Test results for amd64, jasper, crypto_sign/haetae5

[Page version: 20241023 21:19:00]

Compiler output

fft.c: fft.c:230:52: warning: AVX vector argument of type 'const __m256i' (vector of 4 'long long' values) without 'avx' enabled changes the ABI [-Wpsabi]
fft.c:     *res = _mm256_add_epi32(*res, _mm256_add_epi32(_mulrnd16_avx(*real, *real), _mulrnd16_avx(*imag, *imag)));
fft.c:                                                    ^
fft.c: fft.c:230:81: warning: AVX vector argument of type 'const __m256i' (vector of 4 'long long' values) without 'avx' enabled changes the ABI [-Wpsabi]
fft.c:     *res = _mm256_add_epi32(*res, _mm256_add_epi32(_mulrnd16_avx(*real, *real), _mulrnd16_avx(*imag, *imag)));
fft.c:                                                                                 ^
fft.c: fft.c:230:35: error: always_inline function '_mm256_add_epi32' requires target feature 'avx2', but would be inlined into function 'complex_fp_sqabs_add' that is compiled without support for 'avx2'
fft.c:     *res = _mm256_add_epi32(*res, _mm256_add_epi32(_mulrnd16_avx(*real, *real), _mulrnd16_avx(*imag, *imag)));
fft.c:                                   ^
fft.c: fft.c:230:35: error: AVX vector argument of type '__m256i' (vector of 4 'long long' values) without 'avx' enabled changes the ABI
fft.c: fft.c:230:12: error: always_inline function '_mm256_add_epi32' requires target feature 'avx2', but would be inlined into function 'complex_fp_sqabs_add' that is compiled without support for 'avx2'
fft.c:     *res = _mm256_add_epi32(*res, _mm256_add_epi32(_mulrnd16_avx(*real, *real), _mulrnd16_avx(*imag, *imag)));
fft.c:            ^
fft.c: fft.c:230:12: error: AVX vector argument of type '__m256i' (vector of 4 'long long' values) without 'avx' enabled changes the ABI
fft.c: 2 warnings and 4 errors generated.

Compiler output

aes256ctr.c: aes256ctr.c:91:3: error: '__builtin_ia32_aeskeygenassist128' needs target feature aes
aes256ctr.c:   BLOCK1(0x01);
aes256ctr.c:   ^
aes256ctr.c: aes256ctr.c:72:11: note: expanded from macro 'BLOCK1'
aes256ctr.c:   temp1 = _mm_aeskeygenassist_si128(temp2, IMM);                        \
aes256ctr.c:           ^
aes256ctr.c: /usr/lib/llvm-11/lib/clang/11.0.1/include/__wmmintrin_aes.h:136:12: note: expanded from macro '_mm_aeskeygenassist_si128'
aes256ctr.c:   (__m128i)__builtin_ia32_aeskeygenassist128((__v2di)(__m128i)(C), (int)(R))
aes256ctr.c:            ^
aes256ctr.c: aes256ctr.c:92:3: error: '__builtin_ia32_aeskeygenassist128' needs target feature aes
aes256ctr.c:   BLOCK2(0x01);
aes256ctr.c:   ^
aes256ctr.c: aes256ctr.c:82:11: note: expanded from macro 'BLOCK2'
aes256ctr.c:   temp1 = _mm_aeskeygenassist_si128(temp0, IMM);                        \
aes256ctr.c:           ^
aes256ctr.c: /usr/lib/llvm-11/lib/clang/11.0.1/include/__wmmintrin_aes.h:136:12: note: expanded from macro '_mm_aeskeygenassist_si128'
aes256ctr.c:   (__m128i)__builtin_ia32_aeskeygenassist128((__v2di)(__m128i)(C), (int)(R))
aes256ctr.c:            ^
aes256ctr.c: aes256ctr.c:94:3: error: '__builtin_ia32_aeskeygenassist128' needs target feature aes
aes256ctr.c:   BLOCK1(0x02);
aes256ctr.c:   ^
aes256ctr.c: aes256ctr.c:72:11: note: expanded from macro 'BLOCK1'
aes256ctr.c:   temp1 = _mm_aeskeygenassist_si128(temp2, IMM);                        \
aes256ctr.c:           ^
aes256ctr.c: /usr/lib/llvm-11/lib/clang/11.0.1/include/__wmmintrin_aes.h:136:12: note: expanded from macro '_mm_aeskeygenassist_si128'
aes256ctr.c: ...

