diegozea
commented
5 years ago I've found a similar problem:
julia> versioninfo()
Julia Version 1.1.0
Commit 80516ca202 (2019-01-21 21:24 UTC)
Platform Info:
OS: Windows (x86_64-w64-mingw32)
CPU: Intel(R) Xeon(R) W-2145 CPU @ 3.70GHz
WORD_SIZE: 64
LIBM: libopenlibm
LLVM: libLLVM-6.0.1 (ORCJIT, skylake)CUDA: 10.1.152
CuArrays tests needed cudnn and cuBLAS.
Test Summary: | Pass Error Total
CuArrays | 1322 549 1871
GPUArrays test suite | 1025 1025
Memory | 5 5
Array | 22 22
Adapt | 2 2
Broadcast | 10 10
Cufunc | 6 6
Ref Broadcast | 1 1
Broadcast Fix | 4 4
Reduce | 6 6
0D | 2 2
Slices | 17 17
Reshape | 1 1
LinearAlgebra.triu! with diagonal -2 | 1 1
LinearAlgebra.triu! with diagonal -1 | 1 1
LinearAlgebra.triu! with diagonal 0 | 1 1
LinearAlgebra.triu! with diagonal 1 | 1 1
LinearAlgebra.triu! with diagonal 2 | 1 1
LinearAlgebra.tril! with diagonal -2 | 1 1
LinearAlgebra.tril! with diagonal -1 | 1 1
LinearAlgebra.tril! with diagonal 0 | 1 1
LinearAlgebra.tril! with diagonal 1 | 1 1
LinearAlgebra.tril! with diagonal 2 | 1 1
Utilities | 2 2
accumulate | 8 8
logical indexing | 15 15
generic fallbacks | 11 11
CUDNN | 70 70
CUBLAS | 89 58 147
Level 1 with element type Float32 | 10 10
Level 1 with element type Float64 | 10 10
Level 1 with element type Complex{Float32} | 8 8
Level 1 with element type Complex{Float64} | 8 8
element type Float32 | 49 13 62
Level 2 | 23 23
Level 3 | 26 4 30
gemm! | 2 2
gemm | 2 2
xt_gemm! | 2 2
xt_gemm | 1 1
gemm_batched! | 10 10
gemm_batched | 10 10
gemm_strided_batched! | 1 1
gemm_strided_batched | 1 1
extensions | 9 9
getrf_batched! | 1 1
getrf_batched | 1 1
getri_batched | 1 1
matinv_batched | 1 1
geqrf_batched! | 1 1
geqrf_batched | 1 1
gels_batched! | 1 1
gels_batched | 1 1
element type Float64 | 15 15
Level 2 | 5 5
gemv | 3 3
banded methods | 1 1
Level 3 | 1 1
extensions | 9 9
getrf_batched! | 1 1
getrf_batched | 1 1
getri_batched | 1 1
matinv_batched | 1 1
geqrf_batched! | 1 1
geqrf_batched | 1 1
gels_batched! | 1 1
gels_batched | 1 1
element type Complex{Float32} | 15 15
Level 2 | 5 5
gemv | 3 3
banded methods | 1 1
Level 3 | 1 1
extensions | 9 9
getrf_batched! | 1 1
getrf_batched | 1 1
getri_batched | 1 1
matinv_batched | 1 1
geqrf_batched! | 1 1
geqrf_batched | 1 1
gels_batched! | 1 1
gels_batched | 1 1
element type Complex{Float64} | 15 15
Level 2 | 5 5
gemv | 3 3
banded methods | 1 1
Level 3 | 1 1
extensions | 9 9
getrf_batched! | 1 1
getrf_batched | 1 1
getri_batched | 1 1
matinv_batched | 1 1
geqrf_batched! | 1 1
geqrf_batched | 1 1
gels_batched! | 1 1
gels_batched | 1 1
CUSPARSE | 15 367 382
util | 1 1
char | 15 15
conversion | 56 56
elty = Float32 | 14 14
make_csc | 1 1
make_csr | 1 1
convert_r2c | 1 1
convert_r2b | 1 1
convert_c2b | 1 1
convert_c2h | 1 1
convert_r2h | 1 1
convert_d2h | 1 1
convert_d2b | 1 1
convert_c2r | 1 1
convert_r2d | 1 1
convert_c2d | 1 1
convert_d2c | 1 1
convert_d2r | 1 1
elty = Float64 | 14 14
make_csc | 1 1
make_csr | 1 1
convert_r2c | 1 1
