! normal comment
*$
*$ 1 o,p
print *,i,j,k
!$ print*, m,n,o,p
!$ do 100 i=1,20
!$ do 100 j=1,i
c$ continue
c$100 continue
c$omp parallel
c$omp do
do i=1,20
continue
enddo
c$omp end parallel
end
subroutine label_excercise
do 10
x 0 i=1,10
continue
01 00 continue
do 02 0 i=1,10
continue
20 continue
end
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