Compiler output

fft.c: fft.c: In function '_mulrnd16_avx':
fft.c: fft.c:159:1: warning: AVX vector return without AVX enabled changes the ABI [-Wpsabi]
fft.c:   159 | static inline __m256i _mulrnd16_avx(const __m256i x, const __m256i y) {
fft.c:       | ^~~~~~
fft.c: fft.c:159:23: note: the ABI for passing parameters with 32-byte alignment has changed in GCC 4.6
fft.c:   159 | static inline __m256i _mulrnd16_avx(const __m256i x, const __m256i y) {
fft.c:       |                       ^~~~~~~~~~~~~
fft.c: In file included from /usr/lib/gcc/x86_64-linux-gnu/10/include/immintrin.h:53,
fft.c:                  from align.h:5,
fft.c:                  from poly.h:6,
fft.c:                  from fft.h:4,
fft.c:                  from fft.c:1:
fft.c: /usr/lib/gcc/x86_64-linux-gnu/10/include/avx2intrin.h:971:1: error: inlining failed in call to 'always_inline' '_mm256_blend_epi32': target specific option mismatch
fft.c:   971 | _mm256_blend_epi32 (__m256i __X, __m256i __Y, const int __M)
fft.c:       | ^~~~~~~~~~~~~~~~~~
fft.c: fft.c:168:10: note: called from here
fft.c:   168 |     rl = _mm256_blend_epi32(rl, rh, 0xaa);
fft.c:       |          ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
fft.c: In file included from /usr/lib/gcc/x86_64-linux-gnu/10/include/immintrin.h:53,
fft.c:                  from align.h:5,
fft.c:                  from poly.h:6,
fft.c:                  from fft.h:4,
fft.c:                  from fft.c:1:
fft.c: /usr/lib/gcc/x86_64-linux-gnu/10/include/avx2intrin.h:696:1: error: inlining failed in call to 'always_inline' '_mm256_slli_epi64': target specific option mismatch
fft.c:   696 | _mm256_slli_epi64 (__m256i __A, int __B)
fft.c: ...