convert_r2b | 1 1
convert_c2b | 1 1
convert_c2h | 1 1
convert_r2h | 1 1
convert_d2h | 1 1
convert_d2b | 1 1
convert_c2r | 1 1
convert_r2d | 1 1
convert_c2d | 1 1
convert_d2c | 1 1
convert_d2r | 1 1
elty = Complex{Float32} | 14 14
make_csc | 1 1
make_csr | 1 1
convert_r2c | 1 1
convert_r2b | 1 1
convert_c2b | 1 1
convert_c2h | 1 1
convert_r2h | 1 1
convert_d2h | 1 1
convert_d2b | 1 1
convert_c2r | 1 1
convert_r2d | 1 1
convert_c2d | 1 1
convert_d2c | 1 1
convert_d2r | 1 1
elty = Complex{Float64} | 14 14
make_csc | 1 1
make_csr | 1 1
convert_r2c | 1 1
convert_r2b | 1 1
convert_c2b | 1 1
convert_c2h | 1 1
convert_r2h | 1 1
convert_d2h | 1 1
convert_d2b | 1 1
convert_c2r | 1 1
convert_r2d | 1 1
convert_c2d | 1 1
convert_d2c | 1 1
convert_d2r | 1 1
bsric02 | 8 8
elty = Float32 | 2 2
bsric02! | 1 1
bsric02 | 1 1
elty = Float64 | 2 2
bsric02! | 1 1
bsric02 | 1 1
elty = Complex{Float32} | 2 2
bsric02! | 1 1
bsric02 | 1 1
elty = Complex{Float64} | 2 2
bsric02! | 1 1
bsric02 | 1 1
bsrilu02 | 8 8
elty = Float32 | 2 2
bsrilu02! | 1 1
bsrilu02 | 1 1
elty = Float64 | 2 2
bsrilu02! | 1 1
bsrilu02 | 1 1
elty = Complex{Float32} | 2 2
bsrilu02! | 1 1
bsrilu02 | 1 1
elty = Complex{Float64} | 2 2
bsrilu02! | 1 1
bsrilu02 | 1 1
bsrsm2 | 8 8
elty = Float32 | 2 2
bsrsm2! | 1 1
bsrsm2 | 1 1
elty = Float64 | 2 2
bsrsm2! | 1 1
bsrsm2 | 1 1
elty = Complex{Float32} | 2 2
bsrsm2! | 1 1
bsrsm2 | 1 1
elty = Complex{Float64} | 2 2
bsrsm2! | 1 1
bsrsm2 | 1 1
bsrsv2 | 8 8
elty = Float32 | 2 2
bsrsv2! | 1 1
bsrsv2 | 1 1
elty = Float64 | 2 2
bsrsv2! | 1 1
bsrsv2 | 1 1
elty = Complex{Float32} | 2 2
bsrsv2! | 1 1
bsrsv2 | 1 1
elty = Complex{Float64} | 2 2
bsrsv2! | 1 1
bsrsv2 | 1 1
ilu0 | 8 8
elty = Float32 | 2 2
csr | 1 1
csc | 1 1
elty = Float64 | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float32} | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float64} | 2 2
csr | 1 1
csc | 1 1
ilu02 | 8 8
elty = Float32 | 2 2
csr | 1 1
csc | 1 1
elty = Float64 | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float32} | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float64} | 2 2
csr | 1 1
csc | 1 1
ic0 | 8 8
elty = Float32 | 2 2
csr | 1 1
csc | 1 1
elty = Float64 | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float32} | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float64} | 2 2
csr | 1 1
csc | 1 1
ic2 | 8 8
elty = Float32 | 2 2
csr | 1 1
csc | 1 1
elty = Float64 | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float32} | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float64} | 2 2
csr | 1 1
csc | 1 1
csrsm | 8 8
elty = Float32 | 2 2
csr | 1 1
csc | 1 1
elty = Float64 | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float32} | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float64} | 2 2
csr | 1 1
csc | 1 1
cssv | 16 16
elty = Float32 | 4 4
csrsv | 1 1
cscsv | 1 1
csrsv2 | 1 1
cscsv2 | 1 1
elty = Float64 | 4 4
csrsv | 1 1
cscsv | 1 1
csrsv2 | 1 1
cscsv2 | 1 1
elty = Complex{Float32} | 4 4
csrsv | 1 1
