#include "t-adjugate.c"
#include "t-ca_poly_evaluate.c"
#include "t-charpoly.c"
#include "t-charpoly_danilevsky.c"
#include "t-companion.c"
#include "t-det.c"
#include "t-dft.c"
#include "t-diagonalization.c"
#include "t-exp.c"
#include "t-inv.c"
#include "t-jordan_blocks.c"
#include "t-jordan_form.c"
#include "t-lu.c"
#include "t-lu_classical.c"
#include "t-lu_recursive.c"
#include "t-mul.c"
#include "t-mul_same_nf.c"
#include "t-nonsingular_solve_adjugate.c"
#include "t-nonsingular_solve.c"
#include "t-nonsingular_solve_fflu.c"
#include "t-nonsingular_solve_lu.c"
#include "t-rank.c"
#include "t-right_kernel.c"
#include "t-rref.c"
#include "t-rref_fflu.c"
#include "t-rref_lu.c"
#include "t-solve_tril.c"
#include "t-solve_triu.c"
test_struct tests[] =
{
TEST_FUNCTION(ca_mat_adjugate),
TEST_FUNCTION(ca_mat_ca_poly_evaluate),
TEST_FUNCTION(ca_mat_charpoly),
TEST_FUNCTION(ca_mat_charpoly_danilevsky),
TEST_FUNCTION(ca_mat_companion),
TEST_FUNCTION(ca_mat_det),
TEST_FUNCTION(ca_mat_dft),
TEST_FUNCTION(ca_mat_diagonalization),
TEST_FUNCTION(ca_mat_exp),
TEST_FUNCTION(ca_mat_inv),
TEST_FUNCTION(ca_mat_jordan_blocks),
TEST_FUNCTION(ca_mat_jordan_form),
TEST_FUNCTION(ca_mat_lu),
TEST_FUNCTION(ca_mat_lu_classical),
TEST_FUNCTION(ca_mat_lu_recursive),
TEST_FUNCTION(ca_mat_mul),
TEST_FUNCTION(ca_mat_mul_same_nf),
TEST_FUNCTION(ca_mat_nonsingular_solve_adjugate),
TEST_FUNCTION(ca_mat_nonsingular_solve),
TEST_FUNCTION(ca_mat_nonsingular_solve_fflu),
TEST_FUNCTION(ca_mat_nonsingular_solve_lu),
TEST_FUNCTION(ca_mat_rank),
TEST_FUNCTION(ca_mat_right_kernel),
TEST_FUNCTION(ca_mat_rref),
TEST_FUNCTION(ca_mat_rref_fflu),
TEST_FUNCTION(ca_mat_rref_lu),
TEST_FUNCTION(ca_mat_solve_tril),
TEST_FUNCTION(ca_mat_solve_triu)
};
TEST_MAIN(tests)