Namespace violations

decompose.o cryptolab_haetae5_decompose_hint T
decompose.o cryptolab_haetae5_decompose_vk T
decompose.o cryptolab_haetae5_decompose_z1 T
encoding.o cryptolab_haetae5_decode_h T
encoding.o cryptolab_haetae5_decode_hb_z1 T
encoding.o cryptolab_haetae5_encode_h T
encoding.o cryptolab_haetae5_encode_hb_z1 T
fft.o brv8 R
fft.o complex_fp_sqabs T
fft.o fft T
fft.o fft_init_and_bitrev T
fips202.o haetae_fips202_KeccakF_RoundConstants R
fips202.o haetae_fips202_sha3_256 T
fips202.o haetae_fips202_sha3_512 T
fips202.o haetae_fips202_shake128 T
fips202.o haetae_fips202_shake128_absorb T
fips202.o haetae_fips202_shake128_absorb_once T
fips202.o haetae_fips202_shake128_finalize T
fips202.o haetae_fips202_shake128_init T
fips202.o haetae_fips202_shake128_squeeze T
fips202.o haetae_fips202_shake128_squeezeblocks T
fips202.o haetae_fips202_shake256 T
fips202.o haetae_fips202_shake256_absorb T
fips202.o haetae_fips202_shake256_absorb_once T
fips202.o haetae_fips202_shake256_finalize T
fips202.o haetae_fips202_shake256_init T
fips202.o haetae_fips202_shake256_squeeze T
fips202.o haetae_fips202_shake256_squeezeblocks T
fixpoint.o cryptolab_haetae5_fixpoint_add T
fixpoint.o cryptolab_haetae5_fixpoint_mul_rnd13 T
fixpoint.o cryptolab_haetae5_fixpoint_newton_invsqrt T
fixpoint.o cryptolab_haetae5_fixpoint_square T
fixpoint.o start_cube R
fixpoint.o start_times_threehalves R
ntt.o cryptolab_haetae5_invntt_tomont T
ntt.o cryptolab_haetae5_ntt T
packing.o cryptolab_haetae5_pack_pk T
packing.o cryptolab_haetae5_pack_sig T
packing.o cryptolab_haetae5_pack_sk T
packing.o cryptolab_haetae5_unpack_pk T
packing.o cryptolab_haetae5_unpack_sig T
packing.o cryptolab_haetae5_unpack_sk T
poly.o cryptolab_haetae5_poly2eta_pack T
poly.o cryptolab_haetae5_poly2eta_unpack T
poly.o cryptolab_haetae5_poly_add T
poly.o cryptolab_haetae5_poly_challenge T
poly.o cryptolab_haetae5_poly_compose T
poly.o cryptolab_haetae5_poly_decomposed_pack T
poly.o cryptolab_haetae5_poly_decomposed_unpack T
poly.o cryptolab_haetae5_poly_freeze T
poly.o cryptolab_haetae5_poly_freeze2q T
poly.o cryptolab_haetae5_poly_fromcrt T
poly.o cryptolab_haetae5_poly_fromcrt0 T
poly.o cryptolab_haetae5_poly_highbits T
poly.o cryptolab_haetae5_poly_invntt_tomont T
poly.o cryptolab_haetae5_poly_lowbits T
poly.o cryptolab_haetae5_poly_lsb T
poly.o cryptolab_haetae5_poly_ntt T
poly.o cryptolab_haetae5_poly_pack_highbits T
poly.o cryptolab_haetae5_poly_pack_lsb T
poly.o cryptolab_haetae5_poly_pointwise_montgomery T
poly.o cryptolab_haetae5_poly_reduce2q T
poly.o cryptolab_haetae5_poly_sub T
poly.o cryptolab_haetae5_poly_uniform T
poly.o cryptolab_haetae5_poly_uniform_eta T
poly.o cryptolab_haetae5_polyeta_pack T
poly.o cryptolab_haetae5_polyeta_unpack T
poly.o cryptolab_haetae5_polyq_pack T
poly.o cryptolab_haetae5_polyq_unpack T
poly.o hammingWeight_8 T
polyfix.o cryptolab_haetae5_polyfix_add T
polyfix.o cryptolab_haetae5_polyfix_round T
polyfix.o cryptolab_haetae5_polyfixfixveck_sub T
polyfix.o cryptolab_haetae5_polyfixfixvecl_sub T
polyfix.o cryptolab_haetae5_polyfixveck_add T
polyfix.o cryptolab_haetae5_polyfixveck_double T
polyfix.o cryptolab_haetae5_polyfixveck_round T
polyfix.o cryptolab_haetae5_polyfixvecl_add T
polyfix.o cryptolab_haetae5_polyfixvecl_double T
polyfix.o cryptolab_haetae5_polyfixvecl_round T
polyfix.o cryptolab_haetae5_polyfixveclk_sample_hyperball T
polyfix.o cryptolab_haetae5_polyfixveclk_sqnorm2 T
polyfix.o fix_round T
polyfix.o polyfixfix_sub T
polymat.o cryptolab_haetae5_polymatkl_double T
polymat.o cryptolab_haetae5_polymatkl_expand T
polymat.o cryptolab_haetae5_polymatkl_pointwise_montgomery T
polymat.o cryptolab_haetae5_polymatkm_expand T
polymat.o cryptolab_haetae5_polymatkm_pointwise_montgomery T
polyvec.o cryptolab_haetae5_polyveck_add T
polyvec.o cryptolab_haetae5_polyveck_caddDQ2ALPHA T
polyvec.o cryptolab_haetae5_polyveck_caddq T
polyvec.o cryptolab_haetae5_polyveck_cneg T
polyvec.o cryptolab_haetae5_polyveck_csubDQ2ALPHA T
polyvec.o cryptolab_haetae5_polyveck_decompose_vk T
polyvec.o cryptolab_haetae5_polyveck_div2 T
polyvec.o cryptolab_haetae5_polyveck_double T
polyvec.o cryptolab_haetae5_polyveck_double_negate T
polyvec.o cryptolab_haetae5_polyveck_expand T
polyvec.o cryptolab_haetae5_polyveck_freeze T
polyvec.o cryptolab_haetae5_polyveck_freeze2q T
polyvec.o cryptolab_haetae5_polyveck_frommont T
polyvec.o cryptolab_haetae5_polyveck_highbits_hint T
polyvec.o cryptolab_haetae5_polyveck_invntt_tomont T
polyvec.o cryptolab_haetae5_polyveck_mul_alpha T
polyvec.o cryptolab_haetae5_polyveck_ntt T
polyvec.o cryptolab_haetae5_polyveck_pack_highbits T
polyvec.o cryptolab_haetae5_polyveck_poly_fromcrt T
polyvec.o cryptolab_haetae5_polyveck_poly_pointwise_montgomery T
polyvec.o cryptolab_haetae5_polyveck_reduce2q T
polyvec.o cryptolab_haetae5_polyveck_sqnorm2 T
polyvec.o cryptolab_haetae5_polyveck_sub T
polyvec.o cryptolab_haetae5_polyvecl_cneg T
polyvec.o cryptolab_haetae5_polyvecl_highbits T
polyvec.o cryptolab_haetae5_polyvecl_lowbits T
polyvec.o cryptolab_haetae5_polyvecl_ntt T
polyvec.o cryptolab_haetae5_polyvecl_pointwise_acc_montgomery T
polyvec.o cryptolab_haetae5_polyvecl_sqnorm2 T
polyvec.o cryptolab_haetae5_polyvecm_ntt T
polyvec.o cryptolab_haetae5_polyvecm_pointwise_acc_montgomery T
polyvec.o cryptolab_haetae5_polyvecmk_sqsing_value T
polyvec.o cryptolab_haetae5_polyvecmk_uniform_eta T
reduce.o cryptolab_haetae5_caddq T
reduce.o cryptolab_haetae5_freeze T
reduce.o cryptolab_haetae5_freeze2q T
reduce.o cryptolab_haetae5_montgomery_reduce T
reduce.o cryptolab_haetae5_reduce32_2q T
sampler.o cryptolab_haetae5_rej_eta T
sampler.o cryptolab_haetae5_rej_uniform T
sampler.o cryptolab_haetae5_sample_gauss_N T
sampler.o sample_gauss T
sign.o cryptolab_haetae5_signature T
sign.o cryptolab_haetae5_verify T
symmetric-shake.o cryptolab_haetae5_haetae_shake128_stream_init T
symmetric-shake.o cryptolab_haetae5_haetae_shake256_absorb_twice T
symmetric-shake.o cryptolab_haetae5_haetae_shake256_stream_init T

Passed TIMECOP

TIMECOP iterations: 10