cscsv | 1 1
csrsv2 | 1 1
cscsv2 | 1 1
elty = Complex{Float64} | 4 4
csrsv | 1 1
cscsv | 1 1
csrsv2 | 1 1
cscsv2 | 1 1
doti | 4 4
elty = Float32 | 1 1
elty = Float64 | 1 1
elty = Complex{Float32} | 1 1
elty = Complex{Float64} | 1 1
dotci | 2 2
elty = Complex{Float32} | 1 1
elty = Complex{Float64} | 1 1
axpyi | 8 8
elty = Float32 | 2 2
axpyi! | 1 1
axpyi | 1 1
elty = Float64 | 2 2
axpyi! | 1 1
axpyi | 1 1
elty = Complex{Float32} | 2 2
axpyi! | 1 1
axpyi | 1 1
elty = Complex{Float64} | 2 2
axpyi! | 1 1
axpyi | 1 1
geam | 12 12
elty = Float32 | 3 3
csr | 1 1
csc | 1 1
mixed | 1 1
elty = Float64 | 3 3
csr | 1 1
csc | 1 1
mixed | 1 1
elty = Complex{Float32} | 3 3
csr | 1 1
csc | 1 1
mixed | 1 1
elty = Complex{Float64} | 3 3
csr | 1 1
csc | 1 1
mixed | 1 1
gemm | 4 4
elty = Float32 | 1 1
elty = Float64 | 1 1
elty = Complex{Float32} | 1 1
elty = Complex{Float64} | 1 1
gthr and gthrz | 16 16
elty = Float32 | 4 4
gthr! | 1 1
gthr | 1 1
gthrz! | 1 1
gthrz | 1 1
elty = Float64 | 4 4
gthr! | 1 1
gthr | 1 1
gthrz! | 1 1
gthrz | 1 1
elty = Complex{Float32} | 4 4
gthr! | 1 1
gthr | 1 1
gthrz! | 1 1
gthrz | 1 1
elty = Complex{Float64} | 4 4
gthr! | 1 1
gthr | 1 1
gthrz! | 1 1
gthrz | 1 1
gtsv | 24 24
elty = Float32 | 6 6
gtsv! | 1 1
gtsv | 1 1
gtsv_nopivot! | 1 1
gtsv_nopivot | 1 1
gtsvStridedBatch! | 1 1
gtsvStridedBatch | 1 1
elty = Float64 | 6 6
gtsv! | 1 1
gtsv | 1 1
gtsv_nopivot! | 1 1
gtsv_nopivot | 1 1
gtsvStridedBatch! | 1 1
gtsvStridedBatch | 1 1
elty = Complex{Float32} | 6 6
gtsv! | 1 1
gtsv | 1 1
gtsv_nopivot! | 1 1
gtsv_nopivot | 1 1
gtsvStridedBatch! | 1 1
gtsvStridedBatch | 1 1
elty = Complex{Float64} | 6 6
gtsv! | 1 1
gtsv | 1 1
gtsv_nopivot! | 1 1
gtsv_nopivot | 1 1
gtsvStridedBatch! | 1 1
gtsvStridedBatch | 1 1
hybsv | 4 4
elty = Float32 | 1 1
elty = Float64 | 1 1
elty = Complex{Float32} | 1 1
elty = Complex{Float64} | 1 1
mm | 8 8
elty = Float32 | 2 2
csr | 1 1
csc | 1 1
elty = Float64 | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float32} | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float64} | 2 2
csr | 1 1
csc | 1 1
mm_symm | 8 8
elty = Float32 | 2 2
csr | 1 1
csc | 1 1
elty = Float64 | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float32} | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float64} | 2 2
csr | 1 1
csc | 1 1
mm_herm | 8 8
elty = Float32 | 2 2
csr | 1 1
csc | 1 1
elty = Float64 | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float32} | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float64} | 2 2
csr | 1 1
csc | 1 1
mm2 | 8 8
elty = Float32 | 2 2
csr | 1 1
csc | 1 1
elty = Float64 | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float32} | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float64} | 2 2
csr | 1 1
csc | 1 1
bsrmm2 | 4 4
elty = Float32 | 1 1
elty = Float64 | 1 1
elty = Complex{Float32} | 1 1
elty = Complex{Float64} | 1 1
mv | 32 32
mv_symm | 2 2
csr | 1 1
csc | 1 1
mv_herm | 2 2
csr | 1 1
csc | 1 1
mv | 4 4
csr | 1 1
csc | 1 1
bsr | 1 1
