Test results for amd64, tripwire, crypto_sign/luov863256pc

[Page version: 20261005 15:57:56]

Compiler output

LUOV.c: In file included from /usr/lib/gcc/x86_64-linux-gnu/14/include/immintrin.h:43,
LUOV.c:                  from LUOV.h:8,
LUOV.c:                  from LUOV.c:1:
LUOV.c: In function '_mm256_loadu_si256',
LUOV.c:     inlined from 'TransformQ1' at LUOV.c:215:19:
LUOV.c: /usr/lib/gcc/x86_64-linux-gnu/14/include/avxintrin.h:929:10: warning: array subscript '__m256i_u[0]' is partly outside array bounds of 'uint64_t[1]' {aka 'long unsigned int[1]'} [-Warray-bounds=]
LUOV.c:   929 |   return *__P;
LUOV.c:       |          ^~~~
LUOV.c: LUOV.c: In function 'TransformQ1':
LUOV.c: LUOV.c:210:38: note: object 'r' of size 8
LUOV.c:   210 |                         bitcontainer r = Q1[colQ1];
LUOV.c:       |                                      ^

Namespace violations

LUOV.o BuildAugmentedMatrixFromP1L T
LUOV.o BuildAugmentedMatrixFromQ1 T
LUOV.o EvaluateVinegarPart T
LUOV.o TransformQ1 T
LUOV.o _generateKeyPair T
LUOV.o _sign T
LUOV.o calculateQ2 T
LUOV.o computeTarget T
LUOV.o deserializeQ2 T
LUOV.o evaluatePublicMap T
LUOV.o extractMessage T
LUOV.o generateBigKeyPair T
LUOV.o generateKeyPair T
LUOV.o initializeVinegarSponge T
LUOV.o multiplyByT T
LUOV.o precompute_sign T
LUOV.o precompute_verify T
LUOV.o serializeQ2 T
LUOV.o solvePrivateUOVSystem T
LUOV.o verify T
LUOV.o verify_fast T
LinearAlgebra.o destroy_matrix T
LinearAlgebra.o getUniqueSolution T
LinearAlgebra.o newMatrix T
LinearAlgebra.o printMatrix T
LinearAlgebra.o rowEchelonAugmented T
LinearAlgebra.o rowOp T
LinearAlgebra.o scalarMul2 T
LinearAlgebra.o scaleRow T
LinearAlgebra.o swapRows T
intermediateValues.o printAugmentedMatrix T
intermediateValues.o printEvaluation T
intermediateValues.o printPrivateSolution T
intermediateValues.o printVinegarValues T
intermediateValues.o reportSolutionFound T
keccakrng.o calculateQ1 T
keccakrng.o initializeAndAbsorb T
keccakrng.o squeezeCols T
keccakrng.o squeezeVector T
keccakrng.o squeezeuint64_t T