Displaying 4 results from an estimated 4 matches for "libf98".
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libf97
2006 Sep 01
2
[LLVMdev] compiling the full SPEC CPU2000 suite to LLVM bytecode
...; *** libf97.dylib not found
>
It appears the *.dylib files are Mac specific. Apparently the usage
of f95 was only tested on Mac (I think Chris did this?).
Solution (for Linux/x86):
modify Makefile.nagfortran:
CPPFLAGS += -I$(F95_DIR)/lib
LDFLAGS += $(F95_DIR)/lib/quickfit.o $(F95_DIR)/lib/libf98.so $
(F95_DIR) /lib/libf98.a
I'll also submit a bug report for this one.
greetings,
Kenneth
--
Statistics are like a bikini. What they reveal is suggestive, but
what they conceal is vital (Aaron Levenstein)
Kenneth Hoste
ELIS - Ghent University
kenneth.hoste at elis.ugent.be
ht...
2006 Sep 01
0
[LLVMdev] compiling the full SPEC CPU2000 suite to LLVM bytecode
On 01 Sep 2006, at 10:05, Kenneth Hoste wrote:
>
>>
>>> Also, it is possible to tell make only to compile benchmark X? How
>>> can I
>>> enforce this?
>>
>> Go into the directory for that benchmark, then run 'make' or
>> whatever.
>
I tried tom compile each of the SPEC CPU2000 benchmarks using the
make command is each respective
2006 Sep 01
0
[LLVMdev] compiling the full SPEC CPU2000 suite to LLVM bytecode
...It appears the *.dylib files are Mac specific. Apparently the usage
> of f95 was only tested on Mac (I think Chris did this?).
>
> Solution (for Linux/x86):
>
> modify Makefile.nagfortran:
>
> CPPFLAGS += -I$(F95_DIR)/lib
> LDFLAGS += $(F95_DIR)/lib/quickfit.o $(F95_DIR)/lib/libf98.so $
> (F95_DIR) /lib/libf98.a
>
> I'll also submit a bug report for this one.
>
> greetings,
>
> Kenneth
>
>
-Chris
--
http://nondot.org/sabre/
http://llvm.org/
2006 Sep 01
2
[LLVMdev] compiling the full SPEC CPU2000 suite to LLVM bytecode
On 31 Aug 2006, at 23:46, Chris Lattner wrote:
> On Thu, 31 Aug 2006, Kenneth Hoste wrote:
>> Bummer. I think I'll contact the NAG support for more info on
>> this. Can you
>> show me the content of your Makefile.nagfortran?
>
> It is identical to yours.
>
>> Also, it is possible to tell make only to compile benchmark X? How
>> can I
>>