hyb | 1 1
mv_symm | 2 2
csr | 1 1
csc | 1 1
mv_herm | 2 2
csr | 1 1
csc | 1 1
mv | 4 4
csr | 1 1
csc | 1 1
bsr | 1 1
hyb | 1 1
mv_symm | 2 2
csr | 1 1
csc | 1 1
mv_herm | 2 2
csr | 1 1
csc | 1 1
mv | 4 4
csr | 1 1
csc | 1 1
bsr | 1 1
hyb | 1 1
mv_symm | 2 2
csr | 1 1
csc | 1 1
mv_herm | 2 2
csr | 1 1
csc | 1 1
mv | 4 4
csr | 1 1
csc | 1 1
bsr | 1 1
hyb | 1 1
mm! | 8 8
elty = Float32 | 2 2
csr | 1 1
csc | 1 1
elty = Float64 | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float32} | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float64} | 2 2
csr | 1 1
csc | 1 1
mm_symm! | 8 8
elty = Float32 | 2 2
csr | 1 1
csc | 1 1
elty = Float64 | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float32} | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float64} | 2 2
csr | 1 1
csc | 1 1
mm_herm! | 8 8
elty = Float32 | 2 2
csr | 1 1
csc | 1 1
elty = Float64 | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float32} | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float64} | 2 2
csr | 1 1
csc | 1 1
mm2! | 8 8
elty = Float32 | 2 2
csr | 1 1
csc | 1 1
elty = Float64 | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float32} | 2 2
csr | 1 1
csc | 1 1
elty = Complex{Float64} | 2 2
csr | 1 1
csc | 1 1
bsrmm2! | 4 4
elty = Float32 | 1 1
elty = Float64 | 1 1
elty = Complex{Float32} | 1 1
elty = Complex{Float64} | 1 1
mv! | 32 32
mv_symm! | 2 2
csr | 1 1
csc | 1 1
mv_herm! | 2 2
csr | 1 1
csc | 1 1
mv! | 4 4
csr | 1 1
csc | 1 1
bsr | 1 1
hyb | 1 1
mv_symm! | 2 2
csr | 1 1
csc | 1 1
mv_herm! | 2 2
csr | 1 1
csc | 1 1
mv! | 4 4
csr | 1 1
csc | 1 1
bsr | 1 1
hyb | 1 1
mv_symm! | 2 2
csr | 1 1
csc | 1 1
mv_herm! | 2 2
csr | 1 1
csc | 1 1
mv! | 4 4
csr | 1 1
csc | 1 1
bsr | 1 1
hyb | 1 1
mv_symm! | 2 2
csr | 1 1
csc | 1 1
mv_herm! | 2 2
csr | 1 1
csc | 1 1
mv! | 4 4
csr | 1 1
csc | 1 1
bsr | 1 1
hyb | 1 1
sctr | 8 8
elty = Float32 | 2 2
sctr! | 1 1
sctr | 1 1
elty = Float64 | 2 2
sctr! | 1 1
sctr | 1 1
elty = Complex{Float32} | 2 2
sctr! | 1 1
sctr | 1 1
elty = Complex{Float64} | 2 2
sctr! | 1 1
sctr | 1 1
roti | 4 4
elty = Float32 | 2 2
roti! | 1 1
roti | 1 1
elty = Float64 | 2 2
roti! | 1 1
roti | 1 1
CUSOLVER | 1 64 65
elty = Float32 | 16 16
Cholesky (po) | 1 1
getrf! | 1 1
getrs! | 1 1
geqrf! | 1 1
ormqr! | 1 1
orgqr! | 1 1
sytrf! | 1 1
gebrd! | 1 1
syevd! | 1 1
sygvd! | 1 1
syevj! | 1 1
svd with QRAlgorithm method | 1 1
svd with QRAlgorithm method | 1 1
svd with JacobiAlgorithm method | 1 1
svd with JacobiAlgorithm method | 1 1
elty = Float64 | 16 16
Cholesky (po) | 1 1
getrf! | 1 1
getrs! | 1 1
geqrf! | 1 1
ormqr! | 1 1
orgqr! | 1 1
sytrf! | 1 1
gebrd! | 1 1
syevd! | 1 1
sygvd! | 1 1
syevj! | 1 1
svd with QRAlgorithm method | 1 1
svd with QRAlgorithm method | 1 1
svd with JacobiAlgorithm method | 1 1
svd with JacobiAlgorithm method | 1 1
elty = Complex{Float32} | 16 16
Cholesky (po) | 1 1
getrf! | 1 1
getrs! | 1 1
geqrf! | 1 1
ormqr! | 1 1
orgqr! | 1 1
sytrf! | 1 1
gebrd! | 1 1
syevd! | 1 1
sygvd! | 1 1
syevj! | 1 1
svd with QRAlgorithm method | 1 1
svd with QRAlgorithm method | 1 1
svd with JacobiAlgorithm method | 1 1
svd with JacobiAlgorithm method | 1 1
elty = Complex{Float64} | 16 16
Cholesky (po) | 1 1
getrf! | 1 1
getrs! | 1 1
geqrf! | 1 1
ormqr! | 1 1
orgqr! | 1 1
sytrf! | 1 1
gebrd! | 1 1
syevd! | 1 1
sygvd! | 1 1
syevj! | 1 1
svd with QRAlgorithm method | 1 1
svd with QRAlgorithm method | 1 1
svd with JacobiAlgorithm method | 1 1
svd with JacobiAlgorithm method | 1 1
CUFFT | 34 34
FFT | 15 15
1D FFT | 1 1
1D inplace FFT | 1 1
2D FFT | 1 1
2D inplace FFT | 1 1
Batch 1D FFT | 1 1
3D FFT | 1 1
3D inplace FFT | 1 1
Batch 2D FFT (in 3D) | 1 1
Batch 2D FFT (in 4D) | 1 1
1D real FFT | 1 1
Batch 1D real FFT | 1 1
2D real FFT | 1 1
Batch 2D real FFT (in 3D) | 1 1
Batch 2D real FFT (in 4D) | 1 1
3D real FFT | 1 1
FFT | 15 15
1D FFT | 1 1
1D inplace FFT | 1 1
2D FFT | 1 1
2D inplace FFT | 1 1
Batch 1D FFT | 1 1
3D FFT | 1 1
3D inplace FFT | 1 1
Batch 2D FFT (in 3D) | 1 1
Batch 2D FFT (in 4D) | 1 1
1D real FFT | 1 1
Batch 1D real FFT | 1 1
2D real FFT | 1 1
Batch 2D real FFT (in 3D) | 1 1
Batch 2D real FFT (in 4D) | 1 1
3D real FFT | 1 1
Int FFT | 2 2
1D FFT | 1 1
1D real FFT | 1 1
Int FFT | 2 2
1D FFT | 1 1
1D real FFT | 1 1
CURAND | 1 1
CUSPARSE + CUSOLVER | 24 24
elty = Float32 | 6 6
csrlsvlu! | 1 1
csrlsvqr! | 1 1
csrlsvchol! | 1 1
csreigvsi | 1 1
csreigs | 1 1
csrlsqvqr! | 1 1
elty = Float64 | 6 6
csrlsvlu! | 1 1
csrlsvqr! | 1 1
csrlsvchol! | 1 1
csreigvsi | 1 1
csreigs | 1 1
csrlsqvqr! | 1 1
elty = Complex{Float32} | 6 6
csrlsvlu! | 1 1
csrlsvqr! | 1 1
csrlsvchol! | 1 1
csreigvsi | 1 1
csreigs | 1 1
csrlsqvqr! | 1 1
elty = Complex{Float64} | 6 6
csrlsvlu! | 1 1
csrlsvqr! | 1 1
csrlsvchol! | 1 1
csreigvsi | 1 1
csreigs | 1 1
csrlsqvqr! | 1 1
ERROR: LoadError: Some tests did not pass: 1322 passed, 0 failed, 549 errored, 0 broken.error in running finalizer: CUDAdrv.CuError(code=700, meta=nothing)Batch 1D FFT: Error During Test at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\test\fft.jl:137
Got exception outside of a @test
CUDA error: an illegal memory access was encountered (code #700, ERROR_ILLEGAL_ADDRESS)
Stacktrace:
[1] alloc(::Type{CUDAdrv.Mem.DeviceBuffer}, ::Int64) at C:\Users\Diego\.julia\packages\CUDAdrv\3cR2F\src\base.jl:147
[2] macro expansion at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\src\memory.jl:244 [inlined]
[3] macro expansion at .\util.jl:213 [inlined]
[4] try_cuda_alloc(::Int64) at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\src\memory.jl:243
[5] macro expansion at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\src\memory.jl:262 [inlined]
[6] macro expansion at C:\Users\Diego\.julia\packages\TimerOutputs\7zSea\src\TimerOutput.jl:216 [inlined]
[7] try_alloc(::Int64, ::Int64) at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\src\memory.jl:261
[8] macro expansion at C:\Users\Diego\.julia\packages\TimerOutputs\7zSea\src\TimerOutput.jl:216 [inlined]
[9] (::getfield(CuArrays, Symbol("##15#16")))() at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\src\memory.jl:369
[10] lock(::getfield(CuArrays, Symbol("##15#16")), ::ReentrantLock) at .\lock.jl:101
[11] macro expansion at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\src\memory.jl:368 [inlined]
[12] macro expansion at .\util.jl:213 [inlined]
[13] alloc(::Int64) at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\src\memory.jl:358
[14] CuArray{Complex{Float32},2}(::UndefInitializer, ::Tuple{Int64,Int64}) at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\src\array.jl:38
[15] CuArray{Complex{Float32},2}(::Array{Complex{Float32},2}) at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\src\array.jl:106
[16] Type at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\src\array.jl:116 [inlined]
[17] (::getfield(Main, Symbol("#dotest3#168")))(::Array{Complex{Float32},2}, ::Int64) at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\test\fft.jl:86
[18] top-level scope at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\test\fft.jl:140
[19] top-level scope at C:\cygwin\home\Administrator\buildbot\worker\package_win64\build\usr\share\julia\stdlib\v1.1\Test\src\Test.jl:1083
[20] top-level scope at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\test\fft.jl:138
[21] top-level scope at C:\cygwin\home\Administrator\buildbot\worker\package_win64\build\usr\share\julia\stdlib\v1.1\Test\src\Test.jl:1156
[22] top-level scope at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\test\fft.jl:113
[23] top-level scope at C:\cygwin\home\Administrator\buildbot\worker\package_win64\build\usr\share\julia\stdlib\v1.1\Test\src\Test.jl:1083
[24] top-level scope at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\test\fft.jl:3
[25] include at .\boot.jl:326 [inlined]
[26] include_relative(::Module, ::String) at .\loading.jl:1038
[27] include(::Module, ::String) at .\sysimg.jl:29
[28] include(::String) at .\client.jl:403
[29] top-level scope at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\test\runtests.jl:24
[30] top-level scope at C:\cygwin\home\Administrator\buildbot\worker\package_win64\build\usr\share\julia\stdlib\v1.1\Test\src\Test.jl:1083
[31] top-level scope at C:\Users\Diego\.julia\packages\CuArrays\PwSdF\test\runtests.jl:19
[32] include at .\boot.jl:326 [inlined]
[33] include_relative(::Module, ::String) at .\loading.jl:1038
[34] include(::Module, ::String) at .\sysimg.jl:29
[35] include(::String) at .\client.jl:403
[36] top-level scope at none:0
[37] eval(::Module, ::Any) at .\boot.jl:328
[38] exec_options(::Base.JLOptions) at .\client.jl:243
[39] _start() at .\client.jl:436
peraponf
maleadt
Describe the bug CuArrays test failed on "illegal memory access". It produced very long output, starting after test running CUBLAS. The symptom is similar to Issue #257. Update Julia to 1.1 the issue still persists.
Test Summary
Environment details
CUDA: toolkit and driver version CUDA 10.0