Displaying 5 results from an estimated 5 matches for "important_f".
2009 Apr 13
5
[LLVMdev] MemoryDependenceAnalysis
...code similar to the following:
program test
integer i, j, N
real B(10)
call bar(N, 8)
N = N+1
do i = 1, N
B(i) = (i+5)/(i+3)
enddo
j = N/2
N = N+7
call IMPORTANT_F(B, N, i, j)
end program
and I am trying to use dependence analysis on the second and fourth
actual parameters of IMPORTANT_F(). Since it's Fortran, they are
really pointers, and the IR of the last block looks like this:
%11 = sdiv i32 %1, 2 ; <i32> [#u...
2009 Apr 13
0
[LLVMdev] MemoryDependenceAnalysis
...st
> integer i, j, N
> real B(10)
>
> call bar(N, 8)
> N = N+1
> do i = 1, N
> B(i) = (i+5)/(i+3)
> enddo
>
> j = N/2
> N = N+7
>
> call IMPORTANT_F(B, N, i, j)
>
> end program
>
> and I am trying to use dependence analysis on the second and fourth
> actual parameters of IMPORTANT_F(). Since it's Fortran, they are
> really pointers, and the IR of the last block looks like this:
>
> %11 = sdiv i32 %1,...
2009 Apr 13
2
[LLVMdev] MemoryDependenceAnalysis
...;> real B(10)
>>
>> call bar(N, 8)
>> N = N+1
>> do i = 1, N
>> B(i) = (i+5)/(i+3)
>> enddo
>>
>> j = N/2
>> N = N+7
>>
>> call IMPORTANT_F(B, N, i, j)
>>
>> end program
>>
>> and I am trying to use dependence analysis on the second and fourth
>> actual parameters of IMPORTANT_F(). Since it's Fortran, they are
>> really pointers, and the IR of the last block looks like this:
>>
>...
2009 Apr 25
0
[LLVMdev] MemoryDependenceAnalysis
...>
>>> call bar(N, 8)
>>> N = N+1
>>> do i = 1, N
>>> B(i) = (i+5)/(i+3)
>>> enddo
>>>
>>> j = N/2
>>> N = N+7
>>>
>>> call IMPORTANT_F(B, N, i, j)
>>>
>>> end program
>>>
>>> and I am trying to use dependence analysis on the second and fourth
>>> actual parameters of IMPORTANT_F(). Since it's Fortran, they are
>>> really pointers, and the IR of the last block looks l...
2009 Apr 25
1
[LLVMdev] MemoryDependenceAnalysis
...all bar(N, 8)
>>>> N = N+1
>>>> do i = 1, N
>>>> B(i) = (i+5)/(i+3)
>>>> enddo
>>>>
>>>> j = N/2
>>>> N = N+7
>>>>
>>>> call IMPORTANT_F(B, N, i, j)
>>>>
>>>> end program
>>>>
>>>> and I am trying to use dependence analysis on the second and fourth
>>>> actual parameters of IMPORTANT_F(). Since it's Fortran, they are
>>>> really pointers, and the IR of...