example files fail when compiled on windows

[greiner08]

Hi,

I've recently compiled mkl example files like pardiso_unsym_c.c and others on windows using pgi compilers. Specifically, I use the lines

set "MKL_ROOT=C:\Program Files (x86)\IntelSWTools\compilers_and_libraries_2019.1.144\windows\mkl"

set "MKL_LIBS=%MKL_ROOT%\lib\intel64_win"

pgcc -DMKL_ILP64 -I"%MKL_ROOT%\include" -c pardiso_unsym_c.c

pgcc pardiso_unsym_c.obj -L"%MKL_LIBS%" mkl_intel_ilp64.lib mkl_sequential.lib mkl_core.lib

It compiles without error. However, when I attempt to run the resultant .exe file, I get the error message

Error during symbolic factorisation: -1

The pardiso error codes (listed here) say this means there is "input inconsistency". As the error implies, this happens during the symbolic phase (line 121 in pardiso_unsym_c.c).

[Gennady_F_Intel]

Thanks for report. At the first glance everything looks correct.  I have no pgcc install on my side. Could you check the problem with Microsoft compiler? 

[greiner08]

Gennady F. (Intel) wrote:

Thanks for report. At the first glance everything looks correct.  I have no pgcc install on my side. Could you check the problem with Microsoft compiler? 

Hi,

No problem. I will try with the Microsoft compiler and see if the issue persists. FWIW When I switched from ILP64 to LP64, the examples compiled and ran successfully with pg compilers.

[Gennady_F_Intel]

using the same example, MKL 2019 u1, microsoft compiler, ILP64 mode, I see no problem on my side,

Below are more details about compiling, linking and execution outputs:

 cl /DMKL_ILP64  /I"MKL_ROOT\include" /Fe2019_cl.exe pardiso_unsym_c.c  

MKL_ROOT\mkl_intel_ilp64.lib  MKL_ROOT\mkl_sequential.lib MKL_ROOT\mkl_core.lib

Microsoft (R) C/C++ Optimizing Compiler Version 19.00.24215.1 for x64

Copyright (C) Microsoft Corporation.  All rights reserved.

Microsoft (R) Incremental Linker Version 14.00.24215.1

Copyright (C) Microsoft Corporation.  All rights reserved.

/out:2019_cl.exe

Running:

2019_cl.exe

makefile

pardiso_unsym_c.c

pardiso_unsym_c.obj

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C:\4_work\_Forums\u800726>2019_cl.exe

Reordering completed ...

Number of nonzeros in factors = 21

Number of factorization MFLOPS = 0

Factorization completed ...

Solving system with iparm[11] = 0 ...

The solution of the system is:

 x [0] = -0.522321

 x [1] = -0.008929

 x [2] =  1.220982

 x [3] = -0.504464

 x [4] = -0.214286

Relative residual = 2.275280e-16

Solving system with iparm[11] = 1 ...

The solution of the system is:

 x [0] = -0.220238

 x [1] = -0.029762

 x [2] =  0.395089

 x [3] = -0.290179

 x [4] =  0.116071

Relative residual = 7.021667e-17

Solving system with iparm[11] = 2 ...

The solution of the system is:

 x [0] = -0.220238

 x [1] = -0.029762

 x [2] =  0.395089

 x [3] = -0.290179

 x [4] =  0.116071

Relative residual = 1.216188e